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0% found this document useful (0 votes)
296 views25 pagesSony cdp-c100
Uploaded by
Robert ParishCopyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
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/ 25
US Model
Canadian Model
AEP Model
E Model
SPECIFICATIONS.
system Compact disc digital audio system
Disc ‘Compact disc
Laser Semiconductor laser. = 780 nm)
Emission duration Continuous
Laseroutput Less than 446,10
* Tip outputs the value measured though the
Aapertre of 7mm ciameter a cistance of 200 man
‘fom the objective ens surface onthe Optical Pick
up Block
Frequency response
220,000 Hz +0.5 dB
‘Signal to noise ratio
More than 102 48
Dynamicrange More than 95 08
Harmonic distortion
‘Less than 0.008% (1 KH)
‘Channel separation
More than 95 08 (1 kHz)
Wow and futter Below measurable limit
‘Ourputs jacks
LINE OUT (FIXED) | Output evel 2 V at 0 kilohms)
{phono jacks) | Load impedance over 10 kilohms
LINE OUT Output level max. 2V (at 50 klohms)
(WARIABLE) Load impedance over 50 kilohms
(phono jacks) a
HEADPHONES | Output level max. 15 mW
(stereo phone jack) | Load impedance 32 ohms
Except US model:
DIGITALOUT | Output evel 0.5 V pp lat 75 ohms)
{phono jack) Load impedance 78 ohms
Power requirements
US model: 120 V AC, 60 Hz
‘AEP model: 220 V AC, 50/60 Hz
E model: 110—120 or 220—240 V
‘AC, adjustable, 50/60 Hz
Power consumption
US, AEP model: 13 W
E model: 14W
Dimensions Approx. 430.118 «965 mm (wih
(17 ix 10h inches)
Including projecting parts and controls
Weignt ‘Approx. 66g (141b 902), net
Supplied accessories
Remote commander (1)
Disc magazine (1)
(CD bookiat holder (1)
‘Audio signal connecting cord
{phono plug x2 > phono plug 2)(1)
Sony SUMS (NS) batteries (2)
Remote commander
Remote control system
Infrared controt
Power requirements
‘3 DG with two size AA (FE) batteries
Dimensions Approx. 6220 168.5 mm (wihid)
(«iO inches)
Weight ‘Approx. 190 (6 02) incl. batteries
COMPACT DISC PLAYER
SONY. 100
FEATURES
The compact disc player is equipped with an automatic
dise changer which allows you to play up to 10 discs ina
row. You can choose from a large number and wide varioty of
selections.
Custom file functions include:
‘*The disc memo function allows you to name your discs
and to store those names in memory,
‘*The program bank function allows you to store your
program and its name in memory,
A variety of playing modes
‘Program play allows you to play up to 19 selections or the
whole disc, in any desired order
+ Shuffle play for playing selections in random order
‘Repeat play for repeating individual discs, all the discs in a
magazine, program and shuffle play
The easy-to-use disc magazine
Allows you to play a particular set of discs at any time simply
by inserting the disc magazine into the CD player. Additional
‘magazines (optional) allows you to create a wide variety of
sets.
TABLE OF CONTENTS
Seot nue Page
Specifications oe... cee cece esses eed
Features eee ee eee an
servieing notes so. ee eee a
SECTION 1. GENERAL. «6.0.2 00s 02000
1-1, Looation and Function of Controls... + +5
SECTION 2, OUTUNE 2s... esses e ees 6
2-1, Switeh and Sensor operations .....++++ 6
SECTION 3. ELECTRICAL ADJUSTMENTS ... 7
S-1, RF PLL Frequency Adjustment
Mboek Frequeney Check... + ++ 7
3-2, Focus Blas Adjustment se... seen eT
33, EOF Balance Adjustment, ......+. 068
3-4, Focus/Tracking Gain
Adjustment (Reference)... . 6g
SECTION 4. DIAGRAMS
4-1, Cireuit Boards Location... .
1, Semiconductor Lead Layouts... +... 1
Schematic on waveforms . .
Printed Wiring Boards . .
Schematic Diagram
4-6, Fluorescent Indicator Tube (FLD801) ..« 29
4-1, IC Block Diagram... +.
eemeiatga
SECTION S. EXPLODED VIEWS .... ++... +23
SECTION 6, ELECTRICAL PARTS LIST SAFETY CHECK-OUT
After correcting the original service problem,
perform the following safety check before releasing
the set to the customer:
Check the antenna terminals, metal trim, “metallized”
knobs, screws, and all other exposed metal parts for
AC leakage. Check leakage as described below.
LEAKAGE TEST
‘The AC leakage from any exposed metal part 10
arth ground and from all exposed metal parts to any
exposed metal part having a return to chassis, must
not exceed 0.5mA (500 microampers). Leakage
current can be measured by any one of three
methods.
1. A commercial leakage tester, such as the
Simpson 229 or RCA WT-S40A, Follow the
‘manufacturers’ instructions to use these instru:
ments.
A battery-operated AC milliammeter. The Data
Precision 245 digital multimeter is suitable for
this job,
SAFETY.RELATED COMPONENT WARNING!
COMPONENTS IDENTIFIED BY MARK (i OR DOTTED
LINE WITH MARK /{\ ON THE SCHEMATIC DIAGRAMS
AND IN THE PARTS LIST ARE CRITICAL TO SAFE
OPERATION. REPLACE THESE COMPONENTS WITH
SONY PARTS WHOSE PART NUMGERS APPEAR AS
SHOWN IN THIS MANUAL OR IN SUPPLEMENTS PUB:
LISHED BY SONY.
+ SERVICING NOTES
SY CT
NOTES ON HANDLING THE OPTICAL PICK.
UP BLOCK OR BASE UNIT
‘The laser diode in the optical pick-up block may
suffer electrostatic breakdown because of the poten-
tial difference generated by the charged electrostatic
load, ete. on clothing and the human body.
During repair, pay attention to electrostatic break-
down and also use the procedure in the printed
matter which is inclided in the repair parts,
The flexible board is easily damaged and should be
handled with care,
CDP-C100
3. Measuring the voltage drop across a resistor by
means of @ VOM or battery-operated AC volt-
meter, The “limit” indication is 0.75V, so
analog meters must have an accurate low-
voltage scale. The Simpson 250 and Sanwa
‘SH-63Trd are examples of a passive VOM that
is suitable, Nearly all battery operated digital
multimeters that have a 2V AC range are
suitable. (See Fig. A)
To Exposed Metal
Parts on Set
%
Earth Ground
Fig. A. Using an AC voltmeter to check AC leakage.
ATTENTION AU COMPOSANT AYANT RAPPORT
‘ALA SECURITED
LES COMPOSANTS IDENTIFIES PAR UNE MARQUE (iy
SUR LES DIAGRAMMES SCHEMATIQUES ET LA LISTE
DES PIECES SONT CRITIQUES POUR LA SECURITE
DE FONCTIONNEMENT, NE REMPLACER CES COM.
POSANTS GUE PAR DES PIECES SONY DONT LES
NUMEROS SONT DONNES DANS CE MANUEL OU
DANS LES SUPPLEMENTS PUBLIES PAR SONY. CDP-C100
PROTECTION OF EYES FROM LASER BEAM DURING SERVICING
This set employs a laser. Therefore, be sure to fol-
ow carefully the instructions below when servicing,
CAUTION
Use of controls or adjustments or performance
of procedures other than those specified herein
‘may result in hazardous radiation exposure.
1, Laser Diode Properties
© Material: GaAlAs
© Wavelength: 780 nm
‘© Emission Duration: continuous
© Laser Output: max, 44.6 uW*
* This output is the value measured at a distance of
about 200 mm from the objective lens surface on
the Optical Pick-up Block
2. During service, do not take the Optical Pick-up
Block apart, and do not adjust the APC circuit.
If there is a breakdown in the APC circuit (includ.
ing laser diode), replace the entire Optiocal Pick.
up Block (including APC borad).
BESKYTTELSE AF OJNE MOD LASERSTRALING UNDER SERVICE
I dette apparat anvendes laserlys. Derfor skal
nedenstaende instruktioner noje felges under service.
Folg iovrigt instruktionerne i servicemanualen.
ADVARSEL!!
Under service m8 ginene ikke komme nzer objektiviinsen
8 den optiske pickup enhed. | tifedlde af at det er
edvendigt at kontrollere udsendelsen af loseriys. skal
det ske jen afstand af mere end 25cm fra den optiske
pickup,
LASER ADVARSEL. MAERKNING
Folgende mserkning findes indvendig i apparatet:
1. Advarsel Maerkning
Laserdidoe data
© Materiale: GaAlAs
© Bolgelaengde: 780 nm
© Udstrating: Kontinuerlig
© Laseroutput: Max. 44.6 «W
+ Malt 1200 mmafstand fra overfladen af objet
Tinsen pi den optiske pick-up enhed.
© Klassifikation: Klasse INb,
Adskil aldrig den optiske pick-up enhed under
service, og juster ikke APC kredslabet (Automatic
Power Control). Hvis APC kredslobet (incl. laser.
dioden) bryder ned, skal hele den optiske pick-up
enhed (incl. APC printkortet) udskiftes.
VAROITUS: Laite sisiltAa, laserdiodin, joka lahett
(nakymatonta) silmille vaaralista lasersateily3 SECTION 1
GENERAL
1-1. LOGATION AND FUNCTION OF CONTROLS
FRONT PANEL,
Display window
DIS sectors
PROGRAM BANK inceatr
Remote contol sensor
‘TRACK selectors ——y
Magen slot
(op) baton
see pas batons
sea ve (rare serch)
LUNE OUTIPHONE LEVEL
(exepone lee) contol
||
a)
‘& EJECT buton
“TMEAHEMO button
PLAY MODE buttons
PROGRAM bution
‘SHUFFLE buton
‘CONTINUE bution
PROGRAM BANK SELECT baton
LE button
[REMOTE CONNMANDER|
PLAY MODE buttons.
POM rogram button
SHUFFLE button
CONTINUE baton
1S selectors
‘TRACK select
+10 ts 10 baton
> (io button —
]
{CHECK progam check Button —~
1 (pause bution:
1m top button
‘jis bath he head
‘hone volume and th el
(fhe VARIABLE UNE OUT
Son
L____serormon
10s 10) button
‘A PAUSE (ato pause baton
(repeat button
CLEAR (rogram clean buon
CHECK program check buon
ERASE baton
FGM BANK SELECT (program
‘bank stein ution
LE baton
CLEAR progam cla button
“TMENENO button
EPEAT butlon
hee Pt Att butions
4s he (anus sear) butons
LUNE OUT VOLUME Gino output
edhe vlume)butlons
CDP-C100 |
CDP-C100 |
—___
SECTION 2
OUTLINE
2-1, SWITCH AND SENSOR OPERATIONS aa
PST SWITCH
Detects is pack is in or not.
8005
LOAD IN DET
Detects is dise is in or not.
es ‘D601 DISC DET SENSOR
Door} tetwo dt
M602
SAVE/LOAD MOTOR
Perform disc load sav
noo
isc DET SENSOR soz ELEVATOR UP/DOWN MOTOR
{ Moves elevator up and down
Detects if dise is in or not.
8603
LoT
Detects completion of linear slide lever operation.
604
HOME
Detects is elevator is
‘at home Position or not.
Detects number of to plate
[gear rotations to find out
elevator position.
M601
PACK EJECT/LEVER OUT MOTOR’
Bjects pack moves linear slide lever
to insert dise properly into pack.
‘S601
EJECT SWITCH
Detects completion of eject. SECTION 3
ELECTRICAL ADJUSTMENTS
rts location diagram relevant to the adjustment.
IMaIN BOARD]
(COMPONENT SIDE)
avio2
Tracking Gain
Adjustment
+ Note on Adjustment
1, Perform adjustments in the order given.
2. Use YEDS-18 (Part No.: 3-702-101-01) dis unless
‘otherwise indicated.
3. Usethe oscilloscope with more than 1OM@impedance.
3-1. RF PLL Frequency Adjustment/
Lock Frequency Check
Procedure: counter
ci |
ma
‘ency Adjustment).
7. Confirm that the reading on the frequency counter is
4.3218MHz.
TP.
(Abd)
(heG)
TP(PLCK)
TP (GND)
TP(TEO)
‘R108
Focus Bias
‘Adjustment
TP. ‘Avior
EF Balance
Adjustment
3-2, Focus Bias Adjjustment
Note: This adjustment should be mode when repl
Optical Pick-up Block.
Procedure:
oscilloscope
{DC range)
‘main board
Te IRF
TP (RFG)
2. Turn POWER s
Connect oscilloscope to test point TP (RF) and test
point TP (RFG)..
itch on.
Put dise (YEDS-18) in and press D button.
4. Adjust RV104 for an optimum waveform eye pattern
‘or so that the peak is maximum. Optimum eye pattern
‘means that shape ‘0 "can be clearly distinguished at
the center of the waveform. CDP-C100
natalia
i HS vee
a
Yao
© When gain is raised, the noise when the 2-axis
device operates increases,
© When gain is lowered, it is more susceptible to
‘mechanical shock and skipping occurs more easily.
© When gain adjustment is off, the symptoms below
appear.
A= 1.20102 (Vpp)
3.3, E-F Balance Adjustment
Note: This adjustment should be made when replacing
Optical Pick-up Block.
Procedure:
oscilloscope
(06 range)
-- [0
79 (reo) 0o9§——
Connect test point TP (ADJ) to ground with ead wire.
Connect oscilloscope to test point TP (TE0),
‘Turn POWER switch on.
Put disc (YEDS-18) in and press > button.
‘Adjust RVIOI so that the traverse waveform is sym-
‘metrical above and below.
6. After adjustment remove the lead wire connected in
step 5.
A
An8
within 5%)
vour/oiv: 1v.
TIMEDDIV: I me
3-4. [REFERENCE
Focus/Tracking Gain Adjustment
‘A frequency response analyzer is necessary in
order to perform this adjustment exactly.
However, this gain has a margin, so even if it is
slightly off, there is no problem. Therefore, do not
perform this adjustment,
Focus/tracking gain determines the pick-up follow-
up (vertical and horizontal) relative to mechanical
noise and mechanical shock when the 2-axis device
operate.
However, as these reciprocate, the adjustment is at
the point where both are satisfied
= Gain
fanans Focus | Tracking
‘The time until music start
‘becomes fonger for STOP
“> DPLAY or automatic eee ae sthee
selection (Ket Pedbuttons
pressed. (Normally takes
about 2 seconds)
‘= Musie does not start and
disc continues to rotate |
for STOP=DPLAY ot low
automatic selection (Hee
Pet buttons pressed.) {
Disc table opens shortly
after STOP*DPLAY.
> Sound isntemrupted due]
Ing PLAY. Or time count
low or high
e low
er display stops progres:
ing.
‘More noise during 2axis high wih
| device operation. |
The following is a simple adjustment method,
= Simple Adjustment ~
Note: Since exact adjustment cannot be performed, remem
ber the positions ofthe controls before performing the
adjustment. If the positions after the simple adjust
ment are only a litle different, return the controls to
the original postion.
escioscone
Procedure: Peres
‘main board O
1? (£0) 0s—7——10+
7
1P (TE0) Om =
1, Keep the set horizontal
(« the set is not horizontal, this ira)
cannot be performed due to the gravity against
the 2 axis device,
2. Insert dise (YEDS-1
DPLAY button,
‘fth Selection) and press
3. Connect oscilloscope to main amp board TP
(FEO),
4, Adjust RV103 so that the waveform is as shown,
in the figure below. (focus gain adjustment) © Incorrect Examples (fundamental wave appears)
ow tracking ain
Sa
vour/DIv: 100mV
TIME/DIV: 2mS
‘= Incorrect Examples (DC level changes more than on
Incorrect Examples (DC level change ay
adjusted waveform) Ce eneane
‘igh tracking gin
{higher fundemental wave than for low gain)
ow focus gain
vour/DWv: 100mV
TIME/DIV: 2mS
vourion: 1¥
TIME/DIV: 2m
100 mv
75 mv
—ov
VOLT/DIV: 100mV
TIME/DIV: 2mS
5. Connect oscilloscope to main board TP (TEO),
6. Adjust RV102 so that the waveform is as shown in the
figure below. (Tracking Gain Adjustment)
I—ov
vor/oiv: 1
TIME/DIV: 2mS SECTION 4
DIAGRAMS
4-1. CIRCUIT BOARDS LOCATION
power transformer boaré
main board
power switeh board
display board
\
headphone jack board headphone VOL board
SL switeh board
HS sensor board
‘80 switch board 54 switch board
LED boerd
82 motor board
M2 motor board
ea me
88 switeh board
M1 motor board
‘translation board
SL/SP motor board
—10— 4-2, SEMICONDUCTOR LEAD LAYOUTS
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4-8. SCHEMATIC ON WAVEFORMS
APPROX. TOMVP-P
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@ a ® 4-4, PRINTED WIRING BOARDS
‘See page 9 for circuit boards location.
See page 10 for semiconductor lead layouts.
‘SEMICONDUCTOR LOCATION
CDP-C100 CDP-C100
CDP-C100 CDP-C100
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—16— 4-5, SCHEMATIC DIAGRAM
See page 11 for waveforms.
See page 20 for note and fluorescent indicator tube (FLD801).
See page 20 for IC block diagram,
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Voltage variations may be noted due to normal produc: aa | ota Q a: a 3 Zz 2
© Waveforms are taken with a oscilloscope. we :
Voltage variations may be noted due 19 normal produc
© Sang on
2D: digital out og —21— CDP-C100
SECTION 5
EXPLODED VIEWS
Note:
{© The mechanical parts with no ceference & Due to standardization, parts with part [The epmponents identified by
number inthe exploded views
not umber suffix XX ond °X mey be at ee or dotted line with mark
‘ard tical for saery
Sunpled ferent from the parts specified in the
components used on the ease ony with part sumber
‘+The construction parts of an assembled
part sre indicated with gcollation num: @ Color tadication of Appearance Parte | Sorted
Bern the remark column, Example Ls comporantsisentifiée par une
‘© toms marked “” are not stocked since sont eritiques pour le
they are seldom required for routine
Serves." Some delay: should be ent. Cabinet's Color Porte’ Color
pated when ordering these items.
(RED! -..kNOB, BALANCE (WHITE)
t t
Placer _que par une
le numéro specif
S1.
EXCEPT Us
‘Supplied with motor
Supplied with jack
Part Yo. _Deseription Remarks.) N wrt.No. Description Remarks
2 4-824-498-01 PLATE, INDICATION 13 3-7OA-B65-01 SCREW (CASE) (908)
3 (Canadian)...PANEL ASSY, FRONT 15 4-823-822-01 KuloB (B.TYPE), LOY
lus} PANEL ASSY, FRONT 16 T-e82-147-01 SCREW s6¥TT 3x6 (S)
(age) 10 LPANEL ASSY, PRONE 17 T>BS-IS4-19. SCREW ABTP 2.68“ TYPE2 WS
4 up 18 7-605-872-09 SCREW sBYTT 3x8 {5
5 SPRING 19 7-682-547-09 SCREW HVT 3X6. (S)
é Sawer (110) 20° wi-so2-s24-01 HOLDER (LEFT).
7 4919-393-01 DANPER 21 *4-920-523-01 HOLDER (RIGHT)
8 #-82e-B21-01 AUTTON (PoxER) 22 T685-646-79 (EXCEPD US)..SCREW 4OVTP 3X8 TYPE 2 8+
9 $-920-518-01 KNOB (TIMER) 901 *1-626-946-11 PC BOARD, MOTOR
10 *42923-532-01 SPACER, LED 902 *1-626-945-11 PC BOARD, HEADPHONE aac
Ly aceze-si9-01 FuLTER’ 903 *I-826-B48-11 PC BOARD, POAER SuITCH
12 45926-301-01 CASE Sot *A4655-071-A MOUNTED BB, DISPLAY
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69
Mo, Park No. _Descriation. -femarks | os Part to.
51 Moot-t97-01 PLATE, soTTOH 6s 7-6m-147-01
Se Mcsge-aoe-o1 chassis 8) Yese-se0-04
3 “ecseecaot-o1 COVER 6@Tesoosen-09
So ERI Gercol inutaroe
69 1-¢85-872-09
55 s4-910-960-01 COVER (297, TERATNAL So soscogecon
Se Sscere-ser-oo Soncte ih Teaseeee=73
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Sn Sicteactos-ot eat Sime ae
59 Meg0tetO1EL (US)eczengee PML, BACK “eaest-ate-k
Secseecaoacel (Canadians c-PRNEC, BACK este k
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Soo gicasicare-oo
60 v4-003-506-01 oRRCKET (PC sono) rererer
SI SScpoacaenceo tancuer frenccbueInNG (208) » com ‘issicisecn
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65 T-OR2-147-15 CREM, TR \eee tear
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Description
SoREM sovTT 3x6
SOREM BVT 8x6
SOREM OVTT 3x6
SCREW saVTT 3x8
ScRew, TaPPniG
Remarks
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6)
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CREW 48VEP 3X8 THPED HS
PC BOARD, POWER TRANSFORNER
us). MOUNTED PCB, MAIN
(tana ‘MOUNTED PCB, MAIN
oo. MOUNTED PCB, RADI
TERNAL
(08, Canadian) .CORD, POWER (POLAR, SPa-2)
cz) CORD, TOWER, BULO PLUG
(0S, canaatan) ...s2aNsroRneR, POWER
(AEP). TRANSFORNER, POWER
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(@)scosssessseSMTTCH (VOUINGR SELECTOR? 5-3. MD 110
(CDM10-5C)
15
No. Part No. Daserfpeion Remarks | Wo. Part Wo. Deserfption Remarks
101 *¥-4917~728-1 LEVER (01) ASSY x0 ScRew +BVTT 2.6x10 (S)
102 ¥-4917-733-1 LEVER (G) ASSY 21 SCREW ¥BVTT 348 (5S)
103 4-826-230-01 GEAR (PI) ize 7-621-772-00 SEREW 48 239
104 7685-868-01 SCREW +OVTT 2.6420 (S) 123 4-926-210-01 LEVER (02)
305 &826-213-01 SpmING (1), TENSTOW 124 SS-SRIMBIGLL RIVET
105 *4-4917-735-1 SLIDER (A) ASST 125 7os24-106-08 STOP RING 3.0, TYPE -€
107 3-319-224~31 OANPER,. SHALL 126 4-917-S08-01 HOLDER, SP
108 4-826-208-01 SPRING’ (EJECT) 12) 4-917-607-01 SPRING’ (H)
109 x-4017=729-1 LEVER (E) ASSY 128 *4-926-248-01 COLLAR
M0 4-326-246-01 RAIL 129 “4-17H541-01 SPRING (8)
1 “4-926-247-01 guIOE 130, 4-918-669-01 SPRING (H)
112 4~926-248-01 ROLLER (P) ape