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

Page 1

SERVICE MANUAL Colour Television Model No. CT-2158

No. CT-2158 CT-2160

Service CT-2158-00 Ref.No. CT-2160-00

ContentsPage1. Safety PrecautionsI2. Specifications Summary23. Chassis Description3~44. Block Diagram55. Disassembly66. Circuit Alignment7~87. Service Control Adjustments9~108. Cabinet Parts List119. Tuner Circuit Diagram1210. Chassis Electrical Parts List13~2211. Circuit Diagram

PRODUCT CODE 113 077 04 (CT-2158) 113 077 05 (CT-2160)

ORIGINAL VERSION Chassis Series E4-A21

Give complete "SERVICE REF, NO." for parts order or servicing, it is shown on the rating sheet at cabinet back of the unit.

Note — This TV receiver will not work properly in a foreign countries where the television transmission system and power source differ form the design specifications. Refer to the specifications for the design specifications.

Page 2

PRECAUTIONS DURING SERVICING

1. Parts identified by the A (*) symbol are critical for safety. Replace only with parts number specified.
2. In addition to safety, other parts and assemblies are specified for conformance with such regulations as those applying to spurious radiation.

These must also be replaced only with specified replacements.

Examples: RF converters, tuner units, antenna selector switches, RF cables, noise blocking capacitors, noise blocking filters, etc.

3. Use specified internal wiring. Note especially: 1) Wires covered with PVC tubing
- 2) Double insulated wires
- 3) High voltage leads
4. Use specified insulating materials for hazardous live parts. Note especially:
- 2) PVC tubing
- 3) Spacers (Insulating Barriers) 4) Insulation sheets for transistors
- 5) Plastic screws for fixing microswitch (especially in turntable)
5. When replacing AC primary side components (transformers, power cords, noise blocking capacitors, etc.), wrap ends of wires securely about the terminals before soldering.

6. Observe that wires do not contact heat producing parts (heatsinks, oxide metal film resistors, fusible resistors
7. Check that replaced wires do not contact sharp edged or pointed parts
8. Also check areas surrounding repaired locations.
9. Use care that foreign objects (screws, solder droplets, etc.) do not remain inside the set

SAFETY CHECK AFTER SERVICING

After servicing, make measurements of leakage-current of resistance in order to determine that exposed parts are accentably insulated from the supply circuit

The leakage-current measurement should be done between accessible metal parts (such as chassis, ground terminal, microphone jacks, signal-input/output connectors, etc.) and the earth ground through a resister of 1500 ohms paralleled with a 0.15 uF capacitor, under the unit's normal working conditions. The leakage-current should be less than 0.5 mA rms AC.

cessible exposed metal parts and power cord plug prongs with the power switch (if included) "ON". The resistance should be more than 2.2 Mohms.

X-RAY BADIATION PRECAUTION

The primary source of X-Ray radiation in a TV receiver is the picture tube. The tube is specially constructed to limit such emissions. For continued protection, the replacement tube must be the same type as the original, including the suffix letter. Excessive high voltage may produce potentially hazardous emissions. To avoid such hazards, the high voltage must be maintained within specified limits. This manual gives details of these limits together with information for corrective action if required. Carefully follow the instructions for the B1 volt power supply adjustment and high voltage adjustment so that the high voltage is maintained within the safe limits.

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SPECIFICATIONS

Power source	AC 240V, 50Hz
Power consumption	55 watts
Television system	System - I
Colour system	PAL
Channel coverrage	UHF 21 ~ 69
Aerial input impedance	75 ohms
Intermediate frequencies	Video 39.5 MHz Sound 33.5 MHz Colour 35.07MHz
Audio output	3.0W, 107 distortion

Speaker	5 ≍ 9 cm, 8 ohm
Picture tube	51 cm diagonal, 90 degree Type No. A51EBV12X09
High voltage	25 KV at Zero beam
Semiconductors	49 (55) Transistors 7 (15) ICs
Dimensions	Width 516mm Height 472mm Depth 495mm
Weight	21 Kg
Ext. terminal 21 pin terminal Audio monitor out	CENELEC standard RCA type

SUMMARY

21" COLOUR TV WITH TELETEXT

All solid state circuitry for stable quality, less power consumption and high reliability. Simplified chassis construction with 1 main circuit board for easy access and servicing. In-line gun, slotted mask picture tube with 90° deflection angle. Convergence-free tube system.

32 broadcast stations in your reception area can be automatically found by the search tuning system. 47 functions infra-red remote control transmitter for TV set. Teletext decoder is built in model CT-2160.

CONTROLS

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CHASSIS DESCRIPTION

POWER SUPPLY

The power supply circuit of the E4 chassis is composed of a rectifier smoothing circuit, an oscillation circuit, a control circuit and an output rectifier circuit.

The AC input voltage is full-wave rectified by the rectifier smoothing circuit and an astable DC voltage is generated at both terminals of the smoothing capacitor C306. This voltage is input to the

oscillation circuit. The oscillation circuit is provided with a blocking oscillator circuit that switches the switching transistor Q303 ON and OFF and an oscillation frequency and a duty square wave pulse are generated in the input windings according to operation of the control circuit. A square-wave pulse whose size is dependent on the turn ratio of the input and output windings is obtained in the output winding. This is rectified in the output rectifier circuit, and the desired DC voltage is obtained.

IF & DEFLECTION (TDA4505M)

The IF output signal from the tuner passes through the SAW filter, and it is input to pin (8) and pin (9) of IC101. The signal input to the IC passes through the IF amplifier, video detection and video amplifier circuits and is output from pin (17) as a composite video signal. And after this signal is impedance matched at Q122, this supplies the signal to the video and chroma amplifier stages. The input signal from Q122 also passes through the 6.0 MHz trap circuit of X141, and it is input to pin (15) of IC101. The signal input to the IC passes through the S1F amplifier, FM detector, volume control and audio output circuit, it is then output from pin (12) as audio drive signal.

The sync,-separation circuit separates the video signals applied to pin (25) into vertical- and horizontal- sync, signals respectively. The horizontal sync, signal passes through the IC and is applied to the gating circuit, and performs the horizontal oscillation trigger. The horizontal oscillation occurs as a result of the circuit configuration consisting of C402, R401, VR401 and pin (23), and the horizontal free oscillation frequency is adjusts from pin (26). VR411 is for adjustment of the horizontal centring.

The separated vertical-sync, signal from the sync, separation circuit passes through the verticalseparation circuit, and applied to trigger divider circuit. The horizontal oscillation pulse and input vertical sync, pulse are monitored by the trigger divider circuit, and switches to 50Hz or 60Hz system as required, the vertical amplitude is automatically adjusted for 50Hz or 60Hz.

The output signal from the trigger divider of the vertical oscillation circuit consists of R411, C412 and pin (2), vertical drive pulse is output from pin (3). VR431 changes the amount of AC feedback applied to pin (4) and for adjustment of the vertical amplitude.

AUDIO OUTPUT (AN5265)

The audio signal output from pin (12) of 1C101 is input to pin (2) of 1C171 and passes through the preamplifier circuit and drive circuit, after which it is input to the audio amplifier. The audio amplifier is an SEPP (single-ended, push-pull) OTL type and output to pin (8) to directly drive the speaker.

VIDEO, CHROMA & R.G.B. (TDA3566) The composite video signal output from the pin (17) of IC101 passes through Q131 and IC201, and it is supplied to pin (8) as the luminance (Y) signal, to pin (4) as the chroma signal.

The luminance signal input to the pin (8) is applied to the luminance amplifier and contrast control circuit, gain control (contrast) is applied by the pin (6) DC voltage, this signal is then input to the matrix circuit. The DC level of the luminance signal

can be varied (brightness) by the DC voitage on pin(11). The chroma signal input to pin (4) passes through the chroma amplifier, saturation control, contrast control, and output amplifier circuit, and it is output to pin (28). The chroma signal output to pin (28) is input to the 1H delay line circuit, and is divided into R-Y and B-Y chroma signals, which are input to pin (23) and pin (22) respectively. The R-Y chroma signal fed to pin (23) is detected by the CW signal which has a phase inversion of 180° every 1H at the PAL switching circuit, and is then taken out to 8-matrix circuit as 8-Y demodulated output. The R-Y and B-Y demodulated output are matrixed together in the G-Y matrix circuit, and fed to the G-Y demodulator output The each R.G.B. matrix circuits are mixed the luminance signal and each R-Y. G-Y and B-Y demodulated output to obtain the red, green and blue primary colour signals, and is applied the each R.G.B. amplifier circuits. The signal passes through the RGB amplifier circuit added to the blanking pulse which is input to pin (9), and output to pin (13) as red signal to pin (15) as green signal, to pin (17) as blue signal.

The reference oscillator operates at twice the subcarrier frequency and is phase and frequency controlled by the frequency burst phase of the chroma signal. The oscillator can be adjusted via the voltage of the phase detector output (pin (23)).

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VERTICAL OUTPUT

An IC (LA7832) is used for the vertical output circuit in this chassis. The vertical drive pulse from pin (3) of IC101 is input to pin (4) of IC431. This pulse drives IC431, and vertical scanning is performed. In the first half of scanning a deflecting current is output from pin (2) and passes through the following path: Vcc24V⇔ D431⇔ pin(3)⇔ pin(2)⇔ DY⇔ C435 ⇒ VR431/R433. An electric charge is then stored in C435 In the last half of scanning the current path is C435 → DY → pin(2) → pin(1) → VR431/R433 → C435. In this way, an amplifying sawtooth waveform current flows directly to DY to perform electron beam deflection. Next, in the first half of the blanking period the vertical drive pulse suddenly becomes OFF, and in order to reduce the current flowing to DY, the current path is as follows by the inductance of DY: DY⇒ pin(2)⇒ pin(1) ↔ VR431/R433 ↔ C431 ↔ DY. Also when the charge of DY has been dissipated, the current path is vias Vcc24V ⇒ pin(6) ⇒ pin(7) ⇒ C437 ⇒ pin(3) ⇒ pin(2) ⇒ DY C435 VR431/R433, and when the prescribed current value is reached, the vertical drive pulse switches ON. This completes one cycle.

HORIZONTAL OUTPUT

A horizontal oscillation signal is output from pin (26) of IC101 and switches the drive transistor Q451. This switching signal is current amplified by the drive transformer T451 and drives the output transistor Q452. When Q452 becomes ON, an amplifying current flows directly to DY through C443 are L442/R442 DY Q452 are GND, and deflection is performed in the last half of the scanning period.

Next, when Q452 becomes OFF, the charge that had been stored in DY up to that point releases a resonance current to the resonant capacitors C457 and C458 and charges them. The current stored in C457 and C458 is then flowed back to DY, and an opposite charge is then stored in DY. This opposite charge then switches the dumper diode in Q452 ON, the resonance state is completed, and an amplifying current is then flowed again directly to DY through the dumper diode. By this means, deflection in the first half of the scanning period is performed, and when Q452 becomes ON at the end of the first half of the scanning period, deflection during the last half is begun, thus completing one cycle.

HIGH VOLTAGE

The 1000-Vpp blanking pulse generated in the primary coil of the flyback transformer T471 is boosted 10 ~ 15 times, and a stable high-voltage pulse superposed with harmonics nine times the fundamental harmonics is generated. This is made into a 20 ~ 30kV DC voltage by using a double-voltage rectifier circuit. Furthermore, the intermediate frequency of the double-voltage rectifier circuit is resistance potential divided and used as the focus and screen voltages for the CRT. This resistance for potential division is unified in the flyback transformer.

Moreover, the accompanying coils are used to generate the +5V, +12V, heater voltage, and AFT pulse.

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Page 7

CABINET BACK REMOVAL Remove 6 screws (A). Then draw off the cabinet back.

PICTURE TUBE REMOVAL

Caution:

Do not disturb the deflection yoke assembly on CRT neck. Care must be taken to keep these assemblies intact. Discharge picture tube by shorting the anode connection to chassis ground. (Not cabinet or other mounting parts.)

Remove the cabinet back and chassis.

Place the cabinet face down on a soft surface. Remove 4 screws (B).

Gently lift out the picture tube and place it on a soft surface.

Install replacement picture tube in reverse order.

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Page 9

CIRCUIT ALIGNMENT

[ VIF ALIGNMENT ]

		DETECTOR ADJ.	OVERALL WAVEFORM	Fig.1 Input probe
S E T I N .G	DC 12V IF AGC Input probe Output probe Tuning voltage Damping R System SW Band Sweep ATT	TP-W, TUNER-MB TP-V, pin③ TP-W, TPF Tuner-TR b-side Tuner-TU	TP-W, TUNER-MB TP-V, pin③ TP-W, TPF Tuner-TR b-side Tuner-TU TP-V, pin① & ② I UB 10
Adjustment		By using T141, adjust "P" to maximum amplitude.	By using tuner- converter coil and L101, make the marker positions to P=35±10% C=35±10%	Fig.2 Output probe
	VIF waveform			75Ω 1kΩ Fig.3 Damping R 100 ohm

[ SIF ALIGNMENT ]

		SIF-1
S E T I N G	Digital V-meter Oscilloscope Triggered TP-J Channel Carrier Modulation Deviation	TP-J TP-J 6.0 MHz 400 Hz or 1 KHz ±30 KHz
	Adjustment	By using T151, adjust waveform to maximum and DC voltage to 3.0 ± 0.2V
Ś	SIF waveform

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SERVICE CONTROL ADJUSTMENTS

B-VOLTAGE ADJUSTMENT

① Set VR321 to the mechanical centre before pressing the main switch.
② Tune the receiver to the PAL circular pattern.
③ Set brightness and contrast controls to normal.
④ Connect the digital V-meter to the test point "TP-B".
(5) By using VR321, adjust voltage to 130 ± 0.5 V.

TU-AFT ADJUSTMENT

Fig.4

Tune the receiver to the clearest station. Carrier=39.5MHz, Mod.=80%
② Connect the output probe to the test point "Tuner-TR".
③ Connect the oscilloscope to the test point "TP-D".
(4) By using T141, adjust DC voltage to 6.0 ± 0.2 V.

TU-AGC ADJUSTMENT

Tune the receiver to the clearest station.
② Connect the digital V-meter to the test point "TP-A".
(3) By using VR111, adjust voltage to 6.2 ± 0.2 V.

HORIZONTAL OSCILLATION ADJUSTMENT

Tune the receiver to the PAL colour bar pattern.
② Set SW201 to H-oscillation position.
③ By using VR401, adjust the test pattern to standstill.
④ Reset SW201 to normal position.

PAL COLOUR ADJUSTMENTS

[CW OSC ADJUSTMENT]

① Tune the receiver to the PAL colour bar pattern, or the philips pattern. Set brightness, contrast and colour controls to the normal.
③ Turn VC231 fully counter-clockwise.
④ Connect the short clip to the test point "TP-Q".
(5) By turning VC231 clockwise, adjust colour synchronization to standstill.

[1H DELAY ADJUSTMENT]
③ Connect the oscilloscope to test points (+) "TP-6B" and (-) "TP-6E".
④ By using T231, adjust "a" to minimum.

[COLOUR PHASE ADJUSTMENT]
③ Connect the oscilloscope to test points (+) "TP-6B" and (-) "TP-6E".
④ By using VR231 adjust "b" to minimum.

GREY SCALE ADJUSTMENT

[SCREEN VR ADJUSTMENT]

① Tune the receiver to the black and white pattern.
② Set brightness and contrast controls to normal.
③ Set SW131 to service position.
④ Set VR601, VR611 and VR640 to the mechanical centre.
(5) Turn VR602, VR612 and VR622 fully counter-clockwise.
6 Set the screen VR for one colour to be just visible.

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[BIAS VR ADJUSTMENT]

③ By using two of VR602, VR612 or VR622, adjust the line to be white.
Turn VR601 to the anti-clockwise end.
(5) To make white by using VR640.
Set the screen VR for one colour to be just visible.
⑦ Return VR601 to mechanical centre.
[DRIVE VR ADJUSTMENT]
③ By using VR601 and VR611, adjust white balance.

HIGH-VOLTAGE & WIDTH CONFIRM

[HIGH-VOLTAGE CONFIRM]

① Tune the receiver to the PAL circular pattern.
② Set brightness and contrast controls to normal.
③ Connect the digital V-meter to test points (+) "TP-H" and (-) "TP-G", and the high-voltage meter to the CRT anode.
④ Confirm the high voltage to be 24.0 ± 1 KV at beam current 0.6 ± 0.05, and less than 27.0 KV at beam current 0.

[H-WIDTH CONFIRM]

③ Cut AJ1 if the width marks add upto less than 10.
④ Reconfirm the high voltage in case of cutting AJ1.

H-CENTRE ADJUSTMENT

① Tune the receiver to the PAL circular pattern.
② By using VR411, adjust H-centre to read 0 ± 3 mm.

CHARACTER SETTING ADJUSTMENT

Tune the receiver to the philips pattern.
② Press the recall button on the remote control transmitter.
③ By using VR771, adjust the position of "No." within "a".

V-CENTRE & SIZE ADJUSTMENT

[V-CENTRE ADJUSTMENT]
① Tune the receiver to the PAL circular pattern.
② Set brightness and contrast controls to normal.
③ By using SW401, adjust V-centre to read 0 ± 3 mm.

[V-SIZE ADJUSTMENT]

(3) Using VR431 adjust for the largest marker to read 4.5.

FOCUS ADJUSTMENT

① Tune the receiver to the PAL circular pattern.
② Set contrast control to normal.
③ By using brightness control on the remote control, set the grey scale to 20% black.
④ Adjust the focus VR for best picture.

CCT FREQUENCY ADJUSTMENT

Put the set into AV mode with no video signal connected.
② Connect the frequency counter to test point "TP-1001".
③ By using T1011, adjust the frequency to 6000.0 ± 30 KHz.

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CABINET PARTS LIST

Note:— The model number and full part number must be quoted when ordering parts.

Key No.	Part No.	Description
1.	SKYP055	CABINET FRONT ASSY - E4BF
2.	4AA2BC0063	CABINET BACK - E4BF
3.	4AA2PN0049-A-	FRONT PANEL - E4BE (CT-2158)
	4AA2PN0049	FRONT PANEL A-E4BF (CT-2160)
4.	4AA2BY0048	POWER BUTTON - E4BF
5.	1$00634	SPRING COIL
6.	3$06386	CONTROL DECORATION PLATE
7.	4AA2DR0034-A-	DOOR - E4BE (CT-2158)
	4AA2DR0034	DOOR - E4BF (CT-2160)
8.	4AA2PN0050	FRONT PANEL B-E4BF
9.	3R02009	LEG - E4AC
10.	4AA2BG0015	BADGE - E4BF
11.	JXKJ	RC TRANSMITTER (4AA4U1T0016A-)
	6101055000	BATTERY COVER

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Lef Wit Vio Mail 12V Mail 12V 07M 07M Mail 12V 07M 07M Mail 12V 07M 07M Mail 12V 07M 07M Mail 12V 07M 07M Mail 12V 07M 07M Mail 12V 07M 07M

07(3 1, MA(23) 07(1/2) 27(5) 1/1/2) AMT 10 0411/70'). CUPACITORS AMT 1/1/2) AMT 10 0411/70'). CUPACITORS AMT 1/1/2) INOUCTORS AMT 1/1 1/1/2) 1/1/2) 1 0000000005 AMT A/1 701.00% 1 25000000005 AMT A/1 701.00% 1 25000000005 AMT A/1 701.00% 1 25000000005 AMT A/1 700.00% 1 25000000005 AMT A/1 700.00% 1 25000000005 AMT A/1 700.00% 1 25000000005 AMT 2500.00% 2500.00% 1 2500.00% 1 2500.00% 1 2500.00% 1 2500.00% 1 2500.00% 2

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Page 14

Chassis Electrical Parts List

Model: CT-2158	i	Model: CT-2160
610 215 2920 610 205 7553 013E4BE	UE2019 UE1668A	610 215 2920 610 205 7553 610 215 2937 013E4BE	UE2019 UE1668A UE2020

Constructed by the following units.

Page 15

REPLACEMENT PARTS LIST

PLEASE READ CAREFULLY THE SAFETY INSTRUCTION NOTICE ON PAGE 1 BEFORE SUBSTITUTING ANY PARTS

Note:— The model number and full part number must be quoted when ordering parts.

ef.No.	Part No.	Descr	iption	Ref. No.	Part No.	Description
Δ.	PART	10	(101102012		OR 405 019 19	09 TR 25C536-E-NP
		•	0104203363		OR 405 019 27	08 TR 25C536-F-NP
10 21	5 2920(M	AIN	UNIT E4PC)		OR 405 019 38	04 TR 2SC536-G-NP
_				0251	406 007 21
RANSI	STORS				OR 405 007 200
					OR 405 019 19
Q101	405 013 33	305	TR 25C2216(SAN)		UR 405 019 270
Q112	406 007 21	106	TR JC546A	0001	UN 403 013 30	01 TO (CSSC)
	OR 406 007 20	007	TR JC5468	4201		01 10 105569
	OR 405 019 19	909	IN 25L536-E-NP		00 400 007 10
	UR 405 019 27	/U8			00 405 004 420
0100	UK 403 019 30	004 10C			08 405 028 79
VIZZ	400 007 21	100		0262	405 020 130	06 TB IC546A
	08 405 007 20	007	10 950525_E_NP	4LUL	00 007 210 08 406 007 20	07 18 005468
	00 405 015 13	303 70 9			OR 405 019 19	09 TR 25536-E-NP
	00 403 013 21	100 R04	TR 250536-6-NP		08 405 019 27	08 TR 25C536-F-NP
0122	406 007 10	904 901	TR 105564		OR 405 019 38	04 TR 2SC536-G-NP
. 4123	00 007 15	802	TR IC5568	0301	406 007 19	01 TR JC556A
	OR 405 004 42	205	TR 254608-E-CTV-NP		OR 406 007 18	02 TR JC5568
	08 405 004 42	809			OR 405 004 42	05 TR 25A608-E-CTV-NP
	0R 405 004 40	909			OR 405 004 48	09 TR 25A608-F-CTV-MP
0131	406 007 19	901	TR 10556A		OR 405 028 79	09 TR 25A608-G-CTV-NP
4101	08 406 007 18	R02	18 105568	0302	405 058 020	08 TR 25C3807-R-CTV-YA
	0R 405 004 42	205	TR 25A608-E-CTV-NP	0303	405 022 850	06 TR 2501710-CTV-YB
	OR 405 004 48	809	TR 25A608-E-CIV-NP	0304	405 022 000	05 TR 25D1246-T
	OR 405 028 79	909	TR 2SA608-G-CTV-NP		OR 405 039 800	01 TR 25D1246-U
0151	406 007 21	106	TR JC546A	0341	406 007 210	06 TR JC546A
4101	OR 406 007 20	007	TR JC5468		OR 406 007 20	07 TR JC5468
	OR 405 019 19	909	TR 2SC536-E-NP		OR 405 019 19	09 TR 25C536-E-NP
	OR 405 019 21	708	TR 2SC536-F-NP		OR 405 019 27	08 TR 25C536-F-NP
	OR 405 019 38	804	TR 2SC536-G-NP		OR 405 019 38	04 TR 2SC536-G-NP
Q152	406 007 19	901	TR JC556A	0351	405 059 98	04 TR 25D1913-Q-RA
	OR 406 007 18	802	TR JC556B		OR 405 059 99	03 TR 25D1913-R-RA
	OR 405 004 42	205	TR 25A608-E-CTV-NP		OR 405 060 00	05 TR 25D1913-5-RA
	OR 405 004 48	809	TR 25A608-F-CTV-NP	0391	405 014 84	08 TR 25C2568(1)-K
	OR 405 028 79	909	TR 25A608-G-CTV-NP		OR 405 014 85	07 TR 25C2568(1)-L
Q171	406 007 21	106	TR JC546A		OR 405 041 65	07 IR 25C2621-0-HA
	OR 406 007 20	007	TR JC5468		OR 405 041 570	US IN ZSLZDZI-E-KA
	OR 405 019 19	909	TR 2SC536-E-NP	Q409	405 007 210
	OR 405 019 27	708	TR 2SC536-F-NP		UK 405 007 200	U/ IN JL3400 00 TR 200526-6-NP
	OR 405 019 38	804	TR 25C536-G-NP		08 405 019 19	09 10 2000000000000000000000000000000000
Q221	406 007 19	901	TR JC556A		00 400 019 210
	OR 406 007 18	802	TR JC5568	0451	405 013 300	09 19 250300000
	OR 405 004 42	205		V451	100 111 100
	UR 405 004 48	509			00 405 011 150
	UR 405 028 75	909	IR 25A608-G-LIV-NP		00 403 013 000
9241	405 007 21	105	IN JE345A	0452	405 022 67
	UR 405 00/ 20	007	TR 056526 E NR	0701	405 022 070	00 TR (C556A
	08 405 019 13	203		4/01	08 405 007 18	02 18 (05568
	00 405 015 21		1R 2000000000000000000000000000000000000		OR 405 004 42	NS TR 25A608-E-CTV-NP
0242	UN 400 013 30 404 007 10		TR 105564		OR 405 004 420	09 TR 25A608-F-CTV-NP
4242	100 007 13 08 406 007 19		TR JC5568		OR 405 028 79	09 TR 25A608-G-CTV-NP
		205	IR 25A608-E-CTV-NP	0702	406 007 211	06 TR JC546A
	01 303 004 42	203	TR 254648-6-CTV-NP		OR 406 007 200	07 TR JC5468
	OR 405 020 73	109	TR 25A608-E-CTV-NP		OR 405 019 190	09 TR 25C536-E-NP
0243	406 007 21	106	TR 10546A		OR 405 019 270	08 TR 2SC536-F-NP
4649	NR 406 007 21	007	TR IC546B		OR 405 019 380	04 TR 25C536-G-NP
	011 100 001 20

Page 16

Ref. No.	Part No.	Description	Ref. No.	Part
0706	406 007 210		0771	L
	OR 406 007 200	07 TR JC546B		OF
	OR 405 019 190	09 TR 2SC536-E-NP		OF
	OR 405 019 270	18 TR 2SC536-F-NP		비
0707	OR 405 019 380		0772	Ur
4707	400 007 210 08 406 007 200		4/12	OF
	OR 405 019 190	19 TB 25C536-E-NP		OF
	OR 405 019 270	18 TR 2SC536-F-NP		OF
	OR 405 019 380	14 TR 2SC536-G-NP		0F
Q708	406 007 210	06 TR JC546A	Q773
	OR 406 007 200	07 IR JC546B		10
	OR 405 019 190			00
	08 405 019 27	0 18 250536-G-NP		OF
0710	406 007 210	6 TR JC546A		•
	OR 406 007 200	7 TR JC5468	INTEG	RATE
	OR 405 019 190	9 TR 2SC536-E-NP
	OR 405 019 270	18 TR 2SC536-F-NP	10101
	OR 405 019 380	4 TR 2SC536-G-NP	10101	OF
Q711	406 007 210	6 TR JC546A	10171
	08 405 007 200	1/ IN JU3400	10201
	08 405 015 190 08 405 019 270	18 IR 250536-E-NP	10202	OF
	OR 405 019 380	4 TR 25C536-G-NP	IC362	5.
0731	406 007 210	6 TR JC546A	IC431
	OR 406 007 200	7 TR JC5468	10701
	OR 405 019 190	9 TR 2SC536-E-NP
	OR 405 019 270	8 TR 2SC536-F-NP	CAPACI	IIUK
0720	OR 405 019 380		C101
473 Z	400 007 210 08 406 007 200		C102
	OR 405 019 190	9 TR 2SC536-E-NP	C103
	OR 405 019 270	8 TR 2SC536-F-NP	C104
	OR 405 019 380	4 TR 2SC536-G-NP	C106
Q733	406 007 190	I TR JC556A	C107
	OR 406 007 180	2 IR JC5568
	UR 405 004 420
	OR 405 004 400		C114
0734	406 007 210	6 TR JC546A	C115
	OR 406 007 200	7 TR JC546B	C118
	OR 405 019 190	9 TR 2SC536-E-NP	C119
	OR 405 019 270	8 TR 25C536-F-NP	C120
0741	UR 405 019 380		C121
4/41	400 007 210 OR 406 007 200	7 TR IC546R	(123
	OR 405 019 190	9 TR 2SC536-E-NP	C124
	OR 405 019 270	8 TR 2SC536-F-NP	C128
	OR 405 019 380	4 TR 25C536-G-NP	C134
Q742	406 007 190	1 TR JC556A	C141
	OR 406 007 180
	01 405 004 420		C144
	08 405 004 400	9 TR 25A608-G-CTV-NP	C151
0751	406 007 210	6 TR JC546A	C152
	OR 406 007 200	7 TR JC546B	C153
	OR 405 019 190	9 TR 25C536-E-NP	C154
	OR 405 019 270	8 TR 25C536-F-NP	C155C	~~
0750	OR 405 019 380			UK QU
0752	405 007 210 08 405 007 200	0 IN JU340A 7 TR IC5468	C156	Un
	08 405 019 190	9 IB 25C536-E-NP	C157
	OR 405 019 270	8 TR 2SC536-F-NP	C170
	OR 405 019 380	4 TR 25C536-G-NP	C171
Q753	406 007 210	6 TR JC546A	C172
	OR 406 007 200	7 TR JC5468
	OR 405 019 190		C175
	UK 405 019 270		C175 C176
0761	UN 400 019 380 406 007 210		C177
ALOT .	OR 406 007 200	7 TR JC5468		OR
	OR 405 019 190	9 TR 2SC536-E-NP	C178	275
	OR 405 019 270	8 TR 2SC536-F-NP	C179
	OR 405 019 380	4 TR 25C536-G-NP	C201

ef.No.	Part No.	Des	cription
Q771	406 ( 0R 406 ( 08 405 (	007 1901 007 1802 104 4205	TR JC556A TR JC556B TR 254608-	F-CTV-NP
Q772	OR 405 0 OR 405 0 406 0 OR 406 0 OR 405 0	004 4809 028 7909 007 2106 007 2007 019 1909	IR 25A608- IR 25A608- IR 25A608- IR JC546A IR JC546B IR 25C536-	F-CTV-NP G-CTV-NP E-NP
Q773	OR 405 C OR 405 C OR 406 C OR 406 C OR 405 C OR 405 C	)19 2708 )19 3804 )07 2106 )07 2007 )19 1909 )19 2708 )19 3804	IR 25C536- IR 25C536- IR JC5468 IR 25C536- IR 25C536- IR 25C536- IR 25C536-	E-NP E-NP F-NP G-NP
NTEGR	ATED C	IRCUI	TS
10101	409 I	95 2200	1C 1DA4505	H/N3 H
IC171 IC201 IC202	409 0 410 0 409 2 08 410 0	073 1509 067 3201 212 0400	IC AN5265 IC TEA2014 IC TDA3566 IC TDA3566	A //115 //114
IC362 IC431 IC701	409 0 409 1 410 0	26 9507 83 5008 81 5007	IC L78H12- IC LA7832 IC H34300N	RA 4-6245P
APACI	TORS
C101 C102 C103 C104 C106 C107 C111 C112 C113 C114 C115 C118 C119 C120 C121 C122 C123 C124 C128 C124 C128 C134 C141 C142 C142 C142 C144 C146 C151 C152 C153 C154 C155C	403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0	- 11 3808 30 5401 26 1103 59 8305 59 8305 59 8305 59 8305 59 8305 50 8305 50 8305 51 22 2604 50 8305 51 0607 51 0607 51 0607 51 0607 51 0607 51 0607 51 0607 51 0607 51 0607 52 2009 48 6308 30 5401 28 2009 49 0008 30 5401 28 2009 49 0008 30 5401 28 2009 49 0008 30 5401 28 2009 49 0008 30 5401 28 2009 49 0008 30 5401 28 2009 49 0008 30 5401 28 2009 49 0008 30 5401 28 2009 49 0008 30 5401 50 8305 51 0607 51 0607 55 0607 56 8305 56 8305 56 8305 56 8305 57 805 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8305 50 8007 50 709 49 0008 50 8305 50 8007 50 709 49 0008 50 507 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 50 8007 5	CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHIC CERAHI	120P J 68P J 47P J 0.01U Z 0.01U Z 470U H 1500P K 0.01U Z 10P 0 0.47U J 1000P K 10 M 1000P K 0.47U J 4.7U H 0.22U J 0.47U H 68P J 10 M 68P J 39P J 47P J 0.01U Z 0.1U Z 0.1U J 22U H 0.27U K 0.027U K	50V 50V 50V 50V 50V 50V 50V 50V
C156 C157 C170 C171 C172 C173 C174 C175 C176 C177 C178 C179 C201	UK 4U3 1 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0 403 0	19 2002 49 9803 43 9106 51 0607 42 2405 67 7805 72 5308 45 7803 67 5603 67 5603 45 1504 45 1603 41 8804 69 8305	POLITESTEM ELECT ELECT ELECT MI-COMPO CERAMIC ELECT MI-COMPO ELECT ELECT ELECT ELECT ELECT CERAMIC	0.0270 K 2.20 H 470 H 4.70 H 1000 H 0.470 J 2700P K 2200 H 0.10 J 10000 H 1000 H 1000 H 1000 H 1000 H 1000 H	50v 50v 16v 50v 50v 25v 50v 25v 50v 25v 25v 25v 25v 16v 16v 50v

Page 17

Ref. No.	Part No.	Description			Ref. No.	Part No.	Description
C202	403 043 91		4711 M	16V	C432	403 074 5	702 CERAMIC	560P K 50V
C202	403 051 06		4.70 M	50V	C433	403 049 4	204 ELECT	100 M 50V
C204	403 069 83	05 CERAMIC	0.01U Z	50V	C434	403 069 8	305 CERAMIC	0.01U Z 50V
C205	403 071 17	07 CERAMIC	180P K	50V	C435	403 045 9	807 ELECT	2200U H 25V
C206	403 009 34	07 CERAHIC	100P J	50V	C437	403 053 2
C207	403 069 83	CERAMIC	0.01U Z	500		403 003 94		39P 1 50V
C208	403 048 03		0,470 H	16V		403 082 7	804 POLYPRO	0.18U J 200V
(211	403 069 83	IOS CEBANIC	0.01U Z	50V	C442	403 082 7	408 POLYPRO	0.15U J 200V
C213	403 049 98	103 ELECT	2.2U M	50V	C443	403 082 8	405 POLYPRO	0.22U J 200V
C214	403 041 88	104 ELECT	10U M	16V	C451	403 054 0	703 ELECT	47U H 35V
C216	403 049 98	03 ELECT	2.2U H	50V	C452	403 075 7		1000P K 500V
C217	403 051 06	07 ELECT	4.70 1	509	C455	403 070 3		390P K 3K
C218	403 067 79	100 NI-CUNPU 105 NI-COMPO	0.330 J	50V 50V	6450	OR 403 078 4	701 CERAMIC	390P K 3K
C221	403 067 56	103 HT-COMPO	0.1U J	50V	▲ C457	404 030 5	903 MT-POLYPRO	5400P J 1.5K
C223	403 067 56	03 MT-COMPO	0.1U J	50V		OR 404 030 60	009 MT-POLYPRO	5400P J 1.5K
C224	403 067 56	io3 ht-compo	0.1U J	50V	C458	403 165 73	301 CERAMIC	330P K 3K
C226	403 049 00	IO8 ELECT	10 M	50V	C 450	UK 403 078 4		2700P K 500V
C227	403 067 78		0.4/U J	50V 50V	C435	403 067 7	ROS MI-COMPO	0.47U J 50V
(220	403 007 70		270P K	50V	C478	403 205 39	904 ELECT	22U M 200V
C232	403 069 83	IO5 CERAMIC	0.01U Z	50V		OR 403 205 8	BOB ELECT	22U H 200V
C233	403 069 83	05 CERAMIC	0.010 Z	50V	C479	403 077 2	708 CERAHIC	1000P P 2K
C234	403 060 82	05 POLYESTER	0.033U K	50V		403 065 6		VUCS L UTP.U VAL M 1174
	UR 403 179 16		0.0330 K	50¥ 50¥	C491	403 043 9	509 ELECT	4700 H 10V
(235	403 000 82 08 403 179 16		0.0330 K	50V	C702	403 059 8	305 CERANIC	0.01U Z 50V
C236	403 049 00	108 ELECT	IU H	50V	C711	403 043 9	106 ELECT	47U M 16V
C241	403 049 42	04 ELECT	10U M	50V	C721	403 068 90	DOG CERAHIC	100P K 50V
C251	403 041 88	04 ELECT	100 M	16V	C722	403 068 90		100P K 50V
C252	403 067 78		0.4/UJ	20V 16V	C123	403 068 90	DOG CERAMIC	100P K 50V
A (300	403 041 00	IOS HT-COMPO	0.10 H	250V	C726	403 051 06	507 ELECT	4.70 H 50V
C302	403 075 71	00 CERAHIC	1000P H	]K	C727	403 051 06	507 ELECT	4.70 H 50V
C303	403 076 71	00 CERAMIC	1000P H	IK	C728	403 051 00		4.70 M 50V
C304	403 076 71	00 CERAMIC	1000P H	IK Ir	(74)	403 031 00	107 CERAHIC	180P K 50V
C305	403 070 71 404 032 17		15011 M	385V	C742	403 067 56	503 MT-COMPO	0.1U J 50V
1300	08 404 032 17	07 ELECT	1500 H	385V	C743	403 067 56	503 MT-COMPO	0.10 J 50V
C307	403 119 15	08 ELECT	4.7U M	100V	C744	403 051 06	507 ELECT	4.70 H 50V
C310	403 165 62	05 CERAMIC	1000P K	2K	C751	403 067 78	305 MT-COMPO	0.4/U J 50V
	OR 403 077 23		1000P K	2K SOV	C754	403 041 00		2200P J 50V
	403 009 03	07 CERANIC		50V	Citra Citra	OR 403 059 34	102 POLYESTER	2200P J 50V
C313	403 057 04	03 POLYESTER	0.01U K	50V		OR 403 179 27	705 POLYESTER	2200P J 50V
	OR 403 179 38	01 POLYESTER	0.01U K	50V	C771	403 017 74	104 CERAHIC	22P J 50V
▲ C340	404 008 31	08 CERAMIC	470P H	400V		403 012 40		2200P K 50V
	404 008 J1		470F H	400V 160V	CIII	405 011 14	ioc comme
C345	403 165 86	05 CERAMIC	470P K	2K	RESIST	r o r s
	OR 403 077 79	01 CERAMIC	470P K	2K		101 00. 0		1K 14 1764
C352	403 042 48	05 ELECT	1000U H	16V	R-L750	401 024 70		IK JA 1/6¥ 1K JA 1/6¥
0353	403 040 94 403 041 91	00 ELELI 09 FIECT	3300 M	104	B-L752	401 024 70	04 CARBON	1K JA 1/6W
6361	403 165 61	06 CERAMIC	470P K	IK	R-L753	401 024 70	04 CARBON	1K JA 1/6¥
	OR 403 077 04	07 CERAHIC	470P K	IK	R-L754	401 024 70	04 CARBON	]K JA 1/6W
C362	403 045 15	04 ELECT	1000U M	25V	R-L755	401 024 70		1K 1A 1/64 1K 1A 1/64
C266	UR 403 045 15		33000 H	20V ·	R101	401 024 70	305 CARBON	2.2K JA 1/6W
C300 C372	403 053 36	06 ELECT	2200U H	35V	R102	401 027 20	500 CARBON	5.6K JA 1/6W
C382	403 045 98	07 ELECT	2200U H	25V	R103	401 024 70	04 CARBON	1K JA 1/6V
C391	403 047 50	05 ELECT	470U M	25V	R104	401 012 45	CARBON	100 JA 1/4W
C392	403 038 34	09 ELECT	1000U H	6.3V	R106	401 015 20	04 CARBON	220 JA 1/54
C401	403 067 56	∪з МІ-СОМРО ∩з сонео⊸сим	U.IU J 27000 I	50¥ 50¥		401 020 31	205 CARBON	680 JA 1/6W
C402	403 093 04	07 FIFCT	4,7U H	50V	\| R114	401 027 55	02 CARBON	6.8K JA 1/6W
C404	403 067 82	08 HT-COHPO	0.068U J	50V	R116	401 024 97	TOI CARBON	12K JA 1/6V
C406	403 070 74	03 CERAHIC	150P K	50V	R119	401 026 46	505 CARBON	33K JA 1/6V
C407	403 067 67	09 HT-COHPO	0.220 J	50V	H120	401 026 9t		2.2K JA 1/6¥
	403 067 62	04 01-00000 02 CERANIC	0.100 J 2200P ¥	50V	R121	401 025 78	CARBON	2.2K JA 1/6W
C411	403 067 67	09 HT-COMPO	0.22U J	50V	R124	401 024 77	07 CARBON	100K JA 1/6W
C430	403 155 57	06 ELECT	47U H	35V	R125	401 027 03	CARBON	47K JA 1/6V
	OR 403 190 25	00 ELECT	47U H	35V	R126	401 024 77	07 CARBON	INDY IV 1/08
			•
L					] [

- 16 -

Page 18

Ref. No.	Part No.	Description			Ref. No.	Part No.	Description
R128	401 026 96	00 CARBON	470 JA 1/6W	7	R306	401 024	7400 CARBON	10K JA	1/6¥
B129	401 025 74	09 CARBON	220 JA 1/6W		R308	401 007	5805 CARBON	120K JA	1/2¥
R131	401 026 99	07 CARBON	4.7K JA 1/6W		R309	401 007	5805 CARBON	120K JA	1/2¥
R132	401 024 93	05 CARBON	1.2K JA 1/6W		R310	401 025	1902 CARBON	15K JA	1/6₩
R133	401 024 70	04 CARBON	1K JA 1/6W		8311	401 007	6204 UX10E-01	100 JA	2¥ 1/6¥
R141	401 026 43	08 CARBON	3.3K JA 1/6W		R312	401 024		100 JA 101 IA	1/69
\| R142	401 027 01	UJ LAKBUN 02 CAPBON	00UK JA 1/0W 3 0K 1A 1/6U		R314	401 024	7004 CARBON	IK JA	1/6₩
8152	401 020 70	07 CARBON	4 7K JA 1/6W		R315	401 026	7002 CARBON	3.9K JA	1/6₩
B153	401 024 74	00 CARBON	10K JA 1/6W		R316	401 026	4308 CARBON	3.3K JA	1/6₩
R155	401 024 74	00 CARBON	10K JA 1/6W		R317	401 025	1308 CARBON	150 JA	1/6¥
R157	401 025 82	08 CARBON	22K JA 1/6W		R318	401 027	2600 CARBON	5.6K JA	1/6₩
R158	401 025 82	08 CARBON	22K JA 1/6W		R319	401 000		22 JA 5 6m ka	2¥ 1/2¥
R159	401 024 93		1.2K JA 1/6W		A R341	402 000	8305 50110	5.6H KA	1/24
R1/1	401 024 70		3 3 IA 1/4V		R343	401 023	1300 CARBON	820 GA	1/44
B173	401 026 37	07 CARBON	33 JA 1/6W		R344	401 024	6700 CARBON	100 JA	1/6¥
R174	401 025 78	05 CARBON	2.2K JA 1/6W		R346	401 014	4808 CARBON	15K GA	1/4¥
R175	401 025 16	05 CARBON	1.5K JA 1/6W		R347	401 013	7008 CARBON	120K GA	1/4₩
R176	401 026 13	07 CARBON	27K JA 1/6W		R351	401 001		3.9 JA 820 IA	1769
R200	401 025 23		ISUK JA 1/6W	{	R351	401 027	9609 OXIDE-NT	18 JA	2
R201	401 027 53		680 IA 1/6V		B381	401 066	3002 OXIDE-HT	2.2 JA	21
B203	401 025 16	05 CARBON	1.5K JA 1/6W		R391	401 025	7805 CARBON	2.2K JA	1/6¥
R204	401 024 70	04 CARBON	1K JA 1/6W		R400	401 026	4902 CARBON	330K JA	1/6₩
R206	401 026 96	00 CARBON	470 JA 1/6W		R401	401 026	1307 CARBON	27K JA	1/64
R207	401 027 83	05 CARBON	820 JA 1/6W		R402	401 027	2003 CARBON	OZN JA . 117 JA	1/6W
R208	401 024 67		100 JA 1/6W		R403	401 024	4200 CARBON	1.8K JA	1/6
R209	401 024 70		120K JA 1/6W		R406	401 027	2500 CARBON	5.6K JA	1/6₩
B212	401 025 19	02 CARBON	15K JA 1/6W	1	R407	401 027	3003 CARBON	56K JA	1/6₩
R213	401 027 59	08 CARBON	68K JA 1/6W		R408	401 026	7408 CARBON	39K JA	1/6W
R214	401 024 97	01 CARBON	12K JA 1/6W		8409	401 024	9305 CARBON	1.2K JA	1/64
R216	401 027 90	05 CARBON	82K JA 1/6W		R410	401 024	2503 CARDON	10K JA 3 5H IA	1/6
RZI/	401 025 19		10K JA 170W 820K IA 176W		R431	401 025	7408 CARBON	39K JA	1/6₩
R221	401 024 67	00 CARBON	100 JA 1/6W		R432	401 025	1902 CARBON	15K JA	1/6W
R222	401 024 67	00 CARBON	100 JA 1/6W		R433	401 006	8104 CARBON	1.2 JA	1/2₩
_R223	401 024 67	00 CARBON	100 JA 1/6W		R434	401 007	1104 CARBON	IK JA	1/2₩
R224	401 024 74	00 CARBON	10K JA 1/6W		R435	401 027	2303 CARBON	5 6K 14	1/04
R226	401 024 74		10K JA 1/0W		R430	401 021	6702 CARBON	220 JA	1/2₩
R228	401 024 74	00 CARBON	10K JA 1/6W		R439	401 026	9907 CARBON	4.7K JA	1/6W
R231	401 026 66	09 CARBON	390 JA 1/6W		R442	401 007	1203 CARBON	IK JB	1/2¥
R232	401 024 93	05 CARBON	1.2K JA 1/6W		R443	401 008	0908 LARBON	180 JA	1/54
R233	401 026 66	09 CARBON	390 JA 1/6W		R450	401 020	3905 CARBON	330 JA	1/6
R234	401 026 74		39K JA 170W		B455	401 024	7004 CARBON	IK JA	1/6¥
8237	401 024 70	04 CARBON	IK JA 1/6W		R456	401 009	0907 CARBON	270 JA	1/2₩
R240	401 027 03	09 CARBON	47K JA 1/6W		R457	401 012	4503 CARBON	AL 001	1/4₩
R241	401 022 68	01 CARBON	75 JA 1/4W	1	R474	401 015	4708 CARBON	ISUK JA	1/4¥ 1/99
R242	401 022 68	01 CARBON	75 JA 1/4W		A 8475	401 001	TOOA CARRON	2. /K KA	1/2# 1/6W
R243	401 022 68		73 JA 174W 75 IA 174W		R470	401 024	5908 CARBON	68K JA	1/6W
R244	401 022 00		75 JA 1/4W		A 8478	402 001	8502 FUSIBLE RE	S 10 J-	1/2₩
R247	401 022 68	01 CARBON	75 JA 1/4W		R479	401 026	7606 CARBON	390K JA	1/6¥
R248	401 025 82	08 CARBON	22K JA 1/6W		R481	402 055	4208 WIRE WOUND	IO KA	b¥ 1/cu
R249	401 026 10	00 CARBON	2.7K JA 1/6W	1	R491			1K JA . 47 14	1/4V
R250	401 025 78		Z.ZK JA 1/6W		R701	401 019	1605 CARBON	1.5K JA	1/64
R251 R252	401 027 20 101 027 26		5.6K JA 1/6¥		8702	401 027	8602 CARBON	8.2K JA	1/64
8253	401 027 23	03 CARBON	560 JA 1/6W		R703	401 026	9907 CARBON	4.7K JA	1/6₩
R254	401 024 77	07 CARBON	100K JA 1/6W		R704	401 026	6609 CARBON	390 JA	1/6W
R256	401 024 93	05 CARBON	1.2K JA 1/6W		R707	401 024	7004 CARBON	IK JA	1/6¥
R257	401 027 03	09 CARBON	47K JA 1/6W		R/08	401 023		2.2K JH	1/61
R258	401 024 77		100K 1V 1/PA		R710	401 027	4308 CARBON	3, 3K JA	1/6¥
R259	401 024 11 401 024 74	00 CARBON	10K JA 1/6V		R712	401 026	1307 CARBON	27K JA	1/6¥
R262	401 024 77	07 CARBON	100K JA 1/6W		R713	401 027	5908 CARBON	68K JA	1/6¥
R263	401 027 23	03 CARBON	560 JA 1/6W		R716	401 026	4308 CARBON	3.3K JA	1/6W .
R301	401 008 86	07 CARBON	220K JA 1/2W		R718	401 026	1400 LANSUN 3003 CAPPON	JYK JA Sev Ia	1/0# 1/6¥
R302	402 057 82		3.9 KA 6W		R719	401 027	7805 CARBON	2.2K JA	1/64
R303	401 023 /8 Ani 025 10		2.2K JA 170W		R723	401 025	1000 CARBON	2.7K JA	1/6₩
R305	401 027 30	03 CARBON	56K JA 1/6W		R726	401 024	7400 CARBON	JOK JA	1/6₩
1							. *

				J	L

Page 19

Ref.No.	Part No.	Description	R'ef. No.	Part No.	Description
R727	401 024 7400	D CARBON 10K JA 1/6W	▲ T471	610 211 48	50 FBT
R728 R729	401 024 7400 401 024 7400	D CARBON 10K JA 176V D CARBON 10K JA 176V	COILS
R731	401 024 7707	7 CARBON 100K JA 1/6W
R732	401 025 8208	S CARBON 22K JA 1/6W	L-J232	0R 510 029 59	26 PEAKING LUIL JUUH K
R733 P724	401 027 5502			0R 610 210 33	DD PEAKING COLL IVUNK 25 PEAKING COLL INUN K
R736	401 024 3300		1 101	610 037 57	27 S IRANS
B737	401 024 7400	CARBON IOK JA 1/6W	L131	610 029 60	50 PEAKING COIL 180H K
R738	401 026 9901	7 CARBON 4.7K JA 1/6W		OR 610 210 34	34 PEAKING COIL 18UHK
R739	401 024 7400	) CARBON 10K JA 1/6W		OR 610 029 82	52 PEAKING COIL 180H K
R740	401 027 2600	CARBON 5.6K JA 1/6W	L141	610 029 63	57 PEAKING COIL 5.60H K
R741	401 024 7004	CARBON 1K JA 1/6W		OR 610 029 86	D6 PEAKING COIL 5.60H K
R742	401 025 4505	CARBON 33K JA 1/6W	1 201	UK DIU ZIU 30
R743	401 020 1307		1202	610 029 64	S6 PEAKING COLL 8 20H K
8745	401 025 8703	CARBON 220K JA 1/6W		OR 610 210 36	53 PEAKING COIL 8. 20HK
R746	401 025 8208	CARBON 22K JA 1/6W		OR 610 029 87	29 PEAKING COIL 8. 20H K
R747	401 025 8208	CARBON 22K JA 1/6W	L231	610 029 64	56 PEAKING COIL 8.20H K
R748	401 064 9907	OXIDE-HT 10K JA 2W		OR 610 210 360	3 PEAKING COIL 8.20HK
R749	401 025 8208	CARBON 22K JA 1/6W		OR 610 029 87	29 PEAKING COIL 8.20H K
R750	401 025 8208	S LARBON 22K JA 1/6W	LZJZ	010 030 074
R752	401 025 0200	CARBON 22K JA 170W		08 610 208 88
R753	401 026 9600	CARBON 470 JA 1/6	A L301	610 031 594	15 LINE FILTER
R754	401 027 0309	CARBON 47K JA 1/6W		OR 610 031 59	76 LINE FILTER
R755	401 024 7400	) CARBON 10K JA 1/6W		OR 610 213 956	53 LINE FILTER
R758	401 027 0309	CARBON 47K JA 1/6W	L303	610 078 594	IG PIPE CORE
R759	401 027 0309	CARBON 47K JA 1/6W	L431	610 029 594
R764	401 024 7400	) CARBON IUK JA 1/6W		UH 510 210 33
R767	401 024 7400		1441	610 023 614
8768	401 025 7805	CARBON 2.2K JA 1/6W	CTTI	OR 610 205 008
R771	401 027 0309	CARBON 47K JA 1/6W	L442	610 210 80	LINEARITY COIL
R772	401 025 8703	CARBON 220K JA 1/6W		OR 610 000 060	5 LINEARITY COIL
R773	401 024 7400	CARBON 10K JA 1/6W	L443	610 032 070	13 INDUCTOR
R774	401 025 7409	CARBON 220 JA 1/6V	L452	610 078 463
R//b	401 025 7409	CARBON 22U JA 1/6W	L/41	09 610 029 392
R778	401 024 7400			08 610 210 330 08 610 029 812
R782	401 025 8208	CARBON 22K JA 1/6W
R783	401 026 4605	CARBON 33K JA 1/6W	DIODES	5
R784	401 025 8208	CARBON 22K JA 1/6W
R79]	401 024 9701	CARBON 12K JA 1/6W	D152	408 007 860	17 DIODE 1N4148
R792	401 025 1902	CARBON 15K JA · 1/6W	0171	OR 407 013 120
R793	401 025 1902	CARRON 15K JA 1/5W	1/10	400 007 000 08 407 013 120	1/ 01000 191140 IS DIODE 151555
n/3%	401 023 1502	CANDON ISK SX 170#	0201	407 048 690	0 ZENER DIODE EQA02-12A
VARIAB	LE RESIST	DRS		OR 407 048 710	5 ZENER DIODE EQA02-128
•••••			D241	407 048 690	0 ZENER DIODE EQA02-12A
VR111	610 019 3932	VARIABLE RESISTOR 8-50K		OR 407 048 710	5 ZENER DIODE EQA02-128
	OR 610 019 2607	VR 8-50K	D242	407 048 690	U ZENER DIODE EQA02-12A
VR231	610 019 3864	VARIABLE RESISTOR B-IK	0942	UK 407 048 710	0 ZENER DIODE EQA02-128
A 10221	07 010 019 2000 610 019 3864	VR B-JK VARIARIE RESISTOR R-JK	0243	107 040 050 NR 407 048 710	5 7ENER DIODE EQA02-128
11 10021	OR 610 019 2560		D244	407 048 690	0 ZENER DIODE EQA02-12A
VR401	610 018 9706	VR B-10K		OR 407 048 710	5 ZENER DIODE EQA02-12B
	OR 610 018 9713	VR B-10K	D245	407 048 690	0 ZENER DIODE EQA02-12A
	OR 610 018 9720	VR B-10K		OR 407 048 710	5 ZENER DIODE EQA02-12B
VR411	610 019 3932	VARIABLE RESISTOR 8-50K	D246	407 048 690	0 ZENER DIODE EQA02-12A
00401	OR 610 019 2607	VR B-50K	0047	UK 407 048 710
VH431	610 UIS 3826	VARIABLE RESISTOR P-24	0247	407 048 050 08 407 048 710
VD//1	010 013 3000 08 610 019 4045	VARIABLE RESISTOR R-3K	D248	407 048 690	0 ZENER DIODE EQA02-12A
	01 010 010 1010			OR 407 048 710	5 ZENER DIODE EQA02-128
RANSF	ORMERS		D249	407 048 690	0 ZENER DIODE EQA02-12A
				OR 407 048 710	5 ZENER DIODE EQA02-128
T101	610 037 7646	S TRANS	0261	408 007 860	7 DIODE IN4148
1141	610 037 4522	5 COIL	0000	UK 407 013 120
1151	610 037 5338	S LUIL S TRANS	0302	407 000 030 00 107 000 030
1231 A T301	DIU U37 7004	D INAND CONVERTER TRANS		08 407 064 690	8 DIODE TVRAN(X)
T391	610 033 3765	POWER TRANS	D303	407 006 630	0 DIODE ERCOS-108
T451	610 000 1053	DRIVE TRANS		OR 407 009 690	1 DIODE RHIIC
	OR 610 000 1060	DRIVE TRANS		OR 407 064 690	8 DIODE TVR4N(X)
		·

			Ĺ

Page 20

Ref. No.	Part No.	Description		Ref. No.	Part No. D	escription
D304	407 006 630	DO DIODE ERCOS-10B		D756	408 007 8607	D100E ]N4148
	OR 407 009 690			D757	OR 407 013 1206	DIODE 151555
0305	407 004 630	0 D10DE ERC05-10B		0.57	OR 407 013 1206	0100E 151555
	OR 407 009 690	DI DIODE RHIIC	j	D758	408 007 8607	D100E 1N4148
0306	OR 407 064 690			D759	UR 407 013 1205 407 048 2001	0100E 151555 ZENER DIODE FOA02-068
0300	407 048 240	77 ZENER DIODE EQA02-06E		D771	407 116 6504	LED SLP-1818-51
1	OR 407 048 260	5 ZENER DIODE EQA02-06F		D783	407 048 2001	ZENER DIODE EQA02-068
D310	408 007 860 08 407 013 100	17 DIODE IN4148 N8 DIODE IS1553		MISCEI	LANEOUS
	OR 407 013 430	06 DIODE 152076A
	OR 407 013 650	08 DIODE 152471		F301A	610 014 8956	FUSE CLIP
0313	407 007 660	16 UTUUE EST 17 DTUDE INATAR		F 301B	407 015 0009	THERMISTOR SDT-20-CTV
	OR 407 013 100	08 DIODE 151553		A101	610 215 9219	UHF VARACTOR TUNER
	OR 407 013 430	06 D10DE 152076A		0742	409 013 0104 08 409 025 8005	IC HZI33
0315	407 048 350	3 ZENER DIODE EQA02-07C			OR 409 057 5103	IC UPC574J
	OR 407 048 370	ZENER DIODE EQA02-07D		D771A	610 222 0322	LED HOLDER-G2CA-A
₫ 0331	408 007 870	06 PHOTO COUPLE CNY75B		A F301	423 005 1404	FUSE 250V ZA SCR PAN+SV 3XR
D341	407 007 770	DIODE EU2A		101714	610 091 1482	HEAT SINK-DSVA
0342	407 048 420	3 ZENER DIODE EQA02-08B		101718	411 004 4404	NUT HEX 3
0351	408 007 250 08 407 007 760	06 0100E BTW32 03 0100E FU2		IC431-0	411 045 2803	NUT HEX 3
D353	407 048 200	21 ZENER DIODE EQA02-06B	1	IC431GR	610 077 7781	SILICON GREASE
D354	408 007 860	07 D10DE 1N4148		KDY-1	610 014 3364 610 014 3364	H/C TERMINAL PLUG
D356	408 007 860	0 DIODE 131333		KDY-3	610 014 3364	H/C TERMINAL PLUG
	OR 407 013 120	6 DIODE 151555		KDY-4	610 014 3364	H/C TERMINAL PLUG
D361	407 009 890	IS DIODE RU3M IS DIODE RYV32		KG-1 KG-2	610 014 3364 610 014 3364	H/C TERMINAL PLUG
0371	OR 407 007 760	B DIODE EU2		KL	610 010 7755	SOCKET 7P
D381	408 007 250	6 DIODE BYW32		KM	610 010 7748	SOCKET 6P
0382	408 007 860	13 DIODE E02 17 DIODE IN4148		KP	610 010 6000	RCA JACK 1P
	OR 407 013 120	6 DIODE 151555	ļ	KQ	610 225 2361	SOCKET 21P
D391	407 005 730		}		OR 610 218 5673	SOCKET 21P
0392 D431	407 048 200	B DIODE EMOIZ		ĸs	610 010 7960	HOUSING PLUG 2P
D471	408 007 860	7 DIODE 1N4148		KSC	610 014 3364	H/C TERHINAL PLUG
D478	OR 407 013 120 408 007 240			KW KX	610 010 7991	HOUSING PLUG 3P
0410	OR 407 007 710	8 DIODE EUOIA		K1	610 014 3364	H/C TERHINAL PLUG
D491	408 007 860	7 DIODE IN4148		DEG THER	408 000 3905	TH PTH451A13BG180H270 THERMISTOR 902PAAF180HR14
	OR 407 013 430	6 DIODE 152076A		Q303-A	610 216 2905	POWER H. S. ASSY. E4PC
	OR 407 013 650	8 DIODE 152471		Q303-D	411 045 2803	SCR PAN+SW 3X12
0492	408 007 860 08 407 013 120	7 0100E IN4148 6 0100E IS1555		030368	411 004 4404 610 077 7781	SILICON GREASE
0701	407 055 790	7 ZENER DIODE RD3.6EL		Q452-A	610 216 2912	HOR. H. S. ASSY. E4PC
D702	408 007 860	7 D10DE 1N4148		Q452-D	411 045 2803	SCR PAN+SV 3X12 WIRE HOLDER D13-AV7
0703	408 007 860	7 DIODE 191333		0452-6	412 031 0605	SPECIAL SCREW
	OR 407 013 120	6 DIODE 151555		Q4528	411 004 4404	NUT HEX 3
0726	408 007 860 08 407 013 120	7 DIODE IN4148 6 DIODE 151555		RC771	610 207 5137	PREAMP 408-11/1A/1C/1D
D741	408 007 860	7 DIODE IN4148			OR 610 214 4833	RC PREAMP 409-1A/1B
0742	OR 407 013 120	6 DIODE 151555		SW131 SW201	610 011 2728 610 011 2728	LEVER SWITCH
D743	407 127 330	20 BZX55C6V2-GPS-26		SW301	~ 610 011 3336	PUSH SWITCH ON/OPF
D745	407 127 330	1 ZD BZX55C6V2-GPS-26		SW401	610 011 2728
D/46	407 127 330	1 20 82X33C6V2-6PS-26 1 70 87X55C6V2-6PS-26		SW701	610 011 4456	PUSH SWITCH
D750	407 127 330	ZD BZX55C6V2-GPS-26		SW703	610 011 4432	PUSH SWITCH
0751	407 127 330	I ZD BZX55C6V2-GPS-26	1	TP-A TP-R	610 014 3364 610 014 3364	N/C TERMINAL PLUG N/C TERMINAL PLUG
0752	0R 407 013 120	6 DIODE 151555		TP-D	610 014 3364	N/C TERHINAL PLUG
0753	408 007 860	7 D100E 1N4148		IP-F	610 014 3364	H/C TERMINAL PLUG
0754	UK 407 013 120 408 007 860	DITUDE IS1000		TP-H	610 014 3364	H/C TERMINAL PLUG
	OR 407 013 120	5 DIODE 151555		TP-J	610 014 3364	H/C TERHINAL PLUG
D755	408 007 860			I IP-Q	610 010 7984 610 010 7977	HUUSING PLUG 4P HOUSING PLUG 3P
	00 407 013 1200	J 0100E 131333			510 010 1011

Page 21

Ref. No.	Part No.	Description		Ref. No.	Part No.	Description
TP-W VC231 X101 X131 X141 X231	610 010 79 610 003 03 421 001 88 610 015 28 610 015 29 610 211 96	177 HOUSING PLUG 181 TRIMMER CONDE 100 SAW F TSF1326 185 CERAMIC FILTE 108 CERAMIC FILTE 133 CRYSTAL OSCIL	3P NSER M R R LATOR	COILS 1601 MISCEI	610 032 08	195 INDUCTOR
x761 7201	OR 610 012 18 OR 610 012 27 610 012 28 OR 610 212 87 OR 610 212 87 OR 610 217 49 610 216 11	50 CRYSTAL OSCIL 34 CRYSTAL OSCIL 57 CERAMIC OSCIL 65 CERAMIC OSCIL 84 CERAMIC OSCIL 99 SOCKET HIG BR	LATOR LATOR LATOR LATOR LATOR LATOR KT-E4PC	K 1P6A K 1P6B K 1P6C K 1P6E K 1P6F	610 014 33 610 014 33 610 014 33 610 014 33 610 014 33 610 014 33	164 M/C TERMINAL PLUG 164 M/C TERMINAL PLUG 164 M/C TERMINAL PLUG 164 M/C TERMINAL PLUG 164 M/C TERMINAL PLUG
610 20 TRANS	)5 7553(CI	RT UNIT D8F	? $`)	K1P6M K6P K6Q K6S K601	610 014 33 610 010 79 610 010 79 610 012 50 610 012 30 610 010 39	164 M/C TERMINAL PLUG 191 HOUSING PLUG 5P 177 HOUSING PLUG 3P 118 HOLDER 1P 186 CRT SOCKET
Q601 Q611	405 015 35 0R 405 015 36 0R 405 015 36 0R 405 015 37 405 015 35 0R 405 015 36 0R 405 015 37	01 TR 25C2688(2) 00 TR 25C2688(2) 09 TR 25C2688(2) 01 TR 25C2688(2) 01 TR 25C2688(2) 00 TR 25C2688(2) 09 TR 25C2688(2)	-K -L -K -L	610 21 TRANSI 01031	15 2937 (TE STORS 406 007 21	ELETEXT UNIT-E4PC) 06 TRJC546A
9621 9640	405 015 35 0R 405 015 36 0R 405 015 37 405 004 42 0R 405 028 79	01 TR 25C2688(2) 00 TR 25C2688(2) 09 TR 25C2688(2) 09 TR 25C2688(2) 05 TR 25A608-E-C 09 TR 25A608-F-C 09 TR 25A608-G-C	-K -L TV-NP TV-NP TV-NP	01032	0R 406 007 20 0R 405 019 19 0R 405 019 27 0R 405 019 38 406 007 21 0R 406 007 20 0R 405 019 19	07 TR JC5468 09 TR 2SC536-E-NP 08 TR 2SC536-F-NP 04 TR 2SC536-G-NP 06 TR JC546A 07 TR JC5468 09 TR 2SC536-E-NP
CAPACI C601 C611 C621 C631	403 073 64 403 073 64 403 073 29 403 073 29 403 077 27	03 CERAMIC 00 CERAMIC 00 CERAMIC 08 CERAMIC II	470P K 50V 390P K 50V 390P K 50V 000P P 2K	Q1033	0R 405 019 27/ 0R 405 019 38/ 406 007 21/ 0R 405 019 38/ 0R 405 019 19/ 0R 405 019 29/ 0R 405 019 38/	08 TR 2SC536-F-NP 04 TR 2SC536-G-NP 06 TR JC546A 07 TR JC546B 09 TR 2SC536-E-NP 08 TR 2SC536-F-NP 04 TR 2SC536-G-NP
RESIST R601	TORS 401 019 10	00 CARBON	390 JA 1/4W	Q1041	0R 405 019 38 406 007 21 0R 406 007 20 0R 405 019 19	04 TR 25535-0-NF 06 TR JC546A 07 TR JC546B 09 TR 25536-E-NP 09 TR 25536-E-NP
R602 R603 R604 R605 R611 R612 R613	401 020 20 401 022 19 401 065 46 401 002 01 401 019 10 401 020 20 401 016 38	03 CARBON 4. 05 CARBON 6 04 OXIDE-HT 02 SOLID 3 00 CARBON 5 03 CARBON 4. 09 FARBON 4.	.7K JA 1/4W 680 JA 1/4W 12K JA 2W 38K KA 1/2W 390 JA 1/4W .7K JA 1/4W 2K JA 1/4W	01051	OR 405 019 27 OR 405 019 38 406 007 19 OR 406 007 18 OR 405 004 42 OR 405 004 48 OR 405 028 79	U8 TR 25C536-F-NP 04 TR 25C536-G-NP 01 TR JC556A 02 TR JC556B 05 TR 25A608-E-CTV-NP 09 TR 25A608-F-CTV-NP 09 TR 25A608-G-CTV-NP
R614 R615 R621 R622 R623 R624	401 065 46 401 002 01 401 019 10 401 020 20 401 015 27 401 015 46	04 0X1DE-HT 02 SOLID 3 00 CARBON 3 03 CARBON 4 04 CARBON 1 04 0X1DE-HT	12K JA 2W .3K KA 1/2W 390 JA 1/4W .7K JA 1/4W .8K JA 1/4W .8K JA 2W	Q1052	406 007 21 0R 406 007 20 0R 405 019 19 0R 405 019 27 0R 405 019 38	06 TR JC546A 07 TR JC5468 09 TR 2SC536-E-NP 08 TR 2SC536-F-NP 04 TR 2SC536-G-NP
R625 R627	401 002 01 401 020 08	02 SOLID 3. 01 CARBON	.3K KA 1/2W 470 JA 1/4W	INTEGF	RATED CIRC	CUITS
R630 R631 R641 R642	401 002 01 401 001 76 401 020 20 401 014 41	02 SOL 1D 3. 07 SOL 1D 2' 03 CARBON 4. 05 CARBON 1.	.3K KA 1/2W 70K KA 1/2W .7K JA 1/4W .5K JA 1/4W	1C1011 1C1031 1C1032	409 107 81 410 051 05 409 012 77 0R 409 166 73 0R 409 143 17	08 IC SAA5231 06 IC SAA5243P/E-H2 08 IC HM6264P-15 02 IC LC3564P-15 05 IC LC3564PL-15
VARIAE	BLE RESIST	TORS			OR 409 120 410 OR 409 089 600	01 IC LC3664N-10 00 IC LC3664N-12
VR601 VR602 VR611 VR612 VR622 VR640	610 019 23 OR 610 019 23 610 019 00 OR 610 019 01 610 019 23 610 019 23 610 019 23 610 019 01 610 019 01 610 019 01 610 019 01 610 019 23 OR 610 019 23	48 VR 8-ik 55 VR 8-ik 92 VARIABLE RESIS 08 VARIABLE RESIS 48 VR 8-ik 55 VR 8-ik 55 VR 8-ik 92 VARIABLE RESIS 08 VARIABLE RESIS 08 VARIABLE RESIS 92 VARIABLE RESIS 93 VARIABLE RESIS 94 VARIABLE RESIS 95 VARIABLE RESIS 98 VARIABLE RESIS 99 VARIABLE RESIS 91 VARIABLE RESIS	510R 510R 510R 510R 510R 510R	IC1051 IC1052 IC1053	0R 409 163 154 0R 409 120 424 0R 409 085 611 0R 409 163 144 0R 409 163 144 0R 409 162 756 0R 409 162 746 0R 409 054 376 0R 409 138 776 410 039 596 410 019 644 410 067 316	01 IC LC3664N-85 00 IC LC3664NL-10 09 IC LC3664NL-12 02 IC LC3664NL-85 06 IC TC5565PL-15 04 IC TMH2064AP-10 05 IC TMH2064AP-10 05 IC UPD4364C-15 05 IC UPD4364C-15 05 IC MA88461PW115 03 IC PC08572P 02 IC HEF40068

Page 22

Ref.No.	Part No. De	scription		Ref. No.	Part No.	Description
IC1054 IC1055	0R 409 185 0100 0R 409 184 9906 0R 409 050 7906 0R 409 184 8909 409 020 6601 0R 409 050 7807 409 020 6908	IC HC14006B IC HN4006B IC TC4006BP IC UPD4006BC IC LC4001B IC TC4001BP IC TC4001BP IC LC4011B		R1066 R1067 R1068 R1069 T R A N S F	401 024 7 401 024 7 401 024 7 401 024 7 401 024 7 5 0 R M E R S	400 CARBON 10K JA 1/6W 400 CARBON 10K JA 1/6W 400 CARBON 10K JA 1/6W 400 CARBON 10K JA 1/6W
CAPAC	UR 409 050 8309	IL IL4UIIBP		COILS	010 057 7
CIOLI	403 059 8305		7 50V	1 1013	610 031 3	1958 PEAKING COIL
C1011 C1012 C1013 C1014 C1016 C1017 C1018	403 043 9106 403 019 7709 403 012 4309 403 072 4400 403 072 4400 403 059 5000 08 403 059 5703	ELECT 470 ELECT 470 CERAMIC 27P CERAMIC 15P CERAMIC 100P CERAMIC 270P POLYESTER 0.0220 POLYESTER 0.0220	H 16V J 50V J 50V J 50V J 50V K 50V J 50V	L1012 L1031 L1032 L1041 D I O D E S	610 031 4 610 031 4 610 031 4 610 031 4	177 PEAKING COLL 542 PEAKING COLL 542 PEAKING COLL 542 PEAKING COLL
C1019 C1021 C1022 C1023 C1024	0R 403 179 2507 403 073 6403 403 069 0507 403 012 4309 403 067 8208 403 071 5506	POLYESTER 0.0220 CERAMIC 470P CERAMIC 1000P CERAMIC 15P MT-COMPO 0.0680 CERAMIC 220P	J 50V K 50V J 50V J 50V J 50V K 50V	D1041 D1051 D1052 D1053 MISCEL	407 012 5 407 012 5 407 012 5 407 055 7	809 DIODE ISSI76 809 DIODE ISSI76 809 DIODE ISSI76 907 ZENER DIODE RD3.6EL
C1025 C1025 C1026 C1027 C1028 C1029 C1030 C1031 C1032 C1033 C1051 C1052	403 086 5400 403 086 5400 403 067 7706 403 067 7706 403 067 7706 403 067 7706 403 069 8305 403 067 5603 403 043 9106 403 043 9106 403 022 5907 403 022 5907	NP-ELECT 2.20 HT-COMPO 0.0470 ELECT 470 HT-COMPO 0.0470 CERAMIC 0.010 HT-COMPO 0.10 ELECT 470 CERAMIC 33P CERAMIC 33P	H SOV J SOV H 16V J SOV J SOV Z SOV J SOV H 16V H 16V J SOV J SOV	K10L K10M K10N X1011 X1051 Z1001	610 010 7 610 010 7 610 010 7 610 012 1 0R 610 211 4 0R 610 211 6 610 224 6 0R 610 012 0 610 216 6	823PLUG7P816PLUG6P733PLUG4P706CRYSTALOSCILLATOR218CRYSTALOSCILLATOR458CRYSTALOSCILLATOR346CERAHICOSCILLATOR553CERAHICOSCILLATOR323TEXTMTGBRKT-E4PC
C1053 C1054 C1056 C1061	403 069 8305 403 043 9106 403 069 8305 403 071 7402	CERAHIC 0.010 ELECT 470 CERAMIC 0.010 CERAMIC 2200P	Z 50V M 16V Z 50V K 50V	FICTUR	(OUT OF Retube	CIRCUIT BOARDS)
RESIS	FORS			⚠ 0901	414 005 4	404 CRT A51EBV12X09
R1011 R1012 R1013 R1014 R1016 R1017 R1031	401 024 6700 401 024 9305 401 024 6700 401 027 5908 401 027 8107 401 026 4308 401 025 7805 401 025 7805	CARBON 100 J. CARBON 1.2K J. CARBON 100 J. CARBON 100 J. CARBON 88K J. CARBON 88K J. CARBON 82 J. CARBON 3.3K J. CARBON 2.2K J. CARBON 2.2K J.	A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W	COILS A L901 MISCEL	610 030 4 0R 610 204 8 0R 610 221 9 . LANEOUS	437 DEGAUSSING COIL 537 DEGAUSSING COIL 647 DEGAUSSING COIL
R1033 R1033 R1034 R1036 R1037 R1038 R1039 R1041 R1042 R1043 R1043 R1044 R1047 R1051 R1055 R1055 R1055 R1055 R1055 R1057 R1058 R1059 R1061 R1064	401 025 6608 401 025 7805 401 026 4308 401 027 6608 401 027 5908 401 027 6608 401 027 6005 401 026 9907 401 024 7400 401 025 4200 401 025 9600 401 026 9600 401 026 9907	CARBON 75 JJ CARBON 2.2K JJ CARBON 3.3K JJ CARBON 3.3K JJ CARBON 2.2K JJ CARBON 3.3K JJ CARBON 10K JJ CARBON 4.7K JJ CARBON 4.7K JJ	A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W A 1/6W	KDY KDY-1 KDY-2 KDY-3 KDY-4 KFOP KFO5 KS-1 KS-2 KSC KSC-1 KW KW-1 KW-2 KW-3 KW-4 KW-5 KX KX-1 KX-2 KX-3 KX-1 KX-2 KX-3 KGP-1	610 013 9 610 013 9 610 013 9 610 013 9 610 013 9 610 155 9 610 013 7 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8 610 010 8	596HINI CONNECTOR 5P-SOCKET404H/C TERHINAL SOCKET404H/C TERHINAL SOCKET720LEAD HOLDER-SMA882TERHINAL SOCKET-L059HOUSING 2P141TERHINAL SOCKET442HINI CONNECTOR 1P-SOCKET444HINI CONNECTOR 1P-SOCKET4404H/C TERHINAL SOCKET141TERHINAL SOCKET<

Page 23

Ref. No.	Part No.	Description
K6P-2 K6F-3 K6P-4 K6P-5 K6Q K6Q-1 K6Q-2 K6Q-3 H0.1 N0.2 SP901 ▲ ₩901 ₩901 ₩902 Z1	610 010 81 610 010 81 610 010 81 610 010 81 610 010 81 610 010 81 610 010 81 610 010 81 610 013 94 610 013 94 610 013 94 610 011 70 610 024 25 610 082 49	41 IERHINAL SOCKET 42 HINI CONNECTOR IP-SOCKET 38 SPEAKER 68 AC CORD 31 GROUNDING CONNECTOR 66 GROUNDING SPRING-BGAP

Page 24

CT2160

Service Manual

Colour Television

1. Chassis Electrical Parts List .....1

Page

--------------------------------------

Give complete "SERVICE REF. NO." for parts order or servicing, it is shown on the rating sheet on the back of the cabinet.

ORIGINAL VERSION

NOTE SUPPLEMENTAL SERVICE MANUAL Refer to CT2158-00,CT2160-00 Service Manual for all the items not given in this manual.

CHASSIS SERIES

E48FT

Page 25

It is particularly recommended that

list of service manual be used to

components replac

Page 26

TREVIT DIAGRAM NOTES: All revistance values in ohms K × 1,000 M + 1,000,000 Excepting electrolytic cabacitor, all cabacitance values less than Lectrolytic cabacitance values more than 1 are in pF Electrolytic cabacitance values in uF All inductance values in uF Vottage reading taken with "TESTER" from point indicated to chasis ground J Vottage reading taken using colour bar signal, all controls at normal, AFT witch in "OFF" position. Some voltage may vary with signal strength Waveforms were taken with colour bar signal and controls ad justed for normal pecture. Waveforms were taken using a wide band oscilloscope and low cabacity probe This circuit diagram covers basic or representative chasis only. There may be some component or partial circuit difference between actual chasis and circuit diagram.

CAPACIT

ELEVISION

HASSIS SERIES

2158-00

components replacement pointed

PRODUCT SAFETY NOTICE

Product safety should be considered

when a component replacement is made in any area of a receiver mponents indicated by a mark

Page 27

SERVICE REF. NO. CT2158-20, CT2160-20

CHASSIS ELECTRICAL PARTS LIST.

NOTE: The differences are printed in this parts list between SERVICE REF.NO CT2158-00, CT2160-00. Refer to CT2158-00,CT2160-00 Service Manual for all the items not given in this parts list. Parts_order_must contain MODEL NO., REF_NO, and DESCRIPTION.

Ref No.	Part No.	Description	Part	Description
610	230 9317 (UE20	19M)		Description
		BET)	•
CAPACIT	ORS
C441 C442 C457	403 082 8009 403 082 7408 403 030 6900 OR 404 030 7006	POLYPRO 0.2U J 200V POLYPRO 0.15U J 200V MT-POLYPRO 6000P J 1.5K MT-POLYPRO 6000P J 1.5K
COILS
L441	N/A
610 ( ( CRT	046 3424 (UEL UNIT D8PC)	68)
RESISTOR	RS	•
L601	610 032 12 67	INDUCTOR
		BOARDS)
Q901	414 001 3500	CRT A51JRU40X02(MW)	3

Page 28

TELETEXT BOARD

Page 29

PRINTED CIRCUIT BOARD DIAGRAMS

MAIN BOARD

COMPONENT SIDE

Page 30

Ρ	in	IC A	a	D			c

TP-G TP-H		ł	304	465 478 331	475
KSC				484 493	492	310	315
				490 310	479	461	314
				491 306		342
				462 461			ļ
			302	313 771 314	ļ
				315		401		30
						462
						464	307
KX	KG		482	371 381 341	481	463	312
				307			306 313	77
					478	382	361 362	39
			301	361	438
			391	456 305
				303 451 392			344	30
KDY			461	304 452 351	442	372	304	30
				391	458			39
	TP-8				467
					460
					457		383 352
			452		459	465	302	35
					456	436	366 340
		IC431	451	492 307	261	452
				353 382		453 437	432
		IC362	341 351	342 201		43 9	434
КР						433		35:
			753	773		451 435	232
KN		IC201		241 744	203	211	233
POS		IC202		751 242 745		212
				356
					201 241	218 206 235	234
					202	217		76
ĸL	TP-Q		761 221	750	204	231 216
			409 772 242	753		214 227 226	213 701	77:
	ĸw		742 773	247 752 246		228	702	76:
			243 241	754		205 221 222		762
ка			123 131			223 224 401
		IC701			252	403 122		74
					251	141 404
						407 402		/4/
TP.V	TR.W		261	748		406 408		74:
KM			707 701	261
			122 706	703
			702 741 708	702 701 248	156		134
	TP-F	IC101	710 251	741 756			144 146
			711 152 112	755 743 746
			171 751	152 742	155	119 112	114 152 153	71
			752 151	757 749		118 113	155B 177	72
TP-A	TP-D			171 783	761	115 115 411	175 172 151	72
		A101			124	413 154	174 173 178	720
					125	120 103	155A 176	729
		IC761	734 101	761	127 128	102 101 104	171 170 179
-		1	731			106
			732			101

Page 31

					co	MPONEN			RAM
F	Pin	IC A	٩	D			c				A		L.F T X	VR VC SW, P
TP-G TP-H KSC			304 303	485 478 331 464 493 490 310 491 306	475 492 479	310 461 342	311 315 314		476 478 475 487	312 469 464 468 309 319 465 493 492 491	308 313 310 311		L303 F301	SW30 VR46
			302	463 462 461 313 771 314 315		486		300		462 463 340 480 472 341 473 471 466			T301 T471 L301
ĸх	×G		482	371 381 341 307	481	462 464 463 381	307 312 345 306 313	773	479 481 442		316 314 315 318 303 304	301 779 776 317 774 306 305		VR46
			301 391	361 467 456 305 303	478	382	361 362	391	430	460			L463 L441 L442	VR32
KDY			461	45 392 304 452 351 391	442 441 458 467	372 443	304	305 303 392				391 302	L461	P$30
	rp-B		452		460 457 459	465	383 352 302	354		381 474	361		L462 L701
		IC431	451	492 3J2 353 382 431	456	436 452 453 437	366 340 432		443 450 457 458 455 454	438 433 434 435	748 347 346 343 344 439	351 352 775	T391
KP KN		1C362	341 351 753	342 201 773 772 354	203	439 433 451 435	434 232	353	262 263 201 202 241	432 436 431	477 232 234 236 410 233	751 753	T451	VR4: SW4
-POS		IC201		241 744 751 242 745 356	201	211 212 218	233			237	228 223	750	X231 L202 T231 X201 L231	VC23 VR23
KL	TP-Q KW		761 221 409 772 242 742 743 771 243 241	750 243 244 753 245 245 247 752 246 754	241 202 204	206 235 217 207 236 231 216 214 227 226 228 208 208 208 205 221	213 701 702	764 772 771 763 762	242 207 243 203 244 246 247 248 251 200	218 231 208 204 227 206 224 226 224 226 240 250 221		766 764 768 771 772 773 409 770 752 767 777 778	L201 L750 L751 L752 L753 L754 L755 L756 X761 T141	SW20 VR77
κQ		IC701	123		252 251	223 224 401 403 122 142 141 404 121 407		741 742	252 254 253 249 259 258	222 403 401 400 123 142 406 404 407 125	132 133 131 704 710	742 731 740 732 763 702 762 712 701 713	L131 L741	SW70 SW70 VR40
гр-v км	TP-W		261 707 701 262 122 706 702	249 261 703		402 406 408	134	743	261 257 754 758 256 759	126 141 124 402 121 408 128 119 411 412	129 707 719 708	703 746 743 718 747 716 744 722 723 794	X131 L431 X141	VR41
	TP-F	IC101	741 708 710 251 711 152 112 171 751	701 248 741 756 755 743 748 152 742	156	119 112	144 146 114 152	711 744	157 158 757 755 736 745 738 122	120 152 155 111 116 114 104 106	151 171 173 176 172	729 784 213 214 791 792 793 726 727
TP-A	TP-D	A101 IC171	733 752 151	758 757 749 171 783	761 129 124	412 118 113 116 115 411 413 154 111	153 1558 177 175 172 151 174 173 178	721 722 723 724 726 728 727 729	749 737 734 733 761 741	101 103 102 107 739	175 174	728 161 162 781 786 783 212 211 216 217	T101 L102 T151 L101 X101	SW70 VR11 SW13
	¥e	IC761	734 101 731 732	761	127 128	120 103 102 101 104 106 107	178 178 171 170 179	173				782 785
	~5				123								1

Page 32

CIRCUIT SIDE

Page 33

TELETEXT BOARD

COMPONENT SIDE

CIRCUIT SIDE

Page 34

KEY NO.	Hex CODE	TV Functi	on	KEY NÖ.	Hex Code	TV Function
K 1	00	0		K 3 3	40
K 2	01	1		K 3 4	4 1
КЗ	02	2		K 3 5	4 2
K 4	03	3		K36	43
K 5	04	4		K 3 7	44
K 6	05	5		K 3 8	45
K 7	06	6		K 3 9	46	TV/MIX/TEXT 028
K 8	07	7		K40	47
К 9	08	8		K41	48
K10	09	9		K42	49	RED
K11	ΟΑ	1 -		K43	4 A	GREEN
K 1 2	ОВ	2 –		K44	4 B	YELLOW
K 1 3	00	POS. +		K45	4 C	BLUE
K14	OD	POS	▼	K46	4 D	STATUS 🔾
K 1 5	ΟE	CONT +	0	K47	4 E	HOLD 🕄
K16	OF	CONT -	0	K48	4 F	REVEAL 🕄
K17	10	CH SCAN	0	K49	50	UPDATE(CANCEL) 🕄
K 1 8	11	NORMAL	**	K 5 O	51	INDEX 🗊
K 1 9	12	FINE +	<>	K 5 1	52	MODE(LIST)
K 2 O	13	FINE -	< >	K 5 2	53
K 2 1	14	TV/VIDEC	)	K 5 3	54	STORE 😡
K 2 2	15	MUTE	*	K 54	55	T.C.P ( SUB ) 🕃
K 2 3	16	VOL +	4	K 5 5	56	EXPAND 🕃
K 24	17	VOL -	4	K 5 6	57
K 2 5	18	RECALL/SPECIAL	S	K 5 7	58
K 2 6	19	TIMER		K 5 8	59
К 27	1 A	COL +	9	K 5 9	5 A
K 2 8	1 B	COL -	4	K60	5 B
K 2 9	1 C	STANDBY	ٺ	K 6 1	5 C
K 3 0	1 D	ALT		K62	5 D
K 3 1	1 E	BR +	Ø	K63	5 E
K 3 2	1 F	BR -	à	K64	5 F

REMOTE CONTRO

Page 35

REMOTE CONTROL TRANSMITTER 4AA4U1T0016---

TV Function






TV/MIX/TEXT 028


RED
GREEN
YELLOW
BLUE
STATUS 🖸
HOLD 🕃
REVEAL 🗊
UPDATE(CANCEL)
INDEX 🗊
MODE(LIST)

STORE 🕄
T.C.P ( SUB ) 🕃
EXPAND 🕃

Page 36

Page 37

Page 38

CT2158-- Not equipped with TELETEXT-Decoder. Optional TELETEXT-Decoder.

8 0.2V C 0V E 0.9V

IC1	011	IC14 SAA57	41642 ~	IC1	032
	15 0 3.2V	2.9V Q 20	21 Q 0V	۰°۰ ۵	ادە ۋەن
ov ộ 13	16 🗘 12.0V	3.0V 🗘 19	22 🗘 0.2V	0-5A Q 12	16¢ 0.1
si Qvo.	. 17 0 6.1V	o.∋v ∲ ia	23 🔷 0. 2V	0.240 15	- 17 ģ 3.8
.ov¢ ::	18 🔆 6. 3V	2.6V 🗘 17	24 🗘 0.2V	0.2V () ()	_+8 Q 0.1
. sv 👌 i o -	19 0 4. 7V	5.2V Q 16	25 🗘 0. HV	3.0V Q 10
4vộ 9	20 🗛 🖓 1. 1 V	0.2¥ ∲→5	26 🗘 0. IV	3.av 👌 🤊	50 Q 0V
svo a	21 0 4.74	0.2V 🗘 14	27 🗘 3.8V	3.0V 👌 8	2100.8
. avo 7	22 🔷 3.2V	0.24 🗘 13	28 🗘 0. IV	1.1V Ó 7	22 0 2.7
. ovo 6	23 0 1.7V	a.av 🗘 🗤	29 🗘 0. IV	1.20 0 6	23 0 0.8
. 740 5	24 0 9.24	3.24 0 11	30 🗘 3.0V	3.20 0 3	24 0 3.8
avo 4	25 0 0.64	0.5V 🗘 IO	31 🗘 3.0V	5°0A 🖓 4	25 0 3.8
. avo 3	26 0 5.0V	6.24 0 9	32 Q 3.0V	5°0A Q 3	26 0 4.8
0405	27 6 4.24	0.2V 🗘 8	33 🗘 I. IV	0.8V 👌 2	27 0 4.2
2401	28 O 3.0V	4.24 07	34 Q 1.2V	av 5 i	28 0 4.8
		0.9V 0 6	35 0 3.2V
		4.2V 0 5	36 0 2.04
		2.70 0 4	37 0 2.04
		0. SV 0 3	38 0 3.6V
		0.ev Ô 2	39 O 3.6V