PAM1360E

PAM960E
PAM560E
PAM360E
SERVICE MANUAL
 SERVICE MANUAL PAM1360E/960E/560E/360E

INDEX

- PAM1360E
- BLOCK DIAGRAM
- FUNCTIONING DESCRIPTION
- SCHEMATICS
- COMPONENTS LOCATION SCHEMA
- INPUTS AND POWER SUPPLY
- POWER AMPLIFIER
- TESTING AND QUALITY CONTROL
- TECHNICAL CHARACTERISTICS
- WIRING DIAGRAM
- MECHANICAL DIAGRAM
- PACKING DIAGRAM

- PAM960E
- SCHEMATICS
- COMPONENTS LOCATION SCHEMA
- POWER AMPLIFIER

- PAM560E
- SCHEMATICS
- COMPONENTS LOCATION SCHEMA
- POWER AMPLIFIER

- PAM360E
- SCHEMATICS
- COMPONENTS LOCATION SCHEMA
- POWER AMPLIFIER
 MODULE CTO 11.0651 OPERATION - DESCRIPTION

The control element is the operational NE5534. This is a very low noise operational,
especially designed for very high quality applications in professional audio equipment, control
equipment and telephony channel amplifiers.
The operational is internally compensated for a gain equal to or higher than three.
Frequency response can be optimized with an external compensation capacity, for several
applications (unity gain amplifier, capacitive load, slew-rate, low overshoot, etc...).

Characteristics:

Small-signal bandwidth: 10Mhz

Output drive capability: 600Ω 10V(rms) at Vs=±18V
Input noise voltage: 4nV/√Hz
DC voltage gain: 100000
AC voltage gain: 6000 at 10KHz
Power bandwidth: 200kHz
Slew-rate: 13V/µs
Supply voltage range: ±3 to ±20V

POWER SUPPLY

The BF871 and BF872 transistors are mounted

in a common base configuration, in a current source
structure. The current sources have a double function:
polarizing the gate-source links in the MOSFETs to the
limit of the conduction and moving the voltage
variations at the operational output which are refered
to ground to voltage variations refered to high voltage
power supply. The polarization point is calculated so
the voltage dropout in Rc(R119+R120) is the limit
voltage of conduction of the MOSFETs (≈2 to 3V),
enough to carry the bias current. If we modulate in AC
the base-emitter voltage, the Ic and VRc will vary
proportionally. In our configuration, as the reference
voltage Vref is constant (it is a part of the operational
power supply), we add the operational output voltage
to the transistors emitter through Re (R121-R122).

The Rc value fixes the source output

impedance. We do not recommend to raise it higher
than 1KΩ because of frequency response and slew
rate reasons. This voltage circuit's gain is, as usual in
a common base configuration with Rc/Re emitter
resistor, 0.45.

1
 BIAS CURRENT ADJUST

The bias current adjust is performed

through the variable resistor connected
between the emitters of the current sources
R124 (5KΩ). It delivers a supplementary current
(it does not go through the operational) which
simultaneously increases the voltage which
falls in the Rc load resistors.

This is the easiest way of acting with

just one adjust over both branches at the same
time. In order to adjust the bias current the
adjustable resistor must be varied untill a
current of about 70mA circulates through each
MOSFET. So, for instance, for a PAM960E in
which there are five MOSFETs it will be 70 x 5 =
350mA.The bias current depends on the
MOSFETs temperature and the stabilizing
circuit transistors temperature.

TEMPERATURE STABILIZING CIRCUIT

Temperature affects MOSFETs conduction in

two different ways: first, the conduction threshold
voltage has a negative temperature coefficient;
second,the drain-source conduction resistance
increases with temperature. Depending on which of the
two things is predominating the temperature coefficient
of the drain can be positive or negative. In our case, in
which the gate-source voltage in the MOSFETs is very
low when they conduct, the temperature coefficient of
drain current -which is positive- is predominating.

To avoid thermal runaway in the polarizing

current we must decrease the gate-source voltage as
the MOSFETs get hot.Temperature stabilization is
performed by modifying the reference voltage of both
sources.If the temperature increases the Vref must
decrease so that Ic and VRc decrease and, as a
consequence, the gate-source voltage also decreases.

The circuit used is shown in figure 3. The

base-emitter Vbe temperature/voltage feature is used to obtain the final result we need.The
main idea is adequately choosing R1 and R2 to obtain the right temperature coefficient.

2
 SYMMETRY ADJUST

The threshold voltage varies much,

even between MOSFETs of the same kind. When
connecting them in parallel we must be careful that
they all have the same conduction current if we want
equal currents circulating in all of them. If the
conduction voltage of P an N channels MOSFETs is
not the same they will conduct different currents,
even when we apply identical gate-source voltages.
As the bias current of the N MOSFETs must be
identical to the one of the P MOSFETs the feedback
will correct the continuous voltage at the operational
output to polarize the MOSFETs with different
voltages untill both conduct equal currents.

If the operational output is not 0 V its

capacitity to give voltage and current is not the
same in both senses. To avoid this we must put a
symmetry adjust. It is just an adjust which allows to
vary the collector resistance of one of the current sources (R120).

The symmetry adjust does not correct the assymmetrical clipping saturation of the
power amplifier with real load. This happens because the conduction resistors (Ron) of the
MOSFETs N and P are not equal. Channel P has a higher Ron than channel N. This
characteristic depends on the MOSFET's physical construction.

POWER MOSFETs

The MOSFETs used are IRFP9240 (P) and IRFP240 (N). They are assembled in a
common source configuration so they can be completely saturated.

This kind of configuration has two drawbacks compared to a common drain one: less
stability (because of the configuration gain itself) and high output impedance in open loop.

The source resistances (0.22Ω) are needed for the MOSFETs to work in parallel. E.g.:
Two MOSFETs excited by the same Vgs voltage (gate-source voltage) of 5V. If they have
different transconductance curves (Id function Vgs) they will conduct different drain currents;
let's say 1A and 3A. The second one will dissipate more power and will get hotter.

The use of source resistances tends to match the current that each of the MOSFETs
connected in parallel is conducting.

3
 This resistance performs a negative feedback on the gate, lowering down the Vgs,
relating to the drain current; like this:

Vgs = Vgg - Id*Rs

The higher the Id, the lower the Vgs voltage.

The gate is protected by a zener, preventing a
possible overload during an unexpected change
from overload to real clipping.

Given the high input impedance and the broad frequency response of the MOSFETs
there is a high risk of self-oscillations if all gates are excited connected to the same node.
Intercalating serial resistances and ferrite beads at the gate this possibility is minimized,
because the Q of the LC network made by the inductances and gate-source capacity is
reduced.

PROTECTION CIRCUIT

The protection circuit monitors the dissipated power at the MOSFETs stage. It has two
basic parts:
MOSFET Id current detection.
MOSFET Vds voltage detection.
The goal is limiting the MOSFET so it works inside an area close to the SOA, as
indicated in the figure. We chose channel N because, due to construction reasons, its SOA is
lower.
The A Zone corresponds to very low loads; around 0Ω. As the voltage during load is
very low, the voltage supported by the MOSFET will always be high. Protections must be
activated with a very low current.
In this zone all zeners are working,
because the voltage value at the extremes is
high enough. Q124 and Q128 (fig. 5) are
saturated, because their base currents are
part of the zeners' current. If Q124 and Q128
are saturated then Q126 and Q130 (fig. 5) are,
of course, open. because their base-emitter
voltages will not be higher than 0,2 or 0,3V.
The divider made of R168,R174 (which
can be or not in parallel, as we will see
afterwards) and R178+R180 is not working,
so we need low currents in the MOSFETs to
get enough voltage over Rs to make Q122
(fig. 5) conduct.

4
 The classical protection circuit of this amplifier series has been modified for the
PAM1360 E model. The modification consists on exchanging a fixed step by a negative slope
in the A zone of the figure, in order to active a better control of the current (Id) for high
voltages (Vds). The reasons for this change are:
- If the step is low, the MOSFET will operate safely withing the SOA but distortions at low load
impedances can arise beacause the protections will activate very fast.
- On the other hand, if we rise the step to avoid this problem, then the MOSFET will operate
around 85 volts of Vds, a value too close to the 100 volts maximum Vds of the MOSFET. The
solution is given by a negative slope wich is a compromise between both steps.
The N channel circuit is formed by D116, R158//R159, R160, R161, C120 and IC105.
When the D116 threshold voltage is reached (62 volts), a current flows through IC105 and a
2.49 volt stable reference voltage is present at the output of IC105. This voltage is applied,
through an RC filter, to the base of Q122 where is added to the current given by R178+180
(VRs), wich is proportional to the MOSFET (Id) current, thus obtaining the desired slope.

If → ↑ Id → ↑ VRs ↑ Ib (Q122) ↓ Vce(Q122) - saturated transistor

And hence, the MOSFET gate voltage is shorted.

VRs = Rs * Id Id = VRs/Rs

VRs = Vbe(Q122) forgetting about voltage fall in R178+R180

Id = 0,7V / 0.22Ω = 3,18A

If Q122 is saturated its collector-emitter voltage can be considered as practically 0V. By

looking at fig. 5 we can see taht we are forcing the base of Q107 to 0V or, what is the same, the
voltage Vbe(Q107 and Q108)+Vgs of the MOSFETs (N), cutting automatically the current
supply to the load.

Now let's see the case in which the load has got a value a bit higher than in the
previous case (≈0,5Ω); the voltage over the load will also be higher for the same current value.
Let's suppose the voltage over the load is high enough to make the D121/D122 zeners group
stop conducting (threshold from A Zone to B Zone). At this time Q128 stops saturating
because of a lack of current in its base. This makes Q130 (fig. 5) go into saturation, because
the current supplied by R174 is now circulating through its base. The result of this is that we
have a resistive divider in the base of Q122,made of R176/R178+R180, which translates into an
increase of the voltage needed to saturate Q122 or, what is the same, an increase of the
current circulating through the MOSFETs (Id).
If the load has a higher value than in the previous cases (≈1Ω), but with a much lower
value than the nominal of 4Ω, because of the same reasons, D118 will stop conducting and the
second divider will begin working, being in the C Zone. The circuit would be as follows: R168
in parallel with R176 and both of them making up a divider together with R178+180. The
current Id needed for Q122 to saturate will be much higher than in the previous cases.

5
6
 ZOBEL NETWORK

This circuit tries to get a constant load impedance for the power module, in spite of the
amplifier's load and frequency, to avoid phase shifting of the feedback signal.

The values have been experimentally calculated through a study with square signal by
trying to minimize the power amplifier's ringing with very capacitive loads (2,2µF//4Ω).

The Zobel Network eliminates possible oscillations of the MOSFETs between 5MHz and
10MHz, too. This is why it must be physically placed at the module's output, avoiding long
wiring. Great care must be taken for the signal not to be too shifted at the output, because the
feedback could turn negative.

FEEDBACK

The whole amplifier is compensated with just one capacity, which places the amplifier's
general pole at:

1
Fp = -------------- = 140kHz
2*p*Rf*Cf

Rf = R112 Cf = C105+C104

7
 DC PROTECTION CIRCUIT 11.0650 OPERATION-DESCRIPTION

Fig. 6 corresponds to the DC OUT circuit of channel L. Its mission is protect the
loudspeakers when the module fails and there is some continuous voltage appearing at the
output. Voltages shown in the figure correspond to rest state and they are given by the
dividers made of R146-R147 and R150-R148. If we apply Ohm's Law to these dividers we can
obtain these voltages, taking into account that the module's output at rest state (no signal) is
0V.

Let's remember the function of a NOR gate, like 4001.

A B C
0 0 1
0 1 0
1 0 0
1 1 0

The circuit is only sensitive to frequencies lower than 5Hz, which warranties a correct
operation at any time. This is determined by the time constant made by the resistances and
capacity at the gates input.
Let's now suppose that there is a continuous voltage appearing at the module output,
because of any malfunction.
This will make the voltage dividers lose their balance -no matter if it is positively or
negatively- and the gate output will be 0V. This will make the NAND (HEF4011, pin 10) change
its sate, putting the inverter output (pin 11) also to 0V. This attacks the base of Q102, cutting
its current supply. Then the relay K101 opens and this makes the PROTEC LEDs light up,
because the two NAND gates that are controlling them are connected to this point. Zeners
D109 and D111 are there to protect the gates, avoiding their voltage to go higher than 8.2V if
the output voltage is positive and lower than -0.6V if its negative. As you can see, in this case
the zener is playing the role of a diode.

8
9
 CLIP CIRCUIT

This circuit is shown in fig. 7. The clip threshold, or point in which we want the LED to
light up, is determined by the zener diode D117 or D115. In our case this is between 0,5 and
1dB or, what is the same, when the output signal level over the load reaches a value close to
the power supply (+V), exactly Vout = V - 5,6V, moment in which Q104 or Q103 loses the base-
emitter voltage, stopping conduction. This makes the zener D116 or D114 voltage dissapear
(0V) and the IC106 (pin3 or 4) output become a logic "1" (+10V), lighting up the LED.

10
 TEMPERATURE DETECTOR

This circuit (fig. 8) is calculated to operate over the output relay opening it if any of both
modules' temperature excedes 90°C, approximately. It is made with a comparator per channel
(L-R), resident in the same IC104. Both share a reference voltage provided by IC105 (TL431A),
which gives excellent stability at that voltage ±1%. These comparators reveive, the signal from
their probes, comparing them with the Vref.Once this voltage is surpassed by any of both
probes, the output of the corresponding comparator is balanced to the power supply (+12V),
acting through D106, R138, over the base of transistor Q101, which makes the relay open.
This output is also connected to the THERMAL LED, which light up as the relay are open.

11
 THERMAL PROBE DC AMPLIFIER

The cooling fan speed is automatically regulated in relation to the power module’s
temperature, which is read by a thermal probe (LM35D), jointly linked to the heat sink.
The high sensitivity thermal probe gives variations of de 10mV for every °C. This
voltage is picked up and amplified by the IC103 (LM358). Of course, there is a probe for each L
and R heat sink. The output of both amplifiers is linked through two diode D105, making an O
gate, whose cathodes go to the regulator, applying the DC of any of them to the regulator. This
provides a variable voltage at its output which oscillates from a minimum of approximately 7V
for a temperature of 20 °C (cold heat sink) to a maximum of 15V for temperatures of 80 °C or
higher. The gain of the amplifiers has been calculated for this temperatures window. The
maximum voltage allowed by the heat sink in order to work properly is 15V. This maximum is
given by the zener D122 (Z10/1), as the regulator is a 7805 the voltage will be as maximum 10 +
5 = 15V. When the zener is not working (not enough voltage) the voltage on the fan will be the
output amplifiers’ , less 0.6V (diodes fall), plus the 5V of the IC110.

12
PARTS LIST: INPUTS,DC OUT,THERMAL and REV:
MODEL: PAM1360E/960E POWER SUPPLY
560E/360 DRW.Nº 33.0268C and 269C PL REPLACES:
DATE: 11.02.98 SHEET 1 OF 4 REPLACED BY:

REFERENCE VALUE CODE

C101 C220p FCXCN22200

C102 C15p FCXCN11500
C103 C220p FCXCN22200
C104 C8p2 FCXCN08200
C105 180n FCXCN41800
C106 18n FCXCN40180
C107 18n FCXCN40180
C108 C220p FCXCN22200
C109 C8p2 FCXCN08200
C110 180n FCXCN41800
C111 18n FCXCN40180
C112 18n FCXCN40180
C113 C220p FCXCN22200
C114 C15p FCXCN11500
C115 100n FCXCN41000
C116 100n FCXCN41000
C117 470n FCXCN44700
C118 10µ/35 FCCE250100
C119 470n FCXCN44700
C120 47µ/100 FCCE350470
C121 100n FCXCN41000
C122 T10µ/35 FCCG001000
C123 22µ/35 FCCE200220
C124 T10µ/35 FCCG001000
C125 T10µ/35 FCCG001000
C126 T10µ/35 FCCG001000
C127 4700µ/100 FCCE331525
C128 4700µ/100 FCCE331525
C129 4700µ/100 FCCE331525
C130 4700µ/100 FCCE331525
C131 4700µ/100 FCCE331525
C132 4700µ/100 FCCE331525
C133 2200µ/35 FCCE212200
C134 100n FCXCN41000
C135 100n FCXCN41000
C136 1000µ/35 FCCE211000
C137 100n FCXCN41000
C138 100n FCXCN41000
C139 100n FCXCN41000
C140 10µ/35 FCCE250100
C141 10µ/35 FCCE250100
C142 100n FCXCN41000
C143 100n FCXCN41000
C144 100n FCXCN41000
C145 100n FCXCN41000
D101 BAS28 FCXDDBAS28
D102 BAS28 FCXDDBAS28
D103 BAS28 FCXDDBAS28
D104 BAS28 FCXDDBAS28
D105 BAV70 FCXDDBAV70
D106 BAV70 FCXDDBAV70
D107 BYD17M FCXDD40070
D108 BYD17M FCXDD40070
D109 Z8.2 FCXZ000082
D110 Z7.5/1 FCDD100750
D111 Z8.2 FCXZ000082
D112 Z8.2 FCXZ000082
PARTS LIST: INPUTS,DC OUT,THERMAL and REV:
MODEL: PAM1360E/960E POWER SUPPLY
560E/360 DRW.Nº 33.0268 and 269PL REPLACES:
DATE: 11.02.98 SHEET 2 OF 4 REPLACED BY:

REFERENCE VALUE CODE

D113 Z8.2 FCXZ000082

D114 Z8.2 FCXZ000082
D115 Z5.6 FCXZ000056
D116 Z8.2 FCXZ000082
D117 Z5.6 FCXZ000056
D118 FB3506L FCREC35065
D119 B80C1000 FCREC80100
D120 BYD17M FCXDD40070
D121 BYD17M FCXDD40070
D122 Z10/1 FCDD101000
F101 T 16A FCFUS60400
IC101 NE5532A FCIC553200
IC102 TL072 FCIC072010
IC103 LM358 FCXIC03580
IC104 LM358 FCXIC03580
IC105 TL431A FCIC431000
IC106 HEF4011B FCIC401101
IC107 HEF4001B FCIC400101
IC108 REGU. 7818 FCREG78180
IC109 REGU. 7918 FCREG79180
IC110 REGU.7805 FCREG78050
J101 YKF52-5005 FCBASX0900
J102 YKB21-5009 FCBASJ0200
J103 B7B-EH-A FCCTM00070
J104 YKF52-5005 FCBASX0900
J105 YKB21-5009 FCBASJ0200
J106 B 7B-EH-A FCCTM00070
J107 B4B-EH-A FCCTM00040
J107 B4B-EH-A FCCTM00040
J108 YKD31-0496 FCCTJAL100
J109 350430-1 FCCTAMP040
J110 350430-1 FCCTAMP040
J111 350432-1 FCCTAMP040
J112 350430-1 FCCTAMP090
J113 350430-1 FCCTAMP040
K101 RELAY 3500 Ohms FCREL10350
Q101 BC847B FCXTT08470
Q102 2N5551 FCTR255510
Q103 2N5401 FCTR254010
Q104 2N5401 FCTR254010
R101 MF1k FCXR131000
R102 MF23k7 FCXR142370
R103 MF23k7 FCXR142370
R104 MF1k FCXR131000
R105 MF23k7 FCXR142370
R106 MF23k7 FCXR142370
R107 56 Ohms FCXR015600
R108 10kB FCPR110020
R109 MF36k5 FCXR143650
R110 MF715k FCXR157150
R111 MF178k FCXR151780
R112 MF1k FCXR131000
R113 MF23k7 FCXR142370
R114 MF23k7 FCXR142370
R115 56 Ohms FCXR015600
R116 10kB FCPR110020
R117 MF36k5 FCXR143650
PARTS LIST: INPUTS,DC OUT,THERMAL and REV:
MODEL: PAM1360E/960E POWER SUPPLY
560E/360 DRW.Nº 33.0268 and 269PL REPLACES:
DATE: 11.02.98 SHEET 3 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R118 MF715k FCXR157150

R119 MF178k FCXR151780
R120 MF1k FCXR131000
R121 MF23k7 FCXR142370
R122 MF23k7 FCXR142370
R123 15k FCXR041500
R124 7k5 FCXR037500
R125 MF90k9 FCXR149090
R126 MF90k9 FCXR149090
R127 7k5 FCXR037500
R128 15k FCXR041500
R129 10k FCXR041000
R130 1k FCXR031000
R131 2M2 FCXR062200
R132 2M2 FCXR062200
R133 1k FCXR031000
R134 MF604 FCXR126040
R135 MF1k74 FCXR131740
R136 MF8k06 FCXR138060
R137 2k7 FCXR032700
R138 5k6 FCXR035600
R139 1k FCXR031000
R140 2k2 FCXR032200
R141 2k2 FCXR032200
R142 2k2 FCXR032200
R143 2k2 FCXR032200
R144 4k7 FCXR034700
R145 10k FCXR041000
R146 MF332k FCXR153320
R147 MF590k FCXR155900
R148 MF226k FCXR152260
R149 10k FCXR041000
R150 MF332k FCXR153320
R151 MF226k FCXR152260
R152 MF332k FCXR153320
R153 MF590k FCXR155900
R154 MF332k FCXR153320
R155 47k FCXR044700
R156 47k FCXR044700
R157 47k FCXR044700
R158 47k FCXR044700
R159 47k FCXR044700
R160 47k FCXR044700
R161 680 Ohms FCXR026800
R162 680 Ohms FCXR026800
R163 10k FCXR041000
S101 SWITCH KODY 42H FCINTK2000
S102 SWITCH KODY 22H FCINTK2000
S103 SWITCH KODY 22H FCINTK2000
TS101 Faston 2.8mm FCTERMF280
TS102 Faston 2.8mm FCTERMF280
PC 11.0653 PRINTED CIRCUIT FCCIPAM653

PC 11.0652 PRINTED CIRCUIT

R101 1k2 FCXR031200
R102 680 Ohms FCXR026800
R103 680 Ohms FCXR026800
PARTS LIST: INPUTS,DC OUT,THERMAL and REV:
MODEL: PAM1360E/960E POWER SUPPLY
560E/360 DRW.Nº 33.0268 and 269PL REPLACES:
DATE: 11.02.98 SHEET 4 OF 4 REPLACED BY:

REFERENCE VALUE CODE

D101 Yellow led 3mm FCLED300AM

D102 Red led 3mm FCLED300RO
D103 Red led 3mm FCLED300VE
J101 B5B-EH-A FCCTM00050

Note: for PAM960E

R141 1k5 FCXR031500

R142 1k5 FCXR031500
R143 1k5 FCXR031500
R144 1k5 FCXR031500
F101 T 10A FCFUS60100

Note: for PAM560E

R141 560 Ohms FCXR025600

R142 560 Ohms FCXR025600
R143 560 Ohms FCXR025600
R144 560 Ohms FCXR025600
F101 T 6.3A FCFUS60500

Note: for PAM360E

R141 0 Ohms FCXR000000

R142 0 Ohms FCXR000000
R143 Not assembled
R144 Not assembled
F101 T 6.3A FCFUS60500
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM1360E DRW.Nº 33.0266B and 267B PL REPLACES:
DATE: 001106 SHEET 1 OF 4 REPLACED BY:

REFERENCE VALUE CODE

C101 100n FCXCN41000

C102 C22p FCXCN12200
C103 47µ/100 FCCE350470
C104 C47p FCXCN14700
C105 C47p FCXCN14700
C106 47µ/50 FCCE250470
C107 10µ/35 FCCE250100
C108 C15p FCXCN11500
C109 100n FCXCN41000
C110 47µ/100 FCCE350470
C111 10µ/35 FCCE250100
C112 10µ/35 FCCE250100
C113 470n FCXCN44700
C114 470n FCXCN44700
C115 47µ/100 FCCE350470
C116 220n/100 FCCDK52200
C117 47µ/100 FCCE350470
C118 220n/100 FCCDK52200
C119 10n FCXCN40100
C120 10n FCXCN40100
C121 100n/400 FCCDH71100
C122 47n/400 FCCDH71047
C123 100n FCXCN41000
C124 100n FCXCN41000
C125 100n FCXCN41000
C126 100n FCXCN41000
C127 C12p FCXCN11200
C128 C12p FCXCN11200
D101 Z3.9 FCXZ000039
D102 Z3.9 FCXZ000039
D103 Z12 FCDD041200
D104 Z12 FCDD041200
D105 Z12 FCDD041200
D106 Z12 FCDD041200
D107 Z12 FCDD041200
D108 Z12 FCDD041200
D109 Z12 FCDD041200
D110 Z12 FCDD041200
D111 Z12 FCDD041200
D112 Z12 FCDD041200
D113 Z12 FCDD041200
D114 Z12 FCDD041200
D115 Z62/1 FCDD106200
D116 Z62/1 FCDD106200
D117 Z27/1 FCDD102700
D118 Z27/1 FCDD102700
D119 Z33/1 FCDD103300
D120 Z27/1 FCDD102700
D121 Z27/1 FCDD102700
D122 Z33/1 FCDD103300
D123 BAS28 FCXDDBAS28
D124 BAS28 FCXDDBAS28
D125 Z10 FCXZ000100
F101 T 12A FCFUS50400
F102 T 12A FCFUS50400
H101 VTL5C8 FCOPTUTL50
IC101 LM35D FCIC350000
IC102 TL071 FCIC071010
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM1360E DRW.Nº 33.0266B and 267B PL REPLACES:
DATE: 001106 SHEET 2 OF 4 REPLACED BY:

REFERENCE VALUE CODE

IC103 NE5534A FCIC553410

IC104 TL431A FCIC431000
IC105 TL431A FCIC431000
J102 B7B-EH-A FCCTM00070
L101 1µH FCIND00100
Q101 BD437 FCTR437000
Q102 BF871 FCTR871000
Q103 BD437 FCTR437000
Q104 BF872 FCTR872000
Q105 MJE340 FCTR340000
Q106 MJE350 FCTR350000
Q107 MJE340 FCTR340000
Q108 MJE350 FCTR350000
Q109 IRFP9240 FCTR243000
Q110 IRFP9240 FCTR243000
Q111 IRFP9240 FCTR243000
Q112 IRFP9240 FCTR243000
Q113 IRFP9240 FCTR243000
Q114 IRFP9240 FCTR243000
Q115 IRFP240 FCTR240000
Q116 IRFP240 FCTR240000
Q117 IRFP240 FCTR240000
Q118 IRFP240 FCTR240000
Q119 IRFP240 FCTR240000
Q120 IRFP240 FCTR240000
Q121 BC557B FCTR557500
Q122 BC547B FCTR547500
Q123 BC857B FCXTT08570
Q124 BC847B FCXTT08470
Q125 BC857B FCXTT08570
Q126 BC847B FCXTT08470
Q127 BC857B FCXTT08570
Q128 BC847B FCXTT08470
Q129 BC857B FCXTT08570
Q130 BC847B FCXTT08470
R101 680k FCXR056800
R102 22k FCXR042200
R103 100k FCXR051000
R104 22k FCXR042200
R105 22k FCXR042200
R106 1k82 FCXR131820
R107 1k FCXR031000
R108 1k5 FCXR031500
R109 MF1k FCXR131000
R110 MF47k5 FCXR144750
R111 680k FCXR056800
R112 MF51k1 FCXR145110
R113 MF1k21 FCXR131210
R114 MF487 Ohms FCXR124870
R115 MF191 Ohms FCXR121910
R116 MF487 Ohms FCXR124870
R117 MF191 Ohms FCXR121910
R118 MF1k21 FCXR131210
R119 390 Ohms / 1/2W FCRF23390
R120 Adjustable 500 Ohms FCRJP35000
R121 1k5 FCXR031500
R122 1k5 FCXR031500
R123 1k5/ 1/2W FCRC241500
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM1360E DRW.Nº 33.0266B and 267B PL REPLACES:
DATE: 001106 SHEET 3 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R124 Adjustable 5k FCRJP44700

R125 680 Ohms / 1/2W FCRF236800
R126 10 Ohms FCXR011000
R127 10 Ohms FCXR011000
R128 NF120 Ohms / 1W FCRF431200
R129 NF120 Ohms / 1W FCRF431200
R130 NF330 Ohms FCRF233300
R131 NF330 Ohms FCRF233300
R132 NF330 Ohms FCRF233300
R133 NF330 Ohms FCRF233300
R134 NF330 Ohms FCRF233300
R135 NF330 Ohms FCRF233300
R136 NF330 Ohms FCRF233300
R137 NF330 Ohms FCRF233300
R138 NF330 Ohms FCRF233300
R139 NF330 Ohms FCRF233300
R140 NF330 Ohms FCRF233300
R141 NF330 Ohms FCRF233300
R142 W0.22 Ohms / 5W FCRY000100
R143 W0.22 Ohms / 5W FCRY000100
R144 W0.22 Ohms / 5W FCRY000100
R145 W0.22 Ohms / 5W FCRY000100
R146 W0.22 Ohms / 5W FCRY000100
R147 W0.22 Ohms / 5W FCRY000100
R148 W0.22 Ohms / 5W FCRY000100
R149 W0.22 Ohms / 5W FCRY000100
R150 W0.22 Ohms / 5W FCRY000100
R151 W0.22 Ohms / 5W FCRY000100
R152 W0.22 Ohms / 5W FCRY000100
R153 W0.22 Ohms / 5W FCRY000100
R154 MF178 Ohms FCXR121780
R155 MF2k21 FCXR132210
R156 10k FCXR041000
R157 10k FCXR041000
R158 10k FCXR041000
R159 10k FCXR041000
R160 MF178 FCXR121780
R161 MF2k21 FCXR132210
R162 2k2 FCXR032200
R163 10k FCXR041000
R164 10k FCXR041000
R165 2k2 FCXR032200
R166 33k FCXR043300
R167 33k FCXR043300
R168 MF215 Ohms FCXR122150
R169 MF215 Ohms FCXR122150
R170 2k2 FCXR032200
R171 10k FCXR041000
R172 10k FCXR041000
R173 2k2 FCXR032200
R174 33k FCXR043300
R175 33k FCXR043300
R176 MF487 Ohms FCXR124870
R177 MF487 Ohms FCXR124870
R178 MF205 Ohms FCXR122050
R179 MF205 Ohms FCXR122050
R180 MF205 Ohms FCXR122050
R181 MF205 Ohms FCXR122050
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM1360E DRW.Nº 33.0266B and 267B PL REPLACES:
DATE: 001109 SHEET 4 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R182 10 Ohms / 2W FCRC521000

R183 W6.8 Ohms / 5W FCRY000250
R184 NF2.2 Ohms / 2W FCRC512200
R185 75 Ohms FCXR017500
R186 75 Ohms FCXR017500
TP1 Test terminal FCTERMF280
TP2 Test terminal FCTERMF280
TS101 BLACK WIRE 6
TS102/103/104/105 WHITE/YELLOW/BROWN/BLACK WIRE 1
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM1360E DRW.Nº 33.0266 and 267PL REPLACES:
DATE: 10.02.98 SHEET 1 OF 4 REPLACED BY:

REFERENCE VALUE CODE

C101 100n FCXCN41000

C102 C22p FCXCN12200
C103 47µ/100 FCCE350470
C104 C47p FCXCN14700
C105 C47p FCXCN14700
C106 47µ/50 FCCE250470
C107 10µ/35 FCCE250100
C108 C15p FCXCN11500
C109 100n FCXCN41000
C110 47µ/100 FCCE350470
C111 10µ/35 FCCE250100
C112 10µ/35 FCCE250100
C113 470n FCXCN44700
C114 470n FCXCN44700
C115 47µ/100 FCCE350470
C116 220n/100 FCCDK52200
C117 47µ/100 FCCE350470
C118 220n/100 FCCDK52200
C119 10n FCXCN40100
C120 10n FCXCN40100
C121 100n/400 FCCDH71100
C122 47n/400 FCCDH71047
C123 100n FCXCN41000
C124 100n FCXCN41000
C125 100n FCXCN41000
C126 100n FCXCN41000
C127 C12p FCXCN11200
C128 C12p FCXCN11200
D101 Z3.9 FCXZ000039
D102 Z3.9 FCXZ000039
D103 Z12 FCDD041200
D104 Z12 FCDD041200
D105 Z12 FCDD041200
D106 Z12 FCDD041200
D107 Z12 FCDD041200
D108 Z12 FCDD041200
D109 Z12 FCDD041200
D110 Z12 FCDD041200
D111 Z12 FCDD041200
D112 Z12 FCDD041200
D113 Z12 FCDD041200
D114 Z12 FCDD041200
D115 Z62/1 FCDD106200
D116 Z62/1 FCDD106200
D117 Z27/1 FCDD102700
D118 Z27/1 FCDD102700
D119 Z33/1 FCDD103300
D120 Z27/1 FCDD102700
D121 Z27/1 FCDD102700
D122 Z33/1 FCDD103300
D123 BAS28 FCXDDBAS28
D124 BAS28 FCXDDBAS28
D125 Z10 FCXZ000100
F101 T 12A FCFUS50400
F102 T 12A FCFUS50400
H101 VTL5C8 FCOPTUTL50
IC101 LM35D FCIC350000
IC102 TL071 FCIC071010
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM1360E DRW.Nº 33.0266 and 267PL REPLACES:
DATE: 10.02.98 SHEET 2 OF 4 REPLACED BY:

REFERENCE VALUE CODE

IC103 NE5534A FCIC553410

IC104 TL431A FCIC431000
IC105 TL431A FCIC431000
J102 B7B-EH-A FCCTM00070
L101 1µH FCIND00100
Q101 BD437 FCTR437000
Q102 BF871 FCTR871000
Q103 BD437 FCTR437000
Q104 BF872 FCTR872000
Q105 MJE340 FCTR340000
Q106 MJE350 FCTR350000
Q107 MJE340 FCTR340000
Q108 MJE350 FCTR350000
Q109 IRFP9240 FCTR243000
Q110 IRFP9240 FCTR243000
Q111 IRFP9240 FCTR243000
Q112 IRFP9240 FCTR243000
Q113 IRFP9240 FCTR243000
Q114 IRFP9240 FCTR243000
Q115 IRFP240 FCTR240000
Q116 IRFP240 FCTR240000
Q117 IRFP240 FCTR240000
Q118 IRFP240 FCTR240000
Q119 IRFP240 FCTR240000
Q120 IRFP240 FCTR240000
Q121 BC557B FCTR557500
Q122 BC547B FCTR547500
Q123 BC857B FCXTT08570
Q124 BC847B FCXTT08470
Q125 BC857B FCXTT08570
Q126 BC847B FCXTT08470
Q127 BC857B FCXTT08570
Q128 BC847B FCXTT08470
Q129 BC857B FCXTT08570
Q130 BC847B FCXTT08470
R101 680k FCXR056800
R102 22k FCXR042200
R103 100k FCXR051000
R104 22k FCXR042200
R105 22k FCXR042200
R106 1k82 FCXR131820
R107 1k FCXR031000
R108 1k5 FCXR031500
R109 MF1k FCXR131000
R110 MF47k5 FCXR144750
R111 680k FCXR056800
R112 MF51k1 FCXR145110
R113 MF1k21 FCXR131210
R114 MF487 Ohms FCXR124870
R115 MF191 Ohms FCXR121910
R116 MF487 Ohms FCXR124870
R117 MF191 Ohms FCXR121910
R118 MF1k21 FCXR131210
R119 390 Ohms / 1/2W FCRF23390
R120 Adjustable 500 Ohms FCRJP35000
R121 1k5 FCXR031500
R122 1k5 FCXR031500
R123 1k5/ 1/2W FCRC241500
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM1360E DRW.Nº 33.0266 and 267PL REPLACES:
DATE: 10.02.98 SHEET 3 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R124 Adjustable 5k FCRJP44700

R125 680 Ohms / 1/2W FCRF236800
R126 10 Ohms FCXR011000
R127 10 Ohms FCXR011000
R128 NF120 Ohms / 1W FCRF431200
R129 NF120 Ohms / 1W FCRF431200
R130 NF330 Ohms FCRF233300
R131 NF330 Ohms FCRF233300
R132 NF330 Ohms FCRF233300
R133 NF330 Ohms FCRF233300
R134 NF330 Ohms FCRF233300
R135 NF330 Ohms FCRF233300
R136 NF330 Ohms FCRF233300
R137 NF330 Ohms FCRF233300
R138 NF330 Ohms FCRF233300
R139 NF330 Ohms FCRF233300
R140 NF330 Ohms FCRF233300
R141 NF330 Ohms FCRF233300
R142 W0.22 Ohms / 5W FCRY000100
R143 W0.22 Ohms / 5W FCRY000100
R144 W0.22 Ohms / 5W FCRY000100
R145 W0.22 Ohms / 5W FCRY000100
R146 W0.22 Ohms / 5W FCRY000100
R147 W0.22 Ohms / 5W FCRY000100
R148 W0.22 Ohms / 5W FCRY000100
R149 W0.22 Ohms / 5W FCRY000100
R150 W0.22 Ohms / 5W FCRY000100
R151 W0.22 Ohms / 5W FCRY000100
R152 W0.22 Ohms / 5W FCRY000100
R153 W0.22 Ohms / 5W FCRY000100
R154 MF178 Ohms FCXR121780
R155 MF2k21 FCXR132210
R156 10k FCXR041000
R157 10k FCXR041000
R158 10k FCXR041000
R159 10k FCXR041000
R160 MF178 FCXR121780
R161 MF2k21 FCXR132210
R162 2k2 FCXR032200
R163 10k FCXR041000
R164 10k FCXR041000
R165 2k2 FCXR032200
R166 33k FCXR043300
R167 33k FCXR043300
R168 MF215 Ohms FCXR122150
R169 MF215 Ohms FCXR122150
R170 2k2 FCXR032200
R171 10k FCXR041000
R172 10k FCXR041000
R173 2k2 FCXR032200
R174 33k FCXR043300
R175 33k FCXR043300
R176 MF487 Ohms FCXR124870
R177 MF487 Ohms FCXR124870
R178 MF205 Ohms FCXR122050
R179 MF205 Ohms FCXR122050
R180 MF205 Ohms FCXR122050
R181 MF205 Ohms FCXR122050
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM1360E DRW.Nº 33.0266 and 267PL REPLACES:
DATE: 10.02.98 SHEET 4 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R182 10 Ohms / 2W FCRC521000

R183 W6.8 Ohms / 5W FCRY000200
R184 NF2.2 Ohms / 2W FCRC512200
R185 75 Ohms FCXR017500
R186 75 Ohms FCXR017500
TP1 Test terminal FCTERMSOL0
TP2 Test terminal FCTERMSOL0
TS101 BLACK WIRE 6
TS102/103/104/105 WHITE/YELLOW/BROWN/BLACK WIRE 1
PAM 1360/960/560/360E - TESTING RULES

PRELIMINARY:

Check that there is no shortcircuit between ground and the chassis, wiht the wires of the
modules are disconnected from the source of power.

Put the power amplifier in stereo mode. We will need, at least, a 1500VA variac for our tests.

Connect an ammeter (10A DC scale) in place of one of the fuses of the module in which the
tests will be made. Put the oscilloscope probe between TP-GND.

SETUP

Unplug the fuses of the module that we are NOT setting up. Connect the power amplifier
mains cable to the output of the variac. Set the variac output at 0V.

Switch the power amplifier on,with no load or signal. Turn the variac up progressively step by
step until you reach 230V. Make sure the module's current does never exceed 0.8A. Once the
circuit is stable make sure the current is 420mA/350mA/210mA/140mA
(PAM1360E/PAM960E/PAM560E/PAM360E) and the symmetry (measured up with the
oscilloscope probe) is ≤50mV. If necessary, adjust CURRENT (5K) and SYMMETRY (470Ω)
untill you get the above mentioned values.

Test the operational amplifier power supply (±18V) ±1V.

Put the fuse back into the module (with the power amplifier turned off) and repeat the same
procedure for the other channel.

CROSS DISTORTION:

Introduce, by means of a signal generator, a level of 100mV RMS at 1kHz and check there is no
cross distortion at the amplifier output (attenuators at 0dB position).

MOSFETS CONDUCTION:

By using a signal generator introduce a level of 0.5V at 1kHz and load the amplifier with 4Ω.
Check that all MOSFETs are conducting approximately the same current level (measure this
current with the oscilloscope probe by placing it on the 0,22Ω source resistances). The
maximum conduction difference between MOSFETs should be ±100mV. When making this test
be sure the oscilloscope ground is not connected to any other place of the circuit when
making the reading; only to the 0,22Ω resistance. Else you could produce a shortcircuit
between two points of the circuit and therefore a very important damage.
POWER:

Verify the amplifier's power at 8 and 4Ω.

Maintain the mains voltage at 230V by means of the variac.
Check that the following is true at close-to-clip point:

PAM1360E PAM 960E PAM 560E PAM 360E

Vin≈1VRMS/ Vo 4Ω ≥ 50.5V RMS 42.0V RMS 32.0V RMS 26.5V RMS
Vin≈1VRMS/ Vo 8Ω ≥ 56.8V RMS 46.0V RMS 37.0V RMS 30.5V RMS

FREQUENCY RESPONSE:

0.5V input signal. Verify frequency response at 20Hz/2kHz/20kHz. We must get the same signal
output for the actual load at any of these frequencies. Set the frequency at 50kHz; the output
level, should not decrease more than 1 or 2 dB and there should not be any noticeable
distortion.

SUBSONIC FILTER

Check the subsonic filter. With a frequency of 25Hz, on pressing the corresponding button the
output level should go down 3dB in relation to the previous level.

CLIPPING AT 1KHz:

Introduce such a signal that the amplifier is just about to clip.

Measure the voltage up at the output (over the load) and check that when the voltage
decreases between 0.5 and 1 dB the clipping LEDs stop lighting. Check that each LED
corresponds to its fader.

ANTICLIP

Check the anticlip, on pressing the button it practically stops cutting the signal.

DC OUT:

For this test you must disconnect the load from the amplifier.
Introduce a 1V signal at < 5Hz with the generator. Turn the output of the generator up untill the
protection relays open and close.

MONO-STEREO:

Make this test with a load of 8Ω connected between left and right channels' red terminals.

Set the MONO-STEREO switch at MONO. Verify that the fader of channel 1 is operating while
the one from channel 2 is NOT operating. Check the signal cut over the load is clean. Set the
amplifier back to STEREO mode.
PROTECTIONS:

Disconnect one of the cables which are usually plugged to the thermals and check that the
THERMAL LED is lighting up and the relay opens its contacts. Plug a functions generator
connected to the amplifier input,select 1V RMS scale, leave the amplitude control at its
minimum and leave at the OFF position. Connect a load of 0,5Ω/200W. Make sure we have a
mains voltage of 230V. Connect the oscilloscope in parallel with the load (5V/div. scale). Set
the generator at the ON position and slowly turn the amplitude up while checking, at the same
time, that the output voltage is limited in both the positive and negative half-cycles between:

PAM1360E: ±6V and ± 20V peak.

PAM 960E: ±10V and ±16V peak.
PAM 560E: ± 10V and ±17V peak.
PAM 360E: ± 6V and ± 12V peak.

This voltage jump will happen as we apply more signal to the input through the generator's
level control and it shows the transition from the B Zone to the C Zone in the figure we saw
before about the theory of the protections operation. When you perform this measure you
must also control the mains voltage by means of the variac, reducing it if necessary to be able
to cleanly watch the jump from one level to the next.

In order to work in the A Zone we will use a load of 0,22Ω/80W. Before connecting the load, set
the generator at the OFF position and select the 300mV RMS scale, leaving the amplitude
control at its minimum. Load the amplifier output with 0,22Ω and connect the oscilloscope
probe in parallel with it. Connect the generator and slowly turn the amplitude up while
verifying that the signal over the load is not higher than:

PAM136E: ±2V peak.

PAM 960: ±3.5V peak.
PAM 560: ±2V peak.
PAM 360: ±1.5V peak.

If there is a level jump happening when we increase the input signal, this can be the transition
point from the A Zone to the B Zone. Change a little bit the variac voltage, slowly increasing it
untill the signal cut is clean and inside the indicated values.
 PAM1360/960/560/360E QUALITY CONTROL

We will use a mixer with unbalanced output and a nominal output level of 1V RMS as
the signal source for our tests.

Connect the mixer outputs to the power amplifier inputs. Plug the power amplifier to
mains (check that its specified voltage matches that of mains) and make sure that
CLIP/PROTECT and the power switch LEDs all light up when turning on the amplifier and there
is a STANDBY time in the relay closing action. Turn up the amplifier output level untill the CLIP
LEDs light up. Turn the output level back down and plug the loudspeakers.

Check the sound quality (no distorsions or noises). Check faders action (fader travel,
signal cut at their low end, no scratching or clicking noises and correct stereo channel
matching for each one). Check switchs action (mode STEREO-MONO, SUBSONIC 25Hz,
ANTICLIP 2%).

Make sure the cooling fan is operating correctly. While the power amplifier is working
shake it or throw it on a table to make sure the output sound goes on playing correctly.
Shortcircuit the power amplifier output and check it goes back to normal operation when you
stop shorcircuiting. Repeat the same procedure for the other channel.
TECHNICAL CHARACTERISTICS

Output power PAM 360E PAM 560E PAM 960E PAM 1360E
(Watt RMS, 1kHz 1% THD)
4 Ohm Stereo* 185W 277W 444W 638W
8 Ohm Stereo* 128W 181W 277W 404W
8 Ohm Mono 370W 554W 888W 1275W
16 Ohm Mono 256W 362W 554W 808W

(Watt RMS, 20Hz-20kHz 0,1% THD)

4 Ohm Stereo* 150W 228W 408W 588W
8 Ohm Stereo* 107W 154W 250W 383W
8 Ohm Mono 300W 456W 816W 1175W
16 Ohm Mono 215W 307W 498W 766W
* both channels driven

Frequency response @ max

output power(-1dB) 7Hz-50kHz 7Hz-50kHz 7Hz-50kHz 7Hz-50Kz

Intermodulation distortion (SMPTE)

50Hz and 7kHz@ 4:1 ratio,
nominal power <0,03% <0,03% <0,03% <0,03%

TIM 100 <0,05% <0,05% <0,03% <0,02%

Signal/noise ratio (20Hz-20kHz)

ref. 1W/4Ω >85dB >80dB >80dB >80dB
ref. nominal power/4Ω >107dB >104dB >107dB >108dB

Damping factor @ 1kHz/8Ω >300 >350 >400 >450

Slew Rate ±35V/ms ±51V/ms ±60V/ms ±70V/ms
Channel crosstalk @ 1kHz >75dB >75dB >75dB >75dB
Subsonic (a -3dB) 25Hz/18dB oct. Butterworth
Anticlip ≈2% THD

Input connector XLR 3 balanced

Sensitivity/impedance 0dBV(1V)/47kΩ
CLIP indicators -0,3dB real clip
Protections
-Delayed turn-on heavy duty relay with PROTECT indicator ON during Stanby.
-DC: 4Hz or DC at 2V, PROTECT indicator.
-Thermal: A sensor activates a high temperature detection circuit, cutting the output
to speaker, THERMAL indicator.
-Overload: Protection against output short circuit.

Mains Depending on your country. See characteristics in the back of the unit
Power consumption @
max. out. power/4Ω 570VA 830VA 1250VA 1790VA

Dimensions Front panel 482.6x88mm

Chassis 440x88x381mm

Weight 12.6kg 13.5kg 14,5kg 16.5Kg

PARTS LIST: MECHANICAL DIAGRAM REV:
MODEL:PAM1360/ DRW.Nº 30.0087PL REPLACES:
960/560/360E
DATE: 28.05.98 SHEET 1 OF 1 REPLACED BY:

QUANTITY VALUE CODE

1 FRONT PANEL WD.00.2244 FCMECPAMI4

1 CHASSIS WD.002246 FCMECPAMI1
1 COVER WD.00.2245 FCMECPAMI5
1 REINFORCEMENT CHASSIS WD.00.2255 FCMECPAMI3
2 LATERAL WD.00.2247 FCMECPAMI2
1 FRON PANEL SPACER WD.00.1636 FCSEP07000
2 NYLON RIVET 1303 FCREM13030
1 POWER SWITCH FCINTRED25
1 BUSHING DM6 FCPC00DM60
1 MAIN SUPPLY CABLE FCCONX0150
2 PRINTED CIRCUIT SPACER FCSEPWLS06
4 ADHESIVE BASE FCPIE11255
1 FAN 80x80 FCVEN08000
1 GRILLE 80x80 FCREJ08000
1 WASHER WD.00.2188 FCMECARTRO
1 TRANSFORMER PAM1360E FCTFT00480
1 TRANSFORMER PAM960E FCTFT00470
1 TRANSFORMER PAM560E FCTFT00460
1 TRANSFORMER PAM360E FCTFT00450
27 SCREW M4x6 SPANLO DIN7985 FCT8040060
4 SCREW 5.1x20 DINCL81Z FCT0605120
5 SCREW 2.9x13 DIN7981 FCT4002913
2 SCREW M4x8 ALLEN DIN912 FCTALL4080
1 ASSEMBLED PRINTED CIRCUIT 11.0650
2 ASSEMBLED PRINTED CIRCUIT 11.0651
(with heat sink)
1 ASSEMBLED PRINTED CIRCUIT 11.0652
PARTS LIST: MECHANICAL DIAGRAM REV:
MODEL:PAM1360/ DRW.Nº 30.0086 A PL REPLACES:
960/560/360E
DATE: 28.05.98 SHEET 1 OF 1 REPLACED BY:

QUANTITY VALUE CODE

1 HEAT SINK WD.00.2249 FCRAD13750

1 HEAT SINK SUPPORT WD.00.2088B FCMECPAM65
2 CLAMP WD.00.1915 FCMECPQ398
4 INSULATING TO126 FCMICT0126
4 METAL WASHER 3.2x6x1 FCARM32010
4 PLASTIC SPACER 5mm FCSEPPM000
2 TRANSISTOR BD437 FCTR437000
1 TRANSISTOR MJE350 FCTR350000
1 TRANSISTOR MJE340 FCTR340000
4 SCREW M4x6 SPANLO DIN7985 FCT8040060
8 SCREW M3x10 SPANLO FCT8030100
PARTS LIST: MECHANICAL DIAGRAM REV:
MODEL:PAM1360/ DRW.Nº 30.0086PL REPLACES:
960/560/360E
DATE: 28.05.98 SHEET 1 OF 1 REPLACED BY:

QUANTITY VALUE CODE

1 HEAT SINK WD.00.2249 FCRAD13750

1 HEAT SINK SUPPORT WD.00.2088B FCMECPAM65
2 CLAMP WD.00.1915 FCMECPQ398
4 INSULATING TO126 FCMICT0126
4 METAL WASHER 3.2x6x1 FCARM32010
4 PLASTIC SPACER 5mm FCSEPPM000
2 TRANSISTOR BD437 FCTR437000
1 TRANSISTOR MJE350 FCTR350000
1 TRANSISTOR MJE340 FCTR340000
4 SCREW M4x6 SPANLO DIN7985 FCT8040060
8 SCREW M3x9 SPANLO FCT8030090
 Nº Qty ECLER Code Description 10
1
1 1 FCCAJSTA01 BOX STANDARD 1
2 4 FCCANT1180 INTERIOR REINFORCEMENT 9
1
3 1 FCBOLS0200 STANDARD BAG 75x65 6
4 8
4 1 FCBOL00100 BAG 60x80
4
5 4 FCARN50000 WASHER 5X11,5X0,8M
6 4 FCARAT3000 SCREW INSULATOR
7 2 FCETICAJA0 UNIT INFORMATION LABEL
8 4 FCPIE11255 RUBBER FOOT 11
1
9 1 FCFUNMAN00 USER MANUAL BAG
10 1 FCMANPAMKO USER MANUAL PAM/E 2
4
11 1 GENERIC (*) FUSE 6X32

5
4

(*) SPECIFIC FUSE TYPES:

-PAM360E & PAM560E : FCFUS60500 FUSE 6,3A 6X32

-PAM960E : FCFUS60100 FUSE 10A 6X32 4
-PAM1360E : FCFUS60400 FUSE 16A 6X32 1

7
2
3
1

1
1

ECLER drawn:
approved:
Jordi Folch date:
title:
010330

PACKING DIAGRAM PAM/E

number: 32.0031 version: 02.01
 Nº Qty ECLER Code Description 10
1
1 1 FCCAJSTA01 BOX STANDARD 1
2 4 FCCANT1010 INTERIOR REINFORCEMENT 9
1
3 1 FCBOLS0200 STANDARD BAG 75x65 6
4 8
4 1 FCBOL00100 BAG 60x80
4
5 4 FCARN50000 WASHER 5X11,5X0,8M
6 4 FCARAT3000 SCREW INSULATOR
7 2 FCETICAJA0 UNIT INFORMATION LABEL
8 4 FCPIE11255 RUBBER FOOT 11
1
9 1 FCFUNMAN00 USER MANUAL BAG
10 1 FCMANPAMKO USER MANUAL PAM/E 2
4
11 1 GENERIC (*) FUSE 6X32

5
4

(*) SPECIFIC FUSE TYPES:

-PAM360E & PAM560E : FCFUS60500 FUSE 6,3A 6X32

-PAM960E : FCFUS60100 FUSE 10A 6X32 4
-PAM1360E : FCFUS60400 FUSE 16A 6X32 1

7
2
3
1

1
1

ECLER drawn:
approved:
Jordi Folch date:
title:
010330

PACKING DIAGRAM PAM/E

number: 32.0031 version: 02.00
PARTS LIST: PACKING DIAGRAM REV:
MODEL:PAM1360/
960/560/360E DRW.Nº 32.0031PL REPLACES:
DATE: 28.05.98 SHEET 1 OF 1 REPLACED BY:

QUANTITY VALUE CODE

4 METAL WASHER 5x11.5x0.8 FCARN50000

4 WASHER AT 5x11.5x3.5 ABS FCARAT3000
1 PACKING BOX PAM1360/960/560/360E FCCAJP8800
1 PAM1360E FUSE T 16A FCFUS60400
1 PAM960E FUSE T 10A FCFUS60100
1 PAM560E FUSE T 6,3A FCFUS60500
1 PAM360E FUSE T 6,3A FCFUS60500
4 BASE ADHESIVE FCPIE11255
2 PROTECTING M821 FCCANT0300
1 BAG FOR MANUAL 120x180mm FCBOL00200
1 PLASTIC BAG 43x60cm FCBOLS0100
1 PLASTIC BAG 60x80mm FCBOL00100
1 MANUAL PAM1360/960/560/360E FCMANMPAMKO
1 WARRANTY CARD FCTARJG000
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM960E DRW.Nº 33.0270B and 273B PL REPLACES:
DATE: 001106 SHEET 1 OF 4 REPLACED BY:

REFERENCE VALUE CODE

C101 100n FCXCN41000

C102 C22p FCXCN12200
C103 47µ/100 FCCE350470
C104 C68p FCXCN16800
C105 C68p FCXCN16800
C106 47µ/50 FCCE250470
C107 10µ/35 FCCE250100
C108 C15p FCXCN11500
C109 100n FCXCN41000
C110 47µ/100 FCCE350470
C111 10µ/35 FCCE250100
C112 10µ/35 FCCE250100
C113 470n FCXCN44700
C114 470n FCXCN44700
C115 47µ/100 FCCE350470
C116 220n/100 FCCDK52200
C117 47µ/100 FCCE350470
C118 220n/100 FCCDK52200
C119 Not assembled
C120 Not assembled
C121 100n/400 FCCDH71100
C122 47n/400 FCCDH71047
C123 100n FCXCN41000
C124 100n FCXCN41000
C125 100n FCXCN41000
C126 100n FCXCN41000
C127 C12p FCXCN11200
C128 C12p FCXCN11200
D101 Z3.9 FCXZ000039
D102 Z3.9 FCXZ000039
D103 Z12 FCDD041200
D104 Z12 FCDD041200
D105 Z12 FCDD041200
D106 Z12 FCDD041200
D107 Z12 FCDD041200
D108 Not assembled
D109 Z12 FCDD041200
D110 Z12 FCDD041200
D111 Z12 FCDD041200
D112 Z12 FCDD041200
D113 Z12 FCDD041200
D114 Not assembled
D115 Not assembled
D116 Not assembled
D117 Z27/1 FCDD102700
D118 Z27/1 FCDD102700
D119 Z33/1 FCDD103300
D120 Z10/1 FCDD101000
D121 Z10/1 FCDD101000
D122 Z33/1 FCDD103300
D123 BAS28 FCXDDBAS28
D124 BAS28 FCXDDBAS28
D125 Z10 FCXZ000100
F101 T 12A FCFUS50400
F102 T 12A FCFUS50400
H101 VTL5C8 FCOPTUTL50
IC101 LM35D FCIC350000
IC102 TL071 FCIC071010
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM960E DRW.Nº 33.0270B and 273B PL REPLACES:
DATE: 001106 SHEET 2 OF 4 REPLACED BY:

REFERENCE VALUE CODE

IC103 NE5534A FCIC553410

IC104 TL431A FCIC431000
IC105 TL431A FCIC431000
J102 B7B-EH-A FCCTM00070
L101 1µH FCIND00100
Q101 BD437 FCTR437000
Q102 BF871 FCTR871000
Q103 BD437 FCTR437000
Q104 BF872 FCTR872000
Q105 MJE340 FCTR340000
Q106 MJE350 FCTR350000
Q107 MJE340 FCTR340000
Q108 MJE350 FCTR350000
Q109 IRFP9240 FCTR243000
Q110 IRFP9240 FCTR243000
Q111 IRFP9240 FCTR243000
Q112 IRFP9240 FCTR243000
Q113 IRFP9240 FCTR243000
Q114 Not assembled
Q115 IRFP240 FCTR240000
Q116 IRFP240 FCTR240000
Q117 IRFP240 FCTR240000
Q118 IRFP240 FCTR240000
Q119 IRFP240 FCTR240000
Q120 Not assembled
Q121 BC557B FCTR557500
Q122 BC547B FCTR547500
Q123 BC857B FCXTT08570
Q124 BC847B FCXTT08470
Q125 BC857B FCXTT08570
Q126 BC847B FCXTT08470
Q127 BC857B FCXTT08570
Q128 BC847B FCXTT08470
Q129 BC857B FCXTT08570
Q130 BC847B FCXTT08470
R101 680k FCXR056800
R102 22k FCXR042200
R103 100k FCXR051000
R104 22k FCXR042200
R105 22k FCXR042200
R106 1k82 FCXR131820
R107 1k FCXR031000
R108 1k5 FCXR031500
R109 MF1k FCXR131000
R110 MF47k5 FCXR144750
R111 680k FCXR056800
R112 MF41k2 FCXR144120
R113 MF1k21 FCXR131210
R114 MF487 Ohms FCXR124870
R115 MF191 Ohms FCXR121910
R116 MF487 Ohms FCXR124870
R117 MF191 Ohms FCXR121910
R118 MF1k21 FCXR131210
R119 390 Ohms / 1/2W FCRF23390
R120 Adjustable 500 Ohms FCRJP35000
R121 1k5 FCXR031500
R122 1k5 FCXR031500
R123 1k5/ 1/2W FCRC241500
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM960E DRW.Nº 33.0270B and 273B PL REPLACES:
DATE: 001106 SHEET 3 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R124 Adjustable 5k FCRJP44700

R125 680 Ohms / 1/2W FCRF236800
R126 10 Ohms FCXR011000
R127 10 Ohms FCXR011000
R128 NF120 Ohms / 1W FCRF431200
R129 NF120 Ohms / 1W FCRF431200
R130 NF330 Ohms FCRF233300
R131 NF330 Ohms FCRF233300
R132 NF330 Ohms FCRF233300
R133 NF330 Ohms FCRF233300
R134 NF330 Ohms FCRF233300
R135 Not assembled
R136 NF330 Ohms FCRF233300
R137 NF330 Ohms FCRF233300
R138 NF330 Ohms FCRF233300
R139 NF330 Ohms FCRF233300
R140 NF330 Ohms FCRF233300
R141 Not assembled
R142 W0.22 Ohms / 5W FCRY000100
R143 W0.22 Ohms / 5W FCRY000100
R144 W0.22 Ohms / 5W FCRY000100
R145 W0.22 Ohms / 5W FCRY000100
R146 W0.22 Ohms / 5W FCRY000100
R147 Not assembled
R148 W0.22 Ohms / 5W FCRY000100
R149 W0.22 Ohms / 5W FCRY000100
R150 W0.22 Ohms / 5W FCRY000100
R151 W0.22 Ohms / 5W FCRY000100
R152 W0.22 Ohms / 5W FCRY000100
R153 Not assembled
R154 Not assembled
R155 Not assembled
R156 Not assembled
R157 Not assembled
R158 Not assembled
R159 Not assembled
R160 Not assembled
R161 Not assembled
R162 2k2 FCXR032200
R163 10k FCXR041000
R164 10k FCXR041000
R165 2k2 FCXR032200
R166 33k FCXR043300
R167 33k FCXR043300
R168 MF215 Ohms FCXR122150
R169 MF215 Ohms FCXR122150
R170 2k2 FCXR032200
R171 10k FCXR041000
R172 10k FCXR041000
R173 2k2 FCXR032200
R174 33k FCXR043300
R175 33k FCXR043300
R176 MF487 Ohms FCXR124870
R177 MF487 Ohms FCXR124870
R178 MF205 Ohms FCXR122050
R179 MF205 Ohms FCXR122050
R180 MF205 Ohms FCXR122050
R181 MF205 Ohms FCXR122050
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM960E DRW.Nº 33.0270B and 273B PL REPLACES:
DATE: 001106 SHEET 4 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R182 10 Ohms / 2W FCRC521000

R183 W6.8 Ohms / 5W FCRY000250
R184 NF2.2 Ohms / 2W FCRC512200
R185 75 Ohms FCXR017500
R186 75 Ohms FCXR017500
TP1 Test terminal FCTERMF280
TP2 Test terminal FCTERMF280
TS101 BLACK WIRE 6
TS102/103/104/105 WHITE/YELLOW/BROWN/BLACK WIRE 1
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM960E DRW.Nº 33.0270 and 273PL REPLACES:
DATE: 10.02.98 SHEET 1 OF 4 REPLACED BY:

REFERENCE VALUE CODE

C101 100n FCXCN41000

C102 C22p FCXCN12200
C103 47µ/100 FCCE350470
C104 C68p FCXCN16800
C105 C68p FCXCN16800
C106 47µ/50 FCCE250470
C107 10µ/35 FCCE250100
C108 C15p FCXCN11500
C109 100n FCXCN41000
C110 47µ/100 FCCE350470
C111 10µ/35 FCCE250100
C112 10µ/35 FCCE250100
C113 470n FCXCN44700
C114 470n FCXCN44700
C115 47µ/100 FCCE350470
C116 220n/100 FCCDK52200
C117 47µ/100 FCCE350470
C118 220n/100 FCCDK52200
C119 Not assembled
C120 Not assembled
C121 100n/400 FCCDH71100
C122 47n/400 FCCDH71047
C123 100n FCXCN41000
C124 100n FCXCN41000
C125 100n FCXCN41000
C126 100n FCXCN41000
C127 C12p FCXCN11200
C128 C12p FCXCN11200
D101 Z3.9 FCXZ000039
D102 Z3.9 FCXZ000039
D103 Z12 FCDD041200
D104 Z12 FCDD041200
D105 Z12 FCDD041200
D106 Z12 FCDD041200
D107 Z12 FCDD041200
D108 Not assembled
D109 Z12 FCDD041200
D110 Z12 FCDD041200
D111 Z12 FCDD041200
D112 Z12 FCDD041200
D113 Z12 FCDD041200
D114 Not assembled
D115 Not assembled
D116 Not assembled
D117 Z27/1 FCDD102700
D118 Z27/1 FCDD102700
D119 Z33/1 FCDD103300
D120 Z10/1 FCDD101000
D121 Z10/1 FCDD101000
D122 Z33/1 FCDD103300
D123 BAS28 FCXDDBAS28
D124 BAS28 FCXDDBAS28
D125 Z10 FCXZ000100
F101 T 12A FCFUS50400
F102 T 12A FCFUS50400
H101 VTL5C8 FCOPTUTL50
IC101 LM35D FCIC350000
IC102 TL071 FCIC071010
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM960E DRW.Nº 33.0270 and 273PL REPLACES:
DATE: 10.02.98 SHEET 2 OF 4 REPLACED BY:

REFERENCE VALUE CODE

IC103 NE5534A FCIC553410

IC104 TL431A FCIC431000
IC105 TL431A FCIC431000
J102 B7B-EH-A FCCTM00070
L101 1µH FCIND00100
Q101 BD437 FCTR437000
Q102 BF871 FCTR871000
Q103 BD437 FCTR437000
Q104 BF872 FCTR872000
Q105 MJE340 FCTR340000
Q106 MJE350 FCTR350000
Q107 MJE340 FCTR340000
Q108 MJE350 FCTR350000
Q109 IRFP9240 FCTR243000
Q110 IRFP9240 FCTR243000
Q111 IRFP9240 FCTR243000
Q112 IRFP9240 FCTR243000
Q113 IRFP9240 FCTR243000
Q114 Not assembled
Q115 IRFP240 FCTR240000
Q116 IRFP240 FCTR240000
Q117 IRFP240 FCTR240000
Q118 IRFP240 FCTR240000
Q119 IRFP240 FCTR240000
Q120 Not assembled
Q121 BC557B FCTR557500
Q122 BC547B FCTR547500
Q123 BC857B FCXTT08570
Q124 BC847B FCXTT08470
Q125 BC857B FCXTT08570
Q126 BC847B FCXTT08470
Q127 BC857B FCXTT08570
Q128 BC847B FCXTT08470
Q129 BC857B FCXTT08570
Q130 BC847B FCXTT08470
R101 680k FCXR056800
R102 22k FCXR042200
R103 100k FCXR051000
R104 22k FCXR042200
R105 22k FCXR042200
R106 1k82 FCXR131820
R107 1k FCXR031000
R108 1k5 FCXR031500
R109 MF1k FCXR131000
R110 MF47k5 FCXR144750
R111 680k FCXR056800
R112 MF41k2 FCXR144120
R113 MF1k21 FCXR131210
R114 MF487 Ohms FCXR124870
R115 MF191 Ohms FCXR121910
R116 MF487 Ohms FCXR124870
R117 MF191 Ohms FCXR121910
R118 MF1k21 FCXR131210
R119 390 Ohms / 1/2W FCRF23390
R120 Adjustable 500 Ohms FCRJP35000
R121 1k5 FCXR031500
R122 1k5 FCXR031500
R123 1k5/ 1/2W FCRC241500
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM960E DRW.Nº 33.0270 and 273PL REPLACES:
DATE: 10.02.98 SHEET 3 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R124 Adjustable 5k FCRJP44700

R125 680 Ohms / 1/2W FCRF236800
R126 10 Ohms FCXR011000
R127 10 Ohms FCXR011000
R128 NF120 Ohms / 1W FCRF431200
R129 NF120 Ohms / 1W FCRF431200
R130 NF330 Ohms FCRF233300
R131 NF330 Ohms FCRF233300
R132 NF330 Ohms FCRF233300
R133 NF330 Ohms FCRF233300
R134 NF330 Ohms FCRF233300
R135 Not assembled
R136 NF330 Ohms FCRF233300
R137 NF330 Ohms FCRF233300
R138 NF330 Ohms FCRF233300
R139 NF330 Ohms FCRF233300
R140 NF330 Ohms FCRF233300
R141 Not assembled
R142 W0.22 Ohms / 5W FCRY000100
R143 W0.22 Ohms / 5W FCRY000100
R144 W0.22 Ohms / 5W FCRY000100
R145 W0.22 Ohms / 5W FCRY000100
R146 W0.22 Ohms / 5W FCRY000100
R147 Not assembled
R148 W0.22 Ohms / 5W FCRY000100
R149 W0.22 Ohms / 5W FCRY000100
R150 W0.22 Ohms / 5W FCRY000100
R151 W0.22 Ohms / 5W FCRY000100
R152 W0.22 Ohms / 5W FCRY000100
R153 Not assembled
R154 Not assembled
R155 Not assembled
R156 Not assembled
R157 Not assembled
R158 Not assembled
R159 Not assembled
R160 Not assembled
R161 Not assembled
R162 2k2 FCXR032200
R163 10k FCXR041000
R164 10k FCXR041000
R165 2k2 FCXR032200
R166 33k FCXR043300
R167 33k FCXR043300
R168 MF215 Ohms FCXR122150
R169 MF215 Ohms FCXR122150
R170 2k2 FCXR032200
R171 10k FCXR041000
R172 10k FCXR041000
R173 2k2 FCXR032200
R174 33k FCXR043300
R175 33k FCXR043300
R176 MF487 Ohms FCXR124870
R177 MF487 Ohms FCXR124870
R178 MF205 Ohms FCXR122050
R179 MF205 Ohms FCXR122050
R180 MF205 Ohms FCXR122050
R181 MF205 Ohms FCXR122050
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM960E DRW.Nº 33.0270 and 273PL REPLACES:
DATE: 10.02.98 SHEET 4 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R182 10 Ohms / 2W FCRC521000

R183 W6.8 Ohms / 5W FCRY000200
R184 NF2.2 Ohms / 2W FCRC512200
R185 75 Ohms FCXR017500
R186 75 Ohms FCXR017500
TP1 Test terminal FCTERMSOL0
TP2 Test terminal FCTERMSOL0
TS101 BLACK WIRE 6
TS102/103/104/105 WHITE/YELLOW/BROWN/BLACK WIRE 1
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM560E DRW.Nº 33.0271B and 274B PL REPLACES:
DATE: 001106 SHEET 1 OF 4 REPLACED BY:

REFERENCE VALUE CODE

C101 100n FCXCN41000

C102 C22p FCXCN12200
C103 47µ/100 FCCE350470
C104 C68p FCXCN16800
C105 C68p FCXCN16800
C106 47µ/50 FCCE250470
C107 10µ/35 FCCE250100
C108 C15p FCXCN11500
C109 100n FCXCN41000
C110 47µ/100 FCCE350470
C111 10µ/35 FCCE250100
C112 10µ/35 FCCE250100
C113 470n FCXCN44700
C114 470n FCXCN44700
C115 47µ/100 FCCE350470
C116 220n/100 FCCDK52200
C117 47µ/100 FCCE350470
C118 220n/100 FCCDK52200
C119 Not assembled
C120 Not assembled
C121 100n/400 FCCDH71100
C122 47n/400 FCCDH71047
C123 100n FCXCN41000
C124 100n FCXCN41000
C125 100n FCXCN41000
C126 100n FCXCN41000
C127 C12p FCXCN11200
C128 C12p FCXCN11200
D101 Z3.9 FCXZ000039
D102 Z3.9 FCXZ000039
D103 Not assembled
D104 Z12 FCDD041200
D105 Z12 FCDD041200
D106 Not assembled
D107 Z12 FCDD041200
D108 Not assembled
D109 Not assembled
D110 Z12 FCDD041200
D111 Z12 FCDD041200
D112 Not assembled
D113 Z12 FCDD041200
D114 Not assembled
D115 Not assembled
D116 Not assembled
D117 Z27/1 FCDD102700
D118 Z27/1 FCDD102700
D119 Z33/1 FCDD103300
D120 Z10/1 FCDD101000
D121 Z10/1 FCDD101000
D122 Z33/1 FCDD103300
D123 BAS28 FCXDDBAS28
D124 BAS28 FCXDDBAS28
D125 Z10 FCXZ000100
F101 T 8A FCFUS50350
F102 T 8A FCFUS50350
H101 VTL5C8 FCOPTUTL50
IC101 LM35D FCIC350000
IC102 TL071 FCIC071010
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM560E DRW.Nº 33.0271B and 274B PL REPLACES:
DATE: 001106 SHEET 2 OF 4 REPLACED BY:

REFERENCE VALUE CODE

IC103 NE5534A FCIC553410

IC104 TL431A FCIC431000
IC105 TL431A FCIC431000
J102 B7B-EH-A FCCTM00070
L101 1µH FCIND00100
Q101 BD437 FCTR437000
Q102 BF871 FCTR871000
Q103 BD437 FCTR437000
Q104 BF872 FCTR872000
Q105 MJE340 FCTR340000
Q106 MJE350 FCTR350000
Q107 MJE340 FCTR340000
Q108 MJE350 FCTR350000
Q109 Not assembled
Q110 IRFP9240 FCTR243000
Q111 IRFP9240 FCTR243000
Q112 Not assembled
Q113 IRFP9240 FCTR243000
Q114 Not assembled
Q115 Not assembled
Q116 IRFP240 FCTR240000
Q117 IRFP240 FCTR240000
Q118 Not assembled
Q119 IRFP240 FCTR240000
Q120 Not assembled
Q121 BC557B FCTR557500
Q122 BC547B FCTR547500
Q123 BC857B FCXTT08570
Q124 BC847B FCXTT08470
Q125 BC857B FCXTT08570
Q126 BC847B FCXTT08470
Q127 BC857B FCXTT08570
Q128 BC847B FCXTT08470
Q129 BC857B FCXTT08570
Q130 BC847B FCXTT08470
R101 680k FCXR056800
R102 22k FCXR042200
R103 100k FCXR051000
R104 22k FCXR042200
R105 22k FCXR042200
R106 1k82 FCXR131820
R107 1k FCXR031000
R108 1k5 FCXR031500
R109 MF1k FCXR131000
R110 MF47k5 FCXR144750
R111 680k FCXR056800
R112 MF34K0 FCXR143400
R113 MF1k21 FCXR131210
R114 MF487 Ohms FCXR124870
R115 MF191 Ohms FCXR121910
R116 MF487 Ohms FCXR124870
R117 MF191 Ohms FCXR121910
R118 MF1k21 FCXR131210
R119 390 Ohms / 1/2W FCRF23390
R120 Adjustable 500 Ohms FCRJP35000
R121 1k5 FCXR031500
R122 1k5 FCXR031500
R123 1k5/ 1/2W FCRC241500
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM560E DRW.Nº 33.0271B and 274B PL REPLACES:
DATE: 001106 SHEET 3 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R124 Adjustable 5k FCRJP44700

R125 680 Ohms / 1/2W FCRF236800
R126 10 Ohms FCXR011000
R127 10 Ohms FCXR011000
R128 NF68 Ohms / 1W FCRF426800
R129 NF68 Ohms / 1W FCRF426800
R130 Not assembled
R131 NF330 Ohms FCRF233300
R132 NF330 Ohms FCRF233300
R133 Not assembled
R134 NF330 Ohms FCRF233300
R135 Not assembled
R136 Not assembled
R137 NF330 Ohms FCRF233300
R138 NF330 Ohms FCRF233300
R139 Not assembled
R140 NF330 Ohms FCRF233300
R141 Not assembled
R142 Not assembled
R143 W0.22 Ohms / 5W FCRY000100
R144 W0.22 Ohms / 5W FCRY000100
R145 Not assembled
R146 W0.22 Ohms / 5W FCRY000100
R147 Not assembled
R148 Not assembled
R149 W0.22 Ohms / 5W FCRY000100
R150 W0.22 Ohms / 5W FCRY000100
R151 Not assembled
R152 W0.22 Ohms / 5W FCRY000100
R153 Not assembled
R154 Not assembled
R155 Not assembled
R156 Not assembled
R157 Not assembled
R158 Not assembled
R159 Not assembled
R160 Not assembled
R161 Not assembled
R162 2k2 FCXR032200
R163 10k FCXR041000
R164 10k FCXR041000
R165 2k2 FCXR032200
R166 33k FCXR043300
R167 33k FCXR043300
R168 MF215 Ohms FCXR122150
R169 MF215 Ohms FCXR122150
R170 2k2 FCXR032200
R171 10k FCXR041000
R172 10k FCXR041000
R173 2k2 FCXR032200
R174 33k FCXR043300
R175 33k FCXR043300
R176 MF487 Ohms FCXR124870
R177 MF487 Ohms FCXR124870
R178 MF205 Ohms FCXR122050
R179 MF205 Ohms FCXR122050
R180 MF205 Ohms FCXR122050
R181 MF205 Ohms FCXR122050
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM560E DRW.Nº 33.0271B and 274B PL REPLACES:
DATE: 001106 SHEET 4 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R182 10 Ohms / 2W FCRC521000

R183 W6.8 Ohms / 5W FCRY000250
R184 NF2.2 Ohms / 2W FCRC512200
R185 75 Ohms FCXR017500
R186 75 Ohms FCXR017500
TP1 Test terminal FCTERMF280
TP2 Test terminal FCTERMF280
TS101 BLACK WIRE 6
TS102/103/104/105 WHITE/YELLOW/BROWN/BLACK WIRE 1
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM560E DRW.Nº 33.0271 and 274PL REPLACES:
DATE: 10.02.98 SHEET 1 OF 4 REPLACED BY:

REFERENCE VALUE CODE

C101 100n FCXCN41000

C102 C22p FCXCN12200
C103 47µ/100 FCCE350470
C104 C68p FCXCN16800
C105 C68p FCXCN16800
C106 47µ/50 FCCE250470
C107 10µ/35 FCCE250100
C108 C15p FCXCN11500
C109 100n FCXCN41000
C110 47µ/100 FCCE350470
C111 10µ/35 FCCE250100
C112 10µ/35 FCCE250100
C113 470n FCXCN44700
C114 470n FCXCN44700
C115 47µ/100 FCCE350470
C116 220n/100 FCCDK52200
C117 47µ/100 FCCE350470
C118 220n/100 FCCDK52200
C119 Not assembled
C120 Not assembled
C121 100n/400 FCCDH71100
C122 47n/400 FCCDH71047
C123 100n FCXCN41000
C124 100n FCXCN41000
C125 100n FCXCN41000
C126 100n FCXCN41000
C127 C12p FCXCN11200
C128 C12p FCXCN11200
D101 Z3.9 FCXZ000039
D102 Z3.9 FCXZ000039
D103 Not assembled
D104 Z12 FCDD041200
D105 Z12 FCDD041200
D106 Not assembled
D107 Z12 FCDD041200
D108 Not assembled
D109 Not assembled
D110 Z12 FCDD041200
D111 Z12 FCDD041200
D112 Not assembled
D113 Z12 FCDD041200
D114 Not assembled
D115 Not assembled
D116 Not assembled
D117 Z27/1 FCDD102700
D118 Z27/1 FCDD102700
D119 Z33/1 FCDD103300
D120 Z10/1 FCDD101000
D121 Z10/1 FCDD101000
D122 Z33/1 FCDD103300
D123 BAS28 FCXDDBAS28
D124 BAS28 FCXDDBAS28
D125 Z10 FCXZ000100
F101 T 8A FCFUS50350
F102 T 8A FCFUS50350
H101 VTL5C8 FCOPTUTL50
IC101 LM35D FCIC350000
IC102 TL071 FCIC071010
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM560E DRW.Nº 33.0271 and 274PL REPLACES:
DATE: 10.02.98 SHEET 2 OF 4 REPLACED BY:

REFERENCE VALUE CODE

IC103 NE5534A FCIC553410

IC104 TL431A FCIC431000
IC105 TL431A FCIC431000
J102 B7B-EH-A FCCTM00070
L101 1µH FCIND00100
Q101 BD437 FCTR437000
Q102 BF871 FCTR871000
Q103 BD437 FCTR437000
Q104 BF872 FCTR872000
Q105 MJE340 FCTR340000
Q106 MJE350 FCTR350000
Q107 MJE340 FCTR340000
Q108 MJE350 FCTR350000
Q109 Not assembled
Q110 IRFP9240 FCTR243000
Q111 IRFP9240 FCTR243000
Q112 Not assembled
Q113 IRFP9240 FCTR243000
Q114 Not assembled
Q115 Not assembled
Q116 IRFP240 FCTR240000
Q117 IRFP240 FCTR240000
Q118 Not assembled
Q119 IRFP240 FCTR240000
Q120 Not assembled
Q121 BC557B FCTR557500
Q122 BC547B FCTR547500
Q123 BC857B FCXTT08570
Q124 BC847B FCXTT08470
Q125 BC857B FCXTT08570
Q126 BC847B FCXTT08470
Q127 BC857B FCXTT08570
Q128 BC847B FCXTT08470
Q129 BC857B FCXTT08570
Q130 BC847B FCXTT08470
R101 680k FCXR056800
R102 22k FCXR042200
R103 100k FCXR051000
R104 22k FCXR042200
R105 22k FCXR042200
R106 1k82 FCXR131820
R107 1k FCXR031000
R108 1k5 FCXR031500
R109 MF1k FCXR131000
R110 MF47k5 FCXR144750
R111 680k FCXR056800
R112 MF34K0 FCXR143400
R113 MF1k21 FCXR131210
R114 MF487 Ohms FCXR124870
R115 MF191 Ohms FCXR121910
R116 MF487 Ohms FCXR124870
R117 MF191 Ohms FCXR121910
R118 MF1k21 FCXR131210
R119 390 Ohms / 1/2W FCRF23390
R120 Adjustable 500 Ohms FCRJP35000
R121 1k5 FCXR031500
R122 1k5 FCXR031500
R123 1k5/ 1/2W FCRC241500
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM560E DRW.Nº 33.0271 and 274PL REPLACES:
DATE: 10.02.98 SHEET 3 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R124 Adjustable 5k FCRJP44700

R125 680 Ohms / 1/2W FCRF236800
R126 10 Ohms FCXR011000
R127 10 Ohms FCXR011000
R128 NF68 Ohms / 1W FCRF426800
R129 NF68 Ohms / 1W FCRF426800
R130 Not assembled
R131 NF330 Ohms FCRF233300
R132 NF330 Ohms FCRF233300
R133 Not assembled
R134 NF330 Ohms FCRF233300
R135 Not assembled
R136 Not assembled
R137 NF330 Ohms FCRF233300
R138 NF330 Ohms FCRF233300
R139 Not assembled
R140 NF330 Ohms FCRF233300
R141 Not assembled
R142 Not assembled
R143 W0.22 Ohms / 5W FCRY000100
R144 W0.22 Ohms / 5W FCRY000100
R145 Not assembled
R146 W0.22 Ohms / 5W FCRY000100
R147 Not assembled
R148 Not assembled
R149 W0.22 Ohms / 5W FCRY000100
R150 W0.22 Ohms / 5W FCRY000100
R151 Not assembled
R152 W0.22 Ohms / 5W FCRY000100
R153 Not assembled
R154 Not assembled
R155 Not assembled
R156 Not assembled
R157 Not assembled
R158 Not assembled
R159 Not assembled
R160 Not assembled
R161 Not assembled
R162 2k2 FCXR032200
R163 10k FCXR041000
R164 10k FCXR041000
R165 2k2 FCXR032200
R166 33k FCXR043300
R167 33k FCXR043300
R168 MF215 Ohms FCXR122150
R169 MF215 Ohms FCXR122150
R170 2k2 FCXR032200
R171 10k FCXR041000
R172 10k FCXR041000
R173 2k2 FCXR032200
R174 33k FCXR043300
R175 33k FCXR043300
R176 MF487 Ohms FCXR124870
R177 MF487 Ohms FCXR124870
R178 MF205 Ohms FCXR122050
R179 MF205 Ohms FCXR122050
R180 MF205 Ohms FCXR122050
R181 MF205 Ohms FCXR122050
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM560E DRW.Nº 33.0271 and 274PL REPLACES:
DATE: 10.02.98 SHEET 4 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R182 10 Ohms / 2W FCRC521000

R183 W6.8 Ohms / 5W FCRY000200
R184 NF2.2 Ohms / 2W FCRC512200
R185 75 Ohms FCXR017500
R186 75 Ohms FCXR017500
TP1 Test terminal FCTERMSOL0
TP2 Test terminal FCTERMSOL0
TS101 BLACK WIRE 6
TS102/103/104/105 WHITE/YELLOW/BROWN/BLACK WIRE 1
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM360E DRW.Nº 33.0272B and 275B PL REPLACES:
DATE: 001106 SHEET 1 OF 4 REPLACED BY:

REFERENCE VALUE CODE

C101 100n FCXCN41000

C102 C22p FCXCN12200
C103 47µ/100 FCCE350470
C104 C100p FCXCN21000
C105 C100p FCXCN21000
C106 47µ/50 FCCE250470
C107 10µ/35 FCCE250100
C108 C15p FCXCN11500
C109 100n FCXCN41000
C110 47µ/100 FCCE350470
C111 10µ/35 FCCE250100
C112 10µ/35 FCCE250100
C113 470n FCXCN44700
C114 470n FCXCN44700
C115 47µ/100 FCCE350470
C116 220n/100 FCCDK52200
C117 47µ/100 FCCE350470
C118 220n/100 FCCDK52200
C119 Not assembled
C120 Not assembled
C121 100n/400 FCCDH71100
C122 47n/400 FCCDH71047
C123 100n FCXCN41000
C124 100n FCXCN41000
C125 100n FCXCN41000
C126 100n FCXCN41000
C127 C12p FCXCN11200
C128 C12p FCXCN11200
D101 Z3.9 FCXZ000039
D102 Z3.9 FCXZ000039
D103 Not assembled
D104 Z12 FCDD041200
D105 Not assembled
D106 Not assembled
D107 Z12 FCDD041200
D108 Not assembled
D109 Not assembled
D110 Z12 FCDD041200
D111 Not assembled
D112 Not assembled
D113 Z12 FCDD041200
D114 Not assembled
D115 Not assembled
D116 Not assembled
D117 Z27/1 FCDD102700
D118 Z27/1 FCDD102700
D119 Z33/1 FCDD103300
D120 Z10/1 FCDD101000
D121 Z10/1 FCDD101000
D122 Z33/1 FCDD103300
D123 BAS28 FCXDDBAS28
D124 BAS28 FCXDDBAS28
D125 Z10 FCXZ000100
F101 T 8A FCFUS50350
F102 T 8A FCFUS50350
H101 VTL5C8 FCOPTUTL50
IC101 LM35D FCIC350000
IC102 TL071 FCIC071010
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM360E DRW.Nº 33.0272B and 275B PL REPLACES:
DATE: 001106 SHEET 2 OF 4 REPLACED BY:

REFERENCE VALUE CODE

IC103 NE5534A FCIC553410

IC104 TL431A FCIC431000
IC105 TL431A FCIC431000
J102 B7B-EH-A FCCTM00070
L101 1µH FCIND00100
Q101 BD437 FCTR437000
Q102 BF871 FCTR871000
Q103 BD437 FCTR437000
Q104 BF872 FCTR872000
Q105 MJE340 FCTR340000
Q106 MJE350 FCTR350000
Q107 MJE340 FCTR340000
Q108 MJE350 FCTR350000
Q109 Not assembled
Q110 IRFP9240 FCTR243000
Q111 Not assembled
Q112 Not assembled
Q113 IRFP9240 FCTR243000
Q114 Not assembled
Q115 Not assembled
Q116 IRFP240 FCTR240000
Q117 Not assembled
Q118 Not assembled
Q119 IRFP240 FCTR240000
Q120 Not assembled
Q121 BC557B FCTR557500
Q122 BC547B FCTR547500
Q123 BC857B FCXTT08570
Q124 BC847B FCXTT08470
Q125 BC857B FCXTT08570
Q126 BC847B FCXTT08470
Q127 BC857B FCXTT08570
Q128 BC847B FCXTT08470
Q129 BC857B FCXTT08570
Q130 BC847B FCXTT08470
R101 680k FCXR056800
R102 22k FCXR042200
R103 100k FCXR051000
R104 22k FCXR042200
R105 22k FCXR042200
R106 1k82 FCXR131820
R107 1k FCXR031000
R108 1k5 FCXR031500
R109 MF1k FCXR131000
R110 MF47k5 FCXR144750
R111 680k FCXR056800
R112 MF24k0 FCXR142430
R113 MF1k21 FCXR131210
R114 MF487 Ohms FCXR124870
R115 MF191 Ohms FCXR121910
R116 MF487 Ohms FCXR124870
R117 MF191 Ohms FCXR121910
R118 MF1k21 FCXR131210
R119 390 Ohms / 1/2W FCRF23390
R120 Adjustable 500 Ohms FCRJP35000
R121 1k5 FCXR031500
R122 1k5 FCXR031500
R123 1k5/ 1/2W FCRC241500
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM360E DRW.Nº 33.0272B and 275B PL REPLACES:
DATE: 001106 SHEET 3 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R124 Adjustable 5k FCRJP44700

R125 680 Ohms / 1/2W FCRF236800
R126 10 Ohms FCXR011000
R127 10 Ohms FCXR011000
R128 NF68 Ohms / 1W FCRF426800
R129 NF68 Ohms / 1W FCRF426800
R130 Not assembled
R131 NF330 Ohms FCRF233300
R132 Not assembled
R133 Not assembled
R134 NF330 Ohms FCRF233300
R135 Not assembled
R136 Not assembled
R137 NF330 Ohms FCRF233300
R138 Not assembled
R139 Not assembled
R140 NF330 Ohms FCRF233300
R141 Not assembled
R142 Not assembled
R143 W0.22 Ohms / 5W FCRY000100
R144 Not assembled
R145 Not assembled
R146 W0.22 Ohms / 5W FCRY000100
R147 Not assembled
R148 Not assembled
R149 W0.22 Ohms / 5W FCRY000100
R150 Not assembled
R151 Not assembled
R152 W0.22 Ohms / 5W FCRY000100
R153 Not assembled
R154 Not assembled
R155 Not assembled
R156 Not assembled
R157 Not assembled
R158 Not assembled
R159 Not assembled
R160 Not assembled
R161 Not assembled
R162 2k2 FCXR032200
R163 10k FCXR041000
R164 10k FCXR041000
R165 2k2 FCXR032200
R166 33k FCXR043300
R167 33k FCXR043300
R168 MF215 Ohms FCXR122150
R169 MF215 Ohms FCXR122150
R170 2k2 FCXR032200
R171 10k FCXR041000
R172 10k FCXR041000
R173 2k2 FCXR032200
R174 33k FCXR043300
R175 33k FCXR043300
R176 MF487 Ohms FCXR124870
R177 MF487 Ohms FCXR124870
R178 MF205 Ohms FCXR122050
R179 MF205 Ohms FCXR122050
R180 MF205 Ohms FCXR122050
R181 MF205 Ohms FCXR122050
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM360E DRW.Nº 33.0272B and 275B PL REPLACES:
DATE: 001106 SHEET 4 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R182 10 Ohms / 2W FCRC521000

R183 W6.8 Ohms / 5W FCRY000250
R184 NF2.2 Ohms / 2W FCRC512200
R185 75 Ohms FCXR017500
R186 75 Ohms FCXR017500
TP1 Test terminal FCTERMF280
TP2 Test terminal FCTERMF280
TS101 BLACK WIRE 6
TS102/103/104/105 WHITE/YELLOW/BROWN/BLACK WIRE 1
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM360E DRW.Nº 33.0272 and 275PL REPLACES:
DATE: 10.02.98 SHEET 1 OF 4 REPLACED BY:

REFERENCE VALUE CODE

C101 100n FCXCN41000

C102 C22p FCXCN12200
C103 47µ/100 FCCE350470
C104 C100p FCXCN21000
C105 C100p FCXCN21000
C106 47µ/50 FCCE250470
C107 10µ/35 FCCE250100
C108 C15p FCXCN11500
C109 100n FCXCN41000
C110 47µ/100 FCCE350470
C111 10µ/35 FCCE250100
C112 10µ/35 FCCE250100
C113 470n FCXCN44700
C114 470n FCXCN44700
C115 47µ/100 FCCE350470
C116 220n/100 FCCDK52200
C117 47µ/100 FCCE350470
C118 220n/100 FCCDK52200
C119 Not assembled
C120 Not assembled
C121 100n/400 FCCDH71100
C122 47n/400 FCCDH71047
C123 100n FCXCN41000
C124 100n FCXCN41000
C125 100n FCXCN41000
C126 100n FCXCN41000
C127 C12p FCXCN11200
C128 C12p FCXCN11200
D101 Z3.9 FCXZ000039
D102 Z3.9 FCXZ000039
D103 Not assembled
D104 Z12 FCDD041200
D105 Not assembled
D106 Not assembled
D107 Z12 FCDD041200
D108 Not assembled
D109 Not assembled
D110 Z12 FCDD041200
D111 Not assembled
D112 Not assembled
D113 Z12 FCDD041200
D114 Not assembled
D115 Not assembled
D116 Not assembled
D117 Z27/1 FCDD102700
D118 Z27/1 FCDD102700
D119 Z33/1 FCDD103300
D120 Z10/1 FCDD101000
D121 Z10/1 FCDD101000
D122 Z33/1 FCDD103300
D123 BAS28 FCXDDBAS28
D124 BAS28 FCXDDBAS28
D125 Z10 FCXZ000100
F101 T 8A FCFUS50350
F102 T 8A FCFUS50350
H101 VTL5C8 FCOPTUTL50
IC101 LM35D FCIC350000
IC102 TL071 FCIC071010
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM360E DRW.Nº 33.0272 and 275PL REPLACES:
DATE: 10.02.98 SHEET 2 OF 4 REPLACED BY:

REFERENCE VALUE CODE

IC103 NE5534A FCIC553410

IC104 TL431A FCIC431000
IC105 TL431A FCIC431000
J102 B7B-EH-A FCCTM00070
L101 1µH FCIND00100
Q101 BD437 FCTR437000
Q102 BF871 FCTR871000
Q103 BD437 FCTR437000
Q104 BF872 FCTR872000
Q105 MJE340 FCTR340000
Q106 MJE350 FCTR350000
Q107 MJE340 FCTR340000
Q108 MJE350 FCTR350000
Q109 Not assembled
Q110 IRFP9240 FCTR243000
Q111 Not assembled
Q112 Not assembled
Q113 IRFP9240 FCTR243000
Q114 Not assembled
Q115 Not assembled
Q116 IRFP240 FCTR240000
Q117 Not assembled
Q118 Not assembled
Q119 IRFP240 FCTR240000
Q120 Not assembled
Q121 BC557B FCTR557500
Q122 BC547B FCTR547500
Q123 BC857B FCXTT08570
Q124 BC847B FCXTT08470
Q125 BC857B FCXTT08570
Q126 BC847B FCXTT08470
Q127 BC857B FCXTT08570
Q128 BC847B FCXTT08470
Q129 BC857B FCXTT08570
Q130 BC847B FCXTT08470
R101 680k FCXR056800
R102 22k FCXR042200
R103 100k FCXR051000
R104 22k FCXR042200
R105 22k FCXR042200
R106 1k82 FCXR131820
R107 1k FCXR031000
R108 1k5 FCXR031500
R109 MF1k FCXR131000
R110 MF47k5 FCXR144750
R111 680k FCXR056800
R112 MF24k0 FCXR142430
R113 MF1k21 FCXR131210
R114 MF487 Ohms FCXR124870
R115 MF191 Ohms FCXR121910
R116 MF487 Ohms FCXR124870
R117 MF191 Ohms FCXR121910
R118 MF1k21 FCXR131210
R119 390 Ohms / 1/2W FCRF23390
R120 Adjustable 500 Ohms FCRJP35000
R121 1k5 FCXR031500
R122 1k5 FCXR031500
R123 1k5/ 1/2W FCRC241500
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM360E DRW.Nº 33.0272 and 275PL REPLACES:
DATE: 10.02.98 SHEET 3 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R124 Adjustable 5k FCRJP44700

R125 680 Ohms / 1/2W FCRF236800
R126 10 Ohms FCXR011000
R127 10 Ohms FCXR011000
R128 NF68 Ohms / 1W FCRF426800
R129 NF68 Ohms / 1W FCRF426800
R130 Not assembled
R131 NF330 Ohms FCRF233300
R132 Not assembled
R133 Not assembled
R134 NF330 Ohms FCRF233300
R135 Not assembled
R136 Not assembled
R137 NF330 Ohms FCRF233300
R138 Not assembled
R139 Not assembled
R140 NF330 Ohms FCRF233300
R141 Not assembled
R142 Not assembled
R143 W0.22 Ohms / 5W FCRY000100
R144 Not assembled
R145 Not assembled
R146 W0.22 Ohms / 5W FCRY000100
R147 Not assembled
R148 Not assembled
R149 W0.22 Ohms / 5W FCRY000100
R150 Not assembled
R151 Not assembled
R152 W0.22 Ohms / 5W FCRY000100
R153 Not assembled
R154 Not assembled
R155 Not assembled
R156 Not assembled
R157 Not assembled
R158 Not assembled
R159 Not assembled
R160 Not assembled
R161 Not assembled
R162 2k2 FCXR032200
R163 10k FCXR041000
R164 10k FCXR041000
R165 2k2 FCXR032200
R166 33k FCXR043300
R167 33k FCXR043300
R168 MF215 Ohms FCXR122150
R169 MF215 Ohms FCXR122150
R170 2k2 FCXR032200
R171 10k FCXR041000
R172 10k FCXR041000
R173 2k2 FCXR032200
R174 33k FCXR043300
R175 33k FCXR043300
R176 MF487 Ohms FCXR124870
R177 MF487 Ohms FCXR124870
R178 MF205 Ohms FCXR122050
R179 MF205 Ohms FCXR122050
R180 MF205 Ohms FCXR122050
R181 MF205 Ohms FCXR122050
PARTS LIST: PRINTED CIRCUIT 11.0651 REV:
MODEL: PAM360E DRW.Nº 33.0272 and 275PL REPLACES:
DATE: 10.02.98 SHEET 4 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R182 10 Ohms / 2W FCRC521000

R183 W6.8 Ohms / 5W FCRY000200
R184 NF2.2 Ohms / 2W FCRC512200
R185 75 Ohms FCXR017500
R186 75 Ohms FCXR017500
TP1 Test terminal FCTERMSOL0
TP2 Test terminal FCTERMSOL0
TS101 BLACK WIRE 6
TS102/103/104/105 WHITE/YELLOW/BROWN/BLACK WIRE 1