Fender PD-250-SM Service Manual

PASSPORT

POWERED PORTABLE

SOUND SYSTEM

SERVICE MANUAL

PN: 007-0399-000

FENDER PASSPORT

PN: 069-2001-003

CONTENTS

Specification . . . . . . . . . . . . . . . . . 4

Theory of operation . . . . . . . . . . . . 5

Service notes and changes . . . . . . 7

Parts Lists:

Mixer Board . . . . . . . . . . . . . . . 8

1/4” Phone Jack Board . . . . . . 10

Mic/Line Board . . . . . . . . . . . . . 10

Digital Reverb Board . . . . . . . . 11

Stero Power Amp Board . . . . . 12

Protection Board . . . . . . . . . . . 13

RCA Tape Output Board . . . . . 14

LED Indicator Board . . . . . . . . 14

Wireless REG Ass’y . . . . . . . . . 14

SMPSU Board . . . . . . . . . . . . . 14

Main Tower Ass’y . . . . . . . . . . . 17

Wireless REG Casing Ass’y . . 19

Speaker Cabinet Ass’y . . . . . . 19

Packing Accessories . . . . . . . . 20

Quick Service Modules . . . . . . 20

Export Standard Spares Kit . . . 21

Block Diagram . . . . . . . . . . . . . . . . 22

Schematic Diagrams . . . . . . . . . . . 23

PCB Layout Drawings . . . . . . . . . . 27

Exploded View Diagrams . . . . . . . . 33

Fender Musical Instruments Corp.
7975 North Hayden Road
Scottsdale, AZ 85258

Model: PD-250

2

THIS PAGE IS INTENTIONALLY

LEFT BLANK

PASSPORT

POWERED PORTABLE

SOUND SYSTEM

3

Feb. 2002 REV A

IMPORTANT NOTICE

The information contained herein is CONFIDENTIAL and PROPRIETARY to Fender Musical Instruments Co. It is
disclosed solely for the use by qualified technicians for the purposes of equipment maintenance and service. It is
not to be disclosed to others without the express written permission of Fender Musical Instruments Corporation. All
specifications subject to change without notice.

For warranty repair service, only Fender specified part numbers are to be used. It is recommended they also be
used for post-warranty maintenance and repair.

Parts marked with an asterisk(*) indicated the require use of that specific part. This is necessary for RELIABLILITY
and SAFETY requirements. DO NOT USE

A SUBSTITUTE!

A coded naming convention is used in the description of certain parts. The codes and what they mean are as fol­lows:

CAP

ACITOR CODES HARDWARE CODES

CAP AE = Aluminum Electrolytic BLX = Black Oxide
CAP CA = Ceramic Axial CR = Chrome Plated
CAP CD = Ceramic Disk HWH = Hex Washer Head
CAP MO = Ceramic Monolithic M = Machine Screw
CAP MPF = Metalized Polyester Film NI = Nickel Plated
CAP MY = Mylar OHP = Oval Head Phillips
CAP PFF = Polyester Film/Foil PHB = Pan Head Phillips

PHPS = Pan Head Phillips Sems

RESIST

OR CODES SMA = Sheet Metal "A" Point

SMB = Sheet Metal "B" Point
RES CC = Carbon Comp SS = Stainless Steel
REW CF = Carbon Film TF = Thread Forming
RES FP = Flame Proof ZI = Zinc Plated
RES MF = Metal Film
RES WW = Wire Wound

SERVICE MANUAL

PASSPORT

POWERED PORTABLE

SOUND SYSTEM

4

SPECIFICATIONS

When we use the term dB to indicate a voltage amplification factor (gain), no reference is implied. 101 dB of
Voltage Amplification means that if you take 20 time the Log (base 10) of the output voltage divided by the input
voltage, the answer will be 101 dB

When we use the term dBu to indicate a voltage level, we are implying a 0.775 volt reference voltage level. Thus, a
voltage level expressed as +4 dB was calculated by taking 20 times the log (base 10) of the actual voltage (1.23
volts) divided by the reference voltage (0.775 volts)

The choice of a 0.775 volt reference was not arbitrary. dBm is a common method of rating power levels (as
opposed to our voltage level ratings). The 0 dBm reference is one milliwatt (1/1000th watt). If an output device pro­duces 0 dBm into exactly 600 ohms, the voltage level is 0.775 volts. Thus, for true 600 ohm lines, the dBm power
terminology and our dBu voltage terminology are equivalent.

Specifications are subject to change without notice.

System:

Frequency Response: 20Hz. to 40kHz ±1dB (at tape output)

30Hz. to 30kHz ±2dB (at speaker output with processor threshold exceeded)

Distortion: <0.05% 20Hz. to 20kHz. @ below rated output

Signal to Noise Ratio: >70dB @ 1W, DIN A

Processor Frequencies: Level sensitive with boost at 70Hz. and 15kHz.

Microphone EQ: Specially designed combinations of boost and cut.

Stereo EQ: ±12dB @ 50Hz., ±15dB @ 15kHz.

System EQ: Specially designed for differing acoustic environments.

Gain Stages: +54dB ±2dB (Microphone input to send outputs)

(Gain Switch set to high) +24dB ±2dB (line input to send output)

+0dB ±2dB (Stereo to tape output)
+12dB ±2dB (Stereo to send output)
+32dB ±2dB (Return to speaker output)

Power Output: 125W/CH @ 8 ohms with both channels driven with THD < 1%

Return Input Impedance: 47k ohms

Channel Separation: >40dB @ 1kHz.

Aux Return Sensitivity: 0dBu for rated output power @ 1kHz.

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POWERED PORTABLE

SOUND SYSTEM

5

THEORY OF OPERATION

MIXER SECTION

The mixer section is mainly made up of operational amplifiers as gain stages and therefore a technical description
will not be used here. Following is a basic circuit description to familiarize you with the layout of the circuit.

The first section is made up of 4 microphone / line inputs each with a first stage preamplifier for balanced or unbal­anced inputs (found on Mic input board), one knob contour control, auto-pad level control where the signal splits off
into rev/aux send and main signals with the main signals going to a pan circuit. Here the main signal is split
between left and right channel signal bus.

The second mixer section consists of two stereo pair inputs with RCA and 1/4" stereo phone jack connections. This
circuit consists of an auto-pad level control, low frequency and high frequency tone controls, rev/aux send control
and balance control with signals feeding the left and right audio bus.

The audio bus is connected to three FETs which perform ducking of the signals on the bus, with the exception of
Channel One, which is the drive circuit for the VIP ducking circuit. This function is provided by U2A. Bus signals are
buffered and drive the tape output connections and are directed by SW1A/B which performs the function of switch­ing this signal as left and right main with reverb mix or left and right summed into left and aux signal on right chan­nels. Main left and right level controls are auto-pad confirguration and drive the send output connectors. Note:

Channel 1 Mic/Line reverb function will be affected by VIP control making announcements on Channel 1 dry.

The mixer board also contains part of the signal processor circuit and the system EQ circuit for the power amplifier.
These circuits are an integral part of the power amplifier and appear after the return signal path.
These circuits will all be discussed later in this document.

Digital Reverb Section

The digital reverb section utilizes a digital reverb IC M65841SP (IC402) and one dual op amp (IC401A/B) to perform
the reverb function. +5v regulation is on board with input voltage derived from the +15v supply. RC filters make up
the timing functions and gain levels of the processor with regeneration and line driving provided by IC401A/B and
regen mix provided by VR401(this part may be fixed resistor on later models). Foot switch control of the reverb facil­ity is provided and controlled by TR401 which controls the logic level at pin 2 of IC402 Reverb function is mono but
fed to both right and left busses.

Signal Processor Circuit and System EQ Circuit

The signal processor is partially located on the mixer board but is an integral part of the power amplifier section.
The operation of this circuit is performed by level detecting (Z204/207 on amp board) and storing
(D204/205/209/210, C215, 230 on amp board) the output peaks of the power amplifier to create approximately 0v
bias at the gate of FET Q4 and Q5 on the mixer board. This in turn changes the filter characteristics of circuits
made up around U16A/B which at low levels boosts the low and high frequencies of the signal. At high signal levels
with the gate voltages approaching or at 0v, the circuit becomes flat in response. This circuit is post return and
therefore does not modify the response of the signal at the send outputs.

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POWERED PORTABLE

SOUND SYSTEM

6

THEORY OF OPERATION

Power Amplifier

NOTE: In cases where the amplifier circuits are identical between the left and right channel. Only components relat-

ed to the left channel will be discussed for simplicity.

The first stage of the power amplifier after the processor is comprised of FET Q201 which performs muting during
power up and down of the unit. This is accomplished by controlling the gate voltage of the FET Q201 and the
charge on C203. At initial power up the FET is biased on as the voltage across the gate is basically 0Vdc. As the
negative rail increases, Z201 and R204 apply a negative voltage to the gate biasing Q201 into the off state. At
power down, the gate of Q201 is pulled high with R203 and D201 as the negative rail collapses.

The first stage fo voltage amplification is performed by a discrete differential circuit comprised of Q202, 203, 204,

205. Each end of the differential pair provides drive to pre-driver complimentary transistors Q206, 209 and Q207,
210, the outputs of which are effectively summed through biasing transistor Q208 and VR202. It is interesting to
note that if VR202 should become open circuited, bias current will be minimized and not destroy the output devices.
Adjustment of VR202 is mainly to minimize crossover distortion at low signal levels as with conventional amplifiers.
Gain of this stage is determined by R217 (4.7k) / R205 (120) or 4.7K /120=39.17. In terms of dB we have, 20 x log
(base 10) of 39.17 = 31.85 dB. Distortion is minimized with negative feedback to one side of the differential pair
allowing for low distortion. Typical distortion may be as low as 0.05% THD up to clipping.

The driver stage is a proprietary design which performs three main functions and is comprised of Q211, 213. Firstly,
this stage utilizes a bootstrap circuit made up of Z202, 203, C210, 211, D202, 203 and R228. This circuit allows the
driver transistors to swing above the rails eliminating the need for a higher voltage tap from the power supply and at
the same time, minimizing the power dissipation in the drivers. Trickle current is supplied to the drivers during initial
power up through R225, 226 after which the bootstrap takes over. Secondly, having the drivers in this configuration
allow the output to swing closer to the rails and keeps the drivers from clipping before the output devices. The third
function of this circuit is that if the speaker outputs are shorted to ground, the drive to the output devices is mini­mized since the bootstrap circuit is discharged and only the trickle current is supplied to the driver stage, thus pro­tecting the amplifier SOA.

The output section is comprised of Q212, 215 and Q214, 216 in a two up and two down configuration further
increasing the amplifier SOA. Additional output protection is provided by the switched mode power supply which is
discussed later.

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POWERED PORTABLE

SOUND SYSTEM

7

THEORY OF OPERATION

Switch Mode Power Supply Unit (SMPSU)

This unit is not recommended to be serviced in the field except by replacing the complete module as a total
assembly. The following information is provided to assist in the trouble shooting of the unit. Please note that the

mains fuse must be replaced with exactly the same grade of fuse for safety regulations and to avoid risk of
damage and potential fire hazard.

The mains input to the SMPSU allows for operation from 90-130V in 115V setting and 190-250V in the 230V set­ting. The output of the SMPSU is ±15V DC to power the operation amplifiers and K51V dc for the main power sup­ply rails of the power amplifier. The unit also has connectors for the LED status indicators, main power switch,
amplifier protect circuit and auxiliaries ±36V dc Input for an optional DC-DC converter for 12Vdc operation. SER-
VICE TIP: You can connect to the auxiliaries Input to test the output voltage to the rails before you open the set for
service to get an indication of a possible power supply fault as it is connected to the rail output. Do not short these
terminals.

The SMPSU incorporates several protection circuits other than the fuses, including over current protection in which
the unit will shut down and the protect LED will light and must be reset with the main power switch. Secondly, the
unit will protect itself if the voltage on the rails sags to below ±33V dc after which it will go into protect mode. The
reason for this is that during normal operation with 8 ohm loading, the rails will remain at about ±48V dc and with 4
ohm loading are allowed by design to sag to around 36V at full output. If loads lower than this are applied, either
the rails will sag lower or the current will be exceeded and the unit will go into the protection mode. The protection
PCB connected to the amplifier board serves this purpose.

Service Notes on Changes and Updates

Mixer Board VIP circuit values for Z1 and R11 have been changed from 4.7V to 10V and 2.2M to 1M respectively
after the first 100 sets production. This allows more even channel ducking and shorter ducking recovery time.
Please update early sets if returned for servce.

Stereo Power Amplifier circuit values for Z201, and R206 have been changed from 4.7V to 6.8V and 10K to 1K
respectively after the first 100 sets production. These changes improve turn off transient pop noise. Please update
early sets if returned for service.

Digital Reverb circuit value for VR401 is a fixed resistor with a value of 18K. This resistor controls the reverberation
regeneration feedback and its value may vary from model to model depending on the local requirements.

18 007-0001-000 GP IC DUAL OP AMP TL072/T1 U1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11,12,13,

14, 15, 16, 17, 18
6 007-0002-000 GP DIODE 1N4148 D1,2,3,4,5,6
2 007-0003-000 GP DIODE ZENER 10V 1/2W 5% Z1
5 007-0004-000 GP XSTR N-CH JFET J112 TO-92 Q1,2.3.4.5
1 007-0022-000 GP WIRE AWG#22 @VR 3A PIN 2 TO 3
6 007-0005-000 GP CAP MY .0015µF 100V 10% C2,14,23,32,79,82
4 007-0006-000 GP CAP MY .0047µF 100V 10% C86 ,87,88,89
6 007-0007-000 GP CAP MY .001µF 100V 10% C46,47,59,60,74,76
4 007-0008-000 GP CAP MY .015µF 100V 10% C3,15,24,33
4 007-0009-000 GP CAP MY .022µF 100V 10% C48,49,61,62
4 007-0010-000 GP CAP MY .047µF 100V 10% C92,93,94,95
2 007-0012-000 GP CAP CD 22pF 50V 10% C70,71
14 007-0013-000 GP CAP CD 33pF 50V 10% C7,9,19,21,28,30,39,42,43,52,55,56,65
8 007-0014-000 GP CAP CD 47pF 50V 10% C5,17,26,35,50,51,63,64
2 007-0015-000 GP CAP CD 100pF 50V 10% C78,81
4 007-0016-000 GP CAP CD 680pF 50V 10% C4,16,25,34
22 007-0017-000 GP CAP AE 1µF 50V 20% C6,8,10,18,20,27,29,36,38,40,41,44,

45, 53, 54, 57,58,69,72,73,84,85
13 007-0018-000 GP CAP AE .47µF 50V 20% C1,13,22,31,66,67,68,75,77,80,83
1 007-0019-000 GP CAP AE 10µF 25V 20% C12
3 007-0020-000 GP RES CF 1/8W 5% 100Ω R102,103,106
3 007-0021-000 GP RES CF 1/8W 5% 470Ω R88,89,90
1 007-0022-000 GP RES CF 1/8W 5% 680Ω R9
2 007-0023-000 GP RES CF 1/8W 5% 1K R117,118
1 007-0024-000 GP RES CF 1/8W 5% 2.2K R10
2 007-0400-000 GP RES CF 1/8W 5% 3.3K R119,121
8 007-0026-000 GP RES CF 1/8W 5% 6.8K R120,122,125,126,127,128,137,138
10 007-0027-000 GP RES CF 1/8W 5% 10K R57,58,74,75,83,85,95,99,100,104
4 007-0028-000 GP RES CF 1/8W 5% 12K R1,12,23,24
4 007-0029-000 GP RES CF 1/8W 5% 15K R5,16,27,38
1 007-0030-000 GP RES CF 1/8W 5% 20K R101
2 007-0401-000 GP RES CF 1/8W 5% 22K R139,140
12 007-0031-000 GP RES CF 1/8W 5% 27K R47,49,50,51,53,54,64,66,67,68,70,71
1 007-0032-000 GP RES CF 1/8W 5% 30K R105
6 007-0033-000 GP RES CF 1/8W 5% 33K R97,98,129,131,133,135
12 007-0034-000 GP RES CF 1/8W 5% 39K R2,3,13,15,24,26,35,37,45,46,62,63
9 007-0035-000 GP RES CF 1/8W 5% 47K R48,52,65,69,81,109,112,123,124
8 007-0036-000 GP RES CF 1/8W 5% 68K R6,17,28,39,55,56,72,73

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SOUND SYSTEM

8

PARTS LIST

MIXER SECTION

PRINTED CIRCUIT BOARD ASSEMBLY

QTY PART # DESCRIPTION REFERENCE DESIGNATION

13 007-0037-000 GP RES CF 1/8W 5% 82K R4, 4,1 9, 21, 22, 25, 30, 32, 33, 36,

41, 43, 44

20 007-0038-000 GP RES CF 1/8W 5% 100K R7,8,18,20,29,31,40,42,79, 80, 86, 87,

94, 96, 107, 108, 130, 132, 134, 136
8 007-0039-000 GP RES CF 1/8W 5% 120K R59,60,61,76,77,78,82,84
2 007-0402-000 GP RES CF 1/8W 5% 150K R141,142
2 007-0040-000 GP RES CF 1/8W 5% 470K R111,114
8 007-0041-000 GP RES CF 1/8W 5% 1M R11, 91,92,93,110,113,115,116
4 007-0043-000 GP JUMPER WIRE .6MM X 4MM
7 007-0044-000 GP JUMPER WIRE .6MM X 5MM
42 007-0045-000 GP JUMPER WIRE .6MM X 6MM
11 007-0046-000 GP JUMPER WIRE .6MM X 7MM
32 007-0047-000 GP JUMPER WIRE .6MM X 8MM
4 007-0048-000 GP JUMPER WIRE .6MM X 9MM
27 007-0049-000 GP JUMPER WIRE .6MM X 10MM
3 007-0050-000 GP JUMPER WIRE .6MM X 11MM
15 007-0051-000 GP JUMPER WIRE .6MM X 12MM
3 007-0052-000 GP JUMPER WIRE .6MM X 13MM
5 007-0053-000 GP JUMPER WIRE .6MM X 14MM
3 007-0054-000 GP JUMPER WIRE .6MM X 15MM
3 007-0055-000 GP JUMPER WIRE .6MM X 16MM
2 007-0056-000 GP JUMPER WIRE .6MM X 17MM
1 007-0057-000* GP CABLE JMPR 3CKT UL2547 380MM CN6
3 007-0058-000* GP CABLE JMPR 3CKT UL2547 320MM CN2,3,5
1 007-0059-000* GP CABLE JMPR 8CKT UL1007 450MM
1 007-0060-000* GP WIRE AWG#18 BLACK UL1007 200MM
1 007-0061-000 GP JM2422-2M WAFER CONNECTOR CN13
1 007-0062-000 GP JM24182-6P WAFER CONNECTOR CN4
1 007-0063-000 GP JM24182-12P WAFER CONNECTOR CN1
14 007-0082-000 GP CONTROL VERT 100K X 2 B VR2A,3A,4A,7A,8A,11A,12A,15A, 16A,

18A/B, 21A/B, 25A, 27A, 30A
17 007-0083-000 GP CONTROL VERT 100K X 2 B W/DETENT VR1A,5A/B,6A,9A/B,10A,13A/B, 14A,

17A/B, 19A/B, 20A/B, 22A/B, 23A/B,

24A, 26A, 28A, 29A, 31A/B
1 007-0084-000 GP SWITCH SLIDE 2P2T PCB SHORTING SW2A/B
4 007-0085-000 GP NY PCB STANDOFF (REVERB BOARD)
1 007-0064-000 GP PCB ASSY MIXER PD250 (RAW BOARD)
1 007-0403-000 GP PCB ASSY MIXER PD250 (STUFFED)

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9

PARTS LIST

MIXER SECTION

PRINTED CIRCUIT BOARD ASSEMBLY

CONTINUED

QTY PART # DESCRIPTION REFERENCE DESIGNATION

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POWERED PORTABLE

SOUND SYSTEM

10

PARTS LIST

1/4” PHONE JACK SECTION

PRINTED CIRCUIT BOARD ASSEMBLY

QTY PART # DESCRIPTION REFERENCE DESIGNATION

2 007-0020-000 GP RES CF 1/8W 5% 100Ω R529,530
1 007-0046-000 GP JUMPER WIRE .6MM X 7MM
1 007-0051-000 GP JUMPER WIRE .6MM X 12MM
1 007-0065-000* GP CABLE JMPR 12CKT UL1007 300MM CN1
2 007-0060-000* GP WIRE AWG#18 BLACK UL1007 300MM CN14,15
5 007-0066-000 GP JM24182-3P WAFER CONNECTOR CN2,9,10,11,12
1 007-0062-000 GP JM24182-6P WAFER CONNECTOR CN5
7 007-0067-000 GP JACK PCB STEREO PJ1,2,3,4,5,6,7
10 007-0068-000 GP JACK PCB MONO PJ8,9,10,11,12,13,14,15,16,17
1 007-0217-000 GP CABLE JMPR 12CKT AWG#18 TO AMP SPEAKER OUTPUT CN13

OFC 600MM
1 007-0069-00 GP PCB ASSY PHONE JACK (RAW BOARD)
1 0070404-000 GP PCB ASSY PHONE JACK (STUFFED)

MIC/LINE AMPLIFIER SECTION

PRINTED CIRCUIT BOARD ASSEMBLY

QTY PART # DESCRIPTION REFERENCE DESIGNATION

4 007-0071-000 GP IC DUAL OP AMP LM833 U501,502,503,504
16 007-0002-000 GP DIODE IN4148 D501,502,503,504,505,506,507,508

509,510,511,512,513,514,515,516
4 007-0015-000 GP CAP CD 100pF 50V 10% C503,506,509,512
8 007-0072-000 GP CAP AE 2.2µF 50V 20% C501,502,504,505,507,508,510,511
2 007-0073-000 GP CAP MY .1µF 100V 10% C513,514
8 007-0023-000 GP RES CF 1/8W 5% 1K R503,504,510,511,517,518,524,525
20 007-0033-000 GP RES CF 1/8W 5% 33K R501, 502, 505, 506, 507, 508, 509,

512, 513, 514, 515, 516, 519, 520, 521,

522, 523, 526, 527, 528
5 007-0045-000 GP JUMPER WIRE .6 X 6MM
5 007-0046-000 GP JUMPER WIRE .6 X 7MM
1 007-0047-000 GP JUMPER WIRE .6 X 8MM
4 007-0074-000 GP CABLE WIRE 3CKT UL2547 100MM @ MIC PCB CN9,10,11,12
1 007-0075-000 GP CABLE JMPR 6CKT UL2547 180MM CN4
1 007-0076-000 GP CABLE JMPR 5CKT UL2547 280MM
1 007-0077-000 GP CONNECTOR SPADE TAB (GROUND)
4 007-0078-000 GP JACK XLR PC 90 DEFREE MIC INPUT MIC1,2,3,4
1 007-0079-000 GP JACK RCA PC 90 DEFREE 4 CKT STEREO INPUT RCA1
1 007-0080-000 GP PCB ASSY MIC PREAMP (RAW BOARD)
1 007-0081-000 GP PCB ASSY MIC PREAMP (STUFFED)

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PARTS LIST

DIGITAL REVERB SECTION

PRINTED CIRCUIT BOAED ASSBMLY

QTY PART # DESCRIPTION REFERENCE DESIGNATION

1 007-0086-000 GP IC DIGITAL REVERB M65841SP IC402
1 007-0001-000 GP IC DUAL OP AMP TL072/T1 IC401
1 007-0087-000 GP IC REGULATOPR +5V NJM78L05 TO-92 IC403
1 007-0088-000 GP XSTR NPN 9012G/H TO-92 Q401
1 007-0089-000 GP CAP MY .0056µF 100V 10% C406
3 007-0010-000 GP CAP MY .047µF 100V 10% C408,409,410
6 007-0011-000 GP CAP MY .01µF 100V 10% C412,414,416,418,427,429
2 007-0090-000 GP CAP MY .1µF 50V 20% C420,423
6 007-0091-000 GP CAP MY .33µF 50V 20% C411,413,415
2 007-0092-000 GP CAP CD 27pF 50V 10% C424,425
2 007-0093-000 GP CAP CD 560pF 50V 10% C404,407
2 007-0339-000 GP CAP MO .033µF 50V 10% C402, 403
1 007-0019-000 GP CAP AE 10µF 25V 20% C419
1 007-0094-000 GP CAP AE 47µF 10V 20% C422
1 007-0095-000 GP CAP AE 100µF 10V 20% C421
1 007-0096-000 GP CAP AE NP 1µF 50V 20% C405
3 007-0097-000 GP RES CF 1/8W 5% 33Ω R411,413,415
2 007-0023-000 GP RES CF 1/8W 5% 1K R428,429
2 007-0098-000 GP RES CF 1/8W 5% 3.3K R401,425
3 007-0025-000 GP RES CF 1/8W 5% 4.7K R412,414,416
6 007-0099-000 GP RES CF 1/8W 5% 7.5K R418,420,422
3 007-0027-000 GP RES CF 1/8W 5% 10K R402,408,426
7 007-0029-000 GP RES CF 1/8W 5% 15K R403,404,405,406,407,409,410
3 007-0035-000 GP RES CF 1/8W 5% 47K R432,433,434
6 007-0100-000 GP RES CF 1/8W 5% 75K R417,419,421
1 007-0038-000 GP RES CF 1/8W 5% 100K R427
1 007-0041-000 GP RES CF 1/8W 5% 1M R430
1 007-0101-000 GP CERAMIC RESONATOR 4.19MHz X401
4 007-0045-000 GP JUMPER WIRE .6MM X 6MM
1 007-0047-000 GP JUMPER WIRE .6MM X 8MM
1 007-0049-000 GP JUMPER WIRE .6MM X 10MM
1 007-0053-000 GP JUMPER WIRE .6MM X 14MM
1 007-0062-000 GP JM24182-6P WAFER CONNECTOR CN7
1 007-0103-000 GP PCB ASSY REVERB (RAW BOARD)
1 007-0104-000 GP PCB ASSY REVERB (STUFFED)