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

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CODE NO.: 38144-154-210

AKAI SERVICE MANUAL

COLOUR TV RECEIVER REMOTE CONTROL SYSTEM CHASSIS NO.: P58SC(H) & RM109 MODEL NO.: CT2125UK/AKAIX

SAFETY CAUTION:

Before servicing this chassis, it is important that the service technician reads and follows the "Safety Precaution" and "Product Safety Notice" in this Service Manual.

SPECIFICATIONS

Receiving System	PAL – I
Receiving Channel	UHF CH : 21 – 69
Channel Selection System	43 Keys Voltage Synthesizer Tuning and Remote Control
Audio Output	3W at 10% Distortion
Picture Tube	21" (54HGB99X-ITC)
Power Requirements	AC 240V , 50Hz
Power Consumption	83W
Dimensions	580(W) X 567(D) X 570(H)mm
Gross Weight	24.5Kg

For improvement purposes specification and design are subject to change without notice.

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11. APC ADJUSTMENT

1) Receive the colour bar pattern.
2) Connect TP23 to TP24 with jumper (TDA3651A).
3) Pin 1 to 6 with short (TDA3651A).
4) Control the Trimmer CV101 on the main PCB to get the colour.

12. COLOUR PURITY ADJUSTMENT

Note: Before attempting any purity adjustments, the receiver should be operated for at least fifteen minutes. The purity adjustment requires Rubber Wedge kit.
- 1) Demagnetize the picture tube and cabinet by using a degaussing coil.
- 2) Turn the CONTRAST and BRIGHTNESS controls to maximum.
- 3) Receiver the green colour pattern.
- 4) Loosen the clamp holding the yoke, and slide the yoke backward or forward to provide the vertical green belt (zone) in the picture screen.
- 5) Remove the Rubber Wedges.
- 6) Rotate and spread the tabs of the purity magnet (See Fig. 4) around the neck of the picture tube until a green belt is obtained in the centre of the screen.
  - And at the same time, centre the raster vertically by adjusting the magnet.
- Move the yoke slowly forward or backward until a uniform red screen is obtained. Tighten the clamp screw.
- 8) Check the purity of the red and bule raster.
- 9) Tighten the clamp screw of the yoke temporarily. 10)Obtain a white raster referring to "CRT WHITE BAL-
- ANCE ADJUSTMENT".
- 11)Proceed with the convergence adjustment.

13. SCREEN VOLTAGE & WHITE BALANCE ADJUSTMENT

1) PREPARATION

a. Operate the receiver at least 20 minutes before attempting the white balance adjustment.
b. Connect A.C. line and the receiver power switch sets in "ON" position.
c. Receive a black and white signal (Lion head pattern is better).
d. Set colour control to the center position.
e. Set the brightness and contrast controls to the "PP" position.
f. Set the red, blue and green drive controls to the mechanical center position.
g. Set the blue and green drive controls to the machanical center position.
h. Set the screen VR control on FBT to the minimum position (fully counter-clockwise).

i. Connect the CN201 connector as the following.

2) STEPS

a. Rotate the SCREEN control on FBT(T444) gradually clockwise until the first horizontal line appears slightly on the screen.
b. Adjust the two CUT-OFF controls to obtain the slightly lighted horizontal line in the same levels of three colours (red, green and blue). The line looks like white if the CUT-OFF controls are adjusted properly.
c. Delete the connection of CN201.
d. Adjust the blue and green drive controls to obtain the proper white-balanced picture in high light areas.
e. Set the contrast control to the minimum position and turn the brightness control slightly counterclockwise to obtain a dark gray raster. Then check the white balance in low brightness. If the white balance is not enough, repeat the steps (a - e) for correct white balance.

14. CONVERGENCE ADJUSTMENT

Note: Before attempting any convergence adjustment, the receiver should be operated at least for fifteen minutes.

1) Centre Convergence Adjustment

a. Receive crosshatch pattern with a colour bar signal generator.
b. Adjust the BRIGHTNESS and CONTRAST Controls for a well defined pattern.
c. Adjust the two tabs of the 4-pole Magnets to change the angle between them (See Fig. 3) and superimpose the red and blue vertical lines in the centre area of the picture screen (See Fig. 3).
d. Turn the both taps while at the same time keeping the angle constant and superimpose the red and blue horizontal lines at the centre of the screen (See Fig. 4).
e. Adjust two tabs of 6-pole Magnets to superimpose red/blue line and green one. Adjusting the angle affects the horizontal lines.
f. Due to the interaction between these adjustments, steps c, d and e should be repeated until the satisfactory results are obtained.

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2) Circumference Convergence Adjustment

a. Loosen the clamping screw of deflection yoke to allow the yoke to tilt.
b. Put a wedge as shown in Fig. 2 temporarily (Do not remove cover paper on adhesive part of the wedge).
c. Tilt the front of the deflection yoke up or down to obtain the better convergence in circumference (See Fig. 4). Push the mounted wedge into the space between the picture tube and yoke to fix the yoke temporarily.
d. Put other wedge into the bottom space and remove the cover paper to stick.
e. Tilt the front of the yoke right or left to obtain the better convergence in circumference (See Fig. 4).

2 POLE

f. Keep the yoke position and another wedge in either upper space. Remove the cover paper and stick the wedge on picture tube to fix the yoke.
g. Detach the temporarily mounted wedge and put it in another upper space. Stick it on this picture tube to fix the yoke.
h. After fixing three wedges, recheck overall convergence. Tighten the screw firmly to fix the yoke and check if the yoke is firm.
i. Stick 3 adhesive tabs on the wedges as shown in Fig. 2.

Figure 2. Tube Assembly

ADJUSTMENT OF MAGNETS

Figure 3. Purity and Convergence Magnets

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4-POLE MAGNETS MOVEMENT 6-POLE MAGNETS MOVEMENT Centre Convergence by Convergence Magnets

INCLINE THE YOKE UP (OR DOWN)

INCLINE THE YOKE RIGHT (OR LEFT)

Circumference Convergence by DEF. Ycke

Figure 4. Dot Movement Instructions

4. GENERAL ALIGNMENT INSTRUCTIONS

A.GENERAL

The alignment is an exacting procedure and should be undertaken only when necessary.

The test equipment specified or its equivalent is required to properly perform the alignment procedures which are outlined on the following pages. The use of equipment which does not meet these requirements may result in the inability to properly align the receiver.

It is essential that bias values as specified are maintained while the alignment to insure proper results.

B. EQUIPMENT TERMINATIONS

The alignment pads are designed for correct matching of the equipment to the circuits involved. The failure to the proper matching will result in representing the ture operation of the receiver.

The pads should be constructed as compactly as possible with all unshielded leads not being in excess of 2.5cm long.

C. SIGNAL

Since the large excessive of the sweep generator causes the overloading of receiver circuits, first, the output

of the sweep generator set to zero and then gradually increase the output until a response is obtained. Further increase changes in configuraton, for example, flattening at the top or dropping below the base line at the bottom, decrease the sweep output to restore the proper configuration.

The oscilloscope gain should be as high as possible to maintain a useable pattern with the peak-to-peak values specified, thus requiring a lower output from the sweep generator and less change of overload. Insertion of makers from the marker generator should not cause the distortion of the response.

D. TEST EQUIPMENTS

1) PAL PATTERN GENERATOR (PM5518)
2) OSCILLOSCOPE
3) DC POWER SUPPLY (DC range:0-10V,0-20V)
4) MATCHING PAD
5) PROBE (which impedance is 75 ohm)
6) DIGITAL VOLTMETER
7) BNC TO DIN JACK

8) BNC TO BNC CABLE

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1. VIF (AFT) ALIGNMENT

1) Equipment

a. Pattern generator (PM5518)
b. DC power supply
c. Digital Voltmeter

2) Setting

a. PM5518: Multiburst pattern 38.9MHz
b. DC power supply: 12V
c. Digital Voltmeter: 10V range

3) Preparation

a. Connect DC power supply to TP-12 of the Main PCB.
b. Connect Digital Voltmeter to TP-18 of the Main PCB.
c. Connect RF out of PM5518 to TP-IF of the main PCB. 4) Step

Adjust the T101 until the Digital Voltmeter is to be 6V.

2. SOUND (6.0MHz DET) ALIGNMENT

1) Equipment

Digital Voltmeter

2) Setting

Digital Voltmeter: 12V range

3) Preparation

a. Receive the colour bar pattern and insert 1KHz modulated Sound Carrier
b Connect the Digital Voltmeter to AU-OUT

4) Step

a. Adjust the T601 until the Digital Voltmeter is to be 3.8 - 4V

3. PAL COLOUR MATRIX ADJUSTMENT

1) The Using Measurer

Oscilloscope (10:1 PROBE)
2) The Adjustment Preparation
a. Receive the PAL colour demodulator pattern.
b. Connect the oscilloscope to pin 16 of PWB Main Board IC501 (TDA3561A).
c. Set the Colour, Contrast Max, Bright to the proper brightness.

3) The Adjustment

a. By turning VR501, make A consistent with B.
b. By turning T501, make C consistent with D.

4. QUADRATURE REFERENCE (DR/DB)

1) The Using Measurer

Oscilloscope (10:1 PROBE)

2) The Application Preparation

a. Receive the SECAM Philips Pattern.
b.Connect the oscilloscope probe to pin 14 of the PWB Main Board ICS502 (TDA3590A). Set the Colour/Contrast Max, Bright to the proper c brightness
Set VRS01 to the center.
3) The Adjustment
a. By adjusting TS02, make B-Y line consistent with REF LEVEL.
b. Move the oscilloscope probe to pin 13 of IC502.
c. By adjusting VR502 clockwise, make R-Y line consistent with REF LEVEL.

Before

Reference Level

After

Reference Level

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5. RM-109 REMOCON FEATURES

1. THE ILLUSTRATION OF RM-109 SYSTEM BLOCK

2. MICRO-CONTROLLER (PCA84C640P/030) TERMINALS DESCRIPTION

No.	Description	Function	No.	Description	Function
1 2 3 4 5 6 7 8 9	VTUNN VOL BRI SAT CON/HUE BAL/TON/HUE VHF-L VHF-L VHF-H AFC	tuning voltage control output volume control output brightness control output saturation control output contrast or hue control output balance,tone or hue control output band-switch VHF-low output band-switch VHF-high output analogue AFC sense input	10 11 12 13 14 15 16 17	UHF VTR AV KEYB0 KEYB1 KEYB2 KEYB3 KEYB4	band-switch UHF output VTR time contrast control output ext./int./Audio/Video source control output keyboard scan line input/output keyboard scan line input/output keyboard scan line input/output keyboard scan line input/output keyboard scan line input/output

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No.	Description	Function	No.	Description	Function
18	KEYB5	keyboard scan line input/output	33	RESETN	power-on reset input/output
19	KEYB6	keyboard scan line input/output	34	SNDI	dual/non dual language sound input
20	MDSTR	system mode strobe output	35	RMOT	remote control input
21	Vss	around supply input	36	SNDO	sound mode select output
22	RED	OSD red output			Language 1/2 control output
23	GREEN	OSD green output			Stereo/mono control output
24	BLUE	OSD blue output	37	EFFECT	Sound effect control output
25	FBL	OSD fast blanking output	38	SYSTEM	PAL/SECAM system standard control
26	H-SYNC	horizontal synchronization input			output
27	V-SYNC	vertical synchronization input			SECAM-L/L' depends on VHF-L output
28	DOSC	RC oscillator input for OSD			PAL/NTSC system standard control output
29	IDENT	horizontal coincidence input	39	SCL	I2C-bus clock signal input/output
30	TEST	test input; connected to ground	40	SDA	I2C-bus data signal input/output
31	X-TAL1	oscillator input; 10MHz crystal	41	STDBY	Standby/On control input/output
32	X-TAL2	oscillator output	42	Vdd	+5V supply voltage input

Note :

These pins are read at 'cold start', they define the configuration/options of the TV-system controlled by CTV320S. These pins can command a solenoid to switch-off AC-mains supply.

6. TDA4601 (IC801) SPECIFICATION

The integrated circuit TDA4601 or-D is designed for regulating controlling and protecting the switching transistor installed in the flyback converter power supplies. It also protects the complete SMPS by preventing an increase in the secondary voltage in case of errors. In addition to their use with TV receivers and video recorders, these ICs can be applied in power supplies of Hi-Fi sets and active speakers due to their wide operational ranges and supperior voltage stability during high load change.

1. Features

Direct control of switching transistor
Low start-up current
Reversing linear overload characteristic
Collector current proportional to base-current input
Protective circuit in the event of errors.

7. NON-VOLATILE MEMORY

2. Pin description

No	Function
1	Vref output
2	Zero-passage identification
3	Input regulating amplifier, overload amplifier
4	Collector-current simulation
5	Possible connection for additional RLD0 pro- tective circuit
6	Ground (rigidly connected to substrate RLD0 mounting plate)
7	DC voltage output for charging the RLD0 coupling capacitor
8	Pulse output, driving the switching RLD0 tran- sistor
9	Power supply

The CTV320s tuning and sound system requires 128 bytes non-volatile memory (EEPROM PCF8581A or CMOS PCF2). With such a memory the system is able to store up 40 "pre-selected" programs, the video and sound control values (option 9a). The number of programs can be extended to 90 (option 9b) by using a 256 bytes memory (EEPROM PCF8582A or CMOS PCF8570).

Application of CMOS and EEPROM non-volatile memory in CTV320S.

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8. TELETEXT SECTION

1. THE ILLUSTRATION SYSTEM BLOCK

2. INTERNAL BLOCK DIAGRAM (SAA5246P/H)

SAA5246P/H

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3. TERMINALS DESCRIPTION (SAA5246P/H)

Pin no.	Description	Function
1	VDDD	+5 V supply to the digital sections of the device.
2	OSCOUT	27MHz crystal oscillator output.
3	OSCIN	27MHz crystal oscillator input.
4	OSCGND	Crystal oscillator ground 0 V.
5	VSSA	Analogue ground 0 V.
6	REF +	Positive reference voltage for the ADC. If necessary, the pin should be connected to
		analogue +5 V via decoupling components.
7	BLACL	Video black level storage pin, connected to analogue ground via a 100µF capacitor.
8	CVBS	Composite video input pin. A positive-going 1 V peak-to-peak input is required,
	}	connected via a 100µF capacitor.
9	Iref	Reference current input pin, connected to analogue ground via a 27k ^Ω resistor.
10	VDDA	+5 V supply to the analogue sections of the device.
11	POL	STTV/LFB/FFB polarity select pin.
12	STTV/LFB	Sync to TV output pin/line flyback input pin.
		Function controlled by an internal register bit.
13	VCR/FFB	PLL time constant switch/field flyback input pin.
		Function controlled by an internal register bit.
14	VSSD	Connected to VSSD for normal operation.
15	R	Dot rate character output of the RED colour information.
16	G	Dot rate character output of the GREEN colour information.
17	В	Dot rate character output of the BLUE colour information.
18	RGBREF	DC voltage to define the output high level on the RGB pins.
19	BLAN	Dot rate fast blanking output. HIGH for text and LOW for picture.
20	COR	Programmable output to provide constant reduction of the TV picture for mixed text
		and picture displays or when viewing newsflash/subtitle pages. Open drain output.
21	ODD/EVEN	25Hz output synchronized with the CVBS input's field sync pulses to produce a non-
		interaced display by adjustment of the vertical deflection currents.
22	Y	Dot rate character output of teletext foreground colour information.
		Open drain output.
23	SCL	Serial clock input for I2C-bus. It can still be driven HIGH during power-down of the
		device.
24	SDA	Serial data port for the 12C-bus. Open drain output. It can still be driven HIGH
~		during power-down of the device.
25		Digital ground U.V.
26 - 33		Data lines for the page HAM.
34 - 46	AU - A12	Address lines for the page HAM.
4/		Output enable to the page NAM.
48	VVE:	write enable to the page KAM.
L -

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PRODUCT SAFETY NOTICE

Many electrical and mechanical parts in this chassis have special safety-related characteristics. These characteristics are often passed unnoticed by visual inspection and the protection afforded by them cannot necessarily be obtained by using replacement components rated for higher voltage, wattage, etc. The replacement parts which have these special safety characteristics are identified in this manual and its supplements;

electrical components having such features are identified by shading on the schematic diagram and the parts list. Before replacing any of these components, read the parts list in this manual carefully. The use of substitute parts which do not have the same safety characteristics in the parts list may create a shock, fire,X- radiation or other hazards.

SERVICE NOTES

1. When replacing the parts or the circuit boards, clamp the lead wires to the terminals before soldering.
2. When replacing a high wattage resistor (oxide metal film resistor) in the circuit board, keep the resistor 10mm (1/2 in) away from the circuit board.
3. Keep the wires away from high voltage or high temperature components.
4. If any fuse in this TV receiver is blown, replace it with the FUSE specified in the chassis parts list.

The lighting flash and arrowhead within the triangle is a warning sign alerting you of "dangerous voltage" inside the product.

RISK OF ELECTRIC SHOCK DO NOT OPEN

CAUSION

CAUTION : To reduce the risk of electric shock, do not remove cover (or back) no user serviceable parts inside. Refer servicing to qualified service personnel.

The exclamation point within the triangle is a warning sign alerting you of important instructions accompanying the product.

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NO SOUND (PICTURE OK)

NO VERT SCAN (ONE HORIZ.LINE RASTER)

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NO TELETEXT

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10. INSERTING FORM OF THE IMPORTANT PARTS

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11. CHASSIS REPLACEMENT PARTS LIST

RC R-COMPOSITION RD R-CARBON RF R-FUSIBLE RM R-METAL, FILM RP R-CEMENT WIRE RS R-METAL, OXIDE

NOTE : The items with "*" are usually out of stock since they are seldom required for the routine service. There may be some anticipated delay when you order these items.

S.N.A. = Service Not Available , L/C = Local Purchase

The components identified by mark '**' are critical for safety. Replace only with Supplier part number specified.

When indicating parts by location number, Please include the PWB names ( PWB = Printed Writing Board )

Loc No	Supplier Specification Parts No.		Loc No	Supplier Parts No.	Specification
	ASSY-PWB MAIN *3T30-01382-060 CT2125UK/AKAIX		R304 R305 R306 R307	31018-377-681 31018-177-203 31018-377-159 31018-177-333	RD 1/2T 680-J RD 1/8T 20K-J RD 1/2T 1.5R-J RD 1/8T 33K-J
PWB	33004-145-601 P58S(H) RESISTORS		R308 R309 R310 R311 R312	31018-177-183 31018-377-271 31018-177-153 31018-177-224 31018-177-222	RD 1/8T 18K-J RD 1/2T 270-J RD 1/8T 15K-J RD 1/8T 220K-J RD 1/8T 2.2K-J
MR002 R101 R102 R103	31018-377-122 RD 1/2T 1.2K-J 31018-177-120 RD 1/8T 12-J 31018-177-470 RD 1/8T 47-J 31018-177-122 RD 1/8T 1.2K-J		R401 **R402 R403 R404	31018-177-154 31048-176-303 31018-177-182 31018-177-824	RD 1/8T 150K-J RM 1/8T 30K-G RD 1/8T 1.8K-J RD 1/8T 820K-J
R104 R105 R107 R108 R110	31018-177-472 RD 1/8T 4.7K-J 31018-177-101 RD 1/8T 100-J 31018-177-100 RD 1/8T 10-J 31018-177-122 RD 1/8T 1.2K-J 31018-177-472 RD 1/8T 4.7K-J		R405 R406 R407 R408	31018-177-272 31018-177-220 31018-377-224 31018-177-333	RD 1/8T 2.7K-J RD 1/8T 22-J RD 1/2T 220K-J RD 1/8T 33K-J DD 1/8T 75K J
R111 R112 R113 R114	31018-177-223 RD 1/8T 22K-J 31018-177-182 RD 1/8T 1.8K-J 31018-177-332 RD 1/8T 3.3K-J 31018-177-224 RD 1/8T 2.20K-J 21018-177-224 RD 1/8T 2.20K-J		R409 R410 R411 **R412	31018-177-753 31018-177-271 31018-377-680 31059-002-010 31046-467-151	RD 1/8T 270-J RD 1/8T 270-J RD 1/2T 68-J RF 1/2P 1-J RS 1T 150-J (AUTO)
R115 R116 R118 R121	31018-177-124 RD 1/8T 120K-J 31018-177-101 RD 1/8T 100-J 31018-177-159 RD 1/8T 1.5-J 21018-177-159 RD 1/8T 1.5-J		**R415 R416 R417 R501	31046-467-102 31018-377-683 31018-177-563 31018-177-512	RS 1T 1K-J (AUTO) RD 1/2T 68K-J RD 1/8T 56K-J RD 1/8T 5.1K-J
R122 R123 R124 R202	31018-177-472 RD 1/8T 4.7K-J 31018-177-472 RD 1/8T 4.7K-J 31018-177-221 RD 1/8T 33K-J 31018-177-221 RD 1/8T 220-J		R502 R503 R504	31018-177-152 31018-177-102 31018-177-751 31018-177-751	RD 1/8T 1.5K-J RD 1/8T 1K-J RD 1/8T 750-J RD 1/8T 470-J
R204 R205 R206 R207	31018-177-102 RD 1/8T 1K-J 31018-177-750 RD 1/8T 75-J 31018-177-910 RD 1/8T 91-J 21018-177-910 RD 1/8T 91-J		R506 R507 R508 R509	31018-177-103 31018-177-102 31018-177-561 31018-177-112	RD 1/8T 10K-J RD 1/8T 1K-J RD 1/8T 560-J RD 1/8T 1.1K-J
R209 R210 **R302	31018-377-102 RD 1/2T 1K-J 31018-376-124 RD 1/2T 120K-G 31048-354-703 RM 1/2T 470K-F(S	5)	R510 R511 R512 R513 R514	31018-177-750 31018-177-750 31018-177-750 31018-177-750 31018-177-750 31018-177-750	RD 1/8T 75-J RD 1/8T 75-J RD 1/8T 75-J RD 1/8T 75-J RD 1/8T 75-J RD 1/8T 75-J

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Loc No	Supplier Specification Parts No.	Loc No	Supplier Parts No.	Specification
R515 R517 R518 R519	31018-177-750 RD 1/8T 75-J 31018-177-102 RD 1/8T 1K-J 31018-177-621 RD 1/8T 620-J 31018-177-750 RD 1/8T 75-J	R815 R816 **R821	31028-328-475 31028-328-475 31046-567-333	RC 1/2P 4.7M-K RC 1/2P 4.7M-K RS 2T 33K-J(AUTO)
R520 R521 R522 R523 R523	31018-377-124 RD 1/2T 120K-J 31018-177-561 RD 1/8T 560-J 31018-177-242 RD 1/8T 2.4K-J 31018-177-911 RD 1/8T 910-J 21018-177-511 RD 1/8T 910-J	R822 R823 R824 R825 **R829	31046-567-153 31046-567-220 31046-567-101 31059-002-130 31059-002-130	RS 2T 15K-J(AUTO) RS 2T 22-J(AUTO) RS 2T 100-J(AUTO) RF 1/2P 0.47-K RF 1/2P 0.47-K
R527 R528 R601 R602	31018-177-620 RD 1/8T 62-J 31018-177-159 RD 1/8T 1.5-J 31018-177-221 RD 1/8T 220-J 31018-177-681 RD 1/8T 680-J	R830 R831 **R832 R901 R902	31046-567-220 31028-328-334 31039-586-560 31018-177-221 31018-177-221	RS 2T 22-J(AUTO) RC 1/2T 330K-K RW 5J 56-J RD 1/8T 220-J RD 1/8T 220-J
R603 R604 R605	31018-177-472 RD 1/8T 4.7K-J 31018-177-132 RD 1/8T 1.3K-J 31018-177-182 RD 1/8T 1.8K-J	R903 R904 R905 B006	31018-177-221 31018-177-102 31018-177-102	RD 1/8T 220-J RD 1/8T 1K-J RD 1/8T 1K-J RD 1/8T 1K-J
R606 R607 R608 R609	31018-177-102 RD 1/81 120-J 31018-177-102 RD 1/8T 1K-J 31018-177-202 RD 1/8T 2K-J 31018-177-103 RD 1/8T 10K-J	R908 R909	31018-177-102 31018-177-242 31018-177-102 31018-377-151	RD 1/8T 1K-J RD 1/8T 2.4K-J RD 1/8T 1K-J RD 1/2T 150-J
R610 R611 R612 R613	31018-177-750 RD 1/8T 75-J 31018-177-750 RD 1/8T 75-J 31018-177-103 RD 1/8T 10K-J 31018-177-103 RD 1/8T 10K-J 31018-177-103 RD 1/8T 10K-J	R910 R911 R912	31018-177-331 31018-377-680 31018-377-683	RD 1/8T 330-J RD 1/2T 68-J RD 1/2T 68K-J
R615 R615 R616 R617 R618	31018-177-822 RD 1/81 7.5K-J 31018-177-822 RD 1/8T 8.2K-J 31018-177-104 RD 1/8T 100K-J 31018-177-224 RD 1/8T 220K-J 31018-177-562 RD 1/8T 5.6K-J	R914 R915 R916 **R917	31018-377-683 31046-567-153 31046-567-153 31046-567-153	RD 1/2T 68K-J RS 2T 15K-J(AUTO) RS 2T 15K-J(AUTO) RS 2T 15K-J(AUTO)
R619 **R620 R621 R622	31018-177-203 RD 1/8T 20K-J 31046-567-339 RS 2T 3.3-J(AUTO) 31018-377-479 RD 1/2T 4.7-J 31018-177-202 RD 1/8T 2K-J	R918 R919 R920 R921 RP501	31028-328-472 31028-328-472 31028-328-472 31059-004-019 31018-177-821	RC 1/2T 4.7K-K RC 1/2T 4.7K-K RC 1/2T 4.7K-K RF 2P 1.9-J RD 1/8T 820-J
R623 R625 R626 R627	31018-177-103 RD 1/8T 10K-J 31018-177-103 RD 1/8T 10K-J 31018-177-222 RD 1/8T 2.2K-J	RP502 RR01 RR02 RR03	31018-177-102 31018-177-392 31018-177-103 31018-177-683	RD 1/8T 1K-J RD 1/8T 3.9K-J RD 1/8T 10K-J RD 1/8T 68K-J
R701 R702 R704	31018-177-333 RD 1/8T 33K-J 31018-177-333 RD 1/8T 33K-J 31018-177-104 RD 1/8T 100K-J 31018-177-124 RD 1/8T 120K-J	RR04 RR05 RR06 PR07	31018-177-103 31018-177-103 31018-177-103 31018-177-472	RD 1/8T 15K-J RD 1/8T 10K-J RD 1/8T 10K-J RD 1/8T 4 7K-J
R708 R709 R720 **R801	31018-177-203 RD 1/8T 20K-J 31018-177-273 RD 1/8T 20K-J 31018-177-103 RD 1/8T 27K-J 31018-177-103 RD 1/8T 10K-J 31039-687-569 RW 7H 5.6-J	RR08 RR10 RR11	31018-177-681 31018-177-102 31018-177-202	RD 1/8T 680-J RD 1/8T 1K-J RD 1/8T 2K-J
R802 R803 R804 R805	31049-317-104 RS 3P 2.7K-J 31046-567-154 RS 2T 150K-J(AUTO) 31018-177-221 RD 1/8T 220-J 31018-177-122 RD 1/8T 1.2K-J	RR12 RR14 RR15 RR16	31018-177-512 31018-177-511 31018-177-132 31018-177-471	RD 1/8T 5.1K-J RD 1/8T 510-J RD 1/8T 1.3K-J RD 1/8T 470-J
R806 R807 R808 R809	31018-177-103 RD 1/8T 10K-J 31018-177-113 RD 1/8T 11K-J 31046-567-101 RS 2T 100-J(AUTO) 31046-467-274 RS 1T 270K-J (AUTO)	RR17 RR18 RR19 RR26 RR31	31018-177-102 31018-177-202 31018-177-302 31018-177-124 31018-177-333	RD 1/81 1K-J RD 1/8T 2K-J RD 1/8T 3K-J RD 1/8T 120K-J RD 1/8T 33K-J
R811 R812 R813 **R814	31018-177-104 RD 1/8T 100K-J 31018-377-688 RD 1/2T 0.68-J 31018-177-101 RD 1/8T 100-J 31039-586-390 RW 5J 39-J	RR32 RR37 RR38 RR39	31018-177-222 31018-177-181 31018-177-222 31018-177-223	RD 1/8T 2.2K-J RD 1/8T 180-J RD 1/8T 2.2K-J RD 1/8T 22K-J

-18-

Page 16

			······································
	Loc No	Supplier Parts No.	Specification	Loc No	Supplier Parts No.	Specification
	RR40 RR41	31018-177-181 31018-177-221	RD 1/8T 180-J RD 1/8T 220-J	C107 C108 C111	31607-401-500 31417-109-140 31607-402-230	CE04W TAPG 16V 470M-M(SG CK45 TAPG F 50V 103-Z CE04W TAPG 50V 3.3M
	RR42 RR43 RR44 RR45	31018-177-181 31018-177-102 31018-177-272 31018-177-272 31018-177-101	RD 1/8T 180-J RD 1/8T 1K-J RD 1/8T 2.7K-J RD 1/8T 100-J	C112 C113 C116 C117	31507-127-012 31607-401-470 31507-127-025 31507-127-008 31507-127-011	EVQB1 H 104J-F3/2E 63V 1 CE04W TAPG 16V 100M VENT ECQ-V1H 334J Z3/2E 63V 3 ECQ B1 H 223J F3 ECQ B1H 683J F3/2E 63V 6
	RR46 RR47 RR48 RR49 RR50	31018-177-101 31018-177-101 31018-177-103 31018-177-103 31018-177-272	RD 1/8T 100-J RD 1/8T 100-J RD 1/8T 100-J RD 1/8T 10K-J RD 1/8T 2.7K-J	C118 C119 C120 C122 C124	31607-401-500 31607-902-250 31607-402-070 31607-401-470	CE04W TAPG 16V 470MM(SG CE04W TAPG 50V 0.22M CE04W TAPG 35V 22M CE04W TAPG 16V 100M VENT
*1	RR51 RR52 RR53 RR54 RR55	31046-567-271 31018-177-101 31018-177-332 31018-177-332 31018-177-222	RS 2T 270-J(AUTO) RD 1/8T 100-J RD 1/8T 3.3K-J RD 1/8T 3.3K-J RD 1/8T 2.2K-J	C125 C202 C203 C204 C205	31507-127-024 31417-109-140 31607-402-530 31607-401-470 31607-402-530	ECQ-VIH 224J 23/2E 63V 2 CK45 TAPG F 50V 103-Z CE04W TAPG 50V 0.47U-NP CE04W TAPG 16V 100M VENT CE04W TAPG 50V 0.47U-NP
	RR56 RR57 RR58 RR59 RR61	31018-177-223 31018-177-221 31018-177-470 31018-177-223 31018-177-101	RD 1/8T 22K-J RD 1/8T 220-J RD 1/8T 47-J RD 1/8T 22K-J RD 1/8T 100-J	C206 C207 C208 C209 C301	31507-127-008 31507-127-025 31407-105-700 31519-003-020 31519-101-110	ECQ B1 H 223J F3 ECQ-V1H 334J Z3/2E 63V 3 CC45(T) CH 50V 151-J CFS922M 400V 0.1-K DSR 50V 0.22U-J
	RR62 RR63 RR64 RR65 RR66	31018-177-103 31018-177-222 31018-177-102 31018-177-102 31018-177-102	RD 1/8T 10K-J RD 1/8T 2.2K-J RD 1/8T 1K-J RD 1/8T 1K-J RD 1/8T 1K-J RD 1/8T 1K-J	C302 C303 C304 C305 C306	31507-127-003 31507-127-011 31507-127-012 31609-904-332 31607-402-220	ECQ B1 H 332J F3 ECQ B1H 683J F3/2E 63V 6 EVQB1 H 104J-F3/2E 63V 1 CE04W 25V 3300u CE04W TAPG 50V 2.2M
	RR67 RR68 RR69 RR70 RR71	31018-177-102 31018-177-102 31018-177-102 31018-177-102 31018-177-102 31018-177-102	RD 1/8T 1K-J RD 1/8T 1K-J RD 1/8T 1K-J RD 1/8T 1K-J RD 1/8T 1K-J RD 1/8T 1K-J	C307 C308 C309 C310 C313	31607-402-290 31607-402-480 31607-402-250 31507-127-022 31507-127-023	CE04W TAPG 50V 100M-M(SG CE04W TAPG 50V 47-W(+20- CE04W TAPG 50V 10M ECQ B1 H 513J F3 ECQ B1 H 122J F3 ECQ B1 H 122J F3
		VARIABLE RESI	STORS	**C401	31519-101-100	DSR 50V 0.0027 U-J
	RVR01 VR101 VR201 VR301 VR303	31249-128-011 31249-128-002 31249-128-011 31249-128-004 31249-128-005	EVN-DJA A03 B500 EVN-DJA A03 B20K EVN-DJA A03 B500 EVN-DJA A03 B1K EVN-DJA A03 B5K	C402 C403 C404 C405 C407	31607-402-240 31507-127-011 31417-104-270 31507-127-000 31507-127-012	ECQ B1H 683J F3/2E 63V 6 CK45 TAPG B 50V 681-K ECQ B1 H 102J F3 EVQB1 H 104J-F3/2E 63V 1
	VR304 VR401 VR402 VR501 VR801	31249-128-005 31249-128-001 31249-128-008 31249-128-003 31249-128-003 31249-128-005	EVN-DJA A03 B5K EVN-DJA A03 B10K EVN-DJA A03 B50K EVN-DJA A03 B2K EVN-DJA A03 B5K	C408 C409 C410 **C411 C412	31507-127-001 31507-127-006 31417-344-222 31519-400-005 31417-767-331	ECQ B1 H 152J F3 ECQ B1 H 103J F3 CK45 TAPG F 50V 222-Z CFS 922M 1600V 0.0072-J CK45(T) B2KV 331-K
	VR901 VR902 VR903 VR904 VR905	31249-128-004 31249-128-004 31249-128-004 31249-128-005 31249-128-005 31249-128-005	EVN-DJA A03 B1K EVN-DJA A03 B1K EVN-DJA A03 B1K EVN-DJA A03 B5K EVN-DJA A03 B5K	C414 C416 C418 **C419 C501	31607-402-710 31607-403-070 31607-403-450 31509-335-190 31507-127-012	CE04W TAPG 35V 1000M-M CE04W TAPG 100V 68M-M CE04W TAPG 250V 1M CQ922M 200V 0.43M-J EVQB1 H 104J-F3/2E 63V 1
		CAPACITORS		C502 C503	31607-401-510 31417-104-400	CE04W TAPG 16V 1000U-M CK45 TAPG B 50V 102-K
	C101 C103 C104	31417-109-140 31407-105-180 31417-109-140 31407-105-280	) CK45 TAPG F 50V 103-Z ) CC45(T) CH 50V 220-J ) CK45 TAPG F 50V 103-Z ) CC45(T) CH 50V 560-J ) CC45(T) CH 50V 560-J	C504 C505 C506	31507-127-024 31507-127-008 31407-105-660 31407-105-660	ECQ-V1H 224J Z3/2E 63V 2 ECQ B1 H 223J F3 CC45(T) CH 50V 101-J
	C104 C105 C106	31407-105-280 31417-109-140 31417-109-140	) CK45 TAPG F 50V 103-Z ) CK45 TAPG F 50V 103-Z	C510 C511 C512	31607-402-220 31507-127-024 31607-402-240	CE04W TAPG 50V 2.2M ECQ-V1H 224J Z3/2E 63V 2 CE04W TAPG 50V 4.7M

Page 17

Loc No	Supplier Parts No.	Specification	Loc No	Supplier Parts No.	Specification
C513 C515 C516 C517	31607-402-480 31507-127-012 31607-402-240 31507-127-012	CE04W TAPG 50V 47-W(+20- EVQB1 H 104J-F3/2E 63V 1 CE04W TAPG 50V 4.7M EVQB1 H 104J-F3/2E 63V 1	C825 C827 C828 C829 C832	31607-401-720 31417-767-331 31607-401-770 31607-401-510 31607-401-140	CE04W TAPG 25V 1000M-M CK45(T) B2KV 331-K CE04W TAPG 25V 2200M-M(S CE04W TAPG 16V 1000U-M CE04W TAPG 6.3V 1000M-M
C518 C519 C520 C521 C522 C523	31507-127-012 31507-127-012 31507-127-012 31507-127-012 31507-127-012 31607-402-210	EVQB1 H 104J-F3/2E 63V 1 EVQB1 H 104J-F3/2E 63V 1 EVQB1 H 104J-F3/2E 63V 1 EVQB1 H 104J-F3/2E 63V 1 EVQB1 H 104J-F3/2E 63V 1 EVQB1 H 104J-F3/2E 63V 1 CE04W TAPG 50V 1M	C833 C834 C835 C836 C901	31417-767-331 31607-402-110 31507-127-006 31417-109-140 31407-047-121	CK45(T) B2KV 331-K CE04W TAPG 35V 220M-M ECQ B1 H 103J F3 CK45 TAPG F 50V 103-Z CC45 TAPG RH 50V 121-J
C524 C525 C526 C535 C601	31607-402-210 31607-402-550 31417-109-140 31407-105-300 31407-105-260	CE04W TAPG 50V 1M CE04W 50V 6.8U-M CK45 TAPG F 50V 103-Z CC45(T) CH 50V 680-J CC45(T) CH 50V 470-J	C902 C903 C904 C905 C907	31407-105-660 31407-105-660 31607-403-450 31417-767-102 31417-104-250	CC45(T) CH 50V 101-J CC45(T) CH 50V 101-J CE04W TAPG 250V 1M CK45(T) B2KV 102-K CK45 TAPG B 50V 471-K
C602 C603 C604 C605 C606	31407-105-260 31417-109-220 31607-401-460 31417-109-220 31507-127-008	CC45(T) CH 50V 470-J CK45 TAPG F 50V 223-Z CE04W TAPG 16V 47M CK45 TAPG F 50V 223-Z ECQ B1 H 223J F3	C908 C909 CP01 CP02 CV01	31417-104-250 31417-104-250 31417-109-140 31407-105-700 31829-105-610	CK45 TAPG B 50V 471-K CK45 TAPG B 50V 471-K CK45 TAPG F 50V 103-Z CC45(T) CH 50V 151-J TZ03P 450E
C607 C608 C609 C610 C611	31507-127-010 31607-402-210 31607-402-530 31607-402-530 31607-402-250	ECQ BIH 473J F3/2E 63V 4 CE04W TAPG 50V 1M CE04W TAPG 50V 0.47U-NP CE04W TAPG 50V 0.47U-NP CE04W TAPG 50V 0.47U-NP	RC01 RC02 RC03 RC04 RC05	31507-127-001 31507-127-025 31507-127-025 31417-109-140 31607-402-200	ECQ B1 H 152J F3 ECQ-V1H 334J Z3/2E 63V 3 ECQ-V1H 334J Z3/2E 63V 3 CK45 TAPG F 50V 103-Z CE04W TAPG 50V 0.47M
C612 C613 C614 C615 C615	31607-402-210 31507-127-012 31507-127-002 31507-127-016 31607-402-070	CE04W TAPG 50V 1M EVQB1 H 104J-F3/2E 63V 1 ECQ B1H 222J F3 ECQ B1 H 472J F3 CE04W TAPG 35V 22M	RC06 RC07 RC08 RC09 RC10	31607-402-200 31607-402-240 31507-127-012 31407-105-280 31607-401-450	CE04W TAPG 50V 0.47M CE04W TAPG 50V 4.7M EVQB1 H 104J-F3/2E 63V 1 CC45(T) CH 50V 560-J CE04W TAPG 16V 33M
C617 C618 C620 C621	31607-401-770 31507-127-006 31607-402-110 31507-127-002	CE04W TAPG 25V 2200M-M(S ECQ B1 H 103J F3 CE04W TAPG 35V 220M-M ECQ B1H 222J F3 CE04W TAPG 50V 10M	RC11 RC12 RC13 RC14 RC15	31507-127-000 31607-401-470 31507-127-012 31607-402-250 31607-401-470	ECQ B1 H 102J F3 CE04W TAPG 16V 100M VENT EVQB1 H 104J-F3/2E 63V 1 CE04W TAPG 50V 10M CE04W TAPG 16V 100M VENT
C623 C701 C801 C802 C803 C804 C805	31607-402-230 31417-109-140 31569-204-190 31569-204-190 31467-502-220 31467-502-220 31467-502-220	CE04W TAPG 50V 10M CK45 TAPG F 50V 103-Z 250V 0.47M/KNB 1530 250V 0.47M/KNB 1530 CK45P TAPG E250V 222-Z(1 CK45P TAPG E250V 222-Z(1 CK45P TAPG E250V 222-Z(1	RC16 RC17 RC20 RC22 RC35 RC36	31607-401-470 31407-105-700 31407-048-820 31417-109-140 31417-109-100 31417-104-400	CE04W TAPG 16V 100M VENT CC45(T) CH 50V 151-J CC45(T) RH 50V 820-K CK45 TAPG F 50V 103-Z CK45 TAPG F 50V 102-Z CK45 TAPG B 50V 102-K
C806 C807 C808 C809 C810	31467-502-220 31606-403-780 31607-401-470 31407-105-700 31509-332-000	CK45P TAPG E250V 222-Z(1 CE04W 400V 100M-M(LIG)R CE04W TAPG 16V 100M VENT CC45(T) CH 50V 151-J CQ922M 100V 0.0082-J	DZ824 IC101 IC201 IC501 IC601	I C 32119-103-060 32119-102-250 32119-110-000 32119-103-360 32109-410-270	UPC574J TDA8305 KA2186 TDA3561A/N8 TC4066BP
C811 C812 C813 **C814 C816	31607-402-250 31507-127-004 31607-401-470 31509-391-090 31417-901-660	CE04W TAPG 50V 10M ECQ B1 H 562J F3 CE04W TAPG 16V 100M VENT CQ922M 1600V 0.0022-J CK45(T) B1KV 222-K	IC803 RIC01 RIC02	32117-401-110 32109-110-021 32109-201-430 TRANS I STORS	MC7805C (AUTO) PCA84C640P/030 PCF8582 AP
C817 C818 C819 C823 C824	31607-401-680 31469-504-060 31469-504-060 31417-767-331 31609-403-140	CE04W TAPG 25V 100U ECK-DNS472MEX/E400V 472( ECK-DNS472MEX/E400V 472( CK45(T) B2KV 331-K CE04W 160V 220U-M	Q101 Q201 **Q401 Q601 Q602	32137-301-090 32137-301-720 32137-301-560 32137-301-720 32137-301-720	2SC388ATM(TAPG) KSC 815-Y(TAPG) KSC 2331-Y(TAPG) KSC 815-Y(TAPG) KSC 815-Y(TAPG)

Page 18

	Loc No	Supplier Parts No.	Specification		Loc No	Supplier Parts No.	Specification
	Q603	32137-301-720	KSC 815-Y(TAPG)	Γ		THERMISTOR
	Q701 Q702	32137-301-720 32137-301-720	KSC 815-Y(TAPG) KSC 815-Y(TAPG)	*	*P802	32189-102-030	P2462-J29/J29-P190-A20
*:	≠Q802	32137-401-330	KSD 288-Y (AUTO)			POSISTOR
	Q901	32149-301-190	2SC2068	*	*P801	32189-605-500	PTH45 A102BG180N270
	Q902 Q903	32149-301-190 32149-301-190	2SC2068 2SC2068			MODULE-REMOCOL	4
	Q904 RQ01	32137-301-720 32137-301-720	KSC 815-Y(TAPG) KSC 815-Y(TAPG)		PA01	32199-411-006	LTM 9034
	RQ08	32137-301-720	KSC 815-Y(TAPG)			LED
	RQ10 RQ10	32137-301-720	KSC 815-1(TAPG) KSC 815-Y(TAPG)		LD01	32309-110-230	DS2 (DL-ILR)/SL-5R
	RUII	52157-501-500	NOC 2001-1(1ALC)			COILS
	D201 D302 D401	32167-201-070 32167-201-170 32167-201-160	1N4003 TAPG TVR10G(TAPG) TVR06G(TAPG)		D-COIL L102 L103 L200	32479-029-210 32429-020-010 32429-904-580 32427-805-110 32427-803-130	9.3RT25L2300 0.5UH-K 1.5UH-K 1UH-M 10UH-K TAPG
	D402 D404	32167-201-160	1N4003 TAPG		1403	32429-805-980	6800UH-K
	D501 D502 D503 D506	32167-406-480 32167-101-130 32167-406-480 32167-406-480 32167-406-480	1N4148 TAPG 1K34A (TAPG) 1N4148 TAPG 1N4148 TAPG		L403 L404 L405 L501 L502	32449-705-020 32449-411-110 32427-803-410 32427-803-410	DS48-157UH 350UH 8.2UH-M 8.2UH-M
	D507	32167-406-480	IN4148 TAPG		L503	32427-822-010	15UH-J TAPG
	D508 D601 D602 D701	32167-406-480 32167-406-480 32167-401-800 32167-406-480	IN4148 TAPG IN4148 TAPG EQA02-06A/MT7.5.6B(TAPG) IN4148 TAPG		L801 L802 L803	32429-633-090 32429-226-080 32429-226-160	39MHX2(U) 1UH-K 4.7UH-K
	D702 D703 D704	32167-406-480 32167-406-480 32167-406-480	1N4148 TAPG 1N4148 TAPG 1N4148 TAPG		L824 L901 L902	32499-008-010 32429-039-090 32499-003-010	43UH 170UH-K 12UH K-16
	D801 D802	32167-201-180	M100J(TAPG) M100J(TAPG)		-	DELAY-LINE
	D803	32167-201-180	M100J(TAPG) M100J(TAPG)		DL501 X201	32469-010-120 32469-200-000	ADL-CP144E CDL471P
	D805	32167-208-550	ERC24-06 ERC24-06			TRANS
	D807 D808	32167-406-480 32167-208-550	IN4148 TAPG ERC24-06	*	T101 *T401	32717-513-800 32849-070-002 32709-024-260	38.9MHZ(S60) 7.3MH/105UH 4MHZ
	D809 D821 D822	32167-208-550 32167-208-550 32167-208-550	ERC24-06 ERC24-06 ERC24-06	\|\|+	T601 *T801	32729-601-020 32899-002-405	5.5MH% P:160-260 S:125/18/12V
	D823 D7807	32167-208-550	ERC24-06 EQA02-06D/MTZ6.2B(TAPG)			TRANS-FLY BAC	К
	J107	32167-406-480	1N4148 TAPG	\|\|+	*T444	32859-200-000	FCM-20A015
	RD02 RD03	32167-406-480	1N4148 TAPG 1N4148 TAPG		x	CRT-SOCKET
	RD04 RD05	32167-406-480 32167-406-480	) 1N4148 TAPG ) 1N4148 TAPG		V999A	33359-063-620	HF-29.1A
Į	RD06	32167-406-480	1N4148 TAPG			CORE-FERRITES	5
	RD07 RD08 RD09	32167-401-800 32167-401-800 32167-401-800	) EQA02-06A/MTZ5.6B(TAPG) ) EQA02-06A/MTZ5.6B(TAPG) ) EQA02-06A/MTZ5.6B(TAPG)		L804 L805	34047-019-060 34047-019-060	3.5X6X1.0 3.5X6X1.0
	RD10	32167-401-800	EQA02-06A/MTZ5.6B(TAPG)			SPEAKER
				٦L			·····

Page 19

X-RADIATION PRECAUTION

1. The excessive high voltage can produce potentially hazardous X- RADIATION. To avoid such hazards, the high voltage must not exceed the specified limit. The norminal value of the high voltage of this receiver is 24.0KV at zero beam current (minimum brightness). The high voltage must not, under any circumstances, exceed 30KV. Each time a receiver requires servicing and the high voltage should be checked following the HIGW VOLTAGE CHECK procedure in this manual. It is recommended that the reading of the high voltage should be recorded as a part of the service record. It is important to use an accurate and reliable high voltage meter. This receiver is equipped with a Fail Safe (FS)circuit which prevents the receiver from producing an excessively high voltage even if

the B⁺ voltage increases abnormally. Each time the receiver is serviced, the FS circuit must be checked to determine that if the circuit is properly functioning, following the FS CIRCUIT CHECK procedure in this manual.

The only source of X-RADIATION is this TV receiver. It is the picture tube. For continued X-RADIATION protection, the replacement tube must be exactly the same type as specified in the parts list.
Some parts in this receiver have special safety related characteristics for X-RADIATION protection. For continued safety, the parts replacement should be undertaken only after referring to the PRODUCT SAFETY NOTICE.

SAFETY PRECAUTION

Warning : The serivce should not be attempted by anyone unfamiliar with the necessary precautions in this receiver. The followings are the necessary precautions to be observed before servicing.

Since the chassis of this receiver is directly connected to the AC power line-(Hot chassis) ,an isolation transformer should be used during any dynamic service to avoid possible shock hazards. 1. Always discharge the picture tube anode to the CRT

conductive coating before handling the picture tube. The picture tube is highly evacuated and if broken, the glass fragments will be violently expelled. Use shatterproof goggles and keep the picture tube away from the bare body during a handling.
When replacing a chassis in the cabinet, it is always certain that all the protective devices are put back in place, such as non - metallic control knobs, insulating covers, shields, isolation resistor-capacitor network, etc.
3. Before returning the set to the customer, always perform an AC leakage current check on the exposed metallic parts of the cabinet, such as antennas, terminal, screwheads, metal overlays control shafts, etc. To be sure the set is safe to operate without danger of electrical shock. Plug the AC line cord directly to the AC outlet (do not use a line isolation transformer during this check). Use an AC voltmeter having 5000 ohm per volt or more sensitivity in the following manner. Connect a 1500 ohm 10 watt resistor, paralleled by a 0.15 uF. AC type capacitor, between a good earth ground (water pipe, conduit etc.) and the exposed metallic parts, one at a time. Measure the AC voltage across the combination of 1500 ohm resistor and 0.15 uF capacitor. Reverse the AC plug at the AC outlet and repeat the AC voltage measurements for each exposed metallic part. The measured voltage must not exceed 0.3 volts RMS. This corresponds to 0.2 milliamp AC. Any value exceeding this limit constitutes a potential shock hazard and must be corrected immediately.

Figure 1. AC Leakage Current Check

Page 20

- 24 -

Page 21

CT2125K/AKAIX

The items with "*" are usually out of stock since they are seldom required for the routine service. There may be some anticipated delay when you order these items. *** S.N.A = SERVICE NOT AVAILABLE. ***

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Page 22

SEMICONDUCTOR BLOCK DIAGRAM

1. PAL/SECAM-TRANSCODER (TDA3590)

3. CHROMA

4. PIF.SIF.H

2. POWER CONTROL(TDA4601)

Page 23

3. CHROMA DECORDER(TDA3562A)

4. PIF. SIF. H-OSC V-RAMP. COIN. SAND-GEN (TDA8305)

Page 24

SCHEMATIC DIAGRAM P58SC (H)

Page 25

Page 26

Page 27

Page 28

For Safe Use

1. Read all of these instructions
2. Save these instructions for later use
3 Unplug this television receiver from the wall outlet before cleaning. Do not use liquid cleaners or aerosol cleaning

4. Do not use attachments not rec by the television receiver manufacturer as they may cause hazards.
5 Do not use this television receiver near water for example, near a bathtub, washbowl kitchen sink, or laundry tub, in a wet basement or near a swimming pool, etc.
6 Do not place this television receiver on an unstable cart, stand, or table. The television receiver may fall, causing serious injury to a child or on adult, and serious damage to the appliance. Use only with a cart or stand recommended by the manufacturer, or sold with the television receiver. Wall or shelf mounting should follow the manufacturer's instructions and should use a mounting kit approved by the manufacturer.
7. Slots and openings in the cabinet and the back or bottom are provided for ventilation. and to insure reliable operation of the television receiver and to protect it from overheating, these openings must not be blocked or covered. The openings should never be blocked by placing the television receiver should not be placed in a built-in installation such as a bookcase unless proper ventilation is provided.
8 This television receiver should be op only from the type of power source indicated on the marking label. If you are not sure of the type of power supplied to your home. consult your television dealer or local power complany For television receivers designed to operated from battery power rerefer to the operating instructions.

9. This television receiver is equipped with a polarized alternating-current line plug (a plug having one blade wider than the other.) This plug will fit the power outlet only one way. This is a safety feature. If you are unable to insert the plug fulli into the outlet. try reversing the plug. If the plug should still fail to fit, contact your electrician to replace your obsolete outlet. Do not defeat the safety purpose of the polarized plug.

If your television receiver has a threewire grounding-type plug, please note the follow-

ing This television receiver is equipped with a 3-wire grounding type plug (a plug having a third (grounding) pin). This plug will only fit into a grounding type power outlet. This is a safety feature. If you are una ble to insert the plug into the outlet, contact your electrician to replace your obsolete outlet. Do not defeat the safety purpose of the arounding plug

10. Do not allow anything to rest on the pow cord. Do not locate this television receiver where the card will be abused by persons walking on it.

11. Follow all warnings and instructions marked on the television receiver.
12. If an outside antenna is connected to the television receiver, be sure the antenna system is grounded so as to provide some protection against voltage surges and built up static charges. Section 810 of the National Electrical Code, NFPA No. 70-1975, provides information with respect to proper amunding of the mast and supporting structure, grounding of the lead-in wire to an antenna discharge unit, size of grounding conductors, location of antennadicharge unit, connection to grounding electrodes, and requirements for the arounding electrode. See Figure 1.

No. 17 AWG (1.0mm²) copperciad steel or bronze wire, or larger, as a ground wire. b. Secure antenna lelad-in and ground-
wires to house with stand-off insulators spaced from 4-6 feet (1.22-1.83m) apart.
as possible to where lead-in enters house
d. Use jumper wire not smaller than No. 6 AWG (13.3mm²) copper, or the equivalent, when a separate antennagrounding electrode is used.

Page 29

AND WAVEFORMS

" from point shown to chassis ground, line bar signal.

'v ±20%.

epresentative only.

using a wide band oscilloscope and a low

IGHTNESS.CONTRAST.and COLOUR controls for

•9 a standard colour bar signal.

EXPRESSION

1. Resistance is shown ohm K=1,000 M=1,000,000
Resistance is shown think in a 1,000 mm 1,000 mm 1,000,000 Unless otherwise noted in schematic all capacitor values less than 1 are expressed in mfd, the values more than 1 in pf.
3. Unless otherwise noted in schematic all inductor values areexpressed in uH, and the values less than 1 in mH
Values less than 1 to no. According to the Model's name, it may be impossible to apply and to change the "*" Marking on Schematic Diagram.

NOTE

The circuits are subject to change without notice to improve the picture quality.

Page 30

PWB-TRANSMITTER

SECAM-D/K SIF CONVERTER

EXPRESSION

Resistance is shown ohm K=1,000 M=1 000 000

Resistance is snown onm n=1,000 m=1,000,000 Unless otherwise noted in schematic all capacitor values less than 1 are expressed in mfd, the values more than 1 in pF. in mind, the values more than i miller. Unless otherwise noted in schematic all inductor values areexpressed in uH, and the

values less than 1 in mm. According to the Model's name, It may be impossible to apply and to change the "* Marking on Schematic Diagram.

NOTE

The circuits are subject to change without notice to improve the picture quality.

Page 31

PWB-MAIN

Page 32

Page 33

TELETEXT SCHEMATIC - DIAGRAM

Page 34

Page 35

Page 36

Page 37

13. For added protection for this television receiver during a lightening storm, or when it is left unattended and unused for long periods of time, unplug it from the wall outlet and disconnect the antenna. This will prevent damage to the receiver due to lightning and power-line surges.
14. An outside antenna system should not be located in the vicinity of overhead power lines or other electric light or power circuits, or where it can fall into such power lines or circuits. When installing an outside antenna system extreme care should be taken to keep from touching such power lines or circuits as contact with them might be fatal.
Do not overload wall outlets and extension cords as this can result in fire or electric shock.
16. Never push objects of any kind into this television receiver through cabinet slots as they may touch dangerous voltage points or short out parts that could result in a fire or electric shock. Never spill liquid of any kind on the television receiver.

17. Do not atempt to service this television receiver yourself as opening or removing covers may expose you to dangerous voltage or other hazards. Refer all servicing to qualified service personnel.
Unplug this television receiver from the wall outlet and refer servicing to qualified service personnel under the following conditions:
a. When the power cord or plug is damaged or fraved.
b. If liquid has been spilled into the television receiver.
c. If the television receiver has been exposed to rain or water.
d. If the television receiver does not operate normally by following the operating instructions. Adjust only those controls that are covered by the operating instructions as improper adjustment of other controls may result in damage and will often require extensive work by a qualified technician to restore the television receiver to normal operation.

e. If the television receiver has been dropped or the cabinet has been damaged
f. When the television receivers exhibits a distinct change in performance-this indicates a need for service.
When replacement parts are required, be sure the service technician has used replacement parts specified by the manufacturer that have the same characteristics as the original part. Unauthorized substitutions may result in fire, electric shock, or other hazards.
20. Upon completion of any service or repairs to this television receiver, ask the service technician to perform routine safety checks to determine that the television is in safe operating condition.
Television equipment and car combination should be moved with care. Quick stops, excessive force, and uneven surfaces may cause the equipment and cart combination to overturn.

Page 38

———— TABLE OF CONTENTS –

1. INSTRODUCTION	1
2. CHASSIS BLOCK DIAGRAM	2
3. INSTALLATION AND SERVICE ADJUSTMENTS
1. General informations	3
2. Automatic Degaussing	3
3. High Voltage Check	3
4 B+ (+125V) Adjustment	3
5 Horizontal Oscillator Adjustment	3
6 Horizontal Phase Adjustment	3
7 Vortical Height Adjustment	3
9. Vertical Linearity Adjustment	3
6. Venical Lineanty Aujustment	2
9. Focus Adjustment	2
	3
11. APC Adjustment	4
12. Colour Purity Adjustment	4
13. Screen Voltage & White Balance Adjustment	4
14. Convergence Adjustment
1) Center Convergence Adjustment	4
2) Circumference Convergence Adjustment	5 - 6
4. GENERAL ALIGNMENT INSTRUCTIONS
1. VIF (AFT) Alianment	7
2. Sound (6.0MHz) Alianment	7
3. PAL Colour Matrix Adjustment	7
4. Quadrature Reference (DR/DB)	7

5. RM-109 REMOCON FEATURES
1 The Illustration of RM-109 System Block	8
2 Micro-Controller (PCA84C640P/030) Terminals Description	8-9
	•••
6. TDA4601 (IC801) SPECIFICATION	9

7. NON-VOLATILE MEMORY	9

8. TELETEXT SECTION
1. The Illustration System Block	10
2. SAA 5246 Pin Diagram	10
3. Terminals Description (SAA 5246P/H)	11
9 TROUBLE SHOOTING CHARTS	12 - 15

10. INSERTING FROM OF THE IMPORTANT PARTS	16
11 CHASSIS REPLACEMENT PARTS LIST	17 - 23
	20
12. EXPLODED-VIEW	24 - 25

13. SCHEMATIC DIAGRAM	26
14. PWB PATTERN AND LOCATION	27

Page 39

1. INTRODUCTION

1. IC Line up


KA2186 CD4066BCN TDA8305 TDA3561A TDA3590A KA2131 PCA84C640P/030 35C72 TDA4601 SAA5246P/E KS74HCTLS241	IC201 IC601 IC101 IC501 ICS502 IC301 RIC101 RIC102 IC801 TIC01 TIC02
PCF84C81P/039	TIC03 TIC04	OPTION OPTION
	A2186 D4066BCN DA8305 DA3561A DA3590A A2131 CA84C640P/030 5C72 DA4601 AA5246P/E S74HCTLS241 CF84C81P/039 M6264AP-10	A2186 IC201 D4066BCN IC601 DA8305 IC101 DA3561A IC501 DA3590A ICS502 A2131 IC301 CA84C640P/030 RIC101 5C72 RIC102 DA4601 IC801 AA5246P/E TIC01 S74HCTLS241 TIC03 M6264AP-10 TIC04

2. Means of Components Number Series

100 series Tuner/IF/AFT/AGC processing.	800 series AC input, power supply circuits.
200 series Video/Luminance/Sync processing.	900 series 12V regulator, 5V regulator, CRT drive circuits.
300 series Vertical deflection.	RR, RQ, RC, RIC series Remocon section.
400 series Horizontal deflection.	SR, SQ, SC, SIC series Video/Chroma switching section.
500 series Chroma processing.	TR, TQ, TC, TIC series TTX processing.
600 series Sound processing.

3. Abbreviation

ABCL	; Automatic Brightness Contrast Limitting	IFT	; Intermediate Frequency Trans
AC	; Alternating Current	LLD	; Low Level Detector
ACC	; Automatic Color Control	LPF	; Low Pass Filter
AFC	; Automatic Frequency Control	MTS	; Multi Television Sound
AFT	; Automatic Fine Tuning	NFB	Negative Feed Back
AGC	; Automatic Gain Control	NTSC	; National Television System Comittee System
AM	; Amplitude Modulation	NVRAM	; Non-Volatile Random Access Memory
APC	; Automatic Phase Control	OSD	; On Screen Display
APL	; Average Picture Level	PAL	; Phase Alternating by Line System
AVC	; Automatic Volume Control	PCM	; Pulse Coded Modulation
BPF	; Band Pass Filter	PIF	; Picture Intermediate Frequency
CTI	; Colour Transient Improvement	PLL	; Pulse Locked Loop
DAC	; Digital Analog Converter	PWM	; Pulse Width Modulation
DB	; Decibel	RAM	; Random Access Memory
DC	; Direct Current	RF	; Radio Frequency
DIP	; Dual-in-line Package	SAW	; Surface Acoustic Wave
DY	; Deflection York	SCL	; Serial Clock Line
D/A	; Digital to Analog	SDA	; Serial Datat Access Line
F.B	; Fast Blanking	SIF	; Sound Intermediate Frequency
FBT	; Flyback Trans	SOPT	; Sound Output Pulse Frequency
FM	; Frequency Modulation	SRPP	; Shunt Regulated Push Pull
HDT	; Horizontal Drive Trans	S/N	; Signal Noise
IÇ	; Integrated Circuit	TTE	; Triple Transit Echo
ľС	; Inter Integrated Circuit	VCXO	; Voltage Controlled X'tal Oscillation
IF	; Intermediate Frequency		-

Page 40

2. CHASSIS BLOCK DIAGRAM

Page 41

3. INSTALLATION AND SERVICE ADJUSTMENTS

1. GENERAL INFORMATIONS

All adjustments are thoroughly checked and corrected when the receiver leaves the factory. Therefore, the receiver should operate normally and produce proper colour and B/W picture upon installation.

However minor service adjustments may be required depending on the particular location in which the receiver is operated. This receiver is shipped completely in cardboard carton. Carefully draw out the carton and remove all the packing materials. Plug the power cord into two convenient pin power outlet. Turn on the receiver and adjust the fine tuning for the best picture detail.

Check and adjust all the customer controls such as BRIGHTNESS, CONTRAST and COLOUR Controls to obtain the natural colour or B/W picture.

2. AUTOMATIC DEGAUSSING

A degaussing coil is mounted around the picture tube so that external degaussing after moving the receiver is normally unnecessary, providing the receiver is properly degaussing upon installation. The degaussing coil operates for about 1 second after the power to the receiver is switched ON.

If the set is moved or faced in a different direction, the power switch must be switched off at least 10 minutes in order that the automatic degaussing circuit operates properly.

Should the chassis or parts of the cabinet become magnetized and cause the poor colour purity, use an external degaussing coil. Slowly move the degaussing coil around the face-place of the picture tube, the sides and the rear of the receiver and slowly withdraw the coil to distance of about 2 m before disconnecting it from AC source. If colour shading still persists, perform the COLOUR PURITY ADJUSTMENT and CONVERGENCE ADJUSTMENTS procedures as mentioned later.

3. HIGH VOLTAGE CHECK

Caution: There is no HIGH VOLTAGE ADJUSTMENT on this chassis. But B + power must be adjusted in +125V under the full colour bar pattern and the normal picture control level.
1) Connect an accurate high voltage meter to the second anode of the picture tube.
2) Turn on the receiver. Set the BRIGHTNESS and CONTRAST control to minimum (zero beam).
3) The high voltage should be measured less than 25KV.
4) Rotate the BRIGHTNESS and CONTRAST controls to both extremes to be sure that the high voltage does not exceed the limit of 25.5KV under any conditions.

4. B + (+ 125V) ADJUSTMENT

1) Receive the lion-head pattern.
2) Set the Bright and Contrast condition to maximum.
3) Connect Digital voltmeter to R821.
4) Adjust the VR801 to +125V.

5. HORIZONTAL OSCILLATOR ADJUSTMENT

If there is an indication of unstable horizontal sync, adjust the HORIZONTAL HOLD control (VR401) to remove the condition. When you adjust the Horizontal Hold control, you should short TP25 and GND for the H-oscillator adjustment.

6. HORIZONTAL PHASE ADJUSTMANT

If you want to move the center of picture, adjust HO-RIZONTAL phase control (VR402).

(STANDARD)

7. VERTICAL HEIGHT ADJUSTMENT

The SIZE control (VR301) on the main board changes the size of the picture, having an equal effect on the top and bottom (Lion Head Pattern).

(STANDARD)

8. VERTICAL LINEARITY ADJUSTMENT

1) Receive the Lion-head Pattern.
2) Make the Pattern to be one circle by using the vertical Linearity VR (VR302).
3) Make the two semicircle of the circle to be same type.

9. FOCUS ADJUSTMENT

1) Set the Bright and Contrast condition to maximum.
2) Adjust FOCUS Control on FBT for well defined scanning lines in the centre area of the screen.

10. R-F AGC ADJUSTMENT

1) Recive the 60dB RT Pattern to be input.
2) Tune the set in the strongest station in your area.
3) Turn AGC control (VR101) on the IF board fully clockwise position.
4) Adjust AGC control until noise (snow) disappears from the screen.

Page 42

9. TROUBLESHOOTING CHARTS

The following charts are devoted to the troubleshooting which, if followed carefully, will assist you in tracking down a fault to the correct stage. In order to utilize the charts (fault trees), first establish the complains, i.e.-No Baster, No Sound.

Locate the chart applicable and then, progress through the various alternatives until a final block indicates the defective components or stages.

NO RASTER AND NO SOUND

Page 43

NO RASTER (SOUND OK)

Page 44

Loc No	Supplier Parts No.	Specification	Loc Supplier Specification No Parts No.
SPK	34209-169-140 TUNER	5902BR 3W	**Q402 32159-210-003 2SD1651YD H/SINK 35684-118-110 SPC-1 T1.0 FT2 SCREW 37158-230-101 2S-3X10 FE FZY
**TU001	34519-970-060 FILTERS	ECC-5883CE(D)	WASHER 37334-105-910 SPC-1 T1.0 FZY-1 ASSY-H/SINK VERT
Z101 Z201 Z601	34529-450-010 34527-460-008 34527-460-007	TSF5305 TPS6.0MBTF21 SFE6.0MBTF21	**IC301 32119-102-300 KA 2131 H/SINK 35684-118-110 SPC-1 T1.0 FT2 HOLD/W 36604-134-510 NYLON 66 V0 NTR
RX01 X501	CRYSTALS 34539-001-000 34537-001-020	10MHZ 8,867238MHZ(TAPG)	SCREW 37148-530-081 2S-3X8 FE FZY (S.N.A) SCREW 37158-230-061 2S-3X6 FE FZY (S.N.A) ASSY-H/SINK POWER
	FUSE		*3H83-00200-000 35684-118-411,2SC3552
**FUSE	34709-084-730 MISCELLANEOUS	FST 250V 3.15A 20MM SEMK	**Q801 32159-210-004 2SC3552YC-L H/SINK 35684-118-411 A1050S-H14 T2.0 SCREW 37158-230-101 2S-3X10 FE FZY
JV2	33054-833-011	P1/1015/600/1	ASSY-H/SINK TR
CN902 CN901 PERI	33058-003-016 33058-302-020 33058-322-016 33136-103-030	B3XB3/F/500 B5XB5/F/400 HXC-1510-01-300A(B)	3H84-00020-000 35684-118-330,MC7812C *IC802 32119-901-110 MC7812C (AUTO)
F/CLIP CTN02 CN201	33167-001-001 33347-108-140 33347-108-180	PFC 5000-0202 67094-006 (AUTO) 67094-005 (AUTO)	H/SINK 35684-118-330 A6063 EXTR BLK (S.N.A) SCREW 37158-230-061 2S-3X6 FE FZY (S.N.A) A S S Y - A C C E S S O R Y
AG CTN03 CTN01	33347-108-310 33347-108-310 33347-108-310	67094-003(AUTO) 67094-003(AUTO) 67094-003(AUTO)	WRNT/C 38124-128-410 ART PAPER 120(S) U.K.AKA I/B 38134-397-810 ART PAPER 120(S) CT2125U PE-BAG 38653-108-161 HDPE T0.015 400X230 NO
CN601 CTN04 SW801 TACT-6	33347-108-310 33347-114-810 33529-402-006 33606-101-009	67094-003(AUTO) YW025-04(AUTO) ESB-99832V KPT-2105-31(R)	A S S Y – P W B S U B T T X *3D31-00810-040 CI5322T
TACT-2 BODY CLMP/W	33606-101-010 34543-112-910 36633-101-310 36633-101-310	KPT2105 ROBOT SPTE T0.25 P58SC,NO CUT ABS V0 NTR ABS V0 NTR	PWB 33004-145-251 10X130X1.6T RESISTORS
CLMP/W	36635-112-010 ASSY-H/SINK VI *3H82-00070-000	NYLON 6.6 DONG-A DATL-60 ERT(SOUND) 0 35684-116-210,TDA1013A	TR03 31018-177-472 RD 1/8T 4.7K-J TR05 31018-177-512 RD 1/8T 5.1K-J TR06 31018-177-302 RD 1/8T 3K-J TR07 31018-177-302 RD 1/8T 3K-J TR08 31018-177-100 RD 1/8T 10-J
**IC602 H/SINK SCREW	32119-201-070 35684-116-210 37158-230-061 ASSY-H/SINK VI	TDA1013A/N4 SPC-1 T1.0 FT2 2S-3X6 FE FZY FRT ( POWER )	TR09 31018-177-273 RD 1/8T 27K-J TR12 31018-177-105 RD 1/8T 1M-J TR14 31018-177-472 RD 1/8T 4.7K-J TR15 31018-177-472 RD 1/8T 4.7K-J TR16 31018-177-682 RD 1/8T 6.8K-J
	*3H82-00080-000	35684-113-710.TDA4601	TR17 31018-177-113 RD 1/8T 11K-J
**IC801 H/SINK SCREW	32119-401-010 35684-113-710 37048-130-061 37208-113-001	TDA4601 CUSI 1/2H T0.5 (S.N.A) +M3X6 FE FZY (S.N.A)	TR18 31018-177-471 RD 1/8T 470-J TR19 31018-177-102 RD 1/8T 1K-J TR20 31018-177-102 RD 1/8T 1K-J TR21 31018-177-102 RD 1/8T 1K-J
WADHER	ASSY-H/SINK VI *3H82-00170-001	I-m3 FE F21 (S.N.A) BRT(HORI) 1 35684-118-110,2SD1651	TR22 31018-177-102 RD 1/8T 1K-J TR31 31018-177-330 RD 1/8T 33-J TR32 31018-177-560 RD 1/8T 56-J TR33 31018-177-223 RD 1/8T 22K-J
			INAVI 31V10-111-082 KD 1/81 0.8K-J

Page 45

Loc No	Supplier Parts No.	Specification	Loc No	Supplier Parts No.	Specification
TC03 TC04	CAPACITORS 31417-109-140 31507-127-012	CK45 TAPG F 50V 103-Z EVQB1 H 104J-F3/2E 63V 1	CTN03 CTN04 TTX/H SCREW	33347-108-310 33347-114-820 36602-104-610 37148-530-081	67094-003(AUTO) YW025-04(AUTO,NO TUBE) ABS V0 GRAY CX-5322T 2S-3X8 FE FZY
TC06 TC08 TC09	31417-109-140 31407-105-280 31407-048-560	CK45 TAPG F 50V 103-Z CC45(T) CH 50V 560-J CC45(T) RH 50V 560-K		ASSY-CF	Т
TC10	31507-127-012	EVQB1 H 104J-F3/2E 63V 1	** ₹888	32019-255-108	54HGB99X-ITC
TC11 TC12	31507-127-012 31607-402-220	EVQB1 H 104J-F3/2E 63V 1 CE04W TAPG 50V 2.2M		ASSY-TF	ANSMITTER
TC13 TC14	31407-048-270 31407-048-270	CC45(T) RH50V 270-K CC45(T) RH50V 270-K	DIMITS	*3F14-00022-15	CESO120 / NAL
TC15	31607-401-140	CE04W TAPG 6.3V 1000M-M	PWB	31018-977-150	BD 1/4T 1 5-1
TC16 TC17 TC18 TC19	31417-109-140 31417-109-140 31407-105-660 31607-401-470	CK45 TAPG F 50V 103-Z CK45 TAPG F 50V 103-Z CC45(T) CH 50V 101-J CE04W TAPG 16V 100M VENT	XR02 XR03 XR04 XR05	31018-177-103 31018-177-473 31018-177-101 31018-177-101	RD 1/8T 10K-J RD 1/8T 47K-J RD 1/8T 100-J RD 1/8T 1K-J
TC20 TC25 TC26 TCN01 TCN02	31417-109-140 31407-105-280 31607-401-470 31499-009-400 31499-009-340	CK45 TAPG F 50V 103-Z CC45(T) CH 50V 560-J CE04W TAPG 16V 100M VENT B9HC0118-33N(9P 100PF) EXF-P4 331MW/NCYB1H331M0	XR06 XR07 XC01 XIC01	31018-177-680 31018-177-682 31607-401-460 32109-110-030	RD 1/8T 68-J RD 1/8T 6.8K-J CE04W TAPG 16V 47M SAA3010T
10002	I C		XQ01	32137-401-530	KSA 539-Y(TAPG)
TIC01 TIC02 TIC03 TIC04	32109-110-017 32109-310-025 32109-101-380 32109-201-410	SAA5246P/E KS74HCTLS241 MAB8461P/W115 KM6264AP-10	XQ02 XD01 D2 RUBBE TER-B	32137-301-72( 32309-101-10( 33104-103-92( R 33142-106-120 ,A33144-110-31(	) KSC 815-Y(TAPG) ) CL-2/SSIR-5C ) RA 317(2095) ) SILICON RUBBER 43KEY ) NSPX T0.3
	TRANSISTORS		TER-B	,C33144-110-510	NSPX T0.3 CSB455EBL/KBR455BKTLR
TQ03 TQ04 TQ05	32137-301-720 32137-301-720 32137-301-720	) KSC 815-Y(TAPG) ) KSC 815-Y(TAPG) ) KSC 815-Y(TAPG)	CASE- CASE- BATT/	T 36031-110-51( B 36031-110-61( C 36033-104-21(	) ABS HB BLK #677 ) ABS HB BLK #677 ) ABS HB BLK,AAA
	DIODES		SPRG-	C 36674-137-210 B 36674-145-610	) STS-304 PI0.5 ) NICO SUS 0.4PI
TD01 TD02 TD03 TDX01	32167-406-48( 32167-406-48( 32167-406-04( 32167-406-04( 32167-406-48(	) 1N4148 TAPG ) 1N4148 TAPG ) MTZ 3.6A ) 1N4148 TAPG	SCREW LID/B WINDO	37118-530-10 37643-149-010 W 37653-119-010	3 2S-3X10 FE FZB ABS HB BLK #677 P.C 141-21051 CT-2592
TDZŎŹ	32167-408-080	EQA02-06D/MTZ6.2B(TAPG)	PVC PE-BA	37802-117-15 G 38653-108-08	) PVC SHEET TO.3 BLK CX-53 L LDPE TO.08 250X90
TDZ03 TDZ04	32167-408-08( 32167-408-08(	) EQA02-06D/MTZ6.2B(TAPG) ) EQA02-06D/MTZ6.2B(TAPG)
	COIL
TL01	32427-805-110	0 1UH-M
	CRYSTALS				X.
TZ01 TZ02	34539-071-04 34539-001-01	0 HC-18/U,6MHZ 3 27MHZ
	MISCELLANEOU	S
CTN01 CTN02 CTN03 CTN04 CTN01	33058-004-02 33058-017-02 33058-100-59 33050-006-02 33347-108-31	0 S3XS3/F/500 0 S6XS6/F/500 4 S3XS3/2405/500 0 Y4XY4/F/500 0 67094-003(AUTO)
CTN02	33347-108-14	0 67094-006 (AUTO)			······································

Page 46

	DIFFERENT PA	RTS FOR 20 IN	CH AND 14 INCHS	5
LOCATION	14	INCH
LUCATION	NORMAL	MINI-NECK	- 20 INCH	21 INCH
NR002	1/2W 1K5		1/2W 1K5
NC001	25V 330µF		25V 330µF
NC002	16V 68µF		16∨ 68µF
R614	зкэ	7K5	4K3	7K5
R210	133K-F(1/2W)	133K-F(1/2W)	127K-F(1/2W)	120K-G(1/2W)
C419	200V 364	200∨ 364	200√ 434	200V 434
L401		200mH/480mH		350mH
L404	DS48-157µH	D $48-157µH	DS48-157µH	DS48-157µH
T402	K-20-14		K-20-14
Q402	2SD1650	2SD1650	2SD1651	2SD1651
T444	FCM1415AL	FCM-14A004	FCM-2015AL	FCM20A015
V999	3720B22	A34EAC00X	51GGH91X	54HGB99X
RR 17	зк	зк	1K	1K
RR19	2K4	2K4	зк	зк
R506	8K2	10К	10K	10K
L902	12µH	12µH	25µH	12µH
R921	RF1P (0.47)	RE1P(0.47)	RF1P (1)	RF2P (1.9)
MR001		1		2.4K (1/2W)
VR304				5K-B

DIFFERENT PART FOR SOFT-TOUCH AND REHICCO

LOCATION	SOFT-TOUCH	REHOCON
SV182	K5A-2272	1
REI	25(2
PA01		LTMP034 or SC 5C F
RC16		16V 100 F
NR58		1/8W 47
NRS9		1/8¥ 22K
RR32		1/2 ₩ 2K2
RR3 1		1/8¥ 33K
R008		C815-Y

DIFFERENT PARTS FOR PAL-B/G AND SECAM-B/G,D/K

LOCATION	PAL-B/G	PAL-B/G SECAM-B/I
R517	١K	116
R518	628	820
RP501	820
RP502	1K
CP01	103
R601	220.0	2204
C602	47	47
L601	12,01	12سا
CP82	82 🕑
Z603	Ī

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F¢	R

PAL-8/G SECAH-8/G	PAL-B/G SECAM-B/G SECAM-D/K
110	110
820	820
2200	750
47	334
12 ₀ H	8.2 ₀ H
·····	TP 54.5HC

TYPE	MARI
Carbon Composition	C
Oxide Hetal Film	Ħ
Notal Film	RM
Cenest	R-C
Variable Resister
Pasitive Resister

CAPACITO	t.
TYPE	MARK
Cerenic	No Mark
Pelyester	P
Tentellun	Ĩ
Metal Pelyester	HP
Pelypropylene	P.P
Polyester Polypro	DSR
Chemical Electrolytic
Chestcal Nes-Pelar	+

OBSERVATION OF VOLTAGES AND WAVEFORMS

1 Voltages read with "VTVM" from point shown to chassis ground. line voltage 220/240V colour bar signal.
2 Voltages reading may vary ±20%.
3 The schematic shown is representative only.
4 All wavefroms are taken using a wide band oscilioscope and a low capacity probe.
5 Check FINE TUNING, AGC, BRIGHTNESS, CONTRAST, and COLOUR controls for best picture.
6 Waveforms are taken using a standard colour bar signal.

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