TENTH

EDITIO

ELECTRONIC
COMPONENTS
CATALOGUE

FAIRCHILD
FERRANTI
WAYCOM
BECKMAN

comway
SPRAGUE
ASTRALUX
REDPOINT
GREENPAR

electronics
limited MOLEX
ERG
MARKET STREET BRACKNELL BERKS RG121JU RADIATRON
HELLERMANN
TEL: SALES, BRACKNELL (0344) 24765 TELEX: 847201
ARROW-HART
GENERAL, BRACKNELL(0344) 51654 BESWICK
ProductIndex
Product Supplier Product Description Type Page

Capacitors WAYCOM Wima®Metallised Polyester TFM 4

Film & Foil MKS 5
(non electrolytic) MKS 2 min 6
FKS 2 min 7
WAYCOM Wimf Metallised Polycarbonate MKC4 8
MKB 3 9
FKC 11
®
WAYCOM Wima Metallised Polyester MKS-4R 12

Capacitors SPRAGUE
WAYCOM
Dipped Tantalum
Solid Tantalum
4990
C Series
13
14
(electrolytic) S Series 15
Wima®Aluminium Electrolytic Printilyt 16
SPRAGUE Aluminium Single-ended 672/30 17
Aluminium-Industrial 35D 18-19
- Computer 360 20-21
WAYCOM AVX Monolythic Ceramic Skycap 22
CK05/06 23

Connectors ASTRALUX Strip & Adaptor Boards

D.I.L. Sockets
MPB/C
ICN/ICY
24
25
GREENPAR Coaxial BNC 26-27
N50 OHM 28
UHF 29
WAYCOM Terminal Strips Europa & PCB 30
HELLERMANN Two Piece PCB 211 & 219 31
Round Multiway HBS 07A 32
HBS 06E 33
466 34
460 & 462H 35
Patt. 602 /R R 36-39
MOLEX I.D.C./Cable 4700/7400 40-41
K K Interconnect KK/1991 42-46

Displays BECKMAN
WAYCOM
Gas Discharge
Liquid Crystal
SP&SM
350/450/460
47
145--147
and 470 Series

FuseLinks DUBILi ER "Alert" TDC 48

Fuseholders RAD I A TRON PCB, Panel and Voltage Selectors FE/FA/SWP 49

Heatsinks REDPOINT General Purpose/Power GP/M/W/Y 50-53

Knobs RADIATRON Plastic Collet 10/14/21 /28 mm El ma 70 Series 54-57

Potentiometers
and Dials BECKMAN Precision Wirewound Helipot® 58-59
Turns Counting Dials Duodial® 58-59
Cermet Trimming Helitrim® 60-61
 Product Supplier Product Description Type Page

Relays ASTRALUX D. I. L. Reed 120/110 Series 62-63

Resistors BECKMAN
ERG
D.1.P./S. I.P. Networks
Vitreous Wirewound
Resnet®
EV Series
64-65
66

Switches WAYCOM Illuminated Push Button

Subminiature
P140 Series
KTA
67
68
KPA/MSP 69
Miniature Rocker/Lever KLD/KLN 70
Submin. Lever/Push WL/WP 71
Slide SSP Series 72
Microdip 2300 Series 73
RAD I A TRON Rotary 01 Series 74
03 Series 75
08 Series 76
ARROW-HART Lever & Bias Lever 81 Series 77
93A Series 78
93PN Series 79
Adapt-A-Switch 83500 Series 80-81
Miniature Rocker 1600/2600 Series 82-83

Semiconductors
FERRANTI Diodes and Zeners General 84-85
Transistors Metal Can 86-88
Transistors Plastic 89-91
Submin. Discrete SOT23 92
Micro E 93
Integrated Circuits Linear/Interface 94-98
WAYCOM Diodes/Bridges IN4001/W005 99
FAIRCHILD Diodes Various 100-102
Transistor Gen. Purpose S.S. 103-106
Power 107-109
Opto Led's 110
Displays 111
TX/Arrays 112
Couplers 113-114
Integrated Circuits DTL 115
TTL 116-124
CMOS 125-126
Bipolar Memories 127
MOS 128
ECL 129
CCD 130
Microprocessors* F8 131-133
6800/Macro Log. 134-135
Microflame 136
Integrated Circuits Consumer 137
Volt. Reg. 138-139
Op. Amp. 140
Interface 141-144

*COMWAY MICROSYSTEMS LTD -Will handle all enquiries for microprocessors.

A new group company engaged in the feasibility study, design and production of Microprocessor Systems for Customers Specific
Applications. - Call Bracknell 55333.
 Wima"
Tropyfol
M CAPACITORS
I Metallised
Polyester 1/1/JIYCOM
LIMITED
D Values 0.01)-IF to 10JJF
D Tolerances down to ±5%
D Voltages 63V d.c. to 400V d.c.

Tropyfol M metallized polyester dielectric capacitors Capacitance t Dimensions in mm.*

are designed for professional and industrial applications
where high volumetric efficiency and long term 63V d,r.. D L d PCM
reliability arc required. 1.0 ,uF 21 0.7 25
7.5
TECHNICAL DATA 1,5 8.5 21 0.8 25
2.2 10.5 21 0.8 25
Dielectric
3,3 10.5 26.5 0.8 30
Polyethylene terephthalate 4.7 12 26.5 0,8 30
Electrodes 6,8 12 31.5 0,8 35
Vacuum deposited aluminium, on dielectric. 10.0 14 31.5 1.0 35
Encapsulation
100V d.c. D L d PCM
Epoxy resin encapsulation or polycarbonate, sleeve and
epoxy resin end seals.
0.4·7 8 21 0.8 25
Temperature Range 0.68 8 21 0.8 25
-55°C to t100°C. From +85°C the rated voltage must be 9.5 21
1.0 0,8 25
derated by 1.25% per degree. 1.5 9,5 26.5 0,8 30
Capacitance Tolerance 2.2 11 26.5 0.8 30
Standard ±20%, ±10% and ±5%. 3,3 13 26.5 0.8 30
Capacitance Temperature Cotifficient Non linear curve. 4.7 14.5 31.5 1.0 35
6,8 17 31.5 1,0 35
+330ppm. per degree C within +20°c to +7o 0 c
+770ppm. per degree C within +20°c to -,moc 10.0 17 41.5 1,0 45
Power Factorp0.01 at 1000Hz and 20°c.
160V d.c. D L d PCM
Insulation Resistance At 20°c.
CJ>0.1 mfd: <t 5 x 104 Megohms 0.015 5.5 14 0.7 17.5
C >0.1 mfd: <t 10,000 seconds (Megohms x mfd) 0.022 5,5 14 0.7 17.5
Temperature Cycling Test 0.033 6 14 0.7 17.5
-55°c to +100°c, 1 cycle every 12 hours: electrical data 0.047 6 14 0.7 17.5
0.068 6 16 0.7 20
unchanged after 10 days.
D.C. Test Voltage 2 x rated Voltage 0.1 7 16 0.7 20
0.15 8 18 0.8 22.5
Solderability 0.22 9 18 0.8 22.5
Meets the requirement of DEF 5011 and BS 2011
0.33 9 21 0.8 25
Method 3-Solder Globule. 0.47 11 21 0.8 25
Marking 0.68 12 26.5 0.8 30
Trade Mark, capacitance, rated d.c. voltage, earth 1.0 13 26.5 0.8 30
marking by outer foil band.
Other Features 400V d.c. D L d PCM
Robust construction: tin coated copper wires: reliable 0.01 5.5 14 0,7 17.5
end connections: self-heating properties and low inductance. 0,015 6 14 0.7 17.5
0.022 7 14 0.7 17.5
Endurance
When stressed at rated d.c. voltage and 85°C for 2,000 0.033 8 16 0.8 20
0.047 9 16 0.8 20
hours the mean capacitance change is 2%. 0.068 10 19 22,5
0,8
For further information ask for Waycom Ltd. Data 0.1 10 19 22.5
0.8
Sheet. 0.15 10 19 0.8 22.5
0.22 9 26.5 0.8 30
0.33 11 26.5 0.8 30
0.47 12 31,5 0.8 35
0.68 14.5 31.5 1.0 35
1,0 17 31.5 1.0 35

Manufacturedin VV.Germa11y
by W. Westermann

4
CALL COMWA't... (0344) 24765 orTELEX 847201
 Wima'
MKSCAPACITOR
1/1/JIYCOM
LIMITED Metallised !
Polyester

C:::J Radial leads

c::J Values 0.01µF to 10µF
c:::::J Voltages 63V d.c. to 400V d.c.
c::::J Tolerances down to±5%

TECHNICAL DAT A Cap. Dimensions in mm.

Dielectric Polyethylene terephthalate.
PCM
63V d.c. B H L
Electrodes Vacuum deposited aluminium, on 0.22 µF 4 9 13 10
dielectric. 0.33 4 13 10
Encapsulation Epoxy resin moulding.
0.47
0.68
5
6
I 1i.5 13
13
10
10
11
1.0 6 11 18 15
Temperature Range -55°C to +100°c. A 1.5 7 12 18 15
voltage derating factor of 1.25% per degree C must be 2.2 9 15 18 15
3.3 9.5 17 27 22.5
applied from 85°c for d.c. voltages and from 75°C 4.7 11 19 27 22.5
for a.c. voltages. 6.8 13 22 27 22.5
10.0 14 25 32 27.5
Capacitance Tolerance
100V d.c. B H L PCM
±20%, ±10% and ±5% available
0.01 µF 4 9 10.5 7.5
Capacitance Temperature Coefficient Non- 0.015 4 9 10.5 7.5
linear curve. 0.022 4 9 10.5 7.5
0.033 4 9 10.5 7.5
+330ppm per degree C within +20°C to +70°C 0.047 4 9 10.5 7.5
+770ppm per degree C within +20°C to -40°C 0.068 4 9 10.5 7.5
0.1 4 9 13 10
Capacitance Long Term Stability When 0.15 4 9 13 10
0.22 4 9 13 10
stressed at rated voltage and at temperature below 0.33 5 10 18 15
85°C, the capacitance drift during life should not 0.47 5 10 18 15
0.68 6 11 18 15
exceed ±3%. 1.0 8 18 15
13
A.C. Voltage Rating Refer to data sheet. 1.5 7 15 27 22.5
2.2 10 18 27 22.5
Power Factort> 0.008 at 1000Hz and 20°c. 3.3 10 18 27 22,5
4.7 11 20 32 27.5
Insulation Resistance At 20°c. 6.8 13 23 32 27.5
c::::t
3x 104 Megohms when Ci:;>0.33 mfd. 250V d.c. B H L PCM
-=+=.10,000 Seconds (Megohms x mfd) when 0.01 µF 4 9 13 10
ct>0.33mfd. 0.015 4 9 13 10
0.022 4 9 13 10
Maximum Pulse Rise Time 0.033 4 9 13 10
For 250V d.c.: J>. 10V/Microsecond 0.047
0.068
4
4
9
9
13
13
10
10
100V d.c.: J>. 2V /Microsecond 0.1 5 10 18 15
63V d.c.: :P,.. 1V/Microsecond 0.15
0.22
5
5
10 18 15
10 18 15
Marking Trade Mark, capacitance, rated d.c. 0.33 6 11 18 15
0.47 6 14 27 22.5
voltage, earth marking by outer foil band. 0.68 6 14 27 22.5
For further information see Waycom Ltd Data Sheet 1.0 10 18 27 22.5
1.5 11 20 32 27.5
2.2 13 23 32 27.5
OUTLINE DRAWING
400V d.c. B H L PCM
t"--B-j .,.,---L----
,--- ---- 0.01 µF 4 9 13 10
! 0.015
0.022
4
4
9
9
13
13
10
10
H 0.033 4 9 13 10
0.047 5 10 18 15
0.068 5 10 18 15

~
----1-,, 6 mn,.
111

-l' j
TI
0.1
0.15
0.22
0.33
0.47
5
8
6
7
10
'IQ
13
14
15
18
18
18
27
27
27
15
15
22.5
22.5
22.5
d = 0.7 mm. when B:1>4 mm. _l_ PCM ±0.2 i
0.68 11 20 32 27.5
d = 0.8 mm. when B>4 mm. 1.0 11 23 32 27.5

Manufactured in W. Germany by W. Westermann

5
CALL COMWAY... (0344) 24765 orTELEX 847201
 2minCAPACITORS
Wima®MKS
l Subminiature
Metallised
Polyester LIMITED
1/1/JIYCOM
c:=i 0.01 mfd to 0.47 mfd
c:::::J 63V d.c.
c:::J Subminiature
c=J 55/100/21 Climatic Category

TECHNICAL DATA
Dielectric Polyethylene terephthalate
Electrodes Aluminium vacuum deposited on dielectric.
Encapsulation Plastic c,se with resin end seal.
Leads Tinned radial copper wires.
Temperature Range -5 1:i°C to +1 oo0 c. A voltage RANGE 63V d.c./40V a.c.
derating factor of 1.25% per degree C must be Capacitance w H L PCM
applied from 85°C for d.c. voltages and from 75°C
for a.c. voltages. 0.01 µF 2.51 6.5 7.2 5
0.015 2.5, 6.5 7.2 5
Capacitance Tolerance J: 10% standard. 0.022 2.5 6.5 7.2 5
Capacitance Temperature Coefficient Non-linear 0.033 2.5 6.5 7.2 5
0.047 2.5 6.5 7.2 5
curve. +330 ppm per degree C within +20°C to 0.068 2.5 6.5 7.2 5
+70°C +770 ppm per d8wee C with +20°C to 0.1 µF 2.5 6.5 7.2 5
0.15 3.5 8 7.2 5
-4o0 c. 0.22 3.5 8 7.2 5
Capacitance Long Term Stability When stressed at 0.33 4.5 9 7.2 5
0.47 5 10 7.2 5
rated voltage and at temperature below 85°C, the
capacitance drift during lifoshould not exceed ±3%.
Power Factor 0.01 @ 1 l<Hz and 20°c.
104 Megoh ms
Insulation Resistance C > 0. 033 u F <t
CJ> 0.033uF 5000 secs (M.O x uF).
D.C. Test Voltage 1.5 x rated voltage.
Outline Drawing
MKS2min & MKS3
forl
A.C. Voltage Rating Refer to data sheet.
Pulse Ratings 5V pee usec. for single edged
transients of peak to peak amplitude equal to the
d.c. rated voltage. ,.
Self Inductance Refer to data sheet. 6-1
The units have a low inductance construction, ..
the whole winding length being edge contacted.
Climatic Category 55/100/21. d ~ 0.5mm
Vibration BS2011 Part 2Fc 10-2000Hz@ 0.75mm
or 98m/sec 2 .
Low Air Density BS2011 Part 2M: 2KN/m2.
Bump BS2011 Part 2Eb 4000 bumps@ 390m/sec2.
Solderability BS2011 F'art 2T Method 3.
Solder Globule Method.
2 S8conds without ageing.
3 seconds with ageing.
Marking Trade Mark Capacitance, rated d.c.
voltage, earth marking bv outer foil band.

FOR FURTHER INFORMATION ASK FOR

WAYCOM LTD DATA SHEET.

Manufactured in W. Germany by W. Westermann

6
CALL COMWA'I~.. (0344) 24765 orTELEX 847201
 WimaFKS2minCAPACITOR
WIIYCOMllMIFED Film& Foil
Polyester I

•
D Subminiature
D Suitable for decoupling I.C.'s
D 1000pf to 0.047mfd - 100V d.c.

TECHNICAL DATA
Capacitance Dimensions in mm.
Encapsulation ··-------
100V d.c. B H L PCM
The F KS2 min. incorporates the WIMA encapsulation
process * where the capacitors are encapsulated in epoxy
FKS 2min 1000 pf 2.5 6.5 7,2 5
resin under vacuum. This provides a robust housing with
greater resistance to moisture than achieved with the FKS 2min 1500 2.5 6.5 7.2 5
conventional moulded or plastic case with resin end seal FKS 2min 2200 2.5 6.5 7.2 5
radial lead capacitors. FKS 2min 3300 2.5 6.5 7.2 5
*Patent applied for. FKS 2min 4700 2.5 6.5 7.2 5
FKS 2min 6800 2.5 6.5 7,2 5
Dielectric
Polyethylene terephthalate FKS 2min 0.01 mfd 2.5 6.5 7.2 5

Electrodes FKS 2min O.Q15 3.5 8.0 7.2 5

Aluminium foil
Encapsulation Capacitance Dimensions ir. mm.
Cast epoxy resin under vacuum.
Temperature Range FKS 3min 0.022 3 8.5 10 7.5
-55°C to +100°c. The rated voltage must be derated by FKS 3min 0.033 3 8.5 10 7.5
1% per degree C from 350 for d.c. and from 75°c for a.c. FKS 3min 0.047 4 9.0 10 7.5
Capacitance Tolerance
Standard +20%.
Capacitance Temperature Coefficient
+330 to +580 ppm per degree C for the extreme temperature
range.(non-linear curve) OUTLINE DRAWING
Power Factor
::t>0.006 at 1 KHz and 20°c.
Insulation Resistance
At 20°c. 1 x 106 Megohms or 20,000 seconds (Megohms x H

mfd) which ever is the lower. J_L...--__.J_

D.C. Test Voltage -1 d
6
2 x rated voltage.
Maximum Pulse Rise Time
100V per microsecond. tH PCM ±0.5
Solderability
Meets the requirements of BS 2011, Method 3. d = 0.5mm. dia. for PCM of 5mm.
d = 0.6mm. dia. for PCM of 7.5mm.
Humidity Category
Meets H6 in accordance with DEF 5011 and 55/100/56 For further information see Way com
category in BS 2011. Technical Data
Marking Note
Trade Mark, capacitance, rated d.c. voltage, earth marking 0.022, 0.033 and 0.047 mfd only
by outer foi I band. available in the FKS 3 range.

Manufacturedby W. Westermann.W. Germany

7
CALL COMWAY... (0344) 24765 orTELEX 847201
Wima~ MKC
4 CAPACITORS
Metallised
Polycarbonate 1/1/JIYCOM
LIMITED
D 0.047µF to 6.8µF
D 160V d.c. & 400V d.c.
D 250V rms mains type

TECHNICAL DAT A Dimensions (mm)

Dielectric Polycarbonate.
w H L I PCM
160V d.c. 100V rms*
Electrodes Vacuum deposited aluminium on the 0.047µF 4 9.5 13 10
dielectric film. 0.068 5 11 13 10

0.1 µF 5 11 13 10
Encapsulation Plastic case with resin end seal and 0.15 5 11 18 15
stand off feet. 0.22 5 11 18 15
0,33 6 12.5 18 15
Temperature Range -55°C to +100°C. The rated 0.47 7 16.5 26.5 22.5
voltage must be derated by 1% per degriee C from +85°C 0.68 7 16.5 26.5 22,5
for d.c. and from +75°C for a.c. 1.0 µF 8.5 18,5 26.5 22.5
1.5 9 19 31,5 27.5
Capacitance Tolerance ±20% 2,2 11 iI 21 31.5 27.5
3,3 13 24 31.5 27,5
Capacitance Temperature Coefficient J:.40ppm 4.7 17 34,5 31.5 27.5
per degree C. 6.8 20 I 39.5 31.5 27.5
400V d.c. 250V rms*
Capacitance Long Term Stability ±1% for the 0.022µF 4 9.5 13 10
temperature range -10°c: to +50°C. 0.033 5 11 13 10
0.047 5 11 18 15
Power Factor At 1KHz and 20°c. 0.001 to 0.003. 0.068 5 11 18 15
-
0.1 µF 6 12.5 18 15
Insulation Resistance At 20°c and 100V for 1 min. 0.15 7 14 18 15
)>0.33 mfd > 10,000 mehohms 0,22 7 16.5 26.5 22.5
> 0.33 mfd > 3,000 sec. (MO mfd). 0.33 8,5 18.5 26.5 22.5
0.47 10,5 19 26.5 22.5
D.C. Test Voltage 1.5 >: rated voltage (2 seconds). 0.68 11 21 31.5 27.5
1.0 µF 13 24 31.5 27.5
1.5 15 26 31.5 27.5
2.2 17 34.5 31,5 27.5
MAXIMUM PULSE RISE TIME
* AC voltage 400Hz
V perµ sec, for different pcm* Vd.c. (rated).
D.C. 1.4 x Vrms + Vd.c.
Rating 10 15 22.5 27.5 OUTLINE DRAWING

160V
mm

10
mm

7
mm

4
mm

3
1-w-, 1-- L --,

400V

•pcm= printed
20

circuit
10

module·
10
-~

R
,~Q+·
fJl...,..d 1_PCM ±0.3 _J
d=0.70if PCM= 10
d = 0.80 if PCM= 15 · 27.5
d = 1.0 if PCM= 27.5
Manufacturedin W. Germanyby W.Westermann >15 X 26 X 31.5

8
CALL COMWAY... (0344) 24765 or TELEX 847201
 WimaMKB3CAPACITOR
R

1/1/JIYCOM
LIMITED Metallized
Polycarbonat I
D Professional and military grade
D Temperature range -55°C to +1250C
D Robust Construction

Wima MKB3 metallized polycarbonate capacitors have Capacitance * Dimensions in mm.

been designed specifically for professional and military 63V d.c. D L d
applications where excellent electrical characteristics and 16
0.22 JJF 6.5 0.7
long term reliability are required.
0.33 6.5 16 0,7
TECHNICAL DATA 0.47 7.5 16 0.7
Sleeving Normally MKB3 capacitors are supplied 0,68 6.5 21 0.7
without sleeving. For capacitors with sleeving add 1.0 7.5 21 0.8
£0.025 per capacitor and allow 7 /10 days on delivery. 1,5 9.5 21 0.8
2.2 10.5 21 0.8
Dielectric Polycarbonate.
3.3 10.5 25 0.8
Electrodes Vacuum deposited aluminium, on dielectric. 4.7 12.5 25 0.8
Encapsulation Cylindrical aluminium case with 6.8 14 35 0.8
case resin sealing. 10.0 16 35 1.0
Leads Axial tin-coated copper leads, one lead
100V d.c. D L d
being welded to the case. If required, the case is
fitted with an insulating sleeve. 0.01 6.5 16 0.7
0.015 6.5 16 0.7
Temperature Range -55°C to +125°C. From 0.022 6.5 16 0,7
+85°C the rated voltage must be derated by 1.5% 0,033 6.5 16 0.7
per degree C. The capacitors must not be subjected 0.047 6,5 16 0.7
to temperatures above 1oo 0 c for periods exceeding 0.068 6,5 16 0.7
100 hours at any one time. 0.1 6,5 16 0.7
0.15 6,5 16 0.7
Capacitance Tolerance Standard ±20% 0.22 6.5 21 0.7
Capacitance Temperature Coefficient 0.33 7,5 21 0.7
0 to 200 ppm per degree C for the entire 0.47 8,5 21 0.8
0.68 9,5 21 0.8
temperature range. For the temperature range
1.0 10.5 21 0.8
+4o 0 c to +100°c it is o to 50 ppm per degree C. 1,5 12.5 25 0.8
Capacitance Cyclic Stability The maximum 2.2 14 25 1.0
capacitance change is ±0.5% when subjected to the 3.3 14 35 1.0
4.7 16 35 1.0
rapid temperature cycling test ia accordance with
DEF-5011. 160V d.c. D L d
Capacitance Long Term Stability Figs. 5 0,047 6,5 16 0.7
and 6 show the typical change in capacitance over 0.068 6,5 16 0,7
a period of 10,000 hours with the capacitors 0.1 6.5 21 0.7
stressed at their rated voltage and 85°C. 0.15 7.5 21 0,8
0.22 8,5 21 0.8
Power Factor :t>o.003 at 1000 Hz and 200c.
Insulating Resistance At 20°c. 0.33 9.5 21 0,8
0.47 10.5 21 0.8
<t 1 x 10° Megohms when C< 0.1 mfd 0.68 10.5 25 0,8
<(1 x 10 4 Seconds (megohms x mfd) when 1.0 14 25 1.0
C<tO. lmfd.
400V d.c. D L d
D.C. Test Voltage Twice rated voltage.
Resonant Frequency Refer to data sheet. 0,01 6.5 16 0,7
0.015 6,5 16 0.7
Solderability Meets the requirements of 0.022 6.5 16 0.7
DEF-5011 and E.E.A. solderability specifications. 0,033 6,5 21 0.7
Marking Trade Mark, capacitance, rated d.c. 0.047 7.5 21 0.8
voltage, earth marking by outer foil band. 0.068 8.5 21 0.8
0.1 9.5 21 0.8
For further information see Waycom Ltd Data Sheet A 101.

Manufacturedin W. Germanyby W.Westermann

CALL COMWAY... (0344) 24765 orTELEX 847201

 m1croprocessors
n1akeyou n1oreprofitable

Comwayprovide the complete capability 1

Microprocessors can increase your profits. They can expand your markets.
And they can give you product leadership.

Comway
In time they may well keep you in business- and that's a fact!
But who's going to help you with the facts about microprocessors? The
hard facts of hardware, the soft options on software? Because, make no
mistake, those facts aren't easy to come by; programming expertise is rare.
And yet without expertise microprocessors can reverse the advantages;
they can cost you money and confront you with a bill that adds up to loss
of production, inferior product performance, and cut-back in sales.
Microsvstems
Let there be no doubt. With microprocessors the facts and the expertise
are vital, the stock, the selection, the availability, no less so. Comway have
it all - in abundance. Try us. Limit~a
Market Street, Bracknell, Berkshire, RG121JU
Update yourselves with Comway Microsystems Telephone: Bracknell (0344) 55333. Telex 847201
 Wima"
FKCCAPACITOR
I/IIJIYCOM LIMITED Polycarbonate
Film& Foil

CJ 100 pF to 0.047 µF - 400V d.c. 1

CJ Tolerances down to ±5% 68001-<u

400- 2'.ll:
u ju.
CJ Low power factor
CJ Good insulation resistance
~ ~

TECHNICAL DATA 400 V d.c.

*
Capacitance 220V a.c.
Dielectric Polycarbonate.
B H L PCM

Electrodes Aluminium Foil. 100 pF 4 9 13 10

150 pF 4 9 13 10
220 pF 4 9 13 10
Encapsulation Epoxy resin moulding. 330 pF 4 9 13 10
470 pF 4 9 13 10
680 pF 4 9 13 10
Temperature Range -55°c to 100°c. The rated volta\Je
must be derated by 1% per degree C from 85°C for d.c. and from 1000 pF 4 9 13 10
1500 pF 4 9 13 10
75°c for a.c. 2200 pF 4 9 13 10
3300 pF 4 9 13 10
4700 pF 5 10.5 13 10
Capacitance Tolerance Standard ±20%, ± 10% and ±5% 6800 pF 6 11 13 10

0.01 µF 7 12 13 10
0.015 µF 6 11 18 15
Capacitance Temperature Coefficient o to 200 ppm per 0.022 µF 7 12 18 15
0.033 µF 9 15 18 15
degree C for the extreme temperature range. For the tern perature 0.047 µF 7 15 27 22.5
range +4o 0 c to +10o 0 c it is Oto 40 ppm per degree C.
*Peak a.c, volts ( 1.4 x r.m.s.) + d.c, volts :t>rated d.c. volts.
A.C. Voltage: 400 Hz r.m.s. Tolerance: +0.5mm.
Capacitance Cyclic Stability The maximum capacitance All dimensions in mm.
change is ±0.5% when subjected to the rapid temperature
cycling test in accordance with DEF-5011.

Capacitance Long Term Stability When stressed at d .c.

rated voltage over the temperature range below -1 o 0 c to +70°c
the capacitance drift during life should not exceed± 1%.

A.C.Voltage Rating For frequencies greater than 400 Hz

derate in accordance with Fig.5. Divide peak a.c. voltage by 1.4
for r.m.s. rating assuming sinusoidal waveform.

Power Factor 1> 0.002 at 1 KHz and 20°c.

d = 0.7mm. when B1> 4mm.
d = 0.8mm. when B> 4mm.
Insulation Resistance At 20° c.
C:1>0.02 mfd: -45 x 10 5 Megohms
C>0.02 mtd: <t-10,000 seconds (Megohms x mfd)

D.C. Test Voltage Twice rated voltage.

Maximum Pulse Rise Time 75V per microsecond. Other Features Low inductance and
high resonant frequency. Suitable for high
Marking Trade Mark, capacitance, rated d.c. voltage, earth frequency low resistance circuits.
marking by outer foil band.

Manufactured
by W.Westermann.
W. Germany

11
CALL COMWAY... (0344) 24765 orTELEX 847201
 Wima®MKS4-RCAPACITORS
Metallised
Polyester 111/JIYCOM
LIMITED
D 0.022µF to lmfd
D 250V r.m.s. Mains Type
CJ Flame Retardent Plastic Case
D 55/100/56 Climatic Category

INTRODUCTION
The MKS4-R is a plastic cased metallized Bump Test BS2011 Part 2Eb
polyester capacitor specifically designed for 4000 Bumps at 390m/S2.
250V r.m.s. mains application. The element
construction is a series metallized type which Solderability BS2011 Part 2T Method 3
Solder Globule
by uniformly distributing the voltage stress 2 seconds without ageing
prevents ionisation degradation on continuous 3 seconds with ageing
mains, even in the presence of continual trans-
ients. The structure is self healing fol, long Marking Trade Mark, capacitance, rated d.c. voltage,
term reliability and the use of a resin filled earth marking by outer foil band.
plastic case bestows both flarne retarding and
Self Inductance See data sheet.
good humidity resistance. The units have a low inductance construction, the
TECHNICALDATA whole winding length being edge contacted.

Dielectric Polyethylene terephthalate.

250V r.m.s.
Cap.
Electrodes Aluminium vacuum deposited on dielectric.
w H L PCM

Encapsulation Plastic case with resin end seal and

stand-off feet.
0.022µFn
0,033 5
11.5
11.5
18
18
15
15
0,047 5 11.5 18 15
Leads Tinned radial copper wires.
0,068 ! 6 12.5 18 15
I I
Temperature Range -55°C to+ 1oo 0
c. I
A voltage derating factor of ·1.25% per dewee C must 0.1 µF 6 I 12.5 18 j 15
be applied from 75°c. 0.15
0.22
8
7
15
17
18
26.5
I
15
22.5
Capacitance Tolerance ±20%, ± 10% 0.33 9 17 26.5 22.5
0.47 9 19 26.5 22.5
Capacitance Temperature Coefficient Non-linear I
0.68 11 22 31.5 27.5
curve. From -20°C to +80°C. +330ppm to
440ppm per degree C. See data sheet.
1.0 µF 13 24 31.5 27.5
Capacitance Long Term Stability t>±2% for
the temperature range -1 o 0 c to +70°c.
OUTLINE DRAWING
Power Factor t>o.008at 1 KHz and 20°c.
For temperature dependence see data sheet. k---- L ----l

~
Insulation Resistance
C .t>0.33mfd > 3 x 1o4Mo
C >0.33mfd > 104 secs. (f\10 x rnfd)

Proof Voltage 2 seconds. Class X 250V-1075V __ PCM(±0.3) _

300V-1300V Class Y 250V-2E>00V. All dimensions in mm.

Climatic Category 55/100/~if,

Vibration BS2011 Part 2Fc

10-2000Hz at 0.75mm or 98,11/S2.
Manufactured by W. Westermann in W. Germany.
Low Air Density BS2011 Par·: 2M: 2kN/m2.

12
CALL COMWAY.,..(0344) 24765 orTELEX 847201
 Type499D CAPACITOR
SPRAGUE Dipped
SolidTantalum
\

D Low leakage Current

D -55°C to +85°C Operating Temperature Range, With no Voltage Derating
D Strong Epoxy Coating with High Resistanceto Moisture
D Standard 5mm spacing - Straight or Snap-in Leads

s
OUTLINES Case A2 G2
Code D Max. H Max. ±1.0 ±0.5 0d

1Mixr 1 .-H
A
B
4.0
4.5
7.0
7.0
5.08
5.08
5.08
5.08
0.50
0.50
C 5.0 8.0 5.08 5.08 0.50
MAX.
MAX. 3.56, _ MAX. 3.56 t D 5.0 8.5 5.08 5.08 0.50
I + ~ UPPER EDGE r- ,- E 5.5 9.0 5.08 5.08 0.50
1/, I t415
OF PRINTED I
-l4 ·7r. + 0 • 81
F 6.0 9.5 5.08 5.08 0.50
</:>d I <Pd 0 -o- C) -
G 6.4 10.0 5.08 5.08 0.50
-0 o • 0 81 BOARD - S r-
--.; s i.-
L 6.5 11.5 5.08 5.08 0.50
A2 62 M 10.2 14.3 5.08 5.08 0.65
ALL DIMENSIONS IN mm N 11.2 17.3 5.08 5.08 0.65

STANDARD RATINGS,CASE CODES

CAP
I
! 0·10
pF 3V 6·3 V 10 V 16 V 20 V 25 V 35 V 50 V
A
0-15 A
0-22 A
0-33 B
0-47 B
0-68 C
1-00 A D
1-50 A A E
2-20 B F
3.30 C G
4.70 A D L
6-80 A E N
10-00 A F N
15-00 B G ;r:rt:M@=
22-00 C H M
33-00 D N
47-00 E fI!tfMitt:::r N
68-00 F N
100-00 G
150-00 L itll/Mltft M N
220-00 M M N
330-00 M N
470-00 N
680-00 N
LEAD CONFIGURATION "Snap-in Type" recommended for new designs. Unless Indicates standard stock values.
otherwise specified, Comway will supply the lead configuration currently in stock. Other values may be obtained on special request.

FOR FULL DATA- REQUEST ENGINEERING BULLETIN 23548

13
CALL COMWAV... (0344) 24765 or TELEX 847201
 SolidTantalum
CAPACITORS
C Series 1/1/JIYCOM
LIMITED
D Low cost
D Metal case and resin end seal
D Values 0.1µF to 33µ F

C Series solid tantalum capacitors are low cost

Max. dims. in inches (mm)*
miniature devices for commercial and industrial Case Size ·-
applications where space and weight are at a A B Lead Dia.
premium.
TECHNICAL DATA CT 6 to 35V 0.260(6.60) 0,095(2.41) 0,020( 0.511
Construction
Polar element housed in a cylindrical metal case with CM 6 to 35V 0.320(8.13) 0, 133(3.38) 0.02 0( 0.51 I
a resin end seal at one end. The case is fitted with a
polyester insulating sleeve. Lead1;are tinned nickel. 0.020(0.51)
CL 6 to 35V 0.345 (8. 76) 0.180(4.57)
Temperature Ranges
-55°c to +85°c with derating, at 2/3rd rated *With insulating sleeve
voltage at +125°c.
Capacitance Tolerance ±20%
SELECTION CHART
Dissipation Factor p 0.1
Leakage Current µF 6V d.c. 10V d.c. 15V d.c. 20V d.c. 25V d.c. 35V d.c.
Measured at rated d.c. voltage applied through a 1000
ohm resistor for 5 minutes maximum. At 25°c will 0.1 CT3!i-104
0.15 CT35-154
not exceed 0.01uA/mfd-volt or 0.5uA, whichever,
0.22 CT35-224
is the greater. At 85°C will not exceed 0.1 uA/rnfd-
0.33 CT35--334
volt or 5uA, whichever, is the grE'ater.
0.47 CT35-474
Reverse Voltage 0.5 Vd.c. maximum. 0.68 CT25-684 CM35-684
Ripple Voltage
The peak a.c. ripple voltage plus the d.c. operating 1.0 CT25-105 CM35-105
voltage shou Id not exceed the d.c. rated voltage. 1.5 CT20-155 CM35-155
See data sheet for further information. 2.2 CT15-225 CM25-225 CL35-225
Surge Voltage 3.3 CT10-335 CM25-335 CL35-335
Defined as the maximum allowable short term 4.7 CT06-475 CM20-475 CL25-475
6.8 CM15-68t: CL25-685
voltage including transients and peak ripple voltage.
The 'C' Series will withstand 1000 surges of 130%
of rated d.c. voltage at 85°C through a 1000 ohm 10.0 CMl0-106 CL20-106
limiting resistor. Surge application shall be 30 secs.
15.0 CM06--156 CL 15-156
on 30 secs. off for 1000 cycles, D.F. and llshall not 22.0 CL 10-226
exceed initial limits, Capacitance change shall not 33,0 CL06--336
exceed 5% from initial value.
Endurance Test
2,000 hours at 85°C and rated d.c. voltage. Dissip·
ation factor and leakage current shall not exceed
OUTLINE DRAWING
the initial limits. The capacitance chan9e shall not
exceed 10% from the initial value.
Shock 2,000 hours at 85°. 25,000 G's, 5m sec.
duration without degradation of physical or 1·:1
electrical properties.
Vibration (Mil-Std-202, Method 204) 20 G's with
====II +~=
out degradation of physical or electrical properties.
For further information ask for Waycorn Ltd. Data
\ Red Epoxy
Sheet
Manufactured in U.S.A.

14
CALL COMWAY... (0344) 24765 or TELEX 847201
 SolidTantalum
CAPACITOR
1/1/AYCOM
LIMl'FED S Series

C:J
C:J
C:J
Values 0.22µF to 330µF
Standard tolerance± 10%
Four standard case sizes
------
These solid tantalum capacitors are high grade cap- Case Max. Dims. in inches (mm)*
I
acitors housed in hermetically sealed metal cases. Size D L J max Lead Dia.
'
Manufactured in four standard case sizes the range SA 0.125 (3.18) 0.250 (6.35) 0.422 (10.72) 0.020 (0.51)
generally meets the requirements of
SB 0.175 (4.45) 0.438 (11.13) 0.610 (15.49) 0.020 (0.51)
MIL-C-390003and DEF 5134-A-1 '
SC 0.279 (7.09) 0.650 (16.51) 0.822 (20.88) 0.025 (0.64)
SD 0.341 (8.66) 0.750 (19.05) 0.922 (23.42) 0.025 (0.64)
I
* With insulating sleeve I

TECHNICAL DATA
Operating Temperature -80°C to +125oC SELECTION CHART
I
From +85°C, the rated voltage must be derated linearly to 6Vd.c. 10V d.c. 15V d.c. 20V d.c. 35Vd.c. !
the values given in the table.
0.22 pF SA-35-224
D.C. Rated Voltage 0.33 SA-35-334
6 10 15 20 35 50 75 100 0.47
At 85°C SA-35-474
0.68 SA-35-684
Derated D.C. Voltage 10 13 23 33 50 66
4 7 1.0 pF SA-35-105
At 125°C 1.5 SB-35-155
2.2 SA-20-225 SB-35-225
Capacitance & Dissipation Factor Measurements
3.3 SA-15-335 SB-35-335
The polarized voltage shall be of sufficient magnitude to 4.7 SA-10-475 SB-35-475
prevent reversal of polarity due to the a.c. component. The 6.8 SA-6-685 SB-35-685
maximum voltage applied to the capacitors during measure-
10.0 µF SC-35-106
ments shall be 1.4volts r.m.s. at 120 ±5Hz at 25° ±5°C. 15.0 SB-20-156 SC-35-156
Capacitance Tolerance Standard ±10% Code 'K'. 22.0 SB-15-226 SC-35-226
33.0 SB-10-336 SC-20-336 SD-35-336
Reverse Voltage 47.0 SB-6-476 SC-20-476 SD-35-476
1 Volt or 10% of the rated voltage at +125°C whichever 68.0 SC-15-686 SD-20-686
is the lesser. 100.0 µF SC-10-107 SD-20-107
Surge Voltage 150.0 SC-6-157 SD-15-157
Defined as the maximum allowable short-term voltage 220.0 SD-10-227
including transients and peak ripple voltage. The 'S' Series 330.0 SD-6-337
will withstand 2000 surges of 130% of rated d.c. voltage
at 85°c through a 1000 ohm limiting resistor. Surge
application shall be 30 seconds on 5½ minutes off, D.F.
and IL shall not exceed initial limits. Capacitance change
shall not exceed 5% from initial value.
OUTLINE DRAWING

r-,LTW±I
Leakage Current
D.C. leakage current is measured at the specified tempera-
ture with a regulated power supply. A 1000 ohm resistor
in series with each capacitor is used to limit the charging
current. Leakage current should be read after the units
[°J
have been stabilized at the specified temperature for one
~t ~
0

hour prior to an electrification period of five minutes at

rated d.c. voltage. The leakage current at 25°c will not
Anode ~A Cathode
common
J to case
exceed 0.02µA/µFV.
For further information ask for Waycom Ltd. Data
Dissipation Factor
Sheet
6% over the temperature ran!1e -80°C to +125°C.

Made in U.S.A.

15
CALL COMWAY... (0344) 24765 or TELEX 847201
 Printilyt
Wima" 1CAPACITORS
Aluminium
Electrolytic WJIYCOMLIMITED
D Values 1).IF to 10,000µf=
D Voltages 6.3V d.c. to 63V d.c.
D IEC approved

Voltage Dimensions Ripple

Cap. Current
Tolerance Rated Peak (mA)
TECHNICAL DATA mfd %
o• L• • d
Vd.c. Vd.c. 50Hz at
40° C
Temperature Range -40°C to + 85°c. 100 10 6.3 7 6.5 13 0.8 110
220 +50 6.3 7 8.5 17 .5 0.8 190
Construction Aluminium cylindrical case supplied 470 6.3 7 10.5 21 5 0.8 320
with insulating sleeve. The electrodes are high purity 1000 6.3 7 10.5 26.5 0.8 600
etched aluminium foils with a dielectric oxide la'yer 2200 6.3 7 14 31 0.8 1100
4700 6.3 7 18 31 0.8 1900
formed on the anode foil.
10000 6.3 7 20 41 0.8 3000
Leakage Current After 1 min. and 20°C 47 -10, +100 10 12 5.8 11 0.6 70
1Lp(0.02mfd x V rated+ 10)JJA
100 10 12 6.5 17.5 0.8 120
Dissipation Factor For values up to 1000µF. For 220 - 10 10 12 8.5 17.5 0.8 220
470 +50 10 12 10.5 21.5 0.8 400
greater capacitances increase the ~iOHz values by 0.01
1000 10 12 12 26.5 0.8 650
per 1000µF and the 100Hz values by 0.02JJF. 2200 10 12 16 31 0.8 1400
Measurements made at 20°c and 0 ..5V r.m.s. 4700 10 12 18 41 0.8 2300

22 -10, +100 16 18 4.5 11 0.5++ 50

47 10 16 18 6.5 13 0.8 100

100 +50 16 18 8.5 17.5 0.8 140
Maxir'1um 18 8.5 21.5 0.8 280
220 16
Voltage Dissipation Factor 470 16 18 10.5 26.5 0.8 500
(Volts d.c.)
1000 16 18 12 31 0.8 850
50Hz 100Hz 2200 16 18 18 31 0.8 1600
4700 16 18 20 41 0.8 2700

22 -10, +100 25 30 5.8 11 0.6 50

6/6.3 0.2 0.3 47 10 25 30 6.5 17.5 0.8 110
10 0.15 0.24 100 +50 25 30 8.5 17.5 0.8 160
220 25 30 10.5 21.5 0.8 340
16 0.13 0.22 470 2~ 30 12 26.5 0.8 600
25 0.12 0.18 1000 25 30 16 31 0.8 1100
35 0.10 2200 25 30 18 41 0.8 2000
0.14
4700 25 30 25 41 0.8 3200
63 0.09 0.12
10 -10, +100 35 40 4.5 11 0.5++ 25

22 - 10 35 40 6.5 13 0.8 70
47 +50 35 40 8.5 17.5 0.8 120
100 35 40 8.5 21.5 0.8 200
220 35 40 10.5 26.5 0.8 400
Leads Tinned copper wire. The cathode wire is 470 35 40 14 31 0.8 700
welded to the case. 1000 35 40 18 31 0.8 1200
2200 35 40 20 41 0.8 2400
Marking Trade Mark, capacitance, voltage and a
1 - 10 63 70 4.5 11 0.5++ 8
'+' sign, denoting the anode connection; to obviate
2.2 + 100 63 70 4.5 11 0.5++ 11
mis-reading 6.3V as 63V these will be marked 6\/. 4.7 63 70 4.5 11 0.5++ 30

10 - 10 63 70 6.5 13 0.8 50
Fig. 1 Capacitor Outline 22 +50 63 70 85 17.5 0.8 90
47 63 70 8.5 21.5 0.8 150
100 63 70 10.5 26.5 0.8 280

r
220 63 70 14 31 0.8 550
t,,,_- - - - - - ~--t-
id 220/25 :1: f IJ1():,rnm
470
1000
63
63
70
70
18
20
31
41
0.8
0.8
950
1700

t +
3:?__l
2~

E- --~--=J
--
220/25

L ---
L•]mm--..J
--JS"I
+
+ To obviate misreading
++ Anode lead 0.5mm;
Without
* * Without insulating
6.3V as 63V these will be marked
Cathode
insulating
(can) lead 0.6mm.
sleeve. With
sleeve. With

Manufactured
sleeve add 0.5mm.
sleeve add 3.0mm.

by W.Westermann,
W. Germany
6V.

16
CALL COMWAY... (0344) 24765 orTELEX 847201
SPRAGUE Aluminium I
Electrolytic
D Low ESR Limits - 10mnat 10kHz Min 17.2 mm
Max92.5 mm
D Very High Ripple Current Capability F L------1
D Very Low Inductance and Impedance Values
in the 10kHz to 100kHz Range Min 5.1 mms;-TL-.~
Max 10.2 mm~
lTD Minl0.5 mm
Max 25.7 mm
D Extended Temperature Range -55°C to +1os 0 c ----~_j_

STANDARD RATINGS/CASE CODES

D-CWorkingVoltage(D-CSurgeVoltage)
Cap 6.3V 7.5V 12V 15V 20V 25V 40V 50V GOV 75V IOOV 150V 200V 250V
µF (9V) (IOV) (16V) {20V) (30V) (35V) (55V) (75V) (85V) (100V) (150V) (200V) (250V) (300V)
4.7 cc cc ::::::::::,:cc>:::>
5.6 cc cc CD
6.8 cc cc :::::,:,::CIV::::
8.2 cc cc CG
10 cc CD CG
12 cc CD
15 672D CC ·':<::::CD::.:::::::CG GE
18 CC CD CG GE HE
22 cc CD CG::::: HE HE
27 cc CG CG DM GE HE GJ
33 cc CG CG DM .·.··::d:K::·.·HE GJ JE
39 cc CG DM DM DT HE GJ HJ
47 cc cc cc cc CC ::::::.: :CC:::··.·.·.·.·:·CD:::::. CG DM DM ::::::::.·OS::GJ GL GL
56 cc cc cc cc CC CD ··:::::CG:.::: DM DT ET JE HJ GP
68 cc cc cc cc ::::::,::::Co<:::::,.·.·· ·:.co:::,···CG ·'.·'.·'.·.·>,:OM:::::cc'. EK .··::·.fl:.: GL JJ HL
82 cc cc CC CC CD CG CG DM DT EK GJ HJ HL HP
100 cc cc :::::::J:C::: :.::::::::::::CD::·.·.· · ·····:CG::::::::::: CG DT :::::::::::,:Elf>::::::: ET :::::JE:::::::>JJ HP JL
120 cc CD CD CG CG DM DT :::.:«.',ns·:.::,··. ET HJ HL JL JP
150 EK ··:;:::;::::EJ::::::::. I HE GP JL JP JS
CD
I
CD ::::::<:CG :·::·:::·::::·:::CG:·:······ CG DM
180 CD CG CG CG ::,::::.::::OM:::::::
DS HE GJ JJ HS JS JT
220 :·:·:···CG·.·.·.·.· CG CG ::::::::::[It:::·: ET JE JE HL JP JT
270 CG CG DM DM DM DM DT .,..H""'E-- GL GL JL JS
330 CG DM DM DM : ::<.OM< :::::::::::::fl:>::
::::,:::::::::::::or:::::: HE GL GP HS JT
390 DM OM DM DM DT ET '::::::::::;::os::::::::GJ HJ JJ JP
470 DM DM ···,:::DDMT::::::::::::::DDIT: :::::::/\::::'EiC ::':::::::::::::!)$:::::: ' HGEJ :..: .· JE JJ HL JS
560 DM DM ::::::,::::os:::::::,:·
.,..ET__ ...,. GL HL JL JT
680 ::::{)M· DT : ::{)f:::::: :::::::::::EiC::::::: l::::Hp::: ·:JE/··
:::::::E:l::::::::::.: HJ JL HS
820 DT ET JE HJ JJ HS JP
ET ,,::::::OS:::: :.•:.::.1·:·.·:HE
1,000 EK ET :::::::::os:::: ::::::,::::fl:::: JL :::::.::::::::::::JE;:::::::······
GP HL JP JS
1.200 ::::::::OS:::· ET ET I HE JE GL JJ JL JS JT
1,500 ET I HE JE :::::::::::JE······ GL HJ HP JS JT
1.800 HE HE JE GL HJ JJ JL JP
2.2JO JE GJ GL HJ :::::::::Jv:::::::: HL JP JS
2.700 JE JE HJ GP HL JL JS JT
3,300 GL GL JJ JJ HP JS JT
3,900 HJ HJ HL HL JL JP
4.700 GP JJ HP JL JP JS
5,600 JJ HL JL HS JS JT 673D-
6,800 HP HP JP JP JT
8,200 JL HS JS JS
10,000 JP JP JT JT
12,000 JS JS
15,000 JT JT

Indicates standard stock values.

FOR FULL DATA - REQUEST ENGINEERING BULLETIN Z3452A Other values may be obtained on special request.

17
CALL COMWAY... (0344) 24765 orTELEX 847201
 A ITORS
I Type35D Aluminium
Electr1olytic SPRAGUE
CJ Large, IEC type 1, for power suppliesetc.
CJ Similar to 071 & 072 series
D 22 uf to 47,000 uf
D 6.3V to 450V d.c.

GENERAL DESCRIPTION TECHNICAL DATA

Type 35D capacitors are purpose designed for TemJ>erature Range
applications in power supply filters and similar -40 C to +85°C.
applications in instrumentation, radio communiication DC Rated Voltage
and industrial control equipment. The maximum operating voltage for continuous duty
35D capacitors offer the designer ratings from over the operating temperature range.
22µF to 47000µF, and DC voltages from 6.3V to 450V SurgeVoltage
to meet most power supply and professional electronic The maximum voltage to which the capacitor should be
requirements. subjected under any condition.
Cases sizes range from 21.5 x 51 to 40.5 x 82 rnm. Capacitance and Tolerance
Construction incorporates a pressure safety vent and -10 +50%.
solder coated terminals. PVC insulating sleeves are Equivalent Series Resistance
standard. The ESR values listed-are for both sections connected
in parallel, where applicable, referred to 100H z at 20°C.
Case Sizes Dimensions in mm.
DC Leakage Current
Case Code D.:!:_1* L.:!:_2" t d Maximum leakage current for any capacitor shall not
01 21.5 5(0 12 12 exceed the value given by the following equation:
02 25.5 51.0 12 12
04 25,5 82.0 12 12
I= K CV
07 30.5 82.0 12 16
10 35.5 82.0 12 16 where I is the leakage current in uA at +20°C
1~ 40.5 82.0 12 16 K is a constant

-rOC) 3 at 6.3 ... 1OOV

-~o_L_[]•
6 at 101 ... 450V
D d C is the rated capacitance in uF
- _L __ 0
V is the rated DC voltage

TT--r-·r
1 I ·
L
1
L
··
Operating Life
These capacitors are designed to meet the endurance
requirements for IEC Type 1 aluminium electrolytic
capacitors.
_l _J_ Ripple' Current
All capacitors will withstand RMS ripple current at
'Includes P.V.C. insulating sleeve 100Hz and+ 70°C as listed in the standard rating tables.
Type W 350 Mounting Clips Dimensions in mm In the case of dual section capacitors, the maximum
Case Part
permissible ripple current per section is one half of the
A B E J K L N Fig total current shown. For temperature and frequency
Code No.
01 62-4586-lA 50 32 21.5 2.0 13.0 18.0 16 derating contact sales office.
02-/04 62-4586-lB 50 38 25.5 3.2 17.5 22.0 22 1
07 62-4586-3 60 48 35.5 3.2 17.2 22.2 19 2
10 62-4586-10 65.5 53 41.0 4.0 24.0 295 19
1.0
12 62-4586-1 E Dimensions as per figure
i------- A ____ ____.,

r7·~1 1mmRa::t.

--TT 60 47
l
7.5

K L T 21

2 holes 4.0 ti

1mmRa:t./L
~ -= J_
__
-&
N __j
I ___L

Figure 1
r ±3.o I
2 slots 4.3mm wide

Figure 2
\
2 holes 4mm die.

Manufactured in U.K.

18
CALL COMWAY....(0344) 24765 orTELEX 847201
 CAPACITORS
SPRAGUE Type35DAluminium
Electrolytic

D High ripple current capability

D Mounting clips available

D Operating temperature: - 40 to +85°C

Max. RMS Max. RMS

Case Typ. ESR Ripple Case Typ.ESR Ripple
Cap Code at +20°c Current Part No. Cap Code at +20°c Current Part No.
Value 100 Hz at+ 70°C Value lOOHz at + 70°c
,uF WVOC/SVOC A ,uF WVOC/SVOC A

Single Section Ratings

10 000 02 0 .0 4 0 3.1 350103F6R3S02 330 01 0 .2 4 0 0.71 350 331 F 100SO 1

15 000 04 0 .0 3 2 4.8 350 153F 6R 3S04 470 02 O.l 7 0 0.93 350471F100S02
22 ODO 6.3/8 07 0.0 2 0 6.4 350223F 6R 3S07 680 100/125 04 0 .120 1.4 350681 F 100S04
33 000 10 0 .0 1 7 8.5 ~50 333F 6R 3S 10 1 000 07 0 .0 85 1.7 350l02F100S07
47 ODO 12 0 .o16 11.0 350473F6R3S 12 1 500 10 0 .o6 0 2.1 350 l 52F 100S10
4 700 01
2 200 12 0 .o.4 6 2.8 350 22 2 F 1ODS12
0 .05 8 1.9 350472F010S01
6 800 02 0 .0 4 3 3.1 350682F010S02 150 01 0.4 7 0 0.55 350151 F 16DS01
10 ODO 04 0 .0 3 0 4.6 350103F010S04 220 02 0 .3 3 0 0.73 350221F160S02
15 000 10/12 07 0.023 6.3 350153FD10S07 330 160/185 04 0 .2 2 0 1.1 350 331 F 160S04
22 ODO 10 0.01 I 8.3 350223F010S10 470 07 0 .160 1.3 350471 F 160S07
33 ODO 12 0.016 10.4 350333F010S12 680 10 0 .11 0 1.8 350681 F 160S 10
1 ODO 12 0.0 8 1 2.2 350102F l 60S 12
3 300 01 0 .06 3 1.9 35::J332FD16S01
4 700 02 0 .0 4 7 3.0 350472F016S02 68 01 0.8 5 0 0.45 350680F250S01
6 800 04 0 .0 3 3 4.5 350682FD16S04 1,00 02 0.5 8 0 0.58 350l01F250S02
10 000 07 0 .02 5 6.1 350103F016S07 150 250/300 04 0 .39 0 0.90 350 151 F 250S04
15 000 16/18.5 10 0.018 7.6 350153F016Sl0 220 07 0 .2 7 0 11 350221F25DS07
22 000 12 0 .0 1 7 10.6 350223F016Sl2 330 10 0.180 13 350331F250S10
470 12 0. 1 3 0 18 350471 F 250S 12
2 200 01 0.0 6 7 1.7 350222F025SO 1
3 300 02 0 .o4 8 2.8 35033,F025S02 47 01 1.60 0 0.36 350470F 3 l 5SOi
4 700 04 0 .o3 4 4.2 350472F025S04 68 02 1 .I 00 0.49 35D680F3l5S02
6 800 25/30 07 0 .0 2 6 5.6 350 682F 025S07 100 315/365 04 0.7 5 0 0.72 350101F3l5S04
10 000 10 0.0 1 9 7.4 350103F025Sl0 150 07 0 .5 I 0 0.87 350151 F 315S07
15 000 12 0 .o1 7 9.8 350153F 025S 12 220 10 0 .35 0 1.1 350221F315Sl0
330 12 0 .2 4 0 1.3 350331F315Sl2
1 000 01 0 .09 3 1.6 350102F040S01
2 200 02 0 .o4 8 2.2 350222F 040S02 33 01 2 .2 0 0 0.30 350330F 400SO 1
3 300 04 0 .0 3 3 4.1 3503~2F040S04 47 02 1.600 0.36 350470F 400S02
4 700 40/50 07 0.0 26 5.4 350472F040S07 68 400/475 04 I .IO 0 0 55 350680F400S04
6 800 10 0.02 0 7.1 150682F040S 10 100 07 0.7 6 0 0 78 350101F<OOS07
10 000 12 0 .0 19 8.7 350103FD40S 12 150 10 0.5 I 0 0 90 350151F400S10
220 12 0 .3 5 0 10 350 221 F 400S 12
680 01 0.100 1.4 350681 F063S01
1 000 02 0 .0 7 4 2.2 350102F063SO? 22 01 .1.8 0 0 0 23 350220F450S0l
1 500 04 0 .0 5 0 3.4 350152F063S04 33 02 2 .6 0 0 0.31 350 330F 450S02
2 200 63/78 07 0 .0 3 7 4.5 350222FD63S07 47 450/525 04 1.8 00 0 46 350470F450S04
3 300 10 0 .0 2 6 6.0 350332FD63S 10 68 07 1.300 0.56 350680F 450S07
4 700 12 0.0 2 2 7.8 350472F063S12 100 10 0 .8 5 0 0.70 350101F450S10
150 12 0.5 7 0 0.72 350151 F 450S 12

Alternative Dual Section Ratings

2x16500 10 0 .0 1 7 8.5 350 333F 6R 3010 2x 750 10 0.0 6 0 2.1 350152F100010

2x23 500 6.3/8 12 11.0 100/125
0.0 16 350473F6R 3012 2x 1 100 12 0 .0 4 6 2.8 350222F 100012
2x 11 000 10 0 .0 1 7 8.3 350223F010010 2x 340 10 0.11 0 1.8 350681 F 160::J 10
2x16 500 10/12 160/185
12 0 .0 1 6 10 4 350333F010012 2x 500 12 0.081 22 350102F 160012
2x 7 500 10 J.018 7.6 350153F016010 2x 165 10 0. 1 80 1.3 350 33 1F 2500 10
2x11 ODO 16/18.5 12 250/300
0.0 1 7 10.6 350223FD16012 2x 235 12 0 .130 1.8 350471F250012
2x 5 ODO
25/30
10 o.o1 9 7.4 350103F025010 2x 110
315/365
10 O.3 5 0 1.1 350221F315010
2x 7 500 12 0 .o 1 7 9.8 350 153F 025012 2x 165 12 0 .2 4 0 1.3 350331F315012
2x 3 400 10 0.0 2 0 7.1 350682F040010 2x 75 10 0.5 1 0 0.90 350151F400010
2x 5 ODO 40/50 400/475
12 0 .0 1 9 87 350 103F 040012 2x 110 12 0 .3 5 0 1.00 350221F400012
2x 1 6SO 10 0 .0 2 6 6.0 35B 332F 063010 2x 50 10 0.8 5 0 0.70 350101F450010
63/78 450/525
2x 2 350 12 0 .0 2 2 7.8 3S0472F063012 2x 75 12 0 .5 7 0 072 350151F4500 ;;
We reserve the right to ship either single or dual section capacitors unless specified otherwise.

19
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 CAPACITORS
Type36DAluminium
Electrolytic SPRAGUE
D Large, computer grade, with high ripple
current ratings
D Special safety vent
D -4o0 c to +as0 c

GENERAL DATA TECHNICAL DATA

Powerlytic capacitors are especially designed and rated Temperature Range
for use in computer power supplies, industrial control -40°C to +85°C.
equipment, energy storage applications and similar uses.
Type 36D ratings are listed opposite and arn also rated DC Working Voltage
for continuous operation at t1~mperaturesof -40° C to The maximum operating voltage for continuous duty.
+ 85°C with RMS ripple currnnts of up to 20 amperes.
In addition, they are designed to meet the requirements Surge Voltage
of EIA Standard RS-395. The maximum voltage to which the capacitor should be
Standard Powerlytic capacitors are furnished in case subjected under any conditions.
sizes with diameters from 35mm to 76mm and with can
heights ranging up to 219mm.
Tolerance
Pressure type safety vents employing silicone rubber are
used on all case covers. WVDC Tolerance
Powerlytic capacitors are supplied with an outer plastic- 3 to 100 +75 - 10%
film insulation. 101 to 450 +50 - 10%
Dimensions in mm
Typical Equ1valent Series Resistance
Case +0.4 The equivalent series resistance in ohms shall not exceed
D±o.8 L ±1.6 Weight
Code M - 2.0
in gr. the values listed in the tables opposite.
AA 34.9 54.0 12.7 62 Note: Contact Sales Office for capacitance values in the
AB 34.9 79.4 12.7 105
AC 34.9 104.8 12.7 140 36DS and 36DX ranges.
AF 34.9 142.9 12.7 200
BB 50.8 79.4 22.2 210
104.8 22.2 300 Case Figure
BC 50.8
142.9 22.2 410 Code Part Number A B C Number
BF 50.8
cc 63.5 104.8 28.6 490 A 4586-97A 34.9 45.2 56.3 1
CF 63.5 142.9 28.6 670 4586-48 50.8 63.5 63.5
B 2
DC 76.2 104.8 31.8 700 C 4586-1 63.5 76.2 85.7 2
DF 76.2 142.9 31.8 ·1000 D 4586-2 76.2 88.9 98.4 2
DJ 76.2 219.1 31.8 ·1400

B .J

4.0 Y•
9.5
-r-

_[
C
4.5 J
i-,..4-7. 1

Standard (A)
TERMINALS

Low screw-insert terminal

.
1.60
±0.81
Optional (B)
Hi11hscrew-insert terminal
6 .35
'H'.
, _19:1
28.6

i
j
I I
II

_="r
..·
9.5
I
- --_,-
10.9

L~~f1"
(2) Holes (15.1
I • __L

61
Figure 1 Figure 2

Manufactured in U.K.
Option 'B' to special request only

20
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 CAPACITOR

SPRAGUE Type36DAluminium
Electrolytic I
D Capacitance range 50uF to 160,000uF
D Voltage range: 10V to 450V D.C.
D Mounting clips available

Max. Max.
RMS RMS
Ripple Ripple
Max. Max. Current
Case ESR Curri;nt Case ESR
Cap. ±65°C
Cap,
WVDC Code 120Hz ±65 C
120Hz
wvoc Code 120Hz 120Hz Part No.
µF SVDC Part No. µF SVDC
A A

6000
·?:/,l2J)()()··
AA
AB
0.020
0.17
2.1
3.5
36D602G010AA2A
36D123G010AB2A
·•ttit~····
3 600
AA
AB
0.38
0.19
2.0
3.2
36D182GD40AA2A
360362G040AB2A
18 000 AC 0.11 4.7 36D183G01 OAC2A >A:5500< AC 0.13 4.4 360552G040AC2A
27 000 AF 0.074 6.8 36D273G010AF2A 8 300 AF 0.086 6.0 360832G040AF2A
28000 BB 0.074 7.8 36D283GQ1 OBB2A 8 400 BB 0.086 6.1 360842G040BB2 A
?420!)0·: 10/12 BC 0.052 8.8 360423G01 OBC2A 40/50
·12·:000.•:•·:··:····· BC 0.058 8.2 360123G040BC2A
63000 BF 0.034 12.1 36D633G010BF2A 19 000 BF 0.038 11.5 360193G040BF2A
72 000 cc 0.034 12.2 36D723G01 OCC2A 21000 cc 0.038 11.5 360213G040CC2 A
100 000 CF 0.025 16.4 36D104G010CF2A 31 000 DC 0.032 14.8 36D313G040DC2A
100 000 DC 0.025 16.4 360104GO 1ODC2A 32 000 CF 0.032 15.6 36D323G040CF2A
160 000 OF 0.020 19.8 360164G01 ODF2A 48000 OF 0.024 18.9 360483G040DF2A
AA 0.40 1.8 360132u05UAA2A
II
4600 AA 0.34 2.1 36D462GO 15AA2A
;1m>·. AB
AC
0.17
0.11
3.5
4.6
36D922G015AB2A
360133G015AC2A
AB
AC
AF
0.20
0.13
0.092
3.1
4.3
6.0
360262G050AB2 A
36D392G050AC2 A
360592G050AF2A
20000 AF 0.078 6.5 36D203G015AF2A 5 900
21 000 BB 0.076 6.5 36D213G015BB2 A BB 0.090 6.1 360602G050BB2 A
31 000
47 000
15/18 BC
BF
0.054
0.036
8.7
12.0
36D313G015BC2 A
36D473G015BF2A ••••••••IIl81
13 000
50/65 BC
BF
0.062
0.040
8.1
11.2
360902G050BC2 A
360144G050BF2A
cc cc
54000
80000
81 000
DC
CF
0.034
0.029
0.030
12.1
15.0
15.0
360543GO 15CC2 A
360803G015DC2A
360813G015CF2A
JIIIB
23 000
DC
CF
0.040
0.031
0.030
11.3
14. 7
15.5
360153G050CC2A
3602 23G050DC2A
36D233G050CF2A
120 000 OF 0.022 18.9 360124G015DF2A 34 000 OF 0.024 18.7 360343G050DF 2A

llt
....J.2 000
AA
AB
AC
AF
0.36
0.18
0.12
0.082
2.0
3.3
4.5
6.3
360272G025AS2 A
360552G025AB2A
36D822G025AC2A
360123G025AF2A
850
1 700
2 500
3800
AA
AB
AC
AF
0.45
0.23
0.15
0.10
1.8
3.0
4.0
5.9
360851 G075AA2A
360172G075AB2A
3602 52G075AC2 A
360382G075AF2A
: 18'000)( 25/30 BC 0.054 8.4 360183G025BC2 A BB 0.090 6.7 36D392G075BB2 A
28000
···::,.,:,32000•:•:•.· cc
BF 0.036
0.036
11.8
12.1
36D283G025BF2A
36D323G025CC2A
> ·>~i88x
8800
75/95 BC
BF
0.068
0.046
7.5
10.8
360592G075BC2 A
360882G075B F2 A
47000
<tdOOO
DC 0.029 15.0 3604 73G02 5DC2 A ·t,JQ;OOO cc 0.046 10.6 360103G075CC2 A
CF 0.021:! 15,5 360483G025CF2A ·;4 000 DC 0.034 13.6 360143G075DC2A
•::f$$Q®t DD 0,027 15,6 360553G025DD2A 15 000 CF 0.034 13.4 36D153G075CF2A
71 000 ... OF 0.022 19.4 360713G025DF2A 22 000 OF 0.026 18.2 360223G075DF2A
2000 AA 0.37 2.0 36D202G030AA2A
4000 AB 0.19 3.2 360402G030AB2 A 450 AA 0.62 1.5 360415G100AA2A
6000 AC 0.12 4.5 360602G030AC2A 900 AB 0.31 2.5 360901 G1 OOAB2A
9 300 AF 0.084 6.1 360932G030AF2 A 1 300 AC 0.21 3.5 360132G 100AC2A
9 500 BB 0.082 6.2 360952G030BB2 A 2 000 AF 0.14 5.0 360202G100AF2A
14 000 30/40 BC 0.056 8.3 360143G030BC2A 3 000 100/125 BC 0.094 6.3 360302G 1OOBC2A
21 000 BF 0.038 10.7 36D213G030BF2A 4 500 BF 0.062 9.1 360452G100BF2A
24000 cc 0.036 11.8 36D243G030CC2A 55 300 cc 0.060 9.2 360532G 1OOCC2A
36 000 DC 0.031 14.9 36D363G030DC2A 7 800 CF 0.044 12.1 360782G100CF2A
37 000 CF 0.030 15.9 36D373G030CF2A 7 800 DC 0.043 12.1 360782G100DC2A
54000 OF 0.022 19.3 36D543G030D F2A 11 000 OF 0.034 14.2 36D113G100DF2A
(\{200? AA 1.0 1.2 360251 F200AA2A 95 AA 1.2 0.82 360950F350AA2A
430 AB 0.50 2.0 360431 F200AB2A 190 AB 1.1 1.4 360191 F350AB2A
640 AC 0.34 2.7 360641 F200AC2A 290 AC 0.73 1.8 360291 F350AC2A
950 AF 0.23 3.9 360951 F200AF2A 420 BB 0.50 2.5 360421 F 350BB21A
1 400 200/250 BC 0.15 5.1 360142F200BC2 A 440 AF 0.32 3.3q 360441F350AF2A
2100 BF 0.10 7.3 36D212F200BF2A 650 350/400 BC 0.33 3.5 360651 F350BC2A
2 500 cc 0.096 7.3 36D252F200CC2A 1 000 BF 0.22 4.8 360102F350BF2A
3 700 CF 0.064 10.5 360372F200CF2A 1 100 cc 0.20 5.1 360112F350CC2A
3 700 DC 0.064 10.5 360372 F200DC2A 1 600 DC 0.14 6.9 360162F 350DC2A
5 500 OF 0.050 13.0 360552F200DF2A CF 0.14 7.2 360172F350CF2A
170 AA 1.2 1.2 36D 171 F 250AA2A •••> iii OF 0.098 9.2 36D252F350DF2A
350 AB 0.58 1.8 360351 F250AB2A 50 AA 5.2 0.52 360500F 450AA2A
530 AC 0.38 2.5 360531 F250AC2A AB 2.6 0..86 360101F450AB2A
780
..... 800
AF
BB
0.26
0.26
3.3
3.5
360781 F250AF2A
360801 F250BB2!A
....<li.
210
AC
AF
1.7
1.2
1.2
1.6
360141 F450AC2A
360211 F450AF2A
1 :20l). r 250/300 BC 0.17 4.7 360122F250BC2A BB 1.1 1.7 360221 F450BB2 A
1 700
2000
BF
cc
0. 12
0.11
6.7
6.9
360172F250BF2A
360202F250CC2 A
i& 450/525
\\::;:::{)\t\1w1 ?
490
BC
BF
0.75
0.50
2.2
3.2
360331 F450BC2 A
360491 F450BF2A
3000 CF 0.072 9.8 360302F250CF2A 570 cc 0.45 3.3 360571 F450CC2A
3000 DC 0.071 9.9 360302F250DC2A 850 CF 0.30 4.7 360851 F450CF2A
4 500 OF 0.054 12.4 360452F250DF2A 860 DC 0.31 4.5 360861 F450DC2A
1 200 OF 0.21 6.3 360122F450DF2A
Shows stock items
Manufactured in UK

21
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 AVXSKYCAP A

Monolythic
Ceramic WJIYCOMLIMITED
D 3 Temperature Coefficients
D
D
10pF to 2.2uF
50V and 1OOV AAfl
D Environmental performance to
MIL-C-11015 or MIL-C-20 HHIT
Range and Dimensions
General Information Capacitance Temp coeff A Temp coeff C Temp coeff E

SkyCap AVX 3400 Series Dipped Monolithic

Range Size Volt Toi Size Volt Toi Size Volt Toi
Three Temperature Coefficients
Available in 50 Volts and 100 Volt rating. See 10pF 3418 100V 10%
Price List for standard stock values ai1d rating. 47pF 3418 100V 10%
Case Material: Epoxy (Flame retardant to UL
Bulletin 492, Para. 280) Lead Material: Copper 100pF 3418 100V 10%
Solder Coated
470pF 3429 100V 10%
Marking is as size permits in descending order: 1000pF 3429 100V 10% 3418 100V 10%
Capacitance and Tolerance AVX Voltage Rating
Temperature Coefficient 2200pF 3429 100V 10% 3418 100V 10%
4700pF 3430 100V 10% 3418 50V 10%
AVX Style: 3418, 3429, 3430, 3431, 3432
3439, 3440 Voltages: 50V=050, 100\/=100 10,000pF 3429 50V 10% 3418 50V 20%
Temp. Coefficient: COG=A, X7R=C, Z5U=E
Sig. Fig. of Capacitance and Multiplier: 22,000pF 3429 100V 10% 3418 50V 20%
First two digits are the significant figures of 47,000pF 3439 100V 10% 3429 100V 20%
capacitance. Third digit indicates the
additional number of zeros. For example, 68,000pF 3429 100V 20%
order 560pf as 561. (For values below 10pf, 3429 100V 20%
use "R" in place of decimal point, e.g., 100,000pF 3429 50V 10%
5R6=5. 6pf). Capacitance Tolerance: 100,000pF 3430 100V 10% 3430 50V 20%
I COG: K= 10%, X7R: M= 20%
Z5U: M= 20% 100,000pF 3439 50V 10% 3439 50V 20%
220,000pF 3430 50V 10% 3429 50V 20%
HOW TO ORDER 20%
470,000pF 3432 100V 10% 3430 100V
(example) 3439 050 A 56 1 M '1.0 MFD 3430 50V 20%

I I~ 2.2 MFD 3432 100V 20%

~~::etyle I
Temperature Coefficient ~
Sig. Figures of Capacitance ---
Multiplier (Additional no. of zeros) -

.. ..
Capacitance Tolerance
I
Capacitance Change and I I
L
~
-.

~
~-- L-~ L
Characteristics

COG: NPO ±30ppm!°C NOTE. OTHER VALUES

1--~\·:'f
I

'j -. - ...
I
& STYLES ARE w w w
i
-.
I
X7R: ± 15% over AVAILABLE UPON t
i r----,/
~ /.___t_
temp, range
Z5U: +22%, -56%
REQUEST.

-.\ rl f---. -.,/y ,/

-
\\.
_.J'._
•I
1.52
over +10 to 85°c I . I r.:1ax

I' 1,52 I I!1.9

I

ii Max. I I', Max. L.D ... ~

31. 7
Min.

w
Dimensions in mm 31. 7 1:
31711
rvl1n.;
I
I
I

Style
L
Max. Max.
T
Max.
PCM
±,76
Awg
Dia.
Min. ii
I'·
:I
I
j
2.54 24/0.5
i l
..I
3418 3.81 3.81 2.54
24/0.5 ___,._ u ~
3429
3430
5.08
7.62
5.08
7.62
3.18
3.81
2.54
5.08 24/0.5
T~
,.___ ~-·
PCM
3432 12.70 12.70 5.08 10.16 22/0.6 ~ ~
5,08 3.18 5.08 24/0.5 PCM I
3439 5.08 Styles 3418, 3422
Style 3432 Style 3439 and 3430
Manufactured in England.

22
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 CERAMIC
CAPACITOR
CK05/CK06Monolythic
\
WAYCOMLIMITED
CJ Qualified to MIL-C-11015D
D 10pF to 1 mfd
D 50V, 100V & 200V d.c.

Capacity Capacity D.C.

D.C.
Value - Type Value Type
Volt Volt
General Specifications (PF) (PF)

Capacitance Range: 10pF-1mfd

Capacitance Tolerance:
10· CK05BX100 200 1200· CK06BX122 200
Standard "!:._10% 12 CK05BX120 200 1500 CK06BX152 200
Voltage Rating: 15 CK05BX 150 200 1800 CK06BX182 200
See table opposite 18 CK05BX 180 200 2200 CK06BX222 200
22 CK05BX220 200 2700 CK06BX272 200
Temperature Range: -55°C to +125°C 27 CK05BX270 200 3300 CK06BX332 200
(without derating) 33 CK05BX330 200 3900 CK06BX392 200
Note: CK05 (10-1,000 pF) and CK06 39 CK05BX390 200 4700' CK06BX472 200
(1,200-10,000 pF) are dual-rated and 47' CK05BX470 200 5600 CK06BX562 200
have the capability of operation at -55°C 56 CK05BX560 200 6800 CK06BX682 200
to +125°C and -55°C to +150°C 68 CK05BX680 200 8200 CK06BX822 200
82 CK05BX820 200 10000· CK06BX103 200
Temperature Characteristic: 100· CK05BX101 200 12000 CK06BX123 100
-15% at O.V.D.C. and+ 15% - 25% 120 CK05BX121 200 15000 CK06BX153 100
at rated voltage 150 CK05BX151 200 18000 CK06BX182 100
Recommended circuit: (CK05) .0785 in. 180 CK05BX181 200 22000' CK06BX223 100
(CK06) .0466 in., board hole diameter L 220 CK05BX221 200 27000 CK06BX273 100
(drill No.47) (drill No.56) for Flush Fitting: 270 CK05BX271 200 33000 CK06BX333 100
330 CK05BX331 200 39000 CK06BX393 100
390 CK05BX391 200 47000' CK06BX473 100
470' CK05BX471 200 56000 CK06B X563 100
CK05 CK06 560
680
CK05BX561
CK05BX681
200 68000 CK06B X683 100
200 82000 CK06BX823 100
~I J--W-j 820
1000·
CK05BX821
CK05BX102
200
200
100000·
120000
CK06BX 104
CK06BX124
100
50

_1 J 045
Max IH
1200
1500
CK05BX122
CK05BX152
100
100
150000
180000
CK06BX154
CK06BX184
50
50

r
1800 CK05BX182 100 220000 CK06BX224 50
2200' CK05BX222 100 270000 CK06BX274 50

~d_
j S (4 I t 22 AWG
1~5[
Min
S(tl
2700
3300
3900
CK05BX272
CK05BX332
CK05BX392
100
100
330000
390000
CK06BX334
CK06BX394
50
50
• 22AWG 100 470000 CK06BX474 50
Tinned Copper Tinned Copper 4700' CK05BX472 CK06BX564
100 560000 50
5600 CK05BX562 100 680000 CK06BX684 50
6800' CK05BX682 100 820000 CK06BX824 50
8200 CK05BX822 100 1.0Mfd CK06BX105 50
10000· CK05BX103 100
MI.L Type CK05 CK06 12000 CK05BX123 50
H(±o10") ,190" .290" 15000 CK05BX153 50
W(:!:010") .190" .290" 18000 CK05BX183 50
22000· CK05BX223 50
T(±o10") .090" .090"
27000 CK05BX273 50
S(±o15") .200" .200" 33000 CK05BX333 50
39000 CK05BX393 50
47000" CK05BX473 50
NOTE: Items marked' are standard stock 56000 CK05BX563 50
products. 68000" CK05BX683 50
B2000 CK05BX823 50
100000· CK05BX104 50

Manufactured in U.K./ U.S.A.

23
CALL COMWAY... (0344) 24765 orTELEX 847201
CONNECTORS
Socket
strips& adaptor
boards AS7.9BALUX

••
D Adaptor boards & covers
D Two piece socket strips
D Compatible with I.C. sockets

MPB SERIES-MOULDED

{~~:r
Header and cover material: glass filled nylon. 45· X .075-7 .062 --1 ~ -" ! .062

f ,J:infnr
31
Pins: gold plated brass.
Adaptor wiring boards or 'headers' allow discrete compo-
nents to be wired and plugged into standard D. I. L.
sockets. .012 I r-----B I : T 050
-- --1 >-- . 025
I'
-Ii- -~ f-
,
100
IDim. Dim. No. of
f..'.--- A --- __,
Dim. Dim.
Part No. C D Contacts
A B
MPB ADAPTOR BOARD
MPB-143 .750 .600 .300 .400 14
MPB-148 .750 .600 .800 .900 14 i------ B ~

, 45 X 060
MPS-163 .850 ,700 .300 .400 16
,- .-- -----,:<
1
16 -- - -
MPB-168 .850 .700 .800 .900 ,
I
MPB-246 1.245 1.100 .600 .795 24 I
I
I
, I C
I
I i
MPC COVERS : J
I

.t
Part No.
MPC-143-1
MPC-143-2
A
.160
.400
B
.750
.750
C
.470
.4 70
,--- ---
I
I
I
------- -,,
I
,
I
• I
A
I

_J_
I
I
I
MPC-163-1 .160 .850 .470 I I
I
MPC-163-2 .400 .850 .470
MPC-246-1 .160 1.245 .795 -1f-- 030TYP
MPC-246-2 .400 1.245 .795
MPC COVERS

UNIVERSAL SOCKET STRIPS

Body Moulding
One piece glass-filled nylon - 0.175" wide.
Contacts
Beryllium copper. Finish ,00003" gold over nickel.
Standard strip has 25 contacts with leads on 0.1" spacing
and accepts leads up to .025" dia.
Mounting
Strips may be butted end-to-end maintaining 0.1" pitch
over any length. Strips may also be cut to smaller sizes if
required. SB-25/WB-25

Solder and Wirewrap styles

µ JLJIJJJ,:,
JllUJLllLlJJJU
Part No.
WB-25
SB-25

MATING HEADERS
For Wire Wrap
For Dip Solder .005
A
.025 sq.
X ,025 =SJ ~lf[ uf
-< ~ 0"'1 -
,nndmurt
u
- 100 """'

WB-25-P

~
Part No. A
WB-25-P Straight 2.500
WB-25-PR Right angle 2.500 WB-25-PR

Manufacturedin U.S.A.

24
CALL COMWAY... (0344) 24765 or TELEX 847201
 CONNECTO
AS':l'BALUX I.C.Sockets

•
D 0.1. L. sockets
D Gold or Tin plated leads
D "Side-wipe" contacts

Part No. No. of

Detail DIM.A DIM. B DIM. C DIM. D
Contacts

ICN-063-S3 A 6 .295 (7.49) .300 (7.62) .405 (10.28)

-----~-
ICN-083-S3 A 8 .395 (10.03) .300 (7.62) .405 (10.28)

ICN-143-S3 A 14 .695 (17.65) .300 (7.62) .405 (10.28) .113 (2.87)

ICN-163-S3 A 16 .795 (20.19) .300 (7.62) .405 (10.28) .163 (4.14)

ICN-183-S3 A 18 .895 (22.73) .300 (7.62) .405 (10.28) .213 (5.41)

ICN-203-S3 A 20 .995 (25.27) .300 (7.62) .405 (10.28) .263 (6.68)

-------
ICN-224-S4 B 22 1.095 (27.81) .400 (10.16) .575 (14.61)
---------
ICN-246-S4 B 24 1.195 (30.35) .600 (15.24) .775 (19.68)

ICN-286-S4 B 28 1.395 (35.43) .600 (15.24) .775 (19.68)

ICN-406-S4 B 40 1.995 (50.67) .600 (15.24) .775 (19.68)

------ -~----------
ICN-649-S5 C 64 3.195 (81.15) .900 (22.86) 1.075 (27.31)

NOTE: For ICY option, substitute ICY for ICN in part number, tin option only.

TECHNICAL DATA
In. (mm) DETAIL A
BODY: Black polyester, glass-filled, except ICY Is tan
CONTACTS: Phosphor bronze, except ICY Is
copper alloy #260
1tlk:r~1rlr""G
CONTACT FINISH: ICN series10 µ, Inch (.254 µ, m) min. gold J
I 1
over 50 µ, inch (1.27 µ, m) min. nickel -.l-1--:-+-===---i-----+-+ 8 C Sl DID

ICY series 200 µ, inch (5.08 µ, m) min. tin j l 4 ,.025)

I '
over copper strike 041 X 025
(I/9, 064) j/5~1J l
TEMPERATURE RANGE: -65°C to + 125°C WINDOWTYP 141
{368)

PCB HOLE: .035 ± .002" (0.89 ± 0.05)

LOCATION: Socket leads are offset .026" (0.66)
from IC leads.
DETAIL B DETAIL C

....~.~!i:~:;
~IO-J]-
.....
-]l~
o,t 7 X 025 WINDOW
TY,
- r 1~~ 4~YP n 19,064) 1 r--oso

---1--
••
1
}:s
4
DDDDDDDDDDDDDaannaannnaDDDDDDft

!~------A ----------------"
JJ ~1:.
I L:,o J
...z1sL r219i
(591)

Manufactured in U.S.A.
25
CALL COMWAY... (0344) 24765 orTELEX 847201
 CONNECTORS
SeriesBNCcoaxial [3REENP

3'91
D Complies with DEF 5322-A
D Interchangeable with U.S. MIL-C-3608 rc·£/il
-_..-._..--·-. ]
D 500 and 750 versions

INTRODUCTION MECHANICAL INFORMATION

The Greenpar Series BNC, small, bayonet-lock., coaxial conn- All metal parts are fully machined brass, excep1 for female
ectors comply in all respects to the Ministry Specification contacts, which are heat treated beryllium copper, and are
DEF 5322-A. All items are fully interchangeable with BNC bright silver-plated to Specification DTD 9198 and Argalin
connectors made to U.S. Military Specification Ml L-C-3608, passivated to prevent oxidisation.
Available in 50 or 75ohms impedance for use with an extensive All insulating parts are made from P.T .F .E. unless otherwise
range of British uniradio and .A,merican R.G. cables. specified.
Sealing gaskets are made from silicone rubber.
ELECTRICAL INFORMATION
The V.S.W.R. will not exceed 1.20 at 4000mhz CABLE INFORMATION
Working voltage: 500V peak Voltage proof: 2000V peak
Outlet style C 10 UR 43, 72, 76
Temperature ran11e; -55° to +150°c RG 558/U, 141A/u, 142A/u, 223/u
BICC, T3010
Outlet style C12 UR 41, 56, 70, 84
Telecon, PTIYM
Outlet style C25 UR 90, 96, 104
RG 598/u, 62A/u_, 718/u
BICC, RPC 2896

BNC 50 Ohms Des,:ription BNC 75 ohms Description

GE 35002C10 Elbow Plug

GE 35007H Panel Socket GE 37502C10 Elbow Plug
GE 35008 Bulkhead Socket GE 37507H Panel Socket
GE 35013 * Bulkhead Socket GE 37527 Bulkhead Socket
GE 35027 Bulkhead Socket GE 37560C12 Jack
GE 37570C12 Plug
GE 35028 * Elbow Adaptor
GE 37570C25 Plug
GE 35031 T -- Adaptor
GE 35032 * Straight Adaptor
GE 35034 Straight Adaptor
Bulkhead Jack BNC accessories
GE 35039C10
GE 35060C10 Jack GE 30001 Cap & Chain
GE 35070C10 Plug ST 100539 Nylon Bush
GE 35141D10 Plug (crimped) ST 101503 Solder Tag

*Limited to exsisting inventory only

OUTLINE DRAWINGS-BNC 500and 750 Types GE 35002C10/GE 37502C12/GE 37502C25

Types GE 35070C10/GE 3757012/GE 37570C25

7 16° 28 ...:.J_

,,~r =n=,r;L
50••
I
.56"

257 .220"
~
31.7mm
J
6c54mm 5.59mm son ~.56"
1,.3mm

Manufactured in U.K.

26
CALL COMWAY... (0344) 24765 or TELEX 847201
 CONNECT
GRHNPAR SeriesBNCCoaxial

D Cable information given where applicable

D Bright silver-plated to spec DTD9198
D Preferred range

Types GE35060C10 t GE37507H

7 16" • 28 UNLF. 2
7/16" • 28 UNEF • 2

.56"
1,t.3mm ·436"
JJ,Jm,n

w.
L,......._ 1.22·· _ .220" 1·06
31.0mm 5.59mm
-2,,0mm
CONDUCTORENTRY ·06"

Panel Pierciflg
1 s~ ui_
O7
r-:--t
75n .,,c.,.oN"'o'""u"'cT.,_,o,.,.,R...,e"'N.,_,_TR,.,_v
Bmm f
Panel Piercing 12Stf,,;,,.
' '
Front mounting .312" 8.0mm 4' '..
Rearmounting .437" 11.2mm ""/L .J
4 MOUNTINGHOLES. 12&fmm

Type GE35039C10t

·13" MAX. PA~EL

J.J- 7/16" · 28 UH F. 2
CONDUCTOR ENTRY

Type GE 35028
Types GE35034

·56"
,,.1,.,,.
Types GE35008
Types GE35032
Panel Piercing

-3~3""
r-·
8,7mm · --t- -. J//.
/-Y/
[IJIJ]_
.
:.___11s__j
l
f
56 ..
14,lmm

·380 11,8mm
9,7m'"

Type GE 36031
,,.
frt~'.'""
Type GE35013 I 21
1 - 12.s...--·1
.... PANEL 25" Panel Piercing

~
-®---=r- -l50• '~ "( 150"
12,7-' \ B~

06" CONDUCTOR ENTRY L

---1
3~" 32~EF
211 -~
~~ -
380
9,7_
J,SJ'"'" 32,0'"'"
Manufacturedin U.K.

27
CALL COMWAY... (0344) 24765 or TELEX 847201
 CONNECTORS
SeriesN50JlCoaxial [3REENP
D Meets U.S. MIL-C-39012
D Type V.S.W.R. of 1.05@ 4,000 MH;~
CJ Working voltage 1000V r.m.s.

Type Description Type Description

INTRODUCTION
GE 15003C1 Elbow Plug GE 15015C1 Plug The Greenpar Series N, screw coupling co-axial connectors are
GE 15007H Panel Socket Gt: 15022C1 Jack fully interchangeable with N connectors made to U.S. Ml L-C-
GE 15008 * T Adaptor GE 15055C10 Plug 39012. N Series is supplied in 50 ohm impedance for use with
GF 1500() * Elbow Adaptor GE 15074C10 Elhow Pluq an extensive range of British Uniradio and American RG Cables.
A selection of these cables may also be obtained from Comway,
• Limited to existing inventory only
MECHANICAL INFORMATION
Details in the BNC Section also applies to N Series, (see pg. 26).
OUTLINE DRAWINGS ELECTRICAL INFORMATION
Type: GE 15015C1 VQltage Proof: 2000V .r.m.s.
Captive contact soldered-pressure sle·evecable clamp .. Temperature Range: -55°c to +15ooc
Cables: UR4 & 67

781" ·750"
19.8mm 19.1mm
Type GE 15022C1

1 5··
__
J Captive contact soldered-pressure
Cables: UR4 & 67
sleeve cable clamp.

-381mm 1_11.1_6"- 24 UN£F - 2

·1
Type GE 15055C 10
Captive contact soldered-pressure sleeve cable clamp.
75"
191mm
'~

'l ,~E
Cables: UR43, 76; RG55~/U, 58C/U 141A/U, 142A/U,

__j o.o" I CABLEENTRY

L- __ ,:,: ,.~,;~~

34.9mm

....,~·-:-:C
1 4
Type GE 15009 35.6mm 1 75
'-- Type GE 15008

1
445mm

Type GE 15007H
~r-,;;,s:;,,,.,-, MOUNTINILHOLES
I
I

I
1 1 32
335,rym

r
58" ·63"
15
38 !n,,n

14.7mm

L .___,...,,= J
15,9mm
,___
78
19.Bmm· _J
109~
-27Bmm

Type GE 15003C1
Captive contact soldere<J-pressure sleeve cable clamp.
Type GE 15074C10 Cables: UR4& 67.
Captive contact soldered-pressure sle1:111e
cable clamp.
Cables: UR43, 76; RG558/U, 58C/U, 141A/U, 223/U; BICC T3010
B CONDUCTOR E}~TRY n
I
~og'~~·15·
4

19.1mm
I

L
1 3B"
34.9mm ;:- __J
13'
1
:J 11/16" 24 UNEF - 2

LI,..L---- 19,Bmm-· __. 'A _£ABLf ENTRY

L _ 781 ·
19.8mm
----1

Manufactured in U .K.

28
CALL COMWAY.,.. (0344) 24765 orTELEX 847201
 CONNECTO
[3REENPAR SeriesUHFCoaxialJ

D Low cost connector

D Satisfactory up to 200 MHZ
D Working voltage up to 500V peak

INTRODUCTION Type Description Type Desaiption

The Greenpar UHF Series is a general purpose, low-cost range
of connectors. They are generally satisfactory at frequencies up GE 40001 Plug GE 40010 Bulkhead Socket
to 200MHz but can be used with caution up to 500MHz. GE 40003 H Panel Socket GE 40023C10 Elbow Plug
Impedance is not constant and will, therefore, introduce some GE 40006 Straight Adaptor GE 40029H Panel Socket
voltage reflection. GE 40008 Reducing Adaptor GE 40032C10 Plug
GE 40009 Reducing Adaptor GE 40032C12 Plug
MECHANICAL INFORMATION: Details in the B.N.C. section
also applies to the U.H.F. series. (See page 26).
Types GE 40003/GE 40029
ELECTRICAL INFORMATION mm
A:;..~
--1 541"
I ,-i.3mm
Working Voltage - 500V peak.
Voltage Proof - 3000V peak.
Temperature Range - 55°c to+ 150°c
·62" ·62"
15.9mm 15,9mm

OUTLINE DRAWINGS
GE 40003 - P.T.F.E. Insulation
Type GE 40001 GE 40029 - M.F.B. Insulation
Cables: UR57, 59, 67, 81, RG8A/U, 98/U, ~ 10" COND!,!CTQR E~JaY
11A/U, 13A/U, 638/U, 65A/U. 2.5mm

1 .. COND CT R ENTRY
2.5mm

nlmll-r.
~-u
Type GE 40010

r------38. Imm ~ ·472"

12.00mm ·62"
15.9mm
CABLE ENTRY ,431" P.T.F.E. Insulation ?.>n-~!½7'½\__l

505"
12.83mm Panel Piercing
Types GE 40032C10/ GE 40032C12
Cables C10: UR43, 76, RG55B/U, 58C/U, 141A/U,
142A/U, 223/U;BICCT3010.
Cables C12: UR41, 56, 70, 84, TELCON PTIYM;
BICC RPC 2303.
0Wa1

.f~~~
.~~o,crM Type GE 40006

_,,L~_Y/\116'\JSN,.J:--
-33,3,..,,-
P.T.F.E. Insulation
e=t
___j I
C10 = .220"
C12
CABLE ENTRY

= .257"

Type GE 40008/GI; 40009

Type GE 40023C10 Used in conjuction with GE 40051 Plug.
Cables: UR43/6, RG55B/U, 58C/U, 141A/U, Cables GE 40008: UR43, 72, 76; RG29/U, 558/U,
142A/U, 223/U; BICCT 3010.
CABLE ENTRY "22 D" r- 1 3r:-----1
:U.llmm
___ ""C""""lt---..,--
58C/U,
Cables GE 40009: UR41, 55, 56, 70, 84; RG59B/U,
628/U, 718/U.
ABLE ENTRY GE.-ooo&•,21"
GE 40009 • .26"
1 ·25"
31,7mm

P.T .F .E. Insulation

L 1,.. 19.-.
Manufactured in U.K.

29
CALL COMWAY... (0344) 24765 orTELEX 847201
 TERMINAL
STRIPS
I Flexible,
Europa
andPCB WJIYCOMLIMl'FED
D 12 pole terminal strip
D Fitted with wire protection strip
D PCB Strips consecutively numbered

TERMINAL STRIPS DIMENSIONS in m.m.

The Europa range is available and can operate up to 170 C for short Dimension 2.5mm2 4.0mm2
periods but for continuous operation at 100 C and is, made from
polyamide. Europa Europa

A 10.0 12.0
Voltage Rating - 380 Volts r.m.s. B 20.0 23.0
Wire Protection H 17.5 20.0
D 3.5 3.5
All types are available with wire protection strips, this protects the wire against L 117.0 140.0
damage caused by the screws. This c,3n be ciritical when using cables with fine
wires.
* For V.D.E. approved applications, this
Materials
range should be used as a 2.5mm2C/S
Metal parts - Nickel plated brass
area terminal at 380 Volts
Wire protection strip - Nickel plated phosphor bron:ze

TYPES AVAILABLE BASIC TYPE NOS.

Cross Sectional Area 2.5m m 2 4mm 2
Europa Range ( 12way) 6E/12DS 1 OE/12DS*
________ 80m m
Current Rating • 10A 116A
-------L ---
*Nominal Rating - see data sheet

PRINTED CIRCUIT TERMINAL STRIPS No. of Basic Dims

Poles Type L I
Materials
Insulator - Polyamide, Terminal Body - Tin plated brass 8 8180/8 42 35
Terminal Pins - Brass, Tinplated 12 8180/12 62 55
Terminal Screws - Steel. zinc plated, chromated 5mmPCM 16 8180/16 82 75
Wire Protection Strip - Nickel plated phosphor bronze 20 8180/20 102 95
Max Temperature 24 8180/24 122 115
Continuous +1 oo0 c Short term +170°C 4 8180/8/4 42 30
6 8180/12/6 62 50
10mm PCM 8 8180/16/8 82 70
10 8180/20/10 102 90
12 8180/24/12 122 115

4 8281/4 20.04 15.24

5.08mm 8 8281/8 40.36 35.56
(0.2") PCM 12 8281/12 60.68 55.88
16 8281/16 81.00 76.20
24 8281/24 121.64 116.84

5mm PCM 10mm PCM

-- - 9 I 10 l
i
,,-
' ~ ~ 1, ~ -i j
-- 1·:I ~ i I :;.
,I

-).5 •
I L----------·-
_.JJ_' J
I·- ______._ 8,S
I ,1,•1
1

._:_--;~..J
I-- --- -- L ------ ---< --l
- L'd•l,I

~©)091-:~©>#}
Manufactured by F. Wieland,W. Germany
30
CALL COMWAY... (0344) 24765 or TELEX 847201
 P.C.B.
CONNECTO
HELLERMANN
Electronic
Components Series211& 219

c:::::J Two piece P.C.B. - 0.100" grid ~

C::J 13to96way ~
C::J Meets DIN 41617 and DIN 41612

Series 211 These connectors meet the electrical and dimensional requirements
of specification DIN 41617. Dimensions in mm.
Seri• 211
The female connector housings have conically shaped entries to provide guidance Part No.
No.of Contacts 11 •2 e1 e2
during engagement. Silver Plated
The 90° male contacts are soldered to P.C.B. with the female contacts having Male Conn.
solder backends for direct wiring. 13 211-116 45.8 30 40
21 211-124 65.8 50 60
TECHNICAL DATA 0
31 211-134 90.8 75 85
Housing: Green glass filled polycarbonate. Operating Current at ~ c: 5A Female Conn.
Male Contact: Brass plated 5u hard silver Opegiting Temtf.erature: 13 211-114 45.8 34.2 30 40
Female Contact: Phosphor bronze gold -55 C to 125 C 21 211-122 65.8 54.2 50 60
flashed over 5u hard silver Test Voltage: 750V at 50Hz 31 211-132 90.8 79.2 75 85
Operating Voltage: 250V Insulation Resistance: 1012 Ohm
(.D.E.0110 Group A) Contact Resistance: 5M Ohm
Series 219
Series 219 These high density connectors satisfy the requirements of specifi-
cations VG 95324 and DIN 41612. They are primarily designed for use in standar- No, of Contacts Position of Contacts Part No.
dized 19" Rack and Panel systems with single, double sided and multi-layer
boards having track pitches of 2,54mm (0.100"). Male Conn.
The connector housing protects the male contacts during engagement and 32 Rows a+ c alternate spacing 219-132
disengagement and ensures that the connectors are mated in the correct 64 Rows a + c complete 219-164
position. 96 Rows a+ b + c 219-196
Female Conn.
The 90° male contacts are soldered to the P.C.B. with the female contacts suitable
for mini-wirewrap (post size 0.63x0.63x 13mm).
32 Rows a + c alternate spacing 219-232
64 Rows a+ c complete 219-264
TECHNICAL DAT A 96 Rows a+ b + c 219-296
Housing: Green glass filled Noryl SE 1. Operating Current at+ 70°C: 1A
Male Contact: Brass plated 3u hard Oparating TemB!rature: Polarizing Key 219-105
gold over 3u nickel 65 C to+ 125 C
Female Contact: Brass plated at Test Voltage: 1000V r.m.s.
contact point 3u hard goJd over 2u Insulation Resistance: 106MOhm
oickel otherwise 0.2u gold over 2u nickel. Durability: 1000 operations
Operating Voltage: 250V JV .D.E. 0110 Group A Contact R•istance: 15 mOhm
Operating Current at +20 C: 2A
Creepage/Air minimum path: 1.5mm
A female contact can be replaced by a polarizing key and the male pin cut off to
avoid mismating of connector pins.

Series 211 Male• Female Series 219-100 Male Series 219-200 Female

Manufacturedin West Germany

31
CALL COMWAY... (0344) 24765 or TELEX 847201
 HBS07ASeriesCONNECTORS
Round
Multiway HELLERMANN
DEUTSCH

D Miniature multiway connectors

D SevenshelI sizes
D Quick positivelocking

HBS SERIES
Introduction
The HBS (Hellermann Deutsch Bayonet-Solder) Series of The HBS Connector bayonet coupling gives quick positive
electrical connectors has been designed to provide the locking, visual and audible indication of correct engagement,
equipment designer with a range of miniature multi-way and reliability under extremes of shock and vibration,
connectors with inset arrangements in a varietv of shell Designed to conform to the requirements of MI L-C-26482
sizes compatible and intermateable with standard MI L-C- and DEF-5325 pattern 105, HBS Connectors are ruggedly
26482 layouts with solder terminations to accept 16 to constructed to meet a variety of applications, military and
24 a.w.g. wire. civil.

Note: 1. All dimensions are in inches Note: Available with Stockists Certificate
in accordance with M.0.D. stockist appro-
2. Tolerances unless otherwise stated: val issued by D.0.A,B. Release charge for
Fractions ±.015, decimals ±.005, an~1les±0°30'0". Stockists Certificate is 5% of the order
value.

HBS07A SERIES-Jam Nut Heceptacle J

'O' Ring for
Key Index Panel Seal
Groove

B
Across
Flats
Edie.
D
MGT.Flat

L
C

·-r·
·LJ_
K

Max. Panel Thickness Panel Mounting

Size 8 to 18 3/16" Hole
DIMENSIONS Size 22.5/16"

Part No. B C +.001 D +.000 E dia F ±.005 G ±,005 H Max J +.010 K +.000
A±.G16 -.005 -.010 -.000 -.010
HBS07 A-8-98P} .750 ..938 .473 .530 1.0ti2 .711 .125 .150 ,572 ,542
HBS07 A-8-4P
HBS07A-10.6P ,875 1.062 .590 .655 1.187 .711 .125 .150 .697 .669
HBS07 A-12-3P { 1.062 1,250 .750 .818 1.375 .711 .125 .150 .884 .830
HBS07 A-12-1 OP
HBS07 A-14-12P} 1.188 1.375 .87'5 .942 1.500 .711 .125 .150 1.007 .955
HBS07 A-14-19P
HBS07A-16-26P 1,312 1.500 1.000 1.066 1,598 .711 .125 .150 1.134 1.084
HBS07 A-18-32P 1.438 1.625 1.12!5 1.191 1,750 .711 .125 .150 1.259 1;208
HBS07 A-22-55P 1.688 1.937 1,37!5 1.441 2.062 .900 .150 1.507 1.459
*
•contacts do not protrude beyond shell in this size.

Manufactured in U.K.

32
CALL COMWAY... (0344) 24765 orTELEX 847201
HELLERMANN
DEUTSCH Round
Multiway

D Conform to DEF - 5325 pattern 105

D Rugged construction
D Accepts 16 to 24 A.W.G. wire

HBS06E Series - Straight Plug

A. Max

1 ,-------+-Thread DIMENSIONS in ins.

Part No.
HBS06E-8-98S
A Max
.750
BMax
.560
CMax
1.280
Thread
7/16 - 28 UNEF
HBS06E-8-4S }
HBS06E-10-6S .859 .685 1.280 9/16 - 24 NEF
B Max HBS06E-12-3S } 1.031 .813 1.280 11/16-24NEF
HBS06E-12-10S
HBS06E-14-12S} 1.156 .930 1.280 13/16- 20 UNEF
HBS06E-14-19S
HBS06E-16-26S 1.281 1.057 1.280 15/16- 20 UNEF
HBS06E-18-32S 1.391 1.175 1.280 11/16 - 18 NEF
HBS06E-22-55S 1.656 1.428 1.270 15/16 - 18 NEF

Main Polarizing Key Note: Available with Stockists Certificate

in accordance with M.O.D. stockist appro-
val issued by 0.0.A.B. Release charge for
41670 Series- Stockists Certificate is 5% of the order
Straight Cable Clamps value.
For use with 466 HBS06E
Plugs and 460
Receptacles (Mod.059).

Note - HBS06E Cable Clamp

HBS06F ; HBS06E + straight cable clamp.
Please-order as HBS06E and call up, as a
separate item, 416750/shell size.

DIMENSIONS in inches
*Note: G is overall length of connector
dia G max *466
Part No.t A max B max D max E max F min 460 HBS06E Thread plus cable clamp.
C tree
416750/8 0.560 1.197 0.130 tNote' The suffix No. refers to shell size
0.812 0.187 0.240 1.960 1.953 7/16"x 28 UNEF
416750/10 0.685 1.197 0.220 0.891 0.187 0.297 .l.925 1.917 9/16"x 24 UNEF
416750/12 0.813 1.197 0.312 1.016 0.281 0.422 1.925 1.917 11/16"x 24 UNEF
416750/14 0.930 1.197 0.437 1.141 0.325 0.547 1.925 1.917 13/16"x 20 UNEF
416750/16 1.057 1.270 0.562 1.203 0.356 0.609 2.000 1.990 15/16"x 20 UNEF
416750/18 1.175 1.270 0.625 1.469 0.456 0.734 2.000 1.990 11/16'x 18 UNEF
416750/22 1.428 1.330 0.750 1.656 0.519 0.922 2.200 2,140 15/16'x 18 UNEF

Manufacturedin U.K.
33
CALL COMWAY... (0344) 24765 or TELEX 847201
 466SeriesCONNECTORS /

Round
Multiway HELLERMANN
DEUTSC
D Complying with D.E.F. ~i325 pattern 105
D Plugs and receptacles available
D Quick release multiway c:onnectors

460 SERIES
Introduction Note: Available with Stockists Certificate in accordance
The Hellermann Deutsch 460 Series are simple, trouble- with M,O,D. stockist approval issued by D,O,A.B.
free, quick-release, multiway connectors with rear release Release charge for Stockists Certificate is 5% of the order
value.
crimp contacts and hard face socket inserts.
Insert arrangements compatible and intermateable with
standard MI L-C-26482 layouts with contacts to accept 2')
Cable Clamps
AWG wire. If straight cable clamps (Mod.059) are required please
Designed for use in environments encountered in aircraft, call up separately using the part no. 416750/shell size
missiles and military equipments the 460 Series features (see cable clamp section).
the most simple assembly procedures with rear release,
positive retention of the NAS 1600 type contacts. A
minimum of operator training is required for safe reliable Note
assembly of these connectors. 1. All dimensions are in inches
2. Tolerances unless otherwise stated:
Plugs and receptacles are available in various shell styles to
Fractions ±.015, decimals ±.005. angles ±0°, 30'.0.
provide intermateability with connectors complying with
DEF5325 pattern 105, Ml L-C264B2, PrL.54125,
Prl. 54130, EL.2112 pattern 602 and NAS 1599. Herm- DIMENSIONS
etically sealed receptacles are available within the ramge
(462H Series). Part No. A Max. B Max CMax. Thread

460 Series Connectors are manufactured in the United 466-8-335 ,750 .560 1.404 7/16" -28UNEF
Kingdom and were selected for use in all airframe appli- 466-1Q..6S ,859 ,685 1.404 9/16" -24UNEF
466-14-19S 1,156 .930 1.404 13/16" -20UNEF
cations for miniature bayonet coupling connectors by the 466-16-265 1,281 1,057 1,404 15/16" -20UNEF
Procurement Executive (M.0.D.) as the interim standard to 466-18-32S 1.391 1.175 1.404 1 1/16" -18UNEF
466-22-55S 1,656 1.428 1,404 1 5/16" -18UNE F
EL2112 pat. 602 as defined in DEF59-32 (part 2) issue 1.

466 SERIES PLUGS-BAYONET COUPLING CONNECTOR

C
STANDARD DENSITY
Thread

A B
Dia. Dia,
Over Knurl

Manufacturedin U.K.

34
CALL COMWAV.,..(0344) 24765 or TELEX 847201
 460&462HSeries
CONNECTOR
HELLERMANN
DEUTSCH Round l
Multiway

D Layout conforms to MIL-C-26482

D Hermetic receptacles available
D Accepts 20 A.W.G. wire

460 SERIES RECEPTACLES - Square Flange Mounting, Bayonet Coupling

connector, Crimped Contacts
Standard Density i-------
i-------- A ______ Main I.-.- E -----..J
Polarizing -.I
LG F Thread

B K•r@
Note: Available with Stockists Certificate in
accordance with M.O.D. stockist approval
issued by D.0.A.B. Release charge for
£A..__
___

l .. ""
... D Stockists Certificate is 5% fo the order value.
___._-+,.__.___--1--11-

Mountin¥ Holes - .120 dia sizes 8-22 •

. 147 dia or size 24 only (Type 4 places)
DIMENSIONS in inches

Part No. A Max B ±.005 C.001 D Max E ±.006 F ±.005 G Max. H Thread
± .005

460-8-33P .828 .594 .47 .560 .438 .072 1.412 7/16" -28 UNEF
460-10-6P .954 .719 .590 .685 .438 .072 1.412 9/16" -24UNEF
460-14-19P 1.141 .906 .875 .930 .438 .072 1.412 13/16" -20 UNEF
460-16-26P 1.234 .969 1.000 1.057 .438 .072 1.412 15/16" -20 UNEF
460-18-32P 1.323 1.062 1.125 1.175 .438 .072 1.412 11/16" -18UNEF
460-22-55P 1.578 1.250 1.375 1.428 .563 .094 1.467 15/16" -18 UNEF

462H SERIES HERMETIC RECEPTACLES-Square Flange Mounting, Bayonet Coupling Connector, Solder Bucket Contacts.

Sizes
8-22 Recommended panel mounting holes
.120 dia

DIMENSIONS in inches
B C F dia G dia. H.Max L +.010
Part No. A Max D ±.015 E±.010 (Ref) J ±.030 -.000
±.005 ±.010 ±.003 ±,003

462H-8-33P .860 .594 .588 .062 .115 .471 .560 .801 .148 .570
462H-10-6P .954 .719 .588 .062 .115 .588 .670 .801 .148 .680
462H-14-19P 1.141 .906 .588 .062 .115 .873 .904 .801 .148 .914
462H-16-26P 1.234 .969 .588 .062 .115 .998 1.029 .801 .148 1.039
462H-18-32P 1.328 1.062 .588 .062 .n15 1.123 1.154 .801 .148 1.164
462H-22-55P 1.578 1.250 .650 .093 .115 1.373 1.373 .895 ,116 1.383

Manufactured in U.K.

35
CALL COMWAY... (0344) 24765 or TELEX 847201
 PATTERN
602/RRCONNECT
RS
Round
Multiway HELLERMANN
DEUTSCH

D Improved contact alignment

D Hard face socket insert
D "Cork in bottle" sealing
6020

INTRODUCTION
The Hellermann Deutsch R ROO series is a range of medium density, bayonet connectors, designed to meet the exacting
demands of Ministry and Aerospace applications. The majority of the range is qualified to Procurement Executive,
Ministry of Defence Specification EL 2112 Pattern 602, and utilise rear release contacts to specification EL 2113
Pattern 602.
The connectors are intermateable and intermountable with connectors conforming to DEF59-35 Pattern 105,
MIL-C-0026482, NAS 1599, NFL54125, LN29500, MIL-C-83723 series 1 (Bayonet).
These connectors reflect the latest "State of the Art" in connector design with the following design features.
1. Improved contact al ignrnent resulting from positive contact retention and stab ii ity.
2. Hard face socket insert ensuring the pin contacts do not penetrate the mating interface.
3. "Cork in bottle" sealing providing maximum interfacial sealing.
4. Accessory locking mechanism ensuring positive positioning of cable clamps etc.

General Specification The upper limit quoted is the maxi- Wire Sealing Range
mum internal hot spot temperature The rear sealing grommet of RROO
Current Rating resulting from any combination of Series Connectors is designed to seal on
The current rating of any contact ambient temperature and heating due wires having overall diameters within
within a connector 1sgoverned by the to current. the following range:-
heating effect of the current and the Worl<ing Voltage Size 20 0.040 to 0.083 inch•
amb1e~t temperature. 700VDC at Sea Level Size 16 0.068 to 0.103 inch
The performance of the RROO Serie,; ~iOOVAC r.m.s. at Sea Level Size 12 0.106 to 0.158 inch
Connectors at all times exceeds the Diel,~ctric withstanding voltage *In the case of contact size 20, it is
bunched ratings of the appropriate possible to insert and accommodate
21 OOVDC at Sea Level
size wire having insulation equal in wires up to 0.090 in. overall diameter,
1500VAC r.m.s. at Sea Level
temperature rating to that of the but if these are to be removable,
connectors. Contact loading should Shell Material special contacts must be used, consult
not exceed. - Environmental - Aluminium Alloy factory.

Size 20 Contacts 7.5 Amp Contact Material Finish

Size 16 Contacts 20 Amp Environmental -- Copper Alloy Metal Parts
Size 12 Contacts 25 Amp Insert Materials Environmental
The resilient inserts are manufactured Cadmium Plate
Temperature Olive Drab
0
usin9 fluorinated silicone rubber and
Operating temperature range -65 C are resistant to most aircraft lubricating Contacts
to +200°C. and hydraulic oils and fuels. Gold Plated

PURCHASE CONDITIONS
These connectors are stocked and supplied to Condition "B" although other Conditions can be offered on request.

PATTERN 602 - CONDITION "B"

PATTERN 602 connectors fully qualified to Spec. EL 2112 and packaged in accordance with special Conditions of
Procurement, Condition 'B'.
(Condition 'B' supplements the basic E>02connector by the addition of the appropriate
quantity and type of contacts, filler plugs and insertion/extraction tool but does not
include cable accessories - which should be provisioned separately)
RRO*E-**·****-1A connectors are the direct equivalent of Condition 'B' and the connector is
identified with the appropriate Patt 602 part number.

Note. - Available with stockists Certificate

in accordance with M.O.D. stockist approval
issued by D.O .A.B. Release charge for Stockists
Certificate is 5% of the order value.

Manufactured in U.K.

36
CALL COMWAV.,.. (0344) 24765 orTELEX 847201
HELLERMANN
DEUTSCH Round
Multiway

D Choice of insert arrangement

D Available in size 12, 16 & 20 contact ratings
D Orientations available on insert & shell
6026

8-33
3-size 20
14-4
@14-5
4--size 12 5-size 16 20-16 20-39
16-size 16 37-size 20
2-size 16
24-19
19-size 12
8-98
3-size 20

* 14-12
8-size
4--size
20
16
14-15
14-size 20
20-41
41-size 20
1-size16

10-6
6-size 20 24-31
14-18 14-19
18!.._size 20 31-size 16
19:....size 20

22-7
7 COIIX

10-98 16-23
6-size 20 16-8 22-size 20
8-size 16 1-size16

24-61
61 -size 20

...
22-12 22-21
12-size 12 21-size 16

........
16-99
16--26 21-size 20

~
12-3 26--size 20
3-size 16
2-size 16
••••••
•••••
• • • • • 0

..• ~
• i • 24-98
31-size 16
22-32 22-36
32-size 20 36-size 20
12-8 18-8 18-11
8-size 20 8--size 12 11-size 16

18--30 22-41 24-100

12-10 22-55 10 coax
29-size 20 18-32 27-size 20 55-size 20
10-size 20 32-size 20 14-size 16
1-size 16

Manufacturedin U.K.

37
CALL COMWAY... (0344) 24765 or TELEX 847201
 602/RRCONNECTORS
PATTERN
I Round
Multiway HELLERMANN
DEUTSCH

D Positive mechanical insert retention

D Contact current loads from 7.5 amps to 25 amps
D Operating temperature -65°c to+ 2000c
6027

RROOE
KrY INDEX GIWIJVE
COLOUR CODI.D
---~-~" 6020
(less backshell)
WALL ',,1QUNTINI, RECl-PTAll f"

4 OH ~,uu'\iT1'~l,
l.'ODIA ,'.,1LES8
l-iOLl':.
12'
___,_
_ --~ 1.
~-
THREAD
06'
046

RECOMMENDED MOUNTING PANEL

14l 1)1A ',1LE'.i }4 (!!\L v,

A 13 C E G M N R S X W
PART NUMBER MAX MAX SQ ±.016 MAX L THREAD-2A _±.003 MAX MAX MAX ±.005 ±,005
MAX
RROOE-08-*P/S* 1.492 .540 .828 .062 1,215 ½-20 UNF .471 .305 .540 .617 ,594 ,568
RROOE-10-*P/S* 1.492 .540 .954 .062 1,215 5/8-24 UNEF ,588 .405 .540 . 734 .719 ,685
RROOE-12-*P/S* 1.492 ,540 1,047 .062 1,215 ¾-20 UNEF .748 ,531 .540 .858 ,812 .864
RROOE-14-*P/S* 1.492 .540 1,141 .062 1,215 7/8-20 UNEF .873 .665 ,540 .984 .906 .989
RROOE.16-*P/S• 1.492 .540 1,234 .062 1.215 1-20 UNEF .998 .790 .540 1.112 .969 1.113
RROOE-18-*P/S• 1.492 .540 1,328 .062 1.215 1-1/16-18 UNEF 1.123 .869 ,540 1.218 1,062 1.238
RROOE-20-*P/S* 1.552 .697 1.453 .094 1,275 1-3/16-18 UNEF 1.248 .994 .540 1,345 1.156 1,363
RROOE-22-*P/S* 1.552 .697 1,578 ,094 1.275 1-5/16-18 UNEF 1.373 1.119 .540 1.468 1.250 1,488
RROOE-24-*P/S* 1,552 ,730 1,703 .094 1.275 1-7/16-18 UNEF 1.498 1.244 .540 1.593 1.375 1.615

RR06E
FREE PLUG WITH KNURLED COUPLING NUT
'
i
/t,JIAIN PDLA_R
__
IZI~ t-_~_
-------G M_A-
• . :-
A MAX

"
------1;
;A~-- -,
:~

3 TEETH
~ ~~~EJ~~TION
I !9~~-~ v S_PAE_!__2 6026
~· ,:.. ; - : :,--. l
""11""/ ) -- j I

(less backshell)

I i :))--+ ~ .! - (:i.:;)_j
~cc&A I o ~ _" ,~ ' - j :I'
~ I ·L-;- -
~~~____l
JFULLYMATEDCOUPL1NG1NDICATION
STRIPES TO ALIGN WITH 3 SIM1LAR
STRIPES ON SHELL WHEN FULLY
'
i--1
L THREAD
MATEO tPAINTEO O~~N~!2.__________j ----

PART NUMBER
A C G
L THREAD-2A
N R s
MAX MAX MAX MAX MAX MAX
RR06E-08- *P/S • 1.507
-- .782 1,230
-
½-20 UNF
·-
.305 .540 .617
RR06E-10-*P/S* 1.507 .926 1.230 5/8-24 UNEF .405 .540 .734
RR06E-12-*P/S* 1,507 1,043 1,230 ¾-20 UNEF .531 .540 ,858
RR06E-14-*P/S* 1.507 1,183 1,230 7/8-20 UNEF .665 .540 .984
RR06E-16-*P/S* 1.507 1.305 1.230 1-20 UNEF .790 .540 1,112
RR06E-18-*P/S* 1.507 1.391 1.230 1-1/16-18 UNEF .869 .540 1,218
RR06E-20-*P/S* 1.507 1.531 1.230 1-3/16-18 UNEF .994 .540 1.345
RR06E-22-*P/S* 1.507 1.656 1.230 1-5/16-18 UNEF 1.119 .540 1.468
RR06E-24-*P/S* 1.507 1,777 1.230 1-7/16-18 UNEF 1.244 .540 1.593

Manufactured in U.K.
38
CALL COMWAY.,.. (0344) 24765 orTELEX 847201
HELLERMANN
DEUTSCH
Round
Multiway

D Specification intermateable with DE F59-35 Patt 105,

•
CJ Ml L-C-0026482 and Ml L-C-83723 Series.
D Backshells available with strain relief
600026 600019

KEY INDEX GROOVE

RR07E \.'Air>. POLAR1Z1N(, KEYWAY

-~
COLOUR CODED
6027
(less backshell)
JAM NUT REnPTAUE

N ,.,,AX

J Of
0 Q,A I
c".SERT)

RECOMMENDED MOUNTING PANEL

,~ QIA MAX

~ A f ~AX

PART NU\113LR A 13 C [) G J K L TIIRLAD -2A M N p s T THREAD -2A w z

MAX MAX MAX MAX +.000 MAX + 003 MAX MAX +.005 ±:005
-010

RR071.-08-*P/S' 1492 .707 I 078 .954 1.2 I 5 .530 767 ½-20 UNI' .4 71
. 187
.305 .062 .6 I 7 9/16-24 UNF .572 .536
.691 ..

RRO?E-10-*P/S* 1.492 707 1.203 1.078 1215 .655 .892 ¾-24 UNI!· .588 .405 . I 87 .734 11/16-24 UNEF .697 .661
.69 I .062
RR071-12-'P/S• 1.492 .707 I 391 1.266 l .215 818 l .079 ¾-20 UNLF .748 531
.187
.858 -20 UNEF .895 .824
----- ----~-
.69 l
--- .062
-- --
RR07E-14-'P/S' 1.492 707 l .516 l.391 l .215 .942 l.205 '1/e-20UNEF .873 .665
. l 87
.984 l-20 UNEF l .010 .948
.691 .062
RR07E-16-*P/S* l.492 .707 1.641 1.516 l.215 1.066 1.329 1-20 UNEF .998 .790
.l 87
1.112 l -18 UNEF l. l 3 5 1.072
.69 l .062
RR07E-18-*P/S* l.492 .707 I 766 1.641 1.215 ll91 1.455 1-)/16-18 UNEF l.123 .869 .l 87 1.2 l 8 1¼-18 UNEF 1.260 1.197
691 .062
--
RR07 E-20-*P/S * l. S5 2
~772l .954l.828 1.275 1.316 1.579 1-3/16-18 UNEF l.248 .994 .250 1.345 I -18UNEF 1.385 1.322
.754 .062
RR07E-22-*1'/S* 772 250
l.552 2.078 l.954 l.275 1.441 1.705 1-.5/16-18 UNEF 1.373 ll 19 l.468 11/,-18 UNEF l.510 l .447
.754 062
.772
RR07E-24-*P/S* 1..552
.754
2.203 2.078 1.27 5 1.566 1.829 1-7/16-18 UNEF 1.498 1.244 .219 1.593 I -18 UNEF 1.635 1.572
.062

Backshells Accessories

Backshells, Straight, without strain relief 60001 9- * * - 12

Backshells, Straight, with strain relief 600026-**-12
Backshells, 90°, with strain relief 600027-**-12
Standard Bush for strain relief backshell 600036-**
(** substitute shell size, e.g. 600019-08-12)

Spares
Pin Contact 0641-1-2031
Socket Contact 100503
Filler Plug 4113-4-2001
Insertion/Extraction tool M15570-20

Manufactured in U.K.
39
CALL COMWAY... (0344) 24765 or TELEX 847201
 CONNECTORS r:\Iex
1110
4!)

k/et-f~ '"Insulation
Displacement! "-J
D No Insulation Stripping or Soldering
D Simultaneous (Gang) Termination Technique
D Reduced Labour Cost;

INTRODUCTION TO "I.D.C."

The electric/electronic manufacturer, today bases Sound concepts of terminal design and assembly tech-
terminal connections on the following requirements: niques for mass termination lowers the installed costs.
1. Space saving (density) An "engineered" terminal with properly supported
2. Flexibility cable, results in performance of (a) low contact resistance
3. Potential, lower installed costs values, (b) non-overstressed contacts (dual), (c) suitable
4. Reliability insertion/withdrawal forces and the reliability of no
5. Performance shorts or cut strands. All tests for shock, vibration, env-
6. Versatility ironmental conditions, insulation resistance and dielectric
These goals can be accomplished with the Molex withstanding voltage are met.
Flat Cable Connector System. The same terminal, with the properly selected hous-
Space saving is the end result when specifying a flat ings, provides the versatility of accommodating a wide
cable on .050" centres with a suitable sized terminal. range of wire sizes and types. Available are shielded
The proper design of Housing, Terminal and assembly (blind) or daisy-chain (thru) cable mounting covers and
method provides a flexible system. Any quality manu- housings that can mount to a header with or without a
factured flat cable on .050" centres can be terminated. latching means. An optional strain relief can be used.

CABLE MOUNT! NG CONNECTORS - 4700 SERIES

Cir. Cir.
Eng. No. Size Order No. Eng. No.
~~e Order No.
15-25-5102 A-4700-108551 10 15-25-5104 A-4700-100551
~?
___!_415-25-5142 A-4 700-1485 51 14 15-2 5-5144 A-4700-140551

15-25-5162 A-4700-168551 16 15-25-5164 A-4700-160551

~?
20 15-25-5202 A-4700-208551 20 15-25-5204 A-4700-200551

26 15-25-5262 A-4700-268551 26 15-25-5264 A-4700-26055 l

15-25-5342 .C\-4 700-34855 l 34 15-25-5344 A-4700-34055 l

24
40 15-25-5402 .C\-4700-40855 l 40 15-25-5404 A-4 700-40 05 51
'---
._2) 15-25-5502 A-4700-508551 50 15-25-5504 A-4700-50055 l

60 15-25-5602 .C\-4700-60855 l Std. lower HSG ASM (w/latch) 60 15-25-5604 A-4700-60055 l

Std. lower HSG ASM (w/latch) & -· & std. upper HSG (thru) strain
std. upper HSG (blind) strain __J;.:415-25-5642 .C\-4 700-648551 64 15-2 5-5644 A-4700-64055_!c_
relief optional
relief optional

STRAIN RELIEF (Optional) - clips onto 4700 connector

Ordering Information

Cir. Cir.
Size order No. Eng. No. Size Order No. Eng. No.
10 15-05-6101 4704-10 34 15-05-6341 4704-34
14 15-05-6141 4704-14 40 15-05-6401 4704-40
16 15-05-6161 4704-16 50 15-05-6501 4704-50
20 15-05-6201 4704-20 60 15-05-6601 4704-60_
26 15-05-62 61 4704-26 64 15-05-6641 4704-64_

For further information on "Jetflecs" please contact c,ur sales de~k. MADE IN USA

40
CALL COMWAY....(0344) 24765 or TELEX 847201
r:'\I ~
moex CONNECT
"-J ldel·f[BCS Insulation
Displacemen

D Cable available up to 64 circuits

D Industry compatible assembly tooling
D Current rating 1 amp. contin.

HEADERS- 7402Series HEADERS- 7404 Series

Type C Type D Type C Type D

A-7402 wafer ASM is for use with A-7402 wafer ASM is for use with A-7 404 wafer ASM 1s for use with A-7404 wafer ASM is for use with
the 4700 series connector w/o strain the 4700 series connector w/strain the 4700 series connector w/o the 4700 series connector w/strain
relief (types A, B, C, & 0) relief (types A thru F) strain relief (types A, B, C, & O) relief (types A thru F)

Cir. Cir. 1 Cir. Cir.

Size Order No. Eng. No. Size Order No. Eng. No. Size Order No. Eng. No. Size Order No. Eng. No.
10 10-56-3103 A-7402-10C503 10 10-56-3104 A-7402-100503 10 10-55-3103 A-7404·10C503 10 10-55-3104 A-7404-100503
14 10-56-3143 A-7402-14C503 14 10·56·3144 A-7402-140503 14 10-55-3143 A-7404-14C503 14 10-55-3144 A-7404-140503
16 10-56-3163 A-7 402-16C503 16 10-56-3164 A-7402-160503 16 10-55-3163 A-7404-16C503 16 10-55-3164 A-7404-160503
20 10-56-3203 A-7 402-20C503 20 10-56-3204 A-7402-200503 20 10-55-3203 A-7404-20C503 20 10-55-3204 A-7404-200503
26 10-56-3263 A-7 402-26C503 26 10-56-3264 A-7402-260503 26 10-55-3263 A-7404-26C503 26 10-55-3264 A-7404-260503
34 10-56-3343 A-7402-34C503 34 10-56-3344 A-7402-340503 34 10-55-3343 A-7404-34C503 34 l0-55-3344 A-7 404-340503
40 10-56-3403 A-7402-40C503 40 10-56-3404 A-7402-400503 40 10-55-3403 A-7 404-40C503 40 10-55-3404 A-7404-400503
50 10-56-3503 A-7402-50C503 50 10-56-3504 A-7402-500503 50 10-55-3503 A-7404-50C503 50 10-55-3504 A-7 404-50050 3
60 10-56-3603 A-7 402-60C503 60 10-56-3604 A-7402-600503 60 10-55-3603 A-7 404-60C503 60 10-55-3604 A-7404-600503
64 10-56-3643 A-7402-64C503 64 10-56-3644 A-7402-640503 64 10-55-3643 A-7404-64C503 64 10-55-3644 A-7404-640503

ROUND CONDUCTOR FLAT CABLE - 6800 Series

Main Features • Up to 64 circuits Ordering Tables:

• Error free wiring • #28 AWG stranded Circuits Order No. Enqineerinq No.
• High flexibility • Industry Compatible 10 82-28-1710 6800G-l0-l00B
14 82-28-1714 6800G-14-100B
• Symetrical cable • 300V 1 amp 16 82-28-1716 6800G-l 6-100B
• Zippable • UL listed 20 82-28-1720 6800G-20-100B
26 82-28-1726 6800G-26-100B
.050" Round Conductor Flat Cable

Circuits Order No. Engineering No.

34 82-28-17 34 6800G-34-100B
40 82-28-1740 68 OOG-40-1 OOB
50 82-28-1750 6800G-50-100B
60 82-28-1760 6800G-60-100B
.035 ± .003
64 82-28-1764 6800G-64-100B

TOOLING A special bench mounting tool is available for use with these connectors. Please contact our sales desk for ordering information.

MADE IN U.S.A.

41
CALL COMWAV... (0344) 24765 orTELEX 847201
 CONNECTORS /:\I~
rnoex
2,54mm(.100)KKInterconnect
System '-/
D Low Cost
CJ Stocked in Tin Plate
D Full Range of Tooling Available
4809

100KK TECHNICAL DATA

ELECTRICAL CHARACTERISTICS
Rated Voltages, Currents
Resistance
Recommended 2.5 amps at 30° C tempera tu re rise over
Resistance is approximately 7 ,0 MV for a rigid tin-plated
ambient. Contact factory for higher values. Maximum
wire, double-cantilever termination (24 AWG). The probe
voltage 250 V AC.
on a crimp-type terminal is placed 25,4 mm (1 inch) from
the crimp barrel. Gold-plated termination is about 2 mm
higher.
High Voltage Dielectric Test MECHANICAL CHARACTERISTICS
Terminals mounted in connector withstand 1500 volts Engage/Disengage Forces
RMS applied between adjacent terminals for 60 seconds. For connectors with tin-plated termination mating with
Capacitance when measuring adjacent terminals in housings 0,64 mm (.025 inch) square wire, initial engage forces are
at 1 KHZ and 120 HZ is 1.5 Pico-Farads average. 0,199 kg (7 ounces) average per circuit. Disengage force is
Temperature Rise/Operating Range 0,07 kg (2.5 ounces) minimum for the first cycle.
30°C maximum rise for all connectors at rated current. Crimp Strength
Temperature range -40° to 4 105° C ambient. Wire Gauge (AWG) 22 24 26 28 30
Recognized Agency Approvals Minimum Pull-out Force (kg) 4,54 3,63 2,72 1,81 1,36
UL and CSA. (lbs.) (10) (8) (6) (4) (3)

TOOLING Various. handtools are available for crimping the terminals described in the following pages, and extracting them from the
appr::>priate housings. Use the table below to SPlect the tools you require·

Crimp Terminal Handtool Description of tool Appropriate housing

,--
480SITL HTR2262A Ratchet Type Crimp Tool 6471-N or 6471-N-1

HT155 Scissor Action Crimp Tool 6471-N or 6471-N-1

1560/61TL: 2478TL: 257'3TL HT1921 Scissor Action Crimp Tool 1625-N or 2139-N or 3001-N

::~:~t ~:~=:
------------·-------I----------- ________ _.,.___________ ------ -----------~

~ -::::~~:T2L578; L-- - -~ -~ :: ::i:~::tA;:;en CCr::: TTooo;~-~ ~ or 3001-N

1------- ----------+----------·1--
138C/81TL HT2038
--~-- ------ ·-------·-----··----~
Extractor Tool 1991-N
t---- ---- ----- -- -- --------- - -- -----------~ ----~-------,
1560/61T L HT2285 Extractor Tool 1625- N

480SITL HT2759 Extractor Tool 6471-N or6471-N-1

CRIMP TERMINALS AND POLARIZING

n KEYS FOR PC CONNECTORS i---18,4
I. (411
·~

Crimp Terminal I r~,·~rl,:;~~ Crimp Termmal

Model :09 - .....

~t~~ M_
21&

191c"'-~
I ~(.~ir -1.5
6
(.S )

t-
l
Model 2478, 1 1sl_st~~ ' 18

~:EE- ,._,,
:1"'" i - ,.~ L l'~; ·-1,,,
1
V_
n,_., •.1•--n-+ " ~r,:.1 Set1cudpl1tetrt1 (.04) _jt8BI
L038) ~
' 1 8.IIIR/

L.:·"4~~
(.8721 ~2.29 I
128 (.SJ!

'Y"Q_j"\_-;:;: .t-=rr-
r-38+838 (.0981 3,3±1,8 I

·;~"':Ci'emM_j
,u~ -~ri:J
u~ ~
,};~·}:;t;
I'
0.64~ _ -8.88
-I i-
18 ~

,,,
1(.87)

11---, [
8,8.l.i J A B 1'"\-:,:...,,,•=~'"',' 1,251 1•18•!::, J.J
( 13)
1,1
(28)
-----j 8,61R 1
(83)

ti~ ~( ~ii~~ 6
,Js.. (.:,~~ Cr1o111pArt1 CrimpAr11 .--------~------~-----~-----------,
t 25ai Engineering Wire Insulation For use with housing model
Number: Size: Diameter Numbers:
Crimp Terminal
Model2578 4809T 1.57 MAX
22-30 AWG 6471-N, 6471-N-1
Chain form (0,062)

4809TL 1.57 MAX

22-30 AWG 6471-N, 6471-N-1
- -1.u Se1ec1iv,8old Loose Form (0.062)
p\'19trH
(.972) l----------1----~----·-·-------1-------------l
I
4,1.t.O,I 220 /,'
, ~~\I J,2!, -- 2,29
0/(.11191· ,--,(.099 1
1 ~ t::.~·"· ~
-:(.:,~ 2478TL
18-24 AWG
2.54 MAX
2139 -N. 3001-N
(.111..ll) Loose form (0.11
l. 1_ <hJ" . : C ,4'._.
~Ju~_ ,;;fJ,.i/ ,:;(__'_~ l---------1------·----1---------1-- ·-- ----·------
,-,-

IH--- '-!
I

9,16 ! I A B
1, B 2578TL 1.65 MAX
tizlJ2,12J.6l4J Cond11ctor lnM1lat1on 22-26 AWG 2139-N, 3001-N
~&,Js.---J Loose form (0,065)
!1111 t2!i9) CnmpArt1 Crimp Ar..

4161-1 Polar111ng key without extension to- 6471-N and 6471--1\J-1 housings
2560-1 Polarizing key without extension fw 2139-1\1 and 3001-1\1 housings
2560-2 Pol,mzing key with extension for 213B--N and 3001-N housings
Manufactured in U.S.A. or EIRE

42
CALL COMWAY... (0344) 24765 orTELEX 847201
 ~,
rnoex
e CONNECT
"-J j2,54mm(.100)KKlnterconnect
SystemI

C::J 6471 Housing

C::J 4455-A Right Angle
C::J 4030-A Wafer Assembly

6471 CONNECTOR HOUSING FOR CRIMP TERMINALS, 94V-O

Without With No. of Dim A Dim B
Locking Locking Circuits mm in. mm in.
6 4 71-2 64 7 1-2-1 2 2 .5 4 .100 5 .6 .22
6 4 7 1-3 6 4 7 1-3-1 3 o .08 .200 8.1 .32
6 4 71-4 6471-4-1 4 7 .62 .300 10.7 .42
-6 4 71-5 64 7 1-5-1 5 IO .16 .400 13.2 .5 2
6 4 7 1-7 6 4 7 1-7-1 7 I 5 .2 4 .6 00 18 .3 .72
6 4 7 1-1 0 6471-10·1 I0 22 .86 .900 25 .9 1.02
6471-12 6471-12·1 I2 27 .94 1.100 31.0 1.2 2
6471-15 6 4 7 I ·15-1 \ 15 35.5 6 1.4 0 0 38 .6 1.52

4030 WAFER ASSEMBLY, SQUARE WIRE PINS, 94V-O FOR 6471-N HOUSING AND 4455-NA PCB
MOUNTING HOUSING
No. of DimC Dim D Pin can be removed to achieve polarisation.
Eng. No. Circuits mm in. mm in.
A-4 030-2 A 2 2.5 4 .100 4.8 .19
.A-40 30-3 A 3 5 .08 .2 0 0 7 .4 .2 9
A·4030-4A 4 7 .62 .3 0 0 9 .9 .39
A-40 30-5 A 5 1 0 .16 .400 12 .5 .49
A-4030-7 A 7 15 .2 4 .600 17 .5 .69
A-4030-lOA JO 22 .8 6 .9 0 0 25 .1 .99
A-4030-12A 12 27 .9 4 1.1 00 30.2 1.19
A-40 30-15 A 15 35 .5 6 1.4 0 0 3 7 .9 1.4 9

6410 POLARISING AND LOCKING WAFER ASSEMBLY FOR 6471-N-1 HOUSING

No. of Dim A DimB
Eng. No. Circuits mm in. mm in.
64 I 0-2 2 ,!.54 .100 5 .08 .2 00
6 410-3 3 S.08 .200 7 .62 .300
6410-4 4 7 .62 .300 10 .16 .4 00
l 07 05 0,a Holes lyp.
..._6410-5 5 10.16 .400 12. 70 .500 (047 002)

6410-7 7 15 .2 4 .600 17 .7 8 .7 00
RECOMMENDED PC BOARD
6410-1 0 10 2 2 .8 6 .900 25 .40 1.000
HOLE DIMENSIONS
64 I 0-12 12 27 .9 4 1.100 30.48 1.2 00
64/L025) Sq Pin
6410-15 8ra\\Wlth T,nover
15 35 .5 6 1.400 38.J 0 1.5 00 CopperPlatmg

4094 RIGHT ANGLE WAFER ASSEMBLY FOR 6471-N AND 4455-NA HOUSINGS.
1,14
Dim.A Dim. B flo45) PC Board Hole Dimensions
Cir- ~--------
Eng. No. cuit mm in. mm in. 2,54 ±0,05 Typ. non-accum.
4094- 2 2 2,54 ± 0,13 .100 ± .005 4,8 ± 0,20 .19 ± .008 (.100 ± 002) ~~[~-=-
_
4094- 3
4094- 4
4094- 5
3
4
5,08 ± 0,13
7,62 ± 0, 13
5 10,16±0,13
.200 ± .005
.300 ± .005
.400± .005 12,5 ± 0,20
7,4± 0,20
9,9 ± 0,20
.29 ± .008
.39± .008
.49 ± .008 St k bl dt d
~v 1,19 ±0,05
(.047 ±.002)
~ 3 ,3 ±0, 38 (:

a-v=_:: :1,,,.,_.,,
ac a e en · o-en ___ .,,.._
4094- 7 7 15,24 ± 0, 15 .600 ± .006 17,5 ± 0,23 .69± .009 .13±.015) U 5,97 ±0,5
4094-10 10 22,86± 0,18 .900± .007 25, 1 ± 0,25 .99 ± .010 C=3
4094-12 12 27,94 ± 0,20 1.100±.008 30,2 ± 0,28 1.19±.011
4094-15 15 35,56± 0,20 1.400 ±.008 37,9 ± 0,28 1.49± .011 3,43 ±0, 5 l 1,57 Thk. PC board
(.135 ±.020) t.062 )

43
CALL COMWAY... (0344) 24765 orTELEX 847201
 CONNECTORS rnoex
~, ®

I3·96mm(0·156)KKInterconnect I
System "-J
LJ Standard U.S. Pitch
D Higher Current Capability
D Stackable Side-by-side

4455 P.C. CONNECTOR, RIGHT ANGLE, 94V-O ~---A---jj

, ~ ----j ~ 1 Mm pm '""rt>eo d,plh

1
0.76

_ tl1 1.041
14 B 1 10301 141
Cir- Dim A D,im B '·o I

l~=~-ttri
1.0,1
J _ .... I l ~
~~;~
351

~
Eng. No. Order No. cu its mm in. mm in.
l _l - I
A-4455-03A 22-15-2031 3 5.08 .200 7.52 .296 JO.t86 J 3±1 0
2 2 ~841
A-4455-04A 22-15-2041 4 7.62 .300 10.0fi ,396 0.8-~e.-f-
1.831 ~ 2.54 Typ ~~ (l tD ). u6,llt8,10
(.100) 8,76 (.218 .t.804)
(.OJO)
A-4455-0SA 22-15-2051 5 10.16 .400 12.60 .496 ' PCBo-;.~d-]

00 ~~ABBl~\§e
·'·
3,8 t.0,0 A
A-4455-07A 22-15-2071 7 15.24 .600 17.68 .696 33

A-4455-10A 22-15-2101 10 22.86 .900 25.30 .996

I.~·-, 00031!5] l:J )1_L_--;..~_,,...--------_
(110)

1.400 38.00 1.496

1_ . 1011 H 2~
(.Hio ~
0~ 1.02+0,88011(040+.803
-o.oo
A-4455-15A 22-15-2151 15 35.56 4,78.t0,6
(.186.t02)
1 \ 02 -.0001
St1cltable e11d 101-nd

0.156" PITCH AND 0..2" PITCH INTERCONNECT SYSTEMS

2139 - HOUSING FOR CRIMPTERMINALS FOR USE WITH 2391 WAFER ASSEMBLY 0.156" PITCH

Cir- Dim A Dim,B

Eng. No. cuits mm in. mm in.
2139- 2A 2 3,96± 0,13 .156j:,005 7,82.±.0,18 ,308± .007
2139- 3A 3 7,92 ± 0,13 ,312 ±: ,005 11,79 ± 0,25 .464± .010
2139- 4A 4 11,89 ± 0,13 .468 .±.,005 15, 75 .± 0,25 .620± .010
2139- SA 5 15,85 .± 0, 13 .624 .±.,005 19,71 ± 0,25 .776±.010 1,57 Max. panel thickness
2139- 7A
2139-10A
7 23,77 ± 0,13 .936 ± ,005 27,64± 0,30 1.088 ± .012
10 35,66 ± 0,25 1.404 ± ,010 39,52 ± 0,30 1.556± .012 11 f -·:·-- - . .
1
,
(062) paneI mtg. ears opt,o;a
. I only on 3 -circuit

.. . .·
r'
i
15,85±0,13
(.624 :t.005)
1
""'·"~nn~
2139-12A 12 43,59 ± 0,25 1.716± ,010 47,45 ± 0,30 1.868± .012
·-
2139-15A 15 55,47 ± 0,36 2,184±.014 59,33 ± 0,36 2.336 ± .018
,J- - WO
686:t.01
(.63 :t.0151 1
----- :t.00:J)
f ... Panel mount Hole, 3-circuit Only

2391 LOCKING WAFER AS:SEMBLY FOR 2139-N HOUSING. (0.156" PITCH)

No. DimC Di~
Eng. No. Circuits mm in. mm in.
1-----+-----1-------1------ f-. 3.96 Typ.
I 1.1561 P,n pushoul lorce 1.36 kg IJ lb) min.
2391-2 2 3,96 .156 7,31 .288
~ ~ nn
2391-3 3 7,92 .312 11,28 .444
~It ~ r -i r F1
:i~
l-----+----+-------,1-----
2391-4 4 11,89 .468 Hi,24 .600

2391-5 5 15,85 .624 10,20 .756 1, ::

----+-----+--------,>--·----
2391-7 7 23,77 .936 27, 13 1,068 T1 11 If {~
G [
----+-----+--------,>--·----
2391-10

2391-12
10
l-----+----+--------,1--------
12
35,661.404

43,59 1.716
:39,01 1,536

46,94 1.848 c: ofg ~

0
1
1 II

'145/t 57 011
t ·-t t-1
PC Board Hole Dimension

:;)-~ ~_-_f
1-----+----+--------,1-------- l(057/062) ' ...J ~
D Ref. -j J.96 t0.05 non-1ccum
2391-15 15 55,47 2.184 !,8,83 2.316
'-----...L...----'----------"'-------
I 156 ± 0021
Manufactured in U.S.A. or EIRE
44
CALL COMWAY....(0344) 24765 orTELEX 847201
[:'\I®
moex CONNECTO
\__J !5·08mm
(0·2)KKInterconnect
System I
D Nylon Connectors
D 2,36 mm (.093) Diameter Terminals
D Panel or Free Mounting
D Meet C.E.E. & V.D.E. 1991-9
3003-10

3003 WAFER ASSEMBLY WITH ROUND PINS FOR 3001 HOUSING. (0.2" PITCH)
Dim C
Eng. No. Circuits mm in.

3003-2 2 9,91 .390

3003-3 3 14,99 .590 1

3003-4 4 20,.07 .790

2,4
.95) 10.16
1.400)
IeSeenote
_ _ ~·
6.35 ±0,4
0 ® o
1.250:t OZ)
3003-5 5 25, 15 .990 ~)Oo0!1-~1!u1J~- ·-T 1.57+0.00D.

II]±!~?~""·
~ L__J ~ ___J__ PC Board Hole Dimensions -0.12 "·
3003-7

3003-10 10
7 35,31 1.390

50,,55 1.990
~~~ UT"
~:
. I _:~:~.~;/

3003-12

3003-15
12

15
60,71 2.390

75,95 2.990 ~lfUir u ·• u •.·u

• One or more pins may be omitted for polarization
I
Contact factory for part number
lJll I
3001 HOUSING FOR CRIMP TERMINAL FOR 3003 WAFER ASSEMBLY (0.2" PITCH)
Eng. No.
No. Dim A Dim B ------s----~
Circuits mm in. mm in.
3001-2 2 5,08±0, 10 .200±.004 10,16.:'.8:~g .400.:'.:8811
L II il. ~~0.10
(.200-.t.004)
1'

I
I
I

3001-3

3001-4
3

4
10,16±0,10

15,24±0, 10
.400±.004

.600± .004 20.32..'8Sg

15,24~8:?g .600.:'.:88~
fi:t:JR=.rni
3001-5 5 20,32±0, 10 .800±.004
.800..':88£

25,40.:'.8:~g 1.000.:'.:88:~ (.04:.010)

1,0.1:0.25
J I
L2.to.1sSq.hole
I (.071 ±..006)

3001-7 7 30,48±0,20 1.200± .008 35,56.:'.8:g8 1.400_+:88!?

3001-10 10 45,72±0,20 1.800±.008 50,Bo.:'.8:gg 2.ooo.:'.:88g

3001-12 12 55,88±0,25 2.200±.010 60,96..'8:gg 2.400 .:'.:8~~

3001-15 15 71, 12±0,25 2.800±.010 76.20.:'.8:g8 3.000.:'.:8?~

LOW COST CONNECTIONS FOR PANEL AND CABLE MOUNTING CRIMP TERMINALS
1991 INTERNATIONAL HOUSINGS
j-E--i For 2 36 mm ( 093) D ameter Crimp Term nals CRIMP TERMINALS
Models 1380 TL (Plug)

l ':r-1~ and 1381 TL (Socket)

1--
~
1....-F_..j
...i
_.,,
A±.013
0051-
Dimensions
E 81
111
3.18
1.12:>I
82

131-~~;2,-~~)
C2
1~l 1~l l
Receptacle

"~
~ ..
:·:
,:,
l~T
H B ±.O ,1 3
(±.
,! 1,58mm 18621
005,) M1;~~tk~:.:n~I
Plug

[ 11 Tol~r.rnLe ~ 0,41 (.016)

3,56(1.54
140.100

Mountin9HoleDeta1I
Rrce tide D1mens,ons Ptu D1m1n11on1
Cir Max Ma, Model l_I Sock" --ic r
c~:;s ~tl
J 1991 323,37
l 920)
A 8 C
7.87 7,4928,95 6,35
O

( 310) l 295) (1.14) L25)

E F G
1UO 11,91 6,35 ll,!15
H

( 7601 l 469) j 251 (.51)

I A
25,95
(1 0221
B C D
9,27 8,89 27.94 6,35
E

( 365) (.35) (1100) (.25)

F G H
21,89 10,67 6.3513,20
I

(.862! l 42) l 251 ( !i2J

J

19,30
( 76)
1;:uits
3
Amps Volts
11 688
680
No.
1991- 3
1991-4
0 Ai;-D
~
_; B ~
8-Cond,c,o,mmp""
C-lnsulat1on crimp area
' 9
4 ~991 4 29,67
1 168)
7,87 7,49 28,95 6.]!i
l 31-BJ( 295) U.14) l 25)
25,4 6.l!i 6,J!i 12,95
l1 ODDIl 25) ( 251 l 51!
32.26
(1 278)
9,27 8,89 27,94 6,35
( 365) l J!i) (1100! ( 25)
28,19 18,67 6.35 13.20
(1.1101 l 421 (.25) ( 521
25,65
(1.018)
6 9 608 1991-6 l_ P,n :;-IBI": B1,..._..
6 1991 624,83 15,U 14,81 28,9513,67 20,06 11,13 9,50 13.70 26.62 16,7116,25 27.94 13,70 22,50 10,67 9.53 13,20 19,96
9
12
B
6
608
600
1991 9
1991-12 ~ A~ {2:Jj d,--.
( 946)
9 1991 924,03
( 601) I !ii) l1 14) l ~)
21,S921,l12U520,06
( 79) !.4381 l 3751 L!i4)
20,06 ,Lu12,78 1J)Ei
(1 048)
26,62
( 658) (.64) (1100) (.54)
23,11 22,6U 27,94 28,86
18861 ( 42) ( 375) (.52)
22.5818,6712,6813,20
( 7B6)
19,96 " 6
600 1991-15 Tl
l--(±
o,,_.,
016)_~
..Jr1- tJi..c~
(946) ( 8!i0J Lill (1.14) ( 79) U9) (.44) (.50) (.54) (1048) 19101 {.89) 11DOJ ( 791 1.886) (.42) l 496J 1521 ( 7861
Sold in loose lorm

• D1111tn~,or1~ ~llhJfl I lo nom,nal '"' ,.,t,on • U,.·~ rnn, \ (I 111J

Manufactured in U.S.A. or EIRE

45
CALL COMWAY... (0344) 24765 orTELEX 847201
 CONNECTORS ~, e
1110 ex
Terminals,
Switches
& Sockets
"-J
D 1938 I.C. Terminal
D 4130 Dip Switch
D 2944 Zero Force LSI/MOS Socket 2944
1938-4

'" +
MINIATURE CONNECTOR HOUSINGS For 1,58 rnm (.062) DiameterCrimp Term1na1s CRIMP TERMINALS Models 1560 (Plug!

!-C--j
••,:;:••• CJh
nr ·.,n;T E]1
f-
S<Jcket
15\'1 (Socket!

LJl
1-<-f
Rmpml,
~_}
'" 1-H--;
~
L3 f
illi:=t-~ A(!ocri~J

~~~ ~
~~=-i
!
81 00
~
1 _:)
r-E~
1
Plog
1 ~8 D,,
,na1:

-.._J OIMFNS ON,

HeceptaceU1mens1ons
Mount,ng Hole De1a1I
I l'lug U1mens1ons
!611\0ll,,
1 Ob~ 0',9
Ct< !Model A 8 C D E F G M I A B I D E F G H
cut 16~~1 - - 51d1a19B - - - 490d1, - I - 51d1a191 - - - - 7,6dl8
I ,,
~

(ZO) 178) (193) (20) (75) LJO)

1 116252
1283 673 864 206
(505)(265)(340)(81)
488
(192)
53
(21)
99
(39)
864 48
(340) (19)
1547 888
(6091 (318)(20)
51 198
(78) (JO)
76 SJ
(21)
97 111
{JB) (44)
4,8
(19) (.35) C,rcu,a Mod~I Crimp Insulation
Ma. Ma. M11rlel
16253 1651 673 488 198 488 53 991230 48 1915 BOB 51 191 76 53 97 150 4,812,5 lal Volt1 N<t No Wir~ S1H Dtam~te1
(650) (265)(192)(78) (192) {21) (39) (4841 (19f (7541
(318)(20) (7!',) (JO) (21) (JB) (59) (.Jgf(.49) 250 1625 I 1560P 1,52/3,05
16254 1994 660 488 198 486 53 991600 48 2197
793 749 .. 191 749• 53 97 185 4,616,J 250 1675 1 1824fbl
1561S (061)/120)

6 '1625-6
U85) L260l ! 192) ( 78) !.192) ( 21) (.39) (.6JOi (.19)
14,82 12,83 12.55 19,8 12,5!', !',.J 9,9 8.74 9.7
C865)
( 312) ( 295) (.7!',)
15.62
1!'.42 12,5 19,1
(.29!'.l (.21) L3BJ ( 73)
15,2 5,J 9.7 11,4 ,, '·'
(.19/ (64)
i s
250
250
1625 3

( !',!'i2) (!',05){494) (78) (494) (21) I 39) (.J,11'.1(.JS! (.61!',)

(.607)(.49) (.7!',) (.60) (.21) ( JB) (4!',) (.JB) (.J!',f
I 5 150
1625
'
16.i ~ 6 01mens1ons
9 162 9
!',- r~·i:1
\:&:~)r!·i)/is~/ig~~ (~i~) (.~:)
1
/4~) (.~·:)
6
:.~·1:) t,~)
r;;:) /i1r/:s;;_~~g) :.~~) (~i~i
9,712,4
(JB) (49)
25[1 162~
167512'
Model No
1560P
I
1
A
2.03
Al
3,56/2.79
A1
3,56
Bl
2,92/2,16
81
1.n
12 162512 20,19 14.JO 1J,5 19,8 12,55 !',,J 9,916.10 9.7
(.795) ; !',631( 53) UB) C494) ( 21) LJ91 (.6J4f (.38)
22,94 l!',,60 13,7 19,1
(.903) C614) ( 54) U5l
15,00 !',,3 9,7
(.590) L21l ( JBI
1B,8
( 74)
9.7 16,J
(.JBJ (.64)
"
!Sidi
150

"" 1625 1~ 1561S ! (0:~1 (.080) (140/110) 11401 (115/0851 1081

I!', 16251!', 23,72 14.30 13,!', 19,8 12,34 5,3 9,9 19.71 9,7 26,47 l!'i,60 13,1 19,1 l!'i,00 5,3 9,7 22.4 9.7 19,6
(934)(.563)(53) (76) (.487) 121) LJ9) (776)(.30) (1.042)(.614)(.!',41 U5) {590)(.21) (381 (BB) (.JO) (.77)

T.M. 1,78
1938-4 Soldercon P.C. I.C. Terminal (.070)

1938-4-25M 25K piecesper reel

1938-4-50M 50K piecesper reel
Break-off point

1,91 10,13
1075 1 005)

0.7110,10
1028 1 .004 I

4130 BossT.M.
Switch
LONG ACT..!ATOR SHORT ACTUATOR
LONG ACTUATOR OPTION 2
~n nJLn

SHORT ACTUATOR
10040-004-000
10040-007-000
10040-008-000
10040-010-000

OPTION 1
01-70-0104
01-70-0107
01-70-0108
01-70-0110 ··o
~-·
31

....,. u LJ ~~.l7Typ.
.llD ~
I I
~
- ~

o:io.
Typ
~3

"' ,
cj RTJ~·~~'E
:i~~-4
I 300
,I
i
1
.0 1~
r.,,- I
~JOO.,:
Seala
I~·
·
···
~A--
10040-104-000 0·1-70-0304 Tv,. .i Tv,. f4 Tv,. .l. '
10040-107-000 01-70-0307 14--A--.l TI_,=',·-~~
10040-1 08-000
10040-110-000
01-70-0308
01-70-0310
I:uuuu
_t_ : .... ,.
OPTION 1

ON 1 2 3 4
-'131

~;,1,1
Tv,.
I

~ J ~ W
•I'

.------- ..... 030

2944 Zero Force Socket for MOS/LSI Chips

Spec"ifications and Order Numbers

Number Dim.A
of Leads mm
24
28
40
38,9
43,9
59,2
1.53
1.73
2.33
in.
Order
Number
'15-24-0803
15-24-0802
15-24-0801
Model
l\lumber
2944-3
2944-2
2944-1
·-
:..
)O,

I
~,.,
I ,
s.,,,.. '" c1....

• I
""'"'""
... ,~ LSI IC lodod,n1l0<0

Manufactured in U.S.A. or EIRE

46
CALL COMWAY.... (0344) 24765 or TELEX 847201
 DISPLAYS
& ACCESSORIE
BECKMAN® SP&SMSeries

D Numerical and AlphanumericalDisplays

D Interfaceswith MOS/LSI Clock Chips
D Decoder Driver Converter and ConnectorsAvailable

INTRODUCTION

The combination of Gas Discharge Displays offered, together with their TECHNICAL DATA SUMMARY
associated connectors, decoder driver and voltage converters, comprises
a product family which will resolve most applications where information Supply Voltage 160 Volts Min 180 Volts Typ_
has to be visually displayed particularly in direct sunlight. Viewing Angle 1300
Displays are available from 0.330" (8.4mm) to 1.0" (2.5mm) high as Colour Orange (Neon Glow)
numerical figures and in 0.550" (14mm) (SP 252) as alphanumeric. Viewing Distance In Excess of 40 Feet
Continuous "no-gap" characters make the displays most attractive to users.

DISPLAYS

MODEL DESCRIPTION D.C.SEGMENT POWER BRIGHTNESS HEIGHT RECOMM.

CURRENT TYP. DISSIPATION Ft/L (INS/MM) CONNECTOR
(uA) (mW) @ TYP. CURRENT

SP
SP
101
102
Planar numeric display
Planar ±1 display
} 700 }- 725 } 225 1.0/25.4
1.0/25.4
CS101/2
CS102
SP 151 Four digit clock display 300 300 200 0.50/12.7
SP 252 Planar two digit alphanumeric 330 575 210 0.55/14.0

} }
SP 331 Two digit module, inclusive± 1 0.33/8.4 CS332
SP 332 Two digit module 180 175 210 0.33/8.4 CS332
Three digit module 0.33/8.4 CS333
SP 333
Three digit module inclusive ±1 0.33/8.4 CS333
SP 334
Two digit module, inclusive± 1 0,55/14 CS352
SP 351
Two digit module 0,55/14 CS352
SP 352
Three digit module 0.55/14 CS353
SP 353 330 325 .- 210
Three digit module, inclusive ±1 0.55/14 CS353
SP 354
SP 355 Four digit module, inclusive± 1 0.55/14 CS352(2 REO.)
SP 356 Four digit module 0.55/14 CS352(2 REO.)
SP 357 Configured as a 12 hour clock 0.55/14 CS152/352
SP 358 Configured as a 24 hour clock 0.55/14

SM 851 Two digit modular, inclusive ±1 0.55/14

SM 852 Two digit modular 0.55/14
SM 853 Three digit modular 0.55/14
SM 854 Three digit modular, inclusive± 1 210 0.55/14
Two digit modular, inclusive ±1 0.55/14
SM 855
SM 856 Two digit modular 0.55/14
SM 857 Three digit modular 0.55/14
SM 858 Three digit modular, inclusive± 1 0.55/14

DECODER DRIVER CONNECTORS

Type Description
Type For use with the following displays
00-700 A monolithic 1/C accepts TTL/OTL 8-4-2-1
binary coded decimal (BCD) information cs 101 SP 101
to direct drive the seven segment displays. Cs 102 SP 101 and SP 102
cs 332 SP 331 and SP 332
cs 333 SP 333 and SP 334
VOLTAGE CONVERTER cs 352 SP 351 and SP 352
cs 353 SP 353 and SP 354
Type Description
VC-525-01 This DC/DC converter is designed to give an
adjustable output of 170 to 210 volts DC For further details on technical performance and pin
from 5 volts DC input. out information please contact our Sales Office.

Manufactured in USA

47
CALL COMWAY... (0344) 24765 orTELEX 847201
 FuseLinks
'Alert'TDCSeries KennethE.Beswick

c:::J IEC & BS approved fuses

c:::J Ceramic & glass cartridge
c:::J Quick act; Time lag; A1nti-surge

Type Descripti<Jn Ratings Available

TDC10 1¼" x ¼"•low break capacity. 60mA, 100mA, 150mA, 250mA, 600mA, 750mA, 1A, 1.25A,
Quick action glass BS 295,0A 1.5A, 2A, 2.5A, 3 A, 5 A, 7.5A, 10 A, 12 A, 15 A, 20 A, 25 A

TDC 11 1¼" x ¼" low break capacity. 150mA, 250mA, 500mA, 600mA, 750mA, 850mA, 1A ,1.25A,
Anti-surge glass. 1.5A, 2 A, 2.Ell., 3A, 5 A, 7 A, 10 A

TDC 13 20mm x !imm low break capacity 80mA, 100mA, 200mA, 250mA, 500mA, 1 A, 1.25A, 1.5A
quick action glass. IE C 1 27 Sheet 2 2 A, 5 A
BS 4265 Sheet 2.

TDC69 5/8" x 3/16" low break capacity quick 100mA, 250mA, 500mA, 1 A, 2.5A
acting glass.

TDC 123 20mm x 5mm low break capacity 100mA, 160mA, 200mA, 250mA, 300mA, 400mA, 500mA,
anti-surge1glass. I EC 127 Sheet 3. 600mA, 800mA, 1 A, 1. 25A, 1.6A, 2 A, 2.5A, 3.15A

TDC 134 5/8" x 3/115" low break capacity 100mA, 250mA, 500mA, 1 A
anti-surge glass.

All fuse links have 6ilvered caps. Endurance 1000 hours min. Temperature Oto 35°C operation.

OUTLINE DRAWINGS

1¼" x ¼" Fuse 20mm x 5mm Fuse 5/8" x 3/1fi" Fuse

±2.0 4.76 mm +0.38
5,56 mm ±0.8 100mm -0.13
(0.219 in ±0.031) (o,j94 in ) ( 0 188 in+0.0 15 )
oo_:__~
-' r+--- · _1_-o

t ~
~
.

-t-rt, cici!! =F;'I

-, iJ~~
+ I + I
E ~;
. __
oco
o"":
NS
IT __ ~§ ~~
I ~ :~ 5°2 mm +O.l

~~
. -0.2 I
4.76mm ±.0.1
[ M (0.205 in ~8:88:) (0.188 in±0.004)
6,35 mm +0.1 T t
-¥
I I

--~ f''°'' ~
I

Manufactured in U.K.

48
CALL COMWA'{... (0344) 24765 orTELEX 847201
 SCHURTER
FUSEHOLDER
RADIATRON PCBandPanelMounting
Seriesj
D BS rated and approved to DIN, VDE, SEMKO, UL
D Touchproof & panel sealed
D For 1¼" x ¼" and 5 x 20mm fuses
D Touchproof fuseholders with Dual
Capability also Push Fit Mounting

Panel Mounting Fuseholders

Miniature fuseholder Fuseholder (UL approved) Touchproof fuseholder Touchproof fuseholder with
FEP 031.1001 FER 031.2001 To DIN 41664 "push-in" mounting
For 5 x 20 mm fuses For 1¼" x ¼" fuses FEB 031.1401 FEF031.1091
10A/500V ~ SEV, 6.3A/250V ~ Waterproof from front For 5 x 20 mm fuses
VOE and 7A BS 10A/500V"' SEV, 10A/500V ~ SEV, 6.3A/250V ~ For 5 x 20 mm fuses
Mounting hole 13 mm !if 6.3A/250V ~ VOE VOE and SEMKO 6.3A/250V
Bayonet cap fuse carrier 15A/250V ~ UL Mounting hole 13 mm /K Mounting hole: 11)13 mm
Solder tags 2.8 x 0.5 mm Mounting hole 13 mm JK Solder tags 2.8 x 0.5 mm Testvoltage4KV/50Hz, l min
Test voltage 4 KV. 50Hz, Bayonet cap fuse carrier VOE/SEMKO/SEV approval
1 minute Solder tag connections Test voltage 4 KV, 50Hz, 1 minute
-~----1-4----
Test voltage 4 KV, 50Hz, 1 minute 0,75-1,5

iITJID?,
?re'
M

. ."
Ma,panallhlck-
ness 5 mm
n
13 ~

'
- --
4
----

,._
- :,
'

33
- --

0,5
---

Voltage Selectors Touchproof fuseholder

Touchproof fuseholder
(Flush mounting)
For both 20mm x 5mm and
Voltage selector with FEI 031.1431 1¼" x ¼" fuses
built-in fusel,older FEU031.1673 flat black socket ,,
SWP 033.1000/SWR 033.2000 For 5 x 20 mm fuses
10A/500VCC SEV, 6.3A/250V~ FEK031.1661 carrier for 1¼''x ¼ fuses
For 5 x 20 mm fuses VOE and SEMKO FEK031.1663 carrier for 20 mm x 5 mm fuses
SWP 033.1000 Mounting hole 13 mm /K 6.3A/250V to VOE, semco
For 1¼" x ¼" fuses Bayonet cap fuse carrier 12A/250V to UL,CSA
SWR 033.2000 Solder tags 2.8 x 0.5 mm
Bayonet cap fuse carrier Mounting hole:¢ 13 mm
VOE/ SEM KO /SEV approval Bayonet cap fuse carriers
6 voltages set by using Test voltage 4 KV, 50Hz, 1 minute Test voltage 4KV, 50Hz, 1 minute.
Screwdriver or coin after
removing the cap
Standard voltage marking ....
-
moxS
110/125/150/200/220/250V --q--- 12,5
Rating - 6.3A/250V ~ VOE 0
JS
22 1
max. 7 ---
~
,. i_ _JJ..11~..,_
_ _._"""'lll
Printed Circuit Fuseholders
4
Fuseholder for printed circuit
mounting (Vertical) 45
FAP 031.3601
For 5 x 20 mm fuses Spring clip fuseholders for Fuseholder for printed circuit Open mounted fuseholder tor
Vertical mounting printed circuits mounting (Horizontal) printed circuits
10/250 ~ SEV, OG 751.0035 FAS 031.3511 OG 031.B001/8002
6.3A/250V ~ VOE For fuses 5x20mm and 1¼"x¼" For 5 x 20 mm fuses 10A/250V ~ SEV,
Bayonet cap fuse carrier 10A/250V::a Angled mounting 9° from 6.3A/250V~ VOE
SEV, VOE approve.d horizontal
Test voltage 3 KV, 50Hz, 1 minute OG 751.0045 For 5 x 20 mm fuses
For fuses 5 x 20 mm 10/250"' SEV, OG 031.8001
6.3A/250V ~ VOE
.,,_,... Bayonet cap fuse carrier
SEV approved
For fuses 1 ¼" x ¼"
OG 031.8002
' Test voltage 3 KV, 50Hz, 1 minute Test voltage 3 KV,
" 50Hz, 1 minute
r:_-·--;
_j
H-
-' <:>~A__,

<.; F

-~ o,e
Mounting hole

Anti-rotational washer Size~

0 I© D F
For locking fuse holders with mounting :' Order No. A B C E
hole ot 13 mm 0 + 0,4
without punching a complicated D-lock 031.8001 29 9,5 4 16 25 0,4
0
Manufacturedin Switzerland 031.8002 41 14 4 18,5 37,5 + 0,6 0,5
~~- _j o~- he~ 0

49
CALL COMWAY... (0344) 24765 orTELEX 847201
 IIEATSINKS
GeneralPurpose
& Power redpoint
CJ Push-on for T0-5, T0-18 packages
Chassis mounting for T0-3, T0-616,
D T0-92 & T0-220 packages
CJ Power extrusions

HEATSINKS FOR TO-SPACKAGES HEATSINKS FOR T0-18 PACKAGES

TYPE 18DC/HA
PUSH-ON MOUNTING Th is device is a twin transistor
flange clamping heatsink with
This range is free mounting and black anodise finished
insulation between each device
in three variations. and from the chassis and finished
in hard anodised metal.
TYPE 5F
Push-on lobed radiation fin. TYPE 18F
Thermal rating e = 50°C/watt This is a push-on lobed radiation
Size - 0.625 in.dia. x 0.5 in. fin black anodised and free standing.
(15.8mm dia. x 12.7mm) Thermal rating e = 50°C/watt
Size 0.563 in.dia. x 0.50 in.
TYPE 5F2 (14.3mm dia. x 12.7mm)
Half Height version of 5F.
Thermal rating e = 80°C/watt TYPE 18F-2
\
Half height version of the 18F type.
TYPE 5F-6 Thermal rating 9 = 80°C/watt
Double Height version of 5F. Size 0.563 in. dia. x 0.25 in.
(14.3mm dia. x 6.3mm)
Thermal rating 9 = 38° C/watt
Size 0.625 in.dia. x 1.0 in.
(15.8mm dia. x 25.4mm)

HEATSINKS FOR T0-92 PACKAGES

CHASSIS MOUNTING
Available in two versions, both hollow clamp screw trap TYPE 92DC
transistor flange against dissipation seating. The 5C This device dissipates
power from the
version is black anodised and tlhe 5C/HA typ1~ is hard T092 package in dual
anodised which gives insulation between the device configuration giving
and the chassis. temperature balance.
Thermal rating
9 = 80°C/watt
Size 0. 186 x 0. 75 x 0.31 in.
(4.8 x 19.0 x 8.0mm)
TYPE 5C & 5C/HA
Mounting SBA finished in
Thermal rating e = 30°C/watt green anodised and red
Size 0.938 in. dia. x 0.375 in.
(23.8mm dia. x 9.51111 )
Mounting 68A at 0.71 in. (l8.0mm)
1~..:.:.:.,
",;:~,
«.," _ _....,
nylon.

centres. /

TYPE 92F
This device is a board-
mounted radiator for
TYPE 5DC/HA T0-92, E-line and lock fit
This device insulates between each device devices.
and from the chassis and has a hard Thermal rating
anodised finish. 0 = 36 to 50°C/watt
Thermal rating 9 = 50°C/watt Dimensions 14 x 7 x 14mm
Length x sectio n - 1.25 x 0.375 x 0.625 in. high.
Mounting - 63A at 0.40 in. ( 10.1 rnm) Use inverted for free
centres standing mode.

Manufactured in U.K.

50
CALL COMWAY~.. (0344) 24765 orTELEX 847201
 HEATSINKS
redpoint General
Purpose
& Power

D Push-on for T0-5, T0-18 packages

D Chassis mounting for T0-3, T0-66,
T0-92 & T0-220 packages
D Power extrusions

HEATSINKS FOR POWER PLASTIC DEVICES

These sinks are designed for use with packages similar to the T0126, T0220 etc.

TYPE TV2 TYPE TV21

This unit is designed
This unit is designed specific- specifically for the.
ally for the T0-66 package. T0-220 package and
Thermal rating-&= 105° C/watt has the following
Size 38 x 27 x 22 mm high characteristics:-
Thermal rating 8 case
to sink to air =
10.5°C/watt
Dimensions 38mm x 28mm x
22mm high
Finish matt black anodised.

TYPE TV4 & TV5

The TV4 will accomodate
most packages with the
TV5 specifically covering TYPE TV1500
devices having off set Low headroom sink for
mounting holes. wide range of outlines
Both heatsinks satisfy the from T0-126 to T0-220
following dissipation Thermal rating
characteristics:- 8 = 12.5°C/watt
Thermal rating Dimensions 12. 7 x 31 x 30 mm high
&= 17°C/watt
Width x length 22 x 19mm
(0.866 X 0.75 in.)
Height 19mm (0. 75 in.)
Finish black anodised.·

CH 90
The CH-90 offers heatsink
facility to a broad range of
tab-pack semiconductors.
TYPE TVS The T0-127 outline was
Suitable for use with I.C. the package for which the
amplifiers mainly in audio CH90 was designed with
power applications with the the following specification.
TCA 940, TBA 810S and Therm~! rating
TA 7092. 8 = 18 C/watt. They are
Thermal rating all black anodised and are
e- = 16.5°C/watt 19mm (0.75 in.) in length
Dimensions 22 x 33 x 25mm and 8mm (0.31 in.) in
high. width and 32mm (1.25 in.)
Finish black anodised. in height.

Manufactured in U.K.

51
CALL COMWAY... (0344) 24765 or TELEX 847201
 HEATSINKS
General & Power
Purpose redpoint
CJ Push-on for T0-5, T0-18 packages
D Chassis mounting for T0-3, T0-6Ei,
T0-92 & T0-220 packages
D Power extrusions

HEATSINKS FOR T0-3 PACKAGES HEATSINKS FOR 1/C PACKAGES

These two devices are mounted by means of a
4BA screw and nut coincident with the device DIP1490
Clip-on heatsink suiting
and black anodise finished 0.1.L. devices with in-line
pins.
Thermal rating
e = 32°C/watt@ 2 watts.
Dimensions 10.5 x 31.0 length
TYPE 3SA Height above device 7 .5 mm
Thermal rating 9 = 8.5°C/watt on
3.5 in. (?5 x 101 mm) board
or thermal rating 8 = 3.8°C/watt on
3 x 4 in. (75 x 101 mm) aluminium
Overall Size 2.38 x 1.81 x 0.56 in.
(60.3 x 46.0 x 14.3mm) HEATSINKS FOR POWER DIODES ,l

TYPE DSF-1 ~'~

Th is red anodised heatsi nk
is designed to accept a
10.32 UN F or M.5 thread.
Thermal rating
9 = 27°C/watt
Hexagon A/F = 0.625 in.
(15.9mm)
Length 0.438 in. ( 11. 1 mm)

TYPE TV3 POWER FIN

Utilising twisted vane design for
maximum dissipation.
Thermal rating 9 = 7.2°C/watt SEMICONDUCTOR MOUNTING COMPOUND
length/width/height 38 x 42 x 25mrn
(1.5 X 1.65 X 1.0 in.)
THERMPATH 167
9 approximately equal Properties
to 0.05°C/watt 0.001 in. Specific gravity
20ml syringe 12g vial. 2.7
When mounting the Thermal Conductivity
semiconductor, this 16.7 x 10-4 cals/cm sec°C
material improves the Dielectric strength
thermal resistance by up 280v/0.001 in.
to 40%. The minute airgaps Bleed
are filled and the compound 7 days at 20°C, 0.1%
is stable over a wide 24 hours at 200°C, 0.2%
temperature range and Volume resistivity
maintains insulation. At 20°C, 1.1 x 101s ohm cm
At 177°C, 4.3 x 1013 ohm c~.

Manufactured in U. K.

52
CALL COMWAV. .,.(0344) 24765 orTELEX 847201
 HEATS
INKS
redpoint & Power
GeneralPurpose

D Push-on for T0-5, T0-18 packages

CJ Chassis mounting for T0-3, T0-66,
T0-92 & T0-220 packages
D Power extrusions

POWER EXTRUSIONS

M-TYPE *
BLACK ANODISED BRIGHT
For applications including 2" - 51mm 8 = 4.2°C/watt 4.8°C/watt
that of printed circuit 2M
Height 0.56"-14mm
boards and suitable for Width 3.69" - 94mm 3M 3" - 76mm 8 = 3.2°C/watt 3.7°C/watt
extern-al mounting on 4M 4" - 102mm 8 = 2.8°C/watt 3.2°C/watt
equipment. 6M 6" - 152mm 8 = 2.25°C/watt 2.6°C/watt

W-TYPE
2W 2" - 51mm 8= 1.9°C/watt 2.2°C/watt
Extremely efficient chimney
sink with built-in mounting Height 1.25" - 32mm 3W 3" - 76mm 8= 1.5°C/watt 1.8°C/watt
facility and transistor Width 5.12" - 130mm 4W 4" - 102mm 8= 1. 3°C/watt 1.5°C/watt
coverage. 6W 6" - 152mm 8= 1.1°C/watt 1.3°C/watt

Y-TYPE

Light we~bt but efficient 2Y 2" - 51mm 8 = 6_2°C/watt 7.2°C/watt

unit suited to P_C.B_ Height 0.63" - 16mm 3Y 3" - 76mm 0 = 4.8°C/watt 5.5°C/watt
application. Width 2.36" - 60mm 3.5Y 3.5" - 89mm G = 4.2°C/watt 4.8°C/watt
Has acceptance slots for 4Y 4" - 102mm 8 = 3.9°C/watt 4.5°C/watt
transistor cover chield.

TYPE 1.25GY For T0-220. Thermal

rating 8°C watt.
Choice of stable vertical or
horizontal mounting modes. *Black anodised
Central groove one side heatsinks available
prevents device rotation. to special order
Backside plain.
Dimensions as Y type
extrusion, 32,. long (1.25").
Fixing centres 38mm for
self-tapping screws.

Manufactured
in U,K.

53
CALL COMWAY... (0344) 24765 orTELEX 847201
ElMAKNOBS
IColletType RADIATRON

i
D Unit construction concept
[=:J Three collet diameters - 3mm, 4mm & 1/8"
c:::::J Plastic mouldings highly stable

KNOBS 10 MM DIAMETER KNOBS 14.5 MM DIAMETER

1114.5
n fl ~
.........
yt \._
''1 1

lt 11 d
r r-TI,,
.~14.5
.. ', ','
------"

II , 1Id
Lt
I ~
Ail r _) J

••
Knobs 70-1 0 (020 series) ~

J
71 -10 (0:21 series) 17-f ll
~I

~~
!

010
~=ED ¢-t---t
_t__•_.-
- - --

__,5.2 --
,[!
l '
:

I·I
I
70-14 and
(020)
71-14 Series
(021) :=17
16 73-14
(023)
(Wing)
Series
----
a

16
---------
17
I

13
I
!:

DI
I
I Knob
Wing Knob
E:3
I
13.7 Knob with
1 .. .. 1
Standard with line
line

~
ORDERING INFORMATION
Knob Standard
D Knob with line Computer Old Part
Code
020-3110
Number Colour
7~14- Grey
%
3
a
5.2
d
-
020-3210 70-14- Grey 1 /8 5.2 -
020-3310 70-14- Grey 4 5.2 -
020-3410 70-14- Grey 6 7.0 3.2
020-3510 70-14- Grey 1 /4 7.0 3.2
020-3120 70-14- Black 3 5.2 -
020-3220 70-14- Black 1 /8 5.2 -
ORDERING INFORMATION 020-3320 70-14- Black 4 5.2 -
020-3325 70-14- Matt blk 4 5.2 -
Computer Old Part 020-3420 70-14- Black 6 7.0 3.2
Code Number Colour JI 020-3425 70-14- Matt blk 6 7.0 3.2
020-3520 70-14- Black 1 /4 7.0 3.2
020-2210 70-10- Grey 1 /8 020-3525 7~14- Matt blk 1 /4 7.0 3.2
020-2220 70-10- Black 1 /8 021-3110 71-14- Grey 3 5.2 -
020-2110 70-10- Grey 3 021-3210 71-14- Grey 1 /8 5.2 -
020-2120 70-10- Black 3 021-3310 71-14- Grey 4 5.2 -
020-2310 70-10- Grey 4 021-3410 71-14- Grey 6 7.0 3.2
020-2320 70-10- Black 4 021-3510 71-14- Grey 1 /4 7.0 3.2
021-2210 71-10- Grey 1 /8 021-3120 71-14- Black 3 5.2 -
021-2220 71-10- Black 1 /8 021-3220 71-14- Black 1 /8 5.2 -
021-2110 71-10- Grey 3 021-3320 71-14- Black 4 5.2 -
021-2120 71-10- Black 3 021-3420 71-14- Black 6 7.0 3.2
021-2310 71-10- Grey 4 021-3520 71-14- Black 1 /4 7.0 3.2
021-2320 71-10- Black 4 023-3110 73-14- Grey 3 5.2 -
2.6 023-3210 73-14- Grey 1 /8 5.2 -
Stator (Black) 1453-10/1 (043-2220) 023-3310 73-14- Grey 4 5.2 -
023-3410 73-14- Grey 6 7.0 3.2
023-3510 73-14- Grey 1 /4 7.0 3.2
j ' 023-3120 73-14- Black 3 5.2 -
•r=- t
t65.6--- ~4.2 Owing to lack of space it is not
possible for the stator to be
023-3220
023-3320
73-14-
73-14-
Black
Black
1 /8
4
5.2
5.2
-
-
6
r -::::= '
~2
~

1.2
~20
mounted with a fixing nut,
023-3325
023-3420
023-3425
023-3520
73-14-
73-14-
73-14-
73-14-
Matt blk
Black
Matt blk
Black
4

1 /4
6
6
5.2
7.0
7.0
5.2
-
3.2
3.2
3.2
1 023-3535 73-14- Matt blk 1 /4 5.2 3.2

STANDARD ACCESSORIES
All dimensions in mm
Slotted Nut 1465-(046-Series)

d(Threadl
M6 x 0.75
M8 x 0.75
M10 x 0.75
3/8 - 32
Old Code
1465-6
1465-8
1465-10
1465-3/8
NewCode(046-J
-luuu
-2000
-3000
-4000
@ ~
Threaded Dia,
1,
Manufacturedin Switzerland
2.5

54
CALL COMWAY....(0344) 24765 orTELEX 847201
 ELMA
KNOBS
RADIATRON ColletType I
C=:J Unit Construction concept
c:J Five collet diameters - 3mm, 4mm, 6mm, 1/8" & 1/4"
[==:J Plastic mouldings highly stable
c=J Now available in black matt finish

KNOBS 21 MM DIAMETER KNOBS 28 MM DIAMETER

-
r-=~~_j~r
f f----
r = l 1 ' -'-~ ::;·;:
I&16.5
..-JI ....___=~
3,:
I '
1
~=- -t-,----,

r-fr '
25.3 •
_J~·\
'
~21.'
d ldf

l
l-t - ==
L -------
I
=-=-
- -----
3.1
~i
~ iJ
~,I -

'.
,
,
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_j/

, I
I
"'21 • 3
'f'

• ..11G.5l
' ., '
t-
~ 1

'
d
t
~- ----
......--~-~ ~I ,
;;_~,i:i - :
,-- -,::
I
I
I

I
I
I

33'
628

l' 1625.5
¢,
I
dJI -
l::
-Hr11
"-- I

1 ~--J
E 1
1
3 1 I/
\1
·--i I L_ ~I

t ;; Ji
I a

~
_ 11 _ _j I I
3.3
,II
I
_j
-
--- a 33
(_ 18 _ _j

=:::j
I
--
18 _j
70-21 and 71-21 Series
(020-and 021-series)
73-21 Series (Wing)
(023-series) 70-28 & 71-28 Series
w;ng Knob
73-28 Series ~ ~:

I DI Bl
!020- and 021- Series) (023- Series)

B Wing Knob!
with line Knob
Standard
Knob
~~=
Wing Knob
with Line

ORDERING INFORMATION
ORDERING INFORMATION
Computer Old Part
Code Number Colour flJ a d Computer Old Part
Code Number Colour Jlf a d
020-4310 70-21- Grey 4 8,3
020-4410 70-21- Grey 6 10.1 4.2 020-5510 70-28- Grey 1 /4 10.3 3.2
020-4510 70-21- Grey 1 /4 10.1 3.2 020-5520 70-28- Black 1/4 10.3 3.2
020-4320 70-21- Black 4 8.3 020-5410 70-28- Grey 6 10.3 4.2
020-4325 70-21- Matt blk 4 8.3 020-5420 70-28- Black 6 10.3 4.2
020-4420 70-21- Black 6 10.1 4.2 021-5520 71-28- Black 1 /4 10.3 3.2
020-4425 70-21- Matt blk 6 10,1 4.2 021-5510 71-28- Grey 1 /4 10.3 3.2
020-4520 70-21- Black 1 /4 10.1 3.2 021-5420 71-28- Black 6 10.3 4.2
020-4525 70-21- Matt blk 1 /4 10, 1 3.2 021-5410 71-28- Grey 6 10.3 4.2
021-4310 71-21- Grey 4 8.3 023-5520 73-28- Black 1/4 10.3 3.2
021-4410 71-21- Grey 6 10.1 4.2 023-5510 73-28- Grey 1 /4 10.3 3.2
021-4510 71-21- Grey 1 /4 10.1 3.2 023-5420 73-28- Black 6 10.3 4.2
021-4320 71-21- Black 4 8,3 023-5410 73-28- Grey 6 10.3 4.2
021-4420 71-21- Black 6 10.1 4.2
021-4520 71-21- Black 1 /4 10, 1 3,2
023-4310 73-21- Grey 4 8.3
023-4410 73-21- Grey 6 10.1 4.2
023-4520 73-21- Grey 1 /4 10.1 3.2
023-4320 73-21- Black 4 8.3
023-4325 73-21- Matt blk 4 8.3
023-4420 73-21- Black 6 10.1 4.2
023-4425 73-21- Matt blk 6 10.1 4.2
023-4520 73-21- Black 1 /4 10.1 3.2
023-4525 73-21- Matt blk 1 /4 10.1 3.2

Threaded Bush 1466-

Supplied complete (047-Series)
with hexagon nut. T~readed
o,a.
j L-
I r- ---
--~f,!
C J 13.5
Key Spanner 1467: Required for slotted nut 1465 and
d (Thread) Old Code New Code
threaded bush 1466. Also for 10mm knob collet.
M6 x 0,75 1466-3 -1000 d -~-
-2000 8
M8 x 0.75 1466-4 2.5
M10 x 0.75 1466-6 -3000
Manufacturedin Switzerland
55
CALL COMWAY... (0344) 24765 orTELEX 847201
 ElMAKNOBS
ColletType RADIATRON
D Unit construction concept
C:J Three collet diameters -- 3mm, 4mm & 1/8"
c=J Plastic mouldings highly stable

* ACCESSORIES * ACCESSOR~ES * ACCESSORIES* ACCESSORIES* ACCESSORIES* ACCESSORIES*

- C
- a
2. 7 -1L.Bn 3.s

All I I I
d
Dim's
i.-J-- b
rn
mm. e

CAPS POINTERS NUTCOVERS

, Knob Comp. Old I C

0
Comp. Old C
0
Comp. Old g
Size Code Part \ L Code Part L Code Part L
040- Number 0
u 041- Number 0
u Number S
1450- R 1450- R R

-1010 - 9- Grey 0.7 a D -2010 -10- Grey I D ,--W_it_h_ou_t-,--L_in_e_...., D

-1020 - 9- Black _2.4 b M
I
·-2020 -10- Black
1.8 Ia ~044- 1454 I
6.8 I
b E -2010 -10- Grev 14.0 a W
-1030 - 9- Red 7.0 ,__
_____ c N
E -2030 -10- Red ,____ __. N -2020 -10- Black N
0. 7 I C I S
10 mm -1040
-1050
-
-
9-
9-
Blue
'Yellow
5.4 d
6.7 e 0
s
I
·-2040
·-2050
-10-
-10-
Blue
Yellow
7.0 Id!6 t---0-44--.,.--14_5_5__--+--
With Line
6S
10.0 e N -2110 -10- Grev 15.5 b N
-1060 - 9- Green 2.3 If N
s ·-2060 -10- Green S -2120 -10- Black S

Without Line
-3010 -14- Grey 1.0 a D --3010 -14- Grey D 044- 1454 D
-14- Black I 2.0 a I -3010 -14- Grey I
-3020 3.5 b M --3020 -14- Black 17.0 c
, M t-7'"-,,...30_,_2_1~..,..-.,-1_4-_-,-B_la_c_k M
9 ·3 bJ 1

~ --3030
E With Line E
14 mm -3030 -14- Red .!.UL_:_ -14- Red
~ -310ici- !._~~~ Grey
,__o_._9_,_c_,I ~
-3040 -14- Blue 8.5 d s --3040 -14- Blue
9. 7 d I i--.=--~31"'""27"0~...,-""1-:c,4-.,.-----;
-3050 -14- Yellow 9.0 e 6--3050 -14- Yellow - 14_5 e ON ForWin Knob
Black i----t--t I
0
-3060 -14- Green 3.2 f ~ --3060 -14- Green t--~04"=4;--+-----+:o~-t 18.7 d N
S -3210 Grey S
-3220 Black

-4010 -21- Grey 1.0 a D --4010 -21- Grey

I _2 4 ~ DI
-4020 -21- Black 5.0 b M --4020 -21- Black
21 mm -4030 -21- Red 16.5 C E --4030 -21- Red
~1~IEJ W
N 1.0 C N
-13.6 d sI --4040
-4040 -21- Blue -21- Blue s
16.5 d I
-4050 -21- Yellow 15.4 e 0 --4050 -21- Yellow
-21- Green
i---<--<N 21.0 e ~
-4060 4.0 f s -4060 -21- Green s
-5010 -28- Grey a
_ 1.2 ?
-5010 -28- Grey
3.0 a I
D
-5020 -28- Black 5.0 b M -5020 -28~ Black
-;,3 0 -c NE -5030 17.0 b W
28 mm -5030 -28- Red •- . -28- Red
>----- s 1.1 CI ~
-5040 -28- Blue 20.0 ~ 1 -5040 -28- Blue
20.5 d I
-5050 -28- Yellow ,_22.3
__ .--,e N
O -5050 -28- Yellow ,----,--, 0
28.0 e N
-5060 -28- Green 4.2 f s -5060 -28- Green s
Manufacturedin Switzerland

56
CALL COMWAY....(0344) 24765 orTELEX 847201
 r-,

~,
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CL) a-;-~~z~-O~UJIO~~~ZUJ,-0:ZUJI o~~~z~-O~UJI0- ~w ZUJ;-O~UJi
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(.) (042-) (1452-) (042-) (1452-) (042-) (1452-) (042-) (1452-)
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Grey
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-2910 I
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-3920
I -3910
I -14;9;
I Colour
-4920
I -4910 I
-2119
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I -5910 I Colour
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 POTENTIOMETERS
HelipotSeries/Dialls Beckman®

D Precision wirewound
D Choice of 1, 3 or 10 turns
D Resistancevalues from 5 ohms to 500Kohms
D Power ratings up to 5W at 40° C

The Helipot®range of precision potentiometers TECHNICAL DATA

provide proven reliability wirewound units. Resistance Range and Wireturns
The tables shown below detail the standard range of
resistance values.

No. of Resistance Temp, Independent Starting Torque Running Torque

Type Pownr Rating Noise Max.
Turns Tolerance Range Linearity max. (oz.· in.) max. (oz . . in.)

A 10
< 1000:±5% -135 to +85 5W at 40°C < 1000:±0,5% 52,6140°5000 3.0
:>:1000:±3% >1000:+0.25% > 2,6140°2500 3.0
·- ~-

C 3 ..c::;;
lk0:±5% 58000=5000
-65 to +85 3W at 40°C ±0.5% 3,0 3.0
>1k0:±3% >8000=2500
·- ~

5311 1 ..c::;;400:±5% -:rn to +85 2W at 40°C <2500:±1% ~5000=2500 1.0 0.7

>400:+3% 2 2500:±0.5% > 5000=1000
7246 10 ±5% -:25 to +85 2W at 70°C ±0.25% 1000 2.0 2.0
7276 10 ±5% -25to+105 2W at 70°C ±0.25% 1000 1.5 1.5
7286 10 ±5% -55 to +125 2W at 70°C ±0.25% 1000 0.8 0.8

Resistance Type A TypeC Typ115311 Type 7246 Type 7276/7286

Value Wire Turns ±5% Wire Turns ±5% Wire Turns ±5% Wire Turns ±5% Wire Turns ±5%
5 - 617 - - -
10 1,235 794 :W3 1,200 -
25 2.500 -
·--·
- 1,827 -
50 3,205 813 - 2,088 -
100 2,500 1,185 449 2,496 1,685
200 3,252 - - 3,066 2,725
·--·
500 4,252 1,9~,9 (;35 3,185 3,363
1,000 5,397 1,772 666 3,584 4,161
2,000 6.386 - - 4,072 5,043
5,000 7,221 3, 1 J,5
·--
1,107 5,090 5,563
10,000 8,842 3,711 ·1,362 5,479 6,024
20,000 11,020 4,7EO 1.512 6 236 6,209
·->---·
30,000 12,311 4,9~-2 1,1317 8,168 8,137
50,000 14,709 5,900 8,620 10,022
100,000 16,475 6,557 8.765 10,770 OUTLINE DRAWING
·->---
125,000 - - - 9,873 - MODEL RB
150,000 - 6,2Ei0 - - -
200,000 20,377 - - - -
·- >---·
300,000 21,946 - -
- -
500,000 20,868 - - - -
The Duodial®models RB and 2606 turns-counting
dials have applications wherever setting of multi-turn
devices require accurate counting,

TECHNICAL DATA
Counting Capacity: 15 turns maximum.
Shaft Diameter: For¼" shafts
Locking Mechanism: Positive action.

PRIMARY DIAL

COVER

Manufacturedin U.K.

58
CALL COMWAY... (0344) 24765 orTELEX 847201
 POTENTIOMETE
Beckman® l
HelipotSeries/Dials

D Six types - 7/8" to 1 13/16" dia.

D Matching turns-counting dials
D Outline drawings with dimensional details

OUTLINE DRAWINGS-Precision Potentiometers All dimensions in inches.

MOUNTING FACE TypeC

TERMINALS·
1_1·~ (GOLD PLATED) MOUNTING FACE
16

0000
0010

.J_
J6
0000
0003
DIA.

\__LOCATING LUG· SHAFT STAINLESS

J
HOUSING·
STEEL (PASSIV.A.TED)
MOLDED P• AST!( .125 DIA. LOCATING LUG· 125 DIA

Type A LID, MOLDED}

PLASTIC
i- 32 NEF THREAD
HOUSING MOLDED BUSHING, BRASS
(BRONZE CHROMA TED)
PLASTIC
Type 5311 MOUNTING FACE

BRASS(BRONZE
CHROMATED) Type 7246
MOUNTING FACE

TERMINALS:
SLIDER (GOLD PlATED)

3 SHAFT: STAINLESS STEEL

LDIA
(PASSIVATED) 8
'8
HOUSING:
MOLDED PLASTIC LOCATING LUG: .125 DIA. LID: MOLDEDPLASTIC
HOUSING:
MOLDEDPLASTIC
Type 7276/7286 j-32 NEF THREAD
Adjustment slo\
Mounting Face BUSHING: BRASS
.047widex.063_:838 deep
(BRONZE CHROMATED)
±1/32 x 7/32 long
±1/~
---- 3/4
,.,,.I Type 2606
5/16

+.000 5/BR
_062 - 010 Max.
Glass fillled LOCKING LEVER
Polycarbonate
.404±.022
dia.

/l
II

Locating Lug
3/8-32NEF- COVER
Slider Thread
Housing & lid in Shaft 7246- glass-filled polycarbonate LOCATING PLATE
glass-filled nylon. 7286 - stainless steel
Manufactured in U.K.

59
CALL COMWAY... (0344) 24765 orTELEX 847201
 POTENTIOMETERS
Cermet
Trimming Beckman®

CJ T05 single turn

CJ 3/8" square single/multiple turn
CJ 3/4" rectangular - 15 turns

INTRODUCTION
Helitrim ® Cermet Trimming Potentiometers offer power resistance elements in small sizes and low cost in the
following types together with mounting brackets for use with 78P and 89 ser:es trimmers
TECHNICAL DATA
Type Oescri ptio n Resistance No. of Temperature Power Temp. Coefficient
Range Turns Range • Rating

62P ¼" dia. General Purpose low -25°c to 0.5 Watts

profile version (82P). 100 to lMO 1 ±100 ppm/ 0 c max.
82P +125°C at 10°c

-55°C to 0.5 Watts

68W 3/8" Square General Purpose 10D to 2MD 18 ±100 ppm/°C max.
+125°C at 70°C

72P 3/8" single turn, low cost. Three 0.5 Watts

100 to 2MO -55°c to
72PM mounting variations available. 1 at 10°c ± 100 ppm/ 0 c max.
+105°c
72X
72XW

77P ¾" Rectangular sealed trimmer 100 to 2MO 15 -55°c to 0.75 Watts
±100 ppm/ 0 c max.
79P 79P low profile version. 15 +125°c at 25°c
1¼" Rectangular general purpose small -55°C to 1.0 Watts
78P 100 to 2MO 22 ±100 ppm/ 0 c max.
size. Mounting bracket also available +105°c at 10°c
89P ¾" Rectangular, low cost, low profile -55°C to 0.75 Watts
100 to 2MO 15 ±100 ppm/°C max.t
89W mounting bracket also avadable +155°C at 25°c

*Derating to Oat TDC max.

tO to 500 for 10 and 20 ohms, 0 to 250 for 50 ohms. OUTLINE DRAWINGS (All dimensions in inches).

T05 SINGLE TURN 3/S"SOUARE, \ Stand off AdJuftment Screw . 150 d1a. ]/ 16

~~~~E
Slot 031 wide X .031 deep

Model 62P <

100 1 010
l_[\ll- .t.2 ~·-.
[§i]
~! 010
and 82P
f 62P- .250 /' (, ~/'
'

.
/
j
Model 72P r -.; 'i-+· 1
,

82P- .150 90°

±50

/
\j- . ~

1
025 f. 010
l ..
/

- 3116
'
3/16

3116mm
-
3/16
-
l 037 Typ.
Solder able term,nah
Olo±.002 thick
Jc-.-,-1
- o:;,

l... - 3/8 --- Schematic Diagram

Models 77P & 79P 77P 79P i- ~ Stend off Ad1u1tment Scrf!W .150 d1a

I--------- 190 010 13116: S1ot.031wKleX 031deep

3116

'1R,,:·~~"1:
~=u"""'[ :l
750t 010-----------1
.:0010-<w~
~~c -=fl~~s
f- !,
2ec_J 1.-- Mod,172P~~
1 5
, 010

E1
1 -----.-- ~
I _
CW'' 131;6! J
J ;... ' s
.~·y;J'"
"OJ !

T-
.070±.010
:
,' '
I 200
j
t 025 I
I •~ ~"J
f-- 318 ..,
3116m1n 3116
I
~ ~
1VP t 010 1
200...; .i015 ±~o 1 ~:o
.500±010~---..0 .125
-·fI
::.-::.::.-::.-::.::.-::.::.::.-::.-::.-::.-::.-::.-::.-::.-::.-::.-::.-::.::.-::.-::.::.-::.-::.-::.-::_--_-_-_-_~_-_-_-_-_-_-_:_-_-_-~_-_-_-_-_-_-_-_-_-_~_,
AOJUC>lMfNTSCREW---¼
150 [) A C>LOT 031 WIDE

Model 78P X 0) I DEEP +-1:a::a.:=:a::1-+~ CB

\__i..,/ t I
lI jj
lj
OJ/1"

Model 72XW

S0LDfRAAlf 1fRM•NA;1LS
A
STANDOCf
'11' ·/~·t-CCW
.-
1
o,o ~
~L=tl --
010 O(P TH CK ·-- 150 S 015

I ;:f~
- ·:
0

cw .. ,

[ JH -

Manufacturedin U.K.

60
CALL COMWAY~.. (0344) 24765 orTELEX 847201
 POTENTIOMETER
Beckman@ Cermet
Trimming

D 1¼" Rectangular - 22 Turns

D Low Profile Trimmers
D Various Mountings Available

STANDARD RESISTANCE VALUES, OHMS Model 68 W

10 100 1K 10K 100K 1M

20 200 2K 20K 200K 2M*
- - - 25K 250K -
50 500 5K 50K 500K - l 060·015
1.S24•0381

*Not available in Series 62P and 82P

375 ' 015
9!'>25•0.381

OUTLINE DRAWINGS
STANDD~F
~EET ./
ii I I ' I
Model 72X L I i '
'· ' ' 15•02 I
T--1I 045•015

,;::::,·t+·~ ~1
2~~· Do;!",
I
3.s,·o.5,
~
1.143·0,3111

245
,_ 187 015 -6.223MAX-i
4,750 ·0381
375•015
9!'>25·0381

56 BW Bushing Mount
I
(for use with 78P)
ADJUSTMENTSCREW\
.158/3,810 DIA.SLOT
.8J1/8,787WIDEX
STANDOFF
±.010
.OJ1/ff.787DEEP .300 DIA

~
Model 89P

ffl
....
n
190

~'r-,.soo"·:;
±.001 1-72 UNF Thread
2 Holes Stainless Steel
(Passivated)

I
/~o~ ~
--r 1/16
Model 89W

'"'"""'~"'"
'•'-J 1.~L,/
MAAK[DON
SUAf.,,CE

'
IHI$

'
100, 01001A
Ol~WID[X
WITH
011DFFl'SLOT

Circuit
i--.910±.010
Diagram marked
·- -.310±.010
3/16 __ :~/
1--..~~--3/s

3[~-
I I:

~
' ' 1

HOUSaNG
MOlOFDPLASTIC
on this~I s-u-rf-a-ce__,\
___ I i j

1tt··t1·
...,....
HAMINAl
l'INSIJI Material: Moulded Plastic 5/16 - 32 UNEF Thread
"'
ITYl'I

898 Bushing Mount

(for use with 89P/89W)
Manufacturedin U.K. All dimensions in inches

61
CALL COMWAY... (0344) 24765 or TELEX 847201
 RELAYS
j 120/130Series
0.1.L.
Reed ASTBALVX.
l.iL I IA-·4
D Choice of Form A, B, or C contacts ;;,,~ /? 75
D
D
Contact ratings up to 10 watts
"Built-in" diode on som1:lmodels
\ \ \ \ \
- \

DESCRIPTION
The Astralux 120/130 series offers the most complete range of D. I.L. relays.
Available in Form A, 2 Form A, Form B (magnetically biased) and Form C.
The range offers contact ratings up to 10 watts in Form A and B and 4 watts
in Form C. Models are suitable fo1· automatic insertion on standard 14 pin
receptacles or for p.c.b. mounting. Automatic relay testing ensures complete
rel ia bi I ity at Iow cost.
Nominal Must Must Max
Operate Release Continuous
1. Coil Operating Voltanes at 20°c V d.c. V d.c. V d.c. V d.c.
FORM A & C
FORM (Bl

(The Following are typical Values)

5
12
24 18.0
3.7
9.0
0.5
1.0
2.0
7.5 (5.01
18.0 (12 01
36.0 (24.01
~Ql1~J~!
2. Operate Time (mS) at nominal voltage:
f'ORM A
0.250
FORM B
0.10
FORM C
0.500
{_i~,;,'.__j . l~i._
~,010·•
2~ ,, ..··.'
1,J

JOO lJJ,,
,/bl
,1

-i
dl1,,.,,1
I1.

(Inc. bounce) 120 Series has a!I pins as shown.

130 Series has pins 1,2,6.7,8,9,13,14 only
3. Release Time (mS) (Inc. bounce) 0.15 0.60 1.3 150 Series has pins 2.6.8.14 only

Type 120 Type 130 Nom Coil Maximum Switch Ratings

Circuit Nom Diode f-----,-----,--------1
Form Schematics Vd.c.
@20°C CoitD Volts Amps Watts
14 pin 8pin
d.c. d.c. d.c.

1 FORM A
,;~] _:;
l - -• I)
121A-3
121A-4
131A-3
131A-4
5
5
500
500 Yes
100 0.50 10
-
::
(;
I-'-- -------
L:::
-·
•
9
fl
121A-5
121A-6
131A-5
131A-6
12-24
12-24
2900
2900 Yes

122A-1 132A-1 5 200

. ;=:~-=jlf:
' - ! ~)
:;
- , ..
122A-2 132A-2 5 200 Yes
122A-3 132A-3 12 500
2 FORM A , - ie -" 122A-4 132A-4 12 500 Yes
28 0.11 3
- ;~:_D ] ; .: ~I'
122A-5 132A-5 24 2150
L_ a

!::;
122A-6 132A-6 24 2150 Yes

1 FORM B
. ;: 1,1,
4- ·- II
121B-3
121 B-4
131 B-3
131B-4
5
5
500
500 Yes
100 0.50 10
:i- - 10 121 B-5 131 B-5 12 2900
- &
,~~
->--
_,
-- 'l 121B-6 131 B-6 12 2900 Yes

121C-1 131C-1 5 80
121C-2 131C-2 5 80 Yes
121C-3 131C-3 12 450
1 FORM C 28 0.25 3
121C-4 131C-4 12 450 Yes
121C-5 131C-5 24 1750
121C-6 131C-6 24 1750 Yes

125C-1 135C-1 5 150

125C-2 135C-2 5 150 Yes
1 FORM C 125C-3 135C-3 12 500 100 0.20 4
125C-4 135C-4 12 500 Yes
125C-5 135C-5 24 2150
125C-6 135C-6 24 2150 Yes
Manufacturedin U.K.
62
CALL COMWAY... (0344) 24765 orTELEX 847201
 RELAYS
AS'.rBALUX Open
&Moulded
Series
Reed

D Open & Moulded types

D Single or multiple pole
D Choice of coil voltage

DESCRIPTION
The Astralux 110/200 series of open relays are designed for economy
and flexibility of application. They incorporate Form A swiitching
single or multi-pole. Coil voltages of 5, 12 & 24V are available. Drive
levels are held to a minimum. Magnetic screening is standard.

Nam Coil 110SERIES 200SERIES Maximum Switch Ratings

Ciruit Vd.c. Nam Nam
Form Type Type Volts Amps Watts
Schematics @20°C Coil r2 Coil r2 d.c. d.c. d.c.

1 FORM A 3 ~1~~- --1

4
5
12
24
111A-1
111A-2
111A-3
375
1000
2000
201A 1
201A2
201A3
150
1000
2000
110 Series

200 0.5 10
5
I~
I
3~~--- 4
5 112A-1 250 202A-1 125 200 Series
2 FORM A 5 ~.__ --6
12 112A-2 1000 202A-2 BOO
24 112A-3 2000 202A-3 1900 400 1.0 15
1-----------1

3 FORM A
3~~~•
s-~ .,._
__ --6
5
12
113A-1
113A-2
125
800
203A 1
203A-2
75
275
/4-------"-' ~8 24 113A-3 2000 203A-3 1000
9 _ _I

4 FORM A
3 -'-~_:t,----·-
-
5--..- 0
_,/~~6 4 5
12
114A-1
114A-2
125
800
204A-1
204A-2
75
275
7- -- ...-~ .. 8
11 __ 9 __
___J:.. ---..._ ________.
10 24 114A-3 2000 204A-3 1000

DESCRIPTION
The Astralux 180 series is a complete family of moulded relays. Available in Form A & 2 Form A. Al I models offer coils
of 5, 12 or 24 volts designed to keep drive levels to a minimum. Magnetic screening is avai Iable on al I models. Automatic
relay testing ensures complete reliability at low cost.
Type 180 Nam Maximum
Centres Co1·1 Nonh Switch Ratings
Form Circuit Schematics _1 ,, Coil ,H, Diode
0 00 V d.c. @
200 c Volts /limp att
I 2. 54) @ 20°c d.c. d.c. d.c.

1 FORM A
(+)~

(-)3
=~.___.
~
5
5
5
12
12
24
500
500
1000
1000
2000
Yes
Yes 500 0.50 10

24 2000 Yes
182A-1 5 375
(+)1~ 182A-2 5 375 Yes
2 ....___. 7
182A-3 12 1000
2 FORM A 200 0.50 10
3 ....___. 6 182A-4 12 1000 Yes
182A-5 24 2000
(-)4 182A-6 24 2000 Yes

Manufactured in UK
63
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. RESISTOR
NETWORKS
IRESNETSIP ®
Beckman®

• Be-~kW"!nl..'.)IM,
D Thick film resistor networks
75A-l ·Hl~/. 7528
D SIL encapsulation . ..
D Low Profile

Beckman Low Profile RESNET™ SIP Resistor Networks provide mul-

tiple thick film resistor configurations packaged in standard 8-pin Standard Resistance Values in Ohms (±2%)
moulded single-in-line packaging for ma:<irnum componE!nt density app-
lication. The low profile SIP combines the close board spacing advant- 100 330 1.5K 6.8K
age of a SIP witb the low profile of conventional D1Ps (0.200 in./5,08 120 470 2.2K 10K
mm max.). 150 680 3.3K 15K
Series 764-1 Resistor Packages consist of seven equall resistors in an 220 1K 4.7K 22K
8-pin SIP, each having a common terminal at pin one. Common uses
for these networks include "pull-up" and/or "pull-down" applications.
Series 785-1 Resistor Packages consist of nine equal resistors in a 10
pin S.1.P., each having a common terminal at pin one. For use part-
icularly in microprocessor data highwc1y pullups with 8 bits plus one OUTLINE DRAWINGS
bit for parity.
Series 764-3 Resistor Packages consist of four equal, isolated resistors.
Applications typically include line termination and IL.E.D. current 764-1/764-3
limiting.

7 Resistors >+------2~~~~!xx------,
8--Pin SIP
7154-1-R (R) MODEL
IOENTIFICATION

DOTINOICATES
PIN N0.1

4 Resistors
8--Pin SIP
7Ei4-3-R (R)

0.79!.D.81
17.71±0,25 ____ ,
9 !Resistors •TYPICALSPACING
,_. ____ D.90!.0.81______ , NONACCUMULATING
10-Pin SIP 22,16.!.8,25
785-1-R (R)

785-1
Performance Specifications
~~~~~~.~ 8.0IMAX.
2,29MAX. ~
Resistance Tolerance (+25°C) ......................... ±2% max. ----,~~.~':t!~-~ D.045!.8.119
MODEL
IDENTIFICATION O.SIMAX, ---1 1,1'3!0,254
Resistance Voltco (+25°C) .......................... -.01 %/V ,C,7] MAX. I

Power rating ......•...•.......•. 7135..... 764 ..... 764

DOTINDICATES
PIN N0.1
r,.,..,--------.---T-
-11
--1 -1 -3 I I 035MAX.

Single resistor (+25°C, still air) ..... 0.5\N 0.175W 0.2W .....,~~~~~=~....-1,·,r1·rr.~ri~
: I "'i"

Jl
Total Package (+25°C, still air) ..... 2.'5\N 1.5W 1.5W 11 II IJ II 0125•8825-8.8
II II 11 II 3175•8&35-D,D
Linear Derating to OW@ 150°C ~ Extrapolating
from 125°C (max operating temp). :~~:::::_n'
,::!D::• -~TYP
u u!O~

~"!~ 127±.825 Ol2±.0D1M

12.78±8.25 D.18~0.0,_1 0,385!.8,182
Resistance Temperature Coefficient (-55°C to +125°CJ,: 100 ppm/°C
17.71-0.25
0.99•8.1 • TYPICALSPACING.
Resistance Tempco Tracking .................. ±50 ppm/°C max. 22,16!.0,25-------- NONACCUMULATING.

Operating Temperature Range .................. -55°C to +125°c

Storage Temperature Range ......... , ......... -55°C to +125°C Manufacturedin U.K.

64
CALL COMWAY... (0344) 24765 orTELEX 847201
 RESISTOR
NETWORK
Beckman® ~ DIP
RESNET I
D Thick film resistor networks
D Standard DIP package
D Wide range of applications

Beckman RESNET R DIP Resistor Networks Standard Resistance Values in Ohms

provide multiple thick film resistor configurations (Specify in order No. i.e. 898-1-R10k
packaged in standard 14-pin or 16-pin DIP 47 220 1k 3.3k 10k 100k
packaging. The series 898/899 offer a wide range 68 330 1.5k 4.7k 15k -
100 470 2k 6k 22k -
of resistance values together with significant 150 680 2.2k 6.8k 47k -
reduction in "on the board" costs and space-
saving over individual resistors.

Series 898-1 Series 899-1

PerformanceSpecifications
Resistance Tolerance
Series 898-1 (15 resistors)
Series 898-3 ( 8 resistors) R >1000 = ±2%
Series 899-1 (13 resistors) R ¾1000= ±2!1
Series 899-3 ( 7 resistors)
Resistance Temperature Coefficient Contact Sales Office
Package power rating (see note) All types 1.5W Series 898-3 Serles 899-3
Resistor power rating (see note) 898/899- 1 0.15W

[f IIIIIII
898/899-3 0.25W

Note: Power ratings shown apply at TA = +25°C and derate

to zero at TA = + 125°C.
Operating Temperature Range -55°C to + 125°C

Outline Drawings

- 860 MAX

· 1·- 330"/ MIN

330"; MIN
JS(Y/MAX
'jjjo·-j MAX ( TO f o,LUOS
_J_ I WHflli FORM(O
P•RALUL

.
mwvw
-PIN 1 OESIGHATION DOT

11
.050"' .125 MAX
II 050 "" LX Q5() RH

.D20M:J I-
~~:::;:~~~~~~-::::; _j__1 __
185 MAX
O?O Mil' . __
1 I
.185 MAX

-,~J ¥ ¥¥l VVl~-q-r-- ---,---

T I
J]5 MAX

080"/ _MI_N_
100"/MAX
I
--i ~
I ---41-----------
I~ [ 105"/ MIN
OlO -=====:::t-~---
.165"/ MAX
+
.080"1 MIN
-----;-_--- --
l_-jl-----------1
L ------
105
"/_"'.'_N
.165"/ MAX .008"/MIN --~-
------
700
-------, .100 . MAX 600, .OIO ~--------, 015"/ MAX

.015"/ MIN .015"/ MIN

TYP
.021"/ MAX TYP .021"1MAx

Dimensions in inches
Manufactured in U.K.

65
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 RESISTORS
Wirewound
0 Available in 2·5W, 6W, 9W, & 12W
D Resistance range 0.1n to 100K (see data)
CJ BS, DEF & GPO approved

Performance Data
Temperature category T7 (--55°C to +200"C)
Humidity classification H6 APPROVAL
Initial tolerance 5%
Temperature coefficient* 0 ±200ppm/°C max. 0+80ppm/°C ERG. 74EV ERG 16EV
typical. BS 2E-56-2.5 BS 2E-56-9
Solderability conforms to BS2011 Test T (I EC 681 DEF 5115-2 RFH3-2-5 DEF 5115-2 RFH3-9
requirements. P.O. 35, 35A, 35B P.O. 36
Lead resistance R006/2!:imm except on 74EV ERG 58EV ERG 17EV
which i!, R01/25mm. BS 2E-56-6 BS 2E-56-12
*Very low temperature coefficients are available to DEF 5115-2 RFH3-6 DEF 5115-2 RFH3-12
special order. P.O. 40, 40A, 40B P.O. 50

Ordering Method
Example
Style of Resistor ------
Nominal Resistance (BS 1852 Table 3)
_J
74EV
_J
82 R
_J ±5%

Selection Tolerance----

Note: 1. E24 resistance values avai Iable,

_E_le_ct_r_i_ca_l_D_a_ta_______
___ 1~r_g_7_4_E_V
__ E_r~g_5_8_E_V
___ E_r_g
_1_6_E
___
V__ __Erg_17 EV _ 2. B.S. qualified release +5% or £5.00
BS rating at 70°C ' 2.5W 61/V 9W 12W minimum order.
BS approved range 1 R0-10K 10R-20K 1 OR-68K 10R-100K 3. Resistor tolerance
Erg full resistance range R10-10K R10-20K R50-68K 1R0-100K
> 1 Ohm± 5%
Max. Volts D.C./critical value 150/9K 1 200/6K8 500/27K 750/47K
< 1 Ohm± 10%
Rating graph

14-....___
15r--,---,---,----,----.----,

,, .......

--
V1treou.s Enamel Coating Leads dia d'

.._/>~-
1------iE:.:.§- ! Erg 74E\I

I
1
I
30-51mm DIM'L' __
!
j__ 30-51mm
I
I [
,:]··-· DIA ·o· 0 20 SO 70 100 lSO 200
~ -- Ambient Temp.( 0 c)
r--~1¾-2- ----------,--- I 1'.\18-2 -~

Hot spot temperature graph

•00r--.--,--.-
...........,-,-~-,-.,....
.......
....,...-,-.....,
74 EV 58EV 16EI/ 17 EV

Mechanical Data Erg 74EV Erg 58EV Erg 16EV Erg 17EV
Dim. "L" maximum 12.7mm 22.2mm 38.1mm 53.5mm
(.5") (.874") (1.499") (2.124")
Dia. "D" maximum 5.6mm 7.9mm 7.9mm 7.9mm
(.220") (.312") (.312") (.312")
10 12 14 16
Dia. "d" .6mm .8mm .8mm .8mm Power D&Nipated (Watts)
(.024") (.032") (.032") (.032" I
Weight approximate 1gm 3gms 5gms 6gms

Manufactured in U.K.

66
CALL COMWAY.... (0344) 24765 or TELEX 847201
 SWITCHES
WJIYCOMLIMITED Illuminated
PushButton\

D Single and 2 pole changeover versions

D Silver Contacts
D Up to 6A rating at 250VAC.
D Hound or Square Push Button Caps.

ELECTRICAL RATINGS
Single Contact Version MECHANICAL DATA
Max Voltage .................. 250V rms
Endurance 100,000 operations
Max Current ....................... 6A
Max Switched AC Power ........... 1OOOVA Temperature Range -250C to +55oc
Max Switched DC Power ............ 1OOOW Contact Material ·
Insulation Resistance .......... 2000 Mohm Single Contact Silver
Double Contact Si Iver, gold plated
Double Contact Version
Terminations Solder lug, accepting
Max Voltage ................... 250V rms standard 0.11"
Max Current ........................ 3A Faston Connectors.
Max Switched AC Power ........... 250VA
Max Switched DC Power ............ 250W
Insulation Resistance .......... 2000 Mohm
Switch Basic Part Number
(does not include button or lamp)
No. Mounting Button
Single Contact
I Double Contact Action of Poles Method Type
P144GG74 P144DD74 Mom. 1 Bush Round or Square
P144GG7474 P144DD7474 Mom. 2 Bush Round or Square
P145GG74 P145DD74 Alt. 1 Bush Round or Square
P145GG7474 P145DD7474 Alt. 2 Bush Round or Square
Indicator only
P035 Ind only Bush Round or Square

PUSH BUTTON CAPS

Round Caps, 15mm diameter or Square Caps 14mm x 14mm are available in a choice of 8 colours.
The cap ordering code should be followed by the code for the required colour as follows:-
Red: RS, Yellow: GI, Green: VF, Clear: TR, White: Bl, Violet: VI,
Orange: VE, Grey: NE

PUSH BUTTON ORDERING

Round Caps ................
CODES
RC15
"! . Panel cutout P144 & P154

1 , Insert P144
Square Caps ................ RC14 T--t-
23 J_
~ Cap
Typical Example .......... RC15-RS I TI Hexnut
~Jr ( Lockwasher

LAMPS I

T 1¾ flanged base lamps are available

for 6, 12 and 28 volt supplies.
3[_~:,: Faston terminals 2,•xo,•

Manufactured in Italy.
-ffi All dimensions in mm.

67
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 KTASeriesSWITCHES
Subminiature WJIYCOII/I LIIIIIITED
D Subminiature lever/push button
D Bias and bi-stable action
D Choice of 1, 2, 3 and 4 pi0les
D Gold flashed contacts as standard

TECHNICAL DATA KT,ll1

Electrical Ratings (resistive loads)
3A @ 250V r.m.s. 50Hz OUTLINE DRAWING- KTA RANGE
5A @ 125V r.m.s. 50Hz (All dimensions in mm)
4A@ 24V d.c.
Type A B C D E F G
5A@ 12V d.c.
6A@ 6V d.c. KT A 106 Series 10.5 9 13 9 1 13 8
KTA 206 Series except 10.5 9 13 9 1 13 13
Contact Resistance (initial)} 0.01 ohms at 2 to 4V d.c.1 A 206 PA and 206 TA
KTA 206 PA, 206 TA 10.5 9 15.5 11.5 1 13 13
Lever Caps - KTA Range
KTA 306 Series 10.5 9 15.5 11.5 1 13 17.8
Coloured plastic lever caps which fit over
KTA 406 Series 10.5 9 15.5 11.5 1 13 22.6
the KTA lever and aid identification.
Available in white, pink, yellow, blue, black
red.

KTA Lever Range

Switch Action
Type
Action Positions Circuit

KTA 106D SPDT on-on

th
KTA 106E SPDT c,n-off-on
rl~
KTA 106F SPDT o,n- mom ~
~
bias
(\ ~
KTA 106G SPDT mom-off-mom
r11
KTA 106H SPDT o,n-off- mom
r!~
KTA 206N DPDT c,n-on r~-th
KTA 206P DPDT c,n-off-on r r1 -r1,
KTA 206PA DPDT c,n-on-on (O~)\(~) I(:,)
•-L-~
... (\~ F\41
KTA 206R

KTA 206S
DPDT

DPDT
on-, mom

mom-off-mom
bias

tI~ f1~ DI
KTA 206T

KTA 206TA
OPDT

DPDT
on-off.mom

on-on-mom
rr~rt1~<mor«l:~&oi
c&.>
f- --1 f

~J_e:,:-+
KTA 306D 3DPT on-on t r~--t-;lf)th PANEL CUT-OUT

KTA 306E 3PDT on-off-on rr~-tr~-r1~

KTA 306F

KTA 306H
3DPT

3PDT
on-mom

on-off- mom
n4J r'\-~-r\
r ri tr~--r1+i
~

KTA 406N 4POT on-on ~ .fai-f tj -r-ri-ti'•1 '8.6.5

KTA 406P 4PDT on-,off-on ~ r:.i-·~141-rr

i- r1 ~ All KTA Types

Manufacturedin Japan

68
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 MSP/K
PASeriesSWITCHES
IIIJIYCOMLIMITED Subminiature

D Push button operation

D Coloured caps available for easy identification
D Choice of 1 and 2 poles

MSP and KPA Push Button Range

SWitch Action
Type
Actior Positions Circuit

MSP 103B SPST on- (mom) ------

4 bias ~ Push Button Caps
1-------+-------+----------1----------------'•~ •~ The KPG 206N and R have a
MSP 103C SPST off. (mom) ------
4 bias \ ~ chrome plated button.
i-------+-------+--------+-------------~--'=-- Jot,~ The MSP 103B and C have a
KPA 1060 SPOT on-on alternate • , • brown button.
~ All other types have a snap fit
KPA 106F SPOT on-mom 4
------ bla1 • • ~ black button as standard but
KPA 206N DPDT on-on
~ 14;· ~-7.-, red, green buttons are avail-
• , • • , • able with these switches:
KPA 206R DPDT on-mom ------
4 bias ~--.,---fj\ *1 See Waycom booklet for

KPG 206N DPDT on-on alternate r ti--r--1~

• • • • • • further data.

KPG 206R DPDT on-mom 4 -- bias r\-.,---~~

OUTLINE DRAWINGS
TECHNICAL DATA KTA & KPA
KPG RANGE
r[I] j_ - i
MSP RANGE
Electrical Ratings (resistive loads)
vl/7 1- All types except MSP 103 MSP 103 B & C
~
.,. " 12±14±0.5
., •• dla. :1 15/32--32 I f=-""'"',
2.5
I - Gt.0.5 3A@ 250V r.m.s. 50Hz 1A @ 250V r.m.s. 50Hz
_.;
I
~
r,
l Thread
\ f=-~t~----r- _J · 5A@ 125V r.m.s. 50Hz
4A@ 24V d.c.
3A@ 125V r.m.s. 50Hz
2A@ 24 d.c.

t ' I·,,
~ J t1wrru11mu;rni.w1TI}
, 2i o.5 5A@ 12V d.c. 3A@ 12V d.c.
I
=-=,K= · :t.~? 6A @ 6V d.c. 3A @ 6V d.c.
I ii I t _ Contact Resistance (initial) j> 0.01 ohms at 2 to 4V d.c.1A
- I
I
I
I

LI i [
-·-----
'I
I
18. 1J_ 1
OUTLINE DRAWINGS - KPA RANGE
: II
_L_IT ~ .•.IL
1•• U
'"-----

fYU1illfI -
1
I
3.R
l __L f--t--1
-----~----.----.---......---,---,.--,
+-b~ b -
Type A B C D E F G I

KPA 1060 4 7.6 5.8 21.5 11.7 13 8

KPA 106F 4 7.6 5.8 21.5 11. 7 13 8
MSP 1038 KPA 206N 4 7.6 5.8 21.5 11.7 13 13
MSP 103C 5.8 21.5 11. 7 13 13
KPA 206R 4 7.6
PANEL CUT-OUTS
11").

i ..~ ..,:$-
(All dimensions in mm)

~ 12 .5
DI
f--f --,
KPG Types All KPA MSP 103
Types Types Manufacturedin Japan
69
CALL COMWAY... (0344) 24765 orTELEX 847201
 KLD& KlNSeriesSWITCHES
Miniature
Rocker&
Lever IIIIJIYCOM LIMITED
D Snap-in panel fixing
D 2 Pole illuminated rockers
also available
D Individual or row mounting
D Gold flashed contacts as standard

TECHNICAL DATA KLD AND KLN Type

Switch Action
Panel Mounting Action Positions Circuit
The KLD AND KNL are designeid for simple KLD Lever Series
mounting; just push the switch into the panel
cut out from the front. Stainless steel mounting KLD-106D SPOT ~c~~;geover) rh
clips intergral to the switch, holds the unit
firmly in place. No screws or tools are required. K L0-106E SPOT on-off-on r! ~
Electrical Ratings (resistive load1;)
3A@ 250V r.m.s. 50Hz 4A@ 24V d.c. KLD-206N OPOT (~~-:nngeoverl t fi--fh
6A @ 125V r.m.s. 50Hz
3A @ 50V d.c.
5A @ 12V d.c.
6A @ 6V d.c.
KL0-206P OPOT on-off-on tr1--r1~
Initial Contact Resistance K LD Rocker Range
j::,,-10 Milliohms (measure at 2 to 4V d.c. IA)
KLD Lever Colours
KLD-106D SPOT on-on rh
Polycarbonate in a choice of red, black, white and grey,
K LD-106E SPOT on-off-on ri ~
KLD Rocker Colours
Polycarbonate in a choice of red, black, white, & grey. KL0-206N OPOT on-on rr,.--f
1....
KNL Rocker/Lens Colour
Polycarbonate in a choice of trnnslucent red,
amber, green and white.
K L0-206P OPOT on-off-on rI~--t1~
KN L Illuminated Rocker Range
KNL Lamp Types (T1¾, E-5 screw base)
Lamp Design Design Rated Life KN L 206N OPOT on-on rri-rh
Ref.

378
362
Volts

6.5
14.0
Current

200mA
E!OmA
Hours

50,000
KNL 206R OPOT on-mo~ir-r h--rri
50,000
399 28.00 40mA Lamp (state ref.)
2!,,000

Lever/Rocker (state colour) also

For further information
state lever or rocker on K LO type
See Waycom Data Booklet.

~-t=-181~065____.j ~1 Panel Cut-Out

Panel Thickness
1.6 to 4mm

"J[IlI]l~~
,...
All dimensions 1n mm,

J
0,5
_L
T 11~1-
KLD Types
i

DI;
I
I L
~
~ e1 ~
KLD Paddle Types KLD Rocker Types
r
1~191+· 2
. -o----i .I
Manufactured in Japan
KNL Types

70
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 WL&WPSeriesSWITCHES
111/AYCOM
LIMITED Subminiature

CJ Available as lever and push button

Rated up to 1-5A@ 250V r.m.s.
D or 3A@ 12V d.c.
CJ Cosmetic appeal with proven reliability

Switch Action
Type Dwg.
Aetion Positions Circuit Ref.
TECHNICAL DATA

Electrical Ratings (resistive)

1.5A@ 250V r.m.s. 50Hz
WLS1
~-
Lever
SPOT
on-on
(changeover)
rh A

rh
2A @ 120V r.m.s. 50Hz Lever on-on
WLS1/S B
2A @ 24V d.c. SPOT (changeover)
3A @ 12V d.c.

rtfth
Lever on-on
Contact Resistance (initial) WLD1 DPDT (changeover) C
:\>0.01 ohm at 2 to 4V. d.c. 1A.
P/B rhbias-.
WPS1 on-on(mom) D
Push buttons SPOT
The actuating button has d chrome finish

rrrrn
bias____.
but coloured push-fit caps are available in black P/B
WPD1 on-on(mom) E
red, green, yellow, blue & white with the switches DPDT

Push Button Cap Ref: 17254/- - each

If required, please state colour. Code as shown Push Button Cap Ref: 17504/- - each
below

~1
L__Jj__17254/- - 17504/-lD

f---13---, f..--8-8--j OUTLINE DRAWINGS (All Dimensions in mm)

Cap Code ~ [[] c-QJ [Q] w

01 - Black
02 - Red
04 - Yellow
05-Blue
r014-
.-,
Qll4

'64

03 - Green 06 - White
\

\,
\ I

2
5.2 + -, '
22· E
.

.
(For drawing Bl

10.2Dia
+~-
1.80,a 6.4Dia ~
I A2
r--~- :'1
10 .7

~ I 2 3
1 2 3

For further information:

See Waycon Data Booklet

Made in F ranee

71
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 SWITCHES
Slide 111/JIYCOM
LIMITED
CJ Top or side operation
CJ Suitable for printed circ:uit or panel
mounting
CJ Long life - typically 1Ei,OOOcycles

TECHNICAL DATA
Rating
Type Slide Action
Initial Contact Resistance: Position Circuit
SSP types j, 0.02 ohms at 5 V 1fa,. Voltage Current
MS & SW types:)> 0.03 ohms at Position 1
125V r,m.s, 0,3A
5V 1A.
610n Oo
SSP 22 TOP 28V d.c.
DP[ C 0.5A
Insulation Resistance: [I
SSP types> 100 Megohms between 2 P, .·;.t:ons
12V d,c, 0,6.1\. >
I
'
I
'
,
I
t

terminals at 500V. MS & SW tvpes SSP 225R SIDE Positio~-2_;

6V d.c. 1.l)" L __

> 100 Megohms between terminals -- ---

at 85V. : 2 ____;.J-i ,--2---}- 3 -;
125V r,m,s. 0.3A
Voltage Proof:
6C 6~ [~;i-.
SSP 43 TOP I 28V d,c. 0.5A 1
500V r.m.s. for 1 minute
Switch Mechanism: 4P ~
Common
ci Terminals
Snap action with self-wiping 3 Positions
contacts. Break before make.
SSP 435R SIDE 12V d,c,
6V d,c.
0.6A
1.0A
9~j? 9 ~,!?
L--2-_.;
L-3.J
' L--2---: I
L_J...J

OUTLINE DRAWINGS SSP 435R

SSP :!25R

SSP 43

SSP 22

Manufactured in Japan

72
CALL COMWAV... (0344) 24765 orTELEX 847201
 SWITCHES
IAIJIYCOM LIMITED 2300SeriesMicro-Dip\

D 10 Positions
D 0.100 x 0.300 Centres
D Binary-codes
D Low profile

SPECIFICATIONS.
No. of Switching Positions ...... 10 positions
Life ....................... 10,000 detent operations at 25°C
for a resistive load of 0.010 amps
at 5 voe
Tangential Operating Force ..... 2.00 to 3 50 inch oz.
Operating Temperature Range ... -10°c to +85°C
Storage Temperature Range ..... -25°c to +100°c
Electrical Ratings:
Max. recommended TYP 10 POS
nonswitching load ....... 100 milliamps at 50 VDC MARKING
030R
Max. recommended TYP (SEE TABLE)
I 76R)
switching load .......... 100 milliamps at 5 VDC
Dielectric Withstanding
Voltage .................... 250 volts peak to peak
lnsu lat ion Resistance .......... 1000 megohms (min. dry)
Switch Circuit Resistance ...... .100 mi Iii ohms max.
Seal ....................... Dust seal
Weight ................•..... 03 oz.
Standard Colour ............. See Table
MATERIALS
Plastic ..................... glass filled nylon
Metal Contacts .............. Copper alloy, gold plated

MODEL
NUMBER 230002G 230012G

CODE B02 Cl2

025
COLOR RED ORANGE

TERMINAL I.D.
AS VIEWED
18 11 18 I1 ,W=J-1!(
11( I -~ ~
'I"
1e 1e
U-J
(31751
IC IC
FROM BOTTOM
OF SWITCH 12 14 12 14
t , --.J1-- 020 • 002 TYp

I 1508, 050)
090 I

HOUSING 12 29) I I
0 THRU 9 0 THRU 9 100 I
MARKING 12 54) 14----

NO.OF
200
15 08)
1-----
POSITIONS 10 POSITION 10 POSITION TYP 100 • 005
(2 54 • 127) r - - - - -
B02 Cl2 L ,, '
BCOtPo,,
IDP01,!,on
8CDComo1rmrnl
On1ylP01,
-~--- ·- -,$ I 038 • 003 DIA
0 Common,(, IOP01,!,on I ,.. ' RECOMMENDED
1 tonn,C!,d!ol,, Common .---- -~ ~ HOLE SIZE
CODE
A

L
m,n1t\

l
,n(l,(llt<I

Z 4 8
D conntt1td
, 10 i,,m,n111 I I · ' I (9 65 c 076)

3_:i&f
~ [_
A ,n(l,c.1lrd
0
L'i"778
TRUTH 0 ••••

TABLES 3 ••
l
l •
•••
••

s.
'
7 •••
.. ---~
' ..
3
I 162)
I• 127)
'. MOUNTING HOLE PATTERN
9 •
8 • • • I
9 •• DIMENSION
-~.---------
CODES
A B C
NOTES:
396 239 224
1. Views shown are of bottom (terminal side) of switch. (10 06) (6 063) (5 69) B02, C12,
2. For all single pole codes only common terminals must be
connected together external to switch. NOTES:
I. Tolerance on all dimensions±. .0 IO
Manufactured in U.S.A. unless otherwise specified.

73
CALL COMWAY... (0344) 24765 orTELEX 847201
 ELMA
Type01SWITCHES
Rotary
Wafer RADIATRON
D Subminiature series
D 18mm overall diameter
D Silicone dipped H.F. ceramic wafers
D Precision indexing
D Series 08 P.C.B. Mounted Rotary noiw available on request

TECHNICAL DAT A "'

C:
"' .~ "'
Type .9?
0
.~ 2 Wafer tt
Reference Q. "'
0 "'
~
Diagram
Continuous Current Rating: 3 amps Q.

Non-Inductive Switching Rating: 2V : 1A Shorting Indexing Angle 30°

24V : 0.5A )r.m.s.

200V: 0.1A)
Contact Material: Hard silver with gold flash
0.1-1x12 •
0.1-2x12*
1
2
12
12
1
2 0
••• •••
•••
~----
Shaft: Stainless steel, 4mm diameter
Case: Glass filled polycarbonate
0.1-1x11
0,1-2x11
t
t
1
2
11
11
1
2
••• 0 ••
••• •
Contact Resistance::}> 0.005 ohms (initial)
..
Test Voltage: 750V r,m.s. oicross a pair of contacts and
contacts and earth
0.1-2x
0.1-4x
6
6
2
4
6
6
1
2 .....
.-~·
Wafer Insulation Resistance::>
Life:>
106 Megobms at
25,000 operations at rated loads
20°c
0.1-4x
0.1-8x
3
3
4
8
3
3
1
2
~ ":\.
(. ~-
.
Operating Torque: : 200 cmg ±.20% -
Shorting Indexing Angle 360
Weight: One Wafer type : 14 gms
Two Wafer type: 3:3gms
Stop Plugs: Red plug for 10 way and 12 way. Black
plug for a II other stoppable switches
0. 1-1 x 10-oA
01-1x10-mA
01-2x10-oA
01-2x10-mA
•
*
t

t
1
1
2
2
10
10
10
10
1
1
2
2
:·ct,
~-·
Special Features: For specicil features within the Elma
Non-Shorting Indexing Angle 60°
Range for all rotary switches can be obtained direct from
Radiatron Components Ltd,
76 Crown Road, Twickenham. Tel. 01-891-1221 o1-1x6uoA* 1 6 1 •00 •0
0
01-2x6uoA* 2 6 2 •o.o •

.0 .
OUTLINE DRAWING
o1-1X 6 u mAt
01-2x 6 u mAt
1
2
6
6
1
2 ..
0

oeo
0

L~L r-----r,·
"'I -)--- 01-2x
01-4x
3 u
3u
2
4
3
3
1
2 :~t,~
• •

[~:2~[f:JJ
0

01-4x2u
01-8x 2 u
4
8
2
2
1
2 @ 0

Additional Mounting Nuts.

All dimensions in mm.c:== f.; i-------.----~~=:_1--~

________
I
['
'
• Without
t With adjustable
stop continuous rotation
polycarbonate
(oA)
plug (mA)
-- '
tt See drawing.
~'l___

Manufactured in Switzerland

74
CALL COMWAYu. (0344) 24765 orTELEX 847201
 ELMA
Type03 SWITCHES
RADIATRON RotaryWafer
D Up to 4 wafers
D Stud contacts
D Silicone dipped H.F. ceramic wafers
D Precision indexing with adjustable stop
D Series 08 P.C.B. Mounted Rotary now available on request

Type Wafer
TECHNICAL DATA Reference Diagram

Shorting Indexing Angle 15°

Continuous Current Rating: 3amps 03-1x24 oA* 1 24 1
Non-Inductive Switching Rating: 2V : 2A ) 03-2x24 oA*
03-3x24oA*
2 24
3 24
2
3
~··1
•.V.
24V: 1A )r.m.s. 03-4x24 oA * 4 24 4 ··•····
200V: 0.3A ) 03-1x23 1 23 1
03-2x23 2 23 2
Contact Material: Hard silver with gold flash 03-3x23 3 23 3
03-4x23 4 23 4
Shaft: Nickel plated steel, 6mm diameter
.....
Dust Covers: Each wafer is fitted with a removable
dust cover
03-2x11
03-4x11
03-6x11
03-8x11
2
4
6
8
11
11
11
11
1
2
3
4
""··.
·.~
·······
Test Voltage: 750V r.m.s. across contacts and contacts 03-3x 7 3 7 1
and earth
Self Capacitance: 1>0.8pF between adjacent contacts
03-6x
03-9x 7
03--12x7
7 6
9
12
7
7
7
2
3
4
Rt: ··..1 ..·
03-4x 5 4 5 1
Contact Resistance: :l>0.005 ohms (initial) 03-8x 5 8 5 2
Wafer Insulation Resistance: >10 6 Megohms at 20°c. 03-12x5 12 5 3
03-16x5 12 5 4
Life: > 25,000 operations at rated loads. 03-6x 3 6 3 1
03-12x3 12 3 2
Upper Temperature Limit: 135° without dust covers 03-18x3 18 3 3
1oo0 c with dust covers 03-24x3 24 3 4
Operating Torque: 1.5 cm.kg±20% Non-Shorting Indexing Angles 30°c
Weight: With one wafer: 45 gms. For each additional 03-1x12µ oA 1 12 1
wafer 10 gms. 03-2x12µoA* 2 12 2
03-3x 12 /J oA * 3 12 3
Adjustable Stop: Adjustment made by rotating the lower 03-4x12 /J oA • 4 12 4
starred wheel 03-1x12 /J mAt 1 12 1
03-2x12µmAt 2 12 2
Special Features: Contact Radiatron Components Ltd, for 03-3x 12 µ mA t 3 12 3
03-4x12 /J mAt 4 12 4
details of the many special features available
03-2x 6 /J 2 6 1
03-4x 6 /J 4 6 2
03-6x 6µ 6 6 3
03-8x 6 /J 8 6 4
2.7 03-3x 4 /J 3 4 1
OUTLINE DRAWING 03-6x 4 µ 6 4 2
03-9x 4 µ 9 4 3
03-12x4 /J 12 4 4

r
.......
--------+--
M1Q_>illTh.
111J~1
I'- ··
~,12.
... 11
~1
03-4x
03-8x 3µ
3 µ 4
8
3
3
1
2
03-12x3µ 12 3 3

'~
1
j L___ - c c
4
Ii ,~~ ~i R '
03-16x3µ 16 3
•t .
I 6 f_J~ IU

~ f'h__~--- t~> h
03-6x 2 µ
03-12x2µ
03-18x2 µ
6
12
18
2
2
2
1
2
3
.::,t::,.()
·:,> .....
.J°>
~~-~o__ ~.s _ --~ sL_ 03-24x2 /J 24 2 4
0

M2
Additional Mounting Nuts
Ail dimensions are in mm
t With stop (mA)
• Without stop continuous rotation (oA)

Manufactured in Switzerland
75
CALL COMWAY... (0344) 24765 or TELEX 847201
 ELMA
Type08SWITCHES
RotaryWafer RADIATRON
c:::J Low profile construc:tion
c::::J 12 positions in shorting or non-shorting
switch mode
c::::J Subsequent stop setting possible
c::::J Dust protected assembly

Stop screw
Main dimensions
25±0,5 5,7 L±l

1 Wafer L = 28.5
2 Wafers L = 38.5
3 Wafers L = 48.5
4 Wafers L = 58.5 5.J...__
Order numbers for component parts
Switch in kit form
D The availability of the switch in component parts offers Type number 08-
design engineers many possibilities for circuit board arr- Mechanism With a torque of 0.6 cmkp 4214-10
angements. The geometric accuracy of the boring allows
the switch to be assembled in individual parts and then Housing Contact material Ag 1 pole, shorting 4217-00
be connected by the spindle. Contact material Ag 2 poles, shorting 4217-01
Contact material Ag 3 poles, shorting 4217-03
Contact material Ag 4 poles, shorting 4217-02
Technical Data
Housing Contact material Ag 1 pole, non-shorting 4218-00
Mechanical data Contact material Ag 2 poles, non-shorting 4218-01
D Material Contact material Ag 3 poles, non-shorting 4218-03
D Mechanism Pressure-cast Contact material Ag 4 poles, non-shorting 4218-02
Wafers Tefzel
Spindle Niro steel Spindle with mounting material consisting of 2 M2
Contacts Silver plated/gold flash screws, 2 securing rings, 1 spacer disc, 2 stop screws
Hard gold 3 um Spindle length L ; 75mm 4211-05
Hard gold 5 um 100mm 4211-10
D Mechanism 125 mm 4211-15

-r
Indexing angle 30° 12 positions 150mm 4211-20
Stopping adjustable at any time as required
Torque (with 1 wafer, 1 pole)
0.6 cmkp ± 20% ( 6 wipers)
0.9 cmkp ± 20% ( 6 wipers)
D Temperature range -40°c to +B5°C
1-. -:-t 4~
---· ---

L
·---·

D Operational life min. 25000 switching cycles D Connections designed for direct mounting on printed circuit
D Number of switching circuits per wafer 1, 2, 3, 4 boards in 2.50 and 2.54 mm pitches (1/10").
Electrical data 1,3
D Switching mode, shorting or non-shorting
D Permissible switching capacity under Ohmic loading
1V/1.5A
+ -
·+-
-11-
-1'~-----+---~-----j-----
$ +--- -
I
24V/0.3A
+-+ + i- + +
+
110V/0.2A s;j-

~ ~
LO
D Static load at 22°c max. 3A c-J
D Test voltage at 60% relativf:pumidity
D Insulation resistance>
resistance < 20 m Ohms
D Capacitance max. 1.5 pF
10
1000 V rms
Ohms or greater
D Contact resistance including conductor path is11=3-
Tti+++
E
++
X
0
~

-4---+ + + + +
COMPLETE SWITCHES IN ASSEIVIBLED
FORM AVAILABLE TO SPECIAL ORDER -4--$- --+-+ + +
PCB Hole Diameter = 1.3 mm for contacts
-4-~+++-+
= 2.5 mm for mounting hol'es (M2) 7,5 5 08
++++
All further steps are in 5.08 pitch
Made in Switzerland
76
CALL COMWAY.,.. (0344) 24765 orTELEX 847201
1·1;J;l•l':J Lever&Bias
Lever

D 1 and 2 pole types

D Quick make and break
D Rugged construction

Switch Action
Type
Action Positions Circuit
TECHNICAL DATA
Lever Type 3A 250V AC/DC

Electrical Rating 81046-13 SPST on-off

3A at 250V r.m.s. 50Hz or d.c. on-on
6A at 125V r.m.s. 50Hz or d.c. except the 81052-13 SPOT (changeover)
81052-13 and 81352-13 which are lA at 250V
r.m.s. and 2.5A at 125V r.m.s. 50Hz or d.c.

Terminals
81055-13

81058-13
DPST on-off

on-on
DPDT (changeover!
rrr-z
110 spade/solder type mounted at back
Biased Lever Type 3A 250V AC/DC

Finish on-off ,.._bias

81346A-13 SPST (bias onl
Nickel plated lever.
(j bias~

r/1
'81346E-13 SPST on-off
(bias offl
Hardware
1 Knurled ring and 1 hexagon nut. 81352- 13 SPOT on-on (bias! bias~
(changeover)
on-off
81355A-13 DPST (biasonl
OUTLINE DRAWING
on-off
81355E-13 DPST (biasoffl

on-on (bias!
81358-13 DPDT (changeover!

Large Slotted Ring Bright Nickel Finish Code No:4

* 1A 250VAC/DC for SPOT circuit

~~~
Optional Extra-Large Slotted Ring-Code No.4
For use with Series 81 & 93 lever switches to enhance
instrument front panel appearance. The standard
il .: _I fitting is a knurled ring and a hexagon ring. ~d1a1f
----r-1,r-
·r·~---, ;

·'V~
'. I 8
'
'
i~ I ~ ! 41/64" _J L 060"+Nil
· 11 · . -.003"
~11/16'"-.\
13132::i-
1/16",
. i~+-
' '
,---;,,--i:-----:,r-~ -

!ill
1-r i ffi[-: 1_'~6
~ 1¼'
11/16"
I :
l J_ 1 3/64"

~
1
-+
"' r1 ' ' I 31/64"'

I
!ill ~- J:tI__J_ I
Dia.

i;:-111/64"~ Panel Cut-out

Manufactured in U.K.

77
CALL COMWAY... (0344) 24765 orTELEX 847201
 93A&93FM
SeriesSWITCHES
Lever
& BiasLever •• ;,_, _, :!•1':'
'. :!; - : -

D 10A, 250V A.C.

D 1,2,3,& 4 pole types
D Insulated lever types

TECHNICAL DATA
Terminals: Spade type mounted at back

Electrical Rating: 10A at 250\/ r.m.s. 50Hz Finish: Nickel plated lever on Types 93A. Black insulated
15A at 125V r.m.s. 50Hz lever on Types 93FM.
Note: Optional Extra - Large slotted ring (see page 80)

Type Switch Action I Drawing

Action stions Circuit Ref.
Lever Type 10A 250V A.C.

93A/403E-13 SPST on-off r, A

93A/401 E-13 SPOT on-on (changeover)

r1+i A

93A/101 E-13 SPOT on-off-on

r11 A

93A/404 E-13 * DPST on-off

r1r1 B

93A/402E-13 * DPDT on-on (changeover)

rr~ r11 B

r r-i---r-1
93A/102E-13

93A/416E-13

93A/116E-13
* DPDT

3PDT

3PDT
on-off-on

on-on (changeover)

on-off-on
rr~- r/j
+i
rr+i rT~ r-1j
r,~ B

93A/420E-13 4PDT on-on (changeover)

r /j r /j r l+i
rri -r1j C

93A/120E-13 4PDT on-off-on rr, tI1 r-1+i C

Insulated Lever Type 10A 250V .A.C.

93FM/402E-8A * I
I
DPDT on-on (changeover) D

93FM/102E-8A * DPDT on-off-on D

*During the life of this catalogue these switches will be replaced by the 91 Series 16A rating. Physical dimensions are unchanged.

OUTLINE DRAWINGS

t...----,5116"

Manufacturedin U.K.

78
CALL COMWAY... (0344) 24765 orTELEX 847201
 93PNSeries
SWITCHE
..., ~!•l':'~
-~-
• I ;•I :~ Rocker
withPilotLight

D 10A, 250V A.C.

D Incorporates neon pilot light
D Snap in panel fixing
D 1 & 2 pole types

Switch Action
Type*
TECHNICAL DATA Action Position Circuit

93PNR/403/2/11 E or SPST on-off m-L

Indicator Circuit 93PNFl /403/2/22E SPST on-off t * N
The neon lamp and its resistor are wired in
circuit so that the lamp is 'on' when the 93PNR/404/2/11 E or DPST on-off
93PNR/404/2/22E DPST on-off t ~-i-,-LI
swirch is 'on'. ......_N

• Please state switch colour when ordering.

Colours
tLoad
Switch colours are available in black or tNeon
white, both with red lens.
93PNR/1001 E and 1004E Drawings
Terminals: Spade type mounted at back.

Colour Code: /11 E All black switch

/22E All white switch

Neon pilot light

The colour code prefixed by 2/-- - - indicates
that a 220 neon lamp is a built-in feature of
this switch.

*Suitable for 20 SWG

to 18 SWG Panels

Note -~

1,750
Recesses
required"-
for Screw °'r _-=r__I
T
+,010 Terminals : ±.005
-NIL

l_..___, :r
21/32"
3/64" ~.815~ 3/64"
+.005
.937" -NIL
+.010
-NIL Panel Cut-out

Manufacturedin UK

79
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 83500SeriesSWITCHES
Adapt-a-Switch ,., ;j ;(•)'.'•
D Snap on contact blocks:
D Momentary or alternat1! switch actions
D Non illuminated and indicator typeis available

The arrow adapt-a-switch offers from a small number How to Order

of component parts the maximum in design flexibility, Example

Required Round Round Lighted 3 Pole

TECHNICAL DATA Green Momentary Form Z
Lens Contact Switch Contacts

Electrical Ratings (0.75 P.F.) 5A 125V a.c, Parts 1 pc, 1pc. 83503 3 pcs.
83500-92 83500-30
2A 250V a.c.
5A 28V d.c. 1 pc, - 83500-92 round green lens
Order 1 pc. - 83503 round actuator-indicator momentary
Dielectric Strength: 1000V r.m.s ..at sea level for Reads action
one minute. {
3 pcs. - 83500-30 standard duty contact blocks

Mechanical Life: A minimum o1f 100,000 cycles

Electrical Life: A minimum of 100,000 cycles at

full rating.

Lamps
Tl¾ groove base incandescent in 6 volts (type 337 /77 4)
14 volts (type 336/782) and 28 volts (type 334/787) Actuator Indicator (includes Mounting Nut) Type

Rectangular Momentary Action 83501

Alternate Act ion 83504

Square Momentary Action 83502

Lens Unit Colour Type Alternate Action 83505

White B3500-70 Round Momentary Action 83503

D
Rectangular Red B3500-71 Alternate Action 83506
Green B3500-72
Blue B3500-73
Yellow B3500-74
Amber B3500-75
Black B3500-76

White B3500-80

D
Square Red B3500-81
Green B3500-82
Blue B3500-83
Contact Blocks Type
Yellow B3500-84
Amber 83500-85
One normally open & {Standard Duty 83500-30
Black B3500-86
One normally closed Low Energy, Gold Plated 83600-30
White B3500-90

0
Round Red B3500-91
Green B3500-92
Blue B3500-93
Yellow B3500-94
Amber B3500-95
Black B3500-96

Indicator (without lens) Type Optional Features Type

Rectangular Lamps not included 83507
Square Lamps not included 83508 Snap-on clip to convert any actuator to 83500-51
Round Lamps not included 83509 indicator

Manufactured
in U.S.A.

80
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 83500SeriesSWITCHES
1·1;J,1·1'.'I Adapt-a-Switch

D Three lens shapes, seven colours

D Front access to lamp
D Mar-resistant lenses with uniform luminosity

Mounting Data & Outline Drawings Cut Away View

Plunger
Momentary-8 lack
The adapt-a-switch is designed for rapid, efficient and neat Alternating action.Red
installation. Single hole mounting through the panel face allows
the unit to slip through from the front and the moulded
nylon mounting nut is threaded on the unit housing from the
back of the panel. Panel thickness may be up to¼''. The bezel
extends a minimum of .035"beyond the edge of the mounting
hole in the panel allowing for normal tolerance in punching Lamp
Low stress
the mounting hole. Compression One piece
spring lamp terminal

Panel Actuator-I ndi cat or Snap on Clip

Cut-out
.576

.640

I .

5/8-24 NE F Thd. Nylon Mtg. Nut

Keying
Flats
.566
(14.38)
1
.437
(11.10) r
--- I
Contact f APPRO~X=.==a-~-=:-;
Block
.680
(17.27)

Dimensions in ins. and (mm) L .140Max.

(3.56)

/~~~;,
·1
±.005

_t.005

L
±.005
1

---j
.500 SQ.I
t- .500DIA.r
±.005

l
.75o (12,70)
(12,70)
1119,05) LENS
Bezels
i

LENS
j LENS
with I i I •

Lenses rrt~~;;;;;;;~~--- * ±.005

.t 005 ff: .50Q ?/I
. 710 t /1 (12.70) .710SQ . +--- .710 DIA. ~

il8.03J LENS (18,03)

1 Y~ (18,03) ,
L~ ~L_ll-.:=_=_
=_ =_=
=±_.. _=_:11-~11--
- i L_ _l _ ---- ---

Manufactured in U.S.A.

81
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 MINIATURE
SWITOHES
1600/2600Series f·1;J,t·J*.'
1

D 16A 250V rms

D 1 & 2 pole types
D Snap-in panel fixing
CJ Replaces 1100/1200 series

TECHNICAL DA TA
Operation
Rocker lever action, 2 and 3 position, maintained
or momentary, with and without illumination.
Function
1600 Series single pole, single throw (SPST) and
single pole, double throw (SPOT).
0 -
..
1 ~~
CAT
FUNCTION NUMBER

1600E
Mounting ~~ethod
Through rectangular aperture by fixin~1 legs on
switch which give a "snap-in" feature.
1 - 2 ~~ 1602E
Base
High grade type 66 nylon.
Actuator 1 0 2 ~ i~ 1604E

•
High grade type 66 nylon.
Moving Contacts
Copper with silver alloy button.
Fixed Line Contact
0 - 1 ',--~-----\ 2600E
Full width (with moving contact) copper silver
plated.
Terminal and Fixed Load Contacts 1 - 2 ',--!-----\
• 2602E

--l•
Weight
One piece copper with fine silver on contact face.
1600 Series: 6 Grammes approx.
2600 Series: 12 Grammes approx.
1 0 2 • }-•----. 2604E
Contact Rating Note: Momentary action switches available to special order.
16A 250V Resistive. ORDERING PROCEDURE: Add suffix number for body/rocker colour
Proof Voltage
750 volts R.M.S. (across contacts). As required
for Class B disconnection controls. BS.:3955
Part 3, 1972.
Insulation Resistance 160011E
II~
50 megohms.
Electrical Life
10,000 cycles minimum at maximum rated
voltage and current.
Mechanical Life
~,icswi"J
L_
(see table above)
E denotes spade terminal
Lever colour { 1 = Black
Body colour 2 = White
50,000 cycles minimum.
Angular Movement 0
2 position ~ 36 0
3 position ~ 18 each side of centre.

DIMENSIONS
10 00

i
u
w::::;T
Q);;:
~H -

::J<t: 0

iil~~J 12,10

i-- 2 0.00-..j Cl.40RAD.

I I / MIN.

10,20I] ll,1/ ~ ~]4.10 1600

2600
30,4o~r
MAXIMUM PANEL fr'ICKNESS 3.00 mm.

Manufactured in U.K.

82
CALL COMWAV....(0344) 24765 or TELEX 847201
 MINIATURE
SWITCHES
f·1;J;J·J'+'I 1600/2600Series11luminated

D Illuminated rocker/indicator
D Choice of rocket colour & lamp voltage
D Complementary to 1600/2600 series

TECHNICAL DATA

Specification as for 1600/2600 series

.
miniature switches plus Lamp
0 1600E
Specification

Average Life 0 ';--~-----', 2600E

25,000 hours for neons
MATCHING INDICATOR
Resistor valu~ for neons
27k.11for 11OV operation Complements the 1600 series by
11Ok.It for 250V operation
providing a matching indicator 1609E
ORDERING PROCEDURE
Dimensions
Add suffix letters and numbers to denote colour of body and rocker lamp voltage.
As 1600/2600 series
except 1609 (see below)
i---------------------;
BASIC SWITCH TYPE
(See table above) I
I
Ir------ LAMP VOLTAGE
o No lamp
1 = 110V
PANEL CUT-OUTS 1600R21E 2 = 240V Neon

IL
1600 series
TRANSLUCENT
ROCK.ER
__J E Spade Terminal

COLOURS BODY
COLOUR
A - Amber.
1 = Black
G ~° Creen
2 = White
R Red.
Note: All lamps are assembled integral with the base, except for a
switch with Green translucent rocker which is fitted with 110V or
240V fluorescent lamp. These particular lamps are inserted into a
tube at the rear of the switch base.

2600 series 1609 Series i--110.00

2.78

CUTOUT
2600

T .
235 0,50RAD.
MAX. IN
CORNERS
4~ 12,10

2I
27,40

Manufactured in U.K.

83
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 SEMICONDUCTORS
Diodes FERRANTI
D Reference Diodes D0-41
D Low Leakage
D Multi Purpose, Fast Switching
D0-7

High Stability Reference Diodes

Nominal Max. Ref. Max. Slope
Type
No.
Reference
Voltage•
volts
Voltage Change
•t
mV ohms
.
Resistance
Max.
Dissipafion
at 25 C
mW
Operating
Temperature
Range
·c
Jedec
Outline
Comments
KS77B 9 ± 5% 15":\' 35 50 0 to+ 100 00-7 Extremely stable
KS78 9 ± 5% 30j 35 50 -55 to+ 125 00-7 voltaf,e reference
KS78B 9 ± 5% 30~ 35 50 0 to+ 100 00-7
• At reference current of 5 mA. tFor this stability reference current must be controlled to within ±. 0.5%.
tOver operating temperature range. ~ For this stability reference current must be controlled to within ± 1.0%.
Schottky Diodes
Power Max. Forward Breakdown Effective
Reverse Forward Forward Capacitance
Leakage Minority
Dissipation Current Voltage Voltage VFI Voltage VF2 CT(O)
Type No. Ptot
(mW)
(Continuous)
,[mA)
at Ir1 = 10JJA
volts)
Current
nA@VR
at IFl ='rmA
(volt)
at IF2 = 15mA
(volt)
at VF = 0
Carrier
at IR=
Lifetim e
15mA
(pF) (oS)
ZC2800 250 100 JC, 200 50 0.410 1.0 2.0 100
ZC580C' 250 100 50 200 3!> 0.410 1.0 2.0 100
A very high standard of quality control during manufacture,
Special Quality General Purpose Diodes thermo-cycling and "burn-in" at full ratings ensure high reliability

Maximum Hatings Characteristics

Type Mean Recurrent Max.

No. Rectified Peak Reverse Current Forward Volt Max. Jedec
Current Forward at 25°C Drop Capacitance Outline
mA Current fJA at -10V
VRWM
25"C 100"C A max. mean volts pF Comments
ZS100 50 400 250 4,0 0.2 - 1.0 12 D0-7
ZS101 100 400 250 4.0 0.2 - 1.0 12 00-7
ZS102 200 400 250 4.0 0.2 - 1.0 12 D0-7 for general purpose
ZS103 300 400 250 4.0 0.2 - 1.0 12 00-7 applications calling
ZS104 400 400 250 4.0 0.2 - 1.0 12 00-7 for high reliability
ZS106 600 400 250 4.0 0,2 - 1.0 12 00-7
ZS108 800 400 250 4.0 0.2 - 1.0 12 00-7

Multi-purpose Diodes
Maximum Ratings and Characteristics

Type Mean Recurrent Reverse Jedec

No. Rectified Current Peak Operating Current at VRWM Outline
mA F'd Current Temperature fJA
VRWM
at 25°C Range
volts 25'C 100"C amp. vc 25°c 100"C Comments
ZS120 50 250 ·- 1.25 -55 to+ 100 5.0 50 D0-7
ZS121 100 250 -- 1.25 -55 to+ 100 5.0 50 00-7
·- Low cost industrial
ZS122 200 250 1.25 -55 to+ 100 5.0 50 D0-7
-- applications
ZS123 300 250 1.25 -55 to + 100 5.0 50 D0-7
ZS124 400 250 -- 1.25 -55 to+ 100 5.0 50 D0-7

Very Low Leakage Planar Fpitaxial

Maximum Ratings Characteristics

Type Max. Reverse Maximum Typical Typical Jedec

No. Mean Surge Current at VRWM Forward Reverse Capacitance Outline
Rectified Current for Recovery Time Recovery at -1 V
Current 5 mS. at 25°c at 150°C atIF=10mA Time•
VRWM at 75•c A 11A fJA nS nS pF Comments

ZS150 50 250 3 1 1 10 250 2.5 D0-7 High temperature

ZS151 100 250 3 1 1 10 250 2.5 00-7 operation up
ZS152 50 250 3 5 5 10 250 2.5 00-7 to 200°c.
ZS153 100 250 3 5 5 10 250 2.5 00-7 Planar epitaxial
ZS154 50 250 3 100 10 10 250 2.5 00-7 construction ensures
ZS155 50 250 3 100 10 10 250 2.5 00-7 high reliablitY

*From 1 F = 600mA to 1 R -- 1,00mA.

*Maximum Duration 1 second. !At VRWM Manufactured in U.K.

84
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 SEMICONDUCTO
Diodes
FERRMTTI
D Power Rectifiers
D Zener Diodes
D Choice of Package

RECTIFIERS
Peak Repetitive Reserve General Purpose Fast Recovery
Voltage

50V ZS170 ZS270 IN 3879/R IN 3889/R IN 3899/R IN 3909/R

100V ZS171 ZS271 IN 3880/R IN 3890/R IN 3900/R IN 3910/R
200V ZS172 ZS272 IN 3881 /R IN 3891/R IN 3901 /R IN 3911/R
300V IN 3882/R IN 3892/R IN 3902/R IN3912/R
400V ZS174 ZS274 IN 3883/R IN 3893/R IN 3903/R IN 3913/R
600V ZS176 ZS276
800V ZS178 ZS278

Average Forward 30A

0.75A 1.5A 6A 12A 20A
Current at 25°C IF (AV)

Non Repetitive Peak 75A 125A 225A 300A

70A 70A
Forward Current I FSM

VF@ IFAV 1.2V 1.2V 1.4V max 1.4V max 1.4V max 1.4V max

Trr@ IF= 1A to 200nS max 200nS max

200n$ max 200nS max
VR = 30V

Package D041 D041 D04* D04' D05' D05'

*Standard product - stud cathode; reverse polarity - stud anode - suffix R.

BS PRODUCT INDEX
BS/CV Commercial BS/CV Commercial BS/CV Commercial BS/CV Commercial
Approval Number Equivalent App rova I Number Equivalent Approval Number Equivalent Approval Number Equivalent
BS 9300 C013 ZS104 BS 9302 F001 BAW63 BS 9330 F019 ZS100 BS 9330 F027 ZS101
BS 9300 C045 ZS102 BS 9302 F002 BAW63A BS 9330 F020 ZS101 BS 9330 F028 ZS102
BS 9300 C046 ZS106 BS 9302 F003 BAW63B BS 9330 F021 ZS102 BS 9330 F029 ZS103
BS 9300 C642 ZS150 BS 9302 F004 BAW64 BS 9330 F022 ZS103 BS 9330 F030 ZS104
BS 9300 C643 ZS151 BS 9302 F005 BAW65 BS 9330 F023 ZS104 BS 9330 F031 ZS106
BS 9300 C760 KS77 BS 9302 F006 BAW66 BS 9330 F024 ZS106 BS 9330 F032 ZS108
BS 9300 C761 KS78 BS 9302 F007 BAW67 BS 9330 F025 ZS108 CV7040 ZS122
BS 9302 FOOS BAW68 BS 9330 F026 ZS100

SILICON PLANAR REFERENCE DIODES

Package TO 92 Micro-E SOT-23 T092
Dissipation 750mW@ 25°c amb. 300mW@ 25°c amb. 450mW@ 25°C amb. 750mW@ 25°c amb.
Zener Voltage Zener Voltage
V 2 atl =5mA BZV41 BZX88 BZX84 V 2 at 1 2 Test
2 Type
Volts Type Type Type Volts 1,
Number Number Number Number
mA
Norn. Min. Max. Norn. Min. Max.
2.7 2.5 2.9 BZV41 C2V7 BZX88 C2V7 BZXB4 C2V7
3.0 2.8 3.2 BZV41 C3VO BZX88 C3VO 8ZX84 C3VO
3.3 3.1 3.5 BZV41 C3V3 8ZX88 C3V3 BZX84 C3V3
3.6 3.4 3.8 BZV41 C3V6 8ZX88 C3V6 BZX84 C3V6
3.9 3.7 4.1 BZV41 C3V9 8ZX88 C3V9 BZX84 C3V9 IN5842B 3.3 3.1 3.5 20
4.3 4.0 4.6 BZV41 C4V3 8ZX88 C4V3 BZX84 C4V3 IN58438 3.6 3,4 3.8 20
4.7 4.4 5.0 BZV41 C4V7 BZX88 C4V7 BZX84 C4V7 IN5844B 3.9 3.7 4.1 20
5.1 4.8 5.4 BZV41 C5V1 BZX88 C5V1 8ZX84 C5V1 IN5845B 4.3 4.0 4.6 20
5.6 5.2 6.0 BZV41 C5V6 BZX88 C5V6 BZX84 C5V6 IN5846B 4.7 4.4 5.0 20
6.2 5.8 6.6 BZV41 C6V2 BZX88 C6V2 BZX84 C6V2 IN5847B 5.1 4.8 5.4 20
6.8 6.4 7.2 BZV41 C6V8 8ZX88 C6V8 8ZX84 C6V8 IN5848B 5.6 5.2 6.0 20
7.5 7.0 7.9 BZV41 C7V5 8ZX88 C7V5 BZX84 C7V5 IN5850B 6.2 5.8 6.6 20
8.2 7.7 8.7 BZV41 C8V2 8ZX88 C8V2 BZX84 CBV2 IN5851 B 6.8 6.4 7,2 20
9.1 8.5 9.6 BZV41 C9V1 BZX88 C9V1 BZX84 C9V1 IN5852B 7.5 7.0 7.9 20
10 9.4 10.6 BZV41 C10 8ZX88 C10 BZX84 C10 IN5853B 8,2 7.7 8.7 20
11 10.4 11.6 BZV41 C11 BZX88 C11 BZX84 C11 IN5855B 9,1 8.5 9.6 20
12 11.4 12.7 BZV41 C12 BZXB8 C12 BZX84 C12 IN58568 10 9.4 10.6 20
13 12.4 14.1 BZV41 C13 BZX88 C13 BZX84 C13 IN5857B 11 10.4 11,6 20
15 13.8 15.6 BZV41 C15 BZX88 C15 BZX84 Cl 5 IN58588 12 11.4 12.7 20
16 15.3 17.1 BZV41 C16 BZX88 C16 BZX84 C16 I N58598 13 12.4 14.1 9.5
18 16.8 19.1 BZV41 C18 BZX88 C1°8 BZX84 C18 IN5861B 15 13.8 15.6 8.5
20 18.8 21.2 BZV41 C20 BZX88 C20 BZX84 C20 IN5862B 16 15.3 17,1 7.8
22 20.8 23,3 BZV41 C22 BZX88 C22 BZX84 C22 IN5864B 18 16.8 19.1 7.0
24 22.8 25.6 BZV41 C24 BZX88 C24 BZX84 C24 IN5866B 20 18.B 21.2 6.2
V 2 at 12 = 2mA
IN5867B 22 20.8 23.3 5.6
IN5868B 24 22.8 25.6 5.2
27 25.1 28.9 BZV41 C27 BZX88 C27 BZX84 C27 IN58078 27 25.1 28.9 4.6
30 28.0 32,0 BZV41 C30 BZX88 C30 BZX84 C30 IN58728 30 28 32 4.2
33 31,0 35.0 8ZV41 C33 BZX88 C33 BZX84 C33 IN5873B 33 31 35 3.8
36 34.0 38.0 8ZV41 C36 BZX88 C36 BZX84 C36 IN5874B 36 34 38 3.4
39 37.0 41.0 BZV41 C39 BZX88 C39 BZX84 C39 IN58758 39 37 41 3.2
43 40.0 46.0 BZV41 C43 BZX88 C43 BZX84 C43 IN5876B 43 40 46 3.0
47 44.0 50,0 8ZV41 C47 BZX88 C47 BZX84 C47 IN5877B 47 44 50 2.7

Manufactured in U.K.

85
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 SEMICONDUCTORS
MetalCanTransistors FERRANTI
D Metal Can Construction
D NPN/PNP Complementary Devices
D General Purpose and Switching
T0-18

NPN GENERAL PURPOSE NPN Silicon Planar General Purpose Transistors

The devices are listed ,n order ot decreasing Breakdown Voltanes {VCB and VcEol, decreasing Collector Current (le), Power Dissipation (Ptot) etc.

Ma, Max V8~E(ut) _ M,; IT

1
Ptot
Type --- atTamb Package Comple
Vee VcEO le
le le M,n Mex le IC ~25 C
V V mA mA mA MHz mA mW
..-+-,-,1--+,-,-,
1----,,- 1!-,-,+-5---lo
c_5---l!-,s+,-,,+-,-, +-, -,-o_-,,---+--,-,-,,-4--
!-,-,,-1-,,-+--3,-,
120 100 1000 1 2 200 20 65 200 200 60 50 1000 TQ-391
1
120 100 1000 1 2 200 20 40 120 200 60 50 1000 TO 39 I 2N3053 40 100 1 4 15 5ol 250 150 100 50 1000 To-39 2N4037

''°190 1000 02
5 60 200 1501-- 1000 T0-39 60 500 15 150 15, 20 60 150 80 50 600 T0-39 2N1131

ZT93 120 60 1000 0 5 40 120 150 60 T0-39 60 500 15 15140 120 150 100 600 T0-39

120 soi soo 1 2 5 40 120 150 T0-39 BFY51 60 30 1000 035 150 15 40 -- 150 50 50 800 T0-39

120 6S 1000 05 ,so 15 40 120 150 1000 T0-39 :,;,N4036 BC107 50 200 oz 10 051120 460 2 150 10 300 T0-18

7TB8 75 170 10 200 10 300 T018 BCY59 45 20010.35 10 025120 630 2 125 10 1ooot T0-1<1

ZT86 :::1:: ::::: 50 5 38 85 10 200 10 300 T0-18 2N929

30 ,
10 05 40 120001 - 300 TO 18

150 15 800 T039 2N930 10 0 5 100 3000 01 - - 300 T0-18

'"160 1000 0 35
500 02 10 2 38 162 10 200 10 T0-18 ZT181
100
1100!
60

60
1000

1000
035

1 0
150

1000
15

100
800

:11oot
T0-39

T0-39 eC161 45 35 0 2 10 T0-18 ZT182

1:::
::51:: 1::::
BC141

80140 1000 1 0 1000 100 :Poot T0-39 BC160 BfX86 :51 :: : ::: T0-39

80 35 1000 02 800 TO 39 BCY42 200 025 10 1 40 90 1 100 1 300 T0-18

2N1613 75 50 1000 15 40 120 150 6•) 50 800 T0-39 BCY43 40 20 200 025 75 150 1 100 1 300 T0-18

2N1711 75 50 1000 15 150 100 300 150 7J1 50 600 TO 39 8FY52 40 1000 035 15 60 - 150 50 50 800 TQ-39

500 02 50 75 '250 10 200 10 300 T0-18 ZT189 BCY58 32 32 200 0 35 10 0 25 120 630 2 125 10 1000t TO 18 BCY78

ZT90 1000 07 200 50:200 200 60 50 1000 T0-39 zr211 BC10B 30 20 200 02 120 800 2 150 10 300 TO 18 BC178

1000 1 2 200 30 200 350 61) 1000 TO 39 zr'.2:11 ZT80 500 02 38 162 10 200 10 300 T0-18 ZT180

BCY65E 100 0 35 10 0 25 120 460 2 121; 10 1ooot T0-18 BCY77 ZT87 500 02 10 2 75 250 10 200 10 300 T0-18 ZT187

1000 o 9 150 15 50 200 150 60 50 1000 T0-39 I 2N706A 20 - 0 6 10 1 20 60 10 200 10 300 T0-18
2N2270 60

1000 T0-39 2T210 2N706 25 20 - 0 6 20 - 10 200 10 T0-18

2T94 1000 07 200 20 10 60
3fl 8'i 10 )OD 10 TO 18 Zr183
10 0 2 50 200 10 200 10 300 TO 18
ZT83 500 02

,.P_N_P...,G_E..,N_E_R:,.:..;..A;.;L;.,.,P_U...;R.;;P_O;;..,;.S.;;;E
__ .,...,.,_..,........,._P_N__,P...;S;_;i_lic..,on
Planar General Purpose T,.r;;.an;.;s;..i_st
...
o_rs,_,......,..---..---..---,---,.---,---,
Ma,vc,,E(nt) M'.,",fT Max MaxVa~E(ut) at M,;tfT P,ot

Type VC8 VcEOi

V V
J Ma,
IC
mA ~'i ~~
1
M,n:M<lx
-
1
-
~'i VIHz ~~ ,~'t.,'"r,
f'tot
al Ta b PackJgo CJmple
men!
Type
V
CB CEO
V
V

V
IC - 1~-~
_

r,iA 1 mA
Mm Maxi·,.;-
'lmA MHz mA
;~ atJs•nt
mW
Pac~age Comple·
meot

1
21211 65 11000 o 65 150 15 40 120 150 -,-o-1--+-,,·-,,---+--T0-39-+-n--,,-1,--15 ZT183 500 o 4 501 5 l 38 8b 1 10] 150 10 300 TO 18
1 T0-18
2N4036 •JO 65 1000 0 65 150 15 40 '40 150 1000 T0-39 2fl2102 ZT184 500 0 4 50 5 75 170 10 150 10 300

ZT189 70 I 500 0 2 50 5 75 2b0 10 15C 10 300 TO 18 2189 BCY79 200 0 25 10 0 25 120 460 2 180' 10 100Qt TO 18

'°::/,',.:::::, 5 5

::::: 60 1··::: : :, '°:1,a 0°: :: :.:::: :: :: :::::, ::.,.:· 45 35 ::: : : ,, : ·:: ::: :: ::: :: 300 :: ::

2N260b (,0 30 0 5 10 0 5 150 O 5 30 0 5 TO 46 ZT182 35 500 0 2 1 75 260 10 150 10 300 T0-18 ZT82

BC160 3700t TO 39
2N2604 30 0 5 10 0 5 601 0 5 30 0 5 400 40 1000 1 0 1000 100 40.250 100 50150

2T210 1000114 150 15 20 100 150 TO 39 ZT94 BCY78 32 32 200 o I 10 025 120 630 2180· ,o T0-16

BCY72 200 025 10 1 100 10 250 10 TO 18

2N4037 £,0 1000 1 4 150 15 50 250 150 1000 TO 39 21\3053

:::::
I:: TO 18 BC:107 BC17cl 200 02 10 05 120 800 2 130 10 T0-1B

2N1131

2N1132
C,0

50
45

35

35
1 600
i
:::

bOO 111
,: : 5
1 5

5
::

150

150
0 5

15

15
120 460

30
45

90
1

150

150
: ;:: 10

I
::::

2N696

2N697
ZT180

ZT1B7

ZT11i2 20 20
500102
500102

500102
10

10
1 38
75 250

50 200
162 101'"1'°
10 150

10 I
10
"'I
JOO

JOO

JOO
TO 18

T0-18

T0-18
Zl80

,.N_P_N.....,s_w_1
..T_c
..H_IN_G_.....___ ..,.....,...N_P.,.....N_S.,..i_li,,_c_o..,n_P
__
1a_n.,..a_r_M_,edium
and High Spe,.ed_S_w
...it_ch.,.....in,.;g;..T_ra_n_s_ist_o
.. r_s_,._.....,__ .,.....
__ .....,___ ..,
i

:;t,~M"Ma,
Ma, M,,x~fE(n•I TM,n Sw1tchm9T1mes MaxVcE( t) fr Min 5w,1ch1ngT1m~s

Type
<c , ~C,, ;,~, Ma.;:c,M<,~C,.'•• (M,:::"
'.:'. c::;',' ~~·
'"" Oceo , I I :~ MJ i ~," j\-;;ea,kage
(M,~;: c~::','
BCY58 I 150 800 I 10 TO 1E 8CY78

·::'1':::I::
32 200 035 101025 12016301 2! 125110
BfY51 JO 1000 0 35 150 15 40 - 150 50 50 55• 360' 150 TO 3"

2NZ218 30 800 04 150 15 40 250 20 25' 175' 150 TO J9j2N2904

601500 02 50
2N2219 30 800 0 4 15 100 300 25• 200' 150 T0-39 !2N2905
,0 500,021 so 20' 213' 150 TO 18
6bi1000 05 150 2N2220 30 BOO 04

J,,,,,,JS 2N2221 800 04 25• 175' T0-18 2N2906

60 1000 035 150
,so 2N2222 30 800 0 I 25• 200' T0-18 2N2907

25 500 02 50' 170' 20 T0-18 ZT180

601100'035
75 250 200 10 50' 170• T0-18 ZT187
1oooj1 5
BFY52 20 1000 035 150 50 55, 360' 150 T0-39
"l1ooolo9
2N706A 10 200 40 75 10 T0-18
ZT83
.,s 500102 1 1
2N2477 150 250 45 150 T0-39
ZT84 45 500 02

::(:::,::; 2N2476 20 - 0 4 20 - ,50 45 150 T0-39

BCY59
2N2359A 500 0 2 - 120 10 - 10 TO 18

2N2368 15 500 024 10 20 60 10 10 T018

401800!03
2N2369 15 500 024 10 40 120 10 10 T0-18
,101800:03
3f, 285 150 TO 16 2N2907A BSY95A 15 200 Q 35 IQ O 2 50 200 10 200 10 (note3) TO 18

T0-39 2N708 15 - 0 4 10 120 10 300 10 ( nole2 \ T0-18

::11:::1:: :::
T039 2N2938 13 500 0 4 105· 500 10 30 50 TO 18
15 1oooio35l,150

;l5 500102 i 101

TO 18 ZT181

T0-18 ZT182
2N2475

2N709
6

6
300 0 4

-· 0 3 3 0 15
30

120
20

10
600

600
20

,0 rn..e
'8

'.<5 500 02 10

2N3512 :15 - O 4 150 T0-39

tA1 Toue=45°C • Typ,cel Note 1 !tot - JOr,s Note 2 t,t 1 °~ 25ns No1e3tu 1 - 50ns

Manufactured in U.K.

86
CALL COMWAY....(0344) 24765 or TELEX 847201
 SEMICONDUCT
MetalCanTransistors

D Metal Can Construction

D NPN/PNP Complementary Devices
D Switching and Low Noise
T0-39

PNP SWITCHING Silicon Planar Medium and High Speed Switching Transistors
The devices are listedin order of decreasing Breakdown Voltage iVcED), decreasing Collector Current Uc), Power D,.'"_'P_•_tio_,_1..,.P,;_".;.'I_, _ __
',.'M'-·,-_,-.,,M,c,.:-:~~e,~,,-,."'.",,-i---;:~--,-,,,;-,;:;M::;:m--,--,S:::w::;:,1e,;;o;::mg::'To,,m:;;,:;",
1 1 1
[ Max VcE(ut) I t,FE fT Min Sw,tch,ng T,mes .. ~ at (Ma:<) at
Ma,I at at at {Max) at
- Type v
CEO IC
u

I- --- Package Comple

V
CEO 'C ! ~- ii~-- M,n Max ~~ IC ton lolf IC
PackageComple.
merit rnA
-
~5. ~\ M,n
M
ax
I
m';,. MHz ~';.. '~t
f
off
I
m5. men
f

I
I~:
I I::~
::
\I mA V n1A mA mA MHz mA ns mA

2 29 4 4 0 45 100 150 TO 39 2N221B

ZT1B9 I 70 500
0 2
50 II 5 751250 10 150 10 120• 250· 20 TT00··13B9
9
Z2TNB2
102 2NN
2 9°05 4°0 :: , : : ;:: 1:: :;: ::: 45 100 150 T0-39 2N2219
2N4036 65 I 100~ 0 65 150 15 40 140 150 110 700 150
60 600 0 4 150 15 40 120 150 200 50 45 100 150 T0-3g 2N2218A 2N2906 40 600 0 4 150 15 40 120 150 200 50 45 100 150 TO 1B 2N2221
2N2904A

2N2905A 60 600 O 4 150 15 100 300 150 200 50 45 100 150 T0-39 2N2219A 2N2907 40 600 0 4 150 15 100 300 150 200 so 45 100 150 T0-1B 2N2222

ZT181 35 500 0 2 10 3B 162 10 150 10 120' 250' 20 TO 18 ZTB1

2N2906A 60 600 0 4 150 15 40 120 150 200 50 45 100 150 T0·18 2N2221A

100 300 150 200 50 45 100 150 TO 18 2N2222A ZT1B2 35 500 0 2 10 75 260 10 150 10 120• 250• 20 TO 18 ZT82
2N2907A 60 600 0 4 150

60 100 0 25 10 0 25 120 460 2 1BO• 10 150 800 10 T0·18 BeY65E 8CY7B 32 200 O 25 10 0 25 120 630 2 180' 10 150 800 10 TO 1B aeY5B
BCY77

45 500 O 4 50 38 85 10 150 10 120° 250• 20 TO 1B ZTB3 ZT180 25 500 0 2 10 3B 162 10 150 10 120' 250• 20 T0-.18 ZTBO
ZT1B3

75 170 10 150 10 120• 250' 20 TO 18 ZT84 ZT187 25 500 0 2 10 75 250 10 150 70 120' 250• 20 TO 18 ZT87
ZT184 45 500 0 4 50

BCY79 45 200 0 25 10 0 25 120 460 2 180• 10 150 800 10 TO 18 BeY59 2N2894 12 200 0 15 10 40 150 30 400 30 60 90 30 T0-18

NPN LOW NOISE NPN Silicon Planar Low Noise Transistors

The transistors shown in this table are characterised for low noise, low level amplification and are particularly suitable for audio pre-amplifiers as well as universal applications.

No,se F,guro

~ti ~--
[ M,n VcE(ut) fr M,n Noise F,gu,e Max~~E(sat)
at at af
Type --- - -- Package eomple Typo ----Packageeomple.
Vcw
ic Is Mon Max le le N le I ment le 18 M,n Max le le N le f ment
V mA V mA mA mA MHz rnA dB µA Hz mA rnA mA mA MH, mA dB µA Hz

ZT91 100 1000 1 2 200 20 40 120 200 60 50 6 300 1K TO 39 ZTB4 45 500 0 2 50 75 170 10 200 10 6 100 1K T0-18 ZT184

ZT92 100 1000 1 2 200 20 65 200 200 60 50 6 300 1K T0-39 BCY59 45 200 035 10 025 120 630 125 10 6 200 1K T0-18 BeY79

ZT93 80 1000 0 5 150 15 40 120 150 60 50 6 300 1K T0-39 2N929 45 30 1 10 0 5 40 120 : 0 01 - 10 1K T0-18

ZT86

ZT88
80

80
500

500
0 2

0 2
50

50
38

75
85

170
10

10
200

200
10

10
• 6

6
100

100
1K

IK
TO"
T0-18
I 2N930

2N2219A
45

40 800
30

0 3
1

150
10 0 5

15
100

100
300

300
0 01

150 300 20 4 100

10

1K
T0-18

T0-39 2N2905A
ZT89 70 500 0 2 50 75 250 10 200 10 6 100 T0-18 ZT189 2N2222A 40 800 0 3 150 15 100 300 150 300 20 4 100 TO 18 2N2907 A
ZT90 60 1000 0 7 200 20 60 200 200 60 50 6 300 1K TQ.39 ZT211 ZT81 35 500 0 2 10 38 162 10 200 10 6 100 1K T0-18 ZT181

ZT95 60 1000 1 2 200 20 30 200 350 60 50 6 300 1K T0-39 ZT211 ZT82 35 500 0 2 10 75 250 10 200 10 6 100 1K T0-18 ZT182
BeYG5E 60 100 0 35 10 0 25 120 460 2 125 10 6 200 1K TO 18 BeY77 sey53 32 200 0 35 10 0 25 120 630 2 125 10 6 200 1K TO 18 BeY78
2N2484 60 50 0 35 1 0 1 100 500 0 01 3 200 1K T0-18 ZT80 25 500 0 2 10 38 162 10 200 10 6 100 1K T0-1B ZT1BO
ZT94 45 1000 0 7 200 20 20 10 60 50 6 300 1K T0-39 ZT210 ZT87 25 500 0 2 10 75 250 10 200 10 6 100 1K T0-18 ZT187
ZT83 45 500 0 2 50 38 85 10 200 10 · 6 100 1K T0-1B ZT183 Be109 20 50 0 2 10 0 5 180 BOO 2 150 10 · 4 200 30-15K T0-18 Be179

PNP LOW NOISE PNP Silicon Planar Low Noise Transistors

Max ~~E(sat) Max Va~E(sat) hfE fr Mm Noise F,gure
Ma< Ma.
" "
Typo VcEO
mA
le
le
mA
Is
mA
Min I MJx le
mA MHz
le
mA
N
dB
le
µA
Package eomple
ment
Typo VeEO
V
'c
mA V
-

mA
le
-
1,
mA
Mm i Max
--

mA
le
MHz i ::e
11A
N
dB
I "I- -
le
µA
f
Hz
Package eomple
ment

ZT189 70 500 0 2 50 75 250 10 150 10 6 100 1K T0-1B ZT8g 2N2604 45 30 0 5 10 OS 60 - 05

30 I 05 4 i 10110 15 7K T0-461 -
BCY77 60 100 0 25 10 0 25 120 460 1BO• 10 <6 200 1K TQ.JB BCY65E ZT181 3S 500 02 10 1 38 162 10 150 10 TO 1B ZT81
I
ZT1B3 45 500 o4 so I 3B 85 10 150 10 6 100 1K T0-18 ZT83 ZT182 35 500 0 2 10 1 75 260 10 10
'1100
6 1001
1K
11( T0-18 ZTB2
ZT184 45 500 04 50 75 170 10 150 10 6 100 1K T0-18 ZT84 BCY78 32 200 02S 10 0 25 120 630 2
150
160• I 10 6 200 1K TO 1B BeY58
SeY79 45 200 0 25 10 0 25 120 460 2 1BO• 10 6 200 1K T0-18 BCY59 BCY72 25 200 0-25 10 1 100 - 10 250 10 2 100110 10K T0-18
BCY71 45 200 0 25 10 1 100 400 10 250 10 6 100 10-10K T0-18 ZT180 25 soo 02 10 1 3B 162 10 ,sol 10 6 1001 11( T0-18 ZTBO
BCY70 40 200 0 25 10 1 100 10 150 10 6 100 10.101< T0·18 ZT1B7 25 500 0 2 10 1 75 250 10 1501 10 6 100 I 1K T0-18 ZTB7
2N2605 45 30 0 5 10 0 5 150 -· , 0 5 30 O 5 10 10 15 71< T0-46 BC179 20 so 0 2 10 OS 180 800 2 130• 10 4 2001 30 15K TO 1B Be109

NPN HIGH CURRENT SWITCHING NPN Silicon Planar High Current Switching Transistors
Max ~~E(,~t)t hfE ~t I Sw,1g;~; ;;mos

l~11~
-
, I Ma. P,ot
Type Vcs I VcEO le
le 1, I Ii Type vc, VcEO Ma.I
ic
Mrn Max
1-
I leA loff
-- atTc,se
25 C
Pack,g+omple
mont
M,nj Max 10 n le
V ' V A A A V V A V A A ns ns A w

:1::'°
150 60 1o 1 I ~~ 1,6 320 I 245 10 30 TO-Jg 8UY92 8UX34 120 60 1 I 2 1'0 1'0 5 20 T0-391

:.1
10
150 I
BUYB1 I T0-39 8UY91
' 150 60
I
7 5 ' 7 5 0 75 40
10 7 5
1 430 BFX34 120 60 1 40 150 2 1'D 180 5 5
I
BUY80 150 60 II 5 1 5 0 5 40
15
O 5
5
170 200 20 T0-39 BUY90 BSV64 100 60 s·I 1 40 -
'
2 140 180 5 5
TO 39
T0-39 -

2N3419

2N3421 I::: ::
I
,;~: ~: :·11 1::1; ::: ~:::
30

30
T0-39

T0-39
2N341B

2N3420
B5

B5
60

60
5·1
5•
1

1
:
5
I : :
0 5
20

40 120
'° I
1

1
300

300
1200

1200
1

1
30

30
TQ.39

T0·39 I
-
-

...----,,------
)vce
Type
' -------------
PNP HIGH CURRENT SWITCHING
..... I ( ..
VCEo
I Max
le
Max
-
at
le
Sw1tch1ngT,mes
(Typ)at
!
•on 110 11
-
le
PNP Silicon Planar High Current Switching Transistors

Ptot 'i
atTcasePackageComple
25°e I ment
I V V A A ns ns A W

BUY92
BUY91
1100
100
60
60
7 5
5
1
1
1755 0
0!)
75 4040 -=I 30
24 I T0-39
T0·39 I 8UY82
BUYB1
• Typ1col
8UY90 100 60 3 1 3 03 40 ' 20 T0-39 BUY80 ~Pulsed 300:Ls

Manufactured in U. K,

87
CALL COMWAY... (0344) 24765 or TELEX 847201
 SEMICONDUCTORS
MetalCanTransistors FERRANTI
D Metal Can Construction
D Darlington and High Frnquency
D BS Products

DARLINGTONS NPN Silicon High Current Darlington Transistors

M"
MdXVCE(5U)
at
hfE
Ma, Cobo ]M" atlce~I Ptot
at 1 MHz Ma,
Max VCE( 5 at) hFE
Ma, Cobot• atic,o;I I
Type Vee VcEo IC
1---;;;-
- - "
Max!lc:
- ---- c,tTamb Package Type VcB VCEO le "le ,,
--- --- --
at at 1 MHz
----- ----
Ptm
at lamb Package

V V A V
1,
A mA
Mm
A
Vee
pF
VcB
V
25 C
µA V W V V A V A mA
Mm Maxi
i A
le
pF Vse · µA Vse ~ C i
B0320A 80 60 1 1 6 1 1 1K -- 0 5 6 10 1 5 I T0-39 I
803208 80 60 1 1 6 1 1 5K - 0 5 6 10 1 60 I 5 TO 39
80323A 60 2 1 1 I 2 2 1K 1 8 5 10 1 10 TO 39

=-I
803236 80 I 60 2 1 7 2 2 5K 1 8 5 10 1 60 T0-39
B0320C 80 60 1 1 6 1 1 10K 0 5 6 10 1 60 5 T0-39 1-7 1 1 60 I
60 10 T0-39

,-
2 2 8 5 10
I
BD323C 80 60 2 10K
I
80321A
B03218
BD321C
80
80
80
60
60
60
2
2
2
1 7
1-7
1 7
2
2
2
2
2
2
1K
5K
10K
--
-
1
1
1
8 5
8 5
8 5
10
10
10
1
1
1
60 ,
60 ,
60 :
5
5
5
T0-39
TD-39
TO .39
2N6383
2N6384
2N6385
40
60
80
I 40
60
80
10
10
10
3 I
3 ·1
3
10
10
10
100
100
100
1K
1K
1K
,OK\
20K
20K
5
5
5
200
200
200
10
10
10
1'
1'
1'
40
;g '1
10
100
100
100
T0--3
TO 3
T0--3
I
80322A
803228
80
80
60
60
1
1
1 6
1 6
1
1
1
1
1K
5K 1- -
0 5
0 5
6
6
10
10
1
1 60 I
60
75
7-5
T0-39
T0-39 • ReferstolcEO (1n mA)
BD322C 80 60 1 1 6 1 1 10K -- 0 5 6 10 1 60 7 5 TO 39

HIGH FREQUENCY NPN Silicon Planar High Frequency Transistors

IT Min N,Jise Figure Cobo Max RF, Poor

Type Vcs VcEO

Ma<
1c
"" " at
- --
at
--
at 1 MHz
--
RF, PG at
-- Package

V V mA
Mm Maxjlc
MH, mA
le
mA "
d•3
ic
mA
f
H, pF
Ives I/
mW
or dB
f
MH,

.s ,o

"°I'
50 1300 25 2 500M 1 175mW 500 T0-72
BFY90 30 15 25
'
J

2N918 I 30 15 -- I' 20 'I - 3 - - 1 60M 1 7 I 10 15dB 200 T0-72

I I ! I I E ,j
2N2708 i 35 20 l3oi20012100 1
2 '5 2 200M 1 5 • 15 15dB 200 T0-18

BS PRODUCT INDEX
Commercial Commercial Commercial
Equivalent Equivalent Equivalent
The Ferranti range of Metal Can transistors ts available to a wide range of Cluality Assurance Typ~
BS Number Type BS Number Type BS Number
levels linked, 1n the main. to the British Standards s:heme (BS 9000) for the qualification of Number Number
Number
electronic components of assessed quality and as such, devices are suitable for use in
military, industrial and professional equipments. BS 9300 C371 2T83 BS 9300
BS 9300
C673
C674
2N2906
2N2907
BS 9365 F060
BS9365 F061
I ZT183
ZTl 82
BS 9300 C372 ZT84
BS 9300 C675 2N2906A
BS 9300 C373 ZT86 BS 9365 F062 2T184
The range of available standards may be listed as: BS 9300 C676 2N2907A
BS 9300 C735 2N1711 BS9365F063 ZT187
BS 9300 C404 2N1B93 BS9365 F064 ZT189
BS 9300 C738 2N2484
1 Commercial - with factory acceptance quality evels (AOL) BS 9300 C440 2N1613 BS9365 F065 ZT180
BS 9300 C748 2TBO
BS 9300 C464 2N706A
BS 9300 C749 ZT180 BS 9365 F066 ZT181
2 BS Approved -- to BS 9300 senes - categories P and 0. BS 9300 C478 2N918 BS9365 F067 ZT182
BS 9300 C750 ZT81
BS 9300 C492 2N929
-- to BS 9300 adopted CV 7000 ~.::ir1es. 2N930 BS 9300 C751 ZT181 859365 F068 Zl183
859300 C493 BS9365 F069 21184
BS 9300 C752 Zl82
BS9300C495 2N696
BS 9300 C753 ZT182
CECC harmonized European Standard-50000 series approval (categories F and L). BS9300 C496 2N697 BS 9365 F070 21181
BS 9300 C754 2T87 BS9365 F071 ZT189
BS9300 C554 2N2475 BS9365 F133 8FX34
BS9300 C755 ZTl87
4 High-Rel - to RRE specification X6487 which includes 100% pre-cap visual inspection, BS 9300 C555 2N2369A
2N2218
BS 9300 C580 2Nl131 BS 9300 C763
burn-in, etc. RRE/X6487 is to be incorporated into the BS scheme as the basis for a BS 9300 C764 2N2219 BS9365 Fl53 BUX34
BS 9300 C58l 2N1132
HIGH RELIABILITY screening procedure. BS9300 C765 2N2218A BS9365 F154• 2N3418
BS9365 F155° 2N3419
BS 9300 C593 • 2N2477
8S9300 C766 2N2219A
Release to Defence Standard (DEF ST AN OE,-21) conditions i.e. 6/4'3 release. BS 9300 C594* 2N2894 BS 9365 Fl 56 • 2N3420
BS 9300 C767 2N2221
BS 9300 C632 ZT91 BS9365 F157° 2N3421
ZT92 BS 9300 C768 2N2222
BS9300 C633 8S9365 F158° 2N3418
85 9300 C769 2N222lA
Release to Civil Aviation Authority (CAA) conditions. BS9300 C639 ZT90 BS9365 F159° 2N3419
BS 9300 C770 2N2222A
BS9300 C644 2T89 BS9362 FOOl BUY80 8S9365 F160* 2N3420
CV /DEF STAN specifications where the appropriate device is approved - until such BS 9300 C646 2N708 BS 9362 F003 BUY81 BS9365 F161 • 2N3421
time as they are incorporated into the BS scheme BS 9300 C648 BSY95A BS 9362 F005 8UY82 21210
BS9365 F17l
BS 9300 C669 2N2904 BS9365 F012 BFY50/1/2 BS 9365 F172 21211
BS9365 F056 BFY90 BS9365 F182 2N4036
Non-Approved Types - where Ferranti is not listed as ,in approved supplier or where BS9300 C670 2N2905 BS9365 F183 2N4037
BS 9365 F058 ZTl80
approval 1spending, we may supply devices whii:h have been subjected to the full CV/BS BS9300 C671 2N2904A
BS9365F194 2N3053
BS 9300 C672 2N2905A BS9365 F059 ZTl8l
etc qual"1ty assurance procedures as 'tested to . .. ', subject to the basic type
being available from Ferranti Ltd. Similarly, we may supply on a partial release basis such
as 'released to Group A tests only' etc.

For further details of the Ferranti quality assurance proi1ramme, contact:

Product Marketing at Comway Electronics Ltd,

PACKAGE OUTLINES
T0-46 T0-72- T0-18 T0-39 T0-3
-,, ,11,osr - 1; ";'"
j _l ,eo1
T
?.::.1

,:f ""'\' "'

11t-··
10-.,

BS 3934 :S0-12C BS 3934 :S0-12A BS 3934 :S0-3 BS 3934 :S0-5A

JED EC :T0-46 JED EC :T0-72 JED EC :T0-39 JED EC :T0-3

Manufactured in U.K.

88
CALL COMWAY....(0344) 24765 or TELEX 847201
 SEMICONDUCTO
FERRANTI E-LineTransistors
\

D E-Line Construction
D NPN/PNP Complementary Devices
D General Purpose and Switching

NPN GENERAL PURPOSE NPN Silicon Planar General Purpose Transistors

The transistors are listed in order of decreasing breakdown voltages (V CBO and VcEQ), then in order of decreasing collector current (le}, power dissipation (Ptot) etc.

Mo, hf-E Min fT Piot Max VCE hrE Min fr P1ot I

~
Ma, et at at
Type Vceo VCEO le - -- - -- - Complement Type ~:x .- a,!:_ r::b,1Complemen1
le le M,o Ma, le le
Tamb
25'C ~I Is Min Max le le 25'C
V V mA V mA mA mA MH, mA mW mA V mA I mA 1 mA MHz mA mW

ZTX453 120 100 1000 0 7

1000 0 -7
150 15 40 200 150 150 50 1000 MPS6532
ZTX303
50
45
30
45
600 0 5 1 00 11 0
500 o 35 50 5 50
30 --
300
1001390
1 o 1 50 1o
I 50 I
I
530000 ZMTPXS5605335
ZTX452 100 80 150 15 40 150 150 150 50 1000 -
MPSA06 80 80 500 0 25 100 10 50 - 100 100 10 750 MPSA56 BCY59P 45 45 200 0 35 10 0 25 120 630 2 1125110 1000• BCY79P

~gg~ ~6g :~g

BC546P 80 65 200 0 ·25 10 0 5 75 200 2 300. 10 500 BC556P MPS3693 45 45 50 - . -- 40 160 10 :200 10 500 -
ZTX451
BFS61
80
80
60
60
1000 0·35
1000 0 35
150 15 50
150 15 40
150 150 150
160 150 150
50
50
1000
500
ZTX551
BFS38
ZTX238
ZTX383
45
45 lg ~gg
g:~~ ~ ~~g rn j~g 1 ]I zrx~,3

u;1gg1~f~g~g ~ '1}5~J
MPS2222A 75 45 BOO 1 0 500 50 100 300 150 300 20 500 MPS2907A
ZTX304

MPSA05
70
60
60
70

60
500 ,) 35

500
100
,) 25
,) 35
50 5

100 10
10 0 25
50

50 -
120 460
300 10 150

100 100
2
10

10
300

750
1000~
ZTX504 ZTX384
BC183P
ZTX108
2N4123
45
45
45
40
ig ~gg
30 200 0 3
rnigg ~ii~
50 5 50 150 2 250 10 500
3

I 2N4125
:
BCY65EP 60 125 10 BCY77P
100 2
~~ !~~ o \5 Bo : ,3;0:~~ ~~ I~ ~~ ~~ !~~ {g;}i~~
BC182P 60 50 200 0 ·25 10 0 5 100 480 2 150 10 300 BC212P MPS3706} 40
ZTX107 60 50 100 0 ·1. 10 1 125 500 2 350' 10 300 ZTX212 ZTX3706
ZTX450 60 45 1000 0 25 150 15 100 300 150 150 50 1000 ZTX550 ZTX302 35
ZTX301 35 35 500 0 · 25 50 5 50 300 10 150 10 300 ZTX501

~~1 ~~
MPS6565 60 45 200 0 4 10 1 40 160 10 500 BCY58P 32 32 200 0·35 10 0 25 120 630 2 125 10 1000~ BCY78P
MPS6566 60 45 200 0-4 10 1 100 400 10 500 - 30 200 0 25 10 0·5 75 800 2 Joo· 10 500 BC558P

~(x\)!isl
!~
: :::: ::1::,::: l ..:
BFS60 60 40 1000 0 25 150 15. 100 300 150 500 BFS97
2N4401 ~ 60 40 600 0 4 150 15 100 300 150 500 r ZTX4403
N4403
ZTX4401
2N44D0 2N44D2 ~~1~~60 30
60 40 600 0 4 150 15 50 150 150 200 20 500
ZTX4400
MPS6531 60 40 600 0 3 100 10 90 270 100 390 50 500
ZTX4402
MPS6534 tix1~~~ 1
JO
MPS6530 60 40 600 0 5 100 10 40 120 100 390 50 500 MPS6533
t:X~%i8 30 30 200 1 10 0 5 45 660 1 - -- 500
~~1iii4
2N3903
~ 60 40 200 0 2 10 I 1 100 300 10 300 10 500 rN3906
ZTX3906
2N3905
2N4124
BC108P
30
30
25
20
200
200
0-3
0-2
50
10
5 120
0 5 120
360
800
2
2
300
150
10
10
500
300
2N4126
BC178P
ZTX3903 I GO 40 200 0 2 10 1 50 150 10 250 10 500 ZTX3905 BC238P 30 20 200 0-2 10 0 5 120 800 2 150 10 300 BC308P
BFS59 60 30 1000 0 35 150 15 40 300 150 150 50 500 BFS96 MPS3414 25 25 500 0 3 50 3 75 225 2 - - 500
MPS2222 60 30 800 1 6 500 50 100 300 150 250 20 500 MPS2907 MPS3415 25 25 500 0 3 50 3 180 540 2 - - 500
MPS3416 50 50 500 0 3 50 3 75 225 2 -- 500 -
MPS3417 50 50 500 0 3 50 3 180 540 2 - - 500 ZTX300 25 25 500 0 35 10 1 50 300 10 150 10 300 ZTX500
MPS5172 25 25 100 0 25 10 1 100 500 10 120· 2 500
BC547P 50 45 200 0 ·25 10 0 5 75 1450 2 300" 10 500 BC557P MPS3394 25 25 100 - - -- 55 110 2 500
ZTX382 50 45 200 0 25 10 0 5 1001850 2 150 10 350 - MPS2923 25 25 100 - -- -- 90 180 2 500
BC107P 50 45 200 0 2 10 0 5 120 460 2 150 10 300 BC177P MPS3393 25 25 100 - - - 90 180 2 500
I MPS2924 25 25 100 - -- - 150 300 2 1- -- 500
BC237P 50 45 20010 2 10 0 5
ggl:~g 2 150 10 300 BC307P
ZTX237 50 45 200 0 ·25 10 0 5
oo 2 150 10 300 ZTX212 MPS3392 25 25 100 - - - 150 300 2 500
ZTX223

MPS3704
ZTX3704
~';;~~bi5
ti I, 50

50

I 50
30
30

30
800 0 3 100

1900/0
80010
too 5 I
8 100
10 1

5
I 450
100 300
50 150
50

501100150
50 100 50
100 50 500

500

500
lrPS3703
ZTX3703
MPS3703
MPS2925
MPS3395
MPS2711
MPS2712
MPSA20
25
25
18
18
25
25
18
18
40
100
100
100
100 -
100 0·25
-
-
-
-
-
-
-
10
-
-
-
-
1
235 470
150 500
30
2
2
90 2 5 -
75 225 2-5
40 400
-
5 125
-
-
500
500
500
500
500
1 ZTX3703

PNPGENERALPURPOSE PNP Silicon Planar General Purpose Transistors

-;-r~
Max VcE(sat) hFE Min fr P1ot Max VCE(satl hFE Min fr P1ot
Ma, ,1 ,1 at Ma,
Type Vceo VcEO le ---
le le Min Ma,
-
le
-
le
" Tamb
~25'C
Complement Type VCBO VcEO le
at

M,n Ma,
-
at

le
- le
el
"
Tamb
25'C
Complement
V V mA V mA mA mA MH, mA mW V V mA V mA mA mA MH, mA mW
MPSA56 80 80 500 0-25 100 10 50 - 100 100 10 750 MPSA06 ZTX213 45 30 20010·25 10 io s 80 550 2 200 10 500 ZTX108
BC556P 80 65 200 0 ·25 10 0 5 75 450 2 150" 10 500 BC546P BC213P 45 30 200 0 6 100 5 80 600 2 200 10 300 BC183P
ZTX551 80 60 1000 0 ·25 150 15 50 150 150 150 50 1000 ZTX451 2N4403
BFS98 80 60 1000 0 35 150 15 40 160 150
ZTX4403 } 40 40 600 0-4 150 15 100 300 150 200 20 500 { 2N4401
ZTX4401
150 50 500 BFS61
2N4402 } 40 40 600 0 4 150 15 50 150 150 20 {2N4400
ZTX504 70 70 500 0 6 50 5 50 300 10 150 10 300 ZTX304 ZTX4402 150 500
ZTX4400
MPS2907A 60 60 600 1 ·6 500 50 100 300 150 200 50 500 MPS2222A MPS6534 40 40 600 0 3 100 10 90 270 100 260 50 500 MPS6531
MPSA55 60 60 500 0 25 100 10 50 -- 100 100 10 750 MPSA05 MPS6533 40 40 600 0-5 100 10 40 120 100 260 50 500 MPS6530
BCY77P 60 60 100 0-25 10 o 2, 120 460 2 1 BO' 10 1000· BCY65EP 2N3906 } 40 40 200 0 25 100 {2N3904
ZTX3906 10 1 300 10 250 10 500 ZTX3904
ZTX212 60 50 200 0 25 10 0 5 60 400 2 200 10 500 ZTX107
2N3905 } 40 40 200 0 25 10 1 50 i 150 10 { 2N3903
BC212P 60 50 200 0 6 100 5 60 400 2 200 10 300 BC182P ZTX3905 10 200 500 ZTX3903
ZTX550 60 45 1000 0 25 150 15 100 300 150 150 50 1000 ZTX450 MPS3702} { MPS3706
ZTX3702 40 25 50 5 60 300 50 100 50 500
50°1° 25 ZTX3706
BFS97 60 40 1000 0 25 150 15 100 300 150 50 50 500 BFS60
ZTX502 35 35 500 0·25 50 5 100 300 10 150 10 300 ZTX302
MPS2907 60 40 600 1 6 500 50 100 300 150 200 50 500 MPS2222
ZTX501 35 35 500 0 25 50 5 50 300 10 150 10 300 ZTX301
BFS96 60 30 1000 0-35 150 15 40 300 150 150 50 500 BFS59
BCY78P 32 32 200 0-25 10 0 25 120 630 2 180" 10 1000+ BCY58P
BC557P 50 <5 200 0 25 10 0 5 75 450 2 150· 10 500 BC547P
MPS6535 30 30 600 0 5 100 10 30 I - 100 260 50 500 MPS6532
BC177P 50 45 200 0 2 10 0 5 120 460 2 130 10 300 BC107P
ZTX530 30 30 500 0 7 10 0 5 0 1 30 0 5 250
I ZTX330
BC307P 50 45 200 0 2 10 0 5 120 460 2 130' 10 300 BC237P 10l00 I
BC558P 30 30 200 0 25 10 0 5 75 800 2 150· 10 500 BC548P
~ MPS3704
MPS3703} ZTX3704 2N4125 30 30 200 0 4 50 5 50 150 2 200 10 500 2N4123
ZTX3703
50 30 500 0 25 50 5 50 100 50 500
30 1150 MPS3705
LZTX3705 BC178P 30 25 200 0 2 10 0 5 120 800 I 2 130 10 300 BC1 OBP

ZTX503 45 45 50010 351 50 5 50 300 10 150 10 300 ZTX303 BC308P 30 25 200 0 2 10 0 5 120 800 2 130' 10 300 BC238P

ZTX500 25 500 0 35 5 50 150 10

ZTX531 45 45
50010 7,110
0-5 40 1120 0 01 30 0-5 250
I ZTX331 25 50
30~ I 10 300 ZTX300

BCY79P 45 45 200 0 25 10 0 25 120 460 2 180' 10 1000+ I BCY59P 2N4126 25 25 200 0 4 50 5 120 360 2 250 10 500 2N4124
Typical •at T case 45 C
Manufactured in U.K.

89
CALL COMWAY... (0344) 24765 orTELEX 847201
 SEMICONDUCTORS
E-LineTransistors

D E-Line Construction
D NPN/PNP Complementary Devices
D Switching and Low Noise

NPN SWITCHING NPN Silicon Planar Switching Transistors

ThP rle~irP~ arP l,HPrl in ordPr of rlPcreas1ng collector/,~m1tter breakdown voltage (VcEo), then ;n order of decreasing collector current Uc) etc.

M,ri.lT Max
Sw,tch,ng Times
! Max. VCE(~atl ! h,c M,n. f 1 Ma,
Switch,ngT,mes
a, a,
Type
I " Type Vern
Ma,,"±
~
et
I I - Complement

0 ~;:I~:~
;::;5'~: :ri::~':
-,c-
I [- - -,,- M,clM"
I t~~f ! ~';..
~~:
Complemf'nt le
V n rnA mA MHz mA tg;

:,:0 tg1:ig I

r
BCY65EP :51 ~: 1/:5 8CY77P MPS3641 1
MPS3642 500 O 22 150 15 40 120 150 - 14 80 300 2N4123 30 150010
200 0 2l50
3 50 15
5 ~l50 10 ;;r~6-l 31°0° 2N4125
2N4124 25 200 0 3 50 5 120] 360 2 300 10
BCY59P 20010 35 10 0 251 120 630 2 11 25 10 150 BOO 1o BCY79P MPS706A 20 200 O 6 10 1 20 60 10 200 10
37" 136. 110 I 2N4126
MPS2222A 800 1 01500150 100 300 1:>0 300 20 35 285 150 MPS2907A 40 75 10 -

2N44,Jl 1 2 44 3 MPS706 20 1 20 'so· 101200 .10 40 75 10 -

ZTX4401 600 0 4 150 15 100 300 1501250 20 35 2!,5 N o
150 ·~ ZTX4403 MPS2713 18 3 30 90 2 250" 10 13 21 10 -
2N4400
ZfX4400 40
1
600 Q 4 1501 15 50 150 1')0 200 20 35 2!,5 I 150 1~::252 MPS2714
zn::314
18
15
:::
200 2
0 3
500 0 2
50
10
3
1
75 2251 2 250" 10 13
12
21
16
10
10
1
40 120, 101500 10
!o 2 ! 1o i~}j~i
I::
2N3904
ZTX3904 40 I 200 1 , 1 oo 300 / 1 o 30011 o 70 2~.oj 1o { 6 ZTX313 500 0 24 10 1 40 120110 500 10 12 18 10
2N3903 ZTX311 5QQ -- I -- - 50 200 10 200 10 (note1) -
ZTX3903

BCY5BP
401200

32
0 2

200 0 3<; 10
10
1
o
1

25 120
50 150

630
10

:i 125
250, 10

10
70

150
225

BOO 10
10 {~~;,iii5

BCY78P
MPS2369
ZTX312
15
12
' 200 10
50010 24 10
"I ' 10 1 \ 40
1 40
120
-
101-1-
10 400 10
12
15 i: I :g -
-

i 20
1 '!

MPS2222 30 BOO 1 6 500 50 100 300 1!>0 250 20 35 285 150 MPS2907 ZTX310 12 I 5ool o si 10 1 -110 I 200110 \ note 2h -

PNP SWITCHING PNP Silicon Planar Switching Transistors

' Max V,,,cE1,,,11, hf r M,n IT I! Sw,tcf~,~;·Tmies I

T1•µ,' - ,
ii!
-
I at
- -
at
Complement Type - -- ' ,--- _I Con plen,ent
V rnA V
I ~,~ ~~ 1M,n M.ix ~1'~ MHz ~~ 'g; tg~' I ~1~ mA v_I mA
le I IB
rnA IM,r [Max, rnA
le ! le t;;?;'
MHz n1A '"'

I-M_P_S_2'_o_,A--+ -G-O---t-6-00--,]-1
-6+1.-5,-o+'l-50-+1-0-0f-3-00-~,o , 200 50 50 '111 o 1 50 MPS2907 MPS2222
40 60011 61500! 50 100130011501~00115 50 110 150
MPS2222A

MPS3645
1
60150010 41150 151100 300 H•O --
1
40 100 300
2N3906
ZTX3906 40 200 0 25 10
1
Il 100. 300 10 250 10 ,o 300 10 n~:r~i 4
1 2N3905
ZTX3905 40 20010 25 1 101' 1 501150110 f 200 10 70 260 10 {~f:iii3
BCY7?P 60 ·110010 25110 0 25;1201460121180" 10 85 150 10 BCY65EP
BC¥78P 32 200 0 25 10 0 25 120 630. 2 1180• 10 85 150 10 BLY58P
1
MPS3644 45 500 0 4 150115 1001300 1'0 - 40 100 300 2N4125 30 2001 0·4 5015 50 'I 1501 21200 10 155"1' 10 2N4123

BCY79P
1

45120010 2511010~5120146012 180' 10 85 150 10 BCY59P

MPS363BA 25 500 , 300 30 I100 •. 50 150 15 75 170 300
MPS363B 25 '1500 1 300 30 301-- 50 1 100 15 75 170 300

~~::gg3 40 600 041150-15 1001300 150 200 20 35 255 1501{~~::261

2N4126
ZTX510
25
12 1200
200 0 4
0 2
50
30
5
3
120
40
360
150 30
21· 250
400
10
30 60
155"
90
10
30
2N4124

~~¢tfJ
2 40 600 o 4 150 15 50 1 150 150 150 20 35 255 150 { l~::g3
0

NPN LOW NOISE NPI\I Silicon Planar Low Noise Transistors

Max
Max. VeE(oat)
at
h FE Max. Noise Figure
Max Max. ~fE(satl h FE fT ~it. Max. No~~e Figure
Type VeEO I le
VrnAVmAmA
le le Min Max le le
mA MHz rnA
N
dB
le
µA
"
-----
Hz
f
Complement Type
Ic
mA V
- i;;"T
--le
rnA rnA
'I
Min Ma• le le N
mA MHz rn,'., dB
':in~ Complement

BCY65EP
MPS24B4
60
60
100 0 35 10 0 25 120
150 035 1 01 100
460
5000·01
2 125
60
10
05
200 1k
200 30-l5k
BCY77P ZTX330
8C549P
ZTX239
30
30
30
500 0 7 10
2000·25 10
2000 25 10
g·i 1gg1;gg
o 5 1801800
021 3~g. 0105
2 150 10
3
4°
4
bo~
Jgo ~ 5k ~~~iii
20030-15kZTX214
2N5209 50 50 0 7 10 1 100 300 0·1 30 0·5 3 200 30-15k 2N5086
10 1 200 600 0·1 30 0 5 2 200 30-l5k 2N5087 ZTX3B3 30 200 0·25 10 0·5 100 I B50 150 10 200 30-15k
2N5210 50 50 0 7 0·5 250' - 150 10 200 30-15k BC214P
45 500 0 7 10 0 5 40 1200 01 30 0 5 3" 10 1k ZTX531 BC184P 30 2000 25 10
ZTX331 0 5 250 - 150 10 200 30-15k
BC550P 45 200 0 25 10 0 5 200 800 2 300" 10 3 200 30-15k BC560P ZTX384 30 200 0·25 10

6 200 3()-15k 2N4123 30 200 0·3 50 5 50 150 2

250 10 6 20030-15k 2N4125
ZTX382 45 I 200 0·25 10 0·5 100 850 2 150 10
8CY59P
MPS6565
45
45
200 0 35 10 0·25
200 0·4 10 1
120
40
630
160
2
10
125
-
10 6
4·
200 1k
200 30-l5k
BCY79P
~T~~~rir
BC413P
} 30 30 200
100 0 25 10
1 l O O 5 100
0 5 200
550
800
0 1 -·
2 250" 10
5
3
.200 30-15k
200 30-15k 8C415P
MPS6566 45 200 0 4110 1 100 400 10 4• 200 30-15k
ZTX109 30 100 0-1 • 10 1 240 900 350" 10 10 lk ZTX214
BC414P 45 100 0 25 10 0 5 200 800 2 250" 10 3 200 30-15k BC416P

t l
45 50 - --- - 40 160 10 200 10 4• 200 1k 2N4124 25 200 0·3 50 5 120 360 300 10 20 30-l5k 2N4126
MPS3693
ZTX114 25 200 /;)·35 10 0·1 200 - 350" 10 30 1k
'
2N3904
ZTX3904
40 200 0 2J10 1 100 300 10 300 10 5 200 3(1-15k
2 39 6
N 0
ZTX3906 BC109P
BC239P
20
20
50
50
0 2
0·2
10
10
0 5 180
0·5 180
800
800
300
150
10
10
200 30-l5k
200 30-15k
BC179P
BC309P
~~;:gg3 40 200 0 2 10 l 50 150 10 250 10 200 30-15k ~~;5ig5
BCY58P 32 200 0 35 10 0·25 120 630 Z 125 10 6 200 lk BCY78P

PNP LOW NOISE PNlf>Silicon Planar Low Noise Transistors

hn 11 Min Max. No,sef1,;1c1r
! ! Max. VeE(satJ hFE
Ma,
Max. ~fEi~,, 11
at
Type
Ma,
VcEO I le
at
1
le le Min Max le , le N le f
Type Vno 1,
i -;-~-1, - --
M,c Ma, le
" le N le f
Corni::lement

V mA V mA mA TIA MHz mA dB µA Hz mA V mA mA mA MH, mA d8 ,A H,

1----+-----'-+---+-+--+---l-+ 8CY78P 32 200 0·25 10 0 25 120 630 2 180" 10 6 200 1k BCY58P
BCY77P 60 100 0 25 10 0 25 120 460 2 180" 10 6 200 1k BCY65EP
ZTX530 30 500 0 7 10 0 5 100 400 0 1 30 0 5 3' 100 1k ZTX330
2N5086 50 0 3 10 1 150 500 01 40 0·5 3 200 30-l5k 2N5209
I 50 ZTX214 30 200 0 25 10 0 6 140 550 2 200 10 2 200 30-l5k ZTX109
2N50B7 50 50 0 3 10 1 250 800 01 40 0 5 2 200 i30-15k 2N52l0
BC559P 30 200 0 25 10 0 5 110 800 2 300· 10 4 200 30-15k BC549P
ZTX53l 45 500 0 7 10 0 5 40 120 01 30 0 5 3' 100 1k ZTX331
2N4125 30 200 0 4 50 5 50 150 2 200 10 5 200 30-15k 2N4123
BC560P 45 0 25 10 0 5 110 800 2 300" 10 2 200!30-15k BC550P
1200 8C214P 30 200 0 6 100 5 140 600 2 200 10 2 200 30-15k BC184P
I
BCY79P 45 200 0·25 10 0 25 120 460 2 180" 10 6 200 1k BCY59P
BC415P 30 100 0 3 10 0 5 110 800 2 200· 10 2 200 30-15k BC413P
BC416P 45 100 0 3 10 0 5 110 800 2 1200· 10 2 200 30-15k BC414P
2N4126 25 200 0 4 50 5 120 360 2 250 10 4 200 30-15k 2N4124
2N3906 1 100 10 4 200 30-15k {~~)5Jci4
ZTX3956 40 1200 0 25 10 300 10 \ 250 BC179P 20 50 0 2 10 0 5 180 800 2 130" 10 4 200 30-15k BC109P

2N3905
ZTX3905
40 i 200 0 25 10 i1 50 150 10 I200 10 5 200 30-15k {~~ii~l3
BC309P 20 50 0 2 10 0 5 180 800 2 130" 10 4 200 30-l5k BC239P

11 = Note 2: tot 11 = 25 ns.

"Ty~11cal Note l tu 60ns

Manufactured in U.K.

90
CALL COMWAY... (0344) 24765 or TELEX 847201
 SEMICONDUCT
FERRANTI E-LineTransistors

D E-Line Construction
D High Voltage and High Frequency
D BS Products

DARLINGTON NPN Silicon Darlington Transistors

The transistors are listed 1n order ol decreasing breakdown voltages (Vceoand ~'..,"..,·------------------..,..,.,-..,...
VCEQ), then collector current (le), pov,mr d1ssipat1on IP10 t) •• _ _,..,...--,

Max. VCE1~"tl Max. lc:t° p1¥' I v, ""' I "" .

Type Vc,o ,, VcEO
Max

I
----
1, 1, Min.
1
Mclx 1, f-v~T25~C Type VCElO I v,rn M.H '"'

1-,,T,,M,ojM"'f'cl
cit I M.» '· rlt'"'

'Vrn1'~:~~
mA mA mA mA oA V mW mA mA niA , niA nA \'

I O 1 120K
I 30 300 1 5 7GO
BCX38C 60 HOO 1 25 800 10, 500 100 I 60 1000
MPSA14 30 100 11001100 I 30 I

BCX38B

BCX38A
80
80

so I
60

60
BOO 1 25

aoo 1 25
800

800
4K

1K
500

500
100

100
i
60
60
1000

1000
MPSA13

MPSA12
30 30

20
300

300
1·5
100
10
I°'!
0 01
I 10K
20K
l1Too
I 10 100
i 30
15
750

750
i
HIGH FREQUENCY NPN Silicon Planar High Frequency Transistors
The transistors marked with tare particularly suitable for use ,n RF and Video IF stages of television receivers where important characteristics include high frequency response, low feedback capacitance and low no,se.
Mu. Max.
R~;o M o~o
~ax. VCEtsat1 Mm.Ir Noise Figura Cobo Max. VCE(~atl M1;ifT No,sea~1gure Cobo
M" "le " le "le at1MHz RF PG at M" "
at 1MHz RF Po at
Type VeEo 1,
mA V mA
1,
mA MH,mA N
d8 µA
I
MH,pF
Ve,
V
mW
o,
dB
--
I
MH,
Typa VcEO le
mA V
1-1- ,I- I
le
mA
le
mA MHz
le
mA
N
dB
le II
u.A MHz pF
IVe,V
mW
o,
d8
-.
I
MH,
BF196Ptt
BF197Pt I
ZTX320, 321
30
25
25
25
-- - 400"
550"
4 35 ZTX325i
ZTX326
ZTX327
15
12
30
50
50
400
-
-
1 1~01 ~ 100~/ 2
1000 2
800" 25
i<5
<6
-
2
2
--
500
500
-
1 ~) 10
1 5 10
3 30
175mW

350mW
500
400
322,323 15 500 0 4 10 1 600 4 <6 1 60 1·7 10 15dB 200
.:,A~ not'" 1 "Typical tPin connections for these devices are· c-e-b !-C,e 0 2 pF (typical)
~-ere 0 3 pF (typical) -Cre 0 · 8 pF (max,mum)
Note 1. The ZTX320 series 1s available with gain va11at,ons refer to data sheet for details

H
.._I_G_H_V..,
0_L,
...T_A-,-G_E,..M_,-,v-,-",-.,,-,--h-"--.--
1
~.,-,,P_N,_l_'P,,,"-~.,.P_S_ili_c...,on __ r-- e_"....,.:J""',,...,,,-,----
Planar High Volt,.a_g_e_T_r_a_n,..si_st.,..o_rs-,--,--M,-,-v,-"-'"-',--l_"_"
1

Type 1,Vc30
1
VCEO
Max
I,: 1---i-
·-at
Tdmb Complement Type Vceo VcEo
Max
le __ --at
,..-- -
at at at
Tdmb Complement

NPN
V

I
i V mA V

I
le
mA
le
mA
Min Max le
mA ,,A
VcER
V
25'C
mW

PNP
V V mA V
1le
mA
le
mA
Min Max
1 le
mA
1
1,A
VcER
V
25"C
mW

ZTX342
ZTX341 ~5gli6g ~ jg~ 30
igg,g~1 30
-
-
0 5 100
0·5 80
300
300
ZTX5112
ZTX541
ZTX542
ZTX541
120
100
120
100
100
100
o sl
o-51
Io s ,oof300
! 0 5 80 300 j
ZTX342
ZTX341

GENERAL INFORMATION GAIN GROUPINGS

LEAD CONFIGURATIONS
Certain device families are available with selected gain (hFEl groups denoted by a suffo~ such
The alternative lead configurations J/e denoted by a suffix such as K, L Mor 5 at the end of as A. B or C 1n1med1ately following the device type number
the part number.
eg. ZTX107A-where the A denotes a gam (hFE) range of 125 to 260 ell le 2 mA
e.g. ZTX107K where the K denotes that the leads are preformed to the T0-5/39 pm circle and VCE 5V

The available lead formations may be listed as The gain group suffix 1sincluded 1nthe device part-marking
IN UNE no suffix For lull details of available gain groupings, please consult the 1nd1u1dual device data sheet
T0-5;3g pm circle suffix K Flat mounting suffix M
T0-18 pm circle ;ufflx L suffix 5

BS PRODUCT INDEX
It 1s important to note that all the E-LINE devices detailed m !his product gu,de are manu- Commercial Commercial Commerc1a!
factured with the same degree of care and process quality as those subject :o BS 9300 BS Number Equivalent BS Numbr:>r Equivalent BS Number Equivalent
qual1!1cat1onprocedures. Type No. Type No. Type No
The FERRANTI QUALITY ASSURANCE PROGRAMME 1s,m general. linked to the BRITISH BS9365 F028( PJ 8S9365 F078(0) ZTX301
ZTX107 B59365 F139(0) ZTX450
STANDARDS schame and the range of available standards may be listed as BS9365 F029(P) BSg355 F079(0)
ZTX108 ZTX302 BS9365 F140(0} ZTX451
B59365 F030( P) ZTX109 8S9365 F080(0) ZTX303 BS93G5 F141 (P) ZTX360
1 Commercial - with factory acceptance quality levels (AOL) BS9365 F031 ( P) ZTX500 B59365 F081 (0) ZTX304 B59365 F142(0) ZTX360
BS9365 F032(PJ ZTX510 BS9365 F082( P) Bf5g6 BS9365 F143(P) ZTX550
2 BS Approved - to BS 9300 saries - categories P and 0. BS9365 F033(P) ZTX502 8S9365 F083{P) BFS97 B593G5 F144(P) ZTX551
BS9365 F034( P) ZTX503 B59365 F084(P) BFS98 BS9365 F145(Q) ZTX550
3 CECC harmonised Europaen Standard- 50000 senes approval (categories F and L). 8S9365 F035(P) ZTX504 8S9365 F085{0) 8FS96 8S9365 F146(Q) ZTX551
BS9365 F040(P) ZTX310 BS9365 F086{0) BFS97 B59365 F192(PJ ZTX541
4 High -Rel - to RRE specif1cat1on X6487 which includes 100% pre-cap visual inspection, BS9365 F041 (P) ZTX311 BS9365 F087(0) 8FS98 859365 F193(P) ZTX542
burn-in, etc. RRE/X6487 1s to be mcorporated into 1he 8S schema as the basis for a 8S9365 F042(P) ZTX312 8S9365 F088(P) ZTX320 8S9365 F099(0) BFS59
HIGH RELIABILITY screening procedure. 8S9365 F043(P) ZTX313 8S9365 F089(P) ZTX321 859365 F100(0) BFS60
B59365 F044(P) ZTX314 BS9365 F090(0) ZTX320 BS9365 F101 (0) BF561
5 Release to Defenca Standard (DEF STAN 05-21) conditions i.e. 6/49 release. B59365 F054(P) ZTX341 BS9365 F091 (OJ ZTX321 B59365 F102(P) ZTX325
B59365 F055(P) ZTX342 BS9365 F092(P) ZTX330 OS9365 F103{P) ZTX326
6 Release t9 Civil Aviation Authority (CAA) condi1ions. 8$9365 F072( P) ZTX300 B59365 F093(P) ZTX331 BS9365 F104(Q) ZTX325
BS9365 F073(PJ ZTX301 BS9365 F094(0) ZTX330 B59365 F105(0) ZTX326
B59365 F074(P) ZTX302 859365 F095(0) ZTX331 BS9365 F130(P} ZTX212
7 CV /DEF STAN spec1f1cat1ons whare the the appropriate device 1sapproved - until such
B59365 F075(P) ZTX303 859365 F096(P) 8FS5g BS9365 F131 (P} ZTX213
t111eas they are incorporated mto 1he 8S scheme.
BS9365 F076(P) ZTX304 859365 F097(P) BF560 BS9365 F132(P) ZTX214
BS9365 F077(0) ZTX300 8S9365 F098(P) BF561 B5g365 F137(P)
8 Non-Approved Types - where Ferranti 1s not listed as an approved supplier or where ZTX450
approval 1spending. we may supply dav1ces which have bec-11subjected to the full quality BS9365 F138( P) ZTX451
assurance procedures as 'tested to.. . . . . .. ', subject to the basic type being available
from Ferranti Ltd. Similarly. we may supply on B partial release basis such as 'released to
Group A tests on1y· etc. tlnd1catesApproval Panding. Note. (P) or (0) are BS Categories.

II any additional information on the Ferranti Quality Assurance Programme is

required contact; Product Marketing eomway El&etronics Ltd.

PACKAGE OUTLINES
,'"
,= rt,..,. n']

t·
ST ANDA RD (T0-92) K(T0-5/39}

--~,:iii ~ J1W
LIT0-18} ,.,. ,,
rn ~ 7· _;IJ.

'H: T t~ [1i:

Standard Formation 'K" Type Lead '

1 'L' Type Lead
j!".
I _J
I

~
Formation for Formation for
·in.Line·
T0-5 end T0-39 • , T0·18 5, Formet1on for
~
F.ormation

BS3934 S0·94
Compatibility
853934: S0-95
Conipat1bility ,~,
Flat Mounting wid~~;~~~ing
·~·
.~11"--
853934· 50-97
JEOEC T0-92 853934 S0-96

Manufactured in U.K.
I
91
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SEMICONDUCTORS
I
PlasticTransistors J FERRANTI
D Designed for Thick and Thin Film Hybrid Circuits
D NPN/PNP Complementary Devices
D General Purpose, Low Noise and Switching

In add1t1on to the BS 9000 approved range of Micro-[ components, Ferranti available

a further range of m1crc-m1rnature sem1conductors cncapsulcned m tha SOT -23 SQT.23 Package Outline Pin Connections

:fJ--,
package
These devices are designed spec1f1cally for uso 1n thin and thick film hybrid circuits in both
r- 'I '1
2-1,
industrial and c0mmerc1al appl1cat1ons
-
J --1,1 31
MAXIMUM THERMAL RATINGS Transistor Transistor

150"C
,.; -1·'51_"'""
0,951 I
"R" Joggle

Junction Temperature
J

n
- j
Operating and Storage Temperature
Lead Temperature (t < 10 sec)
-65" to 150°C
240"C
L"J ft 2 3 2 3 3
k
I
(A2) (Kl)
Dual d1odPS SinglP
SILICON PLANAR LOW LEVEL TRANSISTORS diode
)
Ouald,oGp,s
2

(se,r,p,5 connp,ct,on)
Devices in this table are suitable for low level c:1mplification, switching and low Dimensions ,n millimetres
noise applications.
R joggle transistors are ident1f1ed by a suffix R after the typa number. Devices ara
Ratings and characteristics at 25 °C ambient temperature.
identified by a code stamped on the body of the device.

No1s:;•gu,e
fret
Type,
----h,,----
m,n/max at 1cfVe, le 10mA le- 0·2mA SILICON PLANAR MEDIUM POWER TRANSISTORS
mAfv,ilts MHz,:typ) dB(max)
Devices in this table are suitable for medium current, medium power switching
n-p-n
and general purpose applications.
BCW31/31R 30 20 200 200 1101220 21e 0 25 10/0 5 3(,0 10
Ratmgs and Characteristics at 25"C ambient temperature.
BCW32/32R 30 20 200 200 200/450 2/!, 0 25 10/0 5 3(>0 10

BCW33/33R 30 20 200 200 420/600 2/~ 0·25 1010 -5 3c,o 10 No,sa hgure
- h,i - ---Ve, 1,., 1---- 1,at at
BCW60A 32 32 200 150 120/220 2/~ o 35 1010 25 2~.o Type mm/max at lc/VcE max at lcflo le 20 mA le O 2mA
mA/Volts Volts mA MHz(m,n) dB(ma,)
BCW60B 32 32 200 150 180/310 2/5 03510/025 250

BCW60C 32 32 200 150 250/460 2/~ 0 35 10/0 25 250 6CW65A 60 32 1000 350 100/250 100/1 03 100/10 100 10

BCW600 32 32 200 150 380/630 2/5 0 3510/025 250 BCW65B 60 32 1000 350 160/400 100/1 0 3 100/10 100 10

BCW71/71R 50 45 200 200 110/220 2/5 0 25 10/0 5 300 10 BCW65C GO 1000 350 250/630 100/1 03 100/10 100 10

BCW72/72R 50 200 200 200/450 2/5 0 25 10/0 5 300 10 BCW66F 75 45 1000 350 100/250 100/1 03 100/10 100 10

BCX70G 45 45 200 150 120,220 2,'5 0 35 10/0 25 250 BCW66G 75 45 1000 350 160/400 100/1 0 3 100/10 100 10

BCX70H 45 45 200 150 180/310 2/5 0 35 10/0 25 250 BCW66H 75 45 1000 350 250/630 100/1 03 100/10 100 10

BCX70J 45 45 200 150 250/460 2/5 0 35 10/0·25 250 BCX19/19R 50 45 1000 310 100/600 100/1 0 62 500/60 200t

BCX70K 45 200 150 380/630 2/5 0 35 10/0 25 250 BCX20/20R 30 25 1000 310 100/600 100/1 0 62 500/50 200t

BSS56/66R 60 40 200 200 60/150 10/1 0 20 10/1 260

p-n-p
BSS67/6Hl 60 40 200 200 100/300 10 1 1 020 '0/1 300 6>
BCW29/29R 30 20 200 200 120/260 215 0 30 10/0 5 150 10

BCW30/30R 30 20 200 200 215/500 2/5 0 30 10/0 5 150 10

BCW61A 32 32 200 150 120/220 2/5 0 25 10/0 25 18·J 1000 350 100/250 100/1 03 100/10 100 10
BCW67A
BCW61B 32 32 200 150 180/310 2/5 0 25 10/0 25 18,J 03 100/10 100 10
BCW67B 45 1000 350 160/400 100/1
6CW61C 31 32 200 150 250/460 2/5 025101025 18,J 03 100/10 100 10
BCW67C 45 32 1000 350 250/630 100/1
BCW610 32 32 200 150 360/630 2/5 0 25 10/0 25 1B<3 60 45 1000 350 100/250 100/1 0·3 100/10 100 10
BCW68F
BCW69/69R 60 45 200 200 120/260 2/5 0 30 10/0 5 151) 10 0·3 100/10 100 10
BCW68G 60 45 1000 350 160/400 100/1
BCW70/70R 60 45 200 200 215/500 2/5 03010/05 ,so 10
60 45 1000 350 2'o0/630 100/1 0 3 100/10 100 10
BCW68H
BCX71G 45 45 200 150 120/220 2/5 0 25 10/0·25 180 062 500/60 100t
BCX17/17R 50 1000 310 100/600 100/1
BCX71H 45 200 150 180/310 2/5 0 25 10/0·25 180 0 62 500/50 100t
BCX18/18R 30 25 1000 310 100/600 100/1
BCX71J 45 200 150 250/460 2/5 0 25 10/0 25 180 0 25 10/1 200 61
BSS69/69R 40 40 200 200 50/150 10/1
BCX71K 45 45 200 150 380/630 2/5 0 25 10/0·25 180 0 25 10/1 260 41
BSS70/70R 40 40 200 200 100/300 10/1

SILICON PLANAR MEDIUM AIND HIGH SPEED tTypical

SWITCHING TRANSISTORS SILICON PLANAR VHF AND UHF TRANSISTORS (n-p-n)

Devices in this table are suitable for general purpose, high speed swit<:hing end Devices in this table are suitable for high frequency operation in amplifier,
high frequency amplifier applications. switching and o~cillator circuits.
Ratings and characterisucs at 25 °C ambient temperature Ratings and characteristics at 25 'C ambient 1emperature.

Ra11ngs -- h., ----- - frat - Sw,tchingT1mes - -Max1mumRat1ngs- ---·- h., --- --IT- -C,. at 1MHz C,c at lMHi
Typa P,,. mm/max at lc/V,£ le-10mA t.,/t.,,atlc/1 01 13 2 Typ<a1 Veoo Vern le P,,, m,n/max at lcfVu MHz a! le pF at Ve, pF at Vc1
mW mA/volts MHz(min} ns(max} mA Volts Volts mA mW mA/Volts (typ) (mA) (tvp) Volts (max) Volts

BFQ31/31A 30 15 100 200 20/100 3/1 600" 4 2 OOt O 5 1 7 10

acw6o• 32 200 150 120/630 2/5 0 3!i 10/0 25 125 150/800 10/1
BFS17/17R 26 60 200 20f150 2/1 1000 2 0·65 1 5 10
BCW65+ 32 1000 350 100/630 100/1 0 3 100/10 100 100/400 150/16
BFS20/20R 30 20 25 200 40/-- 7/10 450 6 o 35 10 o a; 10
BCW66t 45 1000 350 100/630 100/1 0 3 100/10 100 100/400 160/15

BCX70• 45 200 150 120/630 2/5 03!, '10/025 125 150/800 10/1 +Typocal

BSS66/66R 40 200 200 50/150 10/1 020 10/1 250 70/225 10/1

6SS67/67R 40 200 200 100/300 10/1 0 20 W/1 300 70/250 10/1

SILICON PLANAR HIGH SPEED SWITCHING DIODES
Devices in this table are suitable for high-speed switching and high frequency
BSV52/62R 12 200 200 40/120 10/1 02!, '0/1 400 12/18 10/13
applications.
Ratings and Characteristics a125 ·c ambient temperature.

BCW61" 32 200 160 120/630 2/5 0 2!, 10/0 25 100 160/800 10/1 Max Reve,se
Recovery Time
BCW67t 32 1000 350 100/630 100/1 0·3 100/10 100 100/400 150/16 t., at I, 10mA.
-Max,mum Ratings- Max 1. Max V, v. 1V
6CW66t 1000 350 100/630 100/1 0 3 1(10/10 100 100,'400 150/15
type Oescrip!lon v. 1«~, 1 If,.., a1v. atl,- 50mA R, 10011.
1501800 10/1 Volts mA mA -~A Volts 1, 1 mA
BCX71° 45 200 150 120/630 2/5 0 2~, 10/0 25 100

BSS65/65R 12 200 200 40/150 30/0 5 0 2~ 30/3 400 60:90 30/1 6 BAV70 Ouald1od<a1w11hcommoncathode 70 100 200 50 11 "'6
0AV74 Ouald1odew,1hcommoncathode 50 150 200 0 1 10• 4
BSS69/69R 40 200 200 50/150 10/1 0 2!, 10/1 200 70,'260 10/1 BAV99 Ouald,ode with series connecuon 70 100 200 2 5 11 6
6AW56 Ouald1odew1thcommonanode 70 100 200 2 5 11 6
6SS70/70R 40 200 200 1001300 10/1 0 2~ 10/1 250 70/300 10/1
•1, 100rnA
"Ava1lablamselectedga111 categories-see table 1
tAvadable mselectedgamca:egories-see table 2 Manufactured in U.K.

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 SEMICONDUCTO
PlasticTransistors
FERRANTI
D Designed for Thick and Thin Film Hybrid Circuits
D General Purpose, Switching and High Voltage
D BS Products

Fsrranti M1cro-E components are designed specifically for use in thin and thick him hybrid
circuits where the use of a small encapsulated device of proven reliability, together with
a guaranteed spec1f1cation, offers advantages over the use of silicon dice or the larger
conventional plastic packages.
Ferranti have been successful in achieving the standards of quality and reliability necessary
for the release of Micro-E components to the appropriate British Standards Specification
for electronic components of assessed quality. B.S. approved Micro-E components are
available to category P*.

MAXIMUM THERMAL RATINGS

tDissipation (All types except BFS42, 43, 44, 45) 550mW
tDiss1pation (BFS42, 43, 44, 45) 710mW
Junction Temperature +175°C
Operating and Storage Temperaturs -55°C to + 175°C
Lead Temperature (t <10 sec) 240°c

tThis rating is calculated b\• assuming that the external thermal rHistances ere negligible com- SI LICON PLANAR HIGH-VOLTAGE TRANSISTORS (n-p-n)
pared with tha Internal thermal resistances (a.g. the device is mounted on a large substrete and Designed for driving numerical indicator tubes, neon lamps and other high
encapsulated). Derate linearly to :i:ero + 175°c, voltage applications
Ratings and Characteristics at 25°C ambient temperature
SILICON PLANAR LOW-LEVEL TRANSISTORS -M<1)(imum Ratings- --hFE-- --VeE(sat\-~ -leER-
Designed for low level amplification and low noise applications Type Veeo veEO le Min. at le and VeE at le 'end le at VeE
Ratings and Characteristics at 25°C ambient temperature Volts Volts mA mA Volts Volts mA mA 11A Volts
(ma)(.) (ma)()
VeE(n.t)at le Noise Figure (N) BSS47 120 120 500 30 05 01 05 100
-Ma)(1mumRat1ngs- --"-hFE-- =10mA !Tat le atle=0·1 mA. B5556 100 100 500 30 05 01 05 BO
Type vceo VcEO le Min. Ma)(. atlcendVcE le=O 5mA =0 5mA 1=1 kHz
Volts Volts mA mA Volts Volts MH, dB
n-p-n (ma)(.) (min.) (ma)()
4
SILICON PLANAR VHF AND UHF TRANSISTORS (n-p-n)
BFT27 60 60 500 100 500 0 01 0-35· 30
BFS36 45 45 500 100 300 0 01 1 0 30 4 Designed for high-frequency operation. Application areas include amplifiers,
BFS36A 30 30 500 100 400 0-10 1 0 30 4 switches and oscillators
p-n-p Ratings and Characteristics at 25°C ambisnt temperature
BF537 45 45 500 100 300 0 01 1 0 30
BF537A 30 30 500 100 400 0-10 1 0 30 C0 bat RF Power Output
Maximum Rat1ngs hFEatVcE=1V -IT- f=1 MH1 or Power Gain NoisaF1gure (N)
atlc and
•/c - 1 mA. Is~ 100µA.
Type Veeo VeEO le Min. Mu. etle
Volts Volts mA mA MH,
(min.)
atle
mA
Vee=10V
pF
(ma)()
dB
(mu.)
"'
mW MH, dB mA MH,

SILICON PLANAR GENERAL-PURPOSE TRANSISTORS BFS46

BFS46A
30
30
15
15
500
500
20
20
3
3
600
600
4
4
1
1
7
7
15
15
200
200
6
6
1
1
60
60
Designed for medium current, medium power applications BFSB5 25 12 50 25 150 2 1000 2 1 5 175 500 6 2 600
Ratings and Characteristics at 25°C ambient temperature BFSBB 30 12 50 25 150 2 1300 25 1 5 175 500 5 2 500

Type
-Ma)(imum Ratings-
Veeo VeEo le
____
Min.
,,, ___
Ma)(. at le and VcE
--VeE(nti--
a1 le and le
-fr-
atle
SILICON PLANAR SCHOTTKY BARRIER DIODES
Volts Volts Amps mA Volts Volts mA mA MH, mA Designed for use in pulse switching and shaping, low noise mixer, limiter and
n-p·n (ma)(.) (min) discriminator, large and small signal applications
BFS38 45 35 0 .5 100 300 10 6 0 25 50 150 10
50 50 6 Ratings and Characteristics at 25°C ambient temperaturs
BFS38A 25 25 0 5 50 300 10 6 0 35 10 1 150 10
BFS39 60 45 0 5 40 120 10 6 0-25 50 5 150 10 Min. VaR Me)(. IRatVR Max. Vf Max. C-, Effective m1nomy
BFS42 60 30 1 0 40 120 150 10' 0 4 150 15' 60 50 Type a110µA aA Volts a11 mA at VR = ov lifatima at I, = 20mA
8F543 60 60 1 0
15
60
25
-
200
500
150
500
10'
10'
10'
0 4 150 15' 60 50 ZC2800C
Volts
70 200 50
mV
450 ,.,
pf P•
,oo
ZC2B10C 20 100 15 450 1·2 100
p-n-p ZC2B11C 15 100 10 450 1·2 100
BFS40 45 35 0 5 100
50
300 10
50
6 0-25 50 150 10 ZC5800C 50 200 35 450 M ,oo
6
BFS40A 25 25 0 5 50 300 10 6 0 35 10 150 10
BFS41 45 45 0 5 40 120 10 6 0 ·25 50 10
BFS44 60 30 1 0 40 120 150 10' 0 4 150 15'
150
60 50 SILICON PLANAR HIGH-SPEED SWITCHING DIODES
15 - 500 10'
BFS45 60 60 1 ·O 60 200 150 10' 0 .4 150 15, 60 50 Ratings and Characteristics at 25°C ambient temperature
25 500 10'
Max Revarse
•Measured under pulsed conditmns -Ma)(.Forward- Recovary

,.
Current Max T1motrrtatlF
Type Descflpt1on Ma. pe, per common Ma)( IR VF al IF =10mA,VR
SILICON PLANAR HIGH-SPEED SWITCHING TRANSISTORS VRWM
Volts
diode
mA
lead•
mA
atVRWM =10 mA =5V. RL=!'i00
Volts ns
Designed for high-speed switching and high frequency amplifier applications BAW63 Single diode 60 200 1 0 0 9 4
Ratings and Characteristics at 25°C ambient temperature BAW63A Single diode 30 200 1 0 0 9 4
BAW638 Singlediode 15 200 1·0 0 9 4
BAW64 Common cathode diode pair 60 200 250 1 0 0 9 4
VcE($at) at Swnching BAW65 Common cathode diode pair 30 200 250 1 0 0 9 4
Ma)(tmumRat1ngs ---hFE--- lc=10mA,-fT- --Charecter1st1cs- BAW66 Common anode diode pair 30 200 250 1 0 0 9 4
Type Veeo VcEo le Min Ma)( at le and VeE le=1 mA MH:i: at le t0 n 10 11e1 le and le1 ie2 BAW67 Common cathodo diode pair 15 200 250 1 0 0 9 4
Valls Volts mA mA Volts Volts (m;n.) mA ns ns mA mA mA BAW68 Common anode diode pair 15 200 250 1·0 0-9 4
n-p-n
BSV35 40 15 50() 40 120 10 1 0
(ma)(.)
0 24
(ma)(.)(max.)
500 10 12 18 10 ,..
BSV35A 25 12 50() 20 10 1 0 0 6 300 10 40 75 10 1 .5 • Based on maximum dissipation. tTlme to recover to 10% of IR peak.
B5V36 15 6 500 30 150 20 0 4 0-25 600 20 20 15 10 15
P·O·P
8SV37 12 12 500 40 150 30 0-5 0 15 400 30 60 90 30 1 .5 1 .5 B.S. MICRO-E PRODUCT LIST
Diodes

B.S. MICRO-E PRODUCT LIST Device Dev,ce

Where approval for military use has been obtained the appropriate British Standards number Type marking BS/CECC number Type marking BS!CECC number
is indicated under B.S. number. BAW63 D1 BS E9302 F001 • BZX88-C12 Y2
BAW63A 02 859302 F002• BZX88-C13 Y3
Transistors 8AW638 03 BS9302 F003• BZXB8-C15 Y4
8AW64 04 BS9302 F004• BZX88-C16 Y5
Nearest Nearest BAW65 05 BS9302 F005• BZX88·C18 Y6
8AW66 06 8S9302 FD06• BZX88-C20 Y7
metal can meta1can
Device or E-llne Dev,ce or E-line BAW67 07 B59302 F007• BZX88-C22 YB
Type B 5 number• BS number• 8AW68 08 BS9302 FOOB• BZX88-C24 yg
marking equivalent Type marking equivalent
BZX88-C2V7 W4 BZXB8-C27 X1
8FS36 L1 2N930 B59365 F014 BFS44 P3 ZT210 BS9365 F023 BZX88-C3VO W5 BZX88-C30 X2
8FS36A L2 2N929 859365 F013 BFS45 P4 ZT211 BS9365 F024 BZXB8-C3V3 W6 BZXB8-e33 X3
8FS37 L3 2N2605 BS9365 F026 BFS46 H1 BS9365 F047 BZX88-C3V6 W7 BZXB8-C36 X4
2N918
BFS37A L4 2N2604 BS9365 F025 BFS46A H2 ZTX321 BS9365 F048 BZXB8-C3V9 WB BZX88-C39 X5
BFS38 C2 ZT82 BS9365 F016 BFSB5 H3 BS9365 F045 BZX88-C4V3 W9 BZX88-C43 X6
ZTX326
BFS38A
BFS39
C1
C3
ZT80
ZT83
I BS9365
8$9365 F017
F015
BFS88
BFT27
H4
l5
BFY9D
2N2484
BS9355 F046 BZX88-C4V7
BZXB8-C5V1
21
z,
BZX8B-C47
ZC2800C
X7
M6
BFS40 C5 ZTt82 BS9365 F021 8SS47 l6 ZTX342 BS9365 F027 BZXB8-C5V6 23 zc281oc M7
BFS40A C4 ZT1BO BS9365 F020 85S56 l7 ZTX341 BZX88-C6V2 24 ZC2811C MB
BFS41 C6 ZT183 8S9365 F022 8SV35 S2 BS9365 F037 BZX88-C6V8 25 ZC5800C M9
8FS42 P1 ZT93 I BS9365 F018 8SV35A S1
2N2369
2N708 BS9365 F036 BZX88-C7V5 26
eFS43 P2 ZT90 8S9365 F019 BSV36
BSV37
S3
S4 ;~;:~: 8S9365
B59365
F038
F039
BZXB8-C8V2
BZX88·C9V1
BZX88-C10
27
ZB
29
BZX88-C11 Y1
Manufactur1;1d in U.K.
93
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INTEGRATED
CIRCUITS
ILinear FERRANTI
D AM Receiver
D Reference Sources
D T018 Metal Can Package

LOW COST PRECISION 2.45V R:EFERENCE BEGULATOR ZN404 Circuit Diagram

The ZN404 is a monolithic integrated circuit providing a precise stable regulator source of 2 · 45V in a
two lead package without the need for an external she ping capacitor. ·
FEATURES
• Low temperature coefficient • Internally shaped
• Low slope resistance • Tight tolerance
• Very good long term stability • Low cost
• Low noise • Two lead (T0-18) package

1·J~('!PPfW)

A.M. RADIO RECEIVER ZN414 Circuit Diagram RAGCr

5001\(appro,)'
The ZN414 provides a complete RF amplifier, detector and AGC circuit in a 3 pin T0-18 package, and
needs only six external components to give a high quality a.m. tuner. Effective AGC action is
OOtµF:r
available and is adjusted by altering one external resistor. The ZN414 greatly simplifies the con-
struction of a.m. receivers, both in design and asi;ernbly, without sacrificing audio quality.

FEATURES
'"
• 20 mV r.m.s. output
• I· 2 to 1 · 6 volt operation • Excellent audio quality, low noise
• 0 ·4 mA current consumption design
• Full medium and long wave operation • 72 dB power gain
• No alignment • 3 pin T0-18 metal can package ZN;,);, ,s w,th,n the dolled area

• Effecti~e and variable AGC action • 0 to-+ 70°C operation

PRECISION 1.26 VOLT REFERENCE SOURCE ZN423 Circuit Diagram

The ZN423 is a monolithic integrated circuit utilising the energy band gap voltage of a base-emitter
Junction to produce a precise, stable, reference sourc1~of 1 · 26 volts. This is derived via an external
dropping resistor for supply voltages of 1 · 5 volts upwards. The temperc1ture coefficient of the
ZN423, unlike conventional Zener diodes, remains constant with reference current. The noise
figure associated with breakdown mechanisms ls als1) considerably reduced.

FEATURES
• Low voltage • Low RMS noise
• Low temperature coefficient • Tight tolerance
• Very good long term stability • High power supply rejection ratio
• Low slope resistance • Two lead T0-18
BALANCE BALANCE/ SHAPING

GATED LINEAR AMPLIFIER ZN424/ZN424 E/ZN424P Circuit Diagram

The Provision of the gating facility on the ZN424 allows it to be used both as a switch and as an
·-t--~-----,.-----,-.----~-~.----+Vcc
~mplifier. With the gating si~nal appli_ed, isolation bE:tween inputs is pro~ided, and each_inpu~ is
isolated from the output. With no gating signal applied, the device funct10ns as a low distortion
operational amplifier.

FEATURES
IOK
• 86 dB Ga;n
• Input-output isolation gating facility ~-+-- OUTPUT
e DTL/TTL Compatibility
(5V operation)
• Logic gate current drive capability
• Low noise and open-loop distortion
e Class A output - no crossover
distortion
• Choice of packages.
8 and 14 plastic D.1.L. or
8-lead T0-39.
GATE

PRECISION 2.45V REFERENCE SOURCE ZN458 Circuit Diagram

The ZN458 is a monolithic integrated circuit providing a precise stable reference source of 2 ·45
volts in a two lead package without the need for an eJCternalshaping capacitor.

FEATURES
• Guaranteed 5 mV maximum
deviation over full temperature
• Low noise - 1 0 µ V
range
• Internally shaped
• Low temperature coefficient
0-003%/'C • Tight tolerance - ± 1 · 43%
• Low slope resistance -0 · 1 0 • Two pin T0-18 package
• Very good long term stability - • Wide operating current 2 - 120 mA
10 ppm
Manufactured in U.K.

94
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CIRCUITS
FERRANTI Linear

D Amplifiers and Timers

D Circuits for Consumer Applications
D DI L or Metal Can Package

:eo~ ,Am
ULTRA LOW NOISE WIDEBAND AMPLIFIER ZN459/C/CP -----0' M---~ - ---v'\/V--

The ZN459 1s an ultra low noise amplifier with remarkable noise performance, very high gain --11 t.pF
bandwidth (15 GHz), and small package. This combination makes 1t exceptionally attractive for low DECOUPL\NG
noise applications such as thermal imaging where CMT detectors require multiple channe! 19>
buffering and other imaging and sonar appl1ca1ions. Commercial appl1c_at1onsinclude Industrial
OUTPUT
low noise applications, Multi-channel amplifiers, tachometers, general audio etc. Circuit Diagram ---+-----C(UAAENT
• Gain Variable from 60 dB to 40 dB BIAS
FEATURES
• Low supply current, <3 mA from INPUT OUTPUT
• Low input noise resistance. 45U 5V
equivalent or 800 pV per root cycle
• Small package, 6 lead TO- 71 or 8
• High bandwidth, 15 MHz 1yp1cal lead plastic D.J.L.
INPUT
• High, well controlled gain, 60 dB • Commercial and Military EARTH ~----e OEUAl:TuHT
t2 dB specifications GAIN/BANDWIDTH
Pos111ve Output
Supply Earth
ULTRA LOW NOISE WIDEBAND PRE-AMPLIFIER ZN460/ZN460C/ZN460CP 3 I

A versatile high grade a.c. pre-amplif1e_r designed for a_ppl1cations requiring ultra low n_oises~c~ as
infra-red 1mag1ng and low noise wide band ampl1f1ers e.g. microphone, acoustic ~m1ss1on,
transducer bridge amphf1er. The matching of open loop gain coupled with small physical size make
the ZN460 series ideal for multichannel amplif1cat1on.
FEATURES
• High Controlled Gain 60 dB _'._
1 dB typica! Circuit Diagram
• Programmable gain 50 - 60 dB typical
• Low Noise 40n Equivalent Noise Resistance. or 800 pV/ "\/Hz
• Programmable Bandwidth 6 MHz
• Low Supply Current . <3 mA from 5V downwards 4 5
• Available in 8-lead moulded D.I.L. or 8-lead T0-18 Input Input
Earth

PRECISION TIMER ZN1034E

The device allows easy construction of simple but precise timing functions which will be ideal 1n a
host of applications.
The frequency of an on-chip oscillator is determined by an externally connected capacitor and
adJustable/f1xed resistor. In addition, fine adjustment can be achieved by connection of a calibration
timing potentiometer. Pulses from the oscillator feed through a 12 stage binary divider which times-
out after 4095 counts. The I.C. incorporates its own voltage regulator and two modes of operation System Diagram
can be used. The device is contained in an 8 or 14 lead moulded D.Ll. or a 10 lead T0-99 package.
FEATURES
• Extremely simple, requiring only
one external resistor and capacitor • Accurate repetitive timing O ·01 %
typical
• 12 stage counter provides time
intervals up to 7,500 CR • On-chip regulator or TTL supply
+SV lfi'l•"ML N:
option SUPPLV REGUL.>.llR
• Low internal current consumption
of 5 mA allows battery operation. • Complementary TTL compatible
Output current capability of 25 mA outputs
• Excellent temperature stability • 0 to 70'C operation
<0,01%/'C

UNIVERSAL 4 DIGIT DISPLAY COUNTER ZN1040E

T~e counter ?ffers su~h _functions as up/down synchronous counting, a Schmitt trigger input
direct cascading and 1nh1bit and clear facilities. Separate memory latches are available and the
display control circuitry offers variable mark-space (intensity) control, blanking, lamp test, separate
8.~.D. out~uts as well _assegm_ent outputs, automatic zero suppression and catering for the decimal
~01nt. The internal os~illator drives a self-scanning system, but provision is made for external over-
ride for synchronisation purposes. An anticipatory carry/borrow output, 'switch-on' reset and
clearing counter are all internal to the ZN 1040.

FEATURES
System Diagram
• 4 digits of synchronous reversible count, up to 5 MHz
• Multiplexed B.C.D. outputs
• Large output drive capability, 80 mA with O ·4V drop on segment outputs and 16 mA at O ·4V
on others
• Direct cascading for extra digits
• Fully TTL compatible, single 5V supply

SWITCHED MODE POWER CONTROL ZN1066E/ZN1066J

CIRCUIT
The ZN1 066E/ZN 1066J 1sa sw1tchir1g regulator control and drive unit which provides all the control
and safety features for pulse width modulated push-pull, bridge, series and single ended switching 7 CVP-••
mode power supplies.
This device is designed to supply the pulse width modulated drive to the base of two external
power transistors.

FEATURES
• Voltage reference
• 2 operational amplifiers
• Precision oscillator
• Pulse width modulator
• Pulse steering flip-flop
• Dual alternative output switches
• Dynamic current limiting and shut
down circuitry
• All contained within a 24 D.1.L.
Manufactured in U.K.

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INTEGRATED
CIRCUITS
IDigilin FERRANTI
D Circuits for Consumer Application:s
D DVM
D 16 and 24 pin DIL Packages

MIXED
TV SYNCHRONISING PULSE GENERATOR 2NA134J FJELD
DRIVE
VERTICAL
RESET
CATHODE
BLANKING
L !NE
ADO

T~e ZNA 134J mtegraied c1rcu1t ut1l1ses a 2 5 MHz• ,:rysta! to generate c::11 the horizontal. vemcal,
mixed bl~nking and synchron1s1nn pulses necessar{ •or raster generation in 625 or 525 line
commercial. industrial or .m1l1tary telev1s1on systems. 1hf-· synchronous dividers and decoding logic
emr?loyed w1th1n the unit ensure ~wrfect interlace, toqether with spike-free output waveforms
having precisely defined relative pos1trons and pulse widths. The device 1s contained w1th1n a 16
pin O.J.L
·oependent on line system used. series reson,int

FEATURES
e 625 and 525 line standards • Facility for adcl1nq ;ind subtracting
lines
• CCI R and EIA standard outputs
• Automatic 1nterlac1ng
• Single 5 volt supply, fully TTL
compatible • On chip oscillator (requ1r1ng external
crystal)
• Easy synchron·1sing between
generators e Can be driven with an external I
oscillator MIXED CRYSTAL
• Direct reset to vertical and 0V MOOE MIXED LINE HORIZONTAL 'cc
horizontal counters • Field reference output SYNC VIDEO DRIVl RESET OS( 2
(~5V)
System Diagram BLANKING

TV CROSSHATCH GENERATOH 2NA234E

The ZNA234 integrated r.1rcu1t mukts available all the waveforms neceSSilry 10 produce crosshatch,
dot and weyscdle test patterns on a telev1s1on screen All that 1s required rs a 2 5625 MHz crystal
(or external oscillator) ar-,d a n11nimum of external components for mixing the video, sync and
blanking pulses to g1vP a composite video srgnal This :an either be HlJected c'1rectly into the video
stages of a receiver, or used to drive a VHF modulator/oscillator for connection to the aerial socket.
The device 1scontained w1th1n u 16 leod D l.l. rnoulded package

FEATURES
• Single 5 volt ~upply e Separate otJ!puts for
Crosshatch
e 625 or 525 line operation
Dot
e Sync and Blank1no outputs to CCIR or IEA
Vertical Lines
standard
Hor1LOntal Lines
e On chip oscillator or can be driven by
Greyscale
external osc1ll,1tor
Mixed ~,ync
e Field reference output Mixed Video Blanking System Diagram
• Direct reset to vertical and horizontal c:ounters
e Adjustable vertical line width

3½ DIGIT D.V.M. LOGIC 2NA116E

The ZNA116E allows a precision 3i digit D.V,M. to bH constructed very easily. It provides all the
control logic necessary for a D.V.M. using the well known dual slope integration technique. The low
power requirements of the device make it attractive for portable battery opera1ed applications and,
since it is bipolar, requires no special handling precautions. The device is contained within a 24
lead plastic D.I.L.

FEATURES • External input t,o blank display

e 3! Decade display ( _l 1999 max. • Internal oscillatQr, adjustable
reading) externally
e Automatic polarity detection and e An output at 1 /. 100 clock frequency
indication for under range indication, or for
synchronising the clock frequency
• Leading zero suppression for optimum mE1ins rejection
• Overload indication e Single rail, 5 volt supply operation
• Multiplexed B.C.D. outputs capable (at 10 mA typical)
of driving a T.T.L. decoder/ driver
directly (e.g. ZN7447A)

TO ANALOGUE
3¾ DIGIT D.V.M. LOGIC ZNA2HiE/ZNA216J SWITCHES
~-SIGN QV J,(00 ourPUT
The ZNA21 6E provides the logic for a flexible 3¾ d1gitsy~.tem D.V.M. using the well known dual slope 0/P
1ntegrat1on technique wrth good auto zero
Appl1cat1ons include read out 1n eng1neer1 ng units I nclud1ng non linear transducers e.g. temperature, 0
computer interface and microprocessor compatibility, and single channel conversion for data ~~~~'i°-Lf-:;c:~c-.,.__~,--,
CLOCK
acqu1s1t1on. The device 1s contained w1th1n a 28 lead rnoulded D.l.l. package. INPUT ~r-"'L-"'=--r-, INPUl
FROM
COMPARAlOR
FEATURES
• 3¾ decade display ( 3999 max. reading)
e
•
Readout 1n engineering
Computer and microprocessor
units e g. temperature
compatible
to 399 9°C TIMING
COMPONENTS -t--c===
e Single channel data acqu1s1t1on
e Single · 5V supply (15 mA typ ), TTL/CMOS compa:1ble
• Auto zero feasible with 1 ·cV/'C tempco, m1nim1s1n,J flicker in final d1g1t BLANK INPUT OlG!T
SELECT
e Separate 7 se9ment and BCD outputs, 20 mA drivEs 1:0 LED displays 0.P INPUT
e Straightforward extension for driving l1qu1d crystal dis.plays
e Flashing overload with separate overload output
• Automatic polarity detection and 1nd1cat1on
e Suppression of leading zeros, and blanking control
System Diagram
Manufactured in U.K.

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FERRAN1I Digitalj

D A--D, D-A converters

D 8, 7 and 6 Bit Accuracy
D 14, 16 and 18 Pin DIL Package

8 BIT D to A/A to D CONVERTER ZN425E/ZN425J SERIES

The ZN425E !s a low cost 8-b.it dual mode analogue to dig,tat/~igital to analogue converter System Diagram
encapsulated in a 16 lead dual 1n-l1ne package. It contains an 8-b1t D to A converter, using an
advanced design of R ~ 2R ladder network and an array of precision bipolar switches, plus an 8-bit
binary counter and a 2 · 5 volt precision voltage reference all on a single monolithic chip.

FEATURES
• Single chip monolithic construction
• Dual mode, Digital to Analogue/Analogue to Digital converter
• 8, 7 and 6 bit accuracy
• Monotonic over full temperature range
• On chip precision voltage reference
• Includes 8-bit binary counter ('1, c;r 1~ r

• Will function as self-contained precision ramp generator

• TTL and CMOS compatibl", single 5V supply
• Direct voltage output
• 16 lead plastic or ceramic 0.1.L encapsulation
System Diagram
LOW COST 8 BIT D-A CONVERTER ZN426E/ZN426J SERIES
14
The ZN426 1s a low cost bipolar monolithic multiplying 8-bit digital to analogue converter with + Vee
direct voltage output, with optional 2.5V precision voltage reference. lt is intended for general VREF ANALOGUE
purpose D-A such as consumer and automotive applications. OUTPUT
OUTPUT
+2·5V
REFERENCE
FEATURES
ov VREF INPUT
• Functions - 8-bit D-A with optionally connected internal reference.
• Resolution/accuracy - 8 bits_:.:½ LSB linearity at 25 °C. BIT 8 BIT 1 (MSB)
• 8, 7 and 6 bit accuracy 10
BIT 7 ---;-°"""" BIT 2
• Power supply - Single t 5V TTL/CMOS compatible. 11
B!T 6 ~--~1----''-<l BIT l
• Power consumption - 30 mW typ. without reference, 45 mW typ. with reference. BIT 5
12
~----t-'-"---OB!Tt.
• Settling time - 1 :J.stypical.
NC
• 14 lead plastic D.I.L. encapsulat,on.

System Diagram
8 BIT SUCCESSIVE APPROXIMATION ADC ZN427E-8/ZN427J-8
~---j---'--oVREFlN
The Z~427E/J is a microprocessor compatible 8 bit successive approximation A to D converter
wit.h tristate outputs for data bussin~ encapsulated in an 18 pin D.I.L. package. It contains voltage VAEF'OUT
~wtt~hed D.- A c~nver~er based on diffused resistor ladde.r network (no trim), successiv13 approx-
1mat1on register with _tristate output buffers, 2 · 5 volt precision voltage reference, and comparator
all on a single monolithic chip.

FEATURES
• Single chip monolithic construction
• Tristate outputs for microprocessor compatibility
~;:;;;;;;;~~;;;;;~;-;;-;:;;;;-f-------l.!:.oco~~~~~\ON
• Conversion time 15 fJ.Sguaranteed
• +.½ LSB linearity, monotonic over temperature range eLOCKo--'-t-------i~~~___":~:_',:'.'.__,. __ .,.1-------t-'-oco~~~R~rON
• Commercial or military temperature specifications
• TTL and CMOS compatible
vee io
• Direct voltage output (+5 VOL1S)
• 18 lead plastic or ceramic 0.1.L. encapsulation

LSB
System Diagram
8-BIT LATCHING D-A CONVERTER ZN428E-8/ZN42SJ-8
The ZN428 is a microprocessor compatible 8-bit latching 0-A converter suitable for distributed VREF 7 ANALOGUE
systems. The bipolar monolithic I.C. contains multiplying D-A with direct voltage output, latches OUTPUT OUTPUT
and a 2 · 5V precision reference.

FEATURES
• Functions - 8-bit 0-A with latches and internal reference, microprocessor compatibility with
digital sample and hold.
• Resolution/accuracy - 8-bits::. ½LSB linearity at 25°C, monotonic over operating temperature
range. + Vee 10
• Power supply - single+ 5V, TTL/CMOS compatible
•
•
Setting time - 0 · 5 µ.s typical.
14-lead plastic or ceramic D.I.L encapsulation.
i~iJ~60-~9>-------,..,.,.-======~
1

BITS 7 6 5 ~ 3 2BITl(MSB)
Manufactured in U.K. DIGITAL INPUTS

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 INTEGRATED
CIRUITS
lDigital FERRANTI
D A-D Convertors
0 28 Pin DIL Package
D BS TTL Capability

10 BIT SUCCESSIVE APPROXIMATION ZN432 SERIES

A to D CONVERTER
The ZN432 c.on~ai~s.a co.mplete 10 ~it s~ccess!\'.e approximation analogue to digital converter on
a fully monollthrc silicon integrated c1rcu1t reqwring no resistor trim. In addition to current sources
based on diffused resistors, successive approximation register, interfaces, etc., the chip contains a
2 · 5V reference and a fast settling comparator.
The accuracy of the ZN432 is 10, 9 or 8 bits, with typically -J:0 -25 LSB linearity and ±0 -5 LSB
~ifferential .linearity. The conversion time is 1Oµs i:ypical, and the form of logic used generates low
internal noise.

FEATURES
• Fully monolithic single chip
• Contains reference and comparator
• 10 bit accuracy. 9 and 8 bits are also available
• Fast conversion time, 15 µS typical
• ±5V supplies, ITL interfaces
• 28 lead dual in-line package
• Operating temperatures -55 to + 125 ·c, 0 to +-70 ·c, -40 to + 85 ·c, ~ --, me
System Diagram ,~~inii:1aiiiiciimai<Dmcii ',d1/1

SHAPE JRff OY
10 BIT TRACKING A to D CONVERTER ZN433 SERIES r------i----r----t~---j-~------:-:,n1J-O+SY
; '
The ZN433 contains a complete 10 bit tracking analogue to digital converter on a fully monolithic '
(
o•
-~Y
silicon integrated circuit requiring no resistor trim. In addition to curre11tsources based on diffused
resistors, tracking logic, interfaces etc., the chip contains a 2 · 5\1 reference and a window
comparator.
The accuracy of the ZN433 is 10, 9 or 8 bits, with typically i ¼LSB linearity and ± ½LSB differential
linearity. The tracking principle ensures continuous up to date conversion data, at a clock rate of up
11PoJ ~>-___l,-O A
~~fp I 10

to 1 MHz.
c,r.irio':
;/ i-,--,-,IIIIT
l_l _
r
__j I __l_
FEATURES
• Fully monolithic single chip
• Contains reference and window comparator
• 10 bit accuracy, 9 and 8 bits also available
• Fast update rate, 1 MHz
• ±5V supplies, TTL interfaces
• 28 lead dual in-line package
SU5/S
• Operating temperatures-55 to +125'C, 0 to 70"C, -40 to +85"C, System Diagram

BS 9000/MILITARY APPROVALS
The Ferranti ZN 5400/ZN 7400 TTL range and ZN 54L00/ZN74LOO range of low power transistor - transistor logic circuits can be supplied against specific request. These products meet the 8$9000/ military
specification aPorovals and can be supplied also to specific requests to the appropriate BS type number and category as mdicated in following tables.

FERRANTI
TYPE
NUMBER
~----
Prefix
Full
Assess. C.it 51
BS TYPE
------------
Cat S2 Cat 53
Adopted
CN Type
CN Type
Number
A,o
5ta1u
FERRANTI
TYPE
NUMBER Prefix
Full
Assess Cat 51
BS TYPE

Cat S2 Cat 53
Adopted
CN Type
CN Tvpe
Number '°'
Statu
FERRANTI
TYPE
NU'VIBER
I-
I
---·fu11
Prefix
_I_
Assess. Cat 51
BS TYPE

Cdt 52
--
S3
I A~1
CN Type
CN Type
Number
App
Status
4
ZN5400E
9401
9401
Fo19 F053 FOSS F063
C077DP CN77DP
C ZN5454
I "'" !
F013
I
F034
F~S I F042 ZN54154
j94051
FJ61 F097
F100
F09S
F101
F099
F102
C
p

I::::: l
C ZN5454E , CN95DP ZN54155 FJ64
ZN5400F 9401 C077F CN77F C ZN5454F CN95F C ZN54157 F103 F104 F105 C
ZN5401 9401 F07S F117 F120 F123 C ZN5460E - ZN54161 9442 F019
FJ67 F037 F03S F039 p
CN990P C
ZN5401E
ZN5401F
9401
9401
COB5DP
C085F
ICN85F
CNB5De C
C
ZN5460F
ZN5470 9~~0 I F007 I F025 F026
I FQ:)7 CN99F
I C
C
ZN54163
ZN54164
9442,
9440 ;
F022
F037
F040
F064
F041
F065
F042
F066
p
C
ZN5402 9401 F087 F126 F129 F132 C ZN5470E - C ZN54165 '•440 FJ40 F067 F06S F069 C
ZN5402E 9401 C087DP CNS7DP C ZN5470F CN1010'I ZN54166 !:14401 F043 F070 F071 F072 C
ZN5402F
ZN5403
9401
9401 F079 F11S F121 F124
C087F
- I
CN87F
--
C
C
ZN5472
ZN5472E
94~0 I F010 I F028 rn29
I F030
CN101F

CN1030P
C
C
C
ZN54170
ZN54174 I i:i5 FD04
F052
F010
F070
F011
F071
F012
F072
C
C
ZN5404
ZN5404E
ZN5405
ZN5405E
9403

9403
F004

FOOS
F013

F014
F015

F016
F017

F01S I CN3i1DP
CN363DP
C
C
C
C
ZN5472f-
ZN5473
ZN5473E
ZN5474
9~01
9420
F013

F016
I f031
F034
FOJ2

f035
F033
I F036
CN103F

CN2250P I
C
C
C
C
2N54175
2N54180
ZN54181
ZN54184
9420,
94051
9405
9443
F055
F070
F073
FD13
F073
F106
F109
F016
F074
F107
~6i1
F075
F108
F111
F018
C
C
p
p
ZN5408 9401 F096 F135 F137 f139 C ZN5474[ - CN107DP C ZN54191 94421 F025 F043 FQ44 F045 p
ZN5409 9401 F097 F136 F138 F140 C ZN5474F CN107F C ZN54192 9442 F028 F046 F047 F04S C
ZN5410
ZN5410E
9401
9401
F020 F054 F059 F064
C079DP CN7WP
C
C
ZN5475
ZN5476
F040
F043
I F058
F061
F059
f-062
F060
F063
C
C
ZN54193
ZN54194
9442
9440
F031
F046
F049
F073
F050
F074
F051
F075
C
p
ZN5410F 9401 C079F CNnF C ZN5482 F043 F079 F080 F081 p ZN54197 9442 F034 F052 F063 F054 p
ZN5412 9401 F080 F119 F122 F125 C ZN54S3 F121 F124 F125 F126 p ZN54LOOJ 9401 F004 F038 F043 F04B C
ZN5413
ZN5420
9401
9401
F102
F021
F147
F055
F148
F060
F149
F065
C
C
ZN5483A
ZN5485
F046
F049
I FOB2
F085
FOS3
FOS6
FOS4
FOB7
p
C
ZN54L01J
ZN54L02J
9401
9401
F159
F162
F165
F16B
F166
F169
F167
F170
C
C
ZN5420E 9401 C081DP CNBIDP C ZN54B6 F071 F156 F157 F15S C ZN54L03J 9401 F06S F171 F172 F173 C
ZN5420F 9401 C081 F CN8":F C ZN54B9 F001 F007 FOOS F009 p ZN54L04J 9403 FOOl F010 F011 F012 C
ZN5425
ZN5427
9401
9401
F088
FOS9
F127
F12S
F130
F131
F133
F134
C ZN5490 F211 I F214 F215 F216 p ZN54L10J 9401 FOOS F039 F044 F049 C
ZN542S
ZN5430
9401
9401
F105
F022
F150
F056
F151
F061
F152
F066
C
C
C
ZN5490A
ZN5490A
F016
F055 F056 F057 I C
p
ZN54l20J
ZN54L30J
9401
9401
F006
FJ07
F082
F040
F041
F045
F046
F050
F051
C
C
ZN5491A F025 F052 ZN54l.42J F094 F095 F096
ZN5430E
ZN5430F
9401
9401
CO~OP
C083F
ICNS'.IF
CNBL' C
C I
ZN5492 F205
F013
F208
F058
F053
F209
F054
F210
C
p ZN54l.51J
ZN54l_54J
94401
9405
9405
F001
F002
F022
F023
F025
F026
F02S
F029
C
C
C
2N5432
2N5437
9401
9401
F10B
F111
F153
F141
F154
Ft43
F155
F145
C
C
ZN5492A
ZN54~3
ZN5493A
F217
F004
F220
F010
F059
F221
F011
F060
F222
F012
I C
C ZN54l55J
ZN54L73J
9405
9420
F003
F001
F024
F022
F027
F023
F030
F024
C
C
C
ZN543S
ZN5440
9401
9401
F112
F023
F142
F057
F144
F062
F146
F067
C
C I~~~:~~A F028
F031
F055
F05B
F056
F059
F057
F060 i :: I p ZN54L74J
ZN54l 75J
9426
9402
F076
F079
F082
FOBS
FOS3
F086
F084
FOB7
C
C
ZN5440E
ZN5440F
9401
9401
C089DP
C089F
CNB~DF'
CN8~F
C
C
IZN5496
ZN54107
F034
F019
F061
F037
F062
F038
F063
F039
C
C
C
ZN54l85J
ZN54L86J
9405
9401
F115
F016
F11B
F042
F119
F047
F120
F052
p
C
ZN5442A
ZN5450
9440
9405
F022
F010
F049
F031
F050 F051 C ZN54107E I i
CN105DP C ZN54L90J 9442 F061 f-070 F071 F072 C

I
F035 FOJ9 C 1 Zf',J54107F CN105F C ZN54L91J 9440 F085 F097 F09S F099 C
ZN5450E CN93DP C I ZN5411S F046 F064 F065 F066 C ZN54L93J 9442 F001 F007 FOOS F009 C
ZN5450F CN93F C F049 F067 F06B F069 C ZN54L95J F007 F106 F107 F108 C
ZN5451
ZN5451E
ZN5451F
9405 f011 F032 F036 F040
CN91DP
CN91F
C
C
C
ZN54119
ZN54121
ZN54122
ZN54123
F001
F013
F016
F004
F076
F079
FOOS
F077
FOBO
F006
F078
FOB1
I - I
C
C
ZN54L96J
ZN541.122J
ZN541164J 9440"
I fHg f088
~091
F010
F100
F103
F109
F101
F104
F110
F102
F105
F111
p
C
C
ZN5453
ZN5453E
9405 F012 F033 F037 F041
CN97DP
p
C I
ZN54150
ZNS4151A
F052
F055
FOSB
F091
F089
F092
F090
F093 II
C
C
C
I ZN54! 192J
ZN5,4L193J
9442
9442
F064
F067
F073
F076
F074
F077
F075
F078
p
p
ZN5453F CN97F C ZN54153 F058 F094 F095 F096 C
C Current 0 Obsolete- Supplies no longer available or Dbsolescent - No! recommended for des,gn in new equipment p Pending s Suspended
Manufactured in U,K,
98
CALLCOM'WAY
....(0344) 24765 orTELEX847201
 SEMICONDUCTO
111/JIYCOM
LIMITED Diodes,
Bridges
&Transistors\

D 1 Amp Rectifiersand Bridges

D NPN/PNP Small SignalTransistors
D Industry Standards

DIODES
1N 4148 Package
DIDOES

Ty .. VPIV
lvohs)
IR(nA} VF(vohsl
20VR 10mA IF
TRR
nS
r=====OJ=~~
1 O m;nt0.1B
'
max.
0.14 min.

1 ___L
0.08 m~x.dia.
0.06 min

1N 4148 75 25 1 4.0 .. Cathode Band Atl d1mens10ns 1n inL

1N 4001 Series RECTIFIERS

RECTIFIERS
Max
Avltf"age
Max.•
Surge
Max.
Max.
I at
Package Code DD-41 Cathode Band
Type
Ma,
Average
Max.•
Surge
Ma,.
P.R.V:
Max.
I
R
..
rt=={ILJ~
Type P.R.V: Current Current
Current Current R P.R.V.
P,R.V. Amo, Amps Volts µA
Am,,. Am"' Volts µA ===a
400 5.0
IJ~
1N 4004 1.0 30
1N 4001 1.0 30 50 5.0 1N 4005 1.0 30 600 5.0
I_
1N 4002
1N 4003
1.0
1.0
30
30
100
200
5.0
5.0 F 1.10
Mm.-+
160
.205 ~ Mm.
iF,110
--i \ 1N 4006
1N 4007
i" Single cycle
1.0
1.0
30
30
800
1000
5.0
5.0

o.o,,.,f~
BRIDGE RECTIFIERS 'W' 1.0A Bridges ~·' .,, BRIDGE RECTIFIERS

Otp
Max. Max Max. Ma, M., Ma,.
Max. Max.
Affl'"age Surge I Rat Average Surge !Rat
Type P.R.V. Tvpe P.R.V.
Current Current Current
Am"'
Current

Am"' Vohs
P.R,V.
PA
=
= 15.1•0,15 Amo, Amps Volh
P.R.V.
PA

woos
W01
1.0
1.0
50
50
50
100
10.0
10.0
:= 30+1 0.I \.=,0,11tvel-
W04
W06
W08
1.0
1.0
1.0
50
50
50
"°°
600
800
10.0
10.0
10.0
W02 1.0 50 200 10.0 7.1•1
•
1
All dimensions in mm.
''

ZENER DIODES
Max. Dynamic
Max.leakage BZX 83 DD-35 Package Max. Dynamic

t·
Zener Voltage tmp.@Test Zener Voltage lmp.@Test
fia;;r;n~R) 6!:'~:i~~re

t ~.~ t-
Type No. (Vz) @5mA Current 5mA Type No. (Vz)@5mA Current 5mA
@25°C (Zzl (Typ.) @250C
±5% Toi. Ohm~ .--~----< mV!°C 25j ±5% Toi.
(Zz)
Ohms
JJA I Volts

BZX83 Series ~~~r--r BZX83 Series

BZX83 C2V7 2.7 90 100 1 -1.9
____......----f-----
10• -----1
¢0,458
BZX83 C11 11 20 1 7 +7,7
BZX83 C3VO 3.0 90 60 1 -2,1 Cathode Banc 0.558
BZX83 C12 12 20 1 8 +8.4
BZX83 C3V3 3.3 90 30 1 -2.0 01.27 BZX83 C13 13 25 1 9 +10,0
BZX83 C3V6 3,6 90 20 1 -2.5 --o/_2.28 BZX83 C15 15 30 1 11 +11,3
BZX83 C3V9 3.9 85 10 1 -2.1 BZX83 C16 16 40 1 11 +12.8
BZX83 C4V3 4.3 80 5 1 -1.9 BZX83 C18 18 55 1 12 +14.4
BZX83 C4V7 4.7 BO 2 1 -1.2 BZX83 C20 20 55 1 14 +16.0
BZX83 C5V1 5.1 60 1 1 +t.0 BZX83 C22 22 58 1 15 +18.7
BZX83 C5V6 5.6 40 1 1 +1.68 BZXB3 C24 24 80 1 16 +20.4
BZXB3 C6V2 6.2 10 1 2 +2.5 • The m1n1mum axial length in which BZXB3 C27 27 80 1 18 +23.0
BZX83 C6V8 6.8 8 1 3 +3.1 the device with its leads bent at right BZX83 C30 30 90 1 20 +27.0
BZX83C7V5 7.5 7 1 3.5 +3.B angles can be placed 1s10mm. BZX83 C33 33 90 1 22 +29.7
8ZX83 C8V2 B.2 7 1 4 +4.5 All d1mens1ons 1n mm.
BZX83 C9V1 9.1 10 1 5 +5,5
BZXB3 C10 10 15 1 6 46.5

TRANSISTORS

,.~ rd~
Max Ratings 'IS Drawing A Max Rating~ 'IS
•c

~·
at T A=-25°C HFEat IC ;;a: 2 at T A:=25°C HFEat /;I<
1.--~~,+-i,~~·../ 1.27~ c
~ INo.3> !~
Type Polarity Type Polarity

'c ;I
ev 1~ I I
'c ,[ BV 'c :; ~
Po
Watt~
[
Amps CEO
H FE 'c
\ mAmps
o.O
PD [
Watts Amps CEO
H
FE
\
mAmps o.0

Small Signal Transistors 5.5 DLa. 3 Leads

Miix_ 8:l~
7s:r
B
D1a. 1.27 (No.2)
E
(No.1)
Smalt Signal Transistors

BC 107 NPN 0.3 0.1 45 125-500* 2 T0-18 I

Em
BC 107A NPN 0.3 0.1 45 125-260" 2 T0-18
BC 1078 NPN 0.3 0.1 45 240-500° 2 T0-18 Drawing B BC 212t PNP 0 3 0.2 50 60-300 2 A
BC 108 NPN 0.3 0.1 20 125.900· 2 T0-18 BC 213t PNP 0.3 0.2 30 80-400 2 A
n BC 214t PNP 0.3 0.2 30 140-999 2 A

:rn'JLF:
BC108A NPN 0.1 20 125-260" 2 T0-18
BC 1088
BC 108C
NPN
NPN
0.3
0.3
0.1
0.1
20
20
240-500"
450-900°
2
2
T0-18
T0-18
T~s 2N3794
2N4286
NPN
NPN
0.25
0 25
0.3
0.05
20
25
100-600
150-700
10
1 B
B

BC 109 NPN 0.3 0.1 20 240-400* 2 T0-18 2N4287 NPN 0.25 0 1 45 150-600 1 B
BC 1098 NPN 0.3 0.1 20 240-500· 2 T0-18 2N42B8 PNP 0.25 0 05 25 150-600 1 B
BC 109C NPN 0.3 0.1 20 450-900" 2 T0-18 2N4269 PNP 0.25 0.05 45 150-600 1 B
BC 182t NPN 0.3 0.2 50 100-480 2 A 2N4291 PNP 0.25 0.2 30 50 min 10 B
BC 183t NPN 0.3 0.2 30 100-850 2 A Lead Length rJ,5 ins. ~.090 ~
BC 184t NPN 0.3 0.2 30 250mm 2 A
Notes 27
"Small signal current gain
tPlease specify lend configuration
Add Suffix K for centre base
Add suffix L for centre collector
Drawing C +t+ 2.5
BCE §32~
0.5
Power Trans,~tors ___L_

~
B0135 NPN 6.5
I 1.5
1.5
45 40-250 150 C

(~
80136 PNP 6.5 45 40-250 150 C
B0137 NPN 6.5 60 40-160 150 C
HmSJek
B0138 PNP 6.5 60 40-160 150 C
80139 NPN 6.5 1.5 BO 40-160 150 C The country of origin for each
BD140 PNP 6.5 1.5 BO 40-160 150 C product is shown on the Waycom
I
Ltd, data sheet,

99
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 SEMICONDUCTORS
Diodes FAIRCHILC>

D General Purpose, Low Leakage Types

D High Voltage, Computer Types
D Rectifiers

DIODES
COMPUTER DIODES (BY ASCENDING trrl
Glass Package
Irr BV IR C
DEVICE
NO.
ns
Max
V
Min
nA
Max
@
VR
V
VF
V
Max
@ '"
mA pF
Max
Package DEVICE
NO.
Irr
ns
Max
BV
V
Min
IR
nA
Max
@
VR
V
VF
V
Max
@
IF
mA
C
pF
Max
Package

F0700 0.70 30 50 20 1.1 50 10 D0-7 1N4446 40 100 25 20 10 20 4.0 D0-35

--------- t-~-
1N4376 0.75 20 100 10 11 50 10 D0-7 1N4447 4.0 100 25 20 10 20 4.0 D0-35
,-
BAY82 0 75 15 100 12 10 20 1.3 D0-7 1N4448 4.0 100 25 20 10 100 2.0 D0-35
---------
FD777 075 15 100 8.0 10 20 1.3 D0-7 1N4449 4.0 100 25 20 1.0 30 20 D0-35
1 N5282 20 80 100 55 1.3 500 2.5 D0-35 1N3604 4.0 75 50 50 10 50 2.0 D0-35
,-
1N4153 2.0 75 50 50 0 88 20 4.0 D0-35 1N3600 4.0 75 100 50 10 200 2.5 D0-35
1N4151 2.0 75 50 so 1.0 SD 4.0 D0-35 FDH600 40 75 100 50 1.0 200 25 D0-35
---
1N4305 2.0 75 100 50 0.85 10 2.0 D0-35 1N3064 4.0 75 100 50 10 10 2.0 D0-35
~

BAY71 20 50 100 35 1.0 2·J 20 D0-35 1N4150 4.0 75 100 50 10 200 2.5 D0-35
~

1N4152 2.0 40 50 30 0.88 20 4.0 D0-35 1N4454 4.0 75 100 50 1.0 10 2.0 D0-35
1N4154 2,0 35 100 25 1.0 30 4.0 D0-35 BAX13 40 50 200 50 1.0 20 3.0 D0-35
1N914 4.0 100 25 20 1.0 11) 4.0 D0-35 BAY74 40 50 100 35 1.1 300 30 D0-35
1N914A 4.0 100 25 20 10 20 4.0 D0-35 FDH900 40 45 500 40 11 100 3.0 D0-35
I-
1N914B 4.0 100 25 20 10 100 40 D0-35 FDH666 40 40 100 25 10 100 3.5 D0-35
1N916 4.0 100 25 20 10 11) 2.0 D0-35 1N4450 40 40 50 30 10 200 4.0 DO-~~
1N916A 4.0 100 25 20 1.0 20 2.0 D0-35 1N4009 4.0 35 100 25 1.0 30 4.0 DO-~~
1N916B 4.0 100 25 20 1.0 30 20 D0-35 1N625 40 30 1000 20 1.5 40 - D0-35
-·
1N4148 4.0 100 25 20 10 10 4.0 D0-35 FDH999 5.0 35 1000 25 10 10 5.0 D0-35
1N4149 4.0 100 25 20 10 1() 2.0 D0-35

LOW LEAKAGE DIODES (BY DESCENDING BV)

Glass Package
BV IR VR 'IF IF C BV IR VR VF IF C
DEVICE V nA @ V V @ mA pF Package DEVICE V nA (,O V V (a) mA pF Package
NO. Min Max Mu Max NO. Min Max Max Max

1N486B 250 50 225 1.0 100 - D0-35 1N458 150 25 125 10 7.0 6.0 D0-35
1N485B 200 25 180 10 100 - D0-35 BAY73 125 5.0 100 10 200 8.0 D0-35
--~
1N459 200 25 175 10 3.0 - D0-35 1N483B 80 25 70 1.0 100 - D0-3~-
1N459A 200 25 175 l0 100 - D0-35 1N457 70 25 60 10 20 8.0 D0-35
--~ ·---
FDH300 150 1., 125 ID 200 6.0 D0-35 1N457A 70 25 60 10 100 - D0-3~-
--~
1N3595 150 1.0 125 10 200 80 D0-35 1N482B 40 25 36 1.0 100 - D0-35
--~
FDH333 150 3.0 125 1 05 200 60 D0-35 FJT1100 30 0,001 5.0 1.05 10 15 D0-7
1N458A 150 5.0 125 1.0 100 - D0-35 1N456A 30 25 25 10 100 - D0-35
--
1N484B 150 25 130 10 100 - D0-35 1N456 30 25 25 1.0 40 10 D0-35

HIGH VOLTAGE SWITCHING DIODES (BY DESCENDING BV)

Glass Package

BV IR VR VF IF C Irr BV IR VR v, 1, C Irr
DEVICE V nA @ V V @ mA pF ns Package DEVICE V nA @ V V @ mA pF ns Package
NO. Min Max Max Max Max NO, Min Max Max Max Max
-
1N661 240 10000 200 10
--60 - - 300 D0-35 1N628 150 1000 125 15 40 - 1000 D0-35
FDH400
1N3070
200
200
100
100
150
175
10
1.0
--200
--100
--
-
2.0
50
50
50
D0-35
D0-35
BAY72
1N658
125
120
100
50
100
50
1.0
1.0
100
100
5.0
-
50
300
D0-35
D0-35
1N643
1N842
1N629
200
200
200
1000
100
1000
100
160
175
1.0
1.0
15
-- 10
150
4.0
-- 3.0
--
·- 1000
300
300
D0-35
D0-35
D0-35
1N660
1N627
120
100
5000
1000
100
75
10
15
6.0
4.0
-
- 1000
300 D0-35
D0-35
1N626 50 1000 35 15 40 -• 1000 D0-35
FOH444 150 50 100 1.1 200 25 60 D0-35

Manufactured in U.S.A.

100
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 SEMICONDUCTO
FAIRCHILC Diodes I
D General Purpose, Low Leakage Types
D High Voltage, Computer Types
D Rectifiers

GENERAL PURPOSE DIODES (BY DESCENDING BV)

Glass Package
C Irr BY IR YR Vf If C Irr
BY IA YR Vf If
V @ mA pf ns Package, DEVICE V nA @ V V @ mA pf 01 Package
DEVICE V nA @ V
Max Max Max NO. Min Max Max Max Max
NO. Min Max
10 6.0 - 300 00-35 1N659 60 5000 50 1.0 6.0 - - 00-35
1N661 240 10000 200
100 200 12 200 - - 00-35 15920 50 100 50 12 200 - - 00-35
15923 200
1N463A 200 500 175 10 100 - - 00-35 BA218 50 50 25 1.0 10 50 - 00-35

BA129 200 10 180 10 50 60 - 00-35 1544 50 50 10 1.15 10 60 - 00-35

15922 150 100 150 1.2 200 - - 00-35 FDH900 45 500 40 1.1 100 30 40 00-35

BAX16 150 100 150 10 10 10 120 00-35 FDH999 35 1000 25 10 10 50 5.0 00-35

1N660 120 5000 100 1.0 60 - - 00-35 1N461A 30 500 25 10 100 10 - 00-35

15921 100 100 100 12 200 - - 00-35 BA217 30 50 10 1.0 10 5.0 - 00-35
BA219 100 200 50 0 85 10 50 - 00-35 BA130 30 100 25 10 10 2.0 - 00-35
BA128 75 100 50 10 50 5.0 - 00-35 BA164 20 2000 15 1.0 10 - - 00-35
1N462A 70 500 60 1.0 100 - - 00-35 BA216 10 1500 10 10 15 - - 00-35

HOT CARRIER DIODE

Glass Package
BY IA YR Yf If C NF
DEVICE V nA @ V V @ mA pf d3 Package
NO. Min Max Max Max Max

FH1100 5.0 50 10 0.55 10 1.0 10 00-7

VOLTAGE VARIABLE CAPACITOR DIODES

Glass Package

BY IA VA C Figure of C1/C4 C3/C20

DEVICE V nA @ V 1>F Meril(Q) VA1 ~ 0.1V YR3 ~ 3V Package
NO. Min Max Max Min YR4 ~ 4.0V YA20 ~ 20V

RF400 35 30 30 10 350 2.0 2.0 00-35

RF401 35 30 30 7.0 350 20 2.0 00-35

BANDSWITCH DIODES
Glass Package
BY IR YR C As Vf If
DEVICE V nA @ V pf fl V @ mA Package
NO. Min Max Max Max Max

BA243 20 100 15 20 10 1.0 100 00-35

BA244 20 100 15 2.0 0.5 1.0 100 00-35

GENERAL PURPOSE RECTIFIERS

Glass Package
YR IA Yf If YfM lo
DEVICE V @ µA V @ A V @ A Package
NO. Min M8lC Max

1N4001 50 10 1.1 1.0 1.6 1.0 00-41

1N4002 100 10 1.1 1.0 1.6 1.0 00-41
1N4003 200 10 1.1 1.0 1.6 1.0 00-41
1N4004 400 10 1.1 1.0 1.6 1.0 00-41
1N4005 600 10 1.1 1.0 1.6 1.0 00-41

FAST RECOVERY RECTIFIERS

Glass Package
YR IR Vf If Irr
DEVICE V @ µA V @ A ns Package
NO. Min Max Max Max

1N4933 50 5.0 1.2 1.0 200 00-41

1N4934 100 5.0 1.2 1.0 200 00-41
I
1N4935 200 5.0 1.2 1.0 200 00-41
1N4936 400 5.0 1.2 1.0 200 00-41

Manufactured in U.S.A. 1N4937 600 5.0 12 1.0 200 00-41

I
101
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 SEMICONDUCTORS I

ZenerDiodes F=AIRCHILO

D 400 mW, 500 mW and 1W

D GlassPackage
D Standard ±.5% Tolerance

ZENER ZENER POWER DISSIPATION

VOLTAGE 400mW 400 mW 400 mW 500 mW 500mW 1W 1W
2.4 1 N5221 BZX55C2V4
2.5 1N5222
2.7 1N5223 BZX55C2V7
2.8 1N5224
3.0 1N5225 BZX55C3VO

3.3 BZY88C3V3 1N746 1N5226 BZX55C3V3 1N4728 BZX85C3V3

3.6 BZY88C3V6 1N747 1 N5227 BZX55C3V6 1N4729 BZX85C3V6
3.9 BZY88C3V9 1N748 1N5228 BZX55C3V9 1N4730 BZX85C3V9
4.3 BZY88C4V3 1N749 1N5229 BZX55C4V3 1N4731 BZX85C4V3
4.7 BZY88C4V7 1N750 1N5230 BZX55C4V7 1 N4732 BZX85C4V7
- 5.1 BZY88C5V1 1N751 1N5231 BZX55C5V1 1 N4733 BZX85C5V1
5.6 FNC5V6 1N752 1 N5232 BZX55C5V6 1N4734 BZX85C5V6
6.0 1 N5233
6.2 FNC6V2 1N753 1 N5234 BZX55C6V2 1 N4735 BZX85C6V2
6.8 FNC6V8 1N754 1N957 1N5235 BZX55C6V8 1 N4736 BZX85C6V8

7.5 BZY88C7V5 1N755 1N958 1N5236 BZX55C7V5 1 N4737 BZX85C7V5

8.2 FNC8V2 1N756 1N959 1N5237 BZX55C8V2 1 N4738 BZX85C8V2
8.7 1N5238
9.1 FNC9V1 1N757 1N960 1N5239 BZX55C9V1 1N4739 BZX85C9V1
10 FNC10 1N758 1N961 1N5240 BZX55C10 1 N4740 BZX85C10

11 BZY88C11 1N962 1N5241 BZX55C11 1N4741 BZX85C11

12 FNC12 1N759 1N963 1N5242 BZX55C12 1 N4742 BZX85C12
13 FNC13 1N964 1 N5243 BZX55C13 1 N4743 BZX85C13
14 1N5244
15 FNC15 1N965 1N5245 BZX55C15 1N4744 BZX85C15

16 BZY88C16 1N966 1N5246 BZX55C16 1N4745 BZX85C16

17 1 N5247
18 FNC18 1N967 1 N5248 BZX55C18 1 N4746 BZX85C18
19 1N5249
20 FNC20 1N968 1 N5250 BZX55C20 1N4747 BZX85C20

22 BZY88C22 1N969 1 N5251 BZX55C22 1 N4748 BZX85C22

24 FNC24 1N970 1 N5252 BZX55C24 1N4749 BZX85C24
25 1 N5253
27 FNC27 1N971 1N5254 BZX55C27 1 N4750 BZX85C27
28 1 N5255

30 BZY88C30 1N972 1N5256 BZX55C30 1N4751 BZX85C30

33 FNC33 1N973 1 N5257 BZX55C33 1N4752 BZX85C33

*TOLERANCE% Package Outlines

SERIES
SUFFIX D0-35 . D0-41

I 1 l g~;
075 MAX - 1551 •-- -
.145
NONE A B j DIA 020 NOM. DIA DIA.

1N746 10 --=r--LL
== ~ === ~
l ~"-. -- ,----,---------
- (

~j
5
1N957 20 10 5
1 N5221
1N4728
BZY88CXX
BZX55CXX
20
10
5
5
10
5
5
-1 i.~"J
-1~'"'""~I-·
400 mW & 500 mW Series
1
::/,,.
•
.175
.1ss
_
:::' "'
1 20
--,10
*Fairchild supplies 5% tolerance on all
zeners regardless of suffix. I\IOTES: ALL DIMENSIONS IN INCHES
1 W Series

Manufactured in U.S.A.

102
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 SEMICONDUCTO
FAIRCHILD SmallSignal
Transistors

D General Purpose, Amplifier and Switching

D NPN/PNP Complements
D High Voltage Darlingtons

SMALL SIGNAL
GENERAL PURPOSE AMPLIFIER AND SWITCHING TRANSISTORS (BY ASCENDING VcEol
(ALSO SEE LOW LEVEL AND HIGH VOLTAGE SECTION)

•cEO ••e @ 1c Vce(sat) Cob 1T t0 n Po VcEO •,e @le Vce(sat) Coo fT tort Po
DEVICE NO. Tc TA DEVICE NO. (Yceal (htel V @•c TA Tc
<•ceal (htel V @ IC
Polarity V mA Max mA pF MHz ns 25°C 25°C Package Polarity V mA Max mA pF MHz n, 2s 0 c 2s 0 c Package
NPN PNP Min Min/Max Max Min Max mW W NPN PNP Min Min/Max Max Min Max mW w
2N5128 12 351350 50 0 25 150 10 200 300 0 70 T0-105 PN4916 30 70/200 10 0 14 10 4_5 400 150 625 10 T0-9:c'
1------+----t---+--- -+--+--+---t---+---,
PN5139 20 10 o 20 __-~.j..........s_o_-+_3o_o_+-+--6_25_ 1o T0-92 ~·
PN4917 30 150/300 10 0 14 10 45 200 150 625 10 T0-92
2N5142 20 -/30 50 0 50 50 30 100 200 300 0 70 T0-105 MPS3703 30 30/150 50 0.25 50 12 100 - 625 10 T0-92
1----+----f---+------ ---
---+MccP_S;_c6_56_3-+-=-20_Jf--_5o_;_20_0_
350 0 50 350 30 60 625 1.0 T0-92 ~
BC126 30 30/120 150 0.50 150 - - - 300 08 T0-105
2N5223
-~--,~
20 50/800
--·
20 0 70
----+-----------------+---
2.0 40 150 625
·---+---c---~i----------
T0-92 BC737-6 BC727-6 35 40/100 100 0 75 1000 45 100 - 1120 34 T0-92

2N5136 _ ---~+--20 1
40~- 150 0 25 150 35 40 - 220 0 60 T0-105 PE8551 35 40/180 100 05 1000 45 100 -- 1120 3.4 T0-92
---+--+-------t---+-----1
BFY52 20 60/- BC737 BC727 35 40/250 100 0.75 1000 45 100 - 1120 34 T0-92
---
~~ --~' 2_~_ -~~~~~
___ 150 30 60+--1-6_2_5_1_0-+-T_0_-_92_, BC737-10 BC727-10 35 63/160 100 0 75 1000 45 100 - 1120 2-4 T0-92
_M_P_S_65_1_5_
1-----+--2_5--+2 __5_0i_5_00
__ 2 0 ~!O_ 20 35 625 10 T0-92 BC737-16 BC727-16 35 100/200 100 0 75 1000 45 100 - 1120 24 T0-92
MPS2925 25 123514701 20 12 625 1.0 T0-92 2N1132 35 30/90 150 1 50 150 45 60 - 600 2_0 T0-39
1---+------+----l------ -1------------·-- -t--+--+- ~-- -
MPS3392 25 150/300 20 35 625 1.0 T0-92 PE8051 35 40/180 100 75 1000 45 100 - 1120 34 T0-92
~~514 25 1501300 2 ~-~-2 __0+-3_5-+---+--+-6_2_5 ~
__1___!? BFYSO 35 30/- 150 0 20 150 12 50 - 800 2 86 T0-39
MPS2924 25 (1:S0/3001 2.0 12 625 1.0 T0-92 MPSA10 40 40/400 50 - - 4_0 50 - 625 10 T0-92
---
2N4124 25 1:~0/360 20 0.30 20 4.0 300 625 - T0-92 MPSA20
>-----+-----l--+- MPSA70 40 40/400 50 0 25 50 40 125 - 625 10 T0-92
~~3393 25 1~0/180 2.0 35 625 1O T0-92 2NJ90J 40 50/150 10 0 20 10 40 250 225 625 - T0-92
r----r-- -- ----
~N517~ -·+----+-2_5_,_11_)0_15_0_0 __ 1_0-+-_0_2_5
__ 1o~t--1_2+--+---'f--2_00_0 __5_0+-T-o_-1_0--l6 2N3904 40 100/300 10 0 20 10 40 300 225 625 - T0-92
MPss.11·-2+----+-=-25'-+-1_o_oc_15_0_0 __ 1_0-+_0_2_5__ 1_0+--1_2+--+--+--6_25 __ 1_o-+-_T_0_-9--l2 2NJ947 40 100/300 10 0 20 10 40 300 450 360 12 T0-18
-- r---
2N5135 25 50/600 10 1 00 100 25 40 300 0 80 T0-105 BC140 BC160 40 40/400 100 1 40 1000 25 50 800 T0-39
- 50
2NS225 2N5226 25 :30/600 50 0.80 50 20 50 625 T0-92 BC140-6 BC160-6 40 40/100 100 1 40 1000 25 800 T0-39
1------+-----l--+------+-----+--l-----t--+-----i---- 50 - 50
~ B_C_7_2_8_+-2_5--li-40/250 100 0.5 1000 45 100 1120 3.4 T0-92 MPS6530 40 40/120 100 0.50 100 50 - - 625 10 T0-92
BC738-6 BC728-6 25 40/100 100 0 5 1000 45 100 1120 3.4 T0-92 BC140-10 BC160-10 40 63/160 100 1 40 -
8C7J8-1D BC728- ~~-+-___?~13_3_!1_6_3
__ 1_0_0-+-_0_5_1_0_00-+-_4_5+--1_00-+--+-1_1_20_3_.4+-_TO_-_s__,2 MPS6531
----
MPS6534M 40 90/270 100
-----1000
0 30 100
---25 -
50
50
--
-
-
-
800
=---

625
50
10
T0-39
T0-92
PE805D PE855D 25 65/200 100 0 5 1000 45 100 1120 3.4 T0-92 BC140-16 BC160-16 40 100/250 100 1 40 1000 25 60 800 800 50 T0-39
BC738-16 BC728-16 25 100/250 100 0.5 1000 45 100 1120 3.4 T0-92 BC140-25 BC160-25 40 160/400 100 1 40 1000 25 50 - 800 50 T0-39
MPS6560 25 50/200 500 0 50 500 30 60 625 10 T0-92 2N3567 40 40/120 150 0.25 150 20 60 - 300 08 T0-105
1-----+-M_PS'-6"-5_1_9 25 250/500 2.0 0 50 20 40 625 1.0 T0-92 PN3567 40 40/120 150 0 25 150 20 60 - 625 10 T0-92
2N4126 25 120/360 2.0 0 40 20 4.5 250 625 T0-92 ~~2218A 40 40/120 150 0 30 150 80 250 285 800 30 T0-39
~
--- -
PN6076 25 100/500 10 025 10 15 721 1.47 T0-92 2N2221A 40 40/120 150 0 30 150 80 250 285 500 18 T0-18
1---+-""c_v1_2 __ +-_2_5_+- -150 10 0.25 10 60 200 360 12 T0-18 2N44D0 40 50/150 150 0.40 150
-
65 200 255 625 - T0-92
2N3638
----lf---+-
25 -/30 50 0.25 50 20 100 170 300 0 7 T0-105 2N697 140) 40/120 150 1 50 150 35 50 - 600 20 T0-39
MPS3702 25 601300 50 0.25 50 12 100 625 1.0 T0-92 2N35i39 40 100/300 150 0 25 150 20 60 - 300 08 T0-105
~- ----
l----+2N 003cc6_38"-A-+_25'-!----/100 50 0 25 50 10 150 170 300 0 7 T0-105 2N2219A 40 100/300 150 0 30 150 80 300 285 800 30 T0-39
t-----+-M_P_S3_6_38_A ~ -/100 50 025 50 10 150 170 625 1.0 T0-92 PN2219A 40 100/300 150 0 30 150 80 300 285 625 10 T0-92
MPS6562 25 50/200 500 0 50 500 30 60 625 1.0 T0-92 2N2222A 40 100/300 150 0 30 150 80 300 285 500 18 T0-18
2N718 28 40/120 150 1.50 150 35 50 400 1.5 T0-18 PN2222A 40 100/300 150 0 30 150 80 300 285 625 10 T0-92
2N4123
----l-----+---+-
30 50/150 2.0 0 30 20 40 250 625 T0-92 2N4401 40 100/300 150 0.40 150 65 250 225 625 - T0-92
2N3566 30 50/160 10 1.00 100 25 40 300 0 80 TQ-105 MPS6516 40 50/100 20 0 50 20 40 -- - 625 10 T0-92
--
MPS3704 30 100/300 50 0 60 50 12 100 625 10 T0-92 BCY70 40 50/- 10 0 25 10 60 200 - 360 12 T0-18
l----t-----lf---+- ----
BFY51 30 40/- 150 035 150 12 50 800 2 86 T0-39 2N3250 40 50/150 10 0 25 10 60 250 225 360 12 T0-18

1--"c"1_1_s_f-----t--=3-'-o-+401120 150 035 150 25 40 800 5.0 T0-39 2N3905 40 50/150 10 0 25 10 45 200 260 625 - TO-~
--
2N2218 30 40/120 150 0.40 150 80 25J 800 30 T0-39 BFY64 40 80!- 10 0.30 50 ,o 200 120 700 30 T0-39
-----+----+---+
2N2221 30 40/120 150 0 40 150 80 250 500 1.8 T0-18 2N3251 40 100/300 10 0 25 10 60 300 250 360 12 T0-18
1------+----f---+ --
2N3641 30 40/120 150 0.22 150 8.0 250 350 0 70 T0-105 PN3251 40 100/300 10 0 25 10 60 250 225 625 10 TO:._~
~-
l--2N_3_3_00_+-----t--3-'-0-+100/300 150 0 22 150 8.0 250 150 800 30 T0-39 2N3906 40 100/300 10 0 25 10 45 250 300 625 - TO--~~
l--2N_3_3_02_f-----t---3_0 _ 100/300 150 0 22 150 80 250 150 360 1.80 T0-18 2N2904 40 40/120 150 0 40 150 80 200 110 600 30 T0-39
--- ---
2N2219 30 100/300 150 0.40 150 80 250 800 30 T0-39 PN2906 40 40/120 150 0 40 150 80 200 110 625 10 T0-92
1------+----f---+ -·-- ~ ----- ---
2N2222 30 100/300 150 0 40 150 80 250 500 18 T0-18 2N4402 40 50/150 150 0 40 150 85 150 255 625 - T0-92
l------t----f---+--- f--- -- -- ~-~ ----
2N3643 30 100/300 150 0.22 150 8.0 250 350 0 70 T0-105 2N4037 40 50/250 150 1 40 150 - 60 - 1000 -
T~~
--
PN3643 30 100/300 150 0 22 150 80 250 625 1.0 T0-92 BC116A 40 80/240 150 0.40 150 80 130 - 300 08 T0-39
-- ----- -~ ----
2N4125 30 50/150 20 0.40 2.0 45 200 625 T0-92 2N2905 40 100/300 150 0 40 150 80 200 110 600 30 T0-39
~

---
2N5227 30 501700 2.0 0 40 20 50 100 625 T0-92 2N2907 40 100/300 150 0 40 150 80 200 110 400 18 T0-18

Manufactured in U.S.A.

103
CALL COMWAY... (0344) 24765 orTELEX 847201
 SEMICONDUCTORS
l SmallSignal
Transistors FAIRCHILD

D General Purpose, Amplifier and Switching

D NPN/PNP Co mplements
D High Voltage Darlingtons

SMALL SIGNAL
GENERAL PURPOSE AMPLIFIER AND SWITCHING TRANSISTORS (BY ASCENDING VcEo) (Cont'd)
(ALSO SEE LOW LEVEL AND HIGH VOLTAGE SECTION)
Vceo hFe @ le VCE(sal) Po Vceo hFE @ le Vce(sal) Cob 'T lofl Po
DEVICE NO. (VCER) (h1e) V @le TA Tc DEVICE NO (VcER) (h1el v @ le TA, Tc
Polarity V mA Max mA pF MHz ns 25°C 25°C Package Polarily V mA Max mA pF MHz ns 25°C 25°C Package
NPN PNP Min Min/Max Max Min Max mW W NPN PNP Min Min/Max Ma, Min Max mW W

1----+-2_N_4_40_J--+-_40 __
0
1_0_0
__
13_00
__ 1so o 40 1·Jo y5 200 2ss -~l25 .--=-
-l.C:-92 ~.~~~~~527-16 ~ ~5_0_10_0_,.0 __5_0_1_00_0+-_15__,_1_00--t---+-6_2_s _1 o-+_T_o_-9_2__.
BCY71 45 100/600 10 0 25 10 6 0 200 '.160 1 2 T0-18 ~£~_41_-1_6-~161-1~~ 100/250 100 1.40 1000 25 50 800 50 T0-39
1----+----+----+----~1---~- ---+-·-+--+ ---------
2N3502 45 115/300 50 0 25 50 8 0 200 100 i'OO 3 0 T0-39 ______ 2N4D32 60 _ 10_0
__ __ 15_0+--_2_0_+-_15_o +-+-so_o_,_o+-_T0=--,3,9:..i
13_0_0_1o_o_f--0_1_5
1----+----+-----+---- ----··-- -- ----- --~- ---
8C141-25 BC161-25 60 150/400 100 1 40 1000 25 50 800 5.0 T0-39
1---------·f------ f---------··- ----+----+----,--+----+---1
2N3644 45 115/300 50 025 !)0 -~ 2-~~ __J~7 _T2_:~ 8C537-25 BC527-25 60 160(400 100 0 50 1000 15 100 625 10 T0-92
------I--- --f----·-- ----- ---- ·---+--+--+---+--·--!
l----+--PN_3_6_4_4-+-_45--,l-1_15_13_00 __ SQ O 25 ~)0 80 200 100 __E~~~__29~2~ ---···-- 2N2904A 60 40/120 150 0 40 150 __ B_0-+--·2_0_0-+-_11_of--6_0_D_3_0+--T_0_-_3_9--I
,_.PN_3_6_93--+------+- ~ 40/160 10 -·-·---- 35 200 ____ ~'.~___'.9~ 1---- ·- 2N2906A 60 40/: ?~~o _4_0_1_50_+--_B_0--+_20_0--+_1_10+-40_0_1_8--+_T_c_0-_1_--18
PN3694 45 100/400 10 3 5 200 625 10 T0·92 1-------- 2N29DSA 60 100/300 150 o_,_0_15_0_ __s_o-+-_2_0_0-+-_11_0+-6_0_0_3_0-+-_T0_-_3_9__,
I----+---+-----+--------------- --- -- 0
BFY56 45 30/150 150 ~-3~~ _3_~ --~~ . ~:?O5 0 T0-39 PN2905A
t-----·------·-1----r--------------
60 100/300 150 040 150 80 150 110 625
--+---+--+-------+-----1
10 T0-92

,_2_N_J_64_2-+----+--4_5__,~4_0_112?_~~~~~ -~~.o-r-- ::::so 01 To-10s 2N2907A 60 100/300 150 040 150 80 200 110 400 18 T0-18
--t---·---+----+----+---+--+---t---·--1
I

I- ··- -- ~-
,_.P_N3_6_42--+----+-'-5-+-_40_11_2_0 ___ ~~~~~,_? 80 250 625 10 .~~ _____ ~~~ 60 I ~_.2_50-+--_s_o---,
1001300 _1~:::__ __ 15_0--+-_1_10+-62_5_1_0-+-_T_o_-9___,2
2N2270 45 50/200 150 0 90 1~,0 15 100 1000 50 T0-39 8C143 60 20/- 200 0 60 200 700 30 T0-39
1---+----+----+-·----- I-·--- -- --t--+--t-
2N4409 50 60/400 1.0 0 20 10 12 60 625 T0-92 _ --~8_? __ ~ 201200 500 0 45 500 131Typ1 200(Typl - 800 40 T0-39

,.___2N_9_1s_+---+-·-5_o-+-_50_12_0_0 __ 10--+-_1
__
00__ :_o ~~ -~~~-- 360 -~l-~ 2N3568
r---r-------
60
401120 150 025 150
-----+---+---+-----+--+-----+-----I
20 60 - 300 08 T0-105

,_.2N_1_1s_A-+-----+--'5_0,-+-_'0_11_2_0 __ 15_0-+-_1
__
5_0
__ ~
1_~_,o ~9- __ -~~ +-~ !_~~!__r----,1--6_0-+_10_01_30_~ _0_1_s
__ 15_0+-1_5_+_2_50-+---+--6_25_1_0-+_T_o_-s____,2
2N1613 (501 40/120 150 1 50 H,O 25 80 800 30 T0-39 PE6020 60 1001300_~ _0
__1s__ 15_0+-1_5-+_2_50-+--+--6_25_1_0____,__T_o_-s____,2
2N3053 (SOJ 50/250 150 1.40 1:,0 15 100 50 T0-39 ~E6020 60 100/300 150 0 18 150 15 250 1000 300 08 T0-105
l---+----+----+----+----------1--+-+----+·-·-- ~-
2N1711 150) 100/300 150 1 50 1~·0 25 70 800 30 T0-39 BC142 60 20/- 200 O 40 200 - 800 5.0 T0-39
l----+--·-+---+-----+--- ·-- -----,1----;--
l-----+-BF_X_39_+-_5_5-+-_40_l- ___ 10_0--+-_0
__
50__ ~ ~~~-~~ ~
5_(_10 BC286 60 201180 500 0 40 500 121Typl 1001Typl - 800 40 T0-39

1---+-2N_4_35_4---+ __ 6_o--+_50_15_o_o
__ :~ ~--· 1_5_1_E,o_,__3_o4 _1_00---+--+-3_s_o_o_s__,__T_o_-1_,05 BFX41 75 40/- 100 0 50 500 20 100 400 800 40 T0-39
2N3250A 60 50/150 10 025 10 60 250 225 360 12 T0-18 BFX40 75 60/- 500 0 50 500 20 150 - 800 40 T0-39
1-----+---+---+-----~------- -·-+-+----t----i 1------+-----+------+--
2N3251A 60 100/300 10 0 25 10 60 300 250 ~~ TO:~ 2N4356 80 50/250 10 0 15 150 30 100 - 350 08 T0-105
2N4355 60 1001400 10 o 15 10_0-+---+--3-5_0___ 0.8 _2~
1Eo_ __ 30--+__
1
BC528-6 80 40/100 100 0 50 1000 15 100
----,--+----+--+----+--------I
- 625 10 T0-92
PN4355 60 100/400 10 0 15 1EO 30 100 625 10 T0-92 BC538 BC528 80 40/400 100 0 50 1000 15 100 - 625 1.0 T0-92
-- -
2NJ503 60 115/300 50 0 25 ~~ ~ ~~~ 7,)0 30 T0-39 MPSA06 MPSA56 80 50/- 100 0.25 100 50 625 10 T0-92
2N3505 60 115/300 50 O25 ED 8.0 200 100 4,)0 1.3 ~ BC538-10 BC528-10 80 63/160 100 0 50 1000 15 100 625 10 T0-92
2N3645 60 115/300 50 0.25 rn 8.0 200 100 300 0 7 T0-105 2N4D33 BO 100/300 100 0 15 150 20 150 - 800 4.0 T0-39
1----+---+-----+-----+-----~- - -- ---~'---- ---+----t---+----t---+------1
PN3645 60 115/300 50 025 rn 80 200 100 300 07 T0-105 BC538-16 BC528-16 80 1001250 100 0.50 1000 15 100 625 10 T0-92
BC537-6 BC527-6 60 40/100 100 0 50 10CO 15 100 6:25 10 T0-92 BC538-25 BC528-25 80 1601400 100 0.50 1000 15 100 625 10 T0-92
2N4030 60 40/120 100 0 15 1EO 20 100 800 4O T0-39 2N4410 80 60/400 10 0.20 i.O 12 60 625 _, T0-92
1-----+----+-----+----
~ _B_c_15_1_-6-1--
__ 6_0-+_4_o1_10_0_1_00--+_1_4_0_1o_c_o
+-2_5-+-_5_0 +---<-so_o __ : :--iir-To_-_39_
1
2N3020 80 40/120 150 0 20 150 12 80 - 800 50 T0-39
ecsJ1 ec521 60 40/400 100 o 50 ,oc_o
__ 1_5-+-1_00--+-+--6_2 __5 _ __, __T_o_-_92_ 2N1893 80 40/120 150 5 00 150 15 50 800 30 T0-39
1
BC141 BC161 60 40/400 100 1 40 1000 25 50 800 50 T0-39 PE6021 80 100/300 150 0 18 150 15 250 1000 625 1.0 T0·92
MPSA55 60 50/- 100 0.25 ,co 50 6;!5 10 T0-92 SE6021 80 100/300 150 018 150 15 250 1000 300 08 T0-105
BC537-10 8C527-10 60 63/160 100 0 50 10CO 15 100 6:?5 1.0 T0-92 2N3D19 80 100/300 150 0.20 150 12 100 800 5.0 T0-39
BC141-10 BC161-10 60 63/160 100 1 40 1000 25 50 800 5.0 T0-39 2N2405 90 60/200 150 0.50 150 15 200 800 24 T0-39

LOW LEVEL, LOW NOISE AMPLIFIER TRANSISTORS (BY ASCENDING VcEol

DEVICE NO. VcEO hFE @le hFE @ic NF @I NF @I DEVICE NO. ~CEO hFE @ 1c hFE @le HF @I NF @I
Polarity V mA mA dB kHz dB kHz Package Polarity V mA mA dB kHz dB kHz Package
NPN PNP Min Min/Max Min/MU Max Max NPN PNP Min Min/Max Min/Max Max Max
2NS133 18 60/1000 10 - - - - - - T0-106 BC522 20 - - 400/2000 20 3.0 10 30 WB T0-92
BC2D8 20 90 ITypl/- 0.01 110/80(1 2.0 10 1.0 -- - TQ.106 BC522C 20 - - 400/800 2.0 30 10 30 WB T0·92
BC208A 20 90 (TypJ/- 0 01 110/22(1 20 10 10 -- - T0-106 BC522D 20 - -- 750/1550 2.0 30 10 30 WB T0-92
BC2D8B BC2058 20 150 (Typl/- 0 01 200/45(1 20 10 1.0 -- - T0-106 BC522E 20 - -· 120012200 20 30 10 3U WB T0-92
8C2D8C 20 270 (Typl/- 0.01 420/80(1 20 10 10 -- - T0-106 BC113 20 120/- 01 200/- 10 2.51Typ1 1 O - - T0-106
BC209 20 150 (Typl/- 0 01 200/80(' 2.0 40 10 40 WB T0-106 BC205 20 80 (Typl/- 0 01 110/500 20 10 10 - - T0-106
BC2098 20 150 (Typ)/- 0.01 200/45( 2.0 4.0 10 4.0 WB T0-106 8C2D5A 20 80 (Typl/- 0.01 110/220 20 10 10 - - T0-106
BC209C 20 270 ITyp)/- 0 01 420/45( 2.0 4.0 10 4.0 WB T0-106 BC205C 20 80 ITypl/- 0 01 400/800 20 10 10 - - T0-106
BC319 BC322 20 150 (Typ)/· 0 01 200/80( 2.0 40 10 40 WB T0-92 BC179 20 120/460 2.0 - - 40 10 40 WB T0-18
BC319B BC322B 20 150 (TypJ/- 0.01 200/45(' 20 40 10 4.0 WB T0-92 BC179A 20 120/220 20 - - 40 10 40 WB T0-18
BC319C BC322C 20 270 {Typl/- 0 01 420/80(, 20 40 1.0 4.0 WB T0-92 BC179B 20 180/460 20 - - 40 10 40 WB TO-H!

Manufactured in U.S.A.
104
CALL COMWAY... (0344) 24765 orTELEX 847201
 SEMICONDUCTO
F=AIRCHILCJ SmallSignal
Transistors

D General Purpose, Amplifier and Switching

D NPN/PNP Complements
D High Voltage Darlingtons

SMALL SIGNAL
LOW LEVEL, LOW NOISE AMPLIFIER TRANSISTORS (BY ASCENDING VcEo> (Cont'd)
VcEO hFE @•c hFE @le NF @I NF @I
hFE hFE @le NF @I NF @I OEVICE NO.
DEVICE NO. Vceo ®'c V mA mA dB kHz dB kHz Package
V mA mA dB kHz dB kHz Package Polarity
Polarity Min Min/Max Min/Max Max Max
Min Min/Max Min/Max Max Max NPN I PNP
NPN I PNP
10 1.0 T0-18 lec111A 45 1201~20 20 - - 10 10 - - T0-18
BC178 25 701460 20
T0-18 BC177B 45 180/460 20 - - 10 1.0 - - T0-18
BC178Vi 25 70/140 20 10 10 ---- ~

45 180/- 0 001 2501500 0 01 20 10 40 0.1 T0-18

BC178A 25 120/220 20 10 10 T0-18 2N3964
10 10 T0-18 2N930 45 100/300 0 01 600/- 10 - - 30 WB T0-18
BC178B 25 180146C 20
2001- 10 30 10 T0-106 2NS962 45 450/- 0 01 600/1400 10 30 10 30 WB T0-92
BC114 25 120/- 0 1
400/1200 400/- 10 20 WB T0-92 SE4021 45 450/ 0 01 600/1400 10 30 10 30 WB T0-106
2N5089 25 0 1
10 T0-106 BCS23 45 180/800 20 100/- 0 01 - - - - T0-92
2N3565 25 701- 0 1 150/600
PN3565 25 701- 0 1 150/600 10 T0-92 BCS23B 45 180/400 20 1001- 0 01 - - - -I T0-92
--~~
25 200/1000 10 30 10 T0-106 BC523C 45 380/800 20 1001- 0 01 - - - - T0-92
~4010
SE4002 25 200/1000 10 T0-106 BC521 45 600/1400 10 3501- om 30 10 - - -~
SE4001 25 60/300 10 T0-106 BC521C 45 380/800 20 350/- 0 01 30 10 3.0 WB T0-92

501- 10 50/- 100 T0-105 BCS21D 45 1 750/1500 2.0 3501- 0 01 30 1.0 3.0 WB T0-92
BC115 30
BC318 BC321 30 90 (Typl/- 0 01 110/800 20 60 10 T0-92 2N5210 50 t 2001600 0 1 250/- 10 30 10 20 WB T0-92

BC318A BC321A 30 90 ITypl/- 0 01 110/220 20 60 10 T0-92 2NS209 50 100/300 0 1 150/- 10 4.0 1.0 30 WB T0-92

BC3188 BC321B 30 150 ITypJ/- 0 01 200/450 20 60 10 T0-92 2NS087 50 250/800 0 10 250/· 10 20 10 20 WB T0-92

BC318C 30 270 iTyp /- 0 01 420/800 60 10 T0-92 2N5086 50 150/500 0 10 150/- 10 30 10 30 WB T0-92

-~-·
SE4023 30 900/- 0 01 1200/2200 10 30 10 80 0 01 T0-106 BC526 50 40/- 0 01 1100/600) 20 - - - - T0-92

2NS088 30 300/900 01 3001- 10 30 WB T0-92 BC526A 50 40/- 0 01 {100/3001 20 - - 10 WB T0-92

BC321C 30 SOITypl/- 0 01 400/800 20 60 10 T0-92 EN3962 60 60/- 0 01 100/300 0 01 30 10 10 0 1 T0-106

··--·
2NS138 30 50/800 0 10 50/- 10 T0-106 2N42SOA 60 250/700 0 10 2501- 10 20 10 20 WB T0-106
·~~--~ ~

PN5138 30 50/800 0 1~- 50/- 10 T0-92 2N4249 60 100/300 0.10 100/- 1.0 3.0 10 30 WB T0-10€
~·~~-·~ ~·
BC153 40 50/- 0 10 50/- 10 10 10 T0-106 PN4249 60 100/300 0 10 1001- 10 30 10 30 WB T0-92

8C154 40 160/- 010 160/- 10 25 10 T0-106 2N3965 60 180/- 0.001 250/500 0 01 20 10 40 0.1 T0-18
-~·
2N4250 40 250/70(, 0 10 250/- 10 20 10 20 WB T0-106 BF>l.37 60 70/300 0 01 100/- 10 30 1.0 30 WB T0-18
PN4250 40 250/700 0 10 250/- 1.0 20 10 20 WB TQ-92 2N3962 60 601- 0.001 1001300 0 01 30 10 10 0 1 T0-18
2N4248 40 50/- 0.10 50/- 1.0 T0-106 2N5961 60 100/- 0 01 150/950 10 60 1.0 - - T0-92
PN4248 40 50/- 0 10 50/- 10 T0-92 SE4020 60 100/- 0 01 1501950 10 6.0 1.0 - - T0-106
BC207 BC204 45 90(Typl1- 0.01 50/450 20 10 1.0 T0-1Ub 2N2484 60 100/500 0 01 250/- 10 20 10 3.0 WB T0-18
BC207A BC204A 45 90(Typ)1- 0.01 110/220 20 10 1.0 T0-106 EN2484 60 100/500 001 250/- 10 2.0 10 30 WB T0-106
BC207B BC204B 45 150(Typ)/- 0.01 200/450 20 10 1.0 T0-106 PN2484 60 100/500 0 01 250/- 10 20 10 30 WB T0-92
BC317 BC320 45 90(Typll- 0 01 110/450 20 60 1.0 T0-92 BC520 60 150/700 10 1001- 001 3.0 1.0 30 WB T0-92
BC317A BC320A 45 9Q(Typ)/- 0.01 110/220 20 60 10 T0-92 BCS20B 60 180/460 20 1001- 0 01 30 1.0 3.0 WB T0-92
BC317B BC320B 45 150(Typ)/- 0 01 200/450 20 6.0 1.0 T0-92 BC520C 60 380/800 20 1001- 0 01 30 10 3.0 WB T0-92
BC177 45 70/220 2.0 10 10 T0-18 2N3117 60 250/500 O.D1 4001- 10 10 1.0 1.0 10 T0-18
-· BC177VI 45 70/140 2.0 10 1.0 T0-18

HIGH VOLTAGE AMPLIFIER TRANSISTORS (BY ASCENDING VcEo>

VcEO hFE ®'c IT Cob Po Vceo hFE @ic IT Cob Po
DEVICE NO. TA Tc DEVICE NO. TA Tc
Polarity V mA MHz pF 2s 0 c 25'C Package Polarity V mA MHz pF 2s 0 c 2s 0 c Package
NPN PNP Min Min/Max Min Max mW w NPN PNP Min Min/Max Max mW w
MPSL51 100 40/250 50 60 80 625 1.0 T0-92 PN4889 150 80/300 10
"'"
40 4.0 625 1.0 T0-92
MPSL01 1~ 50/300 10 60 80 814 1.79 T0-92 BF257 160 40/150 10 40 3.5 1000 70 T0-39
2N5830 120 80/500 25 100 40 814 1.79 T0-92 BC533 160 80/250 10 100 60 814 1 79 T0-92
BC530 120 40/180 10 100 60 625 1.0 T0-92 MPS5551M 160 80/250 10 100 6.0 814 1.79 T0-9:
2N54DO 120 40/180 10 100 6.0 625 1.0 T0-92 2N5831 160 80/250 10 100 40 814 1 79 T0-92
BFY57 125 30/150 30 40 12 800 50 T0-39 2N5832 160 175/500 10 100 4.0 814 1.79 T0-92
BC532 140 60/250 10 100 60 814 1.79 T0-92 2N5833 180 50/250 10 100 40 814 1.79 T0-92
2N5550 140 60/250 10 100 6.0 814 1.79 T0-92 BF336 180 20/- 30 80 l3 5) 800 - T0-39
2N3114 150 30/120 30 40 90 800 5.0 T0-39 BD115 180 22/- 50 - 35 - 6.0 T0-39
BC531 150 60/240 10 100 60 625 1.0 T0-92 BF337 200 20/- 30 80 (3.5) 800 - T0-39
PN4888 150 40/400 10 30 4.0 625 1.0 T0-92 2N4926 200 20/200 30 30 (6.0) 1000 70 T0-39
2N5401 150 60/240 10 100 6.0 625 1.0 T0-92 MPSA43 200 50/200 30 50 4.0 878 2 08 T0-92

Manufactured in U.S.A.

105
CALL COMWAY... (0344) 24765 orTELEX 847201
 SEMICONDUCTORS
' I
I

SmallSignal
Trans,istors FAIRCHILD

D General Purpose, Amplifier and Switching

D NPN/PNP Complements
D High Voltage Darlingtons

SMALL SIGNAL
HIGH VOLTAGE AMPLIFIER TRANSISTORS (BY ASCENDING V CEO) (Cont'd)

DEVICE NO.
I Vern f hFE crore IT Cob
TA
Po
Tc DEVICE NO.
I Vern I hFE r/v 'c tr Cob
TA
Po
Tc
Polarity I V I mA MHz pF 25°C: 25°C Package Polarity mA MHz pF 25°C 25°C
NPN PNP , Min I Min/Max Min Mu mW w NPN
' PNP ! M~n ! Min;Max Min Mu mW w
Package

MPSA93 200 30/150 30 50 80 625 10 T0-92 2NS058 300 35/150 30 30 10 1000 5.0 T0-39
SE7055 220 40/150 10 40 (3.5) 1000 70 T0-39 MPSA42 300 40/200 30 50 °i 3.0 878 2.08 T0-92
PE7058 220 40/220 30 40 40 1230 4.17 T0-92 PE7059 300 40/200 30 40 40 1230 4.17 T0-92
BF338 225 20/- 30 80 (3.51 800 - T0-39 BF259 300 25/- 30 90 ffyp) 42 1000 70 T0-39
8F258 250 40/150 10 40 35 1000 70 T0-39 MPSA92 300 25/- 30 so 60 625 10 T0-92
.
2N4927 250 20/200 30 30 (6.0J 1000 7.0 T0-39 SE7056 300 40/100 10 40 (3.0) 1000 70 T0-39
2N5059 250 30/150 30 30 10 1000 50 T0-39

NPN RF-IF AMPLIFIER AND OSCILLATOR TRANSISTORS (BY ASCENDING FREQUENCY)

PG @f Cob Po PG @f Cob Po
[GMAJ [Ccel TA [GMA] [Ccel TA
(DSC POWER) Yceo IT (Ccb) NF @f 2s c 0
(DSC POWER) vcEo IT (Ceo> NF @f 25°C
DEVICE dB MHz V MHz pF dB MHz mW Package DEVICE dB V MHz pF dB MHz mW Package
NO. Min Min Min Ma, Max NO. Min MHz Min Min Maz Max
BF160 - - 12 400 12 - - 310 T0-106 2N2857 12 5 450 15 1000 (10) 45 450 250 T0-72
BF152 28 10.7 12 600 12 - - 310 T0-106 2N3839 12.5 450 15 1000 11 OJ 3.4 450 250 TQ-72
BF159 22 40 20 600 .. 2 3.5 (Typl 60 310 T0-106 2N3880 14 450 15 1200 {.75) 35 450 250 T0-72
BF163 22 40 40 400 0.6 (Typ) 3.0 (Typ) 40 310 T0-106 2N5031 14 450 10 1000 {1.5) 2.5 450 250 T0-72
PES025 25 45 30 300 (11) - - 425 (65°CJ T0-92 FMT1090 14 (TypJ 450 14 1400 {Typ) (1 2) 4.0 450 600 T0-92
FTR118 27 45 20 300 (0.21 (TypJ 5.0 45 500 T0-92 FMT1091 1? (Typ) 450 14 1400 (Typ) (1.2) 35 450 600 T0-92
BF167 27 45 30 300 022 3.0 (Typl 45 175 TQ-72 FMT1190 125ffypl 450 12 1400 (TypJ (1 21 50 450 600 T0-92

PES030B 28 45 40 600 (04) - - 425 (65°Cl T0-92 FMT2060 15 (TypJ 450 14 1000 {1.01 2 8 (Typl 450 240 T0-120
BF222 20 (Typl 100 so 400 0.4 (Ty>p) 5.0 0.1 310 TQ-72 FMT2080 13.0ffyp) 450 14 ~?O {Typ) 10 9) 2 0 {TypJ 450 200 T0-72
--- ·-
2N3563 14 200 12 600 17 - - T0-106 FMT2085 130(TypJ 450 14 1400 ITyp) (1.0) 2 0 (Typl 450 400 T0-92

2NS179 15 200 12 900 (10) 4.5 200 250 T0-72 FMT2090 13 OffypJ 450 14 1400 !TypJ {0 8) 2 0 (Typ) 450 240 T0-120
2N918 15 200 15 600 17
-~
6.0 60 200 TQ-72 2N5770 15 500 15 900 - 60 60 625 T0-92
~·
PN918 15 200 15 600 17 6.0 60 625 T0-92 PN3563 (30) 500 12 600 17 60 60 625 T0-92
BF162 15 200 40 400 1.2 55 200 310 T0-106 PN918 (30) 500 15 600 17 60 60 625 T0-92
PN3690 15 200 40 400 16 55 200 200 T0-92 SE3002 (3.0) 930 12 600 17 - - 200 T0-106
-~-·
FTR168 16 200 300 400 0 12 (TypJ 4.0 200 500 T0-92 FMT1061 - - 14 1000 (1 OJ 3.5 450 250 T0-72
2NS130 17 200 12 450 (1.n - - 200 T0-106 FMT1061A 13.S!TypJ 1000 14 1300 {1.0J 30 450 250 T0-72
SE5020 20 200 20 375 05 3.3 200 175 T0-16 FTR129A - - 35 1000 (Typl (0.40I (Typl - - 500 T0-92
FTR158 20 200 20 300 /0 20) (T11pl 3.3 200 500 T0-92 2N3570 - - 15 1500 0 75) 70 1000 250 T0-72
SES035 22 200 30 600 03 - - 200 T0-18 2N3571 - - 15 1200 0.85) 4.0 450 250 T0-72

~ 22 200 30 600 (0.20) :TypJ 4.5 200 500 T0-92 2N3572 - - 13 1000 10.85) 60 450 250 T0-72
PE5031 22 200 30 600 (0 4) 4.5 200 425 (65°C) T0-92 2N3683 - - 12 ·1000 20 40 200 250 T0-72

DUAL TRANSISTORS (BY ASCENDING V CEO)

DEVICE NO.
Polarity
VcEo
V
hFE @le
mA hFE
Matchung
vee Package
DEVICE NO.
Polarity
Vceo
V "•• ®'c
mA hFE
Matching
VeE Package
NPN PNP Min Min/Max % mY NPN PNP Min Min/Max % mV

2N2920 60 150/300 0.01 10 30 T0-76 M02369B 15 40/120 10 20 10 T0-78

---
2N2920A 60 150/300 0.0, 10 1.5 T0-78 MD918A 15 501- 10 10 so T0-78
2N3800 60 1501450 0.1 - - T0-71 M0918B 15
·~~·
50/- 10 20 50 T0-78
2N3806 60 150/450 0 1 - - T0-78 MD2218A 40 40/120 150 - - T0-78
2N3802 60 1501450 0.1 20 8.0 T0-71 M02219A 40 100/300 150 - - TO~~
··- ~·--·
2N3808 60 150/450 01 20 80 T0-78 2N2913 45 60/240 O.Ql - - T0-78
2N3804 60 150/450 0 1 10 5.0 T0-71 2N2917 45 60/240 0.01 20 10 T0-78
2N3810 60 150/450 0 1 10 5.0 T0-78 2N2915 45 60/240 0.01 10 30 T0-78
2N4025 60 2501600 0 1 10 3.0 T0-78 2N2914 45 150/300 0.01 - - T0-78
2N3805 60 300/900 iJ.1 10 5.0 T0-71 2N2918 45 150/300 0.01 20 50 T0-78
2N3811 60 300/900 0.1 10 5.0 T0-78 2N4020 45 250/600 001 20 so T0-78
2N4017 80 1001350 0.01 - - _T~ 2N4023 45 250/600 0.1 10 30 T0-78
M02369A 15 40/120 10. 10 5.0 T0-78 2N2919 60 60/240 0.01 10 3.0 T0-39

Manufactured in U.S.A.

106
CALL COMWAY....(0344) 24765 or TELEX 847201
 DataConvertertwinsthatmakea
bigdifferencetoyourmicroprocessing.
If youare using6800s, 8080s Askfor application
etc., and you needdata informationand our data
converters,you needthese convertershortform.Wearethe
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DACwith latchedinputs.
Theyareabsolutely ContactICMarketing,
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arespeciaIlydesignedfor use Telex:668038
with micros.What'smore,they
will reduceyourcosts. FERRANTI
Semiconductors
EL02/13/069 [ill]
 Only Radiatron offers this
top designers choice
Get up-front, (or even out-back) the
Radiatron way, with this outstanding choice
in high quality professional panel components - all
developed to meet the demanding requiirements of the
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Reputations are second-to-none. 'Elma' for collet knobs and rotary
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For professional panel components the Radiatron way, request
our shortform catalogue or ring our Customer Service Department
on 01-891 1221.

## Radiatron
1, ComponentsLtd
Crown Road, Twickenham, Middlesex TW l 3ET. Telephone: 01-891 1221
Telex: 267807
'
Forreducingyour Molex has developed the most complete and versatile line of
insulation displacement prcx::luctsavailable for .050" (1.27mm),
.100"(2.54mm) and .156"(3.96mm) center applications. Whether

masstennination your interconnection requirements are for signal level veltage or

hi~Jhcurrent carrying power connectors; whether you have
pock aging density problems or a need for large spacing to

costs••• prevent arcing, Molex's Jet-Flees'" system offers you a solution.

The photo depicts the .050" [1.27mm) center prcx::luct line which
includes the 28 AWG cable and connectors with daisy chain,
Molexhasthe answer. strain relief and closed-end options to meet your varied needs.
Straight and right-angle headers are also available in various
pin lengths and options, including the valuable lock-eject
feoture. The latest additions to the system include the dual
in-line plug and edge connector.
But the components and cable a re only half the system. The
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tooling which allows you to apply the cable
or discrete wires to the connectors. Molex
has a wide selection of application tooling
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For more complete information, call or write: look to Molex for the answer.
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 OPTOELECTRONIC .
L.E.D.'s l=AIRCl-tlLO

D Available in Red, Green, Amber and Yellow

D GaAsP and GaP
D Choice of Lens and Packaged Profile

LED VISIBLE LAMP SELECTION GUIDE

Lamp S1ze,IP1<9e. T-1¾ (8) T·l¼ (4) T-1¾ (5) T·1¾ (6) T-1¾ (7) T-1¾ (MV) (9/10) Tl
Lens Diameter 200 190 190 190 190 150
200 I
350 230 340
Lens Height
Color Mat'I PT Souru Ddt PtS(JUt(,
I
D,ff
28~
P 5ource Dill Pi SoLHCr
340 340 210
PACKAGE OUTLINE NUMBER
D1tt Pt Source D1ff Pt Source D1ff
Red GaAsP FL V104 FLV140
FLV150
FLV110
FLVl 17
F LV111
FLVl 18
FLV160 MV5051
MV5053
MV5050
MV5052
I Ti L 209A

FLV152 FLV112 MV5054 1

MV5054 2
MV5054 3
Red GaP

Green GaP Fl V340 FLV310 F -V311 ~ LV350 FLV360 MV5253 MVS252 TIL 211
FLV315 FLV355 FLV365 MV5254
Yellow GaP FLV440 Fl.V410 FLV411 FLV450 FLV460 MV5353 MV5352 Tll 213 025 025 TALL MINIATURE
MV53~,4 LEADS PROF1LE PROFILE
Red Super F LV540 FLV510 FLV511 f'LV550 FLV560 MV5753 MVS752
GaA$P MV5754
9/10 11
Amber Super MV51!i3 MV5152
GaAsP MV5154

LED VISIBLE LAMPS

luminous Luminous

,, Intensity
IF=- 20mA
v,
If= 20rnA
,, Intensity
IF= 20mA v,
Lens mA med V Package
Lens mA med V Package
DEVICE NO Characteristic Typ Typ Typ
DEVICE NO. Characteristic Typ Typ Typ
(40mW/srl Qpto-8
FLVSSO Red Diffused 10 3.0 19 Opto-6
FLV104A Clear 100 20
FLV560 Red Diffused 10 30 1.9 Opto-7
~LV110 Red Diffused 20 2.0 1.7 Opto-5
FLV111 Clear Point Source 20 2.0 17 Opto-5 MVSOSO C1ear Point Source 20 20 17 Opto-9
1.6 1.7 Opto-9
FLV112 Clear Diffused 20 2.0 17 Qpto-5
..--.---.
MV5051 Clear Diffused 20

FLV117 Red Diffused 50 10 19 Opto-5 MV5052 Red Point Source 20 20 17 Opt~~

FLV140 Red Diffused 20 20 17 Opto-4 ~53 Red Diffused 20 16 17 Opto-9

·- +----·
17
.____.
FLV150 Red D,ffused 20 20
·-
1.7 Opto-4 ,__.
MV5054-1 Red Semi-Diffused 20 2.0 Oplo_:~

17 Opto-4 MV5054-2 Red Sem1-D1ffused 20 3.0 17 Opto-10

FLV152 Red Point Source 20 30
FLV160 17 Qpto-7 MV5054-3 Red Semi-Diffused 20 4.0 1.7 Opto_::~
Red Diffused 20 2.0
f----
FLV310 Green Diffused 20 3.2 23 Opto-5 ~152 Amber Point Source 20 16.0 19 Opto-10

MV5153 Amber Diffused 20 40 19 Opto-9

FLV311 Green Point Source 20 32 23 Opto-5
·-
FLV315 Green Diffused 3.0 Opto-5 MV5154 Amber Semi-Diffused 20 8.0 19 Opto-10
20 2.5
MV5252 Green Point Source 20 60 2.3 Opto-10
~340 Green Diffused 20 3.2 23 Opto-4
FLV350 MV5253 Green Diffused 20 15 2.3 Opto-9
Green Diffused 20 32 2.3 Opto-6
MV5254 Green Sem1-D1ff~~ 20 30 23 Opto-10
FLV355 Green Diffused 20 2.5 3.0 Opto-6
FLV360 MVS352 Yellow Point Source 20 100 2.3 Qpto~~
Green Diffused 20 3.2 2.3 Opto-7
MV5353 Yellow Diffused 20 60 23 Opt~~
FLV365 Green Diffused 20 25 3.0 OpJo-7 ---- c--·--·--···
MV5354 Yellow Semi-Diffused 20 10 0 23 Opto-10
FLV410 Yellow Diffused 20 3.2 2.3 Opto-5
·- ---·- f---·
16.0 19
~-2 Red Point Source 20 Op~~
FLV411 Yellow Point Source 20 3.2 2.3 Opto-s
MV5753 Red Diffused 20 40 19 Opto-9
FLV440 Yellow Diffused 20 3.2 23 Opto-4
MV5754 Red Sem1-D1ffused 20 80 19 Opto-10
FLV450 Ye/low Diffused 20 32 23 Opto-6
TIL209A Red Diffused T-1 20 20 1.7 Op~~
FLV460 Yellow Diffused 20 3.2 23 Opto-7
~.
TIL211 Green Diffused T -1 20 05 Op~~
FLV510 Red Diffused 10 30 19 Opto-5
TIL213 Yellow Diffused T-1 20 05 17 Opto-11
FLV511 Red Point Source 10 30 19 Opto-5
FLV540 Red Diffused 10 30 1.9 Opto-4

INFRARED EMITTERS
LED LAMP MOUNTING HARDWARE Wave Length Axial

DEVICE
NO.
Panel
Thickness
Panel
Hole Description '•
,, v,
cc 100mA
@ Peak
Emission
Intensity
IF=100mA
DEVICE mA V nm mW/sr
265 NO. Description Max Typ Typ Typ
FLS010 060to .250 Single-Part Construction (Flat Black Finish!
± 002
Lead Frame Package
FPE104 100 1 35 890 10
250 3-Piece Corist1 uct1on Hex N,ut, Threaded Narrow Beam
FLS011 0.187
± 003 Barrel and Bezel (Bezel in Silver Fin1shl
FPESOO T0-18, Dome Lens 250 1 35 890 10 0
250 3-Piece Car struct1on Hex Nut. Threaded
FLS012 0 187 FPE510 T0-18, Flat_~ 250 1 35 890 10
± 003 Barrel and Bezel !Bezel 1n Black Fin1shl
FPE520 T0-18. Dome_~ 250 1.35 940 50
250
MP52 0.125 Mounting Clip for MV Series Lamps
::!:.003 FPE530 T0-18, Flat Lens 250 1 35 940 50

Manufactured in U.S.A.

110
CALL COMWAY... (0344) 24765 or TELEX 847201
 OPTOELECTRON
FAIRCHILD Displays

D Seven Segment Led Displays

D Nominal 0.375", 0.5" 0.8" Characters
D L.E.D. Display Packages

7-SEGMENT NUMERIC DISPLAYS

c
"'
~~
-o
Co
."'
"' "'
• 0
c
·o
"'
;:. ..
•a
"'
co
"'
."' "'
•
0
z
C
0
·5
Q. ~ ~ti( < C/l~tl( z
C
.2 Q. !~
~
<
u..c§
-~ti(
::, >-E
§. ~c§> ">-E w ~E;
.. :e. II .,C >
w
u
;; ..ii·;:c"'~-g
.!!
u~• - C/1
1:'
-~ 0
0 .
~
1i

.E
·.;
u"•
-=~
.. E "'II -~~~"8
__
E • 11 ::t
_.
u
;;
w
"'~
iiE
1:'
~
0
0
0
t;
::
1i

. ..
E
·.;
u.e
,. !!
::,
>.,.
II
o:::
~~~~
_. __
0,:,

w 0 ::::1c
....
0
~
u <>. u 0 0
• Q.
Q.
-LL ::::1c
.... 0 u Q. u 0 0 ,!'."-
- LL

FND350 0.362 CA Red ?-Segment Display RH 200 1.7 450 FND550 0 500 cc Amb ?-Segment Display RH 80 2.2 2000
FND357 0.362 cc Red ?-Segment Display RH 200 1.7 450 FND551 0.500 cc Amb Overflow ±1 Digit RH 80 22 2000
FND358 0.362 cc Red Overflow --+:-1
Digit RH 200 1.7 450 FND557 0.500 CA Amb ?-Segment Display RH 80 2.2 2000
FND360 0.362 CA Red ?-Segment Dtsplay RH 200 17 900 FND558 0 .500 CA Amb Overflow ±1 Digit RH 80 2.2 2000
FND367 0.362 cc Red ?-Segment Display RH 200 1.7 900 FND560 0 500 cc Red ?-Segment Display RH 200 2.2 1200
FN0368 0.362 cc Red Overflow ±1 Digit RH 200 1.7 900
FND561 0 500 cc Red Overflow ±1 D1g1t RH 200 1.7 1200
FND500 0.500 cc Red ?-Segment Drsplay RH 200 1.7 600
FND567 0 500 CA Red ?-Segment Display RH 200 17 1200
FND501 0.500 cc Red Overflow ±1 Digit RH 200 17 600
FND568 0 500 CA Red Overflow ±1 D1g1t RH 200 17 1200
FND507 0.500 CA Red ?-Segment Display RH 200 17 600
FND800 0 .800 cc Red 7-Segment Display RH 200 1.7 600
FND508 0.500 CA Red Overflow ±1 Digit RH 200 17 600
FND807 0 .800 CA Red 7-Segment Display RH 200 1.7 600
FND530 0.500 cc Grn ?-Segment Display RH 80 2.2 2000
,-FND6710 0 560 CA Red Dual Digit Display RH 200 17 500
FND531 0 500 cc Grn Overflow ±1 Digit RH 80 2.2 2000
FND6730· 0 560 CA Red 11/2 Digit ±18 Display RH 200 1.7 500
FND537 0.500 CA Grn ?-Segment Display RH 80 2.2 2000
FND6740 0 560 cc Red Dual Digit Display RH 200 1.7 500
FND538 0.500 CA Grn Overflow ±1 D1g1t RH 80 2.2 2000
FND675o· 0.560 cc Red 1/2 Digit ±18 Display RH 200 17 500
FND540 0 500 cc Yel ?-Segment Display RH 80 2.2 2000
MAN71A 0.300 CA Red 7-Segment Display RH 200 1.7 450
FND541 0.500 cc Yel Overflow ± Digit RH 80 2.2 2000 -

MAN72A 0.300 CA Red ?-Segment Display LH 200 17 450

FND547 0.500 CA Yel ?-Segment Display RH 80 2.2 2000
MAN73A 0 .300 CA Red Overflow ±1 D1g1t None 200 1.7 450
FND548 0.500 CA Yel Overflow ± Digit RH 80 2.2 2000
MAN74A 0.300 cc Red ?-Segment Display RH 200 1.7 450

PACKAGE OUTLINE
FND 300 SERIES
FND 500 SERIES

T-~ -r
...
,0"---"0
o~o
~-·10115.491n
.590 (14 9861
.300 .010
( 2541
l 17621

19 1951
r:==:l,;,._
I
655 (14 097) ,
..."1'43)
: ri=r--a D -=:1
r--

n=:Ja
±r(~~~:)
TYP
I .655 116 6371

~~~;~(273)
.6451161383Joo
(12701 u DP
.140
(3555)
TYP.
r":'"'/~
5°
192
060 (1 524)
l_ _=:) 0

.310(7871--1
.305 177471 .010 12541
.290173661 .295 174931
!

013 (0 3301
TYP

I1(2541I 100

.200
•i-(508)
t=. 200 __J
(5080)
NOTES, All dimensions In Inches (bold) and millimeters (parentheses)
For polarity Indication the surface Is ribbed.
The unlit LED segments cannot necessarily be seen through the lens cap.
NOTES: All dimensions In inches (bold) and millimeters (parentheses) Lens cap colour Is red for red LED
For polarity Indication the top surface ls ribbed. Pins 3 and 8 are common
The unit LED segments cannot necessarlly be seen through the lens cap. All dimensions are ±.015 Inch.
Lens cap colour Is red for red LED.
Pins l and 6 are common.
All dimensions are ±.015 inch.

Manufactured in U.S.A.

111
CALL COMWAY... (0344) 24765 or TELEX 847201
 OPTOELECTRONICS
&;Sensor!;
Phototransistors F=AIRCHILC>

D Metal Can or PlasticPackage

D Flat or Round Lens
D Darlingtons

PHOTO TRANSISTORS

VCEO ICE(II) VCEO ICE(II) VcE(aat)

le= 1.0mA VcE = 5.0V H ""vg~:J~m2 1,11, le= 1.0mA VCE = 5.0V H = 20mW/cm2 1,11,
OEVICE V mA V µS OEVICE V mA V µI
NO. Description Min Typ Min Typ Max Min Typ Max Typ NO. Oeecrlptlon Min Typ Min Typ Max Min Typ Max Typ

Plastic, Dome Lens H = 5.0mW/cm2 le= 500µA FPT230

Piastre Flat Lens
20 50
H = 1 OmW/cm2 le= 1.0mA
FPT100 30 50 2.8 18
General Purpose 0.2 1.4 - - 0.16 0.3 1:2 Sensitivity 0.6 0.9 12 - 0.25 0.55

Plastic, Dome Lens H = 5.0mW/cm2 le= 500µA FPT320

Plastic, Dome Lens
20 50
H = 1.0mW/cm2 le= 1.0mA
18
FPT100A 30 50 2.8
1·3 Sensrt1vity 1.0 1.4 3.0 - 0.16 0.3 1:3 Sensltivrty 0.75 1.5 2 25 - 0.25 0.55

Plastic, Dome Lens H = 5.0mW/cm2 le= 500µA FPT330

Plastic, Flat Lens
20 50
H = 1.0mW/cm2 le= 1.0mA
18
50 2.8
FPT1008
1:2 Sensitivity
30
1.3 1 4
--~·
26 - 0.16 03 1:3 Sensitivity 0.45 0.9 1.35 - 0.25 0.55
le= 0 1mA.
FPT400
Plastic, Dome Lens
30 50
H = 1.0mW/cm2
-
Miniature, .080" Dia. H=20mW/cm2 le= 0.4mA 0.9 1.0 100
FPT101 H ~ 0.1 µWlcm2 2.8 Photo Darlington 7.5 12 -
Hermetic Package 0.8 35 - - 0.25 0.3
30 60 Plastic, Flat Lens H = 1.0mW/cm2
FPT410 30 50 - 0.9 1.0 100
IR= 5 OµA. VR = -10.0V. Photo Darlington 5.0 8.0 -
Photod1ode VR = -10V
FPT102 H ~ 0.1 µW/cm2 H..s;O 1µW/cm2 0.2 H = 1.0mW/cm2
Hermetic Package 12,ILA 20µA - FPTSOO TD-18. Dome Lens 45 60 - 0.2 0.33 3.0
50 120 -- 0.1nA 25nA 1.0 - -
Plastic Flat Lens H = 5.0mW/cm2 le~ 500µA
2.8 T0-18, Dome Lens H = 1.0mW/cm2
FPT110 30 50 - FPTSOOA 45 60 - 0.2 0.33 3.0
General Purpose 0.2 0.88 - 0.16 0 33 1:3 Sensitivity 20 - 6.0
Plastic Flat Lens H = 5.0mW/cm2 le= 500µA
28 H = 5.0mW/cm2
FP110A 30 50 - FPT510 T0-18, Flat Lens 45 60 - 0.2 0.33 3.0
1:3 Sens1tiv1ty 0 6 0.88 1.8 0.16 0.33 05 - -
Plastic Flat Lens
50
H = 5.0mW/cm2 le= 500µA
2.8 T0-18, Flat Lens H = 5.0mW/cm2
FPT110B 30
0 8 0 88 1.6 - 0.16 0.33 FPT510A 45 60 - 0.2 0.33 30
1:2 Sensitivity 1:3 Sensitivity 10 - 30
Plastic, Dome Lens H ---c 1 OmW/cm2 le - 1 OmA H = 1 OmW/cm2
FPT120 20 50 18 FPT520 T0-18. Dome Lens 30 50 - 02 0 33 10
High Sens1tiv1ty 0.4 15 - -· 0.25 0 55 50 - -
Plastic. Dome Lens H = 1 OmW/cm2 le= 1.0mA
18 T0-18, Dome Lens H = 1 OmW/cm2
FPT120A 15 30 FPT520A 30 50 - 02 0.33 10
1:3 Sens1t1v1ty I5 24 4.5 -· 0.25 0.55 1:3 Sensitivity 6.0 - 18
Plastic, Dome Lens H = 1 OmW/cm2 le= 1.0mA H = 5.0mW/cm2
FPT120B
1:1.5 Sens1t1v1ty
15 30
2.0 2.4 4.0 -· 0.25 0.55
18 FPT530 T0-18. Flat Lens 30 50
3.0 - - - 0.2 0.33 10
--~·
Plastic Cup, H = 5.0mW/cm2 le=~ OmA
18 T0-18, Flat Lens H = 5.0mW/cm2
FPT120C 11 20
- 25 -· 0.35 0.55 FPT530A 30 50 - 0.2 0.33 10
Dome Lens 16 1:3 Sensitivity 4.0 - 12
Plastic, Flat Lens H = 1.0mW/cm2 le= 1.0mA H = 1.0mW/cm2
FPT130
High Sens1t1v1ty
20 50
0.4 0.9 - -- 0.25 0.55
18 FPT540 T0-18, Dome Lens 12 20
8.0 - - - 0.35 0.55 18

Plastic, Flat Lens H = 1.0mW/cm2 le= 1.0mA T0-18, Dome Lens H = 1.0mW/cm2
FPT130A
1.3 Sensitivity
15 30
0.9 15 2.7 -- 0.25 0.55
18 FPT540A
1:3 Sensitivity
12 20
10 - 30
- 0.35 0 55 18

Plastic, Flat Lens H = 1.0mW/cm2 le= 1.0mA

18 H = 5.0mW/cm2
FPT1308 15 30
1.2 2.4 -- 0.25 0.55 FPTSSO T0-18, Flat Lens 12 20 - 0.35 0.55 18
1:2 Sensitivity 1.5 8.0 - -
H = 5.0mW/cm2 le= 500µA T0-18, Flat Lens H = 5.0mW/cm2
FPT131 Plastic. Dome Lens 15 50
0.1 1.4 - -- 0.16 0.7
2.8 FPTSSOA
1:3 Sens1t1v1ty
12 20
8.0 - 24 - 0.35 0.55 18

H = 1.0mW/cm2 le= 1.0mA

18 FPT560
TD-18, Dome Lens H = 0.5mW/cm2
FPT132 Plastic. Dome Lens 10 30 - -- 0.15 0.7 30 50 - - 0.9 1.0 100
0.2 15 Photo Darlington 10 15
H = 5.0mW/cm2 le= 500µA
2.8 TD-18, Flat Lens~ H = 0.5mW/cm2
FPT136 Plastic, Flat Lens 15 50
0.1 0.88 - -- 0.16 07 FPT570
Photo Darlington I 30 50
1.0 6.0 - - 0.9 1.0 100

H = 1.0mW/cmt IC= 1.0mA

18
FPT137 Plastic, Flat Lens 10 30
0.2 0.9 - -- 0.15 0.7
Plastic, Dome Lens H = 1.0mW/em> ic = 1.0mA 18
FPT220 20 50 1 5 2.0 -- 0.25 0.5~
1:2 Sensitivity 1.0

REFLECTIVE SENSORS
Photo- Combined
Olode Transistor 10UT
VF VcEO If = SOmA, Vee= SY

DEVICE
NQ.(1J
'•
mA
If= 20mA
V
ICE= 1.0mA
V
distance= .40'"
µA µA
Description Max Typ Min Min Max

Light A13flective
FPA103/106
Transducer
75 1.25 12 20 -
-
Light A13flective
FPA104/107 75 1.25 12 60 180
Transducer
-
Light A13flective
FPA105/108 75 1.25 12 80 160
Transducer

Manufactured in U.S.A.

112
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 OPTOELECTRON
F=AIRCHILO Couplers

D Up to 6KV Isolation Voltage

D Transistor Output
D 6 Pin OIL Package

COUPLERS-TRANSISTOR OUTPUT
MAX INPUT MAX OUTPUT
MAX RATINGS@ Ta= 25° C COUPLED CHARACTERISTICS DIODE TRANSISTOR
CHARACT. CHARACT.

Total Collector Min Current Typical Collector

Device Power Collector Emitter Reverse Forward Isolation Transfer Response Forward Saturation
No. Dissipation Current Voltage Voltage Current Voltage Ratio @ @ Time Voltage @ Voltage @ @
Po le LVceo VR If BV1so le/IF It Vee tr·tt VF If Vce(sat) le If
mW mA V V mA kV % mA V µs V mA V mA mA

FCD810 250 25 20 3.0 60 1.5ac 10 10 10 4.0 1.5 10 0.7 2.6 50

FCD810A 250 25 20 3.0 60 1.5 10 10 10 4.0 1.5 10 0.7 2.6 50
FCD810B 250 25 20 3.0 60 2.5 10 10 10 4.0 1.5 10 0.7 1.6 50
FCD810C 250 25 20 3.0 60 5.0 10 10 10 4.0 1.5 10 0.7 2.6 50
FCD810D 250 25 20 3.0 60 6.0 10 10 10 4.0 1.5 10 0.7 2.6 50
FCD820 250 25 30 3.0 60 1.5ac 20 10 0.4 2.5 1.5 60 0.4 2.0 10
FCD820A 250 25 30 3.0 60 1.5 20 10 10 2.5 1.5 60 0.4 2.2 15
FCD820B 250 25 30 3.0 60 2.5 20 10 10 2.5 1.5 60 0.4 2.2 15
FCD820C 250 25 30 3.0 60 5.0 20 10 10 2.5 1.5 60 0.4 2.2 15
FCD820D 250 25 30 3.0 60 6.0 20 10 10 2.5 1.5 60 0.4 2.2 15
FCD825 250 25 30 3.0 60 1.5ac 50 10 10 3.0 1.5 60 0.4 2.0 10
FCD825A 250 25 30 3.0 60 1,5 50 10 10 3.0 1.5 60 0.4 2.0 10
FCD825B 250 25 30 3.0 60 2.5 50 10 10 3.0 1.5 60 0.4 2.0 10
FCD825C 250 25 30 3.0 60 5.0 50 10 10 3.0 1.5 60 0.4 2.0 10
FCD825D 250 25 30 3.0 60 6.0 50 10 10 3.0 1.5 60 0.4 2.0 10
FCD830 250 25 30 3.0 60 1.5 20 10 0.4 1.6* 1.5 60 0.4 2.0 10
FCD830A 250 25 30 3.0 60 1.5ac 20 10 10 1.6* 1.5 60 0.4 2.2 15
FCD830B 250 25 30 3.0 60 2.5 20 10 10 1.6* 1.5 60 0.4 2.2 15
FCD830C 250 25 30 3.0 60 5.0 20 10 10 1.6* 1.5 60 0.4 2.2 15
FCD830D 250 25 30 3.0 60 6.0 20 10 10 1.6* 1.5 60 0.4 2.2 15
FCD831 250 25 30 3.0 60 1.5ac 10 10 10 1.6* 1.5 60 0.5 2.0 50
FCD831A 250 25 30 3.0 60 1.5 10 10 10 1.6* 1.5 60 0.5 2.0 50
FCD831B 250 25 30 3.0 60 2.5 10 10 10 1.6* 1.5 60 0.5 2.0 50
FCD831C 250 25 30 3.0 60 5.0 10 10 10 1.6* 1.5 60 0.5 2.0 50
FCD831D 250 25 30 3.0 60 6.0 10 10 10 1.6* 1.5 60 0.5 2.0 50
FCD836 250 25 20 3.0 60 1.5ac 6.0 10 10 1.6* 1.5 10 0.7 2.0 50
FCD836C 250 25 20 3.0 60 5.0 6.0 10 10 1.6* 1.5 10 0.7 2.0 50
FCD836D 250 25 20 3.0 60 6.0 6.0 10 10 1.6* 1.5 10 0.7 2.0 50
4N25 250 30 3.0 80 2.5 20 10 10 2.5 1.5 50 0.5 2.0 50
4N26 250 30 3.0 80 1.5 20 10 10 2.5 1.5 50 0.5 2.0 50
4N27 250 30 3.0 80 1.5 10 10 10 2.5 1.5 50 0.5 2.0 50
4N28 250 30 3.0 80 0.5 10 10 10 2.5 1.5 50 0.5 2.0 50
4N35 400 100 30 6.0 60 3.5 100 10 10 8.0 1.5 10 0.3 0.5 10
4N36 400 100 30 6.0 60 2.5 100 10 10 8.0 1.5 10 0.5 0.3 10
4N37 400 100 30 6.0 60 1.5 100 10 10 8.0 1.5 10 0.3 0.5 10
H11A1 250 100 30 3.0 60 2.5 50 10 10 2.0 1.5 10 0.4 0.5 10
H11A2 250 100 30 3.0 60 1.Ei 20 10 10 2.0 1.5 10 0.4 0.5 10
H11A3 250 100 30 3.0 60 2.Ei 20 10 10 2.0 1.5 10 0.4 0.5 10
H11A4 250 100 30 3.0 60 Hi 10 10 10 2.0 1.5 10 0.4 0.5 10
Manufactured in U.S.A.
113
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 OPTOELECTRONICS
Couplers FAIRCHILC>

D Up to 6KV Isolation Voltage

D Transistor and Darlington Output
D 6 pin DI L Package

COUPLERS-TRANSISTOR OUTPUT
MAX INPUT MAX OUTPUT
MAX R~,TINGS@ Ta= 25° G COUPLED CHARACTERISTICS
DIODE TRANSISTOR
CHARACT. CHARACT.

Total -!Collector Min Current Typical Collector

Power Collecto, Emitter Reverse Forward Isolation Transfer Response Forward Saturation
Dissipation Current Voltage Voltage Current Voltage Ratio @ @ Time Voltage @ Voltage @ @
Device Po lc LVcEO VR IF 8 V1so le I IF It VCE tr· tt VF IF VcE(sat) le IF
No. mW mA V V mA kV % mA V µS V mA V mA mA

MCT2 250 30 3.0 60 1.5 20 10 10 2.5 1.5 20 0.4 2.0 16

--~-~--
MCT2E 250 30 3.0 60 2.5 20 10 10 2.5 1.5 20 0.4 2.0 16
-- ~-~- f----~--~ --- ~

MCT26 250 30 3.0 60 1.5 6 10 10 2.0 1.5 20 0.5 1.6 60

TIL 111 250 30 3.0 100 1.5 12 16 0.4 5.0'' 1.4 16 0.4 2.0 16
f--- ----
TIL 112 250 20 3.0 100 1.5 2 10 5 15.0 .. 1.5 10 0.5 2.0 50
TIL 114 250 30 3.0 100 2.5 12 16 0.4 5.0 .. 1.4 16 0.4 2.0 16
-----~ ~---~ >------- -~ --·- f---------
TIL 115 250 20 3.0 100 2.5 2 10 5 15.0'' 1.5 10 0.5 2.0 50
-~--~ ~--~ ~--~ -~--~ ~--- --·- ---.--
Tl L116 250 30 3.0 100 2.5 20 10 10 7.o· • 1.5 60 0.4 2.2 15
------- ~-- ~-~- -----~ ----
9.0 ..
TIL117
------- ~---~
250
~-
30 3.0 100 2.5 50
-~io ____ 10
l_O__
10 1.4 16 0.4 0.5 10
TIL 118 250 20 3.0 100 1.5 5 15.o** T5 10 0.5 2.0 50
* Guaranteed 2 )JS Max Rise and Fall * * Max

COUPLE RS-DARLINGTON OUTPUT

MAX INPUT MAX OUTPUT
MAX R~.TINGS@ Ta= 25° G COUPLED CHARACTERISTICS
DIODE DARLINGTON
CHARACT. CHARACT.

Collector Min Current Typical

Power Collector Emitter Reverse Forward Isolation Transfer Response Forward Dark
Dissipation Current Voltage Voltage Current Voltage Ratio @ @ Time Voltage @ Current @
Device Po lc LVCEO VR IF BV1so le /IF IF VCE tr tf VF IF lo VcE
No. mW mA V V mA kV % mA V µS V mA JJA V

FCD850 250 125 30 3.0 80 1.5ac 100 10 5.0 15 150 1.5 20 0.1 10
FCD850C 250 125 30 3.0 80 5.0 100 10 5.0 15 150 1.5 20 0.1 10
FCD850D 250 125 30 3.0 80 6.0 100 10 5.0 15 150 1.5 20 0.1 10
FCD855 250 125 55 3.0 80 1.5ac 100 10 5.0 15 150 1.5 20 0.1 10
FCD855C 250 125 55 3.0 80 5.0 100 10 5.0 15 150 1.5 20 0.1 10
FCD855D 250 125 55 3.0 80 6.0 100 10 5.0 15 150 1.5 20 0.1 10
FCD860 250 125 30 3.0 80 1.5ac 200 1.0 1.0 80 150 1.5 20 0.1 10
FCD860C 250 125 30 3.0 80 5.0 200 1.0 1.0 80 150 1.5 20 0.1 10
FCD860D 250 125 30 3.0 80 6.0 200 1.0 1.0 80 150 1.5 20 0.1 10
FCD865 250 125 30 3.0 80 1.5ac 400 0.5 1.0 80 150 1.5 20 0.1 10
FCD865C 250 125 30 3.0 80 5.0 400 0.5 1.0 80 150 1.5 20 0.1 10
FCD865D 250 125 30 3.0 80 6.0 400 0.5 1.0 80 150 1.5 20 0.1 10
4N29 250 125 30 3.0 80 2.5 100 10 10 10 45 1.5 50 0.1 10
-
4N30 250 125 30 3.0 80 1.5 100 10 10 10 45 1.5 50 0.1 10
4N31 250 125 30 3.0 80 1.5 50 10 10 10 45 1.5 50 0.1 10
4N32 250 125 30 3.0 80 2.5 500 10 10 10 120 1.5 50 0.1 10
4N33 250 125 30 3.0 80 1.5 500 10 10 10 120 1.5 50 0.1 10
H11B1 250 100 25 3.0 60 2.5 500 1.0 5.0 125 100 1.5 10 100 nA 10
H11B2 250 100 25 3.0 60 1.5 200 1.0 5.0 125 100 1.5 10 100 nA 10
TIL 113 250 30 3.0 mo 1.5 300 10 1.0 50 50 1.5 10 100 nA 10
TIL 119 250 30 3.0 : mo 1.5 300 10 2.0 50 50 1.5 10 100 nA 10
MCA230 250 30 3.0 60 1.5 100 10 5.0 1.5 20 100 nA 10
MCA231 250 50 30 3.0 60 1.5 200 5 1.0 1.5 10 100 nA 10
'
MCA255 250 !)5 3.0 60 1.5 100 10 5.0 1.5 20 100 nA 10

Manufactured in U.S.A.

114
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 INTEGRATED
CIRCUITS
FAIRCHILD DTL\

D Gates, Counters and Flip Flops

D Plastic and Ceramic Package
D Industry Standard

Package Codes for Integrated Circuits Package Code Temperature Range Code
The part number consists of the device type C<aramicDIP D
followed by a package code and a temperature Plastic DIP p
code, For example: C,eramicMini DIP R Commercial C
Pllastic Mini DIP T
7400PC Metal Can T0-3 K Military M
741TC Metal Can T0-5 H
7R05UC Pllastic T0-220 u
Note: Products can be dual marked, The w
alternate code is given where applicable, P'lastic TO 92

RTL MICROLOGIC AND CTL COUNTING MICROLOGIC

DEVICE NO. Description DEVICE NO, Description

900 Buffer 913 D Flip-Flop

901 Counter Adapter 914 Dual 2-NOR

902 Flip-Flop 915 Dual 3-NOR

903 3-lnput NOR 921 Dual 2-Expander

904 Half Adder 923 JK Flip-Flop

905 Half Shift 926 JK Flip-Flop

906 Half Shift 927 Quad Inverter

907 4-lnput NOR 958 Decade Count!')r

908 Adder 959 4-Bit Latch
909 Buffer 960 BCD Decoder/Dvr
910 Dual 2-NOR 974 JK Flip-Flop
911 4-lnput NOR 989 Binary Counter
912 Half Adder

Not recommended for new design,

DTL MICROLOGIC
DEVICE NO. Description DEVICE NO. Description

930 Dual 4-lnput Extendable NANO Gate 961 Dual 4-lnput Extendable NANO Gate
932 Dual 4-lnput Extendable NANO Buffer Gate 962 Triple 3-lnput NANO Gate
933 Extender 963 Triple 3-lnput NANO Gate
935 Extendable Hex Inverter 9093 Dual JK Flip-Flop
936 Hex Inverter 9094 Dual JK Flip-Flop
937 Hex Inverter 9097 Dual JK Flip-Flop
941 Monostable Multivibrator 9099 Dual JK Flip-Flop
944 Dual 4-lnput Extendable NANO 9109 High Voltage Hex Inverter
Buffer Gate (Open Collector>
9110 High Voltage Hex Inverter
945 RS Flip-Flop
9111 RS Flip-Flop
946 Ouad 2-lnput NANO Gate
9112 High Voltage Hex Inverter
948 RS Flip-Flop
9135 Hex Inverter (Open Collector>
949 Quad 2-lnput NANO Gate
9157 Quad 2-lnput Buffered NANO Gate
950 A-C Coupled RS Flip-Flop
9158 Quad 2-lnput Power NANO Gate
951 Monostable Multivibrator
Manufacturedin USA
Not recommended for new design.

115
CALL COMWAY... (0344) 24765 orTELEX 847201
 INTEGRATED
CIRUITS
!54/74SeriesTTL FAIRCHILD

D Standard and Low Power Schottky

D High Speed and Schottky
D Available in Plastic or Ceramic Encapsulation

54/74 SERIES SELECTION CHART

DEVICE 54/74 54H/74H 54S/74S S4LS!74LS DEVICE 54/74 54H/74H 54S/74S 54LSl74LS
NO. DESCRIPTION TTL H-TTL i;-TTL LS-TTL NO. DESCRIPTION TTL H-TTL S-TTL LS-TTL
00 Quad 2-lnput NANO Gate X 70 JK Edge-Trigger Fllp-Ffop
01 Ouad 2-lnput NAND Gate X 71 JK Master/Slave Flip-Flop
02 Quad 2-lnput NOA Gate X 72 JK Master/Slave Fhp-Flop
03 Quad 2-lnput NAND Gate X 73 Dual JK Flip-Flop
04 Hex Inverter X 74 Dual D-Type Positive X
Edge-Triggered Flip-Flop
04A Hex Inverter
75 4-8,t Bistable Latch
05 Hex Inverter
76 Dual JK Flip-Flop
05A Hex Inverter
77 Quad D-Type Latch
06 Hex Inverter Buffer/Dnver
78 Dual JK Flip-Flop
07 Hex Buffer/Drive~
80 Gated Full Adder
08 Quad 2-lnput AND Gate X
82 2-Bit Full Adder
09 Quad 2-lnput AND Gate X X
83A 4-Bit Binary Full Adder
10 Triple 3-lnput NAND Gate X
85 4-Blt Magmtude Comparator
11 Triple 3-lnput AND Gate X
86 Quad 2-lnput Exclusive-OR Gate
12 Triple 3-lnput NAND Gate
87 4-Bit True/Complement,
13 Dual 4-lnput Schmitt Trigger X Zero/One Element
14 Hex Schmitt Trigger Inverter X 89 64-Bit Random Access Memory
15 Triple 3-lnput AND Gate X Decade Counter
90
16 Hex Inverter Buffer/Driver 90A Decade Counter
17 Hex Buffer/Driver 91A 8-Bit Shift Register
20 Dual 4-lnput NAND Gate X X 92 Divide-by-Twelve Counter
21 Du~! 4-lnput Pos1t1ve AND Gate X X 92A Divide-by-Twelve Counter
22 Dual 4-lnput NANO Gate 93 Otv1de-by-Sixteen Counter X
23 Expandable Dual 4-lnput NOR Gate 93A Divide-by-Sixteen Counter
25 Dual 4-lnput NOR Gate X 94 4-Bit Shift Register
26 Quad 2-lnput NANO Butler 95A 4-Bit R1ght/lelt Sh.1ft Register X
27 Triple 3-lnput NOR Gate X 958 4-Bit Right/Left Shtft Register
26 Quad 2-lnput NOR Buffer X 5-B,t Shift Register
98
30 8-lnput NANO Gate X 97 Synchronous Modulo-64
32 Quad 2-lnput OR Gate Bit Rate Multiplier

33 Quad 2-lnput NOR Buffer 101 JK Edge-Triggered Flip-Flop

37 Quad 2-lnput NANO Buffer 102 JK Edge-Triggered Flip-Flop

38
39
40
Quad 2·1nput NANO Buffer

Quad 2-lnput NANO Buffer

Dual 4-tnput NAND Bulfer

X
- 183
108
107
Dual JK Edge-Triggered
Dual JK Edge-Triggered

Dual JK Flip-Flop
Flip-Flop
Flip-Flop

X X

41 1-of-10 Decoder/Driver !Nixie) 9:!15 108 Dual JK Edge-Triggered Fltp-Flop

42 1-of-10 Decoder X 109 oual JK Positive

Edge-Triggered Flip-Flop
42A 1-of-10 Decoder
112 Dual JK Negative
43A 1-of-10 Decoder
Edge-Triggered Fllp-F!op
44A 1-of-10 Decoder
113 Dual J K Edge-Triggered Fhp-Flop
45 1-of-10 Decoder/Driver
Dual Negative
114
46A BCD to 7-Segment Decoder/Driver Edge-Triggered Flip-Flop

47 BCD to 7-Segment Decoder/Driver 116 Dual 4-Bit La1ch 9308

47A BCD to ?-Segment Decoder/Driver 121 Monostable Mu1t1vibrator

48 BCD to ?-Segment Decoder X 122 Retriggerable Resettable Multi vibrator

49 BCD to ?-Segment Decoder X 123 Dual Retnggerable

Resettable Multivibrator
50 Expandable Dual 2-Wide,
2-lnput ANO-OR-Invert Gate 125 Quad Bus Buffer Gate X
51 Dual 2-Wide AND-OR-Invert Gate X 125A Quad Bus Buffer Gate

52 Expandable 2-2-2-3-lnpul 126 Quad Bus Buffer Gate

ANO-OR Gate
132 Quad 2-lnpu1 Schmitt
53 Expandable AND-OR-Invert Gate Trtgger NANO Gate

54 4-Wide, 2-lnput ANO-OR-Invert Gate

" 133 13-lnpu1 NAND Gate

55 AND-OR-Invert Gate X 134 12-lnput NANO Gate

60 Dual 4-lnput Expander 135 Quad Exclusive-OR/NOR Gate

61 Triple 3-lnput Expander X 136 Quad 2-lnput Exclusive-OR Gate

62 3-2-2-3-lnput AND-OR Expander 137 1-of-8 Decoder/Demultiplexer

64 4-2-3-2-lnput AND-OR-Invert Gate 138 1-of-8 Decoder/Demultiplexer X

85 4-2-3-2-lnput ANO-OR-Invert Gate )( 139 Dual 1-of-4 Decoder X

Manufactured in U.S.A.
116
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 INTEGRATED
CIRCUIT
FAIRCHILC 54/74 SeriesTTL

D Standard and Low Power Schottky

D High Speed and Schottky
[-:] Available in plastic or Ceramic Encapsulation

54/74 SERIES SELECTION CHART (Cont'd)

54/74 54H/74H 54S/74S 54LS/74LS DEVICE 54/74 54H/74H 545/745 54LS/74L5
DEVICE
DESCRIPTION TTL H-TTL $-TTL LS-TTL NO. DESCRIPTION TTL H- TTL S- TTL LS-TTL
NO.

140 Dua! 4-lnput NANO Line Driver 245 Octal Bus Transceiver

141 1-of-10 Decoder/Driver INixieJ 247 BCD to 7-Segment Decoder/Driver

145 1-of-10 Decoder/Driver 248 BCD to 7-Segment Decoder

150 16-lnput Multiplexer 249 BCD to 7-Segment Decoder

151 8-tnput Mult1p1exer 251 8-lnpul Mulhplexer

151A 8-1nput Multiplexer 253 Dual 4-lnput Multiplexer

152 8-lnput Multiplexer 256 Dual 4-Bit Addressable Latch

152A 8-lnput Multiplexer 257 Quad 2-lnput Multiplexer

153 Dual 4-lnput Multiplexer 257A Quad 2-lnput Multiplexer

154 1-of-16 Decoder/Oemult1plexer 256 Quad 2-lnput Multiplexer

155 Dual 1-of-4 Decoder/Demultiplexer 258A Quad 2-lnput Multiplexer

156 Dual 1-of-4 Decoder/Demultiplexer 259 8-81t Addressable Latch

157 Quad 2-lnput Multiplexer 260 Dual 5-lnput NOA Gate

Quad 2-tnput Mult1plE·xer 266 Quad 2-lnput Exclusive-NOR Gate

158
160 Synchronous Presettable 93S10 273 8-Bit Register
BCD Decade r:ounter 279 Quad Set-Reset Latch
161 Synchronous Presettable 280 9-Bit Parity Generator/Checker
Binary Counter
263 4-Bit Binary Full Adder
162 Synchronous Presetlable
BCD Decade Counter 289 64-Bit Random Access Memory

163 Synchronous Presettable 290 BCD Decade Counter

Binary Counter 293 Modulo-16 Binary Counter
164 Serial-In Parallel-Out Shift Register 295A 4-Bit Shift Register
165 8-81t Parallel-lo-Serial Converter 296 Quad 2-Port Register
166 8-B1t Shift Register 299 8-lnput Universal
167 Synchronous Decade Rate Mult1pl1er Shift/Storage Register

166 Synchronous 81direct1onal 322 8-B1t Serial/Parallel Register

BCD Decade Counter
323 B-B1t Universal Shift/Storage Register
169 Synchronous B1d1rect1onal
347 BCD to 7-Segment Decoder
Modulo-16 Binary Counter
352 Dual 4-lnput Multiplexer
170 4 x 4 Register File
353 Dual 4-lnput Multiplexer
173 4-Bit 0-Type Reg1ste1
365A Hex 3-Stale Butler
174 Hex O Flip-Flop
368A Hex 3-State Inverter Buffer
175 Quad D Flip-Flop
367A Hex 3-State Buffer
176 Presettable Decade Counter
368A Hex 3-State tnverter Buffer
177 Presettable Binary Gou nter
373 Octal Transparent Latch
178 4-Bit Shift Register
374 Octal 0-Type Flip-Flop
179 4-B1t Shift Register
375 4-Bit Latch
180 8-B1t Parity Generator/Checker
377 Octal D Flip-Flop
181 4-81t Anthme11c Logic; Unit 9341 93S41
378 Parallel D Register
162 Carry Lookahead Generator 9342 93S42
379 Quad Parallel Register
163 Dual High Speed Adder
384 8-B1t Serial/Parallel
189 64-81t Random Acce5s Memory Twos Complement Multiplier
190 Up/Down Decade Counter 390 Dual Decade Counter
191 Up/Down Binary Counter 393 Dual Modulo-16 Counter
192 Up/Down Decade Counter 395 Shift Register
193 Up/Down Binary Cot.. nter 447 BCD lo 7-Segment Decoder

194 4-B1t B1dJrect1onal 490 Dual Decade Counter

Universal Shift Reg1s1er
502 8-B1t Successive
194A 4-Bit Bid1rect1onal Approximation Register
Universal Shilt Regis<er
503 8-81t Successive
195 Universal 4-B1t Shift Register 93HOO 93SOO Approx1mat1on Register

504 12-Bil Successive

195A Universal 4-B1t Shift Aeg1s1er Approx1mat1on Register

196 Presettable Decade Counter 533 Octal Transparent Latch

197 Presettable Binary Counter 5:t4 Octal D-Type Fl1p-F!op

198 8-Bit A1ghtileft Shift Register 540 Octal Buffer/line Driver

199 8-B1t Parallel 110 Shift Register 541 Octal Buffer/line Driver X
1---+------------+-----t---+----,--
240 Octal Buffer/line Driver 563 Octal 0-Type Latch x
241 Octal Buffer/Line Driver 564 Octal 0-Type Latch

242 Quad Bus Transceiver 573 Octal 0-Type Flip-Flop

243 Quad Bus Transceiver 574 Octal 0- Type Flip-Flop

244 Octal Buffer/LmA Driver 670 4 x 4 Register File

Manufactured in U.S.A.
117
CALL COMWAY... (0344) 24765 orTELEX 847201
 INTEGRATED
CIRUITS
9000 SeriesTTL FAIRCHILD

D Standard and Low Power Schottky

D High Speed and Schottky
D Available in Plastic or Ceramic Enc:apsulation

9000 FAMILY TTL

DEVICE DEVICE
NO. DESCRIPTION NO. DESCRIPTION
9009 NANO Buffer 9000 JK Flip-Flop
9012 NANO Gate 9001 JK Flip-Flop
9014 Quad Exclusive-OR Gate 9002 NANO Gate
9015 Quad NOR Gate 9003 NANO Gate
9016 Hex Inverter 9004 NANO Gate
9017 Hex Inverter 9005 Extendable AND-DR-Invert Gatt-.
9020 Dual JK Fl1p-Ffop 9006 Extender
9022 Dual JK Flip-Flop 9007 NANO Gate
9024 Dual JK lor OJ Fhp-F!op 9008 Entendable AND-OR-Invert Gate

93XX FAMILY TTL

DEVICE 93XX 93H 93L 935 DEVICE 93XX 93H 93L 935
NO. DESCRIPTION TTL H-TTL L-TTL S-TTL NO. DESCRIPTION TTL H-TTL L-TTL S-TTL

00 4-811 Universal Shift Register X X X X 21 Dual 1-of-4 Decoder X X

01 1-of-10 Decoder X X 22 Quad 2-Jnpul Multiplexer X X
02 1-of-10 Decoder X 24 5-Bit Comparator X X
04 Dual Full Adder X 28 Dual 8-81! Shift Register X X
05 Variable Modulus Counter X 34 8-lnput Addressable Latch X X
07 7-Segment Decoder X 38 8-Bit Multiple Port Register X X

08 Dual 4-B1t Latch X X 40 4-Bit Arithmetic Logic Unit X

09 Dual 4-lnput Multiplexer X X 41 4-Bit Arithmetic Logic Unit X X X
10 BCD Decade Counter X X X 42 Carry Lookahead Generator X X
11 1-of-16 Decoder/Demult1plexer X X 43 4-B1t by 2-Bit Twos X
Complement Multiplier
12 8-lnput Multiplexer X X X
44 Binary (4-B1t by 2-BitJ Full Mult1pl!er X
13 8-lnput Multiplexer X
46 High Speed 6-B1t Identity Comparator X
14 Quad Latch X X
47 High Speed 6-Bit Identity Comparator X
15 1~of-10 Decoder X
48 12-lnput Parity Checker/Generator X
16 4-B1t Binary Counter X X X
62 9-lnput Parity Checker/Generator X
178 7-Segment Decoder/Driver X
68 ?-Segment Decoder/Driver/Latch X
17C 7-Segment Decoder/Driver X
70 7-Segment Decoder/Driver/Latch X
18 8-lnput Pnonty Encoder X X
72 High Speed 4-811 Shift Register X
19 Decade Sequencer X
74 7-Segment Decoder/Driver/Latch X
20 Decade Sequencer X
86 4-B1t Quad Exclusive-NOA X

96XX FAMILY TTL

C1EVICE 96XX 96L 965 96LS
NO. DESCRIPTION TTL L-TTL S-TTL LS-TTL

JO Retr1ggerable Resettable
Monostable Mult1v1brator

01 Retr1ggerable Monostable Mull1v1brator X

02 Dual Retriggerable Resettable X X X
Monostable Mult1v1brator
,__
32 Address Mul11plexer/Refresh Counter X
,__
42 Address Mul11plexer/Refresh Counter X
101 Quad 2-lnpu·: Pos1t1ve NANO Buffer

103 Quad Bus Transceiver X

106 Quad 2-lnpui: NOR Receiver X

Manufactured in U.S.A.
118
CALL COMWAY... (0344) 24765 or TELEX 847201
 INTEGRATED
CIRCUITS
FAIRCHILD 54/74 SeriesTTL

D Standard and Low Power Schottky

D High Speed and Schottky
D Available in Plastic or Ceramic Encapsulation

SELECTION GUIDES
SSI FUNCTIONS
....
--.-U-N_C
..
Tl""o"'N-------
••-...
,---,,... 1..,.- ..... --, .....H../7.....H-.,...--,, ...s"";=",
...s-----.., ...L-=s""1,:::4L
.. S:-, ---.-U-N-CT_I_O_N------
••-.-
..... --,.-1-,.-"'l""--,- ...H-/7..4H---,--,, ...s..1-,...s-r---,, ...L-=s
..11""4-LS--,

NA.ND Gates

Hex Inverters 9016 54/7404 54H/74H04 54S!74S04 54LS!74LS04 Quad 2-lnput Line Driver 96101 54i7439
54S!74S04A 54/74132 545/745132 54LS/74LS132
Quad 2-lnput Schmitt
Hex Inverters IOC"l 9017 5417405 54H/74H05 54S/74S05 54LS/74LS05 9003 54/7410 54H/74H10 54S/74S10 54LS174LS10
Triple 3-lnput
54S!74S05A
Triple 3-lnput IOC"l 5417412
He)( Inverter 115 Vl 54/7416
Dual 4-lnput 9004 5417420 54H/74H20 54S/74S20 54LS/74LS20
Hex Inverter (30 Vl 5417406
Dual 4-lnput Schmitt 54/7413 54LSJ74LS13
Hex Schmitt Trigger 54/7414 54LS/74LS14
Dual 4-lnput 1QC·1 5417422 54H/74H22 54S!74S22 54LS/74LS22
Quad 2-lnput 9002 54/7400 54H/74HOO 54S/74SOO 54LS/74LS00
Dual 4-lnput Buffer 9C'l9 5417440 54H!74H40 545/74540 54LS/74LS40
Quad 2-lnput mc·i 9012 54/7403 54S/74S03 S4LS/74LS03
Dual 4-lnput Line Driver 54S!74S140
Quad 2-!nput IOC-l 54/7401 54H/74H01
8-lnput 9007
Quad 2-1 nput 112 Vl 7426 54LS/74LS26
8-lnput 5417430 54H/74H30 545/74530 54LS/74LS30
Quad 2-lnout {48 VJ 54/7437 54LS/74LS37
13-lnput 54S/74S133 54LS/74LS133
Quad 2-lnput IOC"/48 mAI 5417438 S4LS/74LS38
12-lnput (35"1 545/745134

NOR Gates

l
Quad 2-lnput 54/7402 54SJ74S02 54LS174LS02 Dual 4-lnput !Exp) 54/7423

Quad 2-lnput 9015 Dual 5-lnput 545/745260 54LS/74LS260

Triple 3-lnput 5417427 54LSJ74LS27 Quad 2-lnput 54LS/74LS28

Dual 4-lnput w/Strobe 54/7425 Quad 2-tnput {OC"I 54LS/74LS33

AND Gates
......----,----.------r-,--

l
Hex Buffer IOC'/15 VI 5417417 Triple 3-lnput 54/7411 54H/74H11 545/74511 54LS!74LS11

He)( Buffer {QC" /30 VJ 5417407 Triple 3-lnput 10C"I 54S/74S15 54LS/74LS15

Quad 2-lnput 54/7408 54H/74H08 54S/74S08 54LS!74LS08 Dual 4-lnput 54/7421 54H/74H21 54LS/74LS21

Quad 2-lnput 1oc·1 5417409 545/74509 54LS!74LS09

OR Gates
'"a-,-.-d-2--,,-p-,,-----r---,-54-/-74_3_2--,-------,--54_S_/7_4_S3_2 __ ,.....54_L_S_/7_4L_S_3_2_..,

Exclluslve-OR Gates
..a~,-.d-..2--,,-p-,,-----r---,-54-;7_4_a6---,-------,.-54_s_1,-4s-.-.---,.-L-S1_7_4L_s_aa--, '"a'",-.-d-2--,,-p-oi-o"'a'"1-N""o"'a--,-,9..,.0"'1•....,.----..------,----...,.------,

Quad 2-lnput !OC"l 54LSJ74LS136 Quad 2-lnput QR/NOA 54S/74S135

.... ----,-.,.----.---,===-..-----....,.-----,----...;;;E•...;•...,l us1ve-NOR Gate

Quad 2-!nput 1QC"l 9386 18242l 54LS/74LS266
AND-OR Gates

1
..2_-2_-2_-3_1,_p,_,_,._,_P,
___ ...._ __ ...._ ___ .....1_54_H_l7_4_H_52
__ ...._ ___ _. _____ ]

AND-OR-INVERT Gates
Dual 2-2 Input (Expl 9005 54/7450 54H/74H50 2-2-3-4 Input 545/74564
Dual 2-2 Input 54/7451 54H/74H51 54SJ74S51 54LS!74LS51 2-2-3-4 Input (OC"l 54S/74S65
2-2-2-3 Input !Expl 9008 54/7453 54H/74H53 4-4 Input IE)(p) 54H/74H55

2-2-2-3 Input 5417454 54H/74H54 4-4 Input 54LSJ74LS55

2-2-3-3 Input 54LS/74LS54

Gate Expanders
'"r-,,-p,-e-3--,,-p-,-,-----.----,------5.-H-/-74_H_6_1 _....,. ____ _,.. _____ ,, ,2--2---3--3-A_N_D--Q-R----,---.----
.. ..., ..,5.,,4H_/,,74"'H'"'6"°2
_______ ...,. _____ ..,

Dua! 4-lnput 9006 5417460 54H/74H60

Butter Gates end Drivers

Quad Buffer 13S'l 54/74125 54LSJ74LS125A Hex Inverter (3S'l 54LS/74LS366A

Quad Buffer (3S') 54/74126 54LS/74LS126 He)( 135"1 54LS/74LS367A

Hex (3S'l 54LSJ74LS365A Hex Inverter 135") 54LSl74LS368A

SINGLE AND DUAL FLIP-FLOPS

GUARANTEED GUARANTEED
CLOCK DIRECT DIRECT CLOCK FREO. CLOCK DIRECT DIRECT CLOCK FREQ.
FUNCTION DEVICE NO. INPUTS EDGE SET CLEAR MH, FUNCTION DEVICE NO. INPUTS EDGE SET CLEAR MH,

S1ngleJK 9000 3J, 3K, JK J X X 20 1Typl Single JK 54/7472 3J. 3K '- X X 15

Single JK 9001 2J, 2K, J, K, JK J X X 50 (Typ) Single JK 54H/74H72 3J. 3K '- X X 25

Single JK 54H/74H71 (AQll

'- X 25 Single JK 54H/74H102 3J, 3K '- X X 40
{2 + 21J, {2 + 2JK 54/7470 2J, 2K, J K _r X X 20
Single JK
(AOll
Single JK 54H/74H101
(2 + 21J, 12 + 21K
'- X 40
·oc - Opeo·Collector 3S = 3-Sta1e

Manufactured in U.S.A.

119
CALL COMWAY... (0344) 24765 orTELEX 847201
 IMlEGRATED
CIRUITS
54/74 SeriesTTL FAIRCHILD

D Standard and Low Power Schottky

D High Speed and Schottky
D Available in Plastic or Ceramic Encaipsulation

SELECTION GUIDES (Cont'd)

SINGLE AND DUAL FLIP-FLOPS (Cont'd)
GUARANTEED GUARANTEED
CLDtll DIRECT DIRECT CLOCK FREQ. CLOCK DIRECT DIRECT CLOCK FREO.
FUNCTION DEVICE NO. INPUTS EDGE SET CLEAR MH, FUNCTION DEVICE NO. INPUTS EDGE SET CLEAR MH,
Dual D 54/7474 D _r X X 15 Dual JK 54H/74H106 J, K \_ X X 40
Dual D 54H/74H74 D .r X X 35 Dual JK 54$/74$112 J. K \_ X X 80
Dual D 54$/74$74 D _r X X 75 Dual JK 54LS/74LS112 J. K \_ X X 30
Dual D S4LS/74LS74 D _r X X 30 Dual JK 54H/74H78 J. K \_ X X 25
Dual JK 9020 J. K, J, K, JK _r X 50 ITypl Dual JK 54H/74H108 J, K \_ X X 40
Dual JK 9022 J, K, JK .r X X so (Typ) Dual JK 54LS/74LS73 J, K \_ X 30
Dual JK 54/7473 J. K \_ X 15 Dual JK 54$/74$114 J. K \_ X X 80
Dual JK 54/74107 J, K \_ X 15 Dual JK S4LS/74LS114 J. K \_ X X 30
Dual JK 54H/74H73 J, K \_ X 25 Dual JK 9024, 54/74109 J, K _r X X 25
Dual JK 54H/74H103 J. K \_ X 40 Dual JK 54$/74$109 J. K _r 75
X X
Dual JK 54S/74S113 J, K \_ X 80 Dual JK 54LS/74LS109 J. K _r 30
X X
Dual JK 54LS/74LS113 J, K \_ X 30 Dual JK 54LS/74LS76 J. K \_ X X 30
Dual JK 54/7476 J. K \_ X X 15 Dual JK 54LS/74LS107 J. K \_ X 30
Dual JK 54H/74H76 J, K \_ X X 25 Dual JK 54LS/74LS78 J, K \_ X X 30

LATCHES
ENABLE MIN ENA,BLE MAX DELAY ENABLE MIN ENABLE MAX DELAY
DATA COMMO~I INPUTS PULSE WIDTH ENABLE TO DATA COMMON INPUTS PULSE WIDTH ENABLE TO
FUNCTION DEVICE NO. INPUTS CLEAR (LEVEL) ns OUTPUT-ns FUNCTION DEVICE NO. INPUTS CLEAR (LEVEL) n, OUTPUT-ns
4-Bit RS Latch 9314 4 X 1A1S:1) L 1(LJ 18 24 8-8,t Addr Latch 93L34 1 X D L t ILJ 26 45
4-811 RS Latch 93L14 4 X iA1S:11 L till 30 45 8-811 0 Latch 54LS/74LS373 8XD 1 IHI 15 30
4-811 O Latch 9314 4XD L 1 ILJ 18 24 8-811 O Latch 54LS/74LS573 8XO 1 ILJ 15 30
4-81! O Latch 93L14 4 X D L 1(LJ 30 45 8-81t D Latch 54LS/74LS533 8XD 1 IHI 15 30
Dual 4-81! D Latch 9308 8 X D 2 XL 2 X 2 AND 18 30 8-81! D Latch 54L$/74LS563 8XD 1 iHJ 15 30
(54/74116)
8-81! Addr. Latch 54LS!74LS259 1X D L 1 (LJ 17 27
Dual 4-811 0 Latch 93L08 8XD 2 XL 2 X 2 ANO 30 45
16-811 O Latch 54/74170 4XO 2 25 45
4-81! RS Latch 54/74279 4 X (F!S1
16-811 D Latch 54LS/74LS170 4XD 2 25 35
4-81! RS Latch 54LS/74LS279 4 X 1AS1
16-8it D Latch 54LS/74LS670 4XD 2 25 35
4-811 D Latch 54/7475 4 X D 2 IHI 20 30
64-811 Memory 54/7489 4 X D 2(LJ 40 70
4-811 O Latch 54/7477 4XD 2 (HI 20 30
64-8tt Memory 54LS/74LS89 4 X 0 2 ILi 25 ITypl 30 ffypl
4-81! D Latch 54LS/74LS375 4 X 0 2 IHI 20 30
64-811 Memory 54S/74S189 4 X D 2 (l) 20 40
Dual 4-81! 54LS/74LS256 8 X 0 L 2 ill 17 27
Addr Latch 64-811 Memory 54LS/74LS189 4 X D 2 (ll 25 ffyp) 30 (Typ1

8-811 Addr Latch 9334 1X D L 1 Ill 17 24 64-81! Memory 54S/74S289 4 X D 2{LJ 20 40

64-811 Memory 54LS/74LS289 4XD 2(LJ 25 ITyp! 30 lTyp)

MULTIPLE FLIP-FLOPS
GUARANTEED GUARANTEED
DATA COMMON CP INPU1S CLOCK FREQ. DATA COMMON CP INPUTS CLOCK FREQ.
FUNCTION DEVICE NO. INPUTS CLEAR (LEVEL) MH> FUNCTION DEVICE NO. INPUTS CLEAR (LEVEL) MH,
4-81! D Flip-Flop 54/74175 4 X D L 11_;-1 25 6-811 0 Ft1p-Flop 54L$/74LS174 6XO L 11Ji 30

4-811 D Flip-Flop 54S/74S175 4 X D L 1lfl 75 8-81! Multiple Port Register 9338 1X D 1 Ill 27
4-Bit D Flip-Flop 54LS/74LS175 4 X D L t {../I 30 8-81t Multiple Port Register 93L38 1XD till 14
4-B1t D Flip-Flop 54/74298 2X4X D 1f '\.__l 25 8-81t O Flip-Flop 54LS/74LS374 8XD 1(J) 35
4-BII D Flip-Flop 54LS/74LS298 2X 4 X 0 1{\._I 25 8-81! D Flip-Flop 54LS/74LS534 8XO 11.r1 35
6-Btl D Flip-Flop 54/74174 6XO L 1(../) 25 8-811 0 Flip-Flop 54LS/74LS564 8XO 11_;-1 35
6-B1! 0 Flip-Flop 54$/74$174 6XD L 11J") 75

MULTIPLEXERS
ENABLE TRUE COMPLEMENT ENABLE TRUE COMPLEMENT
FUNCTION DEVICE NO. INPUTS OUTPUT OUTPUT FUNCTION DEVICE NO. INPUTS OUTPUT OUTPUT

Quad 2-lnput 9322 1 X Quad 2-lnput 54LS/74LS257 1 3S'

Quad 2-lnput 93L22 1 X Quad 2-lnput 54LS/74LS257A 1 3S'

Quad 2-!nput 54/74157 1 X Quad 2-lnput 54S/74S258 1 3S'

Quad 2-lnput 54$/74$157 1 X Quad 2-tnput 54LS/74LS258 1 3S'

Quad 2-lnput 54LS/74LS157 1 X Quad 2-lnpul 54LS!74LS258A 1 3S'

Quad 2-lnput 54S/74$158 1 X Quad 2-lnput 54/74298 Clocked X (latched!

(Edge-Trigger)
Quad 2-!npul 54LS/74LS158 1 X
Quad 2-lnput 54LS/74LS298 Clocked X !Latched!
Quad 2-lnput 54S/74S257 1 3S'
I Edge-Trigger)

·oc= Open Collector, 3S "" 3-Stete Manufactured in U.S.A.

120
CALL COMWAV... (0344) 24765 orTELEX 847201
FAIRCHILD 54/74 SeriesTTL

D Standard and Low Power Schottky

D High Speed and Schottky
D Available in Plastic or Ceramic Encapsulation

SELECTION GUIDES (Cont'd)

MULTIPLEXERS (Cont'd)
TRUE COMPLEMENT ENABLE TRUE COMPLEMENT
ENABLE
INPUTS OUTPUT OUTPUT FUNCTION DEVICE NO. INPUTS OUTPUT OUTPUT
FUNCTION DEVICE NO.
8-!nput 9313 OC'
Dual 4-lnput 9309
Dual 4-lnput 93l09 8-lnput 54/74151A

Dual 4-lnput 54/74153 8-lnput 54S/74S151

Dual 4-lnput 54S/74S153 8-lnput 54LS/74LS151

8-lnput 54$/74$251 35· 35·

Dual 4-lnput 54LS/74LS153
54$/74$253 35· 8-lnput 54LS/74LS251 35· 35·
Dual 4-lnput

Dual 4-lnput 54LS/74LS253 35• 8-lnput 54/74152A

Dual 4-lnpul 54LS/74LS352 8-!nput 54LS/74LS152

Dual 4-lnpul 54LS/74LS3S3 35· 12-lnput 96LS42

8-lnput 9312 14-lnput 96LS32

8-lnput 93L12 16-lnput 54/74150

8-lnpul 93$12 •oc,. Open Collector, 3S ~ 3-Stete

DECODERS/DEMULTIPLEXERS
OPEN-COLLECTOR OPEN-COLLECTOR
ADDRESS ACTIVE LOW ACTIVE LOW OUTPUT VOLTAGE ADDRESS ACTIVE LOW ACTIVE LOW OUTPUT VOLTAGE
FUNCTION DEVICE NO. INPUTS ENABLE OUTPUTS FUNCTION DEVICE NO. INPUTS ENABLE OUTPUTS V

Dual 1-of-4 9321 2 +2 1+ 1 4+4 1-of-8 54/74145 15

Dual 1-of-4 93l21 2 ,2 1+ 1 4+4 1-of-8 w/lnpul latches 54S/74S137
Dual 1-ol-4 54S/74S139 2+2 1+ 1 4+4 1-01-10 9301 4 IBCOJ 10
Dual 1-of-4 54LS/74LS139 2 + 2 1+1 4 + 4 1-of-10 93L01 4 1BC01 10
Dual 1-of-4 54/74155 2, 1 4 +4 1-of-10 9302 4 1BCD1 10 55
Dual 1-of-4 54LS/73LS155 2t1 4+4 1-ot-10 54/7445 4 1BC01 10 30
Dual 1-of-4 54/74156 2 + 1 4t4 55 1-of-10 5417442A 4 1scD, 10
Dual 1-of-4 54LS/74LS156 2 + 1 4 +4 55 1-of-10 54LS/74LS42 4 1BCD1 10
1-of-8 9301 1-of-10 54/7443A 4 1Excess-31 10
1-of-8 93L01 1-of-10 54/7444A 4 1Excess-3 10
1-01-8 9302 Grayl
55
1-of-8 9334 1-of-10 54/74145 4 1BC01 10 15

1-ot-8 93l34 1-of-16 9311 16

1-of-8 54LS/74LS259 BH 1-of-16 93L11 16

1-of-8 54/7445 30 1-of-16 54/74154 16

1-of-8 5417442A 1-of-10 9319 Clock 10

Decade Sequencer
1-of-8 54LS/74LS42
1-of-10 9320 Clock 10 3 K Pull-up
1-of-8 54S/74S138 Decade Sequencer
1-of-8 54LS/74LS138

REGISTERS
PARALLEL GUARANTEED PARALLEL GUARANTEED
NO. OF SERIAL ENTRY CLOCK CLOCK FREQ. NO. OF SERIAL ENTRY CLOCK CLOCK FREQ.
FUNCTION DEVICE NO. BITS ENTRY NO. OF BITS1 EDGE MHz FUNCTION DEVICE NO. BITS ENTRY NO. OF B1TS1 EDGE MHz
Parallel-1 n/Paral Iel-out 9300 J, K 45 .r 30 Para I lel-1n/Parall~l-out 54/74194 DR, DL 45 .r 25
Shift Right 81d1rect1onal

Paraltel-1n/Parallel-out 93HOO J. K 45 .r 45 Parallel-1n/Parallel-oul 54S!74S194 DR, DL 45 .r 70

Shift Right B1d1rect1ona1

Parallel-1n/Parallel-out 93LOO J, K 45 .r 10 Parallel-, n/Parallel-out 54LS/74LS194A DR. DL 45 .r 30

Shilt Righi B1d1rect1ona1

Parallel-1n/Parallel-out 93SOO J.K 45 .r 70 Quad D 13s21 54/74173 45 .r 25

Sh,ft Right
Quad 013S21 54LS/74LS173 45 .r 30
Parallel-1 n/Parallel-out 93H72 D 45 .r 45
Quad D Fl,p-Flop 54/74175 45 .r 25
Shift Right
Serial/ Parallel-in, 5417494 D 2 X 4A !MUXI .r 10
Quad D Flip-Flop 54S/74S175 45 .r 75
Parallel-out, Shift Right Quad D Flip-Flop 54LS/74LS175 45 .r 30
Para! lei-, n/Paral Iel-out 54/7495A D 45 \_ 25 Quad 2-Port Register 54/74298 2 0 IMUXJ \_ 30
Shift Right
Quad 2-Port Register 54LS/74LS298 2 D IMUXI \_ 30
Para11el-in1Parallel-out
Shift Right
54LS/74LS95B D 45 \_ 30 Quad D 54LS/74LS379 45 .r 30
Parallel-in/Parallel-out 54/7496 D SA .r 10
Para I lel-1 n/Parallel-out
Sh!ft Right
54/74178 D 45
'- 25 Shill Right
Hex D Flip-Flop 54/74174 65 .r 25
Paral lel-1n/Parallel-out 54/74179 D 45 '-- 25
Shift Right Hex D Fl,p-Flop 54S/74S174 65 .r 75
Para Ilel-1n/Parallel-out 54LS/74LS195A J, K 45 .r 30 Hex D Flip-Flop 54LS/74LS174 65 .r 30
Shilt Right
Parallel D Register 54LS/74LS378 65 .r 30
Parallel-1 n/Parallel-out
Shift Right 13s21
54LS/74LS295A 0 45 '-- 30 Mult1port Register 9338 D .r 25

Parallel-, n/Parallel-o ut 54LS/74LS395 0 45 \_ 30

Multiport Aeg,ster 93L38 0 .r 20

Shilt Right !JS21 1 S = Synch,onous A= Asynchronous

2 OC = Open-Col1ecter 3S = 3-Slate Manufactured in U.S.A.

121
CALL COMWAY... (0344) 24765 orTELEX 847201
 INTEGRATED
CIRUITS
j 54/74 SeriesTTL FAIRCHILD

D Standard and Low Power Schottky

D High Speed and Schottky
D Available in Plastic or Ceramic Encapsulation

REGISTERS (Cont'd)
PARALLEL GUARANTEED PARALLEL GUARANTEED
NO. OF SERIAL ENTRY C:LOCK CLOCK FREQ. NO. OF SERIAL ENTRY CLOCK CLOCK FREQ.
FUNCTION DEVICE NO. BITS ENTRY NO. OF BITS1 EDGE MHz FUNCTION DEVICE NO. BITS ENTRY NO. OF BITS1 EDGE MHz
Parallel-1n/Parall el-out 54/74199 B J, K BS _r 25 Paral lel-1n/Paral lel-o ut 54/74198 B DR, DL BS ...r 25
Shift Right Btd1rect1onal
Serial/Parallel-in. 54LS/74LS322 B :m BS ...r 35 Para! lel- rn/Parallel-out 54LS/74LS299 B DA. DL BS _r 35
Para I lel/Serial-o ut 81direct1onat (3S2l
Shift Right 13S2l

Ser1al-1n/Paral Iel-out 54/74164 B :m _r

Parallel-in/Parallel-out 54LS/74LS323 B DA. DL BS ...r 35
25 81d1rectional (3$2)
Shift Right

Ser1al-1n/Paral !el-out _r
Octal D Register 54LS/74LS273 B BS ...r 30
54LS/74LS164 B :!D 25
Shift Right Octal D Flip-Flop (3S2l 54LS/74LS374 B BS _r 35

Parallel/Ser1al-1n, 54/74165 B D BA _r Octal D Flip-Flop 54LS/74LS377 B BS _r 30

25
Serial-out, Shift Right Octal D Fhp-Flop 13S2J 54LS/74LSS74 B BS _r 35
Para I Iel/Seri al-1n, 54LS/74LS185 B J BA _r 30 Successive Approx 54LS/74LSS04 12 D _r 15
Serial-out, Shift Right Register
Parallel/Serial ·In. 54/74166 B I) BS ...r 25 Serial- in/Serial-a ut 9328 2 X8 2X2 D ...r 20
Serial-out, Shift Right Shift Right (MUXl
Serial-in/Serial-out 5417491A B 2D _r 10 Ser1al-i n/Ser1al-out 93L28 2 XB 2X2 D J 50
Shift Rtght Shift Right (MUX)

Successive Approx S4LS/74LS502 B I) J 15 Register File IOC2) 54/74170 4 X 4 4A \_

Register
Register File (QC2J 54LS/74LS170 4 X4 4A \_
Successive Approx 54LS/74LS503 B I) ...r 15
Register File 13S2) 54LS/74LS670 4 X4 4A \_
Register
1 s • Syncrironous. A= Asyncrironoui
2 OC = Open-Collecto, JS~ 3-State

COUNTERS
GUARANTEED GUARANTEED
PARALLEL CLOCII( CLOCK FREQ. PARALLEL CLOCK CLOCK FREQ.
FUNCTION DEVICE NO. MODULUS ENTRY* EDGE' MHz FUNCTION DEVICE NO. MODULUS ENTRY* EDGE MHz
Asynchronous 54/74290 2 X 5 \_ 32 Synchronous 9316 16 (Presettable) s ...r 30

Asynchronous 5417490A 2'5 \_ 32 Synchronous 93L16 16 (PresettableJ s _r 13

Asynchronous 54LS/74LS90 2 X5 \_ 32 Synchronous 93$18 16 (Presettablel s _r 70

Asynchronous 5417492A 2 X6 \_ 32 Synchronous 54/74160 10 (Presettable) s .r 25

Asynchronous 54LS/74LS92 2 X6 \_ 32 Synchronous 54LS/74LS160 10 (PresetlableJ s ...r 25

Asynchronous 54/74293 2 XB \_ 32 Synchronous 54/74161 16 1Presettablel s ...r 25

Asynchronous 54/7493A 2 XB \_ 32 Synchronous 54LS/74LS161 16 (Presettablel s J 25

Asynchronous 54LS/74LS93 2 XB \_ 32 Synchronous 54/74162 10 (Presetta:blel s .r 25

Asynchronous 54/74176 2 X5 A \_ 35 Syn..:hronous 54LS/74LS162 10 (Presettablel s .r 25
Asynchronous 54/74177 2 XB A \_ 35 Synchronous 54/74163 16 (Presettablel s ...r 25
Asynchronous 54/74196 2 X5 A \_ 50 Synchronous 54LS/74LS163 16 (Presettable) s _r 25

Asynchronous 54LS/74LS196 2 X5 A \_ 45 Up/Down 54LS/74LS168 10 IPresettablel s _r 25

Asynchronous 54/74197 2 XB A \_ 50 Up/Down 54LS/74LS169 16 (Presettablel s _r 25
Asynchronous 54LS/74LS197 2 XB A \_ 50 Up/Down 54/74192 10 A _r 25
Asynchronous 54LS/74LS290 2 X5 \_ 32 Up/Down 54LS/74LS192 10 A _r 30

Asynchronous 54LS/74LS293 2 XB \_ 32 Up/Down 54/74193 16 A _r 25

Asynchronous 54LS/74LS390 2X5 \_ 40 Up/Down S4LS/74LS193 16 A _r 30
Asynchronous 54LS/74LS393 2 X8 ""\_ 40 Up/Down 54/74190 10 A .r 20
Asynchronous 54LS/74LS490 2 X5 \_ 40 Up/Down 54LS/74LS190 10 A _r 20
Variable Modulo 9305 2 X 5, 6, 7, 8 .r 23 Up/Down S4/74191 16 A .r 20
Synchronous 9310 10 lPresettable) s _r 30 Up/Down 54LS/74LS191 16 A _r 20
Synchronous 93L10 10 (Presettablel s ...r 13 Rete Multiplier 54/7497 m.f /64 _r 25
Synchronous 93S10 10 (Presettablel s ...r 70 Rate Mult1p/1er 54/74167 mf/10 _r 25

MONOSTABLES (ONE-SHOTS)
PULSE WIDTH NO.OF MIN PULSE WIDTH NO. OF MIN
VARIATION(%) INPUTS OUTPUT VARIATION (%) INPUTS OUTPUT
FUNCTION DEVICE NO. Y1. TEMP YI. Ye,: POS NEG RESETTABLE (lw) ns FUNCTION DEVICE ND. YI. TEMP YI. Yee POS NEG RESETTABLE (lw) ns
Single Retriggerable 9600 ±1 5 ±1 5 3 2 X 75 Single Non-Retriggerable 54/74121 ±0 25 ±0 15 1 2 40
Single Retriggerable 9601 :!:.27 ±1 0 2 2 50 Single Retriggerable 54/74122 ±2 7 ±1.0 2 2 X 45
Dual Retriggerable 9602 ±1 5 :;c:15 1 1 X 72 Dual Retnggerable 54/74123 ±2 7 ±1 0 1 1 X 45
Dual Retnggerable 96L02 ±1 6 ±15 1 1 X 110 Dual Retnggerable 96LS02 ±1 0 ±0.8 1 1 X 35
Dual Retnggerab!e 96$02 ±1.0 ±1 0 1 1 X 27
Manufactured in U.S.A.
122
CALL COMWAYu. (0344) 24765 orTELEX 847201
 INTEGRATED
CIRCUITS
F=AIRCHILC 54/74SeriesTTL

D Standard and Low Power Schottky

D High Speed and Schottky
D Available in Plastic or Ceramic Encapsulation

LINE AND BUS DRIVERS/TRANSCEIVERS/RECEIVERS

COMPANION Im los COMPANION IOL los
FUNCTION DEVICE NO. RECEIVER mA mA(MIN) FUNCTION DEVICE NO. RECEIVER mA mA (MIN)

Quad 2 NANO Driver 54/7437 Any TTL 48 -20 Octal Non-Inverting Bus Dnver 13S"I 54LS/74LS241 Any TTL 64 -40

Quad 2 NANO Driver IOC"l 54/7438 96106 48 oc· Octal Non-Inverting Bus Driver (3$') 54S/74S241 Any TTL 64 -50
Quad 2 NANO Driver (QC"I 96101 96106 80 oc· Octal Bus Transceiver 54LS/74LS245 Any TTL 24 -40
Ouad 2 NANO Driver 9009 Any TTL 52 8 -40 Octal Inverting Bus Transceiver 54LS/74LS540 Any TTL 64 -40

Dual 2 NANO Driver 54/7440 Any TTL 48 -20 Octal Non-Inverting Bus Transceiver 54LS/74LS541 Any TTL 64 -40
Dual 2 NANO Driver 54H/74H40 Any TTL 60 -40 Quad Inverting Bus Transceiver 54LS/74LS242 Any TTL 24 -40

Dua! 2 NANO Driver 54S/74S40 Any TTL 60 -50 Quad Non-Inverting Bus Transceiver 54LS/74LS243 Any TTL 24 -40

Dual 2 NANO Driver (50 rn 54S/74S140 Any TTL 60 -50 Quad Bus Transceiver 96103 96103 70 -18

Octal Inverting Bus Driver 13S'J 54LS/74LS240 Any TTL 64 -40 Quad 2-NOA Receiver 96106 78 -18

Octal Jnvert1ng Bus Driver (3S·J 54S/74S240 Any TTL 64 -50

DISPLAY DECODER/DRIVERS
OUTPUT OUTPUT BLANKING OUTPUT OUTPUT BLANKING
CURRENT VOLTAGE ACTIVE RIPPLE ABOVE BCI) CURRENT VOLTAGE ACTIVE RIPPLE ABOVE BCD
FUNCTION DEVICE NO, mA V HIGH/LOW BLANKING 9-INPUT FUNCTION DEVICE NO. mA HIGH/LOW BLANKING 9-INPUT

1-ol-10 Cold Cathode 9315 (54/7441) 7.0 55 7-Seg Decoder/Driver 54LS/74LS48 13 55

(QC"J
7-Seg Decoder/Driver 54LS/74LS49 80 55
1-ol-10 Cold Cathode 74141 7.0 55 IOC"l
1-ol-10 Driver !OC'J 9302 16 5.5 7-Seg Oecoder/Dnver 54LS/74LS247 24 15
1-ol-10 Driver (QC"J 54/7445 80 30
,oc·i
1-ol-10 Driver IOC") 54/74145 80 15 7-Seg Decoder/Driver 54LS/74LS248 1.3 55

12.5 H 7-Seg Decoder/Driver 54LS/74LS249 80 55

7-Seg Decoder 9307 5.5
(QC"\
7-Seg Decoder 54/7448 1.3 5.5
7-Seg Decoder/Driver 54LS!74L$347 24 70
7-Seg Decoder (QC'J 54/7449 10 55 !OC'l
7-Se9 Decoder/Driver 93178 40 20 7-Seg Decoder/Driver 54LS/74LS447 24 70
(QC'\
7-Seg Decoder/Driver 9317C 20 30
30 7-Seg LED Driver 9368 20 17
7-Seg Decoder/Driver S4/7446A 40
(QC"J Common Cathode
7-Seg LED Driver 9370 25 55
7-Seg Decoder/Driver 5417447A 40 15
Common Anode 1QC"l
(QC"I
7-Seg LED Driver 9374 15 10
7-Seg Decoder/Driver 54LS/74LS47 24 15
Common Anode {QC")
IOC"J

ARITHMETIC OPERATORS
.--------------...----------.,...----,
Adder
FUNCTION ,--------------...-----------,-----,
54/7480
DEVICE NO. DESCRIPTION
Gated 1-B1t with Carry
NO. OF BIT:S

Comparator
FUNCTION

9324
DEVICE NO

5-811 Magnitude
DESCRIPTION NO. OF BITS

Adder 9304 Dual 1-Bit with Carry Comparator 93L24

Adder 54H/74H183 Dual 1-B1t with Carry Comparator 93S46 6-811 Identity with Expander

Adder 54/7482 Full 2-811 with Carry Comparator 93S47 6-B1t Identity IQC'J

Adder 54/7483A Full Binary 4-B1t with Carry Encoder 9318 Prwrity 8-811 with Expander

Adder S4LS/74LS83A Full Binary 4-8it with Carry Encoder 93l18 Priority 8-B1t with Expander

Adder 54/74283 Full Binary 4-811 with Carry Mult1pller 9344 Binary 4 X 2-B1t 4 X 2

Adder 54LS/74LS283 Full Binary 4-811 with Carry Mul11pl1er 93543 2s Complement 4X2
Arithmetic Logic Unit 9340 ALU with Internal CLA' Mult1pl1er 54LS/74LS384 Serial/Parallel 2s Complement

Arithmetic Logic Unit 9341 (54/74181) ALU with External CLA" Parity 54/74180 8-811 Parity Generator/Checker

Arithmetic Logic Unit 93L41 ALU with External CLA' Parity 93S62 9-811 Parity Generator/Checker

Arithmetic Logic Unit 54LS/74LS181 ALU with External CLA' Parity 9348 12-811 Parity Generator/Checker 12
Arithmetic Logic Unit 93541 ALU with External CLA" Parity 54LS/74LS280 9-811 Parity Generator/Checker

Carry Lookahead 9342 (54/74182) CLA generator for 9341 True/Complement 54H/74H87 4-811 True/Complement
Zero/One Element
Carry Lookahead 93$42 (545/74$182) CLA generator for 93S41/9405
True/Complement 54$/74$135 Dual 2-811 Exclusive OR/NOA
Comparator 9386 (8242) 4-811 lndentity Exclusive-NOA IOC"l
"CLA Carry Lookahead OC
Comparator 54/7485 4-811 Magnitude with Expander

Comparator 54LS/74LS85 4-B1t Magnitude with Expander

RANDOM ACCESS MEMORIES

CHIP CHIP
READ/WRITE READ/WRITE
ADDRESS SELECT ADDRESS SELECT
CYCLE TIME CYCLE TIME
ACCESS ACCESS ACCESS ACCESS
TIME-ns TIME-ns COM I MIL TIME-ns TIME-ns COM I MIL
(MAX) (MAX) 0°C to +10°c 1·55°C to +125"C (MAX) (MAX) 0°c to +70°Cj·55°C to •125°C
ORGANIZATION DEVICE NO. DESCRIPTION MIL/COM MIL/COM ns (MAX) ns (MAX) ORGANIZATION DEVICE NO. DESCRIPTION MIL/COM Mil/COM ns (MAX) ns (MAX)

TTL LOW POWER SCHOTTKY

oc, I oc, 371372 I 72,
16 X 4 7489 60/60 50/50 115 115 16 X 4

16 X 4
54LS/74LS89
S4LS/74LS189 35, 37/372
10/102
10/102
72'
,,, I ,,,
SCHOTTKY
16 X 4 54$/74$189 35, 50/35 32/22 55 I 70 16 X 4 S4LS/74LS289 OC' 37/372 10/102 ,,, I ,,,
16 X 4 54S/74S289 oc, 50/35 25/17 55 I 70 1 QC , Open-CollecTor 3S - 3·S181-e
2 Typ,celValue Manufactured in U.S.A.

123
CALL COMWAY... (0344) 24765 or TELEX 847201
 IMlEGRATED
CIRCUITS
j 74FSeries FAIRCHILD

[~ Speed-Faster than Schottky

D Power is 25% of StandcllrdSchottky
D Planned ,r,oFunctions

FAIRCHILD ADVANCED SCHOTTKY TTL

FAST GENERAL CHARACTERISTICS
e2omA OUTPUTS FOR BETTER LINE DRIVING CHARACTERISTICS • 7 V INPUT BREAKDOWN
• HIGHER los FOR DRIVING CAPACITIVE LOADS • INPUT LOW CURRENT-600 µA
esoo mV THRESHOLD OVEFt MILITARY TEMPERATURE • POWER IS 25% OF STANDARD SCHOTTKY
• INPUT LEAKAGE20 µA MJJ,XIMUM .SPEED - FASTER THAN SCHOTTKY
DC CHARACTERISTICS OVEB OPERATING AC CHARACTERISTICS OVER OPERATING
TEMPERATURE RANGE TEMPERATURE RANGE
LIMITS CL= 15 pF CL = 50 pF CL = 50 pF
SYMBOL CHARACTERISTICS UNITS TEST CONDITIONS Vee : 5.0 V TA= 25°C COMMERCIAL MILITARY
PART SYMBOL UNITS
M,n Typ lv1ax
MIN TYP MAX MIN MAX MIN MAX
Guaranteed Input
V1H Input HIGH Voltage 20 V tnH 15 29 39 20 60 20 7.0
HIGH Voltage 74FOO ns
IPHL 15 2.6 3.6 20 55 20 65
Guaranteed Input
VIL Input LOW Voltage 08 V IPLH 2.0 35 48 25 70 25 8.0
LOW Voltage 74F02 ns
IPHL 15 26 3.5 2.0 55 20 65
VCD Input Clamp Diode Voltage -1 2 V Vee -~ Min, l1N ~ -18 mA
IPLH 15 27 38 2.0 6.0 20 7.0
74F04 ns

~
25 34 Vee · Min, IOH
0
= -1 0 mA IPHL 1.5 2.5 3.5 20 55 20 65
VQH Output HIGH Voltage V V1N V1L or VJH
2 7 34 IPLH 2.0 4.1 55 3.0 70 30 8.8
per Truth Table 74F08 ns
IPHL 2.5 3.6 5.0 3.0 60 30 7.0
Vee = Min, loL = 20 mA
IPLH 1.5 2.9 39 20 60 20 70
Voe Output LOW Voltage 0 35 0 5 V V1N ~ \/1L or V1H 74F10 ns
per Truth Table IPHL 1.5 2.7 3 7 2.0 55 20 65

10 20 µA Vee ,::-Max. V1N-= 2 7 V !PLH 25 4.2 55 30 70 30 80

Input HIGH Current 74F11 ns
11H !PH!.. 25 37 50 30 6.0 30 70
0 1 mA Vee "" Max, V1N = 7 V
Input LOW Current 06 mA Vee = Max, V1N = 0 5 V !PLH 15 29 3.9 20 60 2.0 7.0

las
'" Output Short C1rcu1t Current -40 -150 mA Vee -= Max, VouT = 0 V
74F20
IPHL 15 28 3.8 20 55 20 6.5
cs

!PLH 25 39 5.5 3.0 70 3.0 80

74F32
POWER SUPPLY Rl:OUIREMENTS IPHL 2.5 35 50 3.0 60 30 70
ns

(Current i1~mAI IPLH 15 36 4.8 20 70 2.0 80

74F64 ns
74FOO ! 74F02 ! 74F04 \ 74F08 ! 741:"10 \ 74F11 I 74F20 I 74F32 I 74F64
IPHL 15 28 38 2.0 5 5 20 65

ICCH
leCL
28
10 2
I s 6
13 0
I 42
15 3
I 88
12 S I
11
77 I 62
97 I
14
5 1 I
83
15.5 I 2.8
4 7

FAST LINE-UP
SSI GATE FUNCTIONS COUNTERS DECODER/DEMUL Tl PL EXE RS
DEVICE DESCRIPTION DEVICE DESCRIPTION DEVICE DESCRIPTION

54Fn4FOO QUAD 2-INPUT NANO GATE 54F/74F160 BCD DECADE CTR. ASYN RESET 54F n4F537 ONE-OF-EIGHT DECODER;
54F/74F02 QUAD 2-INPUT NOR GATE 54F/74F161 4-BIT BINARY CTR. ASYN RESET 3-ST A TE OUTPUTS
54F/74F04 HEX INVERTER 54F/74F162 BCD DECADE CTR. SYNCH. RESET 54F/74F538 ONE-OF-EIGHT DECODER;
54F/74FOB QUAD 2-INPUT AND GATE 54F/74F163 4-BIT BINARY CTR. SYNCH. RESET 3-ST A TE OUTPUTS
54F/74F10 TRIPLE 3-INPUT NANO GATE 54F/74F190 UP/DOWN DECADE COUNTER 54F/74F539 DUAL ONE-OF-FOUR DECODER;
54F/74F11 TRIPLE 3-tNPUT AND GATE 54F/74F191 UP/DOWN BINARY COUNTER 3-ST ATE OUTPUTS
54F/74F20 DUAL 4-INPUT NANO GATE 54F/74F192 UP/DOWN DECADE COUNTER
54F/74F32 QUAD 2-INPUT OR GATE 54F/74F193 UP/DOWN BINARY COUNTER
54F/74F64 AND/OR - INVERT GATE

MULTIPLEXERS
REGISTERS
DEVICE DESCRIPTION
DEVICE
BUFFERS & LINEDRIVERS
DESCRIPTION
54F/74F151 8-tNPUT MULTIPLEXER DEVICE DESCRIPTION
54F/74F 153 DUAL 4-INPUT MULTIPLEXER 54F/74F194 4-BIT BIDIRECTIONAL UNIVERSAL
54F/74F157 QUAD 2-INPUT MULTIPLEXER SHtFT REGISTER 54F/74F240 OCTAL lNV. BUS/LINE DRIVER
54F/74F158 OUAD 2-INPUT MULTIPLEXER 54F/74F195 4-BIT PARALLEL ACCESS SHIFT 54F/74F241 OCTAL BUS/LINE DRIVER
54F/74F251 B-INPUT MULTIPLEXER 3-STATE REGISTER 54F/74F242 QUAD BUS TRANSCEIVER
54F/74F253 DUAL 4-INPUT MULTIPLEXER 3-STATI: 54F/74F299 OCTAL SHIFT/STORAGE REGISTER 54F/74F243 QUAD BUS TRANSCEIVER
54F /74F257 QUAD 2-tNPUT MULTIPLEXER 3-STATI: 3-STATE 54F /74F244 OCTAL BUFFER/LINE DRIVER
54F /74F258 QUAD 2-INPUT MULTIPLEXER 3-STATI: 54F/74F322 OCTAL SHIFT/STORAGE REGISTER 54F/74F545 OCTAL BUS TRANSCEIVER
54F/74F352 DUAL 4-INPUT MU L TlPLEXER 3-STATE
(INVERTED 153) 54F/74F323 OCT AL SHIFT /STORAGE REGISTER
54F/74F353 DUAL 4·1NPUT MULTIPLEXER 3-STAT[ 3-STATE
(INVERTED 253)

FLIP-FLOPS & LATCHES ARITHMETIC FUNCTIONS

DEVICE
MEMORIE!>
DESCRIPTION DEVICE DESCRIPTION
DEVICE DESCRIPTION
54F/74F74 DUAL D-TYPE FLIP-FLOP 54F /74F1B2 CARRY LOOK-AHEAD GENERATOR
54F/74F109 DUAL JK TYPE FLIP-FLOP 54F/74F280 9-BIT PARITY GENERATOR/CHECKER 54F/74F189 64-BIT MEMORY 3-STATE
54F/74F175 QUAD D FLIP-FLOPW/COMMON 54F/74F381 ARITHMETIC LOGIC UNIT 54F/74F289 64-BIT MEMORY OPEN COLLECTOR
MASTER RESET 54F/74F510 4-BIT SHIFTER; 3-STATE OUTPUTS
54F/74F373 OCTAL D LATCH 54F /74F517 ARITHMETIC LOGIC UNIT
54Fn4F374 OCTAL D FLIP-FLOP 54F /74F521 OCTAL COMPARATOR
54F/74F379 OUAD D FLIP-FLOP W/ENABLE 54F/74F524 REGISTERED COMPARATOR
54F/74F533 INVERTING OCTAL D LATCH 54F/74F55B BX 8 MULTIPLIER
54F/74F534 INVERTING OCTAL D FLIP-FLOP 54F/74F559 8-BIT MUL TIPLI ER/DIVIOER
Manufactured in U.S.A.

124
CALL COMWAY... (0344) 24765 orTELEX 847201
 INTEGRATED
CIRCUITS
FAIRCHILC C-MOSI

D Industry Standard B Spec

D AdvancedISO PlanarC Technology
D High Noise Immunity and StandardisedDrive Characteristics

Function DEVICE ND. GATES Function DEVICE NO.

NANO Gates Function DEVICE NO. NOR Gates

Quad 2-lnput t\AN __
D____ _,_ __ •cc•~11c::e
_ ___, Quad 2-lnput NOR 40018
AND Gates

Dual 4-lnput NANO

1
1---""T'c,:'Pc:'e-=3--'loccpc::"
:c'.~'A"-NC::D
____ -+--
4 02 3
" ::: ::c•
40128
_ __. l1-c:Oc::"':::dc:2c:-lc,OP:::U:_:I
A_::_N::Dc_
______ --ll___ ••cc•_c••~--11 Triple 3-lnput NOR

l-"'.D:::u':c':-_4-_::1":,:P,::Ul_:__N::Oc:R
______ -+ __
40258

•c::oo,_~!____
Triple 3-lnput AND 40738
8-lnput NANO 4068B 8-lnput NOR 40788
Dual 4-lnput AND 40828
OR Gates
I Quad 2-lnput OR
) Dual 4-lnpu1 OR
--------+1 ____ •0_1
__
,. ____
40728
-1 Inverters and Buifers
4069UB
Complex Gates
Quad Exclusive OR 4030B
Hex Inverter
I Triple 3-lnput OR 40758
Hex Inverting Buffer 40498 Quad Exclusive OR 40708 __
Quad Exclusive NOR 40778
Schmitt Triggers Hex Non-Inverting Buffer 40508
Dual 2-Wide, 2-lnput AND-OR-Invert 40858
l,_O_ua_d_2_-l~op_u_t
N_A_N_D_S_c_hrn_,,_tl_T,~,g~g_ec
_ _,_ __ 4_09_38
___ _,1 3-State Hex Inverting Bufff1r 400988

I Dual Schmitt Trigger 4583B 3-State Hex Non-Inverting Bulter 400978 4-Wide, 2-lnput AND-OR-Invert 40868

40418 Dual Complementary Pair Plus Inverter 4007U8

Hex Schmitt Trigger 400148 Quad True/Complement Buffer

LATCHES/FLIP-FLOPS
r---------,----.--,.-,---,-.,.~u-----,--,--- ----------------------
Q~ C c ~!
~?~12e:>~
c: ~=-~~E ~i~:S
:6~e 0

cj
g~ u _C?z • E
z
w
u
wi:,o.9•,
ii>o~To..
._II i.i~~Q
0
z
w
u I 0
E
wuo
u-',;iio
~:~~>
u.
g
~ 0
~

~
0
Ji
a: Q,
WCO l -
~
0 •
0
g ~ g_
u w ..!: ;
Cl' S
Q.
0

Dual JK Flip-Flop 40278 JK RS H 35 45 c21 4-B1t Latch 40448 RS RS

'-'~--------_;_c=-+=+-=---H-'."---1_4--+_3 00:_ __ c_27
J?~al D Fllp~_P ______ 40138 D RS H 30 38 C22 '.)ual 4-B1t Address Latch 47238 D 20 50 C28
f----- ~-----------<----+---'--1----1---
Quad D Fl1p·Flop 401758 D H 10 35 C23 8-811 Address Latch 47248 D 20 40 C29
Quad D Flip-Flop w/3-Sta!e Duptuts 40768 o_ MR 35 35 C110 BCD-to-7-Seg Latch/Decoder/Dvr 45118 D 14 90 C111
Hex D Fllp:Flop 401748 D H 10 35 C24 BCD-to-7-Seg Latch/Decoder/Dvr 45438 D H 40 200 c, 12
~rt Latch. 40428 D H 16 66 C25 for Liquid Crystal

4-B1t Latch 40438 RS RS H 14 30 C26 BCD-to-7-Seg Latch/Decoder Dvr 47348 D 14 90 C114

w/R1pple Blanking

MULTIPLEXERS
>
0
>
0
> > >
C 0 C
0 0
• 0
~ • 0 ~ 0 !! 0
ci E
ci , • E
1 0 0
§~ } 0 0 0 0 • 0
~ t!
0
z
w
u
.,
5
0
•>
~C ii ~
u .!
u0
C
0
z
w
u ;;
~

5
0 .
->
~ 0: ~
•>
~i ~i
0!:.
0>
0 ~
u .!
u0

Quad 2-lnput
~
,
C
~0
40198
>-
37
w !:.
!
Dual 4-lnput
1 ~
0 ] ~

"
"'!:. w !:.
!
37 C30 45398 88 53 71 C32
Quad 2-lnput 45198 so so C31 Single 8-lnput 45128 3-State 85 45 75 C33

REGISTERS
l 0

ci ci • E
i
z ~ z ~ §~
w
u
~0
;;;
.. ·Q u
>
I
0
<i ~ ,;
]]
u •
uo
0
z 0
"'
C
0
z !
40358 JK L-H 17
~~~!~~t -----jC---+--1-----+
90 C39 Seriaf-ln/Serial-Out 40068 18 D H-L 30 37 G4S
Parallel-In/Parallel-Out 401948 D L-H 14 45 C40 Serral-ln/Serial-Out 47318 256 D
c:_+-c.CC_J_:::__j_+-H-,L +-_C8:..CO'-J__9:::S-L--C=-'4"-6J
81d1rect1ona1
Ser1al-ln!Serial-Out 40318 64 _, _D _,___,___, -_H-f.. __8 _0_,__60__,---c_18_,
___
Parallel-In/Parallel-Out 401958 JK. L-H 14 45 C41
-+-· -,~-+---+---+----I Serial-In/Serial-Out 45578 1 to 64 D 2- 10 150 cso
Serial-ln!Paralle.!:_'?_~-- +-~!_se__,C---+-o-+-__,_L _-H--+_1_4_,__8_5 -1--C_4__,2 Vdf1able H-L
Parallel-In/Serial-Out 40148 D L--H 14 7 68 C43 or L-H
---------+--- +--'--+·'--j-'-+-----+- --l----
Parallel/Serial- 40348 D L ·H 80 155 C79
Paralle1-in/Ser1al-Out 40218 D L-H 181 74 C44
input/Output

___________ A_R_IT_H_METIC
OPER,._A_T...;.O_R...;.S
_____ ..,....
_____ __,
ci C
z 0
w
(.)
0 '§.
'"
0
~0 j ~
0
z
~------+'00=88~+--=B, __
oa_,y'--'-Add_e_,
___ --+f----i Register Unit 45818 4-Brt Arithmetic 4'2
Adder 45608 BCD Adder 4x2 Logic Register Unit
Rate Multiplier 45278 BCD Rate Multiplier
~c_,_,,y~Lo_o_k_ah_e,_dc__
___ --1--•s=•=••c__+---=Carry Lookahead Block
Parity Checker/Generator 45318 13-lnput Parity Checker/ 13
~C_o_m~p_ac_at_o,
_____ _,_4008_5_8_,___M~ag~ttude Comparator
Generator
Data Path Switch 47048 Data Path Switch
t---------------+-~'--f--=-----'"--''------+--l Parity Encoder 45328 8-lnput Parity Encoder
Anthmet1cLog1cReg1ster Stack 47058 Arith Logic Register Stack
t-------- Complementer 45618 9's Complementer
Data Access Register 47078 Data Access Register

Manufactured in U.S.A.
Sequencer 47088 10-Bit Microprocessor
Sequencer
10
j
125
CALL COMWAY... (0344) 24765 or TELEX 847201
 INTEGRATED
CIRCUI
S
IC-MOS FAIACHILO

D Industry Standard B Sp1ec

D AdvancedISO PlanarC Technology
D High Noise Immunity and StandardiisedDrive Characteristics

8-Channel 40518 125 105

Dual 1-of-4 Decoder 45568 2x2 68 58 Demult1ple)(~-..--------
BCD-to-?-Segment 45118 90 98
~~~eco~- 4C28_B_-+---+------1-H__ -~ _
~~e_:od!r~~~--- _ ----~-t--t---t--
1-of-16 Decoder 45149 4 1 H 95 95
- ---1--------1------t---t-·. BCD-to-7-Segment 45438 4 - H or L 200 200
1-~-~~-Decoder 45158 ~----2---~- 95 95 LatchtOecoder/
_E11r for L1qu1d Crystals __ _
Dual 4-Channel 4052B H 125 105 ,-1
Demultiplexer BCD-to-7-Segment 47348 90 98
Latch/Decoder/
Dvr w/R1pple Blanking

__:_-:._~Ripple Cou~~~~~~~~~ ___ H-L 30 45

~~r:!_e_ Count Up ~O~~~nary H -L 2~ ~

~Y-~~ <:=3unt
Up 40162EI
14-811 Ripple Count Up 40208 Binary H-L 25 55
~~()_l:'.2_1_~_r:__
4-81_1_ 40163EI
--~~r~
L-·H 12 55 ----------,-- --- -----,---,----,-
4-811 Johnson Counter 40228(2} 1-of-8 L-H 16 95
4-81! Sync Count Down 45228(:!) Decade A L -H 10 95 or H-L
or H--L ----i-- -t---·- ·--- --,-----,--,
4-811 Sync Count Down 45268(2) Binary A L -H 10 95
5-Bit Johnson Counter 40178 1-of-10 L-H 138
or H -L
or H-L ------ -t---------------t------ ---,--i----i-----,-
5-81t Johnson Counter 40188 12) L-H 10 115
4-811 Sync 45108 Decade A L-·H 12 62 r--------~~r----.-------r--
Count Up/Down
~a_t_~_~enera!?~---- ~!_~1~~ates - L-H 65 40
45168 Binary L-·H 12 62 21-Stage Binary Counter 40458 Binary L ·H 25 900
------·---i-- -- r-- -----,----,------,--
~-~mary Counter 45218 ~n~r-- _ H-L 12 3200
4-Bit Sync 401928 Decade A L-·H 80 105
Real Time 5-Decade 45348 Decadelx51 - L-H 4 5 1000
Count Up1Down
---- Counter
4-811 Sync 401938 Binary A L-·H 80 105 ~--------------
3-Digit BCD Counter 45538 Decade 1)(31 L-H 60 300
Count Up/Dow_, __ _
or H-L
~-- --+----------t----- ---
4-811 Sync 40298 Decade L ·H 12 62 L-H
~~-<::~~- ____
472~~~"--''---,--,---; 80 90
_Count Up/Down or Binary
7-Stage Counter 47378 Binary L-H 80 90
Dual 4-81! 45188 Decade L-·H 10 95 r--·--------j--·-,------
Programmable 47228 Bmary H--L 60
Syn~~~~ or H -L 1000
+--+----i Timer/Counter
Dual 4-81! Synchronous 45208 Binary L-·H 10 95 .------ ---- -----r------i-----t----t-
Count Up or H-L lndustrial Time Base 4566B Decade H-L 32 400
Generator
1 A Asynchror,OJS S .Synchronous
2 TobPannour•(e,:J

MONOSTABLES
,-------,----..---,---,--,----, .--------,----,---..----..- .....
---.
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Resettable Monostable Monostable Mu111v1brator
Mult1v1brator -- ----- ------
-- --- -- - ----i-------~-- Micro Power Phase 40468
Low Power Monostable/ 404711 Locked Loop
Astaole Mult1v1brator

ANALOG DEVICES
..---------,-,----,--,-.,....,.---,,--. r---------,---..---,.,.,-...,.--,---,

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Quad 81latE·ra1 Switch 40168 840 125 0-15 40538 600 100 0-15
•75 ±7 5
Quad 81lat12ral Switch 40668 520 100 0-15 16 Channel Mux/Demux 40678 600 100 0-15
- ±7 ~
Dual <I-Channel 40528 600 100 0-15 4x4 Cross Point Switch ---t--~7418 840 100 0-15
Multrptex/Demult1plex I -±-75 1_75
8-Channel
--~os1·e--r~~·-t---1-o-o--+--0--1-5-t
Multiplexer Oemult1plexer I ::15
Manufactured in U.S.A.
126
CALL COMWAY... (0344) 24765 orTELEX 847201
 INTEGRATED
CIRCUITS
FAIRCHILO BipolarMemory I
D RAM's, ROM's, PROM's and FPLA
D TTL and ECL
D ISO Planar Technology

TTL RAMs
Read/Write Read/Write

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54LS/74LS89<41 16x4 oc - - - - - 16 t t t 93L412 256x4 oc 45 20 60 75/70 250 28 X

54LS/74LS189' 41 16x4 3S - - - - - 16 t t t 93422 256x4 3S 30 20 45 60/55 475 22 X X X

54LS/74LS289l'I 16x4 oc - - - - - 16 t t t 93L422 256x4 3S 45 20 60 75/70 250 22 X X

7489 16x4 oc 30 30 60/55 60/55 - 16 t t t 93415 1024x1 oc 30 15 45 60 475 16 X X X

9410 16x4 3S 35 25 50( 2) - 375 18 X X X 93L415 1024x1 oc 35 20 60 70 200 16 X X X

93410 256x1 oc 45 25 60/45 70/55 450 16 X X X 93415A 1024x1 oc 25 15 30 - 475 16 X X

93410A 256x1 oc 35 20 45 - 450 16 X X X 93425 1024x1 3S 30 15 45 60 475 16 X X X
93411 256x1 oc 45 25 55/45 65/55 475 16 X X X 93L425 1024x1 3S 35 20 60 70 200 16 X X X

93411A 256x1 oc 40 25 45 - 475 16 X X X 93425A 1024x1 3S 25 15 30 - 475 16 X X

93L420 256x1 3S 40 20 45 55 250 16 X X 93470 4096x1 oc 30 15 50/55 60/70 800 18 X X

93L421 256x1 3S 45 30 90/75 100/90 275 16 X X X 93471 4096x1 3S 30 15 50/55 60/70 800 18 X X
93421 256x1 3S 35 20 50/35 60/45 475 16 X X X Dynamic,
93481 4096x1 90 35 120 - 45/350 16 X
93421A 256x1 3S 30 20 40/35 - 475 16 X X 3S
Dynamic,
93419 64x9 oc 35 15 45 60 725 28 X X 93481A 4096x1
3S
80 35 100 - 45/350 16 X
93412 256x4 oc 30 20 45 60/55 475 28 X

ECL RAMs
100142 4x4 - 2.7 - 3.J(:!) - 730 24 t t t 10414 256x1 - 7.0 4.0 - - 450 16 t

10145A 16x4 - 6.5 4.5 90/10 121 - 500 16 X 100414 256x1 - 1,0 4.0 - - 500 16 t

100145A 16x4 - 4.8 - - - 765 24 t t t 10415 1024x1 - 25 1.0 35/38121 - 475 16 X

10405 128x1 - 12 5.0 15( 2) - 475 16 X 10415A 1024x1 - 12 50 20/2712) - 475 16 X

10410 256x1 - 18 1.0 30/38 121 - 475 16 X 100415 1024x1 - 12 5.0 20/30 121 - 500 16 X
10411 256x1 - 20 7.0 35/47( 2) - 360 16 X 10470 4096x1 - 25 10 - - 900 18 X

TTL ROMs
93457 256x4 ROM.QC 25 12 45 60 425 16 X X X 93432 512x8 ROM.QC 35 15 55 70 650 24 X X X

93467 256x4 ROM,3S 25 12 45 60 425 16 X X X 93442 512x8 ROM,3S 35 15 55 70 650 24 X X X

93431 512x4 ROM,OC 30 15 50 60 475 16 X X X 93454 1024x8 ROM,OC 30 20 45 60 550 24 X X X

93441 512x4 ROM,3S 30 15 50 60 475 16 X X X 93464 1024x8 ROM,3S 30 20 45 60 550 24 X X X

TTL PROMs/FPLAs
93417 256x4 PROM.QC 25 12 45 60 425 16 X X X 93452 1024x4 PROM,OC 30 15 55 70 650 18 X X X
93427 256x4 PROM,3S 25 12 45 60 425 16 X X X 93453 1024x4 PROM.3S 30 15 55 70 650 18 X X X

93436 512x4 PROM,OC 30 15 50 60 475 16 X X X 93450 1024x8 PROM,OC 30 20 45 60 550 24 X X X

93446 512x4 PROM,3S 30 15 50 60 475 16 X X X 93451 1024x8 PROM,3S 30 20 45 60 550 24 X X X

93438 512x8 PROM,OC 35 15 55 70 650 24 X X X 93458 16x48x8 FPLA.OC 25 15 - - 750 28 X X X

93448 512x8 PROM,3S 35 15 55 70 650 24 X X X 93459 16x48x8 FPLA,3S 25 15 - - 750 28 X X X

ECLPROMs
10416 256x4 PROM 15 4.0 650 16 1 OC = open collector, 3S = 3-state t To be announced during life of catalogue
2. Measured @ TA = 25"C
100416 256x4 PROM 15 4.0 650 16 3. Ty~p1catData In to Match Out
4. To be announced
5. -30 °c toH!.5 °c

Manufactured in U.S.A.
127
CALL COMWAY... (0344) 24765 orTELEX 847201
 INTEGRATED
CIRCUITS
MOS FAIRCHILO

D Dynamic & Static RAIVl's

D Shift Registers & FIFO
D Consumer & Industrial

. RANDOM ACCESS MEMORIES

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MOS

1024x1 21L02H Static 250 250 158/24( 4 ) C 16 1024x1 21021 Static 450 450 2a9( 2113as(3J C.L.M 16
1024x1 21L02F Static 350 350 158/24( 4 ) C 16 1024x1 21022 Static 650 650 2as( 2)13a5(3l C,L,M 16
1024x1 21L021 Static 450 450 158/24( 4) C 16 1024x1 3542/2102$ Static 150 150 289 C 16
1024x1 21L022 Static 650 650 158/24( 4) C 16 1024x1 3542A/2102R Static 200 200 289 C 16
1024x1 2102LH Static 250 250 158( 2l/220(3l C.L.M 16 1024x4 F2114 Sta1ic 200 200 350 C 18
1024x1 2102LF S1a1ic 350 350 159(Zl;220(3) C,L.M 16 16,384x1 F16K3 Dynamic 200 375 465/20 141 C 16
1024x1 2102L1 Static 450 450 159(2)/220( 3) C,L.M 16 16,384x1 F16K4 Dynamic 250 410 465/20( 4) C 16
1024x1 2102L2 Static 650 650 158( 2)/22()(3) C,L,M 16 16,384x1 F16K5 Dynamic 300 500 465/201 41 C 16
1024x1 2102H Static 250 250 299( 2ltJB!:Pl C,L,M 16
1024x1 2102F Static 350 350 2a9! 21;Jas( 31 C.L.M 16

CMOS
16x4 47108 Static 95( 6) 0.4 C,M 18 256x4 47218 Static 240( 6) 0,7 C,M 22
16x4 47258 Static 100( 5) 0.4 C,M 16 1024x1 47368( 5) Sta11c 320( 6) 0.7 C,M 16
256x1 47208 Static 95(S) 0.4 C,M 16

ROMs, EPROMs AND CHARACTER GENERATORS

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64x5x7 3257 Character Gener,1tor 1000 715 C 24 512x8 35152 ROM 700 510 C 24
64x7x5 3258 Character Gener,1tor 800 500 C 16 1024x8 F2708 EPROM 450 800 C,L,M 24
64x9x7 3280 Character Gener,:1tor 1000 660 C 24 1024x8 F27061 EPROM 350 800 C,L 24
512x8 35141 ROM 850 580 C 24 1024x8 F3508 ROM 450 330 C 24
512x8 35142 ROM 1000 580 C 24 2048x8 F3516E ROM 450 330 C 24
512x8 35151 ROM 600 510 C 24 1 C = Commercial temperature range. L = L1m1tedmilitary temperature range, M = Military temperature
2. Commerc1a1temperature range range
3. Military and tim1ted m1l1tarytempareture range
CMOS 4 Standby power

I 256x8 1•7358
1ROM 152<61 I 0.1'''
I C,M
5
6
To be announced
Typical value@ Voo = 10V

SHIFT REGISTERS
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32x6 3348 S1atic Shif1 Regifter 1,0 150 C 24 80x4 33572 S1a1ic Shift Register 20 285 C 16
~

32x6 3349 Static Shift ReQister 1.0 150 C 16 16x4Kx1 F464-2 CCD Dynamic Shift Register 1.0-5.0 "' 336/66 131 C 16
64,4 3342 S1a1ic Shif1 Regi~1e, 15 380 C 16 16x4Kx1 F464-3 CCD Dynamic Shif1 Register 1.0~4.o 336/66' 3' C 16
80x4 3347 S1etic $hif1 Register 1.5 38(1 C 16 16x4Kx1 F464-4 CCD Dynamic Shif1 Register 1.d~2 0 336/66' 3' C 16
80x4 33571 S1a1ic Shift Register 4.0 37S C 16

FIFOs AND UFOs

MOS CJIIOS
64,4 3341 FIFO 0.7 450/625' 2' C,L,M 16 16x4 47038 FIFO 53 0.5 C,M 24
64,4 3341A FIFO 1.0 45(1 C 16 16x4 47068 LIFO 53 05 C,M 24
40x9 33511 FIFO 2.0 420 C 28
TTL
40x9 35512 FIFO 1.0 520 C,L,M 28
16x4 9403 FIFO 10 850 C,M 24
C = Commercial temperature range. L = l 1m1tedmilitary temperature r:1nge,M = Military temperature range
16x4 9406 LIFO 10 800 C,M 24
M1l1taryand 1,m,tedmilitary temperature range
3 Standby power
4 Mrn1mumlrequency spec1f1cat1on

Manufactured in U.S.A.

128
CALL CO"nWAY... (0344) 24765 orTELEX 847201
 INTEGRATED
CIRCUITS
FAIRCHILC
ECLj

CJ
D
10K 2nS ECL
100K SubnanosecondECL
c:::::JCommunication / Instrumentation Circuits • ----
--::::::-
·1
·.'
F10,000 SERIES INDUSTRY STANDARD 2 ns ECL
10000 4-BIT SHIFT REGISTER 10124 TTL-ECL TRANSLATOR 10172 DUAL 1-0F-4
10010 DECADE COUNTER 10125 ECL-TTL TRANSLATOR 10173 QUAD MULTIPLEXER/LATCH
10014 ACTIVE TERMINATOR 10130 DUAL D LATCH 10174 DUAL MULTIPLEXER
10016 BINARY COUNTER 10131 DUAL D FLIP-FL.OP 10175 QUINT D LATCH
10100 QUAD 3 NOR 10132 DUAL MULTIPLEXER/LATCH 10176 HEX D FLIP-FLOP
10101 QUAD OR/NOR 10133 QUAD D LATCH 10177 ECL TO MOS TRANSLATOR
10102 QUAD NOR 10134 DUAL MULTIPLEXER/LATCH 10179 LOOKAHEAD
10103 QUAD OR 10135 DUAL JK FLIP-FLOP 10180 DUAL ADDER/SUBTRACTOR
10104 QUAD, AND 10136 UP/DOWN BINAFW COUNTER 10181 4-BIT ALU
10105 TRIPLE OR/NOR 10137 UP/DOWN DECADE COUNTER 10186 HEX D FLIP-FLOP WI RESET
10106 TRIPLE NOR 10141 4-BIT UNIVERSAL SHIFT REGISTER 10192 BUS DRIVER
10107 EXCOR.INOR 16 x 4 REGISTEFI FILE (RAM) 10210 HS 10110
10145A
10109 DUAL OR/NOR QUAD D LATCH 10211 HS 10111
10153
10110 DUAL 3/3 OR QUAD MULTIPLEXER 10212 HS 1-0R/2 NOR
10158
10111 DUAL 3/3 NOR QUAD MULTIPLEXER (INV) 10231 HS 10131
10159
10113 QUAD EXCOR 12-BIT PARITY 10405 128 x 1 RAM
10160
10114 TRIPLE LINE RECEIVER 10161 1- OF - 8 DEMULTIPLEXER/DECODE (10144)
10115 QUAD LINE RECEIVER 10162 1- OF - 8 DEMULTIPLEXER/DECODE 10410 256 x 1 RAM
10116 TRIPLE LINE RECEIVER 10164 8-INPUT MULTIPLEXER (101471
10117 DUAL 2-WIDE OAI 10165 PRIORITY ENCODER 10415 1024 x 1 RAM
10118 DUAL 2-WIDE OA 10166 5-BIT COMPARATOR (10146)
10119 4-WIDE OA 10416 256 x 4 PROM
10168 QUAD D LATCH
4-WIDE OAI (10149)
10121 10170 9 + 2 PARITY
10123 BUS DRIVER 10171 DUAL 1-0F-4

F 100,000 SUBNANOSECOND ECL

100101 TRIPLE 5-INPUT GATE 100155 QUAD MULTIPLEXER LATCH
100102 QUINT 2-INPUT GATE 100156 MASK MERGE
100107 QUINT EX-OR NOR 100158 SHIFT MATRIX
100112 QUAD DRIVER 100160 DUAL 9-BIT PARITY
100114 LINE RECEIVER 100163 DUAL 8 MULTIPLEXER
100117 TRIPLE AOI 100164 16-INPUT MULTIPLEXER
100118 5WIDE AOI 100165 UNIVERSAL PRIORITY ENCODER
100122 9-BIT BUFFER 100166 9-BIT COMPARATOR
100123 HEX BUS DR IVER 100170 UNIVERSAL DECODER
100130 TRIPLED LATCH 100171 TRIPLE 4-INPUT MULTIPLEXER
100131 TRIPLES FLIP-FLOP 100179 CARRY LOOKAHEAD
100136 MULTIPURPOSE COUNTING REGISTER 100180 DUALADDERfflUBTRACTOR
100141 8-BIT UNIVERSAL SHIFT REGISTEFI 100181 4-BIT ALU BINARY/DECIMAL
100142 4x4RAM 100183 2 x 8 BIT
100145 16 x 4 REGISTER FILE 100194 QUINT DUPLEX BUS DRIVER
100150 HEX D LATCH 100415 1024 x 1 RAM
100151 HEX D FLIP-FLOP 100416 256 x 4 PROM

F11COO- COMMUNICATIONS/INSTRUMENTATIONS Cl RCUITS

11C01 DUAL 5, 4 OR/NOR 11C70 650 MHz D FLIP-FLOP W/RESET
11C05 1 GHz - 4 COUNTER 11C83 1GHz + 248/256 PR ESCA LER
11C06 750 MHz. D FLIP-FLOP 11C84 40 CHANNEL CB RADIO SYNTHESIZER
11C24 DUALTTLVCM 11C90 650MHz+10/11 PRESCALER (ECL/TTLOUTPUTS)
11C44 0- FREQUENCY DETECTOR 11C91 650 MHz+ 5/6 PRESCALER (ECL/TTL OUTPUTS)
11C58 ECLVCM 95H90 300 MHz+ 10/11 PRESCALER
95H91 300 MHz+ 5/6 PRESCALER
Manufactured in U.S.A.

129
CALL COMWAY... (0344) 24765 orTELEX 847201
 CIRUITS
INTEGRATED
I CCD FAIRCHILD

c:::::::J
ImageSensors
c=J AnalogueShift Registen/Delay Lines
c=J DevelopmentalBoards

Linear ImageSensors
Fairchild CCD Image Sensors feature high dynamic range, high sensitivity, on-chip preamplifiers with low output impedance, two-phase
clocking, lsoplanar-N buried channel structures, low voltage and power requirements, and standard DIP packaging. Applications include
optical character recognition, facsimile, metrology and TV.

CCD110 256 ELEMENT DYNAMIC RANGE 500:1 18 PIN

CCD133 1024 ELEMENT DYNAMIC RANGE 500:1 24 PIN
CCD121 1728 ELEMENT DYNAMIC RANGE 500:1 24 PIN
CCD122 1728 ELEMENT DYNAMIC RANGE 2500:1 24 PIN
CCD142 2048 ELEMENT DYNAMIC RANGE 2500:1 28 PIN

Area ImageSensors
Area arrays are similar to the linear sensors except that the photosites are arranged in a matrix format and the opaque transport registers
are located between the photosite ,columns. Appliications include video cameras requiring low power, small size, high sensitivity and
reliability.

CCD211 244 x 190 ELEMENT DYNAMIC RANGE 300:1 24 PIN

CCD221 488 x 380 ELEMENT DYNAMIC RANGE 1000:1 22 PIN

AnalogueShift Registers/Di~layLines
Fairchild CCD Analog Shift RegistE,rs/Delay Lines feature high dynamic range, wide operating frequency range, on-chip preamplifiers,
2-phase clocking, lsoplanar-N, silicon gate buried channel structure and standard DIP packaging.

Applications include variable and fixed analog delay lines and time-base correction in video systems; echo effect simulations, rever-
beration systems etc in audio applications.

CCD321A 455/910 ELEMENT Can be used as two 455 or one 910 bit analog delay line and comes
in four different classes.

CCD321A-1 Broadcast quality video applications Signal BW 5 MHz min 16 PIN

CCD321 A-2 Medium quality video applications Signal BW 4.2 MHz min 16 PIN
CCD321 A-3 General purpose time,base correction applications Signal BW 4.2 MHz min 16 PIN
CCD321A-4 Audio applications Signal BW 23 KHz min 16 PIN

DesignDevelopment Board:;and Modules

Fairchild offers a series of printed circuit boards for use as construction aids for experimental systems using CCD linear and area image
sensors. These design development boards are fully assembled and tested and require only power supplies and an oscilloscope to display
the video information correspondinu to the image positioned in front of the sensor. Power supplies required are +5V, +15Vand -15V
through a standard 0.156" pitch 22 pin edge connector.
Image sensor boards are CCD110DB CCD122DB
CCD133DB CCD142DB
CCD121 DB
Shift Register/delay line boards are CCD321 VM video delay module which includes the CCD321 A-2 analog shift register
CCD321 AM audio module which includes the CCD321 A-4

CCD Line-ScanCameraSubsystems
CCD1100 256 ELEMENT
CCD1300 1024 ELEMENT
CCD1400 1728 ELEMENT
Each camera model offers essentially equivalent performance except for resolution requirements. The line-scan camera can be ordered
with a C-mount lens with focal length to meet specific application.
Manufactured in U.S.A.

130
CALL COMWAY....(0344) 24765 or TELEX 847201
 INTEGRATEDCIRCUITS
FAIRCHILD FBMicroprocesso I
D Single and Multiple Chip Systems
D Easily Expandable
[=] Software/Hardware Support Available

MICROMACHINE™ SERIES
MICROMACHINE™ STROBE

MicroMachine .. devices are complete 8-bit micro-

computers on single MOS integrated circuits. The
family can execute the FS instruction set of more than
70 commands, allowing expansion into multi-chip con-
figurations with software compatibihty. The devices
OEVICE RAM ROM 1/0 POWER DOWN POWER SUPPL V
feature read only memory, 64 bytes of scratchpad RAM, GND
a programmable binary timer, 32 bits of 1/0, and a ACCUMULATOR
single +5 V power supply requirement. F3870 64 X 8 2K x8 32 NO 5V
PROGRAM
COUNTER
Members of the family differ in memory type and size.
The F3870 has 2048 bytes of mask programmed ROM
while the F38E70 has 2048 bytes of PROM. The F3872
TEST I TEST SEQUENCER I STACK REGISTER
F3872 128 X 8 4K xB 32 YES 5V

has 3K bytes of masked ROM plus64 bytes of RAM. The

additional RAM is addressed from the program and
I POWER-ON RESET I OAT A COUNTER
F3876 128 X 8 2K x 8 32 YES 5V

data counters, not the ISAR. The F3874 contains 4096

bytes of masked programmed ROM. =~~ ~-,,i_c_,o_c_,_,o_o_,c_, F3878 64 X 8 4K x8 32 NO 5V

Utilizing ion-implanted, n-channel silicon-gate tech- I TIMER See Fig.3 F38E70 64 X 8

2K x 8
EPROM
32 NO 5V
nology and advanced circuit design techniques, Fair-
child's single-chip microcomputers offer maximum EXT INT
Plus A SERIES OF DEVICES WITH SPECIAL FUNCTIONS FOR SPECIFIC MARKETS.
cost effectiveness in a wide range of control and logic
replacement app11cations.

Note. The F3a72has an optional power down feature that allows the 64 byte RAMto be savedwith a +2 V
Supply that will d1ss1pate
2 5 mW Two 1/0 port pins are traded for this function

DEVELOPMENT SUPPORT F3870 SIMUL.ATION F3870 EMULATOR

The non-microproce:,sor elt:ments of the user's hard- After F3870 ROM codes are frozen, a smaller, easier-to-
The Formulator family of development equipment sup- ware configuration can be assembled on a breadboard handle and less expensive tool is required. To accom-
ports the F3870, the one-chip micromachine manufac- and connected to Mark I. II. IIFD, Ill or IIIFO via the ICE plish this design-in task, Fairchild has developed the
tured by Fairchild. The Formulator Operating System. cable plugged into a 40-pin socket on the user's board. F3870 Emulator. The F3870 Emulator contains sockets
Utility Programs, and the Fairbug Momtor are totally for two 2708s or two 2716 EROMs in place of the F3870
The cable connector on the Processor Module in the
compatrble with the F3870, since it shares the same on-chip ROM so ROM codes can be verified and easily
Formulator provides 1/0 ports O and 1, while the Simu-
instruction set with the Formulator. A Simulation (Quad lation {Quad 1/0l Module provides 1/0 ports 4 and 5. changed The F3870 Emulator plugs directly into the
I/OJ Module and an In-Circuit Emulatron (ICEJ cable are This system provides real-world simulation of the user"s F3870 40-pin socket in the production prototype using
available to extend the Formulator features to the user's components in their actual environment with the vital a short Emulator cable. The printed circuit module is
prototype or production breadboard. This creates a microprocessor signals, including the complete soft- approximately 5" by T'
powerful design tool for creating the user's own F3870 ware debugging features of the Formulator, cabled to
software. In addition, the F3870 Emulator, a single the external breadboard
stand-alone module for emulating the final F3870 soft-
ware in PROMs, is available for building prototype
systems.

F8 MICROPROCESSOR FAMILY
F3858 F3851 F3852 F3853 F3854 F3856 F3857 F3861 F3871 F3899
FUNCTION CPU PSU DMI SMI OMA PSU PSU/SMI PIO PIO ROM

Arithmetic Unit Yes

Accumulator Yes
64-byte Scratchpad RAM Yes

Power on Detect Yes

Clock Circuits Yes
Interrupt Logic Yes Yes Yes Yes Yes Yes Yes

Instruction Register Yes

1/0 Ports (8 lines each) 2 2 2 2 2
ROM (K bytes) 1K 2K 2K 1K

Data Bus (8 lines) Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes
Address Bus (16 lines) Yes Yes Yes Yes
Control Bus (5 lmesl Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes

Program Counter Yes Yes Yes Yes Yes Yes

Stack Register Yes Yes Yes Yes Yes Yes
Data Counters 1 2 2 2 2 1
Programmable Timer Yes Yes Yes Yes Yes Yes
External Interrupt Yes Yes Yes Yes Yes Yes
Pulse Width Measure Yes Yes Yes

Event Counter Yes Yes Yes

Vectured Interrupts Yes Yes Yes Yes Yes Yes
Memory Refresh Control Yes
OMA Control Yes Yes
+SV required Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes
+12V required Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes
Number of ports in System Is limited by addreuing. The maximum ie 256 Port Adres,es (eachF8 device Power mW (TypJ 330 270 330 330 280 785 785 270 270 270
uses4 Port Addresses).Maximum memory is 64K bytas RAM/ROM/PROM.
Maximum # in System 1 63 1 1 4 31 1 62 62 63
The F38T56and F3aTS7incorporate the F3871-typeof timer logic and strobe 1og1c.
Thesedeviceswill be
available3rd quarter 1978 Logic/Connection
Diagram P1 P2 P3 P4 PS PG P7 P2 PG PS

Package(sl 61,BP 61,8P 61,8P 61,BP 61,8P 61,8P 61,BP 61.BP 61.BP 6t,8P
Manufactured in U.S.A.

131
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 INTEGRATED
CIRUITS
IFBMicroprocessor FAIRCHILD

D Single and Multiple Chip Systems

D Easily Expandable
D Software/Hardware Sup1port Available

F8 MICROPROCESSOR FAMILY
PORT ADDRESSING
DEVICE PORTA PORT B PORTC PORTO TIMER INTERRUPT
NO. ADDR. FUNC. ADDR. FUNC. ADDR. FUNC. AOriR. FUNC. VECTOR ADDRESS PORT TYPES
F3850 1/0 1/0 Standard
F3851 xxxxxxoo 1/0 XXXXXX01 1/0 XXX>:xx10Control XXXXX)( 11 Timer Mask Option Mask Option
F3851A 1/0 110 Control Timer H'0020' Standard
F3852 H'OC' H'OO' Control H'OE' H'OF'

F3852/ H'EC' H'EO' Control H'l::E' H'EF'

SL31116
F3853 H'OC' Interrupt H'OO' Interrupt H'OE' Control H'OF' Timer Software
Vector Vector Programmable
Addr Lo Addr.H1
~-- ~

F3854 1111YYOO OMAMem 1111YY01 OMA Mem 1111 'fYlO Control 1111YY11 lo Count
Addr Lo Addr H1 Hi Count 1 XXXXXX 1saMask.Opt1on
YY IS a Pin Strap Option 11111YY00!
F3856 xxxxxxoo 1/0 XXXXXY01 1/0 XXX)'.XX10 Control XXXXXX11 Timer Mask Option Mask Option rhe External Interrupt Address Vector 1sthe Timer Address+ H 0080'
F38T56 xxxxxxoo 1/0 XXXXXY01 1/0 XXX):XX10 Control XXXXX.X11 Timer Mask Option Mask Option 4 lhree different types ol timers and control ports exist. For further detail see
Figures 1, 2, and 3
F3856A 1/0 1/0 H'OA' Control H'OB Timer H'0024' Standard 5 F38T56 and F38T57 have F387Hype timer and strobe logic
F3857 XXX>:xx10 Control XXXXX)( 11 Timer Mask Option Mask Option
I----
F3861A 110 1/0 Control Timer H'0600' Standard
~

F38618 1/0 1/0 H'A' Control H'B' Timer H'0340' Standard

F3861C H'20' 1/0 H'21' 1/0 H':?2' Control H'23' Timer H'0320' Standard
F3861D H'24' 110 H'25' 1/0 H':~6' Control H'27' Timer H'0360' Standard

F3861E 4 1/0 110 Control Ttmer H'0020' Standard

F3871E 1/0 1/0 Control 7_ Timer H'D020' Standard

F3871F 1/0 1/0 Control Timer H'0020' Direct Drive

F3871G 1/0 110 Control Ttmer H'0020' Open Drain

F3871H 1/0 1/0 Control Timer H'0420' Standard

F3850 CENTRAL PROCESSING F3851PROGRAMSTORAGE

UNIT (CPU) UNIT (PSU)
The CPU 1s an 8-b1t ar1tnmet1c device with 70 instruc- The F3851 PSU contains 1024 bytes of mask program-
tions It contains a 64-byte RAM. an 1nstruct1on register, mable ROM, a program counter and a data counter II
an accumulator. two parallel 1/0 ports, an interrupt also has two parallel 1/0 ports. an 8-bit data port, a stack
control, power on reset and clock generation logic. The register. an incrementer/adder, a programmable timer
CPU provides communication control lines to the other and an interrupt control Several F3851 c,rcutts may be
members of the famdy put in one system thus increasing the ROM, 1'0. and
interrupt capability of the system The F3851 program
The F8 offers several alternatives for connecting mem- storage unit may be used alone, or 1n combrnat,on with
ory to the system These may be used individually, or in one of the memory interface c1rcu1ts
various combinations. depending upon the require-
ments
I~

F3852 DYNAMIC MEMORY F3853 STATIC MEMORY

INTERFACE (DMI) INTERFACE (SMI)
The OM! provides an appropriate interface for erther
static or dynamic memory components When dynamic The SMI 1sthe second of three alternative devices in the
RAM c1rcU1ts are used the OM/ provides the necessary Fa family which may be used with the 3850 CPU for
refresh controls required to maintain memory integrity memory interface The SM! provides the necessary
Another function ol the OM! 1sto provide control for the control tor static memory components such as the 2102
F3854 OMA crrcu1t The dynamic memory refresh cy- RAM, 2708 EPROM, or 93448 PROM The SMI also
cles and the OMA translers are performed without contains a program counter, data counter. an auxiliary
slowing the central processor The OMI also contains a data counter, stack register, incrementer/adder, a pro-
program counter, data counter. an auxiliary data coun- grammable timer. an 8-b1t data bus and a 16-bit address
ter. stack register, incrementer/adder, an 8-b1t data bus bus tor communication with external memory The
and a 16-bit address bus forcommunical!on with exter- F3853 may be used solely with the CPU. or in con1unc-
nal memory The OMI may be used solely with the CPU. t1on with F8 PSU devices
or 1n con1unct1on with the F3851 PSU device

Manufactured in U.S.A.
132
CALL COMWAY MICROSYSTEMS ...(0344)55333
 INTEGRATED
CIRCUITS
FAIRCHILD F8Microprocesso

D Single and Multiple Chip Systems

D Easily Expandable
D Software/Hardware Support Available

1-----------------'--F--=--8_M---'-l'-'-C_ROPROCESSOR FAMILY
F3856 PROGRAM STORAGE
UNIT (PSU)
It is important to note that Fairchild's program storage
unit is not just a conventional read only memory. In
addition to containing 2048 bytes of mask program~
F3854 DIRECT MEMORY •oDAHS
AEGISTIEA
IYTf
COUfHEA
mable ROM for program and constant storage, the
F3856 includes the addressing logic for memory refer- tlATA

ACCESS UNIT (OMA) D,HA

encing, a program counter, an indirect address register '"'
IIJS (the data counter} and a stack register. A complete
The OMA circuit allows memory access from an exter- vectored interrupt level, including an external interrupt
STACK l;IATA
nal device during periods when the CPU rs not using the
memory. The F3852 OMI provides a control line which
mdicates periods when the memory is idle. During
these penods the OMA transfers data between an
-·
CDNTAOL
line to alert the central processor, is provided. All of the
logic necessary to request, acknowledge and reset the
interrupt is on the F3856. The8-bit programmable timer
is especially useful for generating real tima delays. The
AfGISTfll COUNTEll2

external device and the mt!mory. This operation is COKTAOL PSU has an additional 16 bits of TTL compatible,
AEGlSUA
performed without slowing the central processor. In bidirectional, fully latched 1/0 lines.
addition, the OMA contains a 16-bit memory address
bus. an 8-bit data bus, programmable address vector
and data length counter
Systems requirrng more program storage may be ex-
panded by adding more PSU circwts. For example, one
F3850 and two F3856 PSUs will produce a microproc-
....
essor system complete with 64 bytes of RAM, 4096
bytes of ROM, 48 1/0 bits, two interrupt levels, and two

I
I
WIIITIE LOAD AUD
programmable timers. This complete system will re-
AEG AEG
quire only three IC packages.

The F38TS6 incorporates the F3871-type timer and

strobe logic.

F3857 PROGRAM STORAGE

UNIT/STATIC MEMORY
INTERFACE (PSU/SMI)
tlAU

The F3857 is the third alternative devicH in the F8 family

'"'
which may be used with the F3850 CPU for memory
tlSTA
COUNT(ll 1 F3861 PERIPHERAL tlATA

'"'
interface. The PSU/SMI provides the micessary control
for static memory components such as the 2102 RAM or STACKII
~-"-"'-"'-'~
tlATA
C0UNTEll2
1/0 DEVICE (PIO)
F2708 EPROM. The PSU/SMI also contains a program

..
counter, data counter, an auxihary data counter, stack The PIO 1san expansion unit for 1/0 ports, interrupts
register, incrementer/adder, a programmable timer, an
8-bit data bus and a 16-bit address bus for communica-
tion with external memory. The F3857 may be used
-···
,
and timers. It contains two 8-b1t 1/0 ports, one interrupt
control, and one programmable timer. Depending on
the application requirements, multiple PIOs may be
added to the system to expand the functions at low cost.
solely with the CPU, or 1n conjunction with other
members of the F8 family. The F3857 differs from the
F3853 in that a 2048 byte mask programmable ROM rs
~_j..j--~---;
also included

The F38T57 incorporates the F3871--type timer and

~'2.::.::.::~.::~.::~---e
strobe logic.

F3871 PERIPHERAL
1/0 DEVICE (PIO) DATA

'"' F3899 PROGRAM STORAGE

The PIO 1san expansion unit for 1/0 ports, interrupts
and timers. It contains two 8-b1t 110 ports, one ,nterriJpt
control. and one programmable timer. Depending on
UNIT (PSU)
the apphcatlon reqmrements, multiple PIOs may be
The F3899 PSU contains 1024 bytes of mask program-
added to the system to expand the functions at low cost.
mable ROM, a program counter, stack register, and a
The versatrle timer/interrupt circuit has the ability to
data counter The F3899 provides a low cost ROM
measure external pulse widths, or count external pulses
memory to augment the FB family
1n addition to providing a timer with resolution of 1.0µs
at 2 0MHz.

,..7"~~~ _J..)------;
~ '2.::.::.::;:.::;:.::::::
__ ""

Manufactured in U.S.A.

CALL COMWAY MICROSYSTEMS ...(0344)55333 133

 CIRUITS
INTEGRATED
F=AIRCHIL.C>
f 6800Microprocessor

D Directly Compatible with M6800

D Ideal for Data Processing/Communi,:ation Functions
D 9400 TTL Bit Slice Family

F6800 MICROPROCESSOR FAMILY

Power PDMax Cycle Access Power PoMax Cycle Access
DEVICE Suppl)' (Typ) Time Time Memory DEVICE Supply (Typ) Time Time Memory
NO. Function V mW ns ns Size NO. Function V mW ns ns Size

F6800 MPU, Address. Interrupt 5.0 16001 1000 F68B316 Mask Prog ROM 5.0 250 2Kx8
F68AOO MPU, Address, Interrupt 5.0 1500) 667 F6840 Programmable Timer 5.0 550 1000
F68BOO MPU, Address, Interrupt 5.0 15001 500 F68A40 Programmable Timer 5.0 550 667
F6801 Single Chip Microcomputer 5.0 1500) 500 2Kx8 F68B40 Programmable Timer 5.0 550 500
with 128x8 RAM IROMJ
F6843 Floppy Disk Interface 5.0
F6802 MPU, Address, RAM 5.0 1600) 1000 128x8
IRAMI F6844 Direct Memory Access
Interrupt
MPU, Address, RAM, 16001 667 128x8 F6845 CRT Controller 5.0
F68A02 5.0
Interrupt F6846 ROM, 1/0, Timer 5.0 800 1000 2Kx8
F68B02 MPU, Address, RAM, 5.0 600 500 128x8 F68A46 ROM, 1/0. Timer 5.0 800 667 2Kx8
Interrupt
F68B46 ROM, 1/0, Timer 5.0 800 500 2Kx8
F6B0911l MPU, Address, Interrupt 5.0 500/1K
F68488 GPIA !IEEE Busl 5.0
F6810 Static RAM 5.0 400 460 128x8
1'6850 Async Data Adapter 5.0 300 1000
F68A10 Static RAM 5.0 400 360 128x8
F68A50 Async Data Adapter 5.0 300 667
F68B10 Static RAM 5.0 400 250 128x8
F68B50 Async Data Adapter 5.0 300 500
F6820/21 Parallel 1/0 16 lines 5.0 550 1000
F6852 Sync Data Adapter 5.0 300 1000
F68A21 Parallel 1/0 16 lines 5.0 550 667
-- F68A52 Sync Data Adapter 5.0 300 667
F68B21 Parallel 1/0 16 lines 5.0 550 500
F68B52 Sync Data Adapter 5.0 300 500
F68308 Mask Prog ROM 5.0 650 500 1Kx8
F6854 Advanced Data Link CTL 5.0 1000
F68A308 Mask Prog ROM 5.0 650 360 1Kx8
F68A54 Advanced Data Link CTL 5.0 667
F68B308 Mask Prog ROM 5.0 650 250 1Kx8
F68B54 Advanced Data Link CTL 5.0 500
F68316 Mask Prog ROM 5.0 500 2Kx8
F6860 0-600 BPS Modem 5.0 325
F68A316 Mask Prog ROM 5.0 360 2Kx8
F6862 2400 BPS Modulator 5.0 300
, F6809 supports the F6800 rnstruct1on set but also tlas enhanced instructions and
add1t1onal hardware features

BIPOLAB MICROPROCESSOR FAMILY

BIT SLICE MICROPROCESSOFIS LSI PERIPHERAL LOGIC ELEMENTS
Maximun, Maximum
Power Frequency Power Power Frequency Power
DEVICE Supply MHz mW DEVICE Supply MHz mW
NO. Functional Description V (Typ) (Typ) NO. Functional Description V (Typ) (Typ)

9404 Data Path Switch 5.0 10 300 9401 16-Bit Cyclic Redundancy 50 18 350
Generator/Checker
9405A 4-Bit Arithmetic Logic 5.0 13 550
Register Stack ICPU slice with 9403 16x4-Bit Serial/Parallel 5.0 10 600
8 Registers! Fl FO Buffer Memory
9406 16x4 push-down 5.0 10 500 9423 64x4-Bit Serial/Parallel 5.0 8.0 750
pop-up Program Stack Fl FO Buffer Memory
9407 Data Access Register 5.0 10 450
IPC, SP and operand pointer!
9408 10-Bit Microprogram 5.0 7.0 650 MICROPROCESSOR PERIPHERALS
Sequencer/Controller
!pipeline capability!

9408A 10-Bit Microprogram

Sequencer/Controller
5.0 10 650 -e
~
..
.5
a.
!pipeline capability) oi
a. 0
9409/ 4-Bit CPU Slice, 5.0 Function DEVICE NO. E 0
10 800
2901A (16 Registers) "
I- z
USART F3843 C 28
9410 Register Stack 5.0 25 375
116x4 RAM with output Synchronous Protocol Communications 111 40
F3846 C
latchl Controller

Manufactured in U.S.A.

134
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 INTEGRATED
CIRCUITS
FAIRCHILD Microprocesso
j

D 16 Bit Microprocessor
[=] 9400 TTL Bit Slice Family
[=._] 9440 Microcomputer

CMOS MICROPROCESSOR FAMILY

LSI PERIPHERAL LOGIC ELEMENTS
Frequency Power
Power MHz mW
DEVICE Supply (Typ@ (Typ@
NO. Functional Description V SV) SV)

4702B Programmable Bit 3-15 5.0 0.05

Rate Generator

4703B 16x4-Bit Serial/Parallel 3-15 2.3 0.015

FIFO Buffer Memory

47108 Register Stack 3-15 6.8 0.01

116x4 RAM with output
latchl

16-BIT MICROPROCESSOR FAMILY

9440 16-BIT BIPOLAR MICROPROCESSOR
The 9440 13L microprocessor is a minicomputer CPU compactly packaged in a 40-pin DIP. It requires a 5.0V power supply and dissipates 1.0W of
power. A full military temperature range version is available.
9440 features include TTL input/output levels, single static clock driv1rn by an on-chip oscillator (up to 12M Hz variable) microprogram control using
a PLA (program logic array) eight 16-bit on-chip registers, priority interrupt handling with up to 16 priority levels, fast direct memory access at
memory speeds, four classes of instructions allowing a total of 2192 different instructions, and 32K 16-bit words (65K byte) addressing ranges.
The 9440 system includes the following LSI support circuits.
9441 Memory Control Unit - contains a 15-bit memory address register, refresh address counter and a 7-bit address multiplexer. It provides the tim-
ing and control signals to operate up to 32K words (64K bytes) of 13L dvnamic memory (93481, 93483) for read, write, refresh and OMA operations.

9442 Input/Output Control Unit - responds to 1/0 instructions and generates the timing and control signals for 9440 peripheral devices,
9443* Special Functions Unit - executes the multiply, divide and stack instructions.
To fully utilize the 9440 flexible instruction set the Fairchild Integrated IReal-time Executive (FIRE ™l software package is provided. It consists of all
the required program development aids plus a full set of diagnostic programs as well as high level language processors.

INFORMATION BUS

Ii I AN~NOUT {}IN ONLY IiI AN~NouT OPERATOR CONSOLE

IBo-18,'i 18,-1815
Mo Mo
lBo-18,s :..:....::;,_;;
00

,_ ~1--i--~
>,

~
8888;8;888~8;8
, ) ',,

-
M, M,
- iev-ie,s Ao-A 6
( Ao-A6 M, M, ,-tr (_iJ]l OBJ ,r 'BB" ,~.. a·a..
32K
MAIN SHI SYN C., C;
MEMO~Y 9441
c,

t
ARRAY MEMORY CP 9440 C;,
93481/93483
WE
cs,
cs,
WE
cs,
cs,
CONTROL
UNIT
!$ XTL
16-BIT
MICROPROCESSOR C,

Co
C,

c,
CONSOLE
LOGIC

cs, cs, RUN RUN

CP CLKOUT
AE MSBY MesY CARRY CARRY
AE o, Oo OCHA
INT
INT
INT OCH ON ON
Oo 01 REO REO MR

I/"I'
~
t
CP
SYN
o,
~ Teo-le,,,

9442
O,

INPUT/OUTPUT
CONTROL
UNIT
'v
0 1 2 3 4 5 64-PORT 1/0 BUS 63
"

iii D D
~
-
~- 18,,-ie,,
BUS
TRANSCEIVER
- 9443
SPECIAL. FUNCTIONS
UNIT
INPUTlOUTPUT
INTERFACE &
CONTROL
1,0
DEVICE

9440 SYSTEM "To be announced Manufactured in U.S.A.

CALL COMWAY MICROSYSTEMS ...(0344)55333 135

 INTEGRATED
CIRCUITS
FireMicroprocesso1r FAIRCHILO

D 16 Bit Microprocessor Family

D CPU, Microcomputer, IVlinicomput1ar
D Fully Supported with Fire Software

FIRE COMPUTERS The FIRE Family

FIRE SOFTWARE
(f.l.lACHILD IHTEOR.I.TED REAL-TIME EXECUTIVE)
A set of computer boards has been developed to meet a broad

=r~
range of data-processing "equ1rements tor 1mmed1ate appll-
cat1on 1n users' syste'Tls:
M...CROLOGlC
BIT-SLICE MICAOl't!OCESSOA
• SPARK-16 for small, i,Jw-cost memory requirements

•
GLOW-16 with NOV~.*1200 capabilities for larger, low-
cost memory needs.

BLAZE-16 with NOV.t1*3 capabilities

formance requirements.
for large, high-per·
SP.1.Al<-11
SINGLE-110.1.RO IIIIICROCOMPUTEA
GLOW-16
SINGLE-80 ...RO MINICOMPUTER
(Hov....1200 PEIIFORM ...NCE)
I
I,
MICAOPAOGA ...MM.l.8LE MINICOMPUTER
(NOV ...-3 PERFORM ...NCE)

Instruction execution t1me:sare given in Table 1 for both the

FIRE family and the NOVA* computers.
\ L-><1
SPARK-16 Microcomputer Board GILOW-16 Minicomputer Board BLAZE-16 Minicomputer Board Set
SPARK-16 1s a double-sided 8" x 10" pc board designed asa The FLAME-16 board 1s a 16-bit bipolar minicomputer with BLAZE-16 1s a 16-bit microprogrammed minicomputer, im-
vehicle for evaluating the 9440 M!CROFL1~ME CPU It may NOVA* 1200 capabilities, including up to 32K words of mem- plemented with the Macrolog1c b1t-sl1ce microprocessor set
also be used as a stand-alone m1crocompu1er for appl1ca- ory The 15" x 15" board incorporates the following func- It is compatible with the NOVA• 3, as well as the 9440 MICRO-
t1ons that require small amounts of memory !t includes the t101s FLAME microprocessor, and executes the same instruction
following set Implemented on two 15" x 15" pc boards, BLAZE-16
tt 16-bit wide MICROFLAME CPU includes the subsystems listed on page 13
• 16-bit 9440 MICROFLAME CPU
•• 32.768 words of main memory using 93481 4K bipolar Board 1 - BLAZE-16/C
• 4K words of bipolar dynamic RAM 193481sl dynamic RAMs {will be replaced by the 93483 16-bit
RAMs when they are ava!lable1
• Macrolog1c m,croprogrammed CPU
• 2K words of autoload PROM I loaded with the FIREBUG
• Memory control logic
Autoload programl tt Memory parity logic
• A 16K word memory array (using 93481 4K x 1 RAMs!
• Memory parity logic
• Memory control with OMA capability it Memory control logic implemented in MSl/SSI form
• Memory mapping logic (up to 256K words address1ng1
using the same !ogic as the new 9441 LSI c1rcu1t
• Autoload logic and FIREBUG PROMs
• Logic for a serial port- current loop !TTY! or RS232C
• Input/Output bus converter
interface 1t Input/output control logic implemented with MSI/SSI
using the same logic that will be available 1n the new
Board 2- BLAZE-16/M
• 100-pin edge connector with the 9440 bus 9442 1/0 bus controller LSI
• A 16K word memory array {using 93481 4K x 1 RAMs!
• Connector for TTY/RS232C '' Front-panel console interface for both conventional
• TTY/RS232C interface logic
FOCVS-XVI and hand-held ITHERMOSTATlconsoles
• High-speed paper tape reader/punch interface logic
• Control switches and display {Autoload, Continue, Hatt,
• ReaH1me clock
Reset: '' Autoload logic and FIREBUG PROMS (2K x 161
The BLAZE-16 CPU can essentially bed1v1ded into two maJor
SPAAK-16 requires only a single 5 V, 4.5 A supply and a TTY parts- a 16-b1t-w1de data path and a microprogram control.
or CRT terminal When the Reset and Autoload switches are The data path consists of fou r9405A arithmetic logic register
activated, FIREBUG provides a system ready to accept com- FOCVS XVI and Thermostat stacks. each with eight registers/accumulators, and tour
mands 1nteract1vely from the terminal. Similar PROM resi- Tl,e FOCVS XVI computer box features a 9-slot chassis, 9404 data path switches. A 9408 i3L microprogram sequencer
dent programs. such as BABY BASIC, will be available as regulated power supply and a front-panel computer console controls the 1024-word by 48-bit microprogram, which re-
optional replacements for FIREBUG PROMs It 1s attractively designed for stand-alone use or to fit into a sides in twelve 1024 x 4 RO Ms In addition to the basic FIRE
standard RETMA rack on chassis slides. The front panel instruction set, the BLAZE-16 microprogram handles the
console latches and displays the data and address, it has multiply and d1v1de 1nstruct1ons and the stack handling oper-
control switches for exam1rnng the memory and accumulator ations It includes a self-test routine and 15 operator-console
contents. for depositing data and tor setting hardware break- routines. About 70% of the microprogram memory 1stree for
points. Lights and control switches are also provided for user m1croprogramm1ng and future instruction-set expan-
e,:amin1ng and debugging the microprogram when FOCVS 1s sion. BLAZE-16 operates in a pipeline mode with a 200 ns
used with BLAZE-16. The chassis accommodates up-to-nine m1crocycle A 16-b1t-w1de b1d1rect1onal bus, common to al!
standard 15" x 15" pc boards including GLOW-16, BLAZE- peripheral devices as 1s tha1 of the 9440-based system, trans-
rn, and the NOVA-compatlble controller and interface fers both addresses and data between the CPU and main
boards. The THERMOSTAT is a hand-held console designed memory. The memory arrays are designed to accommodate
for use 1n MlCROFLAME-based systems without front-panel the 93483 16K x 1 bipolar RAMs, which expands BLAZE-16 to
console control a 128K-word minicomputer system

FIRE and NOVA* Computers Instruction Execution Times FIRE Software Package
SPEED IN MICROSECONDS PROGRAM FUNCTION
9440 FIRE-LOAD Absolute binary tape loader
SPARK-H> FIRE DIAGNOSTICS Hardware diagnostic programs
INSTRUCTION BLAZE-Hi NOVA• 3 GLOW-16 NOVA 1200 FIREBUG Interactive entry and debugging program
"' 'b' '" FIRE-EDIT Text editor
Load Accumulator 10 1 1~ 2 0 241 2 55 FIRE-SYMBUG Symbolic debugger
Store Accumulator 10 11-20 3 66 255 FIRE-BASIC Extended BASIC interpreter
ISZ. DSZ 14 16 - 2 4 366 3 15 BABY BASIC PROM resident expandable BASIC interpreter
Jump 06 0 7- 10 125 135 FIRE-ASM Relocatable code assembler
Jump to Subroul1ne 12 10 - 12 125 135 FIRE-MACRO Macro assembler
Add 10 0 7- 10 125 135 FIRE-XREF Cross-reference assembly lister
Sublract 10 0 7 - 10 125 1 35 FIRE-RELOAD Relocating loader
And 10 0 7 - 10 125 1 35 FIRE-LIBE Library of relocatable utilities
Move 10 0 7 - 10 125 1 35 FIRE-REX Real-time executive for multi-tasking
+ Skip 0 03 125 1 35 FIRE-FDOS Floppy diSCoperating system
liO Input 16 20-22 2 08 255 FIRE-IDOS Interactive disc operating system
1/0 Output 16 20-22 2 08 315 FIRE-FORTRAN FORTRAN 77 compiler
FIRE-PASCAL PASCAL compiler and run time interpreter
,a1 Oscillator frequency-10 MHz. memory l~e<ldcycle - 400 ns FIRE-STOIC STOIC compiler and run time interpreter
,bl Minimum for semiconductor memory, mcx1rnum ior 16K core
lei Oscillator irequency-12 MHz, Memory 3usy < 120 ns Manufactured in U.S.A.
* Registered Trade Mark of Data General Ltd.

136
CALL COMWA,r MICROSYSTEMS ...(0344)55333
 INTEGRATED
CIRCUITS
F=AIRCHILD Consumer
& Special J

D Radio & TV Circuits

D Amplifiers & Arrays
CJ Timers and Controllers

CONSUMER CIRCUITS
AUDIO POWER AMPLIFIERS
Power Power Power
Supply Speaker Power Supply Speaker Power Supply Speaker Power
DEVICE Vollage Impedance Output DEVICE Voltage Impedance Output DEVICE Voltage Impedance Oulput
NO Features V !! W NO. Features V fl w NO. Features V W

TBA641A12 TBA8100AS Thermal shutdown over 144 40 60 TDA2002 Thermal shutdown. over 16 20 10
voltage protect,o~----- pro1ect1on, short 14 4 20 80
TBA641811
protection 14 4 40 50
TBA820 Low power supply operation- 12 80 20 ---· ------
TBA800 Suitable for 24 V supply 24 16 50
suitable for battery 90 80 12 TDA2002A Thermal shutdown 16 20 10
operat1~'.:1..'.~-· ~ operation 40
60 0 75 short c1rcu1t protection 144 20 80
TBABOOA Suitable for 24 V suppl}" 24 16 50 35 40 _?~ 144 40 50
opera~~~-
TBA820l Low power supp1y operation- 12 80 20 µA706A High current capab1l1ty 40 22
------ - ----
T8A810S Thermal shutdown suitable for batterv 90 80 12
!::_~7068__ ~~?h c~rr_:_nt capab_~l1ty 14 40 55
operation 60 40 0 75
TBA810AS Thermal shutdown
35 40 0 22 µA783 Thermal shutdown 'operation 24 80 90
TBA810DS Thermal shutdown over 14 4 40 6.0 from 4 0 to 30 v1
voltage protection

RADIO-AUDIO CIRCUITS
IF, RF Amplifiers, Gain IBlocks, Detectors, Decoders

DEVICE NO Descriplion DEVICE NO. Description DEVICE NO Descripl1on

1JA703 .. _µA7~3 ____ FM Gam Block----·----- _

_!'~7~0 __ AM Radio C1rcu1t 1RF, Converter. IFI µA7~7___ Gain Controlled IF Ampl1f1er µA2136 FM IF L1m1ter Detector
------------ --------i
1,A721 AM 1 FM IF Ampll11er, FM L1m1ter µA75!____!'1:l Stereo D~~ode_c -------t µA3075 FM IF L1m1ter Detector
Detector
µA767 Stereo Decoder 1,A3089 FM IF L1m1ter Detector
pA732 Stereo Decoder
Preemplifiers
µA733 Diff V1d•~OAmp

µA739 Dual Audio Preamplifier

µA749 Dual Audio Preampl1f1er

TELEVISION CIRCUITS
DEVICE NO. Description DEVICE NO. Description DEVICE NO. Description

TAA630S _Chroma Demodulator_ TBA990 Chroma Demodulator µA787 Chroma Processor

1-----:!!!~~10 C~rom~ Processor __ µA788 Chroma Demodulator--

,_T_D_A_11_9D_+-T_V -~<=:_~~d
System
Chroma Demodulator DC Tint Control
TBAS~O__ I-----+-----·---
,_T_D_A_1_19_Dz_,_Tv
__Sou~~-~~-rn---~
µA796 Double Balanced Modulator,
i----·TBA530 RGB Matrix Preampl1f1er TDA2510 Chroma Combination
---- I------+--- - ----·- Demodulator
TBA540 Reference Combination TDA2521 Chroma Demodulator
µA1391 Horizontal Processor
TBA560C Luma & Chroma Control µA746 Chroma Demodulator
Combmat1on 1-------;-- '+ F-~~~~-----
µA780 PLL Chroma Subcarner µA 1394 Horizontal Processor
TBA920 Horizontal Oscillator Regenerator __ 1 - Flyback1 __
f----------->-----------'-----··- -----,
TBA920S Horizontal Oscillator µA781 Ga111Controlled Chroma µA3064 Automa~c-~1~e __:::.~~
l--------+------------
TBA970 Video Amplifier Ampl1f1er µA3065 Sound IF

SPECIAL FUNCTIONS
OEVtCE NO Description DEVICE ND. Description

µA742 Zero Crossing ac Trigger T ngac µASSS

µ~73~_0__ +--_G_rn_,_nd Faull Detector µA556 Dual Timer

µA7391 2 oA Mo~-s~,::d c_o_n_tco_l

___ _ µA2240 Programmable Timer-Counter

µA7392 300 mA Motor Speed Control

ARRAYS
.. !
i, ii .
"[ 1!!: C ~

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z 0 C
:, -a Qg z ~ ::,
.5;: •> ti; "O -0 0
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;f_ ! ] !: > 0 !; ~ 2~
"
µA726 Temp Controlled 40 30 5.0 50 µA3039 Quad Plus 10 10
D1ff Pair Two Diodes
1-----,---
µA3018 Matched Transistor 20 15 50 50 µA3045 D1ff Pair Plus 20 15 5.0 so
Array Three Transistors
1---+---------- -- --~- ----+-+-+-+--+--
µA3018A Matched Transistor 20 15 5.0 50 µA3046 D1ff Pair Plus 20 15 5 0 so -
Array Three Transistors
µA3019 Diode Array - 1.0 µA3054 Dual D1ff Amp 20 15 50 so
20 15 5.0 50 Transistor Array
µA3026 Dual Oiff Amp
Transistor Array µA3086 Diff Pair Plus 2015505010
Dual Darlington 30 15 5.0 50 Three Transistors
µA3036
Transistor Array
Manufactured in U.S.A.

137
CALL COMWAY... (0344) 24765 orTELEX 847201
 INTEGRATED
CIR
!VoltageRegulators FAIRCHILD

[::J Positive and Negative

[_---:J Fixed and Adjustable
D Choice of Package

VOLTAGE BEGULATORS (BY OUTPUT CURRENT)

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Fixed Positive 100 mA Fixed Positive 1.0 A

µA78L26 26 C. V 100 50 43 55 4 8 to 35 22 T0-39,T0-92 µA7805 50 M 50 50 68 60 80to35 30 T0-3

µA78L05 50 C. V 150 60 41 55 7 2 to 35 22 T0-39,T0-92 µA7805 50 C 100 100 62 80 7 5 to 35 25 T0-3.T0-220
µA78L62 62 C. V 175 80 40 55 8 4 to 35 22 T0-39 T0-92 µA309 50 C 50 100 -- 10 - - T0-3

pA78L82 82 C V 175 80 39 55 104 to 35 22 T0-39, T0-92 µA109 50 M so 100 10 T0-3

µA78L09 90 C V 188 90 38 55 11 2 to 35 22 T0-39.T0-92 µA209 50 V so 100 10 - -- T0-3
pA78L 12 12 C V 250 1(1(' 37 60 14 2 to 35 2.2 T0-39. T0-92 µA7806 60 M 60 60 65 60 90to35 30 T0-3
µA78L 15 15 C V 300 150 34 60 1721035 22 T0-39.T0-92 µA7806 60 C 120 120 59 80 8 5 to 35 25 T0-3,T0-220
µA78L18 18 C V 300 170 33 60 20 2 to 40 2 2 T0-39, T0-92 µA7808 80 M 80 80 62 60 11 to 35 30 T0-3,T0-220
,,A78L24 24 C. V 300 200 31 60 26 2 to 40 22 T0-39,T0-92 µA7808 80 C 160 160 56 80 10 5 to 35 25 I T0-3, T0-220

Fixed Positive 500 mA µA7885 85 M 85 85 60 60 11 5 to 35 30 T0-3

µA7885 85 C 170 170 54 80 11 to 35 25 T0-3,T0-220
,,A78MD5 50 M 50 5C 62 60 8 Oto 35 2 5 T0-39
µA7812 12 M 120 120 61 60 15 10 35 30 TO·J
,,A78MD5 50 C 100 10C 62 60 7 5 to 35 2 5 T0-39.T0-220
µA7812 12 C 240 240 55 80 14 5 to 35 25 T0-3.T0-220
1,A78C05 50 M 100 50 62 60 8 Oto 35 3 ,J T0-220
µA7815 15 M 150 150 60 60 18 to 35 30 T0-3
µA78MD6 60 M 60 EC 59 60 9 Oto 35 2 5 T0-39
1,A78M06

1,A78C06
60
60
C

CV
' 100
100
1?C
EC
59
59
60
60
8 5 to 35
9 Oto 35
2 5
3 J
T0-39.T0-220
T0-220
µA7815

µA7818
15
18
C
M
300
180
300
180
54
59
80
60
17 5 to 35
21 to 35
25
30
T0-3 T0-220
T0-3

µA7818 18 C 360 360 53 80 20 5 to 35 25 T0-3 T0-220

~~08 80 M 60 EO 56 60 11 to 35 2 5 T0-39
-- -- µA7824 24 M 240 240 56 60 27 to 40 30 T0-3
pA78M08 80 C 100 16C· 56 60 10 5 to 35 2 5 T0-39.T0-220
µA7824 24 C 480 480 50 80 26 5 to 40 25 T0-3 T0-220
i-.A78C08 80 CV 100 8C 46 60 11 to 35 3 J T0-220
,,.A78C10 10 C 100 55 13 to 35 :3,J T0-220 Fixed Negative 1.0 A
10C 60
µA78M12 12 M 60 120 55 60 15 to 35 2 5 T0-39 µA7905 -5 0 M 50 50 54 20 -7 8 to -35 28 TO-:l

uA78M12 12 C V 100 24C 55 60 14 5 to 35 2 5 T0-39,T0-220 µA7905 -5 0 C 100 100 54 20 -7 3 to -35 23 T0-3,T0-220

1,A78C12 12 C 100 120 46 60 15 to 35 3 J T0-220 µA7906 -6 0 M 60 60 54 20 -8 8 to -35 28 T0-3

1,A78M15 15 M 60 15(' 54 60 18 to 35 2.5 T0-39 µA7906 -6 0 C 120 120 54 20 -8 3 to -35 23 T0-3,T0-220

1,A78M15 15 C 100 30(' 54 60 17 5 to 35 25 T0-39 T0·22(1 µA7908 -8 0 M 80 80 54 20 -10 8 to -35 28 T0-3

µA78C15 15 C 100 150 46 60 18 to 35 30 T0-220 µA7908 -8 0 C 160 160 54 20 -10 3 to -35 23 T0-3,T0-220

µA78C17 17 C 100 170 52 60 20 to 35 30 T0-220 µA7912 -12 M 120 120 54 30 -14 8 to -35 28 T0-3
µA78C18 18 C 100 180 46 60 21 to 35 30 T0-220 µA7912 -12 C 240 240 54 30 -14 3 to -35 23 T0-3.T0-220
µA78M2D 20 M 60 200 53 60 23 to 40 25 T0-39 µA7915 -15 M 150 1SO 54 30 -17 8 to -35 28 T0-3
µA78M20 20 C 100 400 53 60 22 5 to 40 2.5 T0-39,T0-220 µA7915 -15 C 300 300 54 30 -17 3 to -35 23 T0-3.T0-220
µA78C20 20 C 100 200 46 60 23 to 40 3.0 T0-220 µA7918 -18 M 180 180 54 30 -20.8 to -35 28 T0-3
µA78C22 22 C 100 220 53 60 24 5 to 40 25 T0-220 11A7918 18 C 360 360 54 30 -20 3 to -35 23 T0-3,T0-220
µA78M24 24 M 60 240 50 60 27 to 40 2.5 T0-39 l-"A7924 24 M 240 240 54 30 -26 8 to -40 28 T0-3
µA78M24 24 C 100 480 50, 60 26 5 to 40 2.5 T0-39,T0-220 pA7924 24 C 480 480 54 30 -26 3 to -40 2.3 T0-3,T0-220
µA78C24 24 C 100 240 46: 60 27 to 40 30 T0-220 Fixed Pos1hve 2.0 A
Fixed Negative 500 mA µA78CB 13 8 C 150 ' 150 50 80 17 to 25 25 T0-3,T0-220
µA79M05 -5 0 M 50 100 54 2.0 -7 5 to -35 2 5 T0-39 Fixed Positive 3.0 A
µA79M05 -5.0 C 50 100 54 2.0 - 7 3 to -35 23 T0-39 SH123 50 M 25 100 - 20 7.5 to 20 25 T0-3
µA79M06 -6 0 M 60 120 54 20 -8 5 to -35 25 T0-39.T0-220
SH223 50 M 25 100 - 20 7 5 to 20 25 T0-3
µA79M06 -6.0 C 60 120 54 20 -8.3 to -35 23 T0-220 SH323 50 C 25 100 - 20 7 5 to 20 25 T0-3
µA79M08 -8 0 M 80 160 54 20 -10 5 to -35 25 T0-39
Fixed Pos1t1ve5.0 A
µA79M08 -8.0 C 80 160 54 20 -10 3 to -35 23 T0-39.T0-220
µA78HD5 50 C. M 120 50 60 10 8.5 to 25 3.5 T0-3
µA79M12 -12 M 80 240 54 1 3 0 -14 5 to -35 25 T0-39
µA7aHo5A' 50 C, M 25 50 60 10 7 8 to 2 5 23 T0-3
µA79M12 -12 C 80 240 54 I 3 0 -14 3 to -35 2.3 T0-39.T0-220
-15 M
µA78H12 12 C - 120 60 10 15 5 to 25 35 T0-3
µA79M15 80 240 54 30 -17 5 to -35 25 T0-39
µA79M15 -15 C 80 240 -17.3 to -35
µA78H15 15 C 30 30 60 10 18 5 to 25 - T0-3
54 30 23 T0-39,T0-220
µA79M20 -20 M 80 300 54 35 -22 5 to -40 25 T0-39 Fixed Positive 10 A

µA79M20
µA79M24
-20
-24
C
M
80 300 54 i 3 5 -22 3 to -40 23 T0-39,T0-220 I
µA78P05
2
' I 50 I C I 25 j 50 I 60 10 7 5 ,o 40 I 2.5
80 300 54 35 -26 5 to -40 25 T0-39 1unct1on temperature range
0°c to -125"C V = Veh,cular & Industrial temperature range
µA79M24 -24 C 80 30C 54 35 -26 3 to -40 23 T0-39,T0-220
-ss"C to ~,so c 0

2 To be announced
Manufactured in U.S.A.

138
CALL CO~/IWAY.
... (0344) 24765 or TELEX 847201
 INTEGRATED CIRCUITS
FAIRCHIL..C
Voltage Regulators

D Positiveand Negative
D Fixed and Adjustable
D Choice of Package

VOLTAGE REGULATORS (BY OUTPUT CURRENT) (Cont'd)

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Positive Adjustable Negative Adjustable

µA105 12 4.5 to 30 M 0.06 0.1 10 2.0 85to50 30 µA104 25 -0 015 to -40 M 01 SmV 1.0 50 -8 Oto -50 2.0
µA305 12 4 5 to 30 C 0 06 0.1 10 20 8 5 to 40 30 µAJ04 25 -0.035 to -30 C 0 1 SmV 10 50 -8 o to -40 20
µA376 25 5.0 to 37 C Q.1 I 0.5 10 ' 2 5 9.0 to 40 3.0 µA79MG 500 -2 23 to-30 M 10 10 50 2.5 -70 to -30 25
µAJOSA 45 4 s to 4olc 006 04 20 8 5 to 50 30 µA79MG 500 -2 23 to -30 C 10 10 1 50 25 -7 o to -30 2.3
µA723 150 2 0 to 37 iM 03 0 15 58 ' 3 5 95to40 30 µA79G 1000 -2 23 to-30 M 10 2.0 50 20 -7 Oto -40 2.8
µA723 150 2 0 to 37 C 05 02 58 4.0 9.5 to 40 30 µA79G 1000 -2.23 to -30 C 10 20 50 20 -7 o to -40 23
µA78MG 500 5 0 to 30 M 10 10 62 50 7 5 to 40 3.0
µA79HG 5000 -2.25 to -24 C,M 1.0 10 50 50 -7 Oto -40 20
µA78MG 500 5.0 to 30 C 10 10 62 50 7 s to 40 25

~.G 1000 5 0 to 30 M 10 1 0 , 68 50 7 5 to 40 25 Adjustable Switching Regulator

µA78G 1000 5 Oto 30,C 10 1.0 62 50 7 5 to 40 30 µA78S 1500 -1 3 to -401M 100 20 -2 5 to -40
µA78HG 5000 5 o to 24fc 1 1o 10 60 10 j 8 5 to 25 35 µA78S 1500 -13to..:4oC 100 20 -2 5 to -40
SH1605 121 5000 2.0 to 20 C 30 5.0to40

VOLTAGE COMPARATORS

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Voltage Comparator
µAF111 IFET Front End Inputs! 0.05 0 000025 40 200K +36 200 M

Voltage Comparator
µAF211 IFET Front End Inputs! 0 05 0 000025 40 200K •36 200 A

Voltage Comparator
µAF311 IFET Front End lnputs1 0 15 0 000075 10 200K +36 200 C

Voltage Comparator (Strobed

µA111 Inputs, Single Supply, Low le) 01 0 04 07 200K 0, t5 to +15 200 M

Voltage Comparator (Strobed

µA21t Inputs, Single Supply. Low teJ 0 1 0 04 0.7 200K O, +5 to :!-15 200 A

Voltage Comparator (Strobed

µA31t Inputs. Single Supply, Low Isl 0.25 0 06 20 200K 0, +5 to ±15 200 C

Quad Comparator (Single +1 to* 18, gnd to +2

µA139 Supply, MAR incl gndl 01 0025 50 200K or gnd to +36 1300 M

Quad Comparator (Single +1 to ±18. gnd to +2

µA139A Supply, MAR incl. gndl 01 0.025 20 200K or gnd to +36 1300 M

Quad Comparator (Single ! 1 to t18, gr;a to +-2

µA239 Supply, MAR incl. gndl 0 25 0 05 50 200K or gnd to +36 1300 A

Quad Comparator (Single ~1 to ±18, gnd to +2

µA239A Supply, MAR me!. gndl 0 25 0.05 2.0 200K or gnd to +36 1300 A

Quad Comparator (Single ±1 to +18. gnd to +2

µAJ39 Supply, MAR incl gndJ 0.25 0 05 50 200K or gnd to +36 1300 C

Quad Comparator (Single ±1 to -1:18,gnd to +2

µA339A Supply. MAR incl gndJ 0 25 0 05 20 200K or gnd to +36 1300 C

µA710 Voltage Comparator 20/25 3.0/50 20/5 0 1 75K + 12.-6 40 M.C

µA711 Dual Comparator 75/100 10/15 35/5 0 1 SK +12.-6 40 M,C

Prcc1s1on Comparator
µA734 !Low Onft -3.SµVl°Cl 0.15 0.025/0.05 5013.0 25K :::5 to -:+15 200 M,C

High Speed
µA760 01fferent1al Comparator 60 75 60 SK ±4 5 to ±6.5 25 M,C

Quad Comparator (Single ±1 to ±18, gnd to +2

µA775 Supply, MAR inc! gndl 03 0 07 9.0 200K or gnd to +36 1300 M,C

Quad Comparator (Single ±1 to ±18, gnd to -1-2

µA2901 Supply, MAR incl. gndl 0 25 0 05 7.0 200K or gnd to +36 1300 A

Quad Comparator (Single +1 to ±18, gnd to +2

µA7302 Supply, MAR incl !=Jndl 0.1 0.03 50 200K or qnd to +36 1300 C

Measured at TA - 25°C 3 M - Mll,tary ter1peraturerange. -55°C to~ 125°C. A - Automotive temperature range. -40°C to +85"C.
' Response time 1sspec,f1edfor 100 mV step input with 5 0 mV overdrive C Comrrerc1altemperature range. 0°C to +70"C
Manufactured in u.sA I
139
CALL COMWAY... (0344) 24765 orTELEX 847201
 UITS
I OpAmps FAIRCHILD

D Single, Dual & Quad

D High Speed, & High Gain
D FET Input

Olf>ERATIONAL AMPLIFIERS
OPERATIONAL AMPLIFIERS-COMMERCIAL (0°c TO +70°C)

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µA301A General Purpose Op Amp 7.5 30 50 250 + 12 +30 25K 10 50 0.5 _-t-18 30

µA302 Voltage Follower 15 30 30 +:10 -- 0 9985 10 1.0 10 -t-12 -±-18 55

µA307 General Purpose Op Amp 7.5 30 50 250 ±15 +30 25K 10 5.0 0.5 ±3 t18 30

µA308 Super Beta Op Amp 7.5 30 1.0 70 ± 13.5 +Q 5 15K 10 10 0.3 ±5 -±-18 08

µA308A Super Beta Op Amp 0.5 5.0 1.0 7.0 '13.5 ±0.5 SOK 10 1.0 03 ±2 +20 08

µA310 Voltage Follower 7.5 70 ±10 0.999 20 1.0 30 .+cs '18 55

µA318 High Speed Op Amp 10 200 500 ±11.5 ±10 25K 15 60 50 +5 +18 10

µA324 Quad Op Amp 7.0 50 250 f13.-Vs ±32 25K 10 12 0.5 +5 +32 20

µA348 Quad Op Amp 6.0 50 200 +12 ±36 25K 10 50 0.5 ±5 + 18 4.5

µAF355 FET Input Op Amp 10 0.05 0.2 ±10 ±30 SOK 2.5 5.0 ±5 +18 40

µAF356 FET Input Op Amp 10 0.05 02 ±10 +30 SOK 50 12 _qg 10

µA702C W1deBand de Amp 50 10 2000 7500 -4, + 0.5 ±5 2K 30 3.5 3.5 +6.-3 +14.-7 67

µA709C High Pert Op Amp 7.5 500 1500 ±8 ±5 15K 1.0 50 0.3 ±9 +:18 29
µA714C High Pert Op Amp 0 15 1.8 60 70 ±13 ±30 1.2 5.5 0.25 + 22 5.0

µA714E High Pert Op Amp 0 075 13 3.8 40 :'13 ±30 12 60 0.25 ±3 ±22 40

µA714L High Pert Op Amp 0 25 30 20 30 -J:-13 ±30 1.2 50 0.25 ~1a 60

µA715C High Speed Op Amp 7.5 250 1500 +10 ±15 10K 65 5.0 100 • 18 10

µA725C Instr Op Amp 2.5 35 125 +13.5 ±22 250K 1.0 50 +:22 3.0
µA725E Instr Op Amp 05 2.0 5.0 75 ± 13.5 ±22 1000K 1.0 5.0 ~22 3.0

µA727C Temp Controlled Otff Amp 10 1.5 25 75 •12 +15 0.06K 10 0.001 ±9 +13 57

µA730C D1fferent1al Amp 5.0 3.0 16 +3 5 ±5 0.1K 1.5 f6 +14 13

µA740E FET Input Op Amp 100 03 20 + 10 +.30 25K 30 5.0 6.0 +5 ±22 8.0

µA741C Freq Comp Op Amp 6.0 200 500 -±-12 +30 20K 1.0 5.0 0.5 +5 ±18 28

µA741E Freq Comp Op Amp 3.0 15 30 80 +12 +30 SOK 1.0 5.0 0.7 ±5 t22 3 75

µA747C Dual Freq Comp Op Amp 6.0 200 500 -±12 +:30 20K 1.0 5.0 0.5 ±5 +1a 5.6

µA747E Dual Freq Comp Op Amp 3.0 200 500 t12 t30 20K 1.0 5.0 0.5 +5 ±18 4.25

µA748C High Pert Op Amp 6.0 200 500 +12 +30 20K 1.0 50 05 ±5 +18 28
uA771 Ouad Fet Input Op. Amp 5 10 typ 0.05 0.1 ±11 ±30 25K 3.0 typ 25 13 typ +s +18 3.0 0
uA772 Ouad Fet Input Op. Amp 5 10typ 0,05 0.1 ±11 +30 25K 3.0 WP 25 13 typ +5 +18 3.0 0
uA774 Ouad Fet Input Op. Amp 5 10 typ 0.05 0.1 ±11 +30 25K 3,0 typ 25 13 typ +5 +18 3.0 0
µA776C Multi-Purpose Proq Op Amp UsET 15 µAl 6.0 25 50 :f 10 ±30 SOK 1.0 20 0.8 ±1.2 ±18 0.19
µA776C Multi-Purpose Prog Op Amp (lsET -=- 1.5 µAl E.O 6.0 10 · 10 '30 50K 0.2 0 12 0.1 ±:1 2 ±18 003
µA777C Prec1sron Op Amp 7.5 50 250 '12 '30 25K 10 50 05 +20 2.8
µA791C Power Operational Amp 6.0 200 500 •30 20K 10 1080 0.5 ;-5 t18 25
µA798C Dual Op Amp 60 50 250 •36.-Vs ·30 20K 10 60 05 f5 +36 4.0 0
µA1458C Internally Comp. High Pert Dual Mono Op Amp 6.0 200 500 '12 •30 20K 10 50 05 •5 •18 2.9 0
µA3401 Quad Single Supply Amp - - - 300 -- 1K 5O 10 0.6 +5 ±9 10 o
----------+--·--+----t---f---+-----+---+---f---+---+---+---+---1---+---I
µA3403 QuadOpAmp 80 -- 50 500 •13.Vs ·30 25K 1.0 5.0 06 +5 +18 70 O
µA4136 Quad Op Amp 60 - 200 500 '12 +36 20K 30 50 12 •_5 '18 10 O
~1A4558 Dual Op Amp 60 -- 200 500 1 12 '36 20K 3O 5O 12 +5 • 18 5O o

• M1l1tary automotive and industrial range devices are available Please request specific data

Manufactured in U.S.~.

140
CALL COMWAY... (0344) 24765 orTELEX 847201
 INTEGRATED
CIRCUITS
FAIRCl-tlLO Interface

D Line Drivers/Receivers
D Display and Peripheral Drivers
D Translators, Connectors and Sense Amplifiers

LINE DRIVERS/RECEIVERS/TRANSCEIVERS

--------------...,..-,--.,.........,....& f..
e:•
~------------------..--
LINE DRIVERS
t ,.. j
ci
z -
-_-.:t
..

iL: i
i .:. ir
.. i 1 1: l
; 1~
!i:
i
C
~i
Ut.
Q,
t.
a>f la:l
1'"'
,,t. i
t••~ e la;;i _c li
w 0
u S ,._f• i
5 __ 'Sc • ~> .. • e
~ !!!;: c l 0 · ..i
&e_~.. ;e:
0 I i u ~a: u ~ Sa - :. j§
µA1488 Quad µA1489 TTL Volt Smgle .±10 220 --±:15 - 4 10192 Quad All ECL ECL Volt Single 16 30 -5 2 510 4
Ended Logic Ended

54fl437 Quad 2- Aay TTL Volt Smgle 48 10 +5.0 108 4 548/ Dual 2- Aay TTL Volt Single 40 40 +5,0 88 2
NAND TTL Ended 74$140 NAND TTL Ended
54/7438 Quad 2- 96106 TTL Volt Single 48 13 +5 0 98 4 54LS/ Octal In- Any TTL Volt Single 40 12 +5.0 175 8
NANO Ended 74LS240 verting TTL Ended
Bus Dvr
54/7440 Dual 2- Any TTL Volt Single 48 11 +5 0 52 2
NAND TTL Ended 54LS/ Octal Any TTL Volt Single 40 12 +5.0 180 8
74LS241 Bus Dvr TTL Ended
54H/74H40 Dual 2- Any TTL Volt Smg!e 48 70 +5 0 88 2
NANO TTL Ended 54LS/ Octal Any TTL Volt Single 40 12 +5.0 180 8
74LS244 Bus Dvr TTL Ended
54S/74S40 Duat 2- Any TTL Vott Single 48 4.0 +5.0 88 2
NANO TTL Ended 54LS/ Octal 3S Any TTL Volt Single 40 12 +5 0 175 8
12 74LS540 Inverting TTL Ended
8T13 Dual 8T14 TTL Volt Single 250 20 +5 0 280 2
Ended 54LS/ Octal 3S Any TTL Volt Single 40 12 +5 0 180 8
74LS541 TTL Ended
8T23 Dual 8T24 TTL Volt Single 250 12 20 +5.0 280 2
IBM-370 Ended 55/75109 Dual 75107, TTL Curr D1ff 60 9.0 ±5.0 180 2
0-----+- 75108
9009 Dual 2- Any TTL Volt Single 48 10 +5 0 54 2
NANO TTL Ended 55/75110 Dual 75107,
75108 TTL Curr D1ff 12 go +so 2ss 2
,_96_12
__ +_D_u::cal:___+9:_:6-"13:___+T_:_Tc_L-+-V:_:o_:_ll+=-D-",ff--l--CC50-+-_14-l---+5'-0-+-1-5_0+--'--12
55/75121 Dual 75122 TTL Volt Single 250 12 20 +5.0 280 2
9614 Dual 9615 TTL Volt Diff or 40 16 +5.0 170 2
Ended
S1ngle
75123 Dual 75124 TTL Volt Single 250 12 20 +5.0 280 2
9616 Triple 9617, TTL Vo!t Single 17 300 ±12 250 3
IBM-370 Ended
RS232 9627 Ended
75150 Quad 75154 TTL Volt Single 15 20 ±t2 100 2
9621 Duaf 9622 TTL Volt D1ff or 20 10 +5 0, 100 2
DTL Ended
Single +15
96101 Quad 2- 96106 TTL Volt Single BO 13 +5 0 98 4
9634 Dual 9637A TTL. Volt 01!1 ±50 10 +50 200 2
NANDOG Ended
CMOS
100123 Hax All 95K EGL Volt Single 20 18 -4.5 730 6
9636 Dual 9637A TTL, Volt Single ±75 - ±9.0 to 200 2
Bus Dvr and 100K Endad
CMOS Ended ±15
EGL
9638 Dual 9637A TTL Volt D1ff ±50 10 +5 0 - 2
100194 Qumt AU 100K EGL Volt - 20 -4.5
10123 Triple All 10K EGL Volt Single 20 30 -5 2 312 3 Duplex EGL
Bus Dvr EGL Ended Bus Dvr

I. OC "' open collector. 3S =J-stata

2. Foldbeck current limited

LINE RECEIVERS

ci
iC
z .2
w
u
~0 u
l
µA1469 Quad AS232 µA1488 TTL +0.5 +30 025V 220 - - 4 10116 Tnple Alt EGL EGL VREF +2.0 No 1.9 -5 2 75 3
Logic
µA1489A Quad RS232 µA1488 TTL +0.5 ±30 1.0V 25 -
55/75107 Dual 75109 TTL ±25 ±3.0 No 17 .±5.0 130 2
8T14 Tnple 8T13 TTL +50 Yas 20 +5.0 315 3
75110
6T24 Triple IBM-370 BT23 TTL +50 Yes 20 +5.0 315 3 No 19 .±5.0 130 2
55/75108 Dual 75109 TTL ±25 ±3.0
... 2 Tnplt! AU EGL EGL VREF ±1 0 No 2 2 -5.2 250 3 75110
Logic 75121 TTL +5 o Yes 20 +5.0 315 3
55/75122 Triple
9613 Dual D1ff 9612 TTL ±0.5 +15 No 25 +5 0 143 2
75124 Triple IBM-370 75123 TTL +50 Yes 20 +50 315 3
9615 Dual Dtfl 9614 TTL ±1.0 ±15 No 30 +50 150 2
75154 Quad AS232 75150 TTL. 2.2 .±15 Yes 22 +5.0 200 4
9617 Trip le RS232 9616 TTL +1 5 +25 Yes 60 +5.0 60 3 OTL +12

9620 Dual Diff 9621 TTL ±0 5 ±15 No 35 +5.0 110 2 75207 Dual 75109 TTL ±10 ±30 No 17 ±50 130 2
-12 75110

9622 Dual 9621 TTL +1.5 ±10 No 38 +5.0 140 2 75208 Dual 75109 TTL ±10 ±3.0 No 19 .±5.0 130 2
-12 75110

9627 Dual RS232/ 9616 TTL +0.45 ±25 No 70 ±12 234 2 95115 Quad Al! EGL EGL VREF +2.0 No 1 9 -5 2 95 4
mtl std. 188 Logic

9637A Dual 9634, TTL +0.2 ±15 0.3V 17 +5.0 95116 Tripla Alt EGL EGL VREF +2.0 No 1 9 -5 2 75 3
RS422/423 9636, Logtc
9638
96108 Quad 2-NDA 96101 TTL 1.5 No 20 +5.0 90 4
No -5.2 65 14
10814 Active
Tarminator
All EGL
Logic
EGL VREF
100114 ""'
Quint All EGL EGL VREF ±1 0 No 1 2 -4.5 380 5
10114/ Triple All EGL EGL VREF ±1.0 No 2.2 -5.2 145 3 Logic
Logtc
10115 Quad All EGL EGL VREF +2.0 No 1.9 -5.2 95 4
Logic

Manufactured in U.S.A.
141
CALL COMWAY... (0344) 24765 orTELEX 847201
 UITS
Interface FAIRCHILC>

D Line Drivers/Receivers
D Display and Peripheral Drivers
D Translators, Connectorn and Sense Amplifiers

LINE DRIVERS/RECEIVERS/TRANSCEIVERS
TRANSCEIVERS

i, ..E
0
..
z ~
.. o.,. ..
u
~C
u
~C
.
H, !=
1:u
a:
ti
:i:u
~

BT26 Ouad 3S 40 16 13 16
54LSfl4LS242 Quad Inverting 3S 40 40 0.4V 12 12
8T28 Ouad 3S 40 16 13 16
54LSn4LS243 Quad 3S 40 40 0.4V 12 12
9640/28$10 Quad OC Inverting 100 20 15 18
54LS 111n4LS245 Octal 3S 40 40 0.4V 12 12
9641/26S11 Ouad OC 100 20 15 20
100194' 11 Duplex 2.0 1.1
8642 Ouad QC Inverting 100 20 0.6V 15 18
I . QC = open collector. 35 = 3-state
DISPLAY DRIVERS
---------,.--- ...---,..,,.c--,--,---,.-,---.,....--, ,---..-----,.-""'!'-,-...,.,,,.....,....--,.--,.,...,---...,.,-,
r•
:il
-i'ic'OI
!t
·;tE
~:a ~ I =-;-o
ii:

i ~ ,!. i ~ ~3 ~~ ~
CII>
:.
j
.8 ,C C :I> :, C,
J
- !i O
z
:_ I
O s j ~ .s":~
1
j;
m r; ~ 1i_ &i : ~I ~ .2 ~ ~ : .[°' ~ 1; ;_!

4511B 7-Seg Latch/ CMOS Yes

!I l
No Yes 25
J! I ! !! ~ 1 I ~ I ! ! ii ~
H LED O.OtS 9368 7-Seg TTL Yes Yes No 20 1.7 H LED, Com 320
Decoder /Dvr
LED Dvr Cathode
4734B 7-Seg,Latch/ CMOS Yes Yes Yes 25 H LED 0.019
9370 7-Seg TTL Yes Yes No 25 5.5 L LED. Com 350
Decoder/Dvr
LED Dvr Anode
45438 7-Seg Latch/ CMOS Yes No Yes H LCD 0.015
9374 7-Seg TTL, Yes Yes No 15 10 L LED. Com 175
Decoder/Dvr
LED Dvr CMOS Anode
54n441 1-of-10 TTL Yes No No 7.0 55 L Gas 145
9664 Hex Digit Dvr MOS, No No No 150 20 L LED Neg
Cold Cathode Discharge
TIL,
54n445 1-of-10 TTL Yes No Yes 80 30 L Common 215 CMOS
OC Dvr Anode
9665 ?-Darlington DTL, No No No 350 50 L LED. Gas
54n446 7-Seg TTL Yes Yes No 40 30 L Common 320 Dvr TTL Discharge
Decoder/Dvr Anode MOS,
54n447

54LS/
7..Seg
Decoder/Dvr

7-Seg
TTL

TTL
Yes

Yes
Yes

Yes
No

No
40

12
15

15
L

L
Common
Anode

Common
320

35
.... ?-Darlington
Dvr
CMOS
PMOS No No No 350 50 L LED. Gas
Discharge
74LS47 Decoder/Dvr Anode 9667 ?-Darlington TTL, No No No 350 50 L LED, Gas
54fl448

54LS/
7-Seg Decoder

7-Seg
TTL

TTL
Yes

Yes
Yes

Yes
No

No
8.0

1.3
5.5

5.5
H

H .
265

125
.... Dvr
7-Darlmg1on
Dvr
CMDS
CMOS, No
PMOS
No No 350 50 L
Discharge
LED, Gas
Discharge

74LS48 Decoder/Dvr 54/ 1-of-10 TTL Yes No No 7.0 55 L Gas 80

74141 Cold Cathode Discharge
5449 7-Seg Decoder TTL Yes Yes No 9.6 5.5 H -e-.-~~--t-1_65--i
54LS/ 7-Seg Decoder/ TTL Yes Yes No 1.3 5.5 H 40
54/ 1-of-10 TTL Yes No Yes 80 15 L Common 215
74145 OCDvr Anode
74LS49 Dvr OC
1-of-10 TTL Yes No Yes 16 5.5 L 145 54LS/ 7-Seg TTL Yes Yes No 12 15 L LED, Com 30
9302
OC Dvr 74LS247 Decoder/Dvr Anode

9307 7-Seg TTL Yes Yes No 11 55 H : LED, Com 165 54LS/ 7-Seg TTL Yes Yes No 13 55 H 125
Decoder Cathode 74LS248 Decoder/Dvr

1-of-10 TTL Yes No No 7.0 55 L Gas 145 54LS/ 7-Seg DC TTL Yes Yes No 13 55 H 40
9315
Cold Cathode Discharge 74LS249 Decoder/Dvr

93178 7-Seg TTL Yes Yes Yes 40 20 L LED, Com 220 75491 Quad Digit MOS, No No No 50 20 L LED Neg
Decoder/Dvr Anode Seg Dvr TTL,
CMOS
9317C 7-Seg TTL Yes Yes Yes 20 30 L LED, Com 220
75492 Hex Digit MOS. No No No 250 20 L LED Neg
Decoder/Dvr Anode
D" TTL,
l. QC open collector J~ - 3-state CMOS

AUXILIARY DRIVERS
HIGH SPEED BUFFERS AND PERIPHERAL DRIVERS

..
0
z
u ..
0
z
u
~C ~C
55/75430 Dual Drivers TTL AND AND Extarnal 300 15 15 15 2
55n54so Dual Drivars TTL AND AND External 300 30 20 30 2
5sn5431 Dual Drivers TTL AND AND Internal 300 15 15 10 2
55n5451 Dual Dnvers TTL AND AND Internal 300 30 20 25 2

55n5432 Dual Drivers TTL NAND NAND Internal 300 15 15 15 2

5sn5452 Dual Drivers TTL AND NAND Internal 300 30 20 35 2

55n5433 Dual Drivers TTL OR OR Internal 300 15 15 10 2

55n5453 Dual Drivers TTL NOA OR Internal 300 30 20 25 2

55n5434 Dual Drivers TTL NOR NOR Internal 300 ,15 15 13 2 55n5454 Dual Drivers TTL DR NOR Internal 300 30 20 35 2

Manufactured in U.S.A.
142
CALL COMWAY... (0344) 24765 or TELEX 847201
 INTEGRATED
CIRCUITS
F=AIRCHILD
Interface

D Line Drivers/Receivers
D Display and Peripheral Drivers
D Translators, Convertors and Sense Amplifiers

I
AUXILIARY DRIVERS
HIGH CURRENT, HIGH VOLTAGE BUFFERS AND PERIPHERAL DRIVERS
~ t
~ C ~
0
z
0.
E ~ 0
z
iE
~
w 0
u 0

.
u w u
,0. u
~ > ;;
~

C w 0.

9664
" Hex Driver TTL,
" 150 20 600 6
" .E
55/75463 Dual Drivers TTL OR 300 35 30 35 2
MOS.
CMOS
--·- ------- ----1~----+---+-- -1------ 55/75464 Dua/ Drivers TTL NOR 300 35 30 35 2
55/75450 Dual Drivers TTL NANO 300 30 20 30
f----------- ---+----t-
55/75451 Dual Drivers TTL AND 300 30 20 30 2 55/75471 Dual Drivers TTL ANO 300 80 55 30 2

55/75452 Dual Drivers TTL NANO 300 30 20 35 2 55/75472 Dual Drivers TTL NANO NANO 300 80 55 45 2
•----+----+---- - --------1--t----t------t---t
55/75453 Dual Drivers TTL OR 300 30 20 25 2 55/75473 Dual Drivers TTL OR 300 80 55 30 2

~ ---~ --1----~ f------------+---+--+-----i---

55/75454 Dual Drivers TTL NOR 300 30 20 35 2 55/75474 Dual Drivers TTL NOR 300 80 55 40 2

55/75460 Dual Drivers TTL NANO 300 35 30 35 2 75491 Quad Driver TTL, 50 20 600 4
-~ ---+--+------t---+--t----i-------- - MOS.
55/75461 Dual Drivers TTL ANO 300 35 30 35 2
CMOS
-+-------t-----t----t-· --I---- -
75492 Hex Driver TTL, 250 20 600 6
55/75462 Dual Drivers TTL NANO 300 35 30 35 2
MOS.
CMOS

MOS, CCD AND CORE MEMORY DRIVERS

,..
-0

,.. ~ ~
r
-0
~~~
U.?.,e:
0
i
~0
~
O>

i 0 i :iC<
~.~ E
z
w
u
>
w
u
;;
0.
.E
..,
=:>
0.
z
w
u
>
w
C

j
u
E
0
0~

~
g-

9643
" Dual TTL to CCD/MOS Dvr TTL (300) 8.0
"'
+5.0
"
55/75325 Core Memory Dvr TTL 600 25 +5.0, +24
9644 Dual TTL to CCO/MOS Dvr TTL 1300> 8.0 +5.0 55/75326 Core Memory Ovr TTL 600 30 +5.0
9645 Quad TTL to CCO/MOS Dvr TTL (300) 8.0 +5.0 55/75327 Core Memory Dvr TTL 600 35 +5.0 or
9646 Dual MOS Clock Dvr TTL (1000) 30 -22 to +22 +4.5 to +24

LEVEL TRANSLATORS
.---.------..--------..----.---..--,.,,_~,..., .---,.------..-----,.--~--r-1---,.---.,.1.-.,.g:-,
0
z
w C
.E
&
~ -i
=:t,
&
!~ a:~
C
--
;:C
)C

~
ft)

t:
&
a: ~ =
i5 E
0
z
~ !
}__
o~
=:t,
, __
o ~-
=:t,
I
:I
C
!
>
!JC

~.
=·=~
~
i!.
ll_t-~~-
E
u
> u &> =:, ~ ; > &> °g:> 0
w

"
..
§
J
~>
V, ~ ~
+1612 >
J-£ ~
C
;f J J
j:
~ > J~
>

40498 Hex Inverting +30to+15 00 -2s111 9645 Quad TTL to MOS --1-5
0 0.0 Vcc-0.5 +o3 80
Buffer Dnver

40508 Hex Non-Invert- +30to+15 0.0 9646 Dual MOS Clock -22 to +22 00 Vcc-0.5 +10 30
Dnver
- _!n_g~Bu_f_fe_r
__ -+-----f-----+---+-----+---+--t
41048 TTL to Logic -+3.0to+15 0.0 +9 95 +a.as 85 1.4 11C24 Dual TTL Voltage +5 0 +2.5 +O 5 30 160
HIGH MOS Controlled
Mult1vibrator
9109 HLDTL-TTL Hex +1:?to+20 0.0 oc +0.4 120 380
11 C44 Phase-Freq +5.0 +2.5 +0.5 165
Detector
9112 TTL-HLDTL Hex +1~~to+20 0.0 (+Vl-2.0 +0.4 90 440
11C58 ECL Voltage +5.0 -5.2 -0.96 -1.62 260
Controlled
9595 Oual ECL-TTL +5.0 -52 +2.4 +0.4 6.0 375 Multi vibrator
9624 TTL-MOS t5 q__~ to -30 VrAp-1.0 (-VJ+2.0 120 40 10124 TTL-ECL Quad +5.0 -5 2 -0 96 -1.65 30 265
9625 MOS-TTL Dual t5 0 o.oto -30 +3.2 +0.4 70 60 Diff Driver

9643 Dual TTL to MOS +5.0to+12 00 Vcc-0.5 +0.3 80 10125 ECL-TTL Quad +5.0 -5.2 +2.5 +o.s 3 a 410
Dnver Buffer

9644 Dual TTL 10 MOS +5.0 to+ 12 00 Vcc-0 5 +0.3 8.0 10177 ECL to MOS +5.0 or -5.2 +3.0 Of +0 5 Of 6 0 430
Driver +6.0 +4 0 +O 6
95124 TTL-ECL Quad +5 0 -5.2 -1 05 -1 595 3 0 295
!: :~~_-;;
Manufactured in U.S.A. D1ff Dnver

143
CALL COMWAY... (0344) 24765 orTELEX 847201
 FAIRCHILC
Interface

[_~ Line Drivers/Receivern

D Display and Peripheral Drivers
D Translators, Convertoi-s and Sense Amplifiers

CONVERTERS
t;e ~

c:i
ii
C.
....-...-..
'E ,c c.,
l: :E ·.:: 'ii ! E c:i
~
ii
C.
....-...-..c! ..
'E )<
:: :E ·;: fU E
.. u :j i=
z
w C
.2
E
0
(,)
::,-
(,) c(
-::, E'
.. u :i i=
~ U) (,) ..... z
w
u
C
.2
E
0
u
::,-
(,) c(
-::, E'
~"'
:J' = (,)
- CC"'"'
(,)
uC ~3 ::,=CC -
uC :J ::
>
w
...
5
C. '5: C II.
o-
C. -
'5 ii >
w
...
::,
:i
C.
;?, ID
0::, "' o-
::,
C II.
- .;
C. -

0
::,
E 0 :E Za'- 0 U) 0 E :E. z a'- 6"'
µA0801/ 8-Bit High Speed Digital- TTL, CMOS, ECL, 2.0 ±0.1 85 9706 111 8-Channel, 6-Bit Microprocessor, TTL - - -
DAC-08 to-Analog Converter HTL, MOS Digital-to-Analog Converter

µA0802/ 8-Bit Multiplying Digital- TTL, CMOS 2.0 ±0.19 250 9708 111 6-Channel, 8-Bit Microprocessor, TTL - ±0.2 -
1408 to-Analog Converter Analog-to-Digital Converter

µA4151 Voltage-to-Frequency TTL, CMOS - - - 9710 111 10-Bit High Speed TTL, CMOS, 8.0 ±0.25 200
Converter Digital-to-Analog Converter ECL

µA7151 Voltage-to-Frequency TTL, CMOS - - - 9712 111 12-Bit High Speed TTL, CMOS, 8.0 ±0.25 300
Converter w/Op Amp Digital-to-Analog Converter ECL
9650 4-Bit Current Source TTL 2.0 ±0.1 - 1 To be announced

CORE SENSE AMPLIFIERS

... .."' C ... ..
0
.c .. > ....
C
0
~::,
0
.c ..
"'
C
C
,g
~ ~
.c ..
E
II)
....a:.,... > I
a:
... C
.2
.!!'
:: >
~! ..
a:
... C
I!!
::,

"'
c:i
z - G> II
E ~> u i:
0 ...
0:: c:i - "' :i> .2
uC 'E ...
0::
w
(,)
>
C
.2
uC
~ ; It
! 0 a:
l>>
C
0
E
C
...
::,

..
(,)
5
C.
..;,
t::.
C
z
w
(,)
C
0
~
~~
C 0
!>
C
0
E
...
::,

.. 5
0
(,)
..
t::.
C
w
...
::,
E
0 ii 5 > C l E ii
C.
5 i:,
0 0 (,) Cl 0 ~ w
0 ...
::,
i5 0
(,) Cl 0 _c.
7524 Dual Sense Amp 11 to 19 ±2.5 AND Com Collector 25
7534 Dual Sense Amp 11 to 19 ±2.5 NANO Uncom Collector 25
7525 Dual Sense Amp 8.0 to 22 ±2.5 AND Com Collector 25
7535 Dual Sense Amp 8.0 to 22 ±2.5 NANO Uncom Collector 25
7528 Dual Sense Amp 11 to 19 ±2.5 AND Com Collector 25
75234 Dual Sense Amp 11 to 19 ±2.5 NANO Com Collector 25
7529 Dual Sense Amp 8.0 to 22 ±2.5 AND Com Collector 25
75235 Dual Sense Amp 8.0 to 22 ±2.5 NAND Com Collector 25

ANALOG SWITCHES

.. ..
z
c:i C
.2
u
ii,
..
-a, u- 0
s"' c:i
z C
.2
.!!
a, -u-
.. "'
.!!!
0
w ii 0
C ,c
C tO <a
...
>> w ii 0
a, C ,c
...
>>

....
!,1 'C
..J
i!~ u ·c: ..J C -::!;
""

>
w
0 0
u 5C.
E
Ga::c:
ii
C.
::,
U)
>
w
0
..
0
l;: :i
E
C.
CV.~-
i5a::flC:
C.
C.
::,

"'
4016B Quad Bilateral SPST Switch CMOS 1080 3.0 to 15 4066B Quad Bilateral SPST Switch CMOS 300 3.0 to 15
4051B 8-Chan Analog Multiplexer CMOS 340 3.0 to 15 4067B 16-Chan Analog Multiplexer CMOS 340 3.0 to 15
4052B Dual 4-Chan Analog Multiplexer CMOS 340 3.0 to 15 4741B 4x4 Crosspoint Switch CMOS 340 3.0 to 15
4053B Triple 2-Chan Analog Multiplexer CMOS 340 3.0 to 15

Manufactured in U.S.A.

144
CALL CQ,MWA'f... (0344) 24765 orTELEX 847201
 MODELS
350/450/460and470
111/JIYCOWI
LIWIIFED I
LiquidCrystalDisplays
C=:J Frit-seal and solder closure which assure a proven
reliability over a 50,000 hour life.
C=:J Wide operating voltage and temperature ranges.
C:=J Good readability under different ambient conditions.
C:=J Dual---in-Line Package.

ELECTRICAL & OPTICAL CHARACTERISTICS

Measured at TA = 25° C All Types
Operating Voltage = Typ. Voltage Units
32 Hz Square Wave Min. Typ. Max.
Operating voltage range
Total device operating current (With All Se9ments Energized)_*
+ 3 (6 p-p)
-
+ 4.5 (9 p-p)
5
I + 6 (12 p-p)
-
V
uA
Total paralleled se9ment resistance* - 8 I - Mn
Total paralleled segment capacitance* - 5.000 - pF
Optical response:
Delay Time - 20 - ms
Rise Time - 30 - ms
Decay Time - 100 - ms
Operatina-temperature ran9e -15 - +60 Oc
Storage-temperature range -20 - +70 oc
Contrast ratio - 20: 1 -
Viewing angle (From Normal) - +40 - Degrees
Operating frequency 25 32 2 K Hz
Life - 50.000 - i h

Typical values for types 351, 352, 353 & 354. *For other types contact our Bracknell Office.
STANDARD DISPLAYS AND PACKAGES
MODEL 351 --

-- --·--
-- ----,
--1

,,
'I
µL~tE I

MODEL 352

£1.B:B.B
~ __ --~~N"19£~~1)2$4 ~26 ________ _j
Manufactured In Italy by Optronics for Waycom Ltd.

145
CALL COMWAY... (0344) 24765 orTELEX 847201
 MODELS
350/450f 60 and470
!_LiquidCrystalDisplays LIMITED
1/1/JIYCOM
c=J Frit-seal and solder closure which assure a proven
reliability over a 50,000 hour liife.
c=J Wide operating voltage and temperature ranges.
c::J Good readability under different ambient conditions.
c::J Dual---in-Line Package.

STANDARD DISPLAYS AND PACKAGES (C:ont'd)

50,80 -t 0,15 ·
MODEL 353 ___J3 _HAX

I!

~t~--- --- ___ J,r'lli.~l~ce.!1_25404826

MODEL 354 1r"··

I

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,l

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l +=_
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-- _Ki, .l..+>*L~-~a.3_~-- ---~I ~~!~

69,85 ± 0,13 --
MODEL 451 63,5 min
VIEWINGAREA
~l ~3_!~t1",l._ __

l Ai

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ORDERII\IG PROCEDURE AND PART NUMBER Example

The models can be ordered as standard i111

accordance with Model Number[@
\Rl'41- Driving voltage (typical)
the information containe_d herein.
When ·placing your order, please use the following part
352
T~ 4=±4.5V (9V p-p)
number to identify the standard models. R = reflective
Displays are supplied individually packed with their own H = transflective
instruction sheet.

146
CALL COMW~V... (0344) 24765 orTELEX 847201
 0
MODELS
350/450/460and470
111/JIYCOM
LIMITED LiquidCrystalDisplays
I

[=:J Frit-seal and solder closure which assure a proven

reliability over a 50,000 hour life.
C=:J Wide operating voltage and temperature ranges.
c=i Good readability under different ambient ccmditions.
c=i Dual---in-Line Package.

STANDARD DISPLAYS AND PACKAGES (Cont'd)

-
_Jc\l)t- --
------ _ _ 69,85 ~ 0, 13
MODEL 452
1

IB ·e~
BB-
cli
a:
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11
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1----'~~~~~rrn,,~TT,TT-,---i---,

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,
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! • :
•

.... ,:
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).i_l'l)p~I~' L:_ ..__ ·-- ·--··___J

MODEL 461

r
.
!
8
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a·8-8~
-,
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• _ _! j
,
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MODEL 471

r·--- -----·-----
- - ~

NOTE: Information on recommended

sockets and drivers is available
on request. :BB·BB·B
I
1· • •
.
"---=-----------------·
•

Manufactured
•
•
•
In Italy by Optronics
• :
• ______,/I
·--·-·
for Waycom
1

Ltd.

147
CALL COMWAY... (0344) 24765 orTELEX 847201
 NOTES

RememberCOMWA'V also provides -

SECURICOR same day despatch on all shipments.

148
CALL COMWAY... (0344) 24765 orTELEX 847201