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

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Page 1

DV-2120 DV-2120

SCHEMATIC DIAGRAM

CAUTION: This circuit diagram is original one, therefore there may be a slight difference from yours.

Page 2

SERVICE ADJUSTMENT

PIF/AFT/SIF AD.ILISTMENT

Tuner IFT coil:

T201 (in RUNTK0065CEN1) already adjusted

1. Receive 21 ch. signal.
2. Connect sweep generator to the tuner's test point. (Use a 75 ohm DC cut probe.)

Sweep output level: 80 dB

Note: The sweep generator's earth lead must be arounded near the test point.
3. Connect response lead (low impedance probe with detector) to collector of Q201 (in RUNTK0065CEN1).

4. Voltage setting of PIF AGC:

Apply DC 3.9 V to pin @ of RUNTK0065CEN1.

5. Voltage setting of RF AGC:
Apply DC 4 V to tuper AGC
6. Short TP601 and TP602 (to stop sync separator circuit).
7. Adjust the tuner IF coil to have the waveform.

• Picture signal and carrier signal must have the same level.

39.5 MHz carrier filter:

T204 (in RUNTK0065CEN1) already adjusted

1. Connect signal generator to pin (9) of PIF IC (IC201). (in RUNTK0065CEN1) Generator's output level: 90 dB non modulation (39.5 MHz)
2. Connect VTVM or oscilloscope (DC range) to TP203:
3. Voltage setting of PIF AGC: Apply DC voltage (about 5.0 V) to pin ④ of RUNTK0065CEN1. Note: The applied voltage should not exceed DC 7.0 V.
4. Adjust T204 so that DC voltage at TP203 is minimum.
- At the end of adjustment, see that there appears DC 4 V at TP203.

If not, readjust from the beginning.

AFT rough adjust

T203 (in RUNTK0065CEN1) already adjusted

1. Connect sweep generator to pin (9) of PIF IC (IC201). (in RUNTK0065CEN1)

2. Connect response lead to TP203

3. Short TP601 and TP602
4. Voltage setting of PIF AGC:

Adjust DC voltage (about 5.0 V) to pin ④ of RUNTK0065CEN1 and adjust to have 1 Vp-p of waveform on oscilloscope.

Note: The applied voltage should not exceed DC 7 V.

5. Adjust T203 so that the depressed point of waveform is at 39.5 MHz.

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Overall waveform

1. Receive 21 ch. signal (Low end)
Connect sweep generator to tuner's test point. (Use an initial stage detecting probe.) Generator's output level: 70 dB
Connect response lead to TP203. (Use a 10 k ohm direct probe having been used in AFT rough adjustment.)
Voltage setting of RF AGC: Apply DC 4 V to tuner AGC. RF AGC: about -20 dB
5. Short TP601 and TP602 (to stop sync separator circuit).
6 Connect 120 ohm damping resistor between pins
For adjustment of PIF AGC: Connect DC voltage (about 5 V) to pin ④ of RUNTK0065CEN1 and adjust so that waveform of TP203 is at 1 Vp-p.
8. Check that overall waveform.

AFT fine adjust: T203

1. Receive PAL colour bar signal. Input intensity: Over 55 dB
Connect oscilloscope to TP203. Oscilloscope range: 0.5 V/div. Sweeping time: 20 µsec/div. Sync operation: Horizontal
Connect signal generator's output to Tuner IF terminal. Generator's output level: About 50 dB Generator's output frequency: 39.5 MHz ± 5 kHz

7. Adjust T203 to have zero beating on oscilloscope.

Adjustment error: 39.5 MHz + 25 kHz

RF AGC cut-in: R204

1. Receive standard colour bar signal. Input intensity: Within 75 dB to 85 dB
Connect oscilloscope to TP203. Oscilloscope range: 0.2 V/div. Sweeping time: 20 µsec/div. Sync operation: Horizontal
3. Turn R204 until there appears noise on oscilloscope he shown in Fig. (a).
Turn back R204 slowly until there disappears noise ( oscilloscope. At the time, horizontal sync signal shou keep on the same level as before. (Fig. (b))
5. Set signal intensity at 90 to 95 dB, and see that there no cross modulation nor sound beating on oscilloscop
- 6. Set signal intensity at 60 to 65 dB, and see that there no noise on oscilloscope.

Figure (b).

4. Set band select switch search position, then AFT circuit will turn off automatically.
5. Adjust tuning control to have zero beating on oscilloscope.
Set band select switch NORMAL position, then AFT circuit will turn on automatically.

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SIF detection coil: T306

1. Voltage setting of PIF AGC: Apply DC 3 V to pin ② of IC201
2. Adjust sound volume, to maximum.
3. Connect signal generator's output to pin ๗ of RUNTK0065CEN1

Frequency: 6.0 MHz
Modulation: 400 Hz. AM 30 %
Generator's output level: 74 dB
4. Connect oscilloscope to pin (8) of RUNTK0065CEN1. Oscilloscope range: 50 mV/div.
5. Adjust T306 so that AM signal (400 Hz) on oscilloscope becomes minimum.

Sub-sound adjust: R304, R1305

1. Receive a signal of sound modulation 400 Hz, 100 %. 2. Connect oscilloscope to TP1301.
3. Adjust R304 to have 0.3 Vp-p of waveform (400 Hz) on oscilloscope

4. By using remote control transmitter, set sound control at MAX position
Note: Without use of remote control transmitter.
5. Connect oscilloscope to pin (6) of IC1301.
6. Adjust R1305 (sub-sound control in AV PWB) so that output voltage of IC1301 is 2.7 Vp-p.

VIDEO CHROMA ADJUSTMENT

Pedestal level adjustment: R1390

1. Receive black/white pattern signal.
2. Set green drive control and blue drive control at CEN-TER position
3. Set red bias control, areen bias control and blue bias control at MIN position.
4. Set screen control at MIN position.
5. Short S401 by turning it toward the front of CRT, then raster will appear on CRT.
6. Connect oscilloscope to TP852
7. Set R438 (brightness control) at MAX position.
8. Adjust R1390 to have 30 Vp-p of waveform on oscilloscope.

CRT out-off adjustment

R853; Red bias

R859; Green bias

R865: Blue bias

Screen control

Note: This adjustment shall be done to follow the above pedestal level adjustment.
1. Adjust R438 (brightness control) to have 15 Vp-p of waveform on oscilloscope.

2. Turn screen control slowly until horizontal raster appears slightly, and stop it.
3. One of the three colours (R, G and B) appears first as screen control is turned. So, touching off the bias control belonging to the first colour, use and move the other two bias controls until the raster becomes white.

Note: Be careful not to cause the raster to appear too brightly; or there will be a fear of CRT burning.

4. Turn screen control until the raster disappears, and stop

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Whitebalance/background adjust: R857: G-drive R863; B-drive

1. Receive black/white pattern singal.
2. Set contrast control at MAX postion.
3. Set brightness control at MAX position.
4. Connect beam ammeter to TP603 and TP604.
5. Adjust R406 (sub-contrast) so that beam current is 1100 μA.
6. Adjust R857 and R863 to let the colour temperature (white) be at 6500 °K.
Adjust contrast and brightness controls so that beam current is 350 μA then see that colour temperature (background) is still at 6500 °K. If not, readjust from the beginning.

Sub-contrast adjust: R406

Receive monoscope pattern signal. (Insterad of monoscope pattern signal, it is allowed to use white pattern signal of 88 % modulation.)
2. Set contrast control at MAX position.
3. Set brightness control at MAX position.
4. Connect beam ammeter to TP603 and TP604. Ammeter setting: Full scale 3 mA Connection of ammeter: G side to TP604, and (+) side to TP603
5. Adjust R406 so that beam current is 1100 uA.

Chroma

1. Connect pattern generator (PM5508) to the receiver: the antenna input is about 71 dB.
2. Set contrast and brightness controls at MAX position, and colour control at CENTER position.
3. Set the pattern to "MATRIX".
4. Adjust T801 to obtain uniform brightness-the same for every scanning line.
5. Set the pattern to "DELAY".
6. Adjust R804 to obtain uniform brightness-the same for every scanning line.
7. Set the pattern to "PHASE" Adjust T802 to have-the same colour shading in both upper and lower parts of picture.

SYNC/DEFLECTION ADJUSTMENT

H-freq. adjust: R611

1. Receive monoscope pattern signal.
2. Short TP601 and TP602.
3. Adjust R611 for good horizontal sync.

H-size tip

Receive monoscope pattern signal. (when receiving CCIR standard system B/G signal, pattern should be adjusted for overscanning.)
2. Arrange the position of H-size tip to have H-size be 8 % (10 % max.) of overscanning.

V-size adjust: R508

Receive monoscope pattern signal. (when receiving CCIR standard system B/G signal, pattern should be adjusted for overscanning.)
Adjust R508 at a time for good V-size. V-size should be at 8 % (10 % max) of overscanning.

H-centering adjust: R647

Receive monoscope pattern signal. (when receiving CCIR standard system B/G signal, crosshatch pattern should be used for the adjustment
Adjust R647 so that H-center of Picture is at the geom rical cennter of CRT (A = B).

V-linearity adjust: R510

Receive monoscope pattern signal. (when receiving CCIR standard system B/G signal, i pattern's linearity should be observable.)
Adjust R510 for best V-linearity. V-linearity: 0 ± 5 %

V-Size adjust

1. Receive monoscope pattern (of 60 Hz line field).
2. Adjust R680 for best V-size. V-size: 8 % (10 % max.)

CRT ADJUSTMENT

Focus control

1. Receive monoscope pattern signal.
2. Set contrast control at NORMAL position.
3. Set brightness control at MAX position (with 1100 µA ( beam current).
4. Adjust focus control to have best focus at the centri area of CRT.

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Purity magnet

Receive monoscope pattern signal. (when receiving CCIR standard system B/G signal, its white pattern signal should be used for the adjustment.)
2. Degauss CRT shadow mask with degaussing coil.
3. Prior to the adjustment, operate the receiver for more than 10 minutes.
4. Set purity magnets at the horizontal position.
Bring deflection yoke as near purity magnet as possible. Set R853 (R-bias) and R865 (B-bias) at MIN position, then turn R859 (G-bias) until green raster appears.
7. Adjust purity magnets for a uniform green vertical band at the center of CRT screen.

For this adjustment, motion of each magnet should be as slight as possible.

8. Shift deflection yoke toward CRT to achieve uniform green purity on the entire of CRT screen.
9. Perform white balance operation and see if white balance in picture is normal.

Convergence

1. Receive crosshatch pattern signal.
2. Set contrast control at MAX position.
3. Set brightness control at CENTER position.
Static (center) convergence:
4. Rotate 4-pole magnet to converge red and blue lines.
5. After completing red and blue center convergence, rotate 6-pole magnet to converge the red and blue and green lines.
Dynamic convergence:
6. Convergence of the three colour fields at the edges of CRT screen is accomplished by positioning of deflection yoke tilt adjustment wedges.
After the adjustment, secure deflection yoke with wedges.

CRT DISPLAY ADJUSTMENT

CRT display character position adjust: R1054

1. Receive crosshatch pattern signal.
2. Let the set tune in 2 ch. signal.
3. Push channel call button.
4. Adjust R1054 so that the edge of the character 2 is positioned about 40 mm away from CRT edge.

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Page 8

TROUBLE SHOOTING TABLE

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Page 12

SHARP SERVICE MANUAL

S5572DV-2120H

• ELECTRICAL SPECIFICATIONS 1
IMPORTANT SERVICE NOTES	)
DESCRIPTION OF NEW CIRCUIT	ł
SERVICE ADJUSTMENT	ł
TROUBLE SHOOTING TABLE
CHASSIS LAYOUT DIAGRAM 29
PRINTED WIRING BOARD ASSEMBLIES
SCHEMATIC DIAGRAMS AND
WAVEFORMS
REPLACEMENT PARTS LIST
BACKING OF THE CET
FACKING OF THE SET

Aerial Input Impedance
Picture IF Carrier Frequency 39.5 MHz
Sound IF Carrier Frequency 33.5 MHz
Colour Sub-Carrier Frequency 35.07 MHz
(Nominal)
Power Input 240 Volts AC 50 Hz
Power Consumption 100 Watt
Speaker Size 10 cm Dynamic
Voice Coil Impedance

WARNING

The chassis in this receiver is partially hot. Use an isolation transformer between the line cord plug and power receptacle, when servicing this chassis.

To prevent electric shock, do not remove cover. No user — serviceable parts inside. Refer servicing to qualified service personnel.

SHARP CORPORATION

Page 13

IMPORTANT SERVICE NOTES

Maintenance and repair of this receiver should be done by qualified service personnel only.

SERVICING OF HIGH VOLTAGE SYSTEM AND PICTURE TUBE

When servicing the high voltage system, remove static charge from it by connecting a 10 k ohm Resistor in series with an insulated wire (such as a test probe) between picture tube tag and 2nd anode lead. (AC line cord should be disconnected from AC outlet.)

1. Picture tube in this receiver employs integral implosion protection.
2. Replace with tube of the same type number for continued safety.
3. Do not lift picture tube by the neck.
4. Handle the picture tube only when wearing shatterproof goggles and after discharging the high voltage completely.

X-RAY

This receiver is designed so that any X-Ray (adjuition is) kept to an absolute minimum. Since certain malfunctions or servicing may produce potentially hazardous radiation with prolonged exposure at close range, the following precautions should be observed: 1. When repairing the circuit, be sure not to increase the

寄

1. When repairing the circuit, be sure not to increase the high voltage to more than 30.5 kV, (at beam 1100 µA) for the set.
2. To keep the set in a normal operation, be sure to make it function on 25.5 kV ± 1.5 kV (at beam 1100 µA) in the case of the set. The set has been factory Adjusted to the above-mentioned high voltage.
- If there is a possibility that the high voltage fluctuates as a result of the repairs, never forget to check for such high voltage after the work.
3. Do not substitute a picture tube with unauthorized types and/or brands which may cause excess X-ray radiation.

BEFORE RETURNING THE RECEIVER

Before returning the receiver to the user, perform the following safety checks.

1. Inspect all lead dress to make certain that leads are not pinched or that hardware is not lodged between the chassis and other metal parts in the receiver.
2. Inspect all protective devices such as non-metallic control knobs, insulating fishpapers, cabinet backs, adjustment and compartment covers or shields, isolation resistor-capacity networks, mechanical insulators etc.

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WAVEFORMS

		1
			-
① 1.7 Vp-p (H)	② 0.1 Vp-р (Н)	③ 0.04 Vp-р (Н)	④ 0.05 Vp-р (Н)	⑤ 0.25 Vp-р (Н)

⑥ 0.6 Vp-р (Н)	⑦ 0.45 Vp-p (H)	⑧ 0.52 Vp-р (Н)	(9) 0.25 Vp-p (H)	150 Vp-р (Н)
		$\bigwedge \land$
1 12 Vp-p (H)	1 5.4 Vp-p (V)	() 2.7 Vp-p (V)	1.5 Vp-р (V)	(1) 40 Vp-p (V)

🔞 170 Vр-р (Н)	⑰ 860 Vp-р (Н)	(1) 650 Vp-p (H)	(1) 65 Vp-р (H)	@ 65 Vp-p (H)
		Juni	J
(면) 65 Vp-p (H)	@ 3.7 Vp-p (H)	⑬ 3.7 Vp-p (H)	29 3.7 Vp-р (Н)	@ 1.7 Vp-p (H)

SOLID STATE DEVICE BASE DIAGRAM

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Page 16

TUNER VTUVTS-1B////

DESCRIPTION OF SCHEMATIC DIAGRAM

SAFETY NOTE:

1. DISCONNECT THE AC PLUG FROM THE AC OUTLET BEFORE REPLACING PARTS.
2. SEMICONDUCTOR HEAT SINKS SHOULD BE REGARDED AS POTENTIAL SHOCK HAZARDS WHEN THE CHASSIS IS OPERATING.

IMPORTANT SAFETY NOTICE:

PARTS MARKED WITH "▲" ( ) ARE IMPORTANT FOR MAINTAINING THE SAFETY OF THE SET BE SURE TO REPLACE THESE PARTS WITH SPECIFIED ONES FOR MAINTAINING THE SAFETY AND PERFORMANCE OF THE SET.

NOTE:

The unit of resistance "ohm" is omitted (k-1000 oh) Megohm).
2. All resistors are 1/8 watt, unless otherwise noted.
All capacitors μF, unless otherwise noted p-μμF.

Voltage Measurement Conditions

The voltage without parenthesis represents the value me with PAL colour signal.
The voltage in parenthesis represents the value measur no signal.
3. All the voltages were measured by using a high imp voltmeter.

Waveform Measurement Conditions

1. The colour bar signal applied to the base of Q203 peak-to-peak.
2. The tuner AGC voltage is approximately 4V.

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SERVICE PRECAUTION:

The area enclosed by this line ( --- ) is directly connected with AC Mains Voltage.

When servicing the area, connect an isolating transformer between TV receiver and AC line to eliminate hazard of electric shock.

Page 19

TELETEXT UNIT SCHEMATIC DIAGRAM RUNTK0031CEN1

Page 20

PIF/SIF PACK SCHEMATIC DIAGRAM

REMOTE CONTROL TRANSMITTER SCHEMATIC DIAGRAM RRMCG0261CESA

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TROUBLE SHOOTING TABLE

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PARTS LIST

PARTS REPLACEMENT

Replacement parts which have these special safety characteristics identified in this manual: electrical components having such features are identified by A in the Replacement Parts Lists.

The use of a substitute replacement part which does not have the same safety characteristics as the factory recommended replacement parts shown in this service manual may create shock, fire or other hazards.

"HOW TO ORDER REPLACEMENT PARTS"

To have your order filled promptly and correctly, please furnish the following informations.

	MODEL NUMBER PART NO.	2. REF. NO. 4. DESCRIPTION		1005 Q204,	VSDTC144ES/ - 1	DTC144
Ref. No.	Part No.	Description	Code	1004 Q401,	VS2SA1015Y/1E	2SA101
	PICTU	RETUBE		1001 Q402,	VS2SA1015Y/2E	25A101
Δ	VBA51JAR65X01	CRT	**	604, 1009
DY	RCILH1403CEZZ	Deflection Yoke	ВВ	Q601	VS2SC2456//1E	2SC245
🛆 L703	RCILG0211CEZZ	Degaussing Coil	AV	Q602	VS2SD1554//1E	2SD155
	PMAGF30C6CEZZ	Purity Magnet	AK	Q603	VS2SD880-G/-1	2SD880
	PSPAG0031CEZZ	Wedge	AC	Q671, 1003	VSDTC114ES/ - 1	DTC114
				Q751 Q1010	VS2SC1815GW1E VS2SC383-WT-1	2SC181 2SC383
	PRINTED WIRING B (NOT REPLAC	OARD ASSEMBLIES
PWB-A	DUNTK3362DE01	Mother Unit			DIC	DES
PWB-8	DUNTK3301DE18	CRT Sokcet Unit			,	1
PWB-C	DUNTK3363DE01	Interface Unit		D301,	RH- DX0130CEZZ
PWB-D	DUNTK3364DE01	Power Unit	_	705,
				710,
				712,
				755
······	MODUL	.E P.W.B.		D401, 402,	RH-DX0179CEZZ	155177
	1			403,
	RUNTK0031CEN1	Teletext Unit		413,
				607,
				608,
				609,
·	DUNTK3362	DE01 (PWB-A)		613, 671,
	TUNER & AS			675, 752.
				753,
NOTE:	THE PARTS HERE SHOWN BUT NOT IN DEPENDENTL	I ARE SUPPLIED AS AN ASS .Y.	SEMBLY	754, 1003,
	VTUVTS-1B////	UHF Tuner	BD	1005
	RUNTK0065CEN1	PIF/SIF Pack	BD	1009,
				1015,
				1016,
				1018
	INTEGRATI			D404, 405,	RH- DX0046CEZZ	1S2471
10203	RH. ; X02490577	Zapar IC		406 D501	BH- DX0055TA77	151999
10203	RH. I X02600577	Zeneric		701	INTE DAUGSSTAZZ	131000
10501	RH. I XOOGECEZZ
10501	RH. 1 X02550577			704
10002	111- 1 AU3550E22		~ ~	, 04

1002 1003 1004 1005	RH- i X0413CEZZ RH- i X0413CEZZ RH- i X0412CEZZ VHi PST520C2- 1		A AU AQ AT
	TRANS	ISTORS
203, 1005	VS2SC1815GW-1	2SC1815(G)	АВ
204, 1004	VSDTC144ES/ - 1	DTC144	АВ
401, 1001	VS2SA1015Y/1E	2SA1015(Y)	AC
402, 604, 1009	VS2SA1015Y/2E	2SA1015{Y}	AC
601	VS2SC2456//1E	2SC2456	AE
602	VS2SD1554//1E	2SD1554	AL
603	VS2SD880-G/-1	2SD880	AD
671, 1003	VSDTC114ES/ - 1	DTC114	АВ
751	VS2SC1815GW1E	2SC1815(G)	AB
1010	VS2SC383-WT-1	2SC383	AE

Ref. No.

IC671

IC701

IC801

IC1001

IC1007

Part No

RH- i X0415CEZZ

RH- i X0512CEZZ RH- i X0457CEZZ

VHI UPC1373H- 1

RH- i X0553CEZZ

IC1003 RH- i X0 4 1 3 CEZZ

DIODES

801, 705.	RH-DX0130CEZZ		AE
10,
12,
55
101,	RH-DX0179CEZZ	1SS177	AA
102,
юз,
13,
607,
508,
609,
513,
571,

Page 28

Ref. No.	Part No.	Description	Code	Ref. No.	Part No.	Description	Code
D502, 605	RH- DX0127CEZ2	1S5295G	AC		YLINES
D601	RH- EX0152CEZ2	Zener Diode	AE	DL401	RCi LZ0451CEZZ		AF
617 612			AC	DL801	HCI L20287CEZZ		AS
706	RH- DX0110CEZZ		AD
D604 D606.	RH- EX0022TAZZ	Zener Diode	AB		TRANCI		L
709						FORMERS
D612 D614	RH-DX0073CEZZ	Zener Diode	AD AB	▲ T601 T602	RTRNF1470CEZZ	Flyback Trans. CATTY	BD
D616	RH- EX0047 TAZZ	Zener Diode	AB	∆ T701	BTBNZ0196CFZZ	Begulator Trans
D711	RH- DX0164CEZZ		AC	T801	RCI LZ0345CEZZ	Chroma 1H Delay Line Coil
D1001	RH-PX0004AEZZ	Photo Diode	AK	T802	RCi LV0134CEZZ	Filter Phase Coil	AD
D1002	RH-EX0020GEZZ	Zener Diode	AE
D1017	RH-PX0141CEZZ	LED	AE
TH1001	RH- HZ0004CEZZ	Thermistor	АВ
					CON	TROLS
	PACKAGE			R204, 304	RVR-B4060GEZZ	5K(B) RF-AGC	AB
	1	T		R406	RVR-B5141CEZZ	50K(B) Sub-Contrast
X801	RCRSB0002CEZZ	Crystal	АМ	R438	RVR-B5247CEZZ	5K(B) Vertical Hold	АН
X1001	RFi LA0008CEZZ	Ceramic Oscillator	AE			10K(B) Bright/Contrast/Colour
POR701	RMPTP0040CEZZ	Positive Coefficient Thermistor	AG	R508	RVR-B4475CEZZ	100(B) Vertical Size	AC
				R510	RVR-B4056GEZZ	200(B) Vertical Linearity	AB
				R611	RVR-B5137CEZZ	5K(B) Horizontal Frequency	AB
				R647	RVR-B5132CEZZ	300(B) Horizontal Center	AB
	C(			R680	RVR-B5131CEZZ	200(B) 60Hz Vertical Size	AD
	······································			R604	RVR- 85134CEZZ	1K(B) 1H Delay	AC
L214,	VP- DF120K0000	12µH	АВ	R1054	RVR- M7133TAZZ	5K(B) Character Position	AD AC
801, 804,			3		·
1002,
1004,			┝	·
1006			4 \|		CAPAC	TORS
304		з.зµн	AB -
306.				C201	VCSALAICE475K	4.7 16V Tantalum	AC
307.				212	VCEAAHIEWIUSM	1000 25V Electrolytic	AE
606				C309.	VCEAAA1CW107M	100 16V Electrolutio
L401	VP - DF 4 7 0 K 0	47µН	АВ	311,
L501,	VP-CF100K0000	10µН	AB	629,
601,				804,
604				1031
L603	VP-DF101K0000	100µH	AB	C316,	VCKYPA2HB102K	1000P 500V Ceramic	AA
L005			AG	516,
1 608	VP- DE100K0000	10	AE	617,
L702	RCILE0089CEZZ	l ine Filter		625
L705,	VP - DF8R2K0000	8.2uH		639
802				640
L706	VP - CF821K0000	820µH	AB	714.
L707	VP-CF151K0000	150µН	АВ	717
L750	VP - CF120K0000	12µН	AB	C317	VCEAAA1EW337M	330 25V Electrolytic	AD
L803	VP - DF 6 8 0 K 0	68µH	AB	C421	VCCSPA2HL120K	12P 500V Ceramic	AA
L1001	RCi Li 0405CEZZ		AE	C503	VCSATA1VE335K	3.3 35V Tantalum	AC
L1007	VP-MK120K0000	12µH	AB	C508	VCEAAA1CW227M	220 16V Electrolytic	AC
				C510	VCEAAA1 VW2 2 7 M	220 35V Electrolytic	AC
				C515	VCEAAA1EW477M	470 25V Electrolytic	AD
	FILT	EKS		C517	RC-EZ0097CEZZ	1000 35V Electrolytic	AE
CE401	BELLCODIETA77			C612	VCOPSA2AA272G	0.0027 100V Polypro Film	AD
				C610	VCERRD2CAC001		AB
						Polypro Film

Page 29

Ref. No.	Part No.		De	scription	Code	Ref. No.	Part No.	Description	Code
C621	VCFPPD2DB474.	J 0.47	200V	Metalized	AE	S1001	QSW- K0014CEZ	Z Up-Down Switch	AC
C622	VCFPPD2DB334.	0.33	200V	Metalized Polypro Film	AF	1004,
C626	RC-EZ0152CEZ	z 470	25	Electrolytic		1000
C627	VCQYSH2DM104	K 0.1	200V	Mylar		1009
C628	VCEAAA0JW337	M 330	6.3V	Electrolytic		S1005	05W- 20378 CE72	Power Switch
C631	VCQPSC2GA563	0.056	400V	Polypro Film		1010	03/80222		AE
C635	VCEAAH2CW107	1 100	160V	Electrolytic	AF	51011	OSW. SACARTAT	/ Switch
C638	VCKYPH3DB271	270P	2kV	Ceramic		$1012	05W 80020CEZZ	Broast Switch	AD
C644	VCKYPA2HB221	220P	500V	Ceramic		A 87750	BBI V70021CEZZ		AE
C645	VCKYPB2HB103	0.01	500V	Ceramic			1120021022		AN
C648,	VCEAAA1EW227M	1 220	25V	Electrolytic
755				2.000.01/10
C701	RC- FZ0018CEZZ	0.22	250V	Metalized Polvester	AC		MISCEI	LANEOUS
C702,	RC- KZ0029CEZZ	0.01	AC250	V Ceramic	AC	A	0.0000000000000000000000000000000000000	AC C
703,						A F701	0ES- C2022CEZZ		AM
722							0FSHD1002CEZZ		AD
C704,	RC- KZ0016CEZZ	0.01	AC250	V Ceramic	AC	FB601	BBL N- 0010CEZZ	Ralun	AA
705						602	INDEN- 0010CEZZ	Daluti	AC
C706	RC-EZ0055CEZZ	150	400V	Electrolytic	AN	701		is .
C709	VCEAAA2AW105N	1 1	100V	Electrolytic	AB	702			1
C710,	VCEAAA2AN106N	1 10	100V	Electrolytic	AC	FB603	BBI N. 0009CEZZ	Balun
711				,				Dalati	AC
C712	VCQPSD2JA333J	0.033	630V	Polypro Film	AC
C713,	VCKYPH3DB561K	560P	2kV	Ceramic	AC
726 C715	VCE9 AA1 CW3 3 6 M	33	16V	Electrolytic	AC	DUNTK3301DE18 (PWB-B)
				(NP)	1.0		TRAN	SISTORS
A C719, A 720	RC- KZ0023CEZZ	0.0047	′2kV	Ceramic	AD	0951	V62602220=/ 15
C721	VCCSPA2HL221K	220P	500V	Ceramic	AR	852	V323C22290/ 1E	2502229(0)	AD
C758	VCEAAA1 CW4 7 7 M	470	16V	Electrolytic	AC	853
							`
	RESI	STORS				COIL
Date
R218	VRS-VV3DB123J	12K	2W	Metal Oxide	AA	L851	VP-CF681K0000	680µH	AB
R307	PR V70005TA77	6.8	2W	Metal Film	AA
660	\| A	22	1/4VV	Fuse Resistor	AB
1069								·
8529	BB- X70029CE77	33	1/2\6/	Euro Popiatos			CON	ROLS	1
649	ALL VE	3.5	1/200	.ruse nesistor	AB	Doco
R536	VBS- VV3DB8221	8 2K	214/	Metal Ovida		R853,	RVR- 84567CEZZ	5K(B) Red Bias	AC
R619	VRS-VU3LB682	6.8K	3W	Metal Ovide		009, 965		Green Bias
R621	VRS-PV3LB332	3.3K	3W	Metal Ovida		000	BVD DAEGOOF77	Blue Bias
R623	VRW- KV4AC120K	12	10W	Cement		007, 863	nvn- B4562CEZZ	SUU(B) Green Drive	AD
R624	VBN- BV3AB185J	1.5	1W	Metal Film		003		Blue Drive
R629,	RR-XZ0027CEZZ	2.2	1/2W	Fuse Resistor	AR		İ
684
R651	RR- XZ0020CEZZ	39	1/4W	Fuse Resistor	AB
R701	VRW-KV3HC6R8K	6.8	5W	Cement	AC		CARAC	TOPS
R708	VRS- VV3AB272J	2.7K	1W	Metal Oxide
R713	RR- XZ0073CEZZ	270	1/2W	Fuse Resistor	AB	C854	8C- K70029CE77		40
🛆 R719,	VRC-UA2HG825K	8.2M	1/2W	Solid		C855	VCFAAA2DW106MI	10 200V Electrolutio	AC
▲ 720						0000	TOCARAZ DWI OOW	10 2000 Electrolytic	AC
R722	RR-XZ0011GEZZ	47	1/2W	Fuse Resistor	AB

							MISCELI	ANFOUS	.L
	SWITCHES AND RELAY
	1				12	^	QSōCV0815CEZZ	CRT Socket	AL
S401,	QSW-B0015CEZZ	Service	Switch		AC	SG850	QSPGC0010CEZZ	Spark Gap	AB
501 A $701	0.000	Vertical	Center	Adj. Switch
42 3701	USW- PO371CEZZ	Main Po	wer Sw	itch	AK	854

Page 30

	o. Part No.	Description	Code	Ref. No.	Part No.	Description	Code
	DUNTK336	4DE01 (PWB-D)			TRA	NSISTORS
	INTEGRA	INTEGRATED CIRCUITS Q1301 V S 2 S C 2 9 0 / 1 E 2SC2229(0) Q1302 V S 2 S A 1 0 1 5 Y / 2 E 2SA1015(Y)
IC1201 IC1202	VHIUPC78M05H VHIUPC78M12H	1	AK AK	Q1303, 1307 \| 1313, 1316,	VS2SC1815GW-	2SC1815(G)	AC
	TRAN	ISISTORS		1319, 1320
Q1201 Q1202 Q1203 Q1204 Q1205	VS2SC2236Y/ VS2SB649-C/2E VS2SA1015Y/2E VSDTC114ES/-1 VS2SC1815GW1E	2SC2236(Y) 2SB649 11 2SA1015(Y) DTC114 2SC1815(G)	AD AF AC AB AB	Q1304, 1317 Q1318	VS2SA1015Y/1	E 2SA1015(Y) E 2SA1015(G)	AC AC
					DI	ODES	1
	Di	DDES		D1301	VHD1 SS1 1 9 / / - 1	:	AB
D1201 \| 1204,	RH-DX0110CEZZ		АВ	1311, 1313
D1205	RH-EX0047CEZZ	Zener Diode	АВ		C	OILS
D1207 D1209 D1210	RH- EX0100CEZZ RH- DX0179CEZZ RH- EX0048CEZZ RH- EX0011GEZZ	Zener Diode 1SS177 Zener Diode Zener Diode	AB AA AB AB	L1301, 1304	VP - DF3R3K0000	3.3µН	AB
					CON	TROLS
	TRANS	FORMER		R1305, RVR- B4061GEZZ 10K(B) Sub-Sound AB
T1201	RTRNP0332CEZZ	DC Supply Trans.	AR	R1339	RVR- B4701CEZZ	Pedestai 3K(B) Text Level	АВ
	CAPAC	LITORS			САРА	CITORS
C1203 C1212	VCEAAA2AW107M RC-QZ0009CEZZ	100 100V Electrolytic 0.33 400V Mylar	AD AE	C1304, 1312, 1342	VCEAAA1 CW4 7 7 M	470 16V Electrolytic	AC
				C1316	V C E 9 A A 1 C W1 0 6 M	10 16V Electrolytic (NP)	АВ
	RESIS	STOR		C1330, 1339	VCEAAA1CW107M	100 16V Electrolytic	АВ
1202	VRS- PV3AB102 J	1K 1W Metal Oxide	AA	C1332	V C E A 1 C W2 2 7 M	220 16V Electrolytic	AC
	DUNTK3363D	E01 (PWB-C)			RESIS	TORS
- .	INTEGRATE			R1307, I	RR- XZ0031TAZZ	33 1/4W Fuse Resistor	АВ
21301 21302, 1303,	RH- i X0241CEZZ VHiLA7016//-1		AF AH
					MISCELL	ANEOUS

Page 31

					·						_
Ref. No.	Part No.	D	escription	Cod	e Ref. No.	Part No	o.		Des	scription	Code
MISCELLANEOUS PARTS			C2022	VCQPKG2A	A103J	0.01	100V	Polypro Film	АВ
	B B M C G 0 2 6 1 C F S A Bemote Control Transmitter		or	C2023	VCQPKG2A	A680J	68P	100V	Polypro Film	AB
	UBATUOOOBCEZZ		intor manafinitier		2026	VCUPKG2A	A103J	0.01	100V	Polypro Film	AB
SP301	VSP0010PB95WA	Speaker		AR				1
TELET					2030
		-ARTS UST	LIKUN I KOO31C	ENI	C2031	VCQPKG2A	A 2 2 1 J	220P	100V	Polypro Film	AB
	INTEGRAT	ED CIRCUITS			2037
100001	B 44 C 54 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C 5 C				C2038	VCQPKG2A	A101J	100P	100V	Polypro Film	AB
102001	RH-IX0426CEZZ	SAA5030			C2039	VCQPKG2A	A 1 0 3 J	0.01	100V	Polypro Film	AB
IC2002	RH-1X0425CEZZ	SAA5020			C2040	VCQPKG2A	A104J	0.1	100V	Polypro Film	AB
IC2004,	VHI SN74LS161A	741 $161			C2041	VCOPKG2A	A273J	0.027	100V	Polypro Film	AB
2005					C2042	VCOPKG2A	A104J	0.1	100V	Polypro Film	AB
IC2006	VHi S774LS02D1	74LS02			C2044	VCEAAT1C	W686M	68	161/	Folypro Film	AB
IC2007	VHI SN74LS83AD	74LS83							104	Liecholytic	AC
IC2008	RH- i X0428CEZZ	SAA5050
102009	RH- i X0430CEZZ	MK4118N
102010	RH-IX0429CEZZ	HEF4528					RESIS	STORS
	TRANS	SISTORS			R2001	VRS- TV1JC	D681J	680	0.063W	/ Oxide Film
00001				····	R2002	VRS-TV1J	D152J	1.5K	0.063W	Oxide Film
02001	VS2SA1122CE1E			AC	R2004	VRS- TV1 J	) 3 3 2 J	3.3K	0.063W	Oxide Film	AA
	V323C2402- C- T			AB	R2005,	VRS- TV1JE	D122J	1.2K	0.063W	Oxide Film	AA
2009					2006 B2007	VPS TV11		C OK	0.00014
					82008	VBS-TV110	0 8 2 J	0.8K	0.063W	Oxide Film
	DIODES				R2009,	VRS- TV1 JC	0682J	6.8K	0.063W	Oxide Film
D2001					2010
2002.	VIDWAISIK//-I			AC	R2011	VRS-TV1JC	0122J	1.2K	0.063W	Oxide Film	AA
2003					R2012	VRS-TV1JD	0102J	1K	0.063W	Oxide Film	AA
					R2013	VBS-TVIJL	1472J	4./K	0.063W	Oxide Film
	CRYSTAL & COILS				R2015	VRS- TV1JD	101J	100	0.063W	Oxide Film
					R2016	VRS- TV1JD	103J	10K	0.063W	Oxide Film	AA
A2001	RCHSB0039CEZZ	6.00MHz			R2017	VRS-TV1JD	185J	1.8M	0.063W	Oxide Film	AA
L2002	RCILI0417CEZZ	Coil			R2018	VRS-TV1JD	684J	680K	0.063W	Oxide Film	AA
					R2019	VRS-TVIJD	104J	100K	0.063W	Oxide Film	AA
	CON	TROL			R2021	VRS-TV1JD	185J	1.8M	0.063W	Oxide Film
Daaaa					R2022,	VRS-TV1JD	103J	10K	0.063W	Oxide Film	AA
H2003	RVR- 84461CEZZ	10K(B)		AC	2023,
	CAPAC	TORS			2024 B2025	VRS-TV1 ID	1011	100	0.06314/	Outle Files
00000					\|		1013	100	0.00377	Uxide Film
C2001	VCFYSU2AB474K	0.47 100V	Metalized	AF	2028		1
C2002	VCOPKG2AA5601	56P 100V	Polyester Bolyman Ciles		R2029	VRS-TV1JD	103 J	10K (	0.0 63W	Oxide Film	AA
C2003	VCQPKG2AA103J	0.01 100V	Polypro Film Polypro Film		R2030	VRS-TVIJD	101J	100 (	0.0 63W	Oxide Film	AA
C2004	VCQPKG2AA102J	1000P 100V	Polypro Film	AB	2032	VRS-IVIJU	392J \|	3.9K (	0.063W	Oxide Film
C2005	VCQPKG2AA331J	330P 100V	Polypro Film	AB	2033
C2006	VCQPKG2AA470J	47P 100V	Polypro Film	AB	R2034,	VRS-TV1JD	562J 5	5.6K (	0.063W	Oxide Film	ΔΔ
C2007	VCQPKG2AA102J	1000P 100V	Polypro Film	AB	2035
C2008	VCOPKG2AA103J	0.01 100V	Polypro Film	AB	R2036,	VRS-TV1JD	102J \| 1	IK (	0.063W	Oxide Film	AA
C2003	VCGPRGZAA332J	3300P 100V	Polypro Film	AB	2037,
C2011,	VCQPKG2AA102.	1000P 100V	Polypro Film		2038	VBC THALD				_
2012,			i olypio i illi		R2039	VRS-IVIJD	562J [5	5.6K (	0.063W	Oxide Film
2013					R2041		562.1		1 WE300.0	Oxide Film
C2014,	VCQPKG2AA103J	0.01 100V	Polypro Film	AB	R2042,	VRS-TV1JD7	750J \| 7	15 A
2015,					2043,			- •
2016					2044
C2017		10 25V	Electrolytic	AB	R2045	VRS-TV1JD1	0 1 J \| 1	00 0	.063W (	Oxide Film	AA
C2019	VCEAATIEW105M	1 50V	Electrolytic	AC	R2046	VRS-TV1JD8	320J 8	20	.063W (	Oxide Film	AA
C2020	VCQPKG2AA1001	10 25V	Electrolytic	AB	2040
C2021	RTō- H1006CEZZ 4	100 100 V	Trimmer		2049 R2050		0.2.1	v ~	000141
					n2000	vno-ivijD1	02J \|1	к 0	.063W C	Dxide Film

Page 32

Ref. No.	Part No.	Description	Code	Ref. No.	Part No.	Description	Code
	CABINE	T PARTS		1-5	HBDGB3001GESA	"SHARP" Badge	AF
1	CCABA1515CE01	Front Cabinet Ass'v	BN	1-6 1-7	JBIN-1237CESA	Power Button
1-1	Not Available	Front Cabinet	_	1-8	HDECQ0234CESA	LED Decoration Cover	AC
1-2	GDő PF1419CESA	Door	AQ
1-3	HINDP2110CESA	Control Indicator Plate	AF	2	GCABB1546CEKA	Back Cabinet	BD
1-4	HI NDP2145CESA	Indicator Plate (Inside the door)	AF

Page 33

Ref. No.	af. No. Part No. Description		Code	Ref. No.	Part No.	Description	Code
R	EMOTE CONTROL 1 [RRMCG0	TRANSMITTER PARTS 260CESA]		Q3002 D3001,	V S 2 S D 4 6 8 - C / - 1 9 5 G S L R - 9 3 2 A	Transistor LED	AD AE
IC3001 Q3001	RH- i X0 4 1 8 P A Z Z V S 2 S C 1 8 1 5 Y W1 E	(M50119P) IC Transistor	AW AB	3002 CF3001	95 GKBR- 455 BTL	Ceramic Oscillator	AE

Page 34

PACKING OF THE SET

Setting Positions of the Knobs

1	POWER SWITCH	OFF	6	AGING SWITCH	OFF
	PRICUTNERS	MAX	7	STAND BY SWITCH	OFF
	BRIGHTINESS		8		TV
3	V-HOLD	in sync state		CONTRAST	МАХ
4	CHANNEL	1 ch	9	CUNTRAST
	TUNING SWITCH		10	COLOUR	CENTER CLICK POSITION
5	TUNING SWITCH		11	SOUND VOLUME	NORMAL