ECLERO PAM 1360E, PAM 960E, PAM 560E, PAM 360E audio amplifier SERVICE MANUAL

PDF

Dokumentti

Mainos

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

- PAM560E

- POWER AMPLIFIER

- 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: 600 Ω 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 1K Ω 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.

BIAS CURRENT ADJUST

The bias current adjust is performed through the variable resistor connected between the emitters of the current sources

R124 (5K Ω ). 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.

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 (0.22

Ω ) 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.

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 0 Ω . 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.

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 / 0.22

Ω = 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 ( ≈ 0,5 Ω ); 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 ( ≈ 1 Ω ), but with a much lower value than the nominal of 4 Ω , 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.

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//4 Ω ).

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:

Fp = -------------- = 140kHz

2*p*Rf*Cf

Rf = R112 Cf = C105+C104

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

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.

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 baseemitter 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.

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.

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.

PARTS LIST: INPUTS,DC OUT,THERMAL and REV:

MODEL: PAM1360E/960E POWER SUPPLY

560E/360 DRW.Nº 33.0268

C and 269C PL REPLACES:

DATE: 11.02.98

SHEET 1 OF 4 REPLACED BY:

REFERENCE VALUE CODE

C140

C141

C142

C143

C144

C145

D101

D102

D103

C132

C133

C134

C135

C136

C137

C138

C139

D104

D105

D106

D107

D108

D109

D110

D111

D112

C123

C124

C125

C126

C127

C128

C129

C130

C131

C116

C117

C118

C119

C120

C121

C122

C108

C109

C110

C111

C112

C113

C114

C115

C101

C102

C103

C104

C105

C106

C107

4700µ/100

2200µ/35

100n

1000µ/35

100n

10µ/35

100n

BAS28

BAV70

BYD17M

Z8.2

Z7.5/1

Z8.2

100n

470n

10µ/35

470n

47µ/100

100n

T10µ/35

22µ/35

T10µ/35

4700µ/100

C220p

C15p

C220p

C8p2

180n

18n

C220p

C8p2

180n

18n

C220p

C15p

100n

FCCE331525

FCCE212200

FCXCN41000

FCCE211000

FCXCN41000

FCCE250100

FCXCN41000

FCXDDBAS28

FCXDDBAV70

FCXDD40070

FCXZ000082

FCDD100750

FCXZ000082

FCXCN22200

FCXCN11500

FCXCN22200

FCXCN08200

FCXCN41800

FCXCN40180

FCXCN22200

FCXCN08200

FCXCN41800

FCXCN40180

FCXCN22200

FCXCN11500

FCXCN41000

FCXCN44700

FCCE250100

FCXCN44700

FCCE350470

FCXCN41000

FCCG001000

FCCE200220

FCCG001000

FCCE331525

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

J102

J103

J104

J105

J106

J107

J108

J109

IC103

IC104

IC105

IC106

IC107

IC108

IC109

IC110

J101

D113

D114

D115

D116

D117

D118

D119

Z8.2

Z5.6

Z8.2

Z5.6

FB3506L

B80C1000

FCXZ000082

FCXZ000056

FCXZ000082

FCXZ000056

FCREC35065

FCREC80100

D120

D121

BYD17M

FCXDD40070

D122

F101

Z10/1

T 16A

FCDD101000

FCFUS60400

IC101 NE5532A FCIC553200

IC102 TL072 FCIC072010

LM358

TL431A

HEF4011B

HEF4001B

REGU. 7818

REGU. 7918

REGU.7805

YKF52-5005

YKB21-5009

B7B-EH-A

YKF52-5005

YKB21-5009

B 7B-EH-A

B4B-EH-A

YKD31-0496

350430-1

FCXIC03580

FCIC431000

FCIC401101

FCIC400101

FCREG78180

FCREG79180

FCREG78050

FCBASX0900

FCBASJ0200

FCCTM00070

FCBASX0900

FCBASJ0200

FCCTM00070

FCCTM00040

FCCTJAL100

FCCTAMP040

J110

J111

J112

J113

K101

Q101

Q102

Q103

350430-1

350432-1

350430-1

RELAY 3500 Ohms

BC847B

2N5551

2N5401

FCCTAMP040

FCCTAMP090

FCCTAMP040

FCREL10350

FCXTT08470

FCTR255510

FCTR254010

Q104

R101

R102

R103

2N5401

MF1k

MF23k7

FCTR254010

FCXR131000

FCXR142370

R104 MF1k FCXR131000

R105 MF 23k7 FCXR142370

R106 MF 23k7 FCXR142370

R107

R108

56 Ohms

10kB

FCXR015600

FCPR110020

R109

R110

R111

R112

MF36k5

MF715k

MF178k

MF1k

FCXR143650

FCXR157150

FCXR151780

FCXR131000

R113 MF 23k7

R114 MF 23k7

FCXR142370

R115

R116

56 Ohms

10kB

FCXR015600

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

R140

R141

R142

R143

R144

R145

R146

R147

R148

R133

R134

R135

R136

R137

R138

R139

R125

R126

R127

R128

R129

R130

R131

R132

R118

R119

R120

R121

R122

R123

R124

R157

R158

R159

R160

R161

R162

R163

S101

S102

R149

R150

R151

R152

R153

R154

R155

R156

S103

TS101

TS102

PC 11.0653

PC 11.0652

R101

R102

R103

MF715k

MF178k

MF1k

MF23k7

15k

7k5

MF90k9

7k5

15k

10k

2M2

MF604

MF1k74

MF8k06

2k7

5k6

2k2

4k7

10k

MF332k

MF590k

MF226k

10k

MF332k

MF226k

MF332k

MF590k

MF332k

47k

680 Ohms

10k

SWITCH KODY 42H

SWITCH KODY 22H

Faston 2.8mm

PRINTED CIRCUIT

1k2

680 Ohms

FCXR157150

FCXR151780

FCXR131000

FCXR142370

FCXR041500

FCXR037500

FCXR149090

FCXR037500

FCXR041500

FCXR041000

FCXR031000

FCXR062200

FCXR031000

FCXR126040

FCXR131740

FCXR138060

FCXR032700

FCXR035600

FCXR031000

FCXR032200

FCXR034700

FCXR041000

FCXR153320

FCXR155900

FCXR152260

FCXR041000

FCXR153320

FCXR152260

FCXR153320

FCXR155900

FCXR153320

FCXR044700

FCXR026800

FCXR041000

FCINTK2000

FCTERMF280

FCCIPAM653

FCXR031200

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

D101

D102

D103

J101

Note: for PAM960E

VALUE

Yellow led 3mm

Red led 3mm

B5B-EH-A

CODE

FCLED300AM

FCLED300RO

FCLED300VE

FCCTM00050

1k5

T 10A

FCXR031500

FCFUS60100

R141

R142

R143

R144

F101

Note: for PAM560E

R141

R142

R143

R144

F101

Note: for PAM360E

R141

R142

R143

R144

F101

560 Ohms

T 6.3A

0 Ohms

Not assembled

T 6.3A

FCXR025600

FCFUS60500

FCXR000000

FCFUS60500

PARTS LIST: PRINTED CIRCUIT 11.0651

REV:

MODEL: PAM1360E DRW.Nº 33.0266

B and 267B PL REPLACES:

DATE: 001106 SHEET 1 OF 4 REPLACED BY:

REFERENCE VALUE CODE

D113

D114

D115

D116

D117

D118

D119

D120

D121

D105

D106

D107

D108

D109

D110

D111

D112

D122

D123

D124

D125

F101

F102

H101

IC101

IC102

C124

C125

C126

C127

C128

D101

D102

D103

D104

C117

C118

C119

C120

C121

C122

C123

C109

C110

C111

C112

C113

C114

C115

C116

C101

C102

C103

C104

C105

C106

C107

C108

Z12

Z62/1

Z27/1

Z33/1

Z27/1

Z12

Z33/1

BAS28

Z10

T 12A

VTL5C8

LM35D

TL071

100n

C12p

Z3.9

Z12

47µ/100

220n/100

10n

100n/400

47n/400

100n

C22p

47µ/100

C47p

47µ/50

10µ/35

C15p

100n

47µ/100

10µ/35

470n

47µ/100

220n/100

FCDD041200

FCDD106200

FCDD102700

FCDD103300

FCDD102700

FCDD103300

FCXDDBAS28

FCXZ000100

FCFUS50400

FCOPTUTL50

FCIC350000

FCIC071010

FCXCN41000

FCXCN12200

FCCE350470

FCXCN14700

FCCE250470

FCCE250100

FCXCN11500

FCXCN41000

FCCE350470

FCCE250100

FCXCN44700

FCCE350470

FCCDK52200

FCCE350470

FCCDK52200

FCXCN40100

FCCDH71100

FCCDH71047

FCXCN41000

FCXCN11200

FCXZ000039

FCDD041200

PARTS LIST: PRINTED CIRCUIT 11.0651

REV:

MODEL: PAM1360E DRW.Nº 33.0266

B and 267B PL REPLACES:

DATE: 001106 SHEET 2 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R106

R107

R108

R109

R110

R111

R112

R113

R114

Q128

Q129

Q130

R101

R102

R103

R104

R105

R115

R116

R117

R118

R119

R120

R121

R122

R123

Q119

Q120

Q121

Q122

Q123

Q124

Q125

Q126

Q127

Q112

Q113

Q114

Q115

Q116

Q117

Q118

Q104

Q105

Q106

Q107

Q108

Q109

Q110

Q111

IC103

IC104

IC105

J102

L101

Q101

Q102

Q103

BC847B

BC857B

BC847B

680k

22k

100k

22k

1k82

1k5

MF1k

MF47k5

680k

MF51k1

MF1k21

MF487 Ohms

MF191 Ohms

MF487 Ohms

MF191 Ohms

MF1k21

390 Ohms / 1/2W

Adjustable 500 Ohms

1k5

1k5/ 1/2W

IRFP9240

IRFP240

BC557B

BC547B

BC857B

BC847B

BC857B

BC847B

BC857B

NE5534A

TL431A

B7B-EH-A

1µH

BD437

BF871

BD437

BF872

MJE340

MJE350

MJE340

MJE350

IRFP9240

FCXTT08470

FCXTT08570

FCXTT08470

FCXR056800

FCXR042200

FCXR051000

FCXR042200

FCXR131820

FCXR031000

FCXR031500

FCXR131000

FCXR144750

FCXR056800

FCXR145110

FCXR131210

FCXR124870

FCXR121910

FCXR124870

FCXR121910

FCXR131210

FCRF23390

FCRJP35000

FCXR031500

FCRC241500

FCIC553410

FCIC431000

FCCTM00070

FCIND00100

FCTR437000

FCTR871000

FCTR437000

FCTR872000

FCTR340000

FCTR350000

FCTR340000

FCTR350000

FCTR243000

FCTR240000

FCTR557500

FCTR547500

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXTT08570

PARTS LIST: PRINTED CIRCUIT 11.0651

REV:

MODEL: PAM1360E DRW.Nº 33.0266

B and 267B PL REPLACES:

DATE: 001106 SHEET 3 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R164

R165

R166

R167

R168

R169

R170

R171

R172

R156

R157

R158

R159

R160

R161

R162

R163

R173

R174

R175

R176

R177

R178

R179

R180

R181

R147

R148

R149

R150

R151

R152

R153

R154

R155

R140

R141

R142

R143

R144

R145

R146

R132

R133

R134

R135

R136

R137

R138

R139

R124

R125

R126

R127

R128

R129

R130

R131

10k

MF178

MF2k21

2k2

10k

2k2

33k

MF215 Ohms

2k2

10k

2k2

33k

MF487 Ohms

MF205 Ohms

Adjustable 5k

680 Ohms / 1/2W

10 Ohms

NF120 Ohms / 1W

NF330 Ohms

W0.22 Ohms / 5W

MF178 Ohms

MF2k21

FCXR041000

FCXR121780

FCXR132210

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR122150

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR124870

FCXR122050

FCRJP44700

FCRF236800

FCXR011000

FCRF431200

FCRF233300

FCRY000100

FCXR121780

FCXR132210

PARTS LIST: PRINTED CIRCUIT 11.0651

REV:

MODEL: PAM1360E DRW.Nº 33.0266

B 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

R184 NF2.2 Ohms / 2W

FCRY0002 50

FCRC512200

R185

R186

75 Ohms

FCXR017500

TP1

TP2

Test terminal FCTERM F280

TS101 BLACK WIRE 6

TS102/103/104/105 WHITE/YELLOW/BROWN/BLACK WIRE 1

PARTS LIST:

MODEL: PAM1360E

DATE: 10.02.98

REFERENCE

D113

D114

D115

D116

D117

D118

D119

D120

D121

D105

D106

D107

D108

D109

D110

D111

D112

D122

D123

D124

D125

F101

F102

H101

IC101

IC102

C124

C125

C126

C127

C128

D101

D102

D103

D104

C117

C118

C119

C120

C121

C122

C123

C109

C110

C111

C112

C113

C114

C115

C116

C101

C102

C103

C104

C105

C106

C107

C108

PRINTED CIRCUIT 11.0651

DRW.Nº 33.0266 and 267PL

SHEET 1 OF 4

VALUE

Z12

Z62/1

Z27/1

Z33/1

Z27/1

Z12

Z33/1

BAS28

Z10

T 12A

VTL5C8

LM35D

TL071

100n

C12p

Z3.9

Z12

47µ/100

220n/100

10n

100n/400

47n/400

100n

C22p

47µ/100

C47p

47µ/50

10µ/35

C15p

100n

47µ/100

10µ/35

470n

47µ/100

220n/100

REV:

REPLACES:

REPLACED BY:

CODE

FCDD041200

FCDD106200

FCDD102700

FCDD103300

FCDD102700

FCDD103300

FCXDDBAS28

FCXZ000100

FCFUS50400

FCOPTUTL50

FCIC350000

FCIC071010

FCXCN41000

FCXCN12200

FCCE350470

FCXCN14700

FCCE250470

FCCE250100

FCXCN11500

FCXCN41000

FCCE350470

FCCE250100

FCXCN44700

FCCE350470

FCCDK52200

FCCE350470

FCCDK52200

FCXCN40100

FCCDH71100

FCCDH71047

FCXCN41000

FCXCN11200

FCXZ000039

FCDD041200

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

R106

R107

R108

R109

R110

R111

R112

R113

R114

Q128

Q129

Q130

R101

R102

R103

R104

R105

R115

R116

R117

R118

R119

R120

R121

R122

R123

Q119

Q120

Q121

Q122

Q123

Q124

Q125

Q126

Q127

Q112

Q113

Q114

Q115

Q116

Q117

Q118

Q104

Q105

Q106

Q107

Q108

Q109

Q110

Q111

IC103

IC104

IC105

J102

L101

Q101

Q102

Q103

BC847B

BC857B

BC847B

680k

22k

100k

22k

1k82

1k5

MF1k

MF47k5

680k

MF51k1

MF1k21

MF487 Ohms

MF191 Ohms

MF487 Ohms

MF191 Ohms

MF1k21

390 Ohms / 1/2W

Adjustable 500 Ohms

1k5

1k5/ 1/2W

IRFP9240

IRFP240

BC557B

BC547B

BC857B

BC847B

BC857B

BC847B

BC857B

NE5534A

TL431A

B7B-EH-A

1µH

BD437

BF871

BD437

BF872

MJE340

MJE350

MJE340

MJE350

IRFP9240

FCXTT08470

FCXTT08570

FCXTT08470

FCXR056800

FCXR042200

FCXR051000

FCXR042200

FCXR131820

FCXR031000

FCXR031500

FCXR131000

FCXR144750

FCXR056800

FCXR145110

FCXR131210

FCXR124870

FCXR121910

FCXR124870

FCXR121910

FCXR131210

FCRF23390

FCRJP35000

FCXR031500

FCRC241500

FCIC553410

FCIC431000

FCCTM00070

FCIND00100

FCTR437000

FCTR871000

FCTR437000

FCTR872000

FCTR340000

FCTR350000

FCTR340000

FCTR350000

FCTR243000

FCTR240000

FCTR557500

FCTR547500

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXTT08570

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

R164

R165

R166

R167

R168

R169

R170

R171

R172

R156

R157

R158

R159

R160

R161

R162

R163

R173

R174

R175

R176

R177

R178

R179

R180

R181

R147

R148

R149

R150

R151

R152

R153

R154

R155

R140

R141

R142

R143

R144

R145

R146

R132

R133

R134

R135

R136

R137

R138

R139

R124

R125

R126

R127

R128

R129

R130

R131

10k

MF178

MF2k21

2k2

10k

2k2

33k

MF215 Ohms

2k2

10k

2k2

33k

MF487 Ohms

MF205 Ohms

Adjustable 5k

680 Ohms / 1/2W

10 Ohms

NF120 Ohms / 1W

NF330 Ohms

W0.22 Ohms / 5W

MF178 Ohms

MF2k21

FCXR041000

FCXR121780

FCXR132210

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR122150

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR124870

FCXR122050

FCRJP44700

FCRF236800

FCXR011000

FCRF431200

FCRF233300

FCRY000100

FCXR121780

FCXR132210

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

R183

R184

R185

R186

TP1

TP2

TS101

TS102/103/104/105

10 Ohms / 2W

W6.8 Ohms / 5W

NF2.2 Ohms / 2W

75 Ohms

Test terminal

FCRC521000

FCRY000200

FCRC512200

FCXR017500

FCTERMSOL0

BLACK WIRE 6

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 (470 Ω ) 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 4 Ω .

Check that all MOSFETs are conducting approximately the same current level (measure this current with the oscilloscope probe by placing it on the 0,22 Ω 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 0,22 Ω 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 4 Ω .

Maintain the mains voltage at 230V by means of the variac.

Check that the following is true at close-to-clip point:

FREQUENCY RESPONSE:

Vin ≈ 1VRMS/ Vo 4 Ω ≥

Vin ≈ 1VRMS/ Vo 8 Ω ≥

PAM1360E

50.5V RMS

56.8V RMS

PAM 960E

42.0V RMS

46.0V RMS

PAM 560E

32.0V RMS

37.0V RMS

PAM 360E

26.5V RMS

30.5V RMS

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 8 Ω 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 0,5 Ω /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 0,22 Ω /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 0,22 Ω 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

(Watt RMS, 1kHz 1% THD)

4 Ohm Stereo*

8 Ohm Stereo*

8 Ohm Mono

16 Ohm Mono

PAM 360E

185W

128W

370W

256W

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

4 Ohm Stereo*

8 Ohm Stereo*

150W

107W

8 Ohm Mono

16 Ohm Mono

300W

215W

PAM 560E

277W

181W

554W

362W

228W

154W

456W

307W

PAM 960E

444W

277W

888W

554W

408W

250W

816W

498W

PAM 1360E

638W

404W

1275W

808W

588W

383W

1175W

766W

* both channels driven

Frequency response @ max output power(-1dB)

Intermodulation distortion (SMPTE)

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

TIM 100

7Hz-50kHz

<0,05%

7Hz-50kHz

<0,03%

<0,05%

7Hz-50kHz

<0,03%

7Hz-50Kz

<0,03%

<0,02%

Signal/noise ratio (20Hz-20kHz) ref. 1W/4 Ω ref. nominal power/4 Ω

Damping factor @ 1kHz/8 Ω

Slew Rate

Channel crosstalk @ 1kHz

Subsonic (a -3dB)

>85dB

>107dB

>300

± 35V/ms

>75dB

>80dB

>104dB

>350

± 51V/ms

>75dB

>80dB

>107dB

>80dB

>108dB

>400

± 60V/ms

>75dB

>450

± 70V/ms

>75dB

25Hz/18dB oct. Butterworth

≈ 2% THD Anticlip

Input connector

Sensitivity/impedance

CLIP indicators

XLR 3 balanced

0dBV(1V)/47k Ω

-0,3dB real clip

Protections

-Delayed turn-on heavy duty relay with PROTECT indicator ON during Stanby.

Mains Depending on your country.

Power consumption @ max. out. power/4 Ω 570VA

Dimensions

Weight

-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.

Front panel

Chassis

12.6kg

See characteristics in the back of the unit

830VA

13.5kg

1250VA

482.6x88mm

440x88x381mm

14,5kg

1790VA

16.5Kg

PARTS LIST:

MODEL:PAM1360/ DRW.Nº 30.0087PL

960/560/360E

DATE: 28.05.98

QUANTITY

MECHANICAL DIAGRAM

SHEET 1 OF 1

VALUE

REV:

REPLACES:

REPLACED BY:

CODE

FRONT PANEL WD.00.2244

CHASSIS WD.002246

FCMECPAMI4

FCMECPAMI1

COVER WD.00.2245

FCMECPAMI5

REINFORCEMENT CHASSIS WD.00.2255

FCMECPAMI3

LATERAL WD.00.2247

FRON PANEL SPACER WD.00.1636

NYLON RIVET 1303

FCMECPAMI2

FCSEP07000

FCREM13030

POWER SWITCH

BUSHING DM6

MAIN SUPPLY CABLE

PRINTED CIRCUIT SPACER

ADHESIVE BASE

FAN 80x80

GRILLE 80x80

WASHER WD.00.2188

FCINTRED25

FCPC00DM60

FCCONX0150

FCSEPWLS06

FCPIE11255

FCVEN08000

FCREJ08000

FCMECARTRO

TRANSFORMER PAM1360E

TRANSFORMER PAM960E

TRANSFORMER PAM560E

TRANSFORMER PAM360E

SCREW M4x6 SPANLO DIN7985

SCREW 5.1x20 DINCL81Z

SCREW 2.9x13 DIN7981

SCREW M4x8 ALLEN DIN912

ASSEMBLED PRINTED CIRCUIT 11.0650

ASSEMBLED PRINTED CIRCUIT 11.0651

(with heat sink)

ASSEMBLED PRINTED CIRCUIT 11.0652

FCTFT00480

FCTFT00470

FCTFT00460

FCTFT00450

FCT8040060

FCT0605120

FCT4002913

FCTALL4080

PARTS LIST: MECHANICAL DIAGRAM

MODEL:PAM1360/ DRW.Nº 30.0086 A PL

960/560/360E

DATE: 28.05.98

SHEET 1 OF 1

QUANTITY VALUE

HEAT SINK WD.00.2249

HEAT SINK SUPPORT WD.00.2088B

CLAMP WD.00.1915

INSULATING TO126

METAL WASHER 3.2x6x1

PLASTIC SPACER 5mm

TRANSISTOR BD437

TRANSISTOR MJE350

TRANSISTOR MJE340

SCREW M4x6 SPANLO DIN7985

SCREW M3x10 SPANLO

REV:

REPLACES:

REPLACED BY:

CODE

FCRAD13750

FCMECPAM65

FCMECPQ398

FCMICT0126

FCARM32010

FCSEPPM000

FCTR437000

FCTR350000

FCTR340000

FCT8040060

FCT8030100

PARTS LIST: MECHANICAL DIAGRAM

MODEL:PAM1360/ DRW.Nº 30.0086PL

960/560/360E

DATE: 28.05.98

SHEET 1 OF 1

QUANTITY VALUE

HEAT SINK WD.00.2249

HEAT SINK SUPPORT WD.00.2088B

CLAMP WD.00.1915

INSULATING TO126

METAL WASHER 3.2x6x1

PLASTIC SPACER 5mm

TRANSISTOR BD437

TRANSISTOR MJE350

TRANSISTOR MJE340

SCREW M4x6 SPANLO DIN7985

SCREW M3x9 SPANLO

REV:

REPLACES:

REPLACED BY:

CODE

FCRAD13750

FCMECPAM65

FCMECPQ398

FCMICT0126

FCARM32010

FCSEPPM000

FCTR437000

FCTR350000

FCTR340000

FCT8040060

FCT8030090

Nº

Qty ECLER Code

1 FCCAJSTA01

4 FCCANT1180

1 FCBOLS0200

1 FCBOL00100

4 FCARN50000

4 FCARAT3000

Description

BOX STANDARD 1

INTERIOR REINFORCEMENT

STANDARD BAG 75x65

BAG 60x80

WASHER 5X11,5X0,8M

SCREW INSULATOR

2 FCETICAJA0

4 FCPIE11255

UNIT INFORMATION LABEL

RUBBER FOOT

1 FCFUNMAN00 USER MANUAL BAG

1 FCMANPAMKO USER MANUAL PAM/E

1 GENERIC (*) FUSE 6X32

(*) SPECIFIC FUSE TYPES:

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

-PAM960E : FCFUS60100 FUSE 10A 6X32

-PAM1360E : FCFUS60400 FUSE 16A 6X32

ECLER

drawn:

Jordi Folch date:

010330 approved: title: number:

32.0031

version:

02.01

PACKING DIAGRAM PAM/E

Nº

Qty ECLER Code

1 FCCAJSTA01

4 FCCANT1010

1 FCBOLS0200

1 FCBOL00100

4 FCARN50000

4 FCARAT3000

Description

BOX STANDARD 1

INTERIOR REINFORCEMENT

STANDARD BAG 75x65

BAG 60x80

WASHER 5X11,5X0,8M

SCREW INSULATOR

2 FCETICAJA0

4 FCPIE11255

UNIT INFORMATION LABEL

RUBBER FOOT

1 FCFUNMAN00 USER MANUAL BAG

1 FCMANPAMKO USER MANUAL PAM/E

1 GENERIC (*) FUSE 6X32

(*) SPECIFIC FUSE TYPES:

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

-PAM960E : FCFUS60100 FUSE 10A 6X32

-PAM1360E : FCFUS60400 FUSE 16A 6X32

ECLER

number:

32.0031

version: drawn:

Jordi Folch date:

010330 approved: title:

02.00

PACKING DIAGRAM PAM/E

PARTS LIST:

MODEL:PAM1360/

960/560/360E

DATE: 28.05.98

PACKING DIAGRAM

DRW.Nº 32.0031PL

SHEET 1 OF 1

QUANTITY

VALUE

METAL WASHER 5x11.5x0.8

WASHER AT 5x11.5x3.5 ABS

PACKING BOX PAM1360/960/560/360E

PAM1360E FUSE T 16A

PAM960E FUSE T 10A

PAM560E FUSE T 6,3A

PAM360E FUSE T 6,3A

BASE ADHESIVE

PROTECTING M821

BAG FOR MANUAL 120x180mm

PLASTIC BAG 43x60cm

PLASTIC BAG 60x80mm

MANUAL PAM1360/960/560/360E

WARRANTY CARD

REV:

REPLACES:

REPLACED BY:

CODE

FCARN50000

FCARAT3000

FCCAJP8800

FCFUS60400

FCFUS60100

FCFUS60500

FCPIE11255

FCCANT0300

FCBOL00200

FCBOLS0100

FCBOL00100

FCMANMPAMKO

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

D113

D114

D115

D116

D117

D118

D119

D120

D121

D105

D106

D107

D108

D109

D110

D111

D112

D122

D123

D124

D125

F101

F102

H101

IC101

IC102

C124

C125

C126

C127

C128

D101

D102

D103

D104

C117

C118

C119

C120

C121

C122

C123

C109

C110

C111

C112

C113

C114

C115

C116

C101

C102

C103

C104

C105

C106

C107

C108

Z12

Not assembled

Z12

Not assembled

Z27/1

Z33/1

Z10/1

Z33/1

BAS28

Z10

T 12A

VTL5C8

LM35D

TL071

100n

C22p

47µ/100

C68p

47µ/50

10µ/35

C15p

100n

47µ/100

10µ/35

470n

47µ/100

220n/100

100n

C12p

Z3.9

Z12

47µ/100

220n/100

Not assembled

100n/400

47n/400

100n

FCXCN41000

FCXCN12200

FCCE350470

FCXCN16800

FCCE250470

FCCE250100

FCXCN11500

FCXCN41000

FCCE350470

FCCE250100

FCXCN44700

FCCE350470

FCCDK52200

FCCE350470

FCCDK52200

FCDD102700

FCDD103300

FCDD101000

FCDD103300

FCXDDBAS28

FCXZ000100

FCFUS50400

FCOPTUTL50

FCIC350000

FCIC071010

FCCDH71100

FCCDH71047

FCXCN41000

FCXCN11200

FCXZ000039

FCDD041200

PARTS LIST: PRINTED CIRCUIT 11.0651

REV:

MODEL: PAM960E

DATE: 001106

DRW.Nº 33.0270B and 273B PL REPLACES:

SHEET 2 OF 4 REPLACED BY:

REFERENCE VALUE CODE

R106

R107

R108

R109

R110

R111

R112

R113

R114

Q128

Q129

Q130

R101

R102

R103

R104

R105

R115

R116

R117

R118

R119

R120

R121

R122

R123

Q119

Q120

Q121

Q122

Q123

Q124

Q125

Q126

Q127

Q112

Q113

Q114

Q115

Q116

Q117

Q118

Q104

Q105

Q106

Q107

Q108

Q109

Q110

Q111

IC103

IC104

IC105

J102

L101

Q101

Q102

Q103

BC847B

BC857B

BC847B

680k

22k

100k

22k

1k82

1k5

MF1k

MF47k5

680k

MF41k2

MF1k21

MF487 Ohms

MF191 Ohms

MF487 Ohms

MF191 Ohms

MF1k21

390 Ohms / 1/2W

Adjustable 500 Ohms

1k5

1k5/ 1/2W

NE5534A

TL431A

B7B-EH-A

1µH

BD437

BF871

BD437

BF872

MJE340

MJE350

MJE340

MJE350

IRFP9240

Not assembled

IRFP240

Not assembled

BC557B

BC547B

BC857B

BC847B

BC857B

BC847B

BC857B

FCIC553410

FCIC431000

FCCTM00070

FCIND00100

FCTR437000

FCTR871000

FCTR437000

FCTR872000

FCTR340000

FCTR350000

FCTR340000

FCTR350000

FCTR243000

FCTR240000

FCTR557500

FCTR547500

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXR056800

FCXR042200

FCXR051000

FCXR042200

FCXR131820

FCXR031000

FCXR031500

FCXR131000

FCXR144750

FCXR056800

FCXR144120

FCXR131210

FCXR124870

FCXR121910

FCXR124870

FCXR121910

FCXR131210

FCRF23390

FCRJP35000

FCXR031500

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

R164

R165

R166

R167

R168

R169

R170

R171

R172

R156

R157

R158

R159

R160

R161

R162

R163

R173

R174

R175

R176

R177

R178

R179

R180

R181

R147

R148

R149

R150

R151

R152

R153

R154

R155

R140

R141

R142

R143

R144

R145

R146

R132

R133

R134

R135

R136

R137

R138

R139

R124

R125

R126

R127

R128

R129

R130

R131

Not assembled

2k2

10k

2k2

33k

MF215 Ohms

2k2

10k

2k2

33k

MF487 Ohms

MF205 Ohms

Adjustable 5k

680 Ohms / 1/2W

10 Ohms

NF120 Ohms / 1W

NF330 Ohms

Not assembled

NF330 Ohms

Not assembled

W0.22 Ohms / 5W

Not assembled

W0.22 Ohms / 5W

Not assembled

FCRJP44700

FCRF236800

FCXR011000

FCRF431200

FCRF233300

FCRY000100

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR122150

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR124870

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

R183

R184

R185

R186

TP1

TP2

TS101

TS102/103/104/105

10 Ohms / 2W

W6.8 Ohms / 5W

NF2.2 Ohms / 2W

75 Ohms

Test terminal

FCRC521000

FCRY000250

FCRC512200

FCXR017500

FCTERMF280

BLACK WIRE 6

WHITE/YELLOW/BROWN/BLACK WIRE 1

PARTS LIST:

MODEL: PAM960E

DATE: 10.02.98

REFERENCE

D113

D114

D115

D116

D117

D118

D119

D120

D121

D105

D106

D107

D108

D109

D110

D111

D112

D122

D123

D124

D125

F101

F102

H101

IC101

IC102

C124

C125

C126

C127

C128

D101

D102

D103

D104

C117

C118

C119

C120

C121

C122

C123

C109

C110

C111

C112

C113

C114

C115

C116

C101

C102

C103

C104

C105

C106

C107

C108

PRINTED CIRCUIT 11.0651

DRW.Nº 33.0270 and 273PL

SHEET 1 OF 4

VALUE

Z12

Not assembled

Z12

Not assembled

Z27/1

Z33/1

Z10/1

Z33/1

BAS28

Z10

T 12A

VTL5C8

LM35D

TL071

100n

C22p

47µ/100

C68p

47µ/50

10µ/35

C15p

100n

47µ/100

10µ/35

470n

47µ/100

220n/100

100n

C12p

Z3.9

Z12

47µ/100

220n/100

Not assembled

100n/400

47n/400

100n

REV:

REPLACES:

REPLACED BY:

CODE

FCXCN41000

FCXCN12200

FCCE350470

FCXCN16800

FCCE250470

FCCE250100

FCXCN11500

FCXCN41000

FCCE350470

FCCE250100

FCXCN44700

FCCE350470

FCCDK52200

FCCE350470

FCCDK52200

FCCDH71100

FCCDH71047

FCXCN41000

FCXCN11200

FCXZ000039

FCDD041200

FCDD102700

FCDD103300

FCDD101000

FCDD103300

FCXDDBAS28

FCXZ000100

FCFUS50400

FCOPTUTL50

FCIC350000

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

R106

R107

R108

R109

R110

R111

R112

R113

R114

Q128

Q129

Q130

R101

R102

R103

R104

R105

R115

R116

R117

R118

R119

R120

R121

R122

R123

Q119

Q120

Q121

Q122

Q123

Q124

Q125

Q126

Q127

Q112

Q113

Q114

Q115

Q116

Q117

Q118

Q104

Q105

Q106

Q107

Q108

Q109

Q110

Q111

IC103

IC104

IC105

J102

L101

Q101

Q102

Q103

BC847B

BC857B

BC847B

680k

22k

100k

22k

1k82

1k5

MF1k

MF47k5

680k

MF41k2

MF1k21

MF487 Ohms

MF191 Ohms

MF487 Ohms

MF191 Ohms

MF1k21

390 Ohms / 1/2W

Adjustable 500 Ohms

1k5

1k5/ 1/2W

NE5534A

TL431A

B7B-EH-A

1µH

BD437

BF871

BD437

BF872

MJE340

MJE350

MJE340

MJE350

IRFP9240

Not assembled

IRFP240

Not assembled

BC557B

BC547B

BC857B

BC847B

BC857B

BC847B

BC857B

FCIC553410

FCIC431000

FCCTM00070

FCIND00100

FCTR437000

FCTR871000

FCTR437000

FCTR872000

FCTR340000

FCTR350000

FCTR340000

FCTR350000

FCTR243000

FCTR240000

FCTR557500

FCTR547500

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXR056800

FCXR042200

FCXR051000

FCXR042200

FCXR131820

FCXR031000

FCXR031500

FCXR131000

FCXR144750

FCXR056800

FCXR144120

FCXR131210

FCXR124870

FCXR121910

FCXR124870

FCXR121910

FCXR131210

FCRF23390

FCRJP35000

FCXR031500

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

R164

R165

R166

R167

R168

R169

R170

R171

R172

R156

R157

R158

R159

R160

R161

R162

R163

R173

R174

R175

R176

R177

R178

R179

R180

R181

R147

R148

R149

R150

R151

R152

R153

R154

R155

R140

R141

R142

R143

R144

R145

R146

R132

R133

R134

R135

R136

R137

R138

R139

R124

R125

R126

R127

R128

R129

R130

R131

Not assembled

2k2

10k

2k2

33k

MF215 Ohms

2k2

10k

2k2

33k

MF487 Ohms

MF205 Ohms

Adjustable 5k

680 Ohms / 1/2W

10 Ohms

NF120 Ohms / 1W

NF330 Ohms

Not assembled

NF330 Ohms

Not assembled

W0.22 Ohms / 5W

Not assembled

W0.22 Ohms / 5W

Not assembled

FCRJP44700

FCRF236800

FCXR011000

FCRF431200

FCRF233300

FCRY000100

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR122150

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR124870

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

R183

R184

R185

R186

TP1

TP2

TS101

TS102/103/104/105

10 Ohms / 2W

W6.8 Ohms / 5W

NF2.2 Ohms / 2W

75 Ohms

Test terminal

FCRC521000

FCRY000200

FCRC512200

FCXR017500

FCTERMSOL0

BLACK WIRE 6

WHITE/YELLOW/BROWN/BLACK WIRE 1

PARTS LIST:

MODEL: PAM560E

DATE: 001106

REFERENCE

D113

D114

D115

D116

D117

D118

D119

D120

D121

D105

D106

D107

D108

D109

D110

D111

D112

D122

D123

D124

D125

F101

F102

H101

IC101

IC102

C124

C125

C126

C127

C128

D101

D102

D103

D104

C117

C118

C119

C120

C121

C122

C123

C109

C110

C111

C112

C113

C114

C115

C116

C101

C102

C103

C104

C105

C106

C107

C108

PRINTED CIRCUIT 11.0651

DRW.Nº 33.0271B and 274B PL

SHEET 1 OF 4

VALUE

Z12

Not assembled

Z12

Not assembled

Z12

Not assembled

Z12

Not assembled

Z27/1

Z33/1

Z10/1

Z33/1

BAS28

Z10

T 8A

VTL5C8

LM35D

TL071

100n

C22p

47µ/100

C68p

47µ/50

10µ/35

C15p

100n

47µ/100

10µ/35

470n

47µ/100

220n/100

47µ/100

220n/100

Not assembled

100n/400

47n/400

100n

C12p

Z3.9

Not assembled

Z12

FCCDH71100

FCCDH71047

FCXCN41000

FCXCN11200

FCXZ000039

FCDD041200

FCDD102700

FCDD103300

FCDD101000

FCDD103300

FCXDDBAS28

FCXZ000100

FCFUS50350

FCOPTUTL50

FCIC350000

FCIC071010

REV:

REPLACES:

REPLACED BY:

CODE

FCXCN41000

FCXCN12200

FCCE350470

FCXCN16800

FCCE250470

FCCE250100

FCXCN11500

FCXCN41000

FCCE350470

FCCE250100

FCXCN44700

FCCE350470

FCCDK52200

FCCE350470

FCCDK52200

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

R106

R107

R108

R109

R110

R111

R112

R113

R114

Q128

Q129

Q130

R101

R102

R103

R104

R105

R115

R116

R117

R118

R119

R120

R121

R122

R123

Q119

Q120

Q121

Q122

Q123

Q124

Q125

Q126

Q127

Q112

Q113

Q114

Q115

Q116

Q117

Q118

Q104

Q105

Q106

Q107

Q108

Q109

Q110

Q111

IC103

IC104

IC105

J102

L101

Q101

Q102

Q103

BC847B

BC857B

BC847B

680k

22k

100k

22k

1k82

1k5

MF1k

MF47k5

680k

MF34K0

MF1k21

MF487 Ohms

MF191 Ohms

MF487 Ohms

MF191 Ohms

MF1k21

390 Ohms / 1/2W

Adjustable 500 Ohms

1k5

1k5/ 1/2W

NE5534A

TL431A

B7B-EH-A

1µH

BD437

BF871

BD437

BF872

MJE340

MJE350

MJE340

MJE350

Not assembled

IRFP9240

Not assembled

IRFP9240

Not assembled

IRFP240

Not assembled

IRFP240

Not assembled

BC557B

BC547B

BC857B

BC847B

BC857B

BC847B

BC857B

FCIC553410

FCIC431000

FCCTM00070

FCIND00100

FCTR437000

FCTR871000

FCTR437000

FCTR872000

FCTR340000

FCTR350000

FCTR340000

FCTR350000

FCTR243000

FCTR240000

FCTR557500

FCTR547500

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXR056800

FCXR042200

FCXR051000

FCXR042200

FCXR131820

FCXR031000

FCXR031500

FCXR131000

FCXR144750

FCXR056800

FCXR143400

FCXR131210

FCXR124870

FCXR121910

FCXR124870

FCXR121910

FCXR131210

FCRF23390

FCRJP35000

FCXR031500

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

R164

R165

R166

R167

R168

R169

R170

R171

R172

R156

R157

R158

R159

R160

R161

R162

R163

R173

R174

R175

R176

R177

R178

R179

R180

R181

R147

R148

R149

R150

R151

R152

R153

R154

R155

R140

R141

R142

R143

R144

R145

R146

R132

R133

R134

R135

R136

R137

R138

R139

R124

R125

R126

R127

R128

R129

R130

R131

Not assembled

2k2

10k

2k2

33k

MF215 Ohms

2k2

10k

2k2

33k

MF487 Ohms

MF205 Ohms

Adjustable 5k

680 Ohms / 1/2W

10 Ohms

NF68 Ohms / 1W

Not assembled

NF330 Ohms

Not assembled

NF330 Ohms

Not assembled

NF330 Ohms

Not assembled

NF330 Ohms

Not assembled

W0.22 Ohms / 5W

Not assembled

W0.22 Ohms / 5W

Not assembled

W0.22 Ohms / 5W

Not assembled

W0.22 Ohms / 5W

Not assembled

FCRJP44700

FCRF236800

FCXR011000

FCRF426800

FCRF233300

FCRY000100

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR122150

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR124870

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

R183

R184

R185

R186

TP1

TP2

TS101

TS102/103/104/105

10 Ohms / 2W

W6.8 Ohms / 5W

NF2.2 Ohms / 2W

75 Ohms

Test terminal

FCRC521000

FCRY000250

FCRC512200

FCXR017500

FCTERMF280

BLACK WIRE 6

WHITE/YELLOW/BROWN/BLACK WIRE 1

PARTS LIST:

MODEL: PAM560E

DATE: 10.02.98

REFERENCE

D113

D114

D115

D116

D117

D118

D119

D120

D121

D105

D106

D107

D108

D109

D110

D111

D112

D122

D123

D124

D125

F101

F102

H101

IC101

IC102

C124

C125

C126

C127

C128

D101

D102

D103

D104

C117

C118

C119

C120

C121

C122

C123

C109

C110

C111

C112

C113

C114

C115

C116

C101

C102

C103

C104

C105

C106

C107

C108

PRINTED CIRCUIT 11.0651

DRW.Nº 33.0271 and 274PL

SHEET 1 OF 4

VALUE

Z12

Not assembled

Z12

Not assembled

Z12

Not assembled

Z12

Not assembled

Z27/1

Z33/1

Z10/1

Z33/1

BAS28

Z10

T 8A

VTL5C8

LM35D

TL071

100n

C22p

47µ/100

C68p

47µ/50

10µ/35

C15p

100n

47µ/100

10µ/35

470n

47µ/100

220n/100

47µ/100

220n/100

Not assembled

100n/400

47n/400

100n

C12p

Z3.9

Not assembled

Z12

FCCDH71100

FCCDH71047

FCXCN41000

FCXCN11200

FCXZ000039

FCDD041200

REV:

REPLACES:

REPLACED BY:

CODE

FCXCN41000

FCXCN12200

FCCE350470

FCXCN16800

FCCE250470

FCCE250100

FCXCN11500

FCXCN41000

FCCE350470

FCCE250100

FCXCN44700

FCCE350470

FCCDK52200

FCCE350470

FCCDK52200

FCDD102700

FCDD103300

FCDD101000

FCDD103300

FCXDDBAS28

FCXZ000100

FCFUS50350

FCOPTUTL50

FCIC350000

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

R106

R107

R108

R109

R110

R111

R112

R113

R114

Q128

Q129

Q130

R101

R102

R103

R104

R105

R115

R116

R117

R118

R119

R120

R121

R122

R123

Q119

Q120

Q121

Q122

Q123

Q124

Q125

Q126

Q127

Q112

Q113

Q114

Q115

Q116

Q117

Q118

Q104

Q105

Q106

Q107

Q108

Q109

Q110

Q111

IC103

IC104

IC105

J102

L101

Q101

Q102

Q103

BC847B

BC857B

BC847B

680k

22k

100k

22k

1k82

1k5

MF1k

MF47k5

680k

MF34K0

MF1k21

MF487 Ohms

MF191 Ohms

MF487 Ohms

MF191 Ohms

MF1k21

390 Ohms / 1/2W

Adjustable 500 Ohms

1k5

1k5/ 1/2W

NE5534A

TL431A

B7B-EH-A

1µH

BD437

BF871

BD437

BF872

MJE340

MJE350

MJE340

MJE350

Not assembled

IRFP9240

Not assembled

IRFP9240

Not assembled

IRFP240

Not assembled

IRFP240

Not assembled

BC557B

BC547B

BC857B

BC847B

BC857B

BC847B

BC857B

FCIC553410

FCIC431000

FCCTM00070

FCIND00100

FCTR437000

FCTR871000

FCTR437000

FCTR872000

FCTR340000

FCTR350000

FCTR340000

FCTR350000

FCTR243000

FCTR240000

FCTR557500

FCTR547500

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXR056800

FCXR042200

FCXR051000

FCXR042200

FCXR131820

FCXR031000

FCXR031500

FCXR131000

FCXR144750

FCXR056800

FCXR143400

FCXR131210

FCXR124870

FCXR121910

FCXR124870

FCXR121910

FCXR131210

FCRF23390

FCRJP35000

FCXR031500

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

R164

R165

R166

R167

R168

R169

R170

R171

R172

R156

R157

R158

R159

R160

R161

R162

R163

R173

R174

R175

R176

R177

R178

R179

R180

R181

R147

R148

R149

R150

R151

R152

R153

R154

R155

R140

R141

R142

R143

R144

R145

R146

R132

R133

R134

R135

R136

R137

R138

R139

R124

R125

R126

R127

R128

R129

R130

R131

Not assembled

2k2

10k

2k2

33k

MF215 Ohms

2k2

10k

2k2

33k

MF487 Ohms

MF205 Ohms

Adjustable 5k

680 Ohms / 1/2W

10 Ohms

NF68 Ohms / 1W

Not assembled

NF330 Ohms

Not assembled

NF330 Ohms

Not assembled

NF330 Ohms

Not assembled

NF330 Ohms

Not assembled

W0.22 Ohms / 5W

Not assembled

W0.22 Ohms / 5W

Not assembled

W0.22 Ohms / 5W

Not assembled

W0.22 Ohms / 5W

Not assembled

FCRJP44700

FCRF236800

FCXR011000

FCRF426800

FCRF233300

FCRY000100

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR122150

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR124870

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

R183

R184

R185

R186

TP1

TP2

TS101

TS102/103/104/105

10 Ohms / 2W

W6.8 Ohms / 5W

NF2.2 Ohms / 2W

75 Ohms

Test terminal

FCRC521000

FCRY000200

FCRC512200

FCXR017500

FCTERMSOL0

BLACK WIRE 6

WHITE/YELLOW/BROWN/BLACK WIRE 1

PARTS LIST:

MODEL: PAM360E

DATE: 001106

REFERENCE

D113

D114

D115

D116

D117

D118

D119

D120

D121

D105

D106

D107

D108

D109

D110

D111

D112

D122

D123

D124

D125

F101

F102

H101

IC101

IC102

C124

C125

C126

C127

C128

D101

D102

D103

D104

C117

C118

C119

C120

C121

C122

C123

C109

C110

C111

C112

C113

C114

C115

C116

C101

C102

C103

C104

C105

C106

C107

C108

PRINTED CIRCUIT 11.0651

DRW.Nº 33.0272B and 275B PL

SHEET 1 OF 4

VALUE

Not assembled

Z12

Not assembled

Z12

Not assembled

Z12

Not assembled

Z27/1

Z33/1

Z10/1

Z33/1

BAS28

Z10

T 8A

VTL5C8

LM35D

TL071

100n

C22p

47µ/100

C100p

47µ/50

10µ/35

C15p

100n

47µ/100

10µ/35

470n

47µ/100

220n/100

47µ/100

220n/100

Not assembled

100n/400

47n/400

100n

C12p

Z3.9

Not assembled

Z12

FCCDH71100

FCCDH71047

FCXCN41000

FCXCN11200

FCXZ000039

FCDD041200

FCDD102700

FCDD103300

FCDD101000

FCDD103300

FCXDDBAS28

FCXZ000100

FCFUS50350

FCOPTUTL50

FCIC350000

FCIC071010

REV:

REPLACES:

REPLACED BY:

CODE

FCXCN41000

FCXCN12200

FCCE350470

FCXCN21000

FCCE250470

FCCE250100

FCXCN11500

FCXCN41000

FCCE350470

FCCE250100

FCXCN44700

FCCE350470

FCCDK52200

FCCE350470

FCCDK52200

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

R106

R107

R108

R109

R110

R111

R112

R113

R114

Q128

Q129

Q130

R101

R102

R103

R104

R105

R115

R116

R117

R118

R119

R120

R121

R122

R123

Q119

Q120

Q121

Q122

Q123

Q124

Q125

Q126

Q127

Q112

Q113

Q114

Q115

Q116

Q117

Q118

Q104

Q105

Q106

Q107

Q108

Q109

Q110

Q111

IC103

IC104

IC105

J102

L101

Q101

Q102

Q103

BC847B

BC857B

BC847B

680k

22k

100k

22k

1k82

1k5

MF1k

MF47k5

680k

MF24k0

MF1k21

MF487 Ohms

MF191 Ohms

MF487 Ohms

MF191 Ohms

MF1k21

390 Ohms / 1/2W

Adjustable 500 Ohms

1k5

1k5/ 1/2W

NE5534A

TL431A

B7B-EH-A

1µH

BD437

BF871

BD437

BF872

MJE340

MJE350

MJE340

MJE350

Not assembled

IRFP9240

Not assembled

IRFP9240

Not assembled

IRFP240

Not assembled

IRFP240

Not assembled

BC557B

BC547B

BC857B

BC847B

BC857B

BC847B

BC857B

FCIC553410

FCIC431000

FCCTM00070

FCIND00100

FCTR437000

FCTR871000

FCTR437000

FCTR872000

FCTR340000

FCTR350000

FCTR340000

FCTR350000

FCTR243000

FCTR240000

FCTR557500

FCTR547500

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXR056800

FCXR042200

FCXR051000

FCXR042200

FCXR131820

FCXR031000

FCXR031500

FCXR131000

FCXR144750

FCXR056800

FCXR142430

FCXR131210

FCXR124870

FCXR121910

FCXR124870

FCXR121910

FCXR131210

FCRF23390

FCRJP35000

FCXR031500

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

R164

R165

R166

R167

R168

R169

R170

R171

R172

R156

R157

R158

R159

R160

R161

R162

R163

R173

R174

R175

R176

R177

R178

R179

R180

R181

R147

R148

R149

R150

R151

R152

R153

R154

R155

R140

R141

R142

R143

R144

R145

R146

R132

R133

R134

R135

R136

R137

R138

R139

R124

R125

R126

R127

R128

R129

R130

R131

Not assembled

2k2

10k

2k2

33k

MF215 Ohms

2k2

10k

2k2

33k

MF487 Ohms

MF205 Ohms

Adjustable 5k

680 Ohms / 1/2W

10 Ohms

NF68 Ohms / 1W

Not assembled

NF330 Ohms

Not assembled

NF330 Ohms

Not assembled

NF330 Ohms

Not assembled

NF330 Ohms

Not assembled

W0.22 Ohms / 5W

Not assembled

W0.22 Ohms / 5W

Not assembled

W0.22 Ohms / 5W

Not assembled

W0.22 Ohms / 5W

Not assembled

FCRJP44700

FCRF236800

FCXR011000

FCRF426800

FCRF233300

FCRY000100

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR122150

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR124870

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

R183

R184

R185

R186

TP1

TP2

TS101

TS102/103/104/105

10 Ohms / 2W

W6.8 Ohms / 5W

NF2.2 Ohms / 2W

75 Ohms

Test terminal

FCRC521000

FCRY000250

FCRC512200

FCXR017500

FCTERMF280

BLACK WIRE 6

WHITE/YELLOW/BROWN/BLACK WIRE 1

PARTS LIST:

MODEL: PAM360E

DATE: 10.02.98

REFERENCE

D113

D114

D115

D116

D117

D118

D119

D120

D121

D105

D106

D107

D108

D109

D110

D111

D112

D122

D123

D124

D125

F101

F102

H101

IC101

IC102

C124

C125

C126

C127

C128

D101

D102

D103

D104

C117

C118

C119

C120

C121

C122

C123

C109

C110

C111

C112

C113

C114

C115

C116

C101

C102

C103

C104

C105

C106

C107

C108

PRINTED CIRCUIT 11.0651

DRW.Nº 33.0272 and 275PL

SHEET 1 OF 4

VALUE

Not assembled

Z12

Not assembled

Z12

Not assembled

Z12

Not assembled

Z27/1

Z33/1

Z10/1

Z33/1

BAS28

Z10

T 8A

VTL5C8

LM35D

TL071

100n

C22p

47µ/100

C100p

47µ/50

10µ/35

C15p

100n

47µ/100

10µ/35

470n

47µ/100

220n/100

47µ/100

220n/100

Not assembled

100n/400

47n/400

100n

C12p

Z3.9

Not assembled

Z12

REV:

REPLACES:

REPLACED BY:

CODE

FCXCN41000

FCXCN12200

FCCE350470

FCXCN21000

FCCE250470

FCCE250100

FCXCN11500

FCXCN41000

FCCE350470

FCCE250100

FCXCN44700

FCCE350470

FCCDK52200

FCCE350470

FCCDK52200

FCCDH71100

FCCDH71047

FCXCN41000

FCXCN11200

FCXZ000039

FCDD041200

FCDD102700

FCDD103300

FCDD101000

FCDD103300

FCXDDBAS28

FCXZ000100

FCFUS50350

FCOPTUTL50

FCIC350000

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

R106

R107

R108

R109

R110

R111

R112

R113

R114

Q128

Q129

Q130

R101

R102

R103

R104

R105

R115

R116

R117

R118

R119

R120

R121

R122

R123

Q119

Q120

Q121

Q122

Q123

Q124

Q125

Q126

Q127

Q112

Q113

Q114

Q115

Q116

Q117

Q118

Q104

Q105

Q106

Q107

Q108

Q109

Q110

Q111

IC103

IC104

IC105

J102

L101

Q101

Q102

Q103

BC847B

BC857B

BC847B

680k

22k

100k

22k

1k82

1k5

MF1k

MF47k5

680k

MF24k0

MF1k21

MF487 Ohms

MF191 Ohms

MF487 Ohms

MF191 Ohms

MF1k21

390 Ohms / 1/2W

Adjustable 500 Ohms

1k5

1k5/ 1/2W

NE5534A

TL431A

B7B-EH-A

1µH

BD437

BF871

BD437

BF872

MJE340

MJE350

MJE340

MJE350

Not assembled

IRFP9240

Not assembled

IRFP9240

Not assembled

IRFP240

Not assembled

IRFP240

Not assembled

BC557B

BC547B

BC857B

BC847B

BC857B

BC847B

BC857B

FCIC553410

FCIC431000

FCCTM00070

FCIND00100

FCTR437000

FCTR871000

FCTR437000

FCTR872000

FCTR340000

FCTR350000

FCTR340000

FCTR350000

FCTR243000

FCTR240000

FCTR557500

FCTR547500

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXTT08570

FCXTT08470

FCXR056800

FCXR042200

FCXR051000

FCXR042200

FCXR131820

FCXR031000

FCXR031500

FCXR131000

FCXR144750

FCXR056800

FCXR142430

FCXR131210

FCXR124870

FCXR121910

FCXR124870

FCXR121910

FCXR131210

FCRF23390

FCRJP35000

FCXR031500

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

R164

R165

R166

R167

R168

R169

R170

R171

R172

R156

R157

R158

R159

R160

R161

R162

R163

R173

R174

R175

R176

R177

R178

R179

R180

R181

R147

R148

R149

R150

R151

R152

R153

R154

R155

R140

R141

R142

R143

R144

R145

R146

R132

R133

R134

R135

R136

R137

R138

R139

R124

R125

R126

R127

R128

R129

R130

R131

Not assembled

2k2

10k

2k2

33k

MF215 Ohms

2k2

10k

2k2

33k

MF487 Ohms

MF205 Ohms

Adjustable 5k

680 Ohms / 1/2W

10 Ohms

NF68 Ohms / 1W

Not assembled

NF330 Ohms

Not assembled

NF330 Ohms

Not assembled

NF330 Ohms

Not assembled

NF330 Ohms

Not assembled

W0.22 Ohms / 5W

Not assembled

W0.22 Ohms / 5W

Not assembled

W0.22 Ohms / 5W

Not assembled

W0.22 Ohms / 5W

Not assembled

FCRJP44700

FCRF236800

FCXR011000

FCRF426800

FCRF233300

FCRY000100

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR122150

FCXR032200

FCXR041000

FCXR032200

FCXR043300

FCXR124870

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

R183

R184

R185

R186

TP1

TP2

TS101

TS102/103/104/105

10 Ohms / 2W

W6.8 Ohms / 5W

NF2.2 Ohms / 2W

75 Ohms

Test terminal

FCRC521000

FCRY000200

FCRC512200

FCXR017500

FCTERMSOL0

BLACK WIRE 6

WHITE/YELLOW/BROWN/BLACK WIRE 1

Hei! Olen tekoälypohjainen chatbot, joka on erityisesti koulutettu auttamaan sinua kohteen ECLERO PAM 1360E kanssa. Olen perusteellisesti tarkastanut dokumentin ja voin auttaa sinua löytämään tarvitsemasi tiedot tai selittämään sisällön selkeästi ja yksinkertaisesti. Etsitpä sitten ohjeita tiettyihin ominaisuuksiin, vianmääritysohjeita tai yleistä käyttöä, voit vapaasti esittää kysymyksiäsi. Mitä enemmän yksityiskohtia annat huolenaiheistasi tai tarpeistasi, sitä tarkemmin ja tehokkaammin voin auttaa sinua!

Avustaja kirjoittaa

Avustaja on poissa näppäimistöltä. Yritä myöhemmin uudelleen.

Näyttää siltä, että olet saapunut dokumenttiin, joka on kirjoitettu useilla kielillä, mukaan lukien kieli, joka ei ole äidinkielesi. Voit piilottaa väliaikaisesti sivut, joita et halua nähdä, seuraavien linkkien avulla.