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Service manual / Схема, сервісна інструкція

HITACHI Service manual / Схема, сервісна інструкція Service manual & schematics

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Page 1

CAUTION: Before servicing this chassis, it is important that the service technician reads the "Safety Precaution" and "Product Safety Notices" In this Service Manual.

CONTENTS

SAFETY PRECAUTIONS 2 TROUBLE SHOOTING 2
PRODUCT SAFETY NOTICE TV SET DOES NOT GO TO ON FROM STAND-BY MODE 3
SPECIFICATIONS VOLTAGES OF CHECK POINTS 4
CONTROLS WAVEFORMS 5
REMOTE CONTROL UNIT BASIC CIRCUIT DIAGRAM 6
CIRCUIT DESCRIPTION PRINTED WIRING BOARD 7
P.I.F. CARRIER FILTER ADJUSTMENT 7 SPATIALIZER P.W.B. HEADPHONE P.W.B. 8
AGC ADJUSTMENT 8 SIF P.W.B 9
VCO ADJUSTMENT SPATIALIZER P.W.B. ٥
DISCRI-COIL ADJUSTMENT WIRING DIAGRAM 1
VERTICAL AMPLITUDE ADJUSTMENT 11 REPLACEMENT PARTS LIST 2
HORIZONTAL CENTER POSITION ADJUSTMENT

SPECIFICATIONS AND PARTS ARE SUBJECT TO CHANGE FOR IMPROVEMENT.

COLOR TELEVISION

October 1995 HITACHI CONSUMER PRODUCTS (S)

Page 2
SAFETY PRECAUTIONS

  • WARNING: The following precautions should be observed. manner unless shatter proof goggles are worn. People not so equipped should be kept away while picture tubes are handled. Keep the picture tube away from the body while
  • 2. When service is required, an isolation transformer should be inserted between power line and the receiver before any
  • 3. When replacing the chassis in the cabinet, ensure all the non-metallic knobs, adjustment or compartment covers or shields, isolation resistors/capacitors, etc.
  • 4. When service is required, observe the original lead dressing. Extra precaution should be taken to assure correct lead dressing in the high voltage circuitry area. Parti-
  • replace original spacers and maintain lead lengths. Especially critical components are indicated thus A on the parts list and should not be replaced by other manes. Furthermore where a short circuit has occurred, replace
  • those components that indicate evidence of overheating. 6. Before returning a serviced receiver to the customer, the certain that it is completely safe to operate without danger of electrical shock, and be sure that no protective device built into the instrument by the manufacturer has become defective, or inadvertently damaged during servicing. Therefore, the following checks are recommended for the continued protection of the customers and service technicians.
INSUL ATION

DC between the mains poles and any accessible metal parts. Also, no flashover or breakdown should occur during the dielectric strength test, applying 3kV AC or 4.25kV DC for two seconds between the main poles and accessible metal parts.

High voltage should always be kept at the rated value of the chassis and no higher. Operating at higher voltages may cause a failure of the picture tube or high voltage supply, and also under certain circumstances could produce Y-radiation moderately in excess of design levels. The high voltage must not, under any circumstances, exceed 28kV on the chassis.

TUBES: The primary source of X-radiation in this receiver is the picture tube. The tube utilised for the above mentioned function in this classis is specially constructed to limit Xradiation.

For continued X-radiation protection, replace tube with the same type as the original HITACHI approved type.

PRODUCT SAFETY NOTICE

Many electrical and mechanical parts in HITACHI television requirers have special safety related characteristics. These characteristics are often not evident from visual inspection characteristics are often not evident from visual inspection, by using replacement components rated for higher voltage. wattage, etc. Replacement parts which have these special safety schematics and replacement parts list in this Service Manual. have the same safety characteristics as the HITACHI recommended Manual, may create electrical shock, fire, X-radiation, or other bazards

Product Safety is continuously under review, and new instructions are issued from time to time. For the latest information always consult the current HITACHI Service Manual A subscription to, or additional copies of HITACHI Service SALES CORPORATION.

TUBE DISCHARGE

The line output stage can develop voltages in excess of 25kV: if the F.H.T. cap is required to be removed discharge the anode

625-lines B.G/I/D. K/H PAL Antenna input 75 OHM COAXIAL IEC TYPE
B. G/D. K/K SECAM
NTSC50 		Color picture tube A51JFC61X(H)/A51KPD12XX
Reception system 525-lines M/NTSC Speaker 8cm×12cm(×2)
NISC3.585.5/6.0/6.5 Sound output 5W×2 (max)
PAL60 Power supply AC100~260V, 50/60Hz
CCIR : E2~12, E21~69, S01~3 Power consumption 90W
Channel coverage 0iRT : R1~12, R21~69 Weight (kg) 23
45MHz~294MHz
470MHz~863MHz 		JAPAN : J1~12, J13~62
U.S.A. : US2~13, J~W, US14~69
Hong Kong U.K. : UK21, 50 		Dimensions
W×H×D (cm) 		52.5×44×46.5
China : C1~12, C13~57 Country of manufacture Singapore

SPECIFICATIONS

X Specifications are subject to change without notice to improve performance

6 TV/VIDEO selection

CMT2186

REMOTE CONTROL UNIT

Page 3

CIRCUIT DESCRIPTION

Tuner and L.E. Stages :

The tuner used on this chassis, is nowered by the +9V supply, and covers VHF, UHF and CABLE. The I.F. output from the tuner is applied to amplifier Q201 CP201 or CP202

sound startes consist of the following:

IC201 (Main P.W.B.): Demondulator IC201 (Wain P.W.B.); Demondulator IC2201 (SIF P.W.B.); Audio detector

IC403 (Spatializer 1.1.4.5); Spatializer sound to IC402 (Main P.W.B.), IC481 & IC482 (Spatializer® P.W.B.);

IC4501 (Main P.W.B.): Audio output amplifer

The I.F. signal at the collector of Q201, is fed via filter CP201 & CP202, and input to IC201 at pins 45 and 46. The composite signal CP202, and input to IC201 at pins 45 and 46. The composite signal MEAD2 and MEADA and calacted with the mode chown in Table 1 at input to pin 5 of IC201 via C422 Demodulation is then perform by

For NICAM/All stereo decoding, signals from CP2001 and CP2002 (SIF P.W.B.) are applied to pin 5. 6 and 8 of (C2201. After audio detection by IC2201, the signal is ready for NICAM/All decoding at

applied to NICAM/All unit. The NICAM/All unit will perform the are then applied to IC481 and IC482 (Spatializer® P.W.B.) for selection of RF signals and Audio-IN signals (e.g. Audio signals from external equipment connected to the input terminals of rear

The selected signal is then input to pin 1 and 19 of IC483. In IC483, sound system and output from pin 3 and pin 5 The resulted signal is for further amplification, and output to the speaker from pins 7 and of IC201 This is obtained via R427 from pin 8 of IC1101 Sound of IC201. This is obtained via R427 from pin 8 of IC1101. Sound demodulation output at pin 1 of IC201 is applied to the terminal of rear via Q401. From the output terminal, the audio signal can be output to external equipment if desired. Volume control of the external the voltage at pin 5 of IC201.

B·G/D·K M/1 Saw filter Sound filter Sound trap
н Н CP202 MF401(4.5MHz) MF503
L Н MF402(5.5MHz) NEEDA /
H L CP201 MF403(6.0MHz) MF501/
L L MF404(6.5MHz) MF 502
Table 1

The I.F. signal from CP201 and CP202 is input to pins 45 and of three starse where gain is controlled by the ACC sincuit The response speed of this internal AGC stage is determined by the external components connected to pin 48. Dy the external components connected to produce to the viden detector circuitry. The picture carrier is limited and phase shifted by the tank circuitry of L202 etc., connected between to BE ACC voltage is made available at him 48 of 10001 the

to pin 49, which in turn is fixed by the setting of VR202. This AGC voltage is then fed to the tuner via R208 to control The composite video finally emerges at pin 7 of IC201.

The composite video signal output from pin 7 of 10201 is applied to the sound rejection filter MF501, MF502, and MF503. MF501, MF502 and MF503 are selected with the mode shows in Table 1. The resulting luminance signal is applied to the terminal of rear for output to external equipment if desired It is then returned to pin 13 of IC201 via Q506, for color decoding and deflection synchronisation.

circuits of IC201, as well as being controlled by the bright-

The voltages to control the contrast and brightness levels are and 25 of IC201

and 25 of 10201. of the flyback transformer will fall. This fall is applied to the cathode of D758, then via R760 to pin 25 of IC201, thereby of rear, are fed to IC201 pin 15 via Q510. When the external mode is selected a "High" is applied to pin

Chrominance Circuitry :

Ground and the demodulate PAL NTSC and SECAM systems. And this IC can distinguish between PAL NTSC or SFCAM signals The demodulated colour simals are output from 10201 pine 30 and 31 as the R-y and B-y signals, then fed to pins 14 and 16

of IC501 which is a switch capacitor delay line. [C201 allows bi-directional communication between the SECAM decoder IC502 and automatic system manager for SECAM identification It delivers the VCXO (voltage controlled xtal osillator) reference frequency (4.43MHz only) to the SECAM decoder via pin 32 of IC201. Once SECAM is identified, the gated reference signal is outputted to pin 32 of 10201 The inputs at pins 14 and 18 of 10501 are clamped then fed via a buffer stage to internal delay lines, which are driven by a clock signal of 3MHz to obtain a delay period of 64# Seconds. This internal clock is generated from a 6MHz voltage controlled oscillator, and line locked by the delay line stages suppress the clock signals. The undelayed and the delayed signals are then added, with the

resulting R-v and B-v signals being output from pins 11 and

These outputs are then fed to 10201 at nine 28 and 20 These outputs are then red to read a DC colour saturation. control, the level of which is set by the voltage applied to nin 26 from nin 5 of [C1101. The signals are then applied to a MATRIX circuit, and finally emerge from pins 18, 19 and 20 as the blue, green, and red signals.

The deflection circuitry of IC201 contains a sync, separator stage, horizontal oscillator and output stages. a vertical count-down and output stage.

Horizontal Stage:

The composite video signal from pin 7 of 10201 is returned to pin 13 via C302 as explained previously. This input is applied to the internal sync. separator stages of the IC. A internal phase detector stage is provided with a sawtooth waveform, generated from the fine purse input to pin oo, the sume sulce Any frequency drift will cause a corrective output

The components connected to pin 40 form a filter network for the phase detector, and VR701/connected to pin 39 provides manual phase control. The horizontal output emerges at bin 37 and is then applied to the base of line drive transistor 0721. and is then applied to the base of the dive transistor gras, 0791 Both these transisters are powered by the DSW supply y or, but these transistors are powered by the soy supply. rectified by D751, smoothed by C756 and provides approximately 180V to drive the output transistors 0851, 0852, 0853. Under certain fault conditions, i.e. increased H.T. supply, low line oscillator frequency. or reduced value of the tuning capacitor C781, an excess of E.H.T. could be developed. To prevent this happening, the rectified voltage of D751 is fed via potential divider R757, R758, and applied to ZD751. Should the E.H.T. rise excessively, the threshold of the zener will be exceeded, and a voltage will be applied to pin 35 of [C110]

via R1106, thereby shutting down the power circuit. This effectively applies a "low" to 0903 base furning the transistor off. Consequently, 0902 will be turned off, and the the deflection stages of the IC. preventing further E.H.T.

CMT2186

Excessive beam current can also occur under certain fault The H.T. current to the horizontal output stages is measured by R781.

Should the current rise, the voltage drop across R781 will increase and a voltage will be applied to the gate of Q901. This will then prevent further E.H.T. generation as described

carrier. pin 1 of the flyback transformer, and smoothed by C754.

Vertical Stages ·

The internal vertical sync. of IC201 is fed to a triggered vertical divider stage, which counts down the horizontal

This also has the advantage that no external frequency control

IS required.

produces the required sawtooth output. The vertical output from bin 43 of 10201 is applied to bin 4 of 10681 via R604. The components D601 and C605 determine the

The deflection current that occurs at the junction of R609. is applied to pin 41 of IC201. The values of R607 and C608 is applied to pin 41 of 10201. The values of noor and 0000 determine the linearity, whilst VR601 sets the vertical height.

AC input is rectified by D901-04 and produces approximately 300V to pin 3 of 10901.

Current flowing through R902-03, C905, causes power transistor

Secondary voltages are then induced in T901, and a feedback Secondary voltages are then induced in 1901, and a record on the second and applied to pin 2 of IC901, thereby maintaining the transistors operation

Secondary voltage in F1.F2 winding is rectified by N905 to produce H T of 95V which is smoothed by C914.

S1.S2 winding produces 14V from D9D8, and this is smoothed by

Pin 5 of (C901 is set to a pre-determined level by resistor will become more positive, and this difference is amplified by transition (CGN). An output is amplified

transistor, and controls on time of nower transistor. In this way the H.T. is regulated and maintained at a constant level DOOD offers protection to the HIT circuits should the voltage

When the standby mode is selected, pins 21 and 22 of IC1101 will on "low", removing the drive to 0903. As a result, 0902 is turned off, and voltage to pin 36 of 10201 disappears. therefore shutting down the deflection stages of the IC. E.H.T. generation will then cease for as long as the standby

Page 4

Remote Control and Tuning Circuitry :

The remote control receiving unit DP1201, contains an infrared amplifier type SPS409. This is powered by the +5V supply, which is stabilized by 201101. The output from pin 2 of this unit is applied to pin 16 of IC1101. This IC type M3721074, performs channel selection. UP/DGWN

This IC type M37210M4, performs channel selection. UP/DGWN analogue control, an screen display, search tuning, and controls inputs and search tuning, and controls inputs and

ICID2 is the memory IC, which stores the data relating to the above functions, then transfers that information to ICID1 when required. Both these ICs are powered by the +5V supply. X1101 supplies ICID1 with a basic clock frequency which

controls all operating mode requirements. When the TV is first switched on, IC1101 must be initially

reset, and this is achieved by [C110] stage. As the +5V supply begins to rise from switch on, pin 3 of Q1105 is held "Low". This is applied to pin 30 of [C110] thus resetting the IC. Once pin 1 of Q1105 has almost reached its +5V potential, the "Low" is removed from pin 3 thus releasing the reset condition

Condition. When the search routine has been initiated and a signal has been located, pin 14 of IC201 will become "High". This is applied to pin 34 of IC1101, and informs the IC that a signal is present. The search routine then stops, and the IC will monitor the AFC signal present at pin 15 to obtain the optimum signal.

Pins 46 and 47 control the signal system.

Contrast, colour, brightness, sharpness, tint, and volume are all controlled from the remote control handset (the volume can also be adjusted by + and - buttons on the front of the TV), and will produce DC level changes from pins 3-28 of IC1101, which are then fed to the relevant pins of IC201. Pins 31-32, 37-39, and 11 from the in and out matrix for the

front control operations.

signals are supplied to the memory 1C1102.

process external inputs applied to pins 13 and 15, and when Low", the internal signals are processed.

The handset button marked TV/VIDEO will need to be pressed. This will then produce the required "High" from pin 20 to achieve the necessary switching, as explained earlier.

The red, green and blue on-screen display signals are output from pins 50, 51 and 52. The components L1102, C1102, and C1103, on pins 28 and 29, determine the display oscillator frequency. The horizontal and vertical inputs at pins 1 and 2 determine the actual position of the on screen display. When a command requiring an on-screen display is received by

IC1101, a "High" will be output from pin 49. This is applied to pin 21 of IC201, and blanks out a portion

inserted into this portion, thus resulting in a clear display. When the ALARM mode has been set, and the time input has elansed, an output is obtained from pin 45 of [C110].

elapsed, an output is obtained from pin 45 of 161101. This is then applied via R1184, R1119, C1111, R1118 etc. to pins 2 and 5 of 164501 thus causing a "Bleep" sound to be heard.

Near . Once the "OFF" timer mode has been set, and the time input has elapsed, pins 21 and 22 of IC1101 output a "Low". This removes the supply to the base of Q803, and as a result the +9V output of Q902 disappears. This places the TV into

- 6 -

its standby mode of operation by removing E.H.T. generati as explained previously.

when the UN time has been estimated and set, the stand command must be transmitted by the handset, to place the into its standby mode. As an indication that the standby mu is only temporary, pin 20 of IC1101 is taken "High" and "L alternately, causing D1114 to flash on and off. When the entered time has elapsed, the "Low" outputs from p 21 and 22 of IC1101 are removed, and the TV will return normal operation.

Spatializer® sound selection are controlled from the remote con handset. Once the spatializer button is pressed, the Spatializ control from pin 40 of IC1101 select the functions as below: • Spatializer® OFF ↔ Spatializer® MONO • Spatializer® OFF ↔ Spatializer® STEPERO

MAIN CHASSIS ADJUSTMENTS

Page 5

AGC Adjustment

  • (1) With the signal received, apply heat
    run for more than two minutes to avoid
    the influence of circuit tempereture
    drift.
  • (2) Connect the voltmeter of at least 100kΩ
    internal impedance to the AGC terminal
    of the tuner.
  • (2) Connect the voltmeter of at least 100kΩ
    internal impedance to the AGC terminal
    of the tuner.
  • (2) Connect the voltmeter of at least 100kΩ
    internal impedance to the AGC terminal
    of the tuner.
  • (2) Connect the voltmeter of at least 100kΩ
    internal impedance to the AGC terminal
    of the tuner.
  • (2) Connect the voltmeter of at least 100kΩ
    internal impedance to the AGC terminal
    of the tuner.
  • (3) Adjust VR202 until the following
    voltage is reached.
    V1-(0, 5,±0,2)
    V1:the voltage without signal
Preparations for adjustment Adjustment Procedure Remarks/Waveform 1
(1) With the signal received, apply heat
run for more than two minutes to avoid
the influence of circuit tempereture
drift.
Connect the voltmeter of at least 100kΩ
internal impedance to the AGC terminal
of the tuner. 		(1) Received following channel and
strength.
CHANNEL : CCIR 5
STRENGTH : -47 dBm
Adjust VR202 until the following
voltage is reached.
VI-(0.5,±0.2,)
V1:the voltage without signal 		renarks/ waverorm

SIF PWB ADJUSTMENTS

Preparations for adjustment Adjustment Procedure Remarks/Waveform
(1) Connect frequency counter between
shield case of L2201 and E2002 ③ pin
via Amp (Gain~40dB) 		(1) Adjust L2201 as frequency counter shows
38.9MHz±300kHz 		Amp. should be amplify only 38.9MHz.
To prevent VCO frequency drift, make her
run more than 10 minutes before adjustment
SIF PWB
E2020(3) pin GND IF
L22201
Shield case core Amp. coun.
(2) Put IC2201 (3 pin to GND via 100Ω.
(3) Apply 9V to E2001 ③ pin.
(1) [Another Method]
Connect spectrumanalyzer between
L2201 shield case and E2002 ③ pin. 		(1) Adjust L2201 till the frequency differ-
ence between VCO and SG signal within
±300kHz.
SIF PWB
E2002(1) pin
L2201
Shield case
core Analyzer.
(2) Put SG(38.9MHz ± 5kHz without modula-
tion)signal to E2002 © pin.
And increase output level till spectrum
analyzer detect that level.
SIF PWB
E2002@ pin (38.9MHz±5KHz)
(3) Connects IC2201 pin (2) to GND via 100 Ω
(4) Apply 9V to E2001 pin ③.
1

~ 8 -

Page 6

CMT2186

DISCRI-COIL Adjustment

Preparations for adjustment Adjustment Procedure Remarks/Waveform
(1) Supply input signal to L2403 of MF2401 side. (1) Adjust L2405 to get 4.5V±0.5V.
4. 5MHz
S16NAL GEN
50Ω
777
(2) Connect digital voltmeter to K18.
(3) Supply +9V to ③ pin of E2001.
1

Horizontal center position Adjustment

ADJUSTMENT POINT OF SIF PWB

Page 7

Page 8
VOLTAGES OF CHECK POINTS

WAVEFORMS

15

Page 9

SPATIALIZER P.W.B.

HEADPHONE P.W.B.

Page 10

A

Ð

Page 11

Since this is a basic circuit diagram, the value of the parts is subject to be alter All DC voltage to be measured with a teser (100k.QAV). Voltage taken on a complex color bar signal including a standard color bar si

4

Page 12

Page 13

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n na han na h Disean na han

Page 14

Page 15

Page 16

0 Adjust the position so that the anode lead does not touch the DY & speaker.
0 Main P.W.B.
3 CPT P.W.B.
4 SIF P.W.B.
6 Spatializer P.W.B.
6 Headphone P.W.B.

Page 17

REPLACEMENT PARTS LIST

PRODUCT SAFETY NOTE: Components marked with a A have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this Service Manual. Don't degrade the safety of the receiver through improper servicing.

ABBREVIATIONS CapacitorsCD: Ceramic Disk, PF: Polyester Film, EL: Electrolytic, PP: Polypropylene,
PR: Paper, TA: Tantalum, TM: Trimer.
ResistorsCF: Carbon film, WW: Wire Wound, FR: Fuse Resistor, MG: Metal Glazed,
VR: Variable Resistor, CC: Carbon Composition, MF: Metal Oxide Film.
Semiconductors TR: Transistor, DI: Diode, ZD: Zener Diode, VA: Varistor, TH: Thermistor.
SYMBUL DADT NO DECODIDITION SIMBUL DADT NO DECODIDION
nu. FARI NO. DESCRIPTION nu. FARI NU. DESCRIPTION
C051 0800015R EL 10MF 16V C215 0880016R PF 0.1MF ±10% 50V
C052 0800015R EL 10MF 16V C220 0880009R PF 0.01MF ±10% 50V
C053 0800015R EL 10MF 16V C2201 0880009R PF 0.01MF ±10% 50V
C101 0800048R EL 100MF 10V C2202 0800049R EL 100MF 16V
C102 0880016R CQ 0.1MF 50V C2203 0880009R PF 0.01MF ±10% 50V
C102A 0880016R CQ 0.1MF 50V C2204 0880009R PF 0.01MF ±10% 50V
C103 0880009R PF 0.01MF ±10% 50V C2205 0890076R CD 150PF ±10% 50V
C104 0800015R EL 10MF 16V C2206 0800277R EL 0.47MF 50V
C1101 08000/2R EL 4/OMF 6.3V C2207 0880014R PF 0.047MF ±10% 50V
C1102 0890067R CD 33PF ±5% 50V C2208 0800003R EL 1MF 50V
C1103 0890069R CD 47PF ±5% 50V C2209 0880009R PF 0.01MF ±10% 50V
C1107 0890075R CD 120PF ±5% 50V C221 0880009R PF 0.01MF ±10% 50V
C1108 08900/5R CD 120PF ±5% 50V C2210 0890087R CD 1000PF ±10% 50V
C1109 08900/5R CD 120PF ±5% 50V C2211 0890087R CD 1000PF ±10% 50V
C1111 0880016R PF 0.1MF ±10% 50V C2212 0880009R PF 0.01MF ±10% 50V
C111/ 0800003R EL IMF 50V C2215 0880009R PF 0.01MF ±10% 50V
C1118 0800003R EL IMF 50V C2216 0880009R PF 0.01MF ±10% 50V
C1119 0800003R EL IMF 50V C2219 0880009R PF 0.01MF ±10% 50V
C1120 0800007R EL 3.3MF 50V C2220 0880009R PF 0.01MF ±10% 50V
C1124 0880016R PF 0.1 ±10% 50V C225 0880009R PF 0.01MF ±10% 50V
C1125 0880013R PF 0.033MF ±10% 50V C230 0880009R PF 0.01MF ±10% 50V
C1126 0890122R CD 39PF ±5% 50V C231 0800049R EL 100MF 16V
C1127 0880014R PF 0.047MF ±10% 50V C240 0880009R PF 0.01MF ±10% 50V
C1128 0880014R PF 0.047MF ±10% 50V C2413 0800015R EL 10MF 16V
C1129 0880003R PF 1000PF ±10% 50V C2414 0800015R EL 10MF 16V
C1130 0880008 PF 6800PF ±10% 50V C2415 0800015R EL IOMF 16V
C1131 0800012R EL 4.7MF 50V C2416 0800015R EL 10MF 16V
C1132 0800012R EL 4.7MF 50V C2419 0800015R EL 10MF 16V
C1133 0880009R PF 0.01MF ±10% 50V C2420 0800049R EL 100MF 16V
C1135 08800098 PF 0.01MF ±10% 50V C2423 0880009R PF 0.01MF ±10% 50V
C1141 08900/4R CD 100PF ±5% 50V C2424 0880009R PF 0.01MF ±10% 50V
C1142 08900/4R CD 100PF ±5% 50V C250 0890118R CD 22PF ±5% 50V
C1145 08900/2R CD 58PF ±5% 50V C251 0880003R PF 1000PF ±10% 50V
C1170 08000488 EL IOUMF IOV C252 0880016R PF 0.1MF ±10% 50V
C11/1 0880016 PF 0.1MF ±10% 50V C302 0880014R PF 0.04/MF ±10% 50V
C1172 0800007R EL 3.3MF 50V C304 0880016R PF 0.1MF ±10% 50V
C201 0890087R CD 1000PF ±10% 50V C305 0880016R PF 0.1MF ±10% 50V
C202 0890087R CD 1000PF ±10% 50V C306 0880016R PF 0.1MF ±10% 50V
C202A 0880062 PF 0.22MF ±10% 50V C310 0800015R EL IOMF 16V
C205 0800003 EL IMF 50V C311 0800015R EL 10MF 16V
C206 0800087F EL 2200MF 16V C312 0800015R EL IOMF 16V
C207 0880016R Pr U.IMF ±10% 50V C313 U800048R EL TOOMF 10V
C208 0880016R Pr 0.1MF ±10% 50V C315 0800015R EL IOMF 16V
C209 0800058R EL 220MF 16V C350 0880009R PF 0.01MF ±10% 50V
C212 0880009R PF 0.01MF ±10% 50V C401 0890069R CD 47PF ±5% 50V
C213 0800001R EL U.4/MF 5UV C402 0880009R PF 0.01MF ±10% 50V
PRODUCT SAFETY NOTE: Components marked with n a 🗥 have special characteristics important to safety.
Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this Service Manu
Don't degrade the safety of the receiver through improper servicing.
ا غر CVMDRI SYMBOL
NO PART NO. DESCRIPTION NO. PART NO. DESCRIPTION
0510 00000100 DE 0.1 ME + 100/ FOX
C404 0880009R PF 0.01MF ±10% 50V 0516 0880015K PF U.IMF ±10% 50V
0405 08800198 PF 0.33MF ±10% 50V 0517 08500011
C405 08800098 PF 0.01MF ±10% 50V 0520 08901108
0407 0880019R FF 0.33MF ±10% 30V 0522 02946660
C408 0800015R EL TOMF TEV 0520 02040008
6409 0800015K 0520 00000000
0410 0800041R EL 4/MF IbV · 0552 08900638 DE 0 1 ME ± 10% 50V
0411 0800049R EL LOUME IOV 0553 08800101 PE 0.047ME +10% 50V
0412 00000495 0000 0880014 DE 0 1 ME + 10% 50V
0415 00000495 C602 0880010R PF 0 01ME +10% 50V
0410 00000100 PF 0.1MF ±10% 50V 0002 02400038 OD 170PE +5% 50V
0410 0000010R C605 0243033R EL 100ME 35V
0417 00000410 2000 0880011R PE 0 015ME +10% 50V
C410 08000741 C607 0279693R PF 0.1 MF +10% 100V
· • •/ 0415 00000741 DF 0 01ME +10% 50V 8080 0800009R FL 4 ZMF 25V
C422 08800031 PF 0.01MF +10% 50V 0000 0800082F EL 1000ME 16V
0423 000000000 EL TOME TRY C620 0800015R EL TOME 16V
C427 0880015R PE 0 1ME +10% 50V C683 0880017R PF 0 15MF +10% 50V
C/30 0800366N FL 2200ME 10V C701 0880007R PF 4700PF +10% 50V
C/32 0880004R PE 1500PE +10% 50V 0.702 0800003R FL 1MF 50V
C/133 0880005R PE 2200PE +10% 50V C703 0880005R PE 2200PE +10% 50V
CA40 0284623R FL 1ME 50V 0705 0800081F FL 1000MF 10V
C445 0800082F EL 1000MF 16V C710 0880016R PF 0.1 MF ±10% 50V
- ' k C471 0800359R FL 1000MF 10V C710A 0880057R PF 0.1 MF ±10% 50V
- 4 C481 0800022R FL 22MF 10V C723 0279851F PF 0.022MF ±10% 100V
C482 0800022R FL 22MF 10V C725 0800352R EL 470MF 10V
C483 0800022R FL 22MF 10V C727 0880009R PF 0.01MF ±10% 50V
C484 0800022R EL 22MF 10V C752 0244501R CD 1000PF ±10% 500V
C485 0800073R EL 470MF 10V C753 0244501R CD 1000PF ±10% 500V
C486 0800022R EL 22MF 10V C754 0800076F EL 470MF 35V
C487 0800022R EL 22MF 10V C755 0800074N EL 47 OMF 16V
C488 0800048R EL 100MF 10V C756 0253973F EL 22MF 250V
C489 0800048R EL 100MF 10V C758 0880016R PF 0.1 MF ±10% 50V
~}- C490 0880052R PF 0.039MF 50V C760 0800015R EL 10MF 16V
- Ar C491 0880054R PF 0.056MF 50V ∆C781 0262426F PP 9100PF ±5% 1.8KV
C492 0880044R PF 0.01MF 50V ∆C782 0244717R CD 27 0PF ±10% 2KV
C493 0880049R PF 0.027MF 50V ∆C783 0244717R CD 27 OPF ±10% 2KV
C494 0800048R EL 100MF 10V ∆C784 0262801F PP 0.56MF ±5% 200V
C495 0800015R EL 10MF 16V C786 0243512R CD 820PF ±10% 500V
C496 0800015R EL 10MF 16V C787 0800056R EL 220MF 6.3V
C497 0800003R EL 1MF 50V C789 0890077R CD 180PF ±10% 50V
C498 0800022R EL 22MF 10V C790 0244501R CD 1000PF ±10% 500V
C499 0800003R EL 1MF 50V C/91 0890055R CD 5PF ±0.25% 50V
C501 0890116R CD 15PF ±5% 50V C801 0890083R CD 470PF ±10% 50V
C502 0880007R PF 4700PF ±10% 50V C802 0890082R CD 3GOPF ±10% 50V
C503 0880016R PF 0.1MF ±10% 50V 0803 0890084R CD 560PF ±10% 50V
C504 0800015R EL TOMF 16V 0805 02456121 CD 47 UUPF ±10% IKV
C506 0800015 EL TOMF 16V 0810 08000185 EL LUUMF LUV
C509 U800048R EL TOUMF TOV 0001
C510 089008/R UD 1000PF ±10% 50V AC901 02/969/1 PT U.1MF ZOUV
0511 089008/R 50 1000PF ±10% 30V 0902 02403931
1.1 0512 0800049R EL IUUMF IOV 0903 02400331
0513 0880016R Pr U.1Wr ±10% DUV 0904 02403345 51 22NF 160V
0514 0880018R PF U.22MF ±10% DUV 0905 020000/1
0010 100000101 FF ULIME TIU/O JUY 0000 0704011

- 22 -

- 23 -

Page 18

PRODUCT SAFETY NOTE: Components marked with a

SYMBOL SYMBOL 1 - 1 SYMBOL
NO. PART NO. DESCRIPTION NO. PART NO. DESCRIPTION NO. Ľ
C907 0245608R CD 1000PF +10% 1000V R1134 0700039M CF 820 OHM ±5% 1/16W R1203
C908 0243504R CD 180PF ±10% 500V R1135 0700054M CF 10K OHM ±5% 1/16W R1210
C910 0880062R PF 0.22MF ±10% 50V R1136 0700054M CF 10K OHM ±5% 1/16W R1212
C912 0244721R CD 470PF ±10% 2KV R1137 0700045M CF 2.2K OHM ±5% 1/16W K201
C914 0258129R EL 220MF ±20% 100V R1138 0100089M CF 10K OHM ±5% 1/8W R2015
P2016
C915 0800015R EL 10MF 16V R1139 0700051M CF 5.6 OHM ±5% 1/16W R2010
C916 0800087R EL 2200MF 16V R1139A 0700042M CF 1.2K OHM ±5% 1/16W R2017 1
C917 0243504K CD 180PF ±10% 500V R1140 0700054M CF 10K 0HM ±5% 1/16W R2019 1
0918 00450029K CD 390PF ±10% 50V K1141 070005010 R202 1
0020 0245005R R114Z 070005210 R2020
C021 024300JK CD 22DE +5% 500V D1143 07000550 R2021 0
A C998 0247842R CD 1000PE 4000V R1144 0700052M CF 6.8K OHM ±5% 1/16W R2029 (
A C999 0247974R CD 2200PF +80-20% 400V R1145 0700051M CE 5.6K OHM ±5% 1/16W R203 0
RC1171 0700064M CE 56K 0HM +5% 1/16W R1147 0700027M CF 100 0HM +5% 1/16W )| R204 (
RJ401 0113733M CF 220 0HM ±5% 1/2W R1148 0700027M CF 100 OHM ±5% 1/16W R207 0
R1402 0113733M CF 220 0HM +5% 1/2W R1149 0700041M CF 1K 0HM +5% 1/16W R208
RK002 0700032M CF 220 OHM ±5% 1/16W R1150 0700041M CF 1K OHM ±5% 1/16W R209 0
RK151 0700041M CF 1K OHM ±5% 1/16W R1151 0700054M CF 10K OHM ±5% 1/16W R210
RK153 0700041M CF 1K OHM ±5% 1/16W R1154 0700061M CF 33K OHM ±5% 1/16W R214
RK155 0700041M CF 1K OHM ±5% 1/16W R1155 0700058M CF 22K OHM ±5% 1/16W R215 0
RK179 0700032M CF 220 OHM ±5% 1/16W R1156 0700058M CF 22K OHM ±5% 1/16W R2202
R001 0700053M CF 8.2K OHM ±5% 1/16W R1157 0700045M CF 2.2K OHM ±5% 1/16W KZ203
P2205
R1001 0700041M CF 1K OHM ±5% 1/16W R1158 0700045M CF 2.2K OHM ±5% 1/16W _ * ` R2200
R101 0700058M CF 22K OHM ±5% 1/16W R1159 0700027M CF 100 OHM ±5% 1/16W - R2200 ĺč
R1101 0110223S MF 120 OHM ±5% 2W R1160 0700041M CF 1K OHM ±5% 1/16W R2207 16
R1102 0700041M CF 1K OHM ±5% 1/16W R1161 0700041M CF 1K OHM ±5% 1/16W R2200 Ιč
R1103 0/0002/M CF 100 0HM ±5% 1/16W RII62 0700056M CF 15K UHM ±5% 1/16W 1 R221 ľ
R1104 070002/M CF 100 0HM ±5% 1/16W R1163 0700056M CF 15K OHM ±5% 1/16W R2210 lõ
R1105 0700041M K1100
B1166 		0700051M 5 R225 ĺ
D1100 070003410 D1100 0700051W R230
R1100 0700058M OF 22K OHM ±5% 1/16W R1107 070005414 1 8 R231 | 0
R1110 0700058M CF 22K OHM +5% 1/16W R1160 07000540 CF 39K 0HM +5% 1/16W R232 10
R1111 0700030M CE 100 0HM ±5% 1/16W R1170 0700062M CF 39K 0HM ±5% 1/16W ÷. R234 ן מ
R1112 0700027M CF 100 0HM +5% 1/16W R1171 0700056M CF 15K 0HM +5% 1/16W 문 P ∆R240 10
R1113 0700027M CF 100 0HM +5% 1/16W R1172 0700054M CF 10K 0HM +5% 1/16W R2411 10
R1114 0700051M CF 5.6K OHM ±5% 1/16W R1176 0700054M CF 10K 0HM ±5% 1/16W 1 R2414 | 0
R1115 0700051M CF 5.6K OHM ±5% 1/16W R1177 0700058M CF 22K OHM ±5% 1/16W R2415
R1116 0700027M CF 100 OHM ±5% 1/16W R1179 0700043M CF 1.5K OHM ±5% 1/16W K2416 ιü
R1117 0700027M CF 100 OHM ±5% 1/16W R1180 0700041M CF 1K OHM ±5% 1/16W KZ41/
R1118 0700067M CF 100K OHM ±5% 1/16W △R1181 0700064M CF 56K OHM ±5% 1/16W KZ418
D2410
R1119 0700054M CF 10K 0HM ±5% 1/16W R1182 0700054M CF 10K 0HM ±5% 1/16W RZ419
P2420
R1120 0700035M CF 390 OHM ±5% 1/16W R1183 0700066M CF 82K OHM ±5% 1/16W R2420 l n
R1121 0700035M CF 390 OHM ±5% 1/16W R1184 0700067M CF 100K OHM ±5% 1/16W R2430 l
RIIZIA 0700054M CF 10K 0HM ±5% 1/16W R1185 0/00058M CF 22K OHM ±5% 1/16W R250 li
R1122 0700041M CF 1K UHM ±5% 1/16W K1186 0700055M CF 12K OHM ±5% 1/16W 1 R251 l
D1125 0700041W D1100 07000500 , í R252 lõ
R1125 0700046M OF 3.5% UHW ±5% 1/10W D1100 0700054M R260 ļ
R1120 07000400 OF 3.9K OHM ±5% 1/10W R1103 0700034W R265 Ō
R1128 0700055M CF 12K 0HM +5% 1/16W R1191 0700035M CF 390 0HM +5% 1/16W R266 Ó
R1129 0700054M CF 10K 0HM +5% 1/16W R1192 0700035M CF 390 0HM +5% 1/16W ال ا R267 0
R1130 0700054M CF 10K 0HM ±5% 1/16W R1194 0700052M CF 6.8K OHM ±5% 1/16W R268 0
R1132 0700046M CF 2.7K 0HM ±5% 1/16W R1200 0700057M CF 18K 0HM ±5% 1/16W R302 0
R1133 0700053M CF 8.2K OHM ±5% 1/16W R1202 0700041M CF 1K OHM ±5% 1/16W R304 0
L L L ı İ

PRODUCT SAFETY NOTE: Components marked with a have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this Service Manual. Don't degrade the safety of the receiver through improper servicing.

ا تكر SYMBOL SYMBOL
NO. PART NO. DESCRIPTION NO. PART NO. DESCRIPTION
R1203 0700038M CE 680 OHM +5% 1/16W R305 0700027M CF 100 0HM ±5% 1/16W
R1210 0700048M CF 3.9K OHM ±5% 1/16W R306 0700067M CF 100K OHM ±5% 1/16W
R1212 0700067M CF 100K OHM ±5% 1/16W R307 0700027M CF 100 OHM ±5% 1/16W
R201 0700052M CF 6.8K OHM ±5% 1/16W R308 0700025M CF 68 OHM ±5% 1/16W
R2015 0700031M CF 180 OHM ±5% 1/16W R309 0100045M CF 150 OHM ±5% 1/8W
R2016 0700037M CF 560 OHM ±5% 1/16W R310 0700027M CF 100 OHM ±5% 1/16W
R2017 0700018M CF 22 OHM ±5% 1/16W R312 0700067M CF 100K OHM ±5% 1/16W
R2018 0700047M CF 3.3K OHM ±5% 1/16W R314 0700067M CF 100K OHM ±5% 1/16W
R2019 0700037M CF 560 OHM ±5% 1/16W R315 0700C27M CF 100 OHM ±5% 1/16W
R202 0700042M | CF 1.2K OHM ±5% 1/16W R320 0700067M CF 100K OHM ±5% 1/16W
R2020 0114 1 31M CF 100 OHM ±5% 1/4W R321 0700034M CF 330 OHM ±5% 1/16W
R2021 0700036M CF 470 OHM ±5% 1/16W R332 0/0005/M CF 18K OHM ±5% 1/16W
R2029 0700036M CF 4/0 OHM ±5% 1/16W R333 070002/M CF 100 OHM ±5% 1/16W
٠., R203 010004/M CF 180 OHM ±5% 1/8W R401 0700035M GF 390 OHM ±5% 1/16W
.4 R204 0/00019M CF 27 UHM ±5% 1/16W R402 0700058M CF 22K UHW ±5% 1/16W
K207 0700054M CF 100 0HM ±5% 1/16W R403 01105055
K208 070002710 ∆K404 01105055 FR 2.2 UNIV ±3% 1/4W
K209 0700054M CF 56K UHW ±5% 1/16W A K405 01195055
0700026M 		PR 2.2 UHW ±5% 1/4W
KZ10
D014 		0700050M R410 0700030W
NZ14
D215 		070003010 OF 13N UNIW 25% 1/10W R411
D410 		07000300
NZ10
R2202 		070002010 CF 02 UTIW 25% 1/16W R413
P427 		0700007M CF 1K OHM ±5% 1/16W
P2202 0700035M CE 2.2K OHM ±5% 1/16W R110 0700041M CF 1K OHM ±5% 1/16W
R2205 0700043M CF 1K 0HM +5% 1/16W R440 0700041M CE 1K OHM ±5% 1/16W
R2205 0700023M CF 47 0HM +5% 1/16W A R443 01196875 FR 4 7 0HM +0.5 1/4W
÷۵ R2200 0700059M CE 27K OHM ±5% 1/16W R451 0700047M CF 3.3K OHM ±5% 1/16W
R2208 0700059M CE 27K OHM +5% 1/16W R451A 0100035M CF 56 OHM +5% 1/8W
R2209 0700027M CF 100 OHM ±5% 1/16W A R471 0119514G Fr 10 OHM ±5% 1/4W
R221 0700045M CF 2.2K OHM ±5% 1/16W R481 0700027M CF 100 OHM ±5% 1/16W
R2210 0700035M CF 390 OHM ±5% 1/16W R482 0700032M CF 220 OHM ±5% 1/16W
R225 0700027M CF 100 OHM ±5% 1/16W R483 0700032M CF 220 OHM ±5% 1/16W
R230 0700041M CF 1K OHM ±5% 1/16W R484 0700027M CF 100 OHM ±5% 1/16W
R231 0700041M CF 1K OHM ±5% 1/16W R485 0700053M CF 8.2K OHM ±5% 1/16W
R232 0700054M CF 10K OHM ±5% 1/16W R486 0100117M CF 150K OHM ±5% 1/8W
3 R234 0700048M CF 3.9K OHM ±5% 1/16W R487 0700053M CF 8.2K OHM ±5% 1/16W
P ∆R240 | 0119687G FR 4.7 OHM ±5% 1/4W R489 0100129M CF 4/0K 0HM ±5% 1/8W
R2411 0700054M CF 10K 0HM ±5% 1/16W R490 0100131M CF 560K OHM ±5% 1/8W
R2414 0700034M CF 330 OHM ±5% 1/16W R491 0700049M CF 4./K 0HM ±5% 1/16W
R2415 0700034M GF 330 OHM ±5% 1/16W K49Z 070004414 CF 1.8N UHW ±3% 1/16W
K2410 07000Z/M R493 0700032101 CE 220 0000 ± 89/ 1/10W
NZ41/
D2410 		07000411 D405 0700032M CE 220 0HM ±5% 1/16W
R2410
P2410 		0700054W OF 100K OHM ±5% 1/16W R455
R/06 		0700032W CF 220 0HM ±5% 1/16W
D2420 0700067M CE 100K 0HM ±5% 1/16W D/07 011051/19 FR 10 OHM +5% 1/1W
R2420 0100057M CF 470 0HM +5% 1/8W R502 0700031M CE 180 0HM +5% 1/16W
R2430 0700027M CF 100 OHM ±5% 1/16W R502 0700033M CE 270 0HM ±5% 1/16W
R250 0100049M CE 220 OHM +5% 1/8W R504 0700045M CE 2 2K 0HM +5% 1/16W
R251 0700063M CF 47K 0HM ±5% 1/16W R505 0100057M CF 470 0HM ±5% 1/8W
R252 0700063M CF 47K OHM ±5% 1/16W R506 0700045M CF 2.2K OHM ±5% 1/16W
R260 0700041M CF 1K OHM ±5% 1/16W R507 0700034M CF 330 OHM ±5% 1/16W
R265 0700058M CF 22K OHM ±5% 1/16W R508 0700052M CF 6.8K OHM ±5% 1/16W
R266 0700054M CF 10K OHM ±5% 1/16W R509 0700067M CF 100K OHM ±5% 1/16W
ĵ: R267 0700063M CF 47K OHM ±5% 1/16W R511 0700037M CF 560 OHM ±5% 1/16W
R268 0700058M CF 22K OHM ±5% 1/16W R513 0700037M CF 560 OHM ±5% 1/16W
R302 0100038M CF 75 OHM ±5% 1/8W R515 0700037M CF 560 OHM ±5% 1/16W
R304 0700067M CF 100K OHM ±5% 1/16W R519 0100057M CF 470 OHM ±5% 1/8W

- 24

Page 19

SYMBOL

NG. R529 R531 R532 R534 R535 R536 R537 R538 R539 R540 R551 R552 R550 R550 R571 ▲ R590 R604 R605 R604 R605 R606 R607 R608 R609 R613 R620 R601 R701 R703 R703 R704

R710 R711 R712 R712A R720 R721 R722 R723 R724 R724 R726 R727 R730 R734 R741 R741A R741 R741A R741 A R751 △ R757

PRODUCT SAFETY NOTE: Components marked with a A have special characteristics important to safety. FROUDLE SAFELT NULL Components marked with a A have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this Service Manual. Don't degrade the safety of the receiver through improper servicing.

1 SYMBOL 1一個 SYMBOL
PART NO. DESCRIPTION NO. PART NO. DESCRIPTION NO.
0700027M CE 100 OHM +5% 1/16W AR758 0119647M MF 47K OHM ±1% 1/8W 1.44 R926
0700029M CF 150 OHM ±5% 1/16W R759 0110279M MF 27K OHM ±5% 2W R926A
0700032M CF 220 OHM ±5% 1/16W R760 0700041M CF 1K 0HM ±5% 1/16W R930
0700031M CF 180 OHM ±5% 1/16W R761 0700041M CF 1K 0HM ±5% 1/16W 100 R940
0700032M CF 220 OHM ±5% 1/16W R762 0100073M CF 2.2K OHM ±5% 1/8W AK338
0700032M CF 220 OHM ±5% 1/16W ▲R764 0119505S FR 2.2 OHM ±5% 1/4W VRZUZ
0700051M CF 5.6K OHM ±5% 1/16W R768 0100077M CF 3.3K OHM ±5% 1/8W VR601
0700032M CF 220 OHM ±5% 1/16W ∧R781 0147626M WW 4.7K OHM ±10% 7W VR/UI
VD001
0700064M CF 56K OHM ±5% 1/16W R782 0113748M CF 820 OHM ±5% 1/2W VP902
0700032M CF 220 OHM ±5% 1/16W R801 0/0002/M CF 100 OHM ±5% 1/16W VR802
0700063M CF 4/K OHM ±5% 1/16W R802 0700027M UF 100 OHM ±5% 1/16W 1 1 VR804
0700058M CF 22K OHM ±5% 1/16W R803 0700027M CF 100 OHM ±5% 1/16W 100 VR806
0/00032M CF 220 OHM ±5% 1/16W R804 0100033W 0F 270 0HM ± 5% 1/10W A IC001
0/00029M CF 150 OHM ±5% 1/16W R804A 0700025M 1 1 5 FICTIOT.
0/00031M GF 180 UHR ±5% 1/10W ROUD 07000331 0F 350 000 ±5% 1/10W IC1102
0700058M CF 22K OHM ±5% 1/16W R800 070003.5W 1 A IC201
07000031 D000 0700044M L L C2201
0/0002/M CF 100 OHM ±5% 1/16W 8000 07000441 CF 1.8K OHM +5% 1/16W IC402
01105099 ED 56 OHM +5% 1/4W R811 0110271M ME 12K OHM ±5% 2W 1 AIC4501
01195005 MC 680K 0HM +5% 1/8W R812 0110271M MF 12K OHM ±5% 2W 1 AIC451
0700051M CE 5.6K OHM ±5% 1/16W R813 0110271M MF 12K OHM ±5% 2W Ĩ IC481
0700051M CE 10K OHM ±5% 1/16W R814 0113744M CF 560 OHM ±5% 1/2W 100 IC482
0700055M CF 12K OHM ±5% 1/16W R815 0113744M CF 560 OHM ±5% 1/2W △IC483
0700029M CF 150 OHM +5% 1/16W R816 0113744M CF 560 OHM ±5% 1/2W lC501
0700049M CF 4.7K OHM ±5% 1/16W R817 0700037M CF 560 OHM ±5% 1/16W ~~ △IC502
0119844M MF 2.2 OHM ±5% 1W R818 0700037M CF 560 OHM ±5% 1/16W ∆IC681
0113748M CF 820 OHM ±5% 1/2W R819 0700037M CF 560 OHM ±5% 1/16W ▶1C301
0700048M CF 3.9K OHM ±5% 1/16W R820 0700045M CF 2.2K OHM ±5% 1/16W i. AIC902
0700067M CF 100K OHM ±5% 1/16W R821 0700054M CF 10K OHM ±5% 1/16W 100 3401
0113735M CF 270 OHM ±5% 1/2W R822 0700054M CF 10K OHM ±5% 1/16W 01101
0700056M CF 15K OHM ±5% 1/16W R823 0700054M CF 10K OHM ±5% 1/16W 1
2 		01102
0700034M CF 330 OHM ±5% 1/16W | R850 0100041M CF 100 OHM ±5% 1/8W 01104
0700059M CF 27K OHM ±5% 1/16W ▲R901 0147614M WW 1.5 OHM ±10% 7W 01105
0700041M CF 1K OHM ±5% 1/16W ▲R901A 0147616M WW 1.8 OHM ±10% 7W T. 01107
0100131M CF 560K OHM ±5% 1/8W R902 0113791M CF 47K OHM ±5% 1/2W 100 _ 01108
0100123M CF 270K OHM ±5% 1/8W R903 0113791M CF 4/K OHM ±5% 1/2W 1 1 02006
0100125M CF 330K OHM ±5% 1/8W R905 0100063M CF 820 OHM ±5% 1/8W 02007
0100133M CF 580K 0HM ±5% 1/8W R908 0113/01M CF 10 UHM ±5% 1/2W 02008
0110251M MF 1.8K UHM ±5% 2W A K909 01102750 0201
011024/M MF 1.2K UHW ±3% 2W N BOTT 01102/05 02013
0113/46M 012 07000420 02014
070004114 P012 07000411 Q2015
0700041M R913 01101359 ME 300 OHM ±5% 1/10W Q203
0700003410 CF 47K OHM ±5% 1/16W R915 0114165M CE 1 5K OHM +5% 1/4W Į Q204
07000031 CF 10K OHM +5% 1/16W ROIG 0700049M CF 4 7K OHN +5% 1/16W Q205
070004M CF 1 2K OHM +5% 1/16W R917 0700054M CF 10K OHM ±5% 1/16W ł Q301
0113727M CF 120 OHM +5% 1/2W R918 0700029M CF 150 OHM ±5% 1/16W Q303
0700014M CF 10 0HM ±5% 1/16W R919 0100077M CF 3.3K OHM ±5% 1/8W | 1 Q401
0110211M MF 39 0HM ±5% 2W R920 0100121M CF 220K OHM ±5% 1/8W Q501
0110201M MF 15 OHH ±5% 2W R921 0100123M CF 270K OHM ±5% 1/8W 410 Q502
0100049M CF 220 OHM ±5% 1/8W R922 0700054M CF 10K OHM ±5% 1/16W 1.3 Q506
0114223M CF 82K OHM ±5% 1/4W R923 0700049M CF 4.7K OHM ±5% 1/16W Q50/
0114223M CF 82K OHM ±5% 1/4W R924 0110275M MF 18K OHM ±5% 2W 0510
0118970M MF 240K 0HM ±5% 1/16W R925 0113701M CF 10 OHM ±5% 1/2W u/21

PRODUCT SAFETY NOTE: Components marked with a A have special characteristics important to safety. FROUDLE SAFELY NULL: Components marked with a A have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this Service Manual. Don't degrade the safety of the receiver through improper servicing.

NO. PART NO. DESCRIPTION NO. PART NO. DESCRIPTION 926 0113797M CF 82K 0HM ±5% 1/2W 0722 2323052 TR 2SD787 (D)/(E) 926A 0100121M CF 220K 0HM ±5% 1/8W 0723 2312171 TR 2S0787 (D)/(E) 930 0700014M CF 10 0HM ±5% 1/16W 0724 2327753 TR 2SA1390 (C)/(D) 940 011217M MF 68 0HM ±5% 2W △ Q781 23125161 TR BU2508DF (HCPS) 998 01747046 MF 10M 0HM ±5% 1/W △ Q851 2312371 TR 2SG342 R202 0150216 VR 10K 0HM △ Q851 2312371 TR 2SG342 R701 0150114 VR 10K 0HM-B △ Q851 2312371 TR 2SG342 R801 0150110 VR 500 0HM-B △ Q851 2312371 TR 2SG342 R802 0150110 VR 500 0HM-B △ Q902 2327754 TR 2SA1390 D R804 0150110 VR 500 0HM-B RS-6 Q905 2326631 THYRISTOR CR5AS-8 R804 0150110 VR 500 0HM- ION
926 0113797M CF 82K 0HM ±5% 1/2W 0722 2323052 TR 2S0787 (D)/(E) 926A 0100121M CF 20K 0HM ±5% 1/8W 0723 2312171 TR 2S0382 930 0700014M CF 10 0HM ±5% 1/8W 0723 2312171 TR 2S0382 930 0700014M CF 10 0HM ±5% 1/16W 0724 2327751 TR 2S0382 940 0110217M MF 68 0HM ±5% 2W Q/781 2312171 TR 2S03942 8701 0150265 VR 10K 0HM A 0851 2312371 TR 2S03942 8701 0150119 VR 200 0HM-8 RS-6 A 0852 2312371 TR 2S03942 8701 0150110 VR 500 0HM-8 A 0901 2326631 TH/RISTOR CR5AS-8 8702 0150110 VR 500 0HM-8 Q902 2327773 TR 2S03942 8703 015010 VR 500 0HM-8 Q902 2327773 TR 2S03942 8704 0150109 VR 200 0HM-8 RS-6 Q904 2315933 TR 250342 8704 0150109 VR 200 0HM-8 RS-6 Q904 1011
926A 0100121M CF 220K 0HM ±5% 1/8W 0723 2312171 TR 2SA1390 (C)/(D) 930 0700014M CF 10 0HM ±5% 1/16W 0724 232773 TR 2SA1390 (C)/(D) 940 011021M MF 68 0HM ±5% 2W Q724 2315161 TR 12SA1390 (C)/(D) 998 01747046 MF 10M 0HM ±5% 1W Q801 2327754 TR 2SA1390 D 8202 0150255 VR 10K 0HM Q851 2312371 TR 2SC3942 8701 0150114 VR 10K 0HM-B Q853 2312371 TR 2SC3942 8701 0150114 VR 10K 0HM-B Q853 2312371 TR 2SC3942 8801 0150110 VR 500 0HM-B Q802 2327754 TR 2SC3942 8802 0150110 VR 500 0HM-B Q902 2327754 TR 2SC3942 8804 0150109 VR 200 0HM-B RS-6 Q904 2315933 TR 2SC1330 D 8804 0150109 VR 200 0HM-B RS-6 Q905 2320647 TR 2SC133 8101 200410 KLA7920 DR1166
930 0700014M
0110217M CF 10 0HM ±5% 1/16W 0724 2327753 TR 28/3390 (C)/(0) 940 0110217M MF 68 0HM ±5% 2W 0/781 2315161 TR BU25080F (HCPS) 980 01747046 MF 100 0HM ±5% 1W 0.0801 2327754 TR 25A1390 (C)/(0) R202 0150265 VR 10K 0HM 0.0851 2312371 TR 25C3942 R701 0150109 VR 200 0HM-B RS-6 0.0852 2312371 TR 25C3942 R801 015010 VR 500 0HM-B 0.0901 2326631 THYRISTOR CR5AS-8 R802 0150110 VR 500 0HM-B 0.9002 2327754 TR 25C3942 R803 0150110 VR 500 0HM-B 0.9001 2326631 THYRISTOR CR5AS-8 R804 015010 VR 500 0HM-B RS-6 0.904 2315933 TR 25C31390 D R804 0150109 VR 200 0HM-B RS-6 0.905 2327773 TR 25C3132 (C)/(D) R804 0150109 VR 200 0HM-B RS-6 0.905 2338321 D1 15S270 11010 2338321
940 0110217M MF 68 0HM ±5% 2W △0781 2315161 TR B20508DF (HCPS) 998 01747046 MF 10M 0HM ±5% 1W △0801 2327754 TR 2SA1390 D 8202 0150265 VR 10K 0HM △0851 2312371 TR 2SA1390 D 8202 0150265 VR 10K 0HM △0852 2312371 TR 2SC3942 8601 0150119 VR 200 0HM-B △0853 2312371 TR 2SC3942 8701 0150110 VR 500 0HM-B △0801 232631 THYRISTOR CR55-8 8802 0150110 VR 500 0HM-B ④902 2327774 TR 2SA1390 D 8804 0150109 VR 200 0HM-B ④903 2327773 TR 2SA1390 D 8804 0150109 VR 200 0HM-B RS-6 0904 2315933 TR 2SB1548A-P/Q (HCPS) 8806 0150109 VR 200 0HM-B RS-6 0905 2320647 TR 2SC1313 910102 238321 D1 1SS270 21101 2338321 D1 1SS270 11010 CA97270 D1102 2338321
998 01747046 MF 10M 0HM ±5% 1W △ Q801 2327754 TR 25A1390 D R202 0150265 YR 10K 0HM △ Q851 2312371 TR 25C3942 R601 0150105 YR 10K 0HM △ Q851 2312371 TR 25C3942 R701 0150114 YR 10K 0HM-B △ Q853 2312371 TR 25C3942 R801 0150110 YR 500 0HM-B △ Q853 2312371 TR 25C3942 R802 0150110 YR 500 0HM-B △ Q851 2312371 TR 25C3942 R803 0150110 YR 500 0HM-B Q903 2327773 TR 25C3942 R804 0150109 YR 200 0HM-B RS-6 Q904 2315933 TR 25C381436.P/Q (HCPS R804 0150109 YR 200 0HM-B RS-6 Q905 2326747 TR 25C13130 R804 0150109 YR 200 0HM-B RS-6 Q904 2315933 TR 25D148A-P/Q (HCPS R1101 CP0952 IC M37210M 6535F DF1201 2338321 D1 15S270 2101 204411 IC DA8362 (HCPS) D11
R202 0150265 VR 10K 0HM △ 0851 2312371 TR 2503942 R601 0150109 VR 200 0HM-B RS-6 △ 0852 2312371 TR 2503942 R701 0150110 VR 200 0HM-B RS-6 △ 0852 2312371 TR 2503942 R801 0150110 VR 500 0HM-B △ 0853 2312371 TR 2503942 R802 0150110 VR 500 0HM-B △ 0853 2312371 TR 2503942 R802 0150110 VR 500 0HM-B △ 0901 2326631 THYRISTOR CR5AS-8 R803 0150110 VR 500 0HM-B 0902 2327774 TR 25013942 R804 0150109 VR 200 0HM-B RS-6 0904 2315933 TR 2501494A-P/Q (HCPS) R806 0150109 VR 200 0HM-B RS-6 0905 2320647 TR 2501213 R806 0150109 VR 200 0HM-B RS-6 0905 2338321 DI 155270 2001 2004801 IC LA7920 DR1166 2338321 DI 155270 2011 2004411 IC TDA8362 (HCPS) D1101
R601 0150109 VR 200 0HM-B RS-6 △ Q852 2312371 TR 2SC3942 R701 0150114 VR 10K 0HM-B △ Q853 2312371 TR 2SC3942 R801 0150114 VR 10K 0HM-B △ Q853 2312371 TR 2SC3942 R801 0150110 VR 500 0HM-B △ Q901 2326631 THYRISTOR CR5AS-8 R802 0150110 VR 500 0HM-B Q902 2327773 TR 2SC3131 (C)/(D) R803 015010 VR 200 0HM-B RS-6 Q904 2315933 TR 2SC1343 (C)/(D) R806 0150109 VR 200 0HM-B RS-6 Q904 2315933 TR 2SC1343 (C)/(D) R806 0150109 VR 200 0HM-B RS-6 Q905 2320647 TR 2SC1213 1001 204801 IC LA7920 DR1166 2338321 D1 ISS270 1101 CP0952 IC M5770 D1102 2338321 D1 ISS270 1201 204411 IC CAA1279AS D1110 2338321 D1 ISS270 1201 204411 IC CAA1279AS D1111
R701 0150114 VR 10K 0HM-B △.0853 2312371 TR 2503942 R801 0150110 VR 500 0HM-B △.0901 2326631 THYRISTOR CR5AS-8 R802 0150110 VR 500 0HM-B △.0901 2326731 TR 2503942 R803 0150110 VR 500 0HM-B 0.902 2327773 TR 250342 R804 0150109 VR 500 0HM-B 0.903 2327773 TR 250343 R804 0150109 VR 200 0HM-B RS-6 0.904 2315933 TR 2501548A-P(0 (HCPS) R806 0150109 VR 200 0HM-B RS-6 0.905 2320474 TR 2501213 0101 2044801 IC (M7920 DR1166 2338321 DI 155270 1102 238112 IC ISS270 20112 204411 IC CM40021P (MEMORY) D1101 2338321 DI 155270 1201 2004411 IC LA7577 D1105 233821 DI 155270 1201 2004411 IC A7577 D1105 233821 DI 155270 1201 2004021
R801 0150110 VR 500 0HM-B △.0901 2326631 THYRISTOR CR5A5-8 R802 0150110 VR 500 0HM-B 0902 2327754 TR 2SA1390 D R803 0150110 VR 500 0HM-B 0902 2327773 TR 2SA1390 D R804 015010 VR 200 0HM-B RS-6 0904 2315933 TR 2S61313 (C)/(D) R806 0150109 VR 200 0HM-B RS-6 0905 2322777 TR 2SC1313 (C)/(D) R806 0150109 VR 200 0HM-B RS-6 0905 2326647 TR 2SC1213 C0101 20404801 IC LA7920 DR1166 2338321 D1 1SS270 C1101 CP00952 IC M37210M4 653SP DR1201 2338321 D1 1SS270 C101 2004411 IC TDA862 (HCPS) D1102 2338321 D1 1SS270 C201 2004411 IC LA7577 D1105 233821 D1 1SS270 Z402 2004362 IC CA71478 (HCPS) D1111 233821 D1 1SS270 Z4501 2002601 IC MM11053XS (HCPS) D1
R802 0150110 VR 500 0HM-B 0902 2327754 TR 28034390 D R803 0150110 VR 500 0HM-B 0903 2327773 TR 2803413 (C)/(D) R804 0150109 VR 200 0HM-B RS-6 0904 2315933 TR 2801548A-P/0 (HCPS R806 0150109 VR 200 0HM-B RS-6 0905 2320647 TR 2801548A-P/0 (HCPS 2011 2004801 IC LA7920 DR1166 2338321 DI 1SS270 21102 231112 CM 6M0021P (MEMORY) D1101 2338321 DI 1SS270 2201 2004411 IC TDA8362 (HCPS) D1102 2338321 DI 1SS270 2201 2004421 IC CXA1279AS D1110 2338321 DI 1SS270 2401 2004421 IC CXA1279AS D1111 2338321 DI 1SS270 2451 2020631 IC LMM1053XS (HCPS) D1111 2338321 DI 1SS270 2451 2020631 IC MM1053XS (HCPS) D1111 2338321 DI 1SS270 2482 2020341 IC MM1111XS
R803 0150110 VR 500 OHM-B 0903 2327773 TR 256343 (C)/(D) R804 0150109 VR 200 OHM-B RS-6 0904 2315933 TR 256343 (C)/(D) R806 0150109 VR 200 OHM-B RS-6 0905 2320647 TR 2561548P/Q (HCPS) 2001 2004801 IC LA7920 DR1166 2338321 DI 155270 21101 CP09552 IC M37210M4 653SP DR1201 2338321 DI 155270 21102 238112 IC M57210M4 653SP D1101 2338321 DI 155270 2101 2004411 IC DA3562 (HCPS) D1102 2338321 DI 155270 2201 2004411 IC LA7577 D1105 233821 DI 155270 22014 IC AX1279AS D1110 2338321 DI 155270 2014002 IC AX1147K (HCPS) D1111 2338321 DI 155270 24501 2004022 IC AX1147K (HCPS) D1111 2338321 DI 155270 2451 2020601 IC MM1053XS (HCPS) D1111 233821 DI
R804 0150109 VR 200 0HM-B RS-6 0904 2315933 TR 2851428-P/Q (HCPS R806 0150109 VR 200 0HM-B RS-6 0905 2320647 TR 2851213 0101 2004801 IC LA7920 DR1166 2338321 DI 15S270 2101 CP00952 IC M37210M4 6535F DR1201 2338321 DI 15S270 2101 220411 IC M6M80021P (MEMORY) D1101 2338321 DI 15S270 2201 200411 IC LA7577 D1102 2338321 DI 15S270 22012 2004171 IC LA7577 D1102 2338321 DI 15S270 22012 2004362 IC C XA127985 D1110 2338321 DI 15S270 24501 2004022 IC ANT147N (HCPS) D1111 2338321 DI 15S270 24501 2002601 IC MM1053XS (HCPS) D1114 233861 DI 15S270 2482 2020341 ICL-MM111XS D1122 2338321 DI 15S270 2483 CP01251U IC AN7395K D1200 2338
R806 0150109 VR 200 0HM-B RS-6 0905 2320647 TR 25201213 001 2004801 IC LA720 DR166 2338321 DI 1SS270 21101 CP0952 IC M37210M4 653SP DR1261 2338321 DI 1SS270 21102 2381112 IC M6M80021P (MEMORY) D1101 2338321 DI 1SS270 2201 2004411 IC TDA8362 (HCPS) D1102 2338321 DI 1SS270 2201 2004411 IC TDA8362 (HCPS) D1102 2338321 DI 1SS270 2201 2004421 IC LA7577 D1102 2338321 DI 1SS270 2402 2004362 IC CAVA1279AS D1110 2338321 DI 1SS270 2450 2014022 IC AN7147N (HCPS) D1111 2338321 DI 1SS270 2451 2020601 IC MM1053SK (HCPS) D1112 2338321 DI 1SS270 2481 2020341 ICL-MM111XS D1122 2338321 DI 1SS270 2482 2020341 ICLMM111XS D1122 2338321 5) (YUKUHAMA)
2004 2004801 IC LA7920 DR1166 2338321 DI 1SS270 1101 CP00952 IC M37210M4 653SP DR1201 2338321 DI 1SS270 1102 238111 IC M6M0021P (MEMORY) DI101 2338321 DI 1SS270 2201 2004411 IC TDA8362 (HCPS) D1102 2338321 DI 1SS270 2201 2004411 IC AA362 (HCPS) D1102 2338321 DI 1SS270 2201 2004411 IC AA352 (HCPS) D1102 2338321 DI 1SS270 2201 2004417 IC AA7577 D1105 2338321 DI 1SS270 24501 2004022 IC CXA1279AS D1111 2338321 DI 1SS270 2451 2020601 IC MM1053XS (HCPS) D1111 2338321 DI 1SS270 2451 2020341 ICL-MM1111XS D1122 2338321 DI 1SS270 2482 2020341 ICL-MM1111XS D1122 2338321 DI 1SS270 2483 CP01251U IC AN7395K D1200 2338321M
1101 CP00952 IC M37210M4 653SP PR1201 2338321 DI 158270 1102 238112 IC M6M80021P (MEMORY) D1101 2338321 DI 158270 2011 2004411 IC TA8362 (HCPS) D1102 2338321 DI 158270 22011 2004411 IC LA7577 D1105 2338321 DI 158270 22021 2004362 IC CXA1279AS D1110 2338321 DI 158270 2402 2004362 IC CXA1279AS D1110 2338321 DI 158270 2403 2004072 IC ANT147N (HCPS) D1111 2338321 DI 158270 2451 2020601 IC MM1053XS (HCPS) D1111 2338321 DI 158270 2482 2020341 ICL-MM1111XS D1122 2338321 DI 158270 2483 CP01251U IC AN7395K D1200 2338321 DI 158270 2483 CP01251U IC AN7395K D1200 2338321 DI 158270 2501 2003652 IC TDA4661 (HCPS) D1201 2338321M
1102 2381112 IC M6M0021P (MEMORY) D1101 2338321 D11SS270 2201 2004411 IC TDA3362 (HCPS) D1102 2338321 D11SS270 2201 200411 IC TDA3562 (HCPS) D1102 2338321 D11SS270 2201 2004362 IC CXA1279AS D1110 2338321 D11SS270 24501 2004362 IC CXA1279AS D1110 2338321 D1ISS270 24501 200601 IC MM1053SK (HCPS) D1111 2338321 D1ISS270 2451 2020501 IC MM1053SK (HCPS) D1112 2338321 D1ISS270 2451 2020341 ICI-MM111XS D1122 2338321 D1SS270 2482 2020341 ICI-MM111XS D1122 233821 D1SS270 2483 CP01251U IC AN7395K D1202 233821M D1SS270 2501 2003541 ICT D44661 (HCPS) D1202 2338321M D1SS270 2502 200411 ICT D46651 (HCPS) D1201 233821M
201 2004411 IC TDA8362 (HCPS) DI102 2338321 DI 1SS270 2201 2004171 IC LA7577 D1105 2338321 DI 1SS270 2402 2004362 IC CX41279AS DI110 2338321 DI 1SS270 24501 2004062 IC AN7147N (HCPS) DI110 2338321 DI 1SS270 2451 2020631 IC MM1053XS (HCPS) DI111 2338321 DI 1SS270 2451 2020631 IC MM1053XS (HCPS) DI111 2338321 DI 1SS270 2451 2020341 IC MM1053XS (HCPS) DI112 2338321 DI 1SS270 2481 2020341 IC MM101XS DI122 2338321 DI 1SS270 2482 2020341 IC IMM111XS DI122 2338321 DI 1SS270 2483 CP01251U IC AN7395K DI200 2338321M DI 1SS270 2501 2003552 IC TDA4651 (HCPS) DI201 2338321M DI 1SS270 2502 200411 IC TDA9896 (HCPS) D201 2338321M
22201 2004171 IC LA7577 D1105 2338321 D1158270 2402 2004362 IC CXA1279AS D1110 2338321 D1158270 2402 2004062 IC CXA1279AS D1110 2338321 D1158270 2451 2020601 IC MM1053XS (HCPS) D1111 2338321 D1158270 2451 2020601 IC MM1053XS (HCPS) D1111 2338321 D1158270 2482 2020341 ICL-MM1111XS D1121 2338321 D1158270 2483 CP01251U IC AN7395K D1200 2338321M D1158270 2501 2003652 IC TDA4661 (HCPS) D1201 2338321M D1158270 2502 2003652 IC TDA4661 (HCPS) D1201 2338321M D1158270 2502 200421 IC TDA4661 (HCPS) D1201 2338321M D1158270
2402 2004362 IC CXA1279AS D1110 2338321 D1158270 24501 2004022 IC AN7147N (HCPS) D1111 2338321 D1 ISS270 2451 2020601 IC AM7147N (HCPS) D1114 2339691 LED SLH-56VC77F 2481 2020341 ICL-MM1111XS D1121 2338321 D1 ISS270 2483 CP01251U IC AN7395K D1122 2338321 D1 ISS270 2483 CP01251U IC AN7395K D1200 2338321 D1 ISS270 2501 200362 IC TA4661 (HCPS) D1201 2338321M D1 ISS270 2502 200421 IC TDA4661 (HCPS) D1201 2338321M D1 ISS270 2502 204411 IC TDA4661 (HCPS) D1201 2338321M D1 ISS270
X4501 2014022 IC AN7147W (HCPS) D1111 2338321 DI ISS270 X451 2020601 IC MM1053XS (HCPS) D1114 2339691 LED SLH-56VC77F X481 2020341 ICL-MM1111XS D1121 2338321 DI ISS270 X482 2020341 ICL-MM1111XS D1122 2338321 DI ISS270 X483 CP01251U IC AN7395K D1202 2338321M DI ISS270 X501 2003652 IC TDA4661 (HCPS) D1201 2338321M DI ISS270 X502 2004314 ICT DA4661 (HCPS) D1201 2338321M DI ISS270 X502 2004314 ICT DA4661 (HCPS) D201 2338321M DI ISS270
X451 2020601 IC MM1053XS (HCPS) D1114 2334591 LED 201-59VC/7F X481 2020341 ICL-MM1111XS D1121 2338321 D1 1SS270 X482 2020341 ICL-MM1111XS D1122 2338321 D1 1SS270 X483 CP01251U IC AN7395K D1202 2338321M D1 1SS270 X501 2003652 IC TDA4661 (HCPS) D1201 2338321M D1 1SS270 X501 2003451 IC TDA4661 (HCPS) D1201 2338321M D1 1SS270 X502 200441 IC TDA4661 (HCPS) D201 233821M D1 1SS270
1481 2020341 ICL-MM1111XS D1121 2338321 D11SS2/0 1482 2020341 ICL-MM111XS D1122 2338321 D11SS2/0 1483 CP01251U ICAN7395K D1200 2338321M D11SS270 1501 2003652 ICTDA4661 (HCPS) D1201 2338321M D11SS270 1502 2003652 ICTDA4661 (HCPS) D1201 2338321M D11SS270 1502 2003652 ICTDA4661 (HCPS) D1201 2338321M D11SS270
2482 2020341 ICL-MMI111XS D1122 2338321 D1135270 2483 CPD1251U IC AN7395K D1200 2338321M D11SS270 5501 2003652 IC TDA4661 (HCPS) D1201 2338321M D11SS270 5502 2004d21 IC TDA4661 (HCPS) D1201 2338321M D11SS270
2483 CP01251U 10: AV/395K D1200 2338321M D11582/0 0501 2003652 IC TDA4661 (HCPS) D1201 2338321M D1158270 0502 2004421 IC TDA4661 (HCPS) D1201 2338321M D1158270
2003652 | IC TDA4661 (HCPS) DI201 | 2338321M | DI 185270
1000 1 2004 21 1 10 10 202 20 10
2020631 | IC AN5515 (HCPS) U202 2338321M DI 155270
2901 23/33/2 MUDULE STR-D5095A (HCPS) D205 2338321M D1 155270
2902 2004/61 U UP631 U206 2338321M U 155270
101 26/2041 HEADPHONE JACK U2401 2336521M U1 155270
1101 232/7/3 IK ZSC3413 (C)/(0) 0/01 232 2001M DI 05270
1102 232/7/4W K 25034130 0401 2330000M DI R02M
1104 232/773 IK 2503413 (CJ/(D) D403 235346101 D1 A5012 2007 0.0A
1100 2003522 | IL F515720-2 USU 105070
1100 232/773 IK 2503413 (U/(U) U002 2336021W U135270
110/ 232/7/3W IN 2003413 (6//(0) 0001 2003413 (6//(0) 011001001 2003413 (6//(0) 011001001 0
1108 2327/53W IN 2541390 (6)/(0) 0012 2556521W 01 135270
2007 232033111 IN 2304300/0 St 230111/2 2001111 2001111 07058 2338321M DIODE 132270
2010 222012A TR 25C1906 D720 2338321M DI 155270
2012 2220144 TR 2501906 D739 2338321M DI 155270
2013 23205014 TR 2501500 D751 2339482M DI ASD1 (400V)
2014 20200010 IN 20040000 01 20000 200000 01 200000 01 20000000 01 20000000 01 200000000
2013 2326875P TR DTC144WSTP D753 2343941M DI RGP10G-6038 (HCPS) )
200 23277774M TR 2503413D D753A 2338321M D1 188270
205 2327774M TR 2503413D D757 2338321M DI 182270
ani 2327753M TR 2541390 (C)/(D) D758 2338321M DI 18270
303 23268758 TR DTC144WSTP D760 2338321M DI 1SS270
A01 2327773M TR 2SC3413 (C)/(D) D802 2338321M DI 1SS270
501 2327773M TR 25C3413 (CI/ID) D804 2338321 DI 155270
502 2327773M TR 2SC3413 (CI/ID) D810 2338321M DI 1SS270
506 2327773M TR 2SC3413 (CI/ID) D811 2338321M DI 1SS270
507 2327753M TR 2SA1390 (CI//D) D812 2338321M DI 1SS270
510 2320647M TR 2SC1213 (C)/(D) A D901 2342711M DI EM2A
721 CF00112R TR 2SC4490-AN

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Page 20

DESCRIPTION

CMT2186

PRODUCT SAFETY NOTE: Components marked with a have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this Service Manual. Don't degrade the safety of the receiver through improper servicing.

ROBUCT SAFETY NOTE: Components marked with a A have special characteristics important to safety.
efore replacing any of these components read carefully the PRODUCT SAFETY NOTICE of this Service Manu ua
on't degrade the safety of the receiver through improper servicing.

SYMBOL No. Part No.

SYMBOL | SYMBOL -1 SYMBOL
NO. PART NO. DESCRIPTION NO. PART NO. DESCRIPTION NO. PART NO. DESCRIPTION
∆D903 2342711M DI EM2A L202 2146114 VARIABLE COIL (HCPS) E404 2902261 2P MINI PLUG PIN WITH BASE
1 D904 2342711M DI EM2A L203 2123411M AXIAL COIL (HCPS) E405 2902262 3P MINI PLUG PIN WITH BASE
∆D905 2349971 DI FMG-G2CS L204 2123411M AXIAL COIL (HCPS) E481 2902267 8P SUB MINI PLUG PIN
D907 2343961M DI MPG06D (HCPS) L205 2123412M LAL AXIAL COIL E482 ED00362 CONNECTOR WITH BASE
D908 2333001M DI RU2M L206 2122253M LA AXIAL COIL 100 MICRO H E501 2902272 12P EH CONNECTOR
7 Da0a 2342861 DI R2G L2201 2146116 RADIAL COIL E601 2611361 ROTARY SWITCH (HCPS)
D910 2342711 DI EM2A L2202 2122956M LA AXIAL COIL 100 MICRO H ±10% E701 2776242 CF MAGNET
ZD1001 2339819 ZD HZS3C3 L2203 2123407M AXIAL COIL 0.47MH 1 E86 1EF2005 8J CONNECTOR WITH WIRES
ZD1101 2339837 ZD HZS-5C1 L2404 BJ00021 FL-BROH6ROSQ 🛆 E801 2698352 CPT SOCKET (HCPS)
ZD1102 2339812M ZD HZ$3A2 L401 2123104M LAL AXIAL COIL 12MH KB | ' E802 2903542 2P PLUG PIN WITH BASE
ZD201 2331849 ZD HZ-12 (C3) L501 2123102M LAL AXIAL COIL E805 2995604 8P CONNECTOR
ZD501 | 2331795 ZD HZ-5 (B2) L502 2123104M LAL AXIAL COIL 12MH KB 1 🛆 E903 EV00071 POWER SUPPLY CORD
ZD503 2339869M ZD HZS9C3 L507 2123104M LAL AXIAL COIL 12MH KB 1 E904 2661753 4P PLUG PIN WITH BASE
ZD601 2339827M ZD HZ$4C1 L768 2122253 LA AXIAL COIL 100 MICRO H E906L 2729252R FUSE HOLDER
ZD610 2339231M ZD HZS30-1L L781 2164541 LINEARITY COIL 1.1 1 E906R 2729252R FUSE HOLDER
ZD611 2339231M ZD HZ$30-1L L802 2122099 FILTER COIL 18 MICRO H E907 2995909 2J PROCESSED WIRE WITH AMPIN
ZD701 2331817M ZD HZ7 (C) 1 SI ∆L901 2272391 LINE FILTER ELF-18 E950 3763751 SK BINDER
ZD703A 2339827M ZD HZS4C1 l 1905∠ 2276002A DEGAUSSING COIL (HCPS) FB601 2122653 FERRITE BEADS CORE
ZD721 2339854M ZD HZS7B1 $1101 2632851 TACTO SWITCH FB781 2122653 FERRITE BEADS CORE
∆ZD751 2339222M ZD HZS27-2L △ $901 2634731 PUSH SWITCH Í FB901 2123468 FERRITE BEADS CORE LEAD 0.8
ZD752 2339843M ZD HZS6A3 l∆ V1 F2356425 COLOR PICTURE TUBE A51JFC61X(H) FB902 2123468 FERRITE BEADS CORE LEAD 0.8
ZD753 2339867M ZD HZS9C1 ∆U701 2444948 DEFLECTION YOKE FB903 2123468 _ FERRITE BEADS CORE LEAD 0.8
ZD754 2335991M ZD HZT-33 OR FB904 2123468 FERRITE BEADS CORE LEAD 0.8
2ZD755 2339831M ZD HZS5A1-M ∆V1 2471272 COLOR PICTURE TUBE A51KPD12XX l ' FB905 2123468 FERRITE BEADS CORE LEAD 0.8
20810 2331/9/M ZD HZ5CI ∆0/01 CBY00411 DEFLECTION YOKE FB906 2774731 FERRITE BEADS CORE
ZD810A 2331836M ZD HZIIB3 QD02151 FRAME ASS' Y (HCPS) FB907 2771892 FERRITE BEADS CORE 004
70905 2331814M ZD HZ/ (B) I SI QD01991 BACK COVER (HCPS) 1 1B308 2//1892 FERRITE BEADS CORE 004
20903 2339921M ZD HZ5Z0-1 3332453 SPRING FUR KNUB 1 1Ba0a 2//1892 FERRITE BEADS CORE 004
20904 233984/M 3333921 EARTH SPRING FBK283 2123468 FERRITE BEADS CORE LEAD 0.8
20905 2339231 ZD HZ530-1L 3/63/51 SK BINDER 1 A SP401 2/35343 SPEAKER BLOCK
20906 2339231 ZU HZ530-10
ZD HZ6741 		4159423 M3X12 SUREW W/WASHER l i A SP402 2/35343 SPEAKER BLOCK
ZU90/ 2000001 Í 4018370 SUKEW V IHADI 0100041 TH (HCPS) (YOKUHAMA)
A T700 2200221 4519501 3X10 B-HGHT TAPPING SUREW 2428334 TUNER EI-575SN (HUPS)
A T7C1 2417251 FLYDAGY TO ANO FORMED UP ( 1400A (UCDO) 4020880 MISKIZ SUKEW WITH WASHER 01101 ML00341 REMUTE CUNTRUL TRANSMITTER
A TOO1 243/331 FLEDAUN TRANSFURIMER HELLADUM (HUPS) 07010400 14001 0575051 GLE-912 (HGPS)
21301 2720402 SWITCHING TRANSFORMER (HUFS) 0/010400 4X10B IAPPING SUREW 04801
X4801 		20/0001 NIGAWIAZ UNII
21301 2720402 DOCONC EEDINIM CAU 00212348 A4001 0701505 CERAINIC USCILLATOR SIMILZ (HUPS)
CP1101 27017540 D22300-330101M CIVIN 20032798 4P PLUG PIN WITH BASE (UL) V V501 2/91000
CP1201 2574762 DEMOTE CONTROL DECEIVED CIVIV
C001 		2303043 ANODE CLAMPED A 1004 21/0045 URISIAL (HUPS)
CP2001 2306112 SAW FILTER K9253M (HCPS) F002 2727101
CP2002 2305861 SAW- FILTER HW2226 FOUN 3731001
CP201 2306121 SAW FILTER FIDS70K E061 46156414 WENCE t
i
CP202 2306122 SAW FILTER F10370K E0701 2788084 l l
MF401 2167311 CERAMIC FILTER 4 5MH7 F2001 2997055 PINC PIN TYC-PO7Y_A1
MF402 2167211 CERAMIC FILTER 5 5MHZ F2002 2007055 1
MF403 2167212 CERAMIC FILTER 6 0MHZ F2003 1MI 2001 č
MF404 2167213 CERAMIC FILTER 6 5MHZ E2005 42028234 h.
MF501 2167371 CERAMIC TRAP 5.5/5.74MH7 E201 2997075 PLUG PIN TXC-P07P-A1
MF502 2143472 CERAMIC TRAP 6.0/6.5MH7 E202 2997075 PLUG PIN TXC-P07P-A1 l
ME503 2142241 CERAMIC FILTER 4 5MH7 F203 2774731P FERRITE CPRE Į
L101 2122253F LA AXIAL COIL 100 MICRO H E301 2672113 6P IACK (HCPS) 1.
11101 2123739R RADIAL COIL (HCPS) F402 1FF2003 21 BOARD IN CONNECTOR WITH WIRES 1 ·
L1102 2123298M LA AXIAL COIL 22 MICRO H±10% E402 2902261 2P MINI PLUG PIN WITH BASE -12 -
11102 2122956M LA AXIAL COIL 100 MICRO H ±10% E403 1EF2004 31 BOARD IN CONNECTOR WITH WIRES ł
11100 as service of connection mining 1 1

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HITACHI

CMT2186 YS No. 0042E HITACHI CONSUMER PRODUCTS (S) [051]

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