SHARP 25KN1S, 29KN1S, CX34G3, CX48G4, CX51G3 Service manual & schematics

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Page 1

SHARP

SERVICE MANUAL

S47X7CX68G5/

COLOUR TELEVISION Chassis No. SP-61

CX-68G5 MODELS SX-68G7, SX-68G8

In the interests of user-safety (Required by safety regulations in some countries) the set should be restored to its original condition and only parts identical to those specified should be used.

FEATURE

One Chip Microprocessor Frequency Synthesizer System
- 100 Channels Programming System
- Channel Skip Preset System
- Last (Channel / Volume / Power / User's Control / Fine Tuning) Memory System
Full Auto Search Tuning System
CATV (Hyper Band) Ready
NTSC 4.43 / 3.58MHz Playback System (AV only)

Fine Tuning Adjustable with Remote Control
AV Input / Output Terminal (Rear)
Blue Back
Direct Access Remote Control
□ SX-68G7 and SX-68G8 only
- IGR Stereo Sound
- Front AV Input Terminal
□ SX-68G8 only
- TELETEXT

Page	Page
• SPECIFICATIONS	CHASSIS LAYOUT DIAGRAM 21
• IMPORTANT SERVICE NOTES	DESCRIPTION OF SCHEMATIC DIAGRAM 25
ADJUSTMENT PRECAUTIONS 4	OVERALL BLOCK DIAGRAM 43
• SERVICE ADJUSTMENT 10	PRINTED WIRING BOARD ASSEMBLIES 53
TROUBLE SHOOTING TABLE 18	REPLACEMENT PARTS LIST

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 gualified service personnel.

SHARP CORPORATION

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SPECIFICATIONS

Convergence Focus
Intermediate Frequencies
Sound IF Carrier Frequency Colour Sub-carrier Frequency
Power Input Power Consumption	220 — 240V AC 50Hz 157 W
Audio Power Output Rating
Size Voice Coil Impedance	12 x 6 cm (Elliptic) x 2 pcs. 8 ohms at 400 Hz
Aerial Input Impedance • VHF/UHF Receiving System Tuning Banges
VHF-Channels UHF-Channels	AU0 thru AU12, NZ1 thru NZ11 AU28 thru AU69, E21 thru E69
Receiving Frequency VHF-Channels UHF-Channels
Dimensions Width Height Depth Weight (approx.)
Cabinet Material	All Plastics

Specifications are subject to change without prior notice.

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IMPORTANT SERVICE NOTES

CX-68G5

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 dag 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 radiation 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 high voltage to more than 33.0 kV, (at beam 0 µA) for the set.
2. To keep the set in a normal operation, be sure to make it function on 29.0 kV ± 1.5 kV (at beam 1400 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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ADJUSTMENT PRECAUTIONS

This model's setting are adjusted in two different ways: through the I²C bus control and in the conventional analog manner. The adjustments via the I²C bus control include preset-only items and variable data.

1. Calling the service mode by the microprocessor

Set the switch S1006 to the service mode position, and the microprocessor is put in the service mode (Adjustment through the I²C bus control).
(2) Press the CHDOWN / CH UP key on the remote controller to get ready to select the modes one by one.
(3) Using the VOLUME UP / VOLUME DOWN key on the remote controller, the data can be modified
(4) Set the switch S1006 to the normal mode (OFF) position, and the microprocessor is put out of the service mode.

2. Factory presettings

(1) Set the switch S1006 to the service mode position and turn on the main power switch.
(i) Dot the officer of the officer have position and tan officer of the officer officer. Initial values are automatically preset only when a new E²PROM is used (judgment with the first 4 bytes). (2) The initial data are preset as listed in SERVICE MODE.

Note :

Once the chassis has been put together and ready to be POWER ON for the FIRST TIME, make sure to set the switch S1006 to the service mode position first and then turn on the main power switch (see the step 2.-(1) above). Turning on the power without initializing the E²PROM may cause a flow of excess beams.

After the initial data are preset and all the require data modification have been done, make sure the switch S1006 is set to normal mode (OFF) position.

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SERVICE MODE:

When the SERVICE IN (pin (31)) terminal gets to the "H" level for 3 consecutive times, the service mode is called up. Getting to the "L" level for 3 consecutive times, the service mode is cleared. (At the clearing of the service mode, the E²PROM content are read once and an initialization is made.)
2) Once in the service mode, the E²PROM 's initialization judgement bite is read 3 consecutive times before the IC gets initialized. If all the data are not identified all the 3 times, the E²PROM gets initialized.

CUT OFF BKGD CUT OFF (B) 60 CUT OFF (G) 60 CUT OFF (G) 60 DRIVE (G) 31 DRIVE (G) 31 DRIVE (B) 31 DRIVE (B) 31 DRIVE (B) 31 DRIVE (B) 31 DRIVE (B) 31 DRIVE (B) 31 DRIVE (B) 31 DRIVE (B) 31 TV H-CENTER (50Hz) 5 TV H-CENTER (50Hz) 8 AV H-CENTER (50Hz) 8 AV H-CENTER (50Hz) 8 AV H-CENTER (50Hz) 8 AV H-CENTER (50Hz) 8 SUB COLOUR 55 SUB COLOUR 55 SUB COLOUR 55 SUB COLOUR 55 SUB COLOUR 64/64 LEVEL RF SUB VOLUME 80 SUB COLOUR 64/64 LEVEL RF SUB VOLUME 80 TRAP SELECTION D-TRAP SINGLE FTRAP HIGH INITIAL SETTING SPATIALIZER 0N COLOUR-SYSTEM 0N SCOAM 0N SCOAM 0N M 0N OTHER ADJUSTMENT TV DELAY TIME (PAL) 1 AV DELAY TIME (PAL) 1 AV DELAY TIME (FAL) 1 AV DELAY TIME (FAL) 1 AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SE	Classification	Item	Data Remarks
CUT OFF (6) 60 CUT OFF (8) 81 DRIVE (G) 31 DRIVE (B) 31 DRIVE (B) 31 DRIVE (B) 31 DRIVE (B) 31 DRIVE (B) 31 DRIVE (B) 31 DRIVE (B) 31 DRIVE (B) 31 DRIVE (B) 31 DRIVE (B) 31 TV H-CENTER (50Hz) 5 TV H-CENTER (50Hz) 8 AV H-CENTER (60Hz) 8 AV H-CENTER (60Hz) 8 AV H-CENTER (60Hz) 8 AV H-CENTER (60Hz) 8 AV H-CENTER (60Hz) 8 SUB COLOUR 55 SUB SOLOUR 55 SUB SOLOUR 55 SUB SOLOUR 55 SUB SOLOUR 56 SUB SOLOUR 64/64 LEVEL RF SUB VOLUME 80 SUB VOLUME 80 FTRAP 81 SUB VOLUME 80 SUB VOLUME 800 TRAP 81 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 80 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUME 90 SUB VOLUM	CUT OFF BKGD	CUT OFF (R)	60
LAST DATA UTO FT (B) DRIVE		CUT OFF (G)	60
DRIVE (G) 31 DRIVE (B) 31 DEFLECTION ADJUSTMENT TV H-CENTER (50Hz) 5 AV H-CENTER (60Hz) 5 TV H-CENTER (60Hz) 8 AV H-CENTER (60Hz) 8 AV H-CENTER (60Hz) 8 AV H-CENTER (60Hz) 8 IF ADJUSTMENT RF AGC 30 VCO 31 SUB ADJUSTMENT SUB COLOUR 55 SUB COLOUR 55 SUB BRIGHT 45 SUB COLOUR 64/64 LEVEL RF SUB VOLUME 64/64 LEVEL RF SUB VOLUME 80 TRAP 81 FTRAP 116CH FTRAP 116CH FTRAP 116CH FTRAP 116CH INITIAL SETTING SPATIALIZER 0N SCOLOUR-SYSTEM 0N SCOLOU-SYSTEM 0N SCOLOU-SYSTEM 0N SCOLOU-SYSTEM 0N SCOLOU-SYSTEM 0N SCOLOU-SYSTEM 0N SCOLOU-SYSTEM 0N SCOLOU-SYSTEM 0N SCOLOU-SYSTEM 0N SCOLOU-SYSTEM 0N NICAM 4UTO OTHER ADJUSTMENT TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 1 AV DELAY TIME (FAC) 0 AV SHARPNESS 3 LAST CONTRAST MAN AV TINT 0 AV SHARPNESS 3 CHANNEL DATA AFT ALLCH AUTO		CUT OFF (B)	60
DRIVE (B) 31 DEFLECTION ADJUSTMENT TV H-CENTER (50Hz) 5 AV H-CENTER (50Hz) 5 AV H-CENTER (60Hz) 8 AV H-CENTER (60Hz) 8 AV H-CENTER (60Hz) 8 IF ADJUSTMENT RF AGC 30 VCO 31 SUB ADJUSTMENT SUB COLUR 55 SUB BRIGHT 45 SUB COLUR 64/64 LEVEL RF SUB VOLUME 80 TRAP SELECTION D-TRAP SINGLE F-TRAP HIGH INITIAL SETTING SPATIALIZER ON SECAM ON SECAM ON SOUND-SYSTEM ON SOUND-SYSTEM ON SOUND-SYSTEM ON SOUND-SYSTEM ON SOUND-SYSTEM ON SOUND-SYSTEM ON SOUND-SYSTEM ON SECAM ON SOUND-SYSTEM ON SECAM ON MACON MACON TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5	1	DRIVE (G)	31
DEFLECTION ADJUSTMENTTV H-CENTER (50Hz)5AV H-CENTER (60Hz)8AV H-CENTER (60Hz)8AV H-CENTER (60Hz)8IF ADJUSTMENTRF AGC30VCO31SUB ADJUSTMENTSUB COLOUR55SUB COLOUR55SUB COLOUR64/64 LEVELRF SUB VOLUME64/64 LEVELRF SUB VOLUME80TRAP SELECTIOND-TRAPNITIAL SETTINGSPATIALIZERSOUN-SYSTEMONSOUN-SYSTEMONSOUN-SYSTEMONMONNICAMAUTOOTHER ADJUSTMENTTV DELAY TIME (PAL)AV DELAY TIME (PAL)1AV DELAY TIME (PAL)1AV DELAY TIME (SECAM)5AV DELAY TIME (RACM)5AV DELAY TIME (RACM)1AV DELAY TIME (RACM)1		DRIVE (B)	31
AV H-CENTER (50Hz) 5 TV H-CENTER (60Hz) 8 AV H-CENTER (60Hz) 8 IF ADJUSTMENT PF AGC 30 SUB ADJUSTMENT SUB CONT 80 SUB COLOUR 55 SUB BRIGHT 45 SUB COLOUR 55 SUB BRIGHT 45 SUB VOLUME 64/64 LEVEL RF SUB VOLUME 80 TRAP SELECTION D-TRAP SINGLE F-TRAP HIGH INITIAL SETTING SPATIALIZER ON COLOUR-SYSTEM ON SECAM 0N SOUND-SYSTEM ON SOUND-SYSTEM ON M ON M ON M ON MICAM AUTO OTHER ADJUSTMENT TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 AV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 AV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY	DEFLECTION ADJUSTMENT	TV H-CENTER (50Hz)	5
TV H-CENTER (60Hz)8IF ADJUSTMENTRF AGC30SUB ADJUSTMENTSUB CONT80SUB ADJUSTMENTSUB CONT80SUB ADJUSTMENTSUB COLOUR55SUB BRIGHT45SUB VOLUME64/64 LEVELRF SUB VOLUME80TRAP SELECTIOND-TRAPSINGLEF-TRAPHIGHINITIAL SETTINGSPATIALIZERONSOUND-SYSTEMONSOUND-SYSTEMOTHER ADJUSTMENTTV DELAY TIME (PAL)1AV DELAY TIME (PAL)1AUTOOTHER ADJUSTMENTTV DELAY TIME (PAL)1AV DELAY TIME (PAL)1AUTOOTHER ADJUSTMENTTV DELAY TIME (SECAM)5AV DELAY TIME (NTSC)1AV DELAY TIME (SECAM)5AV DELAY TIME (NTSC)1AV DELAY TIME (SECAM)5AV DELAY TIME (NTSC)1AV DELAY TIME (SECAM)5AV DELAY TIME (NTSC)1AV DELAY TIME (SECAM)5AV SHARPNESS3ALAST COLOUR, SOUND SYSTEMALAST COLOUR,		AV H-CENTER (50Hz)	5
AV H-CENTER (60Hz)8IF ADJUSTMENTRF AGC30SUB ADJUSTMENTSUB COLOUR31SUB ADJUSTMENTSUB COLOUR55SUB BRIGHT45SUB TINT58SUB VOLUME64/64 LEVELRF SUB VOLUME60TRAP SELECTIOND-TRAPSINGLEINITIAL SETTINGSPATIALIZERONCOLOUR-SYSTEMONCOLOUR-SYSTEMNICAMAUTONOTHER ADJUSTMENTTV DELAY TIME (PAL)1AV DELAY TIME (PAL)1AV DELAY TIME (SECAM)OTHER ADJUSTMENTTV DELAY TIME (SECAM)5AV DELAY TIME (SECAM)5TV DELAY TIME (SECAM)AV DELAY TIME (SECAM)5TV DELAY TIME (SECAM)AV DELAY TIME (SECAM)1AV DELAY TIME (SECAM)AV DELAY TIME (SECAM)5TV DELAY TIME (SECAM)AV DELAY TIME (SECAM)5TV DELAY TIME (SECAM)AV DELAY TIME (SECAM)5TV DELAY TIME (SECAM)AV DELAY TIME (SECAM)5TV DELAY TIME (SECAM)AV DELAY TIME (SECAM)5TV DELAY TIME (SECAM)AV DELAY TIME (SECAM)5TV DELAY TIME (SECAM)AV DELAY TIME (SECAM)5TV DELAY TIME (SECAM)AV DELAY TIME (SECAM)5TV DELAY TIME (SECAM)AV DELAY TIME (SECAM)5TV DELAY TIME (SECAM)AV DELAY TIME (SECAM)5TV DELAY TIME (SECAM)AV DELAY TIME (SECAM)5TV DELAY TIME (SECAM)AV DELAY TIME (SECAM)1AV DELAY TIME (SECAM)		TV H-CENTER (60Hz)	8
IF ADJUSTMENT RF AGC 30 VCO 31 SUB ADJUSTMENT SUB CONT 80 SUB COLOUR 55 SUB BRIGHT 45 SUB TINT 58 SUB VOLUME 64/64 LEVEL RF SUB VOLUME 80 TRAP SELECTION D-TRAP SINGLE INITIAL SETTING SPATIALIZER ON COLOUR-SYSTEM ON SOUND-SYSTEM ON SOUND-SYSTEM ON SOUND-SYSTEM ON SOUND-SYSTEM OTHER ADJUSTMENT TV DELAY TIME (PAL) 1 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (NTSC) 1 AV DELAY TIME (NTSC) 1 AV DELAY TIME (BW) 1 AV SHARPNESS 3 LAST COLOUR, BRIGHTNESS, TINT CENTER AST COLOUR, BRIGHTNESS, TINT CENTER LAST VOLUME MAX LAST SPOWER ON LAST SPATIALIZER & BB OFF LAST SPENCER CENTER LAST SPOWER ON LAST SPOWER ON LAST SPENCE CENTER LAST SPENCE CENTER LAST SPENCE SELECTION <		AV H-CENTER (60Hz)	8
VCO31SUB ADJUSTMENTSUB COLOUR80SUB COLOUR55SUB BRIGHT45SUB TINT58SUB VOLUME64/64 LEVELRF SUB VOLUME80PATALIZERNIGLEINITIAL SETTINGSPATIALIZEROTHER ADJUSTMENTTV DELAY TIME (PAL)OTHER ADJUSTMENTTV DELAY TIME (PAL)OTHER ADJUSTMENTTV DELAY TIME (PAL)AV DELAY TIME (PAL)1AV DELAY TIME (SECAM)5AV DELAY TIME (SECAM)5AV DELAY TIME (NTSC)1AV DELAY TIME (SECAM)5AV DELAY TIME (NTSC)1AV DELAY TIME (SECAM)5AV DELAY TIME (NTSC)1AV DELAY TIME (NTSC)1AV TINT0AV SHARPNESS3LAST COLUMEMIXLAST COLUMEMIXLAST COLUMERMIXLAST COLUMERMIXLAST SERVICE POSITIONSERVICELAST SERVICE POSITIONSERVICELAST SERVICE POSITIONSERVICELANGUAGE SELECTIONENGLISHCHANNEL DATAAFTCHANNEL DATAAFTAFTALL CH OFFCOLOUR, SOUND SYSTEMALL CH AUTO	IF ADJUSTMENT	RFAGC	30
SUB ADJUSTMENTSUB CONT80SUB COLOUR55SUB BRIGHT45SUB VOLUME64/64 LEVELRF SUB VOLUME80TRAP SELECTIOND-TRAPF-TRAPHIGHF-TRAPHIGHINITIAL SETTINGSPATIALIZERONCOLOUR-SYSTEMOUND-SYSTEMONSUDND-SYSTEMONSUBLACTIME (PAL)1AV DELAY TIME (PAL)1OTHER ADJUSTMENTTV DELAY TIME (PAL)TV DELAY TIME (PAL)1AV DELAY TIME (PAL)1AV DELAY TIME (SECAM)5TV DELAY TIME (INTSC)1AV DELAY TIME (BW)1AV DELAY T		VCO	31
SUB COLOUR 55 SUB BRIGHT 45 SUB BTINT 58 SUB VOLUME 64/64 LEVEL RF SUB VOLUME 80 TRAP SELECTION D-TRAP SINGLE F-TRAP HIGH INITIAL SETTING SPATIALIZER ON SECOM ON SCOUDR-SYSTEM ON SECOM ON SOUND-SYSTEM ON SOUND-SYSTEM ON NICAM AUTO OTHER ADJUSTMENT TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 IT O DELAY TIME (NTSC) 1 AV DELAY TIME (MTSC) 1 AV DELAY TIME (MTSC) 1 AV DELAY TIME (BW) 1 AV DELAY TIME (BW) 1 AV DELAY TIME (BW) 1 AV DELAY TIME (BW) 1 AV DELAY TIME (BW) 1 AV DELAY TIME (BW) 1 AV DELAY TIME (BW) 1 AV DELAY TIME (BW) 1 AV DELAY TIME (BW) 1 AV DELAY TIME (BW) 1 AV DELAY TIME (BW) 1 AV DELAY TIME (BW) 1 AV TINT 0 AV SHARPNESS 3 LAST DATA LAST COLOUR, BRIGHTNESS, TINT CENTER AST ADATA LAST SERVICE POSITION SERVICE LAST SERVICE POSITION SERVICE LAST SERVICE POSITION SERVICE LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH ALCH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO	SUB ADJUSTMENT	SUB CONT	80
SUB BRIGHT 45 SUB VOLUME 58 SUB VOLUME 64(64 LEVEL RF SUB VOLUME 80 TRAP SELECTION D-TRAP SINGLE FTRAP N HIGH INITIAL SETTING SPATIALIZER ON COLOUR-SYSTEM ON SECAM ON SOUND-SYSTEM ON SOUND-SYSTEM ON NICAM AUTO OTHER ADJUSTMENT TV DELAY TIME (PAL) 1 AV DELAY TIME (PAL) 1 TV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TI		SUB COLOUR	55
SUB TINT 58 SUB VOLUME 64/64 LEVEL RF SUB VOLUME 80 TRAP SELECTION D-TRAP SINGLE F-TRAP HIGH INITIAL SETTING SPATIALIZER ON SECAM ON SECAM ON SECAM ON SECAM ON SOUND-SYSTEM ON SECAM ON NICAM AUTO OTHER ADJUSTMENT TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (NTSC) 1 TV DELAY TIME (NTSC) 1 TV DELAY TIME (BW) 1 AV DELAY TIME (BW) 1 AV DELAY TIME (BW) 1 AV DELAY TIME (BW) 1 AV SHARPNESS 3 LAST DATA LAST COLUME MIN LAST COLUME MIN LAST COLUME MIN LAST COLUME MIN LAST COLUME MIN LAST SERVICE POSITION SERVICE LAST BASS, TREBLE & BALANCE CENTER AST SERVICE POSITION SERVICE LAST SERVICE POSITION SERVICE LAST SERVICE POSITION SERVICE LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF		SUB BRIGHT	45
SUB VOLUME 64/64 LEVEL RF SUB VOLUME 80 TRAP SELECTION D-TRAP SINGLE F-TRAP HIGH INITIAL SETTING SPATIALIZER ON COLOUR-SYSTEM ON SECAM ON SECAM ON SOUND-SYSTEM ON M ON NICAM AUTO OTHER ADJUSTMENT TV DELAY TIME (PAL) 1 AV DELAY TIME (PAL) 1 AV DELAY TIME (PAL) 1 AV DELAY TIME (PAL) 1 AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM)		SUBTINT	58
RF SUB VOLUMEB0TRAP SELECTIOND-TRAPSINGLEINITIAL SETTINGPATIALIZERONCOLOUR-SYSTEMONSECAMONSOUND-SYSTEMONSOUND-SYSTEMONMONMONOTHER ADJUSTMENTTV DELAY TIME (PAL)TV DELAY TIME (PAL)1AV DELAY TIME (SECAM)5AV DELAY TIME (SECAM)5AV DELAY TIME (SECAM)5TV DELAY TIME (RAL)1AV DELAY TIME (BOW)1AV TINT0AV SHARPNESS3LAST CONTRASTMAXLAST POWERONLAST SPATIALIZER & BBOFFLAST SPATIALIZER & BBOFFCHANNEL DATAAFTCHANNEL DATAAFTAFTALL CH ONSKIPALL CH OFFCOLOUR, SOUND SYSTEMALL CH AUTO		SUB VOLUME	64/64 \| EVEL
TRAP SELECTION D-TRAP SINGLE SINGLE F-TRAP HIGH INITIAL SETTING SPATIALIZER ON SOUND-SYSTEM ON SECAM ON SOUND-SYSTEM ON M ON NICAM AUTO OTHER ADJUSTMENT TV DELAY TIME (PAL) 1 AV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV		BE SUB VOLUME	80
F-TRAP HIGH INITIAL SETTING SPATIALIZER ON COLOUR-SYSTEM ON SECAM ON SOUND-SYSTEM ON M ON M ON OTHER ADJUSTMENT TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5 I AV DELAY TIME (SECAM) 5	TRAP SELECTION	D-TRAP	SINGLE
INITIAL SETTING SPATIALIZER ON COLOUR-SYSTEM ON SECAM ON SECAM ON SOUND-SYSTEM ON M ON MICAM AUTO OTHER ADJUSTMENT TV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 3 ILAST DATA LAST CHANNEL CH 1 LAST COLOURE MIN LAST COLOURE MIN LAST COLOURE MIN LAST COLOURE MIN LAST SERVICE POSITION SERVICE LAST SERVICE POSITION SERVICE LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO		E-TRAP	HIGH
COLOUR-SYSTEM ON SECAM ON SOUND-SYSTEM ON MONAM ON NICAM ON NICAM AUTO OTHER ADJUSTMENT TV DELAY TIME (PAL) 1 AV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 1 TV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM	INITIAL SETTING	SPATIALIZEB	ON
SECAMONSOUND-SYSTEMONMONMONOTHER ADJUSTMENTTV DELAY TIME (PAL)1AV DELAY TIME (PAL)1TV DELAY TIME (SECAM)5AV DELAY TIME (SECAM)5AV DELAY TIME (NTSC)1TV DELAY TIME (NTSC)1AV DELAY TIME (B/W)1AV DELAY TIME (B/W)0AV DELAY TIME (B/W)0AV SHARPNESS3LAST COLOUR, BRIGHTNESS, TINTCENTER& SHARPNESS0NLAST SPATIALIZER & BBOFFLAST SPATIALIZER & BBOFFLAST SERVICE POSITIONSERVICELANGUAGE SELECTIONENGLISHAFTALL CH ONSKIPALL		COLOUB-SYSTEM	ON
SOUND-SYSTEM ON M ON NICAM AUTO OTHER ADJUSTMENT TV DELAY TIME (PAL) 1 AV DELAY TIME (PAL) 1 TV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 TV DELAY TIME (NTSC) 1 AV DELAY TIME (NTSC) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY		SECAM	ON
M ON NICAM AUTO OTHER ADJUSTMENT TV DELAY TIME (PAL) 1 AV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 5 AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 1 AV DELAY TIME (SECAM) 3 TV DELAY TIME (SECAM) 3 LAST DATA LAST CHANNEL CH 1 LAST CHANNEL CH 1 LAST COLOUR, BRIGHTNESS, TINT CENTER & SHARPNESS 3 LAST DATA LAST COLOUR, BRIGHTNESS, TINT CENTER & SHARPNESS CENTER LAST SERVICE POSITION SERVICE LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO		SOUND-SYSTEM	ON
NICAM AUTO OTHER ADJUSTMENT TV DELAY TIME (PAL) 1 AV DELAY TIME (PAL) 1 TV DELAY TIME (PAL) 5 AV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 1 AV DELAY TIME (NTSC) 1 AV DELAY TIME (NTSC) 1 TV DELAY TIME (MTSC) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELA		M	ON
OTHER ADJUSTMENTTV DELAY TIME (PAL)1AV DELAY TIME (PAL)1TV DELAY TIME (SECAM)5AV DELAY TIME (SECAM)5AV DELAY TIME (NTSC)1AV DELAY TIME (MTSC)1AV DELAY TIME (B/W)1AV DELAY TIME (D/W)1AV DELAY TIME (B/W)1AV DELAY TIME (D/W)1AV DELAY TIME (D/W)		NICAM	AUTO
AV DELAY TIME (PAL) 1 TV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 TV DELAY TIME (NTSC) 1 AV DELAY TIME (NTSC) 1 AV DELAY TIME (NTSC) 1 TV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV TIME (B/W) 1 AV TIME (B/W) 1 AV TIME (B/W) 1 AV TIME (B/W) 1 AV TIME (B/W) 1 AV TIME (B/W) 1 AV TIME (B/W) 1 AV TIME (B/W) 1 AV TIME (B/W) 1 AV TIME (B/W) 1 AV TIME (B/W) 1 AV TIME (B/W) 1 AV TIME (B/W) 1 AV TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELA	OTHER ADJUSTMENT		1
TV DELAY TIME (SECAM) 5 AV DELAY TIME (SECAM) 5 TV DELAY TIME (SECAM) 5 TV DELAY TIME (NTSC) 1 AV DELAY TIME (NTSC) 1 TV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV TINT 0 AV SHARPNESS 3 LAST CHANNEL CH 1 LAST CHANNEL CH 1 LAST COLOUR,BRIGHTNESS, TINT CENTER & SHARPNESS LAST COLOUR,BRIGHTNESS, TINT CENTER & SHARPNESS LAST BASS, TREBLE & BALANCE CENTER LAST SPATIALIZER & BB OFF LAST SPATIALIZER & BB OFF LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO		AV DELAY TIME (PAL)	1
AV DELAY TIME (SECAM) 5 TV DELAY TIME (NTSC) 1 AV DELAY TIME (NTSC) 1 AV DELAY TIME (NTSC) 1 TV DELAY TIME (NTSC) 1 TV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV TINT 0 AV SHARPNESS 3 LAST CHANNEL CH 1 LAST VOLUME MIN LAST CONTRAST MAX LAST CONTRAST MAX LAST COLOUR,BRIGHTNESS, TINT CENTER & SHARPNESS LAST BASS, TREBLE & BALANCE CENTER LAST POWER 0N LAST SPATIALIZER & BB 0FF LAST SERVICE POSITION SERVICE LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO		TV DELAY TIME (SECAM)	5
TV DELAY TIME (NTSC) 1 AV DELAY TIME (NTSC) 1 AV DELAY TIME (NTSC) 1 TV DELAY TIME (NTSC) 1 TV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV TINT 0 AV SHARPNESS 3 LAST CHANNEL CH 1 LAST CHANNEL CH 1 LAST COLUME MIN LAST COLUME MIN LAST COLUME MIN LAST COLOUR,BRIGHTNESS, TINT CENTER & SHARPNESS LAST BASS, TREBLE & BALANCE CENTER LAST POWER ON LAST SPATIALIZER & BB OFF LAST SPATIALIZER & BB OFF LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO		AV DELAY TIME (SECAM)	5
AV DELAY TIME (NTSC) 1 TV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV TINT 0 AV SHARPNESS 3 LAST CHANNEL LAST COLOUR,BRIGHTNESS, TINT LAST COLOUR,BRIGHTNESS, TINT CENTER & SHARPNESS LAST BASS, TREBLE & BALANCE LAST POWER LAST SPATIALIZER & BB OFF LAST SERVICE POSITION SERVICE LANGUAGE SELECTION CHANNEL DATA AFT ALL CH ON SKIP COLOUR, SOUND SYSTEM ALL CH AUTO			1
TV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV DELAY TIME (B/W) 1 AV TINT 0 AV SHARPNESS 3 LAST CHANNEL CH 1 LAST VOLUME MIN LAST CONTRAST MAX LAST COLOUR,BRIGHTNESS, TINT CENTER & SHARPNESS LAST BASS, TREBLE & BALANCE CENTER LAST POWER ON LAST SPATIALIZER & BB OFF LAST SPATIALIZER & BB OFF LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO		AV DELAY TIME (NTSC)	1
AV DELAY TIME (B/W) 1 AV TINT 0 AV SHARPNESS 3 LAST DATA LAST CHANNEL CH 1 LAST VOLUME MIN LAST CONTRAST MAX LAST COLOUR,BRIGHTNESS, TINT CENTER & SHARPNESS LAST BASS, TREBLE & BALANCE CENTER LAST POWER ON LAST SPATIALIZER & BB OFF LAST SERVICE POSITION SERVICE LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO		TV DELAY TIME (B/W)	1
AV TINT 0 AV SHARPNESS 3 LAST DATA LAST CHANNEL CH 1 LAST VOLUME MIN LAST CONTRAST MAX LAST COLOUR,BRIGHTNESS, TINT CENTER & SHARPNESS LAST BASS, TREBLE & BALANCE CENTER LAST POWER ON LAST SPATIALIZER & BB OFF LAST SPATIALIZER & BB OFF LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO			1
AV SHARPNESS 3 LAST DATA LAST CHANNEL CH 1 LAST VOLUME MIN LAST VOLUME MIN LAST CONTRAST MAX LAST COLOUR,BRIGHTNESS, TINT CENTER & SHARPNESS LAST BASS, TREBLE & BALANCE CENTER LAST POWER ON LAST SPATIALIZER & BB OFF LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO		AV TINT	, O
LAST DATA LAST CHANNEL CH 1 LAST VOLUME MIN LAST CONTRAST MAX LAST COLOUR,BRIGHTNESS, TINT CENTER & SHARPNESS LAST BASS, TREBLE & BALANCE CENTER LAST POWER ON LAST SPATIALIZER & BB OFF LAST SPATIALIZER & BB OFF LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO		AV SHABPNESS	3
LAST VOLUME MIN LAST CONTRAST MAX LAST COLOUR,BRIGHTNESS, TINT CENTER & SHARPNESS LAST BASS, TREBLE & BALANCE CENTER LAST POWER ON LAST SPATIALIZER & BB OFF LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM	LAST DATA		CH 1
LAST CONTRAST MAX LAST COLOUR,BRIGHTNESS, TINT CENTER & SHARPNESS LAST BASS, TREBLE & BALANCE CENTER LAST POWER ON LAST SPATIALIZER & BB OFF LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM			MIN
LAST COLOUR,BRIGHTNESS, TINT & SHARPNESS LAST BASS, TREBLE & BALANCE LAST POWER LAST SPATIALIZER & BB LAST SPATIALIZER & BB CHANNEL DATA CHANNEL DATA CHANNEL DATA CHANNEL DATA CHANNEL DATA COLOUR, SOUND SYSTEM COLOUR, SOUND SYSTEM			MAX
& SHARPNESS LAST BASS, TREBLE & BALANCE CENTER LAST BASS, TREBLE & BALANCE ON LAST POWER ON LAST SPATIALIZER & BB OFF LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO			CENTER
LAST BASS, TREBLE & BALANCE CENTER LAST POWER ON LAST SPATIALIZER & BB OFF LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO		& SHABPNESS	CENTER
LAST POWER ON LAST SPATIALIZER & BB OFF LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO		LAST BASS TREBLE & BALANCE	CENTER
LAST SPATIALIZER & BB OFF LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO		LAST POWER	ON
LAST SERVICE POSITION SERVICE LAST SERVICE POSITION SERVICE LANGUAGE SELECTION ENGLISH CHANNEL DATA AFT SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO		LAST SPATIALIZER & BB	OFF
CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO			SERVICE
CHANNEL DATA AFT ALL CH ON SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO
SKIP ALL CH OFF COLOUR, SOUND SYSTEM ALL CH AUTO	CHANNEL DATA	AFT
COLOUR, SOUND SYSTEM ALL CH AUTO

		MPX MODE	ALL CH STEREO MAIN

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3) In the service mode, the CH up/down key is used to select the modes in the following order.

CUT OFF BKGD MODE

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CX-68G5
SX-68G7/8

Page 8

CX-68G5
SX-68G7/8

TRAP SELECTION

D-TRAP: Determine the M52340's double trap for double or single. F-TRAP: Determine the M52340's trap fine for low or high.

INITIAL SETTING

SPATIALIZER ON/OFF: Determining whether to switch for the spatializer or not.

COLOUR-SYSTEM ON / OFF: Determining whether to accept the forced colour system or not. SECAM ON/ OFF:

Determining whether to accept the forced Secam colour system or not.

SOUND-SYSTEM ON / OFF

Determining whether to accept the forced sound system or not.

M ON / OFF:

Determining whether to accept the forced M sound system or not.

NICAM AUTO / BG/ I :

Determining for Auto, BG, or I of the NICAM system.

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OTHERS

∿	СН	DOWN
介	СН	UP

DATA UP : VOLUME UP DATA DOWN : VOLUME DOWN

DT	DL	TIME	DL FINE
0	0	0	0
1	0	0	1
2	0	1	0
3	0	1	1
4	1	0	0
5	1	0	1
6	1	1	0
7	1	1	1

DT PAL:

Determining the M52340's delay time and delay fine level for the PAL system.

DT SECAM / NTSC / BW:

Determining the M52340's delay time and delay fine level for the other colour systems than the PAL one. See the right table.

AV TINT:

Determining the AV mode tint to be added to the T.V mode tint.

AV SHARPNESS:

Determining the AV mode sharpness to be added to the T.V mode sharpness.

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SERVICE ADJUSTMENT

PIF / AFT / AGC ADJUSTMENT

NO.	ADJUSTMENT POINT	ADJUSTMENT CONDITION / PROCEDURE	WAVEFORM OR OTHERS
1	Tuner IFT (PRESET)	(1) Get the tuner ready to receive the E-9 CH signal, but with no signal input. Adjust the PLL data. (2) Connect the sweep generator's output cable to the tuner antenna. (RF SWEEP). (3) Adjust the sweep generator's to 80dBµV. (4) Connect the response lead (use low-inpedance probe with wave detector ; see Fig.1) to the tuner's IF output terminal. (This terminal must have the probe alone connected). (5) Set the RF AGC to 0 – 6 V with no saturation with the waveform. (6) Adjust the tuner IF coil to obtain the waveform as shown in Fig. 2. Note : Be sure to keep the tuner cover in position during this adjustment.	10kΩ 1N60 1000p IF OUT 100kΩ 1000p 75Ω 7/7 Figure 1. P C -1.5 ± 0.8 dB Figure 2.
2	T201 (VCO) Coil adjustment	Receive the E-12 CH (PAL colour bar) signal above the CH. E-5 band is acceptable. Field strength : 55 – 80dBμV. Connect the oscilloscope to pin (36) of IC801. Range : 0.5V/div. Sweep time : 20μ sec/div. Connect a 0.01μF capacitor in between the standard signal generator's output and the Tuner IF output terminal. Frequency : 38.9MHz (CW) ± 5 kHz Level : about 90dBμV By using the Preset Key go to MANUAL (VHF-H) mode align the zero-beat waveform by using the Fine Tuning UP/DOWN. See Fig. 3. Go to NORMAL mode by using the Preset Key. Adjust T 201 to employ the zero-beat waveform. Adj. range : 38,9 MHz ± 25 kHz Note: Make sure that this adjustment with the bus data "VCO" at 31/63.	Image: second

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PIF / AFT / AGC ADJUSTMENT (Continued)

NO.	ADJUSTMENT POINT	ADJUSTMENT CONDITION / PROCEDURE	WAVEFORM OR OTHERS
3	RF-AGC adjustment "RF-AGC" (I ² C bus control)	Receive the E-12 CH (PAL colour bar) signal. Field strength : 57 ± 1dBμV (75 ohms open) Connect the oscilloscope to P201 (Tuner AGC Terminal), as shown in Fig. 4. Go to service mode "RF AGC" bus data. Adjust the "RF AGC" bus data until the voltage goes down 0.1V below the highest level. Adjust the signal level to 63 – 67dBμV and make sure there is no noise. Now adjust the signal level to 90 – 95dBμV and make sure there is no chrominance modulation beat.	Note: If a 50 ohm field strength meter is used without a 50/75 imped- ance converter,set the field strength to 55 ± 1dBµV. Pay at- tention to a loss that would be caused with the converter. Oscilloscope + SET - O P201
			Bias Box : about 6.5V Figure 4.

SOUND ADJUSTMENT

NO.	ADJUSTMENT POINT	ADJUSTMENT CONDITION / PROCEDURE
1	RF SUB VOL ADJ. "RF SUB VOL" (I ² C bus control)	Receive the E-12 CH (PAL colour bar) signal. Signal: 400Hz, 100% modulation (50 kHz Dev.) Connect the oscilloscope to the Audio Out (L or R) terminal. (Terminate with 10k ohm impedance). Adjust the "RF SUB VOL" bus data so that the 400Hz sine wave be of 1.76Vp-p. Adj. error : 1.76Vp-p+ 0.04Vp-p - 0.06Vp-p
2	SUB VOL ADJ. "RF SUB VOL" (I ² C bus control)	Receive the E-12 CH (PAL colour bar) signal. Turn up the volume control to maximum. Connect the VTVM's probes to the SI connector. (Pin-1: L, Pin-2: GND, Pin-3: R) Adjust the bus data so that the VTVM should read 8.0Vrms (L-CH.) Adj. error: 8.0 ± 0.1Vrms
3	NOISE MUTE CHECK	Receive the E-12 CH (PAL colour bar) signal. Turn up the volume control to maximum and make sure the sound is heard from the speakers. Then put the unit in no signal state. Be sure that the sound mute is effective. Finally turn down the volume control to minimum.

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CUT OFF / BKGD / SUB CONT ADJUSTMENT

NO.	ADJUSTMENT POINT	ADJUSTMENT CONDITION / PROCEDURE	WAVEFORM OR OTHERS
1	CRT CUT OFF ADJ. "R-CUT OFF" "G-CUT OFF" "B-CUT OFF" "SUB BRIGHT" (I ² C bus control) SCREEN VARIABLE	Receive the "monoscope pattern" signal. Set to P-NORMAL condition. Go to "CUT OFF BKGD" in service mode. Set the Screen control to 0/10. Press the "9" key on the remote controller to reach the horizontal centering mode. Here one of the three colours appear as the	Before adjustment, make sure that this adjustment with the initial bus data R-Cut off", "G-Cut Off" & B- Cut Off" are at 60.
		screen control is turned. So touching off the bias control belonging to the first colour. Use the control key beside, until the horizontal raster becomes white. (6) Turn off the screen control (counter- clockwise) until the horizontal raster disappears. (7) Press the "9" key on the remote controller to call the NORMAL mode. Note: Before starting this adjustment, warm up the unit for 30 minutes or longer at a beam current 1200µA.	UP DOWN R-CUT OFF Key 1 Key 4 G-CUT OFF Key 2 Key 5 B-CUT OFF Key 3 Key 6
2	WHITE BALANCE / BACKGROUND ADJ. "G-DRIVE" "B-DRIVE" (I ² C bus control)	Receive the "monoscope pattern" signal. Do this adjustment after the CRT CUT OFF adjustment. Connect the DC miliammeter between the TP601 (), TP602 (+). Full scale : 3mA Adjust the "SUB CONT" bus data to have a beam current of 1250μA. Adjust the G-drive, B-drive data to have a colour temperature of 12,300°K (white). Adjust the contrast and brightness controls to have a beam current of 200μA. If the colour temperature is not 12,300°K, go back to No.1. Note: Before starting this adjustment, warm	Note: 12,300°Kx: 0.272 y: 0.275 Note:
		up the unit for 30 minutes or longer at a beam current 1200µA.	G-DRIVE Key 7 Key F/B
3	SUB CONTRAST ADJ. "SUB CONT" (I ² C bus control)	This adjustment should be performed after the white balance adjustment. Receive the "monoscope pattern" signal. Connect the DC miliammeter between TP601 (), TP602 (+). Full scale : 3mA Adjust the "SUB CONT" bus data so that the beam current be 1250µA. Note: Before starting this adjustment, warm up the unit for 30 minutes or longer at a beam current 1200µA.
4	SUB BRIGHT ADJ. "SUB BRI" (I ² C bus control)	Receive the E-2 CH (Crosshatch) signal. Adjust the "SUB BRI" bus data , so that the No. 4 line within the No. 1 to No. 5 line in- side the window area will disappear (black).

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PAL CHROMA ADJUSTMENT

NO.	ADJUSTMENT POINT	ADJUSTMENT CONDITION / PROCEDURE	WAVEFORM OR OTHERS
1	SUB COLOUR ADJ. "SUB COL" (I ² C bus control)	Receive the E-12 CH (PAL colour bar) signal. Connect the oscilloscope to TP852 (Red Cathode). (Used a 10 : 1 probe) Range : 2V/Div. Sweep time : 20μsec/Div. Using the remote controller, call the "SUB COL" adjustment mode. Adjust the sub-colour bus data, so that the white and red portions of the PAL colour bar be at the same level. Clear the adjustment mode.	W Y R Figure 5.

NTSC CHROMA ADJUSTMENT

NO.	ADJUSTMENT POINT	ADJUSTMENT CONDITION / PROCEDURE	WAVEFORM OR OTHERS
1	SUB TINT ADJ. "SUB TIN" (I ² C bus control)	Connect the (NTSC colour bar) signal to AV input terminal. Connect the oscilloscope to TP853 (B-Y). Range : 20mV/Div. (AC) Sweep time : 20μsec/Div. Set the "SUB TIN" mode at service mode. Adjust the "SUB TIN" bus data to obtain the waveform as shown in Fig. 6. Clear the adjustment mode.	W Y Cy G Mg R B Figure 6.

DEFLECTION LOOP ADJUSTMENT

NO.	ADJUSTMENT POINT	ADJUSTMENT CONDITION / PROCEDURE	WAVEFORM OR OTHERS
1	H-CENTER 50 (I ² C bus control)	Receive the "monoscope pattern" signal. Call the "H-CENTER 50" in service mode. Note: When adjusting the 50 Hz mode, the "H-CENTER" (60Hz) will automatically adjusted. If we receive the 60Hz monoscope pattern signal and the horizontal not center, call the "H-CEN 60" data to readjust. Similarly adjust with the AV mode.	OVERSCAN6.0% MIN 8.5% TYP 10% MAX
2	H-SIZE R609	(1) Receive the "monoscope pattern" signal. (2) Adjust the R609 so that the OVER SCAN will be 8.5 %.
3	V-LIN R519	(1) Receive the "monoscope pattern" signal. (2) Adjust R519 to get the best linearity.
4	V-SIZE R553	Receive the "monoscope pattern" signal. Adjust R553, so that the vertical size will be the same as the overscan of the horizontal size.

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NO.	ADJUSTMENT POINT	ADJUSTMENT CONDITION / PROCEDURE	WAVEFORM OR OTHERS
5	V-CENT S501	Receive the "monoscope pattern" signal. Adjust S501 to align the screen center with the CRT's geometrical center.	Note: Make this adjustment just after the sub-contrast adjustment.
6	FOCUS Focus Control	Receive the "monoscope pattern" signal. Adjust the focus control so that the center of screen is good focus.

DEFLECTION LOOP ADJUSTMENT (Continued)

A/V INPUT AND OUTPUT CHECK

NO.	CHECKING POINT	ADJUSTMENT CONDITION / PROCEDURE	WAVEFORM OR OTHERS
1	AUDIO / VIDEO OUTPUT CHECK	Receive the "PAL colour bar" signal. (100% white colour bar, Sound : 400Hz, 100% mod.) Terminate the video output with a 75 ohm impedance. Make sure the output is as specified. (1.0Vp-p ± 3dB) Terminate the audio output with a 10k ohm impedance. Make sure the output is as specified. (1.76Vp-p ± 3dB)
2	AUDIO / VIDEO INPUT CHECK	Using the TV/AV key on the remote control- ler, make sure that the modes change in or- der of TV, AV1, AV2 and TV again and that the video and audio outputs are according to the input terminals for each mode. (REMARK: AV1 AND AV2 FOR SX-68G7 & SX-68G8 ONLY)

Page 15

SIF (IGR) ADJUSTMENT (For SX-68G7 & SX-68G8 only)

NO.	ADJUSTMENT POINT	ADJUSTMENT CONDITION / PROCEDURE	WAVEFORM OR OTHERS
1	T2303 (5.5 MHz) T2302 (5.74 MHz) S-DET	(1) Supply a 5.0V DC to pin (2) of IC 2301 through a 10k ohms resistor. (2) Connect a 0.1μF capacitor from pin (15) of IC 2301 to ground. (3) Connect the output of 291 to the circuit shown in the right. Then, connect the two outputs to the joining point of CF2302and R2312, and the joining point of CF2301and R2311 respectively. <289, 291 setting> * 289 INPUT SELECT: CH1 400Hz, CH2 400Hz. OUTPUT: Adjust until 100% MOD. shown in 291 SIGNAL MODE: 2-SOUND * 291 OUTPUT ATT SET TO 90dBµ MODE 2 PILOT MOD. ON (4) Connect digital voltmeters to TP2302 and TP2303, and set the voltmeters to AC mode. (5) Adjust T2302 and T2303 until the AC voltages are maximum.	ShibaSoku 291: WG TV MPX FM Modulator. ShibaSoku 289: WG TV MPX Sound Generator.
2	R2316 AUDIO LEVEL	Under the same signal condition as above. (1) Set the TV to MAIN or MAIN + SUB mode for sound system. (2) Connect a 10k ohms resistor from AUDIO OUT (L) to ground. Connect the oscilloscope to AUDIO OUT (L) and adjust AUDIO LEVEL VR (R2316) to the value shown below. Adjust range: 1.76Vp-p + 0.04Vp-p - 0.06Vp-p	OSD display MAIN or MAIN + SUB
3	R2315 SEPARATION	Change the signal condition in signal generator. * 289 INPUT SELECT: CH1 OFF SIGNAL MODE: STEREO (* Confirm that the S1 MOD. LEVEL is 50% in 291) (1) Set the TV to stereo mode. (2) Connect a 10k ohms resistor from AUDIO OUT (L) to ground. Connect oscilloscope to AUDIO OUT (L) and adjust SEPARATION VR (R2315) until the peak to peak voltage of 400Hz sine wave is minimum.	OSD display STEREO

Page 16

TEXT ADJUSTMENT (For SX-68G8 only)

NO.	CHECKING POINT	ADJUSTMENT CONDITION / PROCEDURE	WAVEFORM OR OTHERS
1	TEXT LEVEL R2819	Receive the "PAL colour bar" signal. Receive the TEXT signal. Connect the oscilloscope to pin (6) of connector (T). Range: 20mV/div. (10:1 probe in use) Adjust R2819 so that the TEXT signal level be 0.4 ± 0.01Vp-p.	0.4Vp-p

SIF (NICAM) ADJUSTMENT (For SX-68G7 & SX-68G8 only)

NO.	ADJUSTMENT POINT	ADJUSTMENT CONDITION / PROCEDURE	WAVEFORM OR OTHERS
1	CARRIER DETECTION T2301	Receive the "PAL colour bar" signal. Connect the ocsilloscope to TP2301. Range (H): 20 µsec /div. Range (V): 20 mV/div (used 10 : 1 probe) Adjust T2301 so that the video signal component of the detection output waveform be minimum.

Page 17

BUS ERROR INFORMATION

While the Bus in BUS ERROR MODE & POWER OFF, the following BUS ERROR information displays on LED (D1003 Red).

AT24C04 (E²PROM) IC1002
M52343SP (SIGNAL PROC) IC801
M62420SP (SOUND) IC1302
TDA8514 (IGR) IC2302
SAA5249 (TEXT) IC2801
TUNER TU201	H L

Mention: The BUS ERROR MODE is prohibited during SERVICE MODE is ON.

SHIPPING SETTING

NO.	Adjustment Condition	Condition
1	Main Switch	OFF
2	Last Channel	1 CH
3	System Mode (All Channel)	AUTO
	( COLOUR )
4	Blue Back	ON
5	Contrast	MAX
6	Colour	CENTER
7	Brightness	CENTER
8	Tint	CENTER
9	Sharpness	CENTER
10	Balance	CENTER
11	Bass	CENTER
12	Treble	CENTER
13	Sound Volume	MIN
14	Spatializer	OFF(G5) / ON (G7 & G8)
15	Colour System	OFF(G5) / ON (G7 & G8)
16	SECAM	OFF
17	Sound System	OFF
18	М	OFF
19	AFT ( All CH )	ON
20	Skip ( All CH )	OFF
21	Language Select	ENGLISH
Lise the KE	V in the B/C made for production purpose to adi	ust the shipping setting

Page 18

TROBULE SHOOTING TABLE

Page 19

TROBULE SHOOTING TABLE (Continued)

Page 20

TROBULE SHOOTING TABLE (Continued)

Page 21

Page 22

Page 23

Page 24

SOLID STATE DEVICE BASE DIAGRAM

Page 25

DESCRIPTION OF SCHEMATIC DIAGRAM

SAFETY NOTES:

1. DISCONNECT THE AC PLUG FROM THE AC OUTLET BEFORE REPLACING PARTS.
2. SEMICONDUCTOR HEAT SINKS SHOULD BE REGARDED AS PO-TENTIAL SHOCK HAZARDS WHEN THE CHASSIS IS OPERAT-ING.

IMPORTANT SAFETY NOTICE:

PARTS MARKED WITH "A" ( A PARTS ) 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.

SERVICE PRECAUTION:

THE AREA ENCLOSED BY THIS LINE ( _____ ) IS DIRECTLY CONNECTED WITH AC MAINS VOLTAGE. WHEN SERVICING THE AREA. CONNECT AN ISOLATING TRANS

FORMER BETWEEN TV RECEIVER AND AC LINE TO ELIMINATE HAZARD OF ELECTRIC SHOCK.

NOTES:

1. The unit of resistance "ohm" is omitted.
- (K = 1000 ohms, M = Meg ohm)
2. All resistors are 1/8 watt, unless otherwise noted.
3. All capacitors are µF, unless otherwise noted. (P = µµF).
4. All diodes are 1SS119, unless otherwise noted.

VOLTAGE MEASUREMENT CONDITIONS:

1. Voltages in parenthesis measured with no Signal.
2. Voltages without parenthesis measured with 3mV B & W or Colour-Signal.
3. All the voltages in each point are measured with VTVM.

WAVEFORM MEASUREMENT CONDITIONS:

1. Colour bar generator signal of 2.2V peak to peak appllied at pin (52) of IC801.
2. Approximately 4.0V AGC bias.

Page 26

Page 27

CX-68G5	CX-68G5
SX-68G7/8	SX-68G7/8

NOTE: The parts here shown are supplied as an assembly but not independently.

▲VTUVTSR6HD64 /

Page 28

Page 29

CX-68G5 SX-68G7/8 CX-68G5 SX-68G7/8

MODEL CX-68G5 SCHEMATIC DIAGRAM

Page 30

Page 31

CX-68G5	CX-68G5
SX-68G7/8	SX-68G7/8

MODEL SX-68G7 SCHEMATIC DIAGRAM

MAIN Unit-2/2 PWB-A (MAIN UNIT) DUNTK9120WEW0

Page 32

MAIN Unit-1/2

MODEL SX-68G8 SCHEMATIC DIAGRAM

IGR/TELETEXT Unit

(PU) P1401 R | BN

IC1006

BNBNBK PIGOI 01601 25C945A

₹R1332 01305

•

01413 |€ 01405

CF 1402 C0286CE

5 .01(Z)

CI 346 22 (16V)

1/C 5V

Page 33

MODEL SX-68G8 SCHEMATIC DIAGRAM

MAIN Unit-2/2 PWB-A (MAIN UNIT) DUNTK9120WEW3

Page 34

Page 35

Page 36

CX-68G5	CX-68G5
SX-68G7/8	SX-68G7/8

MODEL CX-68G5 BLOCK DIAGRAM

MAIN Unit

PWB-A MAIN UNIT

Page 37

MODEL SX-68G7 BLOCK DIAGRAM

MAIN Unit

PWB-A MAIN UNIT

Page 38


CX-68G5	CX-68G5

SX-68G7/8	SX-68G7/8

MODEL SX-68G8 BLOCK DIAGRAM

MAIN Unit

Page 39

Page 40

CX-68G5	CX-68G5
SX-68G7/8	SX-68G7/8

PRINTED WIRING BOARD ASSEMBLIES

(All the PWBs here are shown as viewed from their wiring sides.)

Page 41

Page 42

		CX-68	G5	CX-68G5	1
	Dof No. Dort No.	SX-68	G7/8	SX-68G7/	8 Part No	+ Description	Code	Ref. No.	Part No.		Code
PARTS LIST									BH-EX0301CEZZ	R Zener Diode 6.2V	AA
	PWB-A DUNI	K9120WEW2/W0/	W3	PVD	-A DUNI		/ // 3	D1034	RH-EX0301CEZZ	R Zener Diode 6.2V	AA
PARTS REPLACEMENT		JNIT				JNIT (Continued)	,	D1035	RH-EX0301CEZZ	R Zener Diode 6.2V	AA
Replacement parts which have these special safety characteristics	ד	ſUNER		Q1406	VS2SC1815YW-1	R 2SC1815(Y)	AC	D1038	VHD1SS119//1E	R Diode 1SS119	AA
identified in this manual: electrical components having such fea- tures are identified by " A " in the Benlacement Parts Lists	NOTE: THE PARTS HERE	SHOWN ARE SUPPLIED AS	S AN	Q1407	VS2SA1015Y/1E	R 2SA1015(Y)	AC	D1039	RH-EX0301CEZZ	R Zener Diode 6.2V	AA
The use of a substitute replacement part which does not have the	ASSEMBLY BUT N	NOT INDEPENDENTLY.		Q1408	VS2SC1815YW-1	R 2SC1815(Y)	AC	D1040	RH-EX0301CEZZ	R Zener Diode 6.2V	AA
same safety characteristics as the factory recommended replace-	▲ TU201 VTUVTSR6HD64/	R VHF/UHF Tuner	BH	Q1409	VS2SC1815YW-1	R 2SC1815(Y)	AC	D1041	VHD1SS119//1E	R Diode 1SS119	AA
ment parts shown in this service manual may create shock, tire or other hazards.	INITEODA			Q1410	VS2SC1815YW-1	R 2SC1815(Y)	AC	D1040		(SX-68G7, SX-68G8) D Diada 199110	۸۸
			45	Q1451 01452	VS2SC18151W-1	R 2501015(1)		D1042	RH-EX0301CEZZ	R Zener Diode 6.2V	AA
"HOW TO ORDER REPLACEMENT PARTS"		R 33V Zener IC R A/V Switch		01452	VS2SA1015Y/1F	R 2SA1015(Y)	AC	D1301	VHD1SS119//1E	R Diode 1SS119	AA
To have your order filled promptly and correctly, please furnish the	IC801 VHiM52340SP2E	B PIF/SIF/Video/Chroma/	BE	Q1454	VS2SC1815YW-1	R 2SC1815(Y)	AC	D1302	VHD1SS119//1E	R Diode 1SS119	AA
following informations.		Deflection		Q1601	VS2SC945AP/-1	R 2SC945AP	AB	D1303	VHD1SS119//1E	R Diode 1SS119	AA
	IC802 VHiU3660M-B-1	R U3660M-B	AR	Q1605	VS2SA1015Y/1E	R 2SA1015(Y)	AC	D1304	VHD1SS119//1E	R Diode 1SS119	AA
	IC1001 RH-iX2759CEN2	R Microprocessor	BA	Q1606	VS2SA1015Y/1E	R 2SA1015(Y)	AC	D1305	VHD1SS119//1E	R Diode 1SS119	AA
5 CODE 6 OLIANTITY	IC1002 VHiAT24C04/-1	R E ² PROM	AP					D1306	VHD1SS119//1E	R Diode 1SS119	AA
5. CODE 0. COANTIT	IC1003 VHiPST529C2-1	R Reset IC	AD			DIODES		D1401	VHD1SS119//1E	R Diode 1SS119	AA
MARK *: SPARE PARTS-DELIVERY SECTION	IC1006 VHiUPC78L05-4	R 5V Regulator	AD	D201	RH-EX0301CEZZ	R Zener Diode 6.2V	AA	D1402	VHD1SS119//1E	R Diode 1SS119	AA
	IC1301 VHiTA8216H/-1	R Sound Output	AN	D202	RH-EX0301CEZZ	R Zener Diode 6.2V	AA	D1403	RH-DX0086TAZZ	R Diode	AC
	IC1302 VHiM62420SP-1	R Sound Processor	AS	D205	VHD1SS119//1E	R Diode 1SS119	AA	D1404	RH-DX0086TAZZ	R Diode	AC
Ref. No. Part No. * Description Code	IC1303 VHiAN7395K/-1	R Spatilaizer	AT	Dage		(SX-68G7, SX-68G8)	٨٨	D1405	VHD155119//1E	R Diode 188119
		(SX-68G7, SX-68G8)	۸ ۲	D200		R Diode 155119 R Zoper Diode 12V		D1413		R Diode 188119
PICTURE TUBE		R 8V Regulator		D353	RH-EX0320CEZZ	R Zener Diode 12V		D1414	VHD1SS119//1E	B Diode 1SS119	AA
	IC1602 VHIKA7809PI-1	R 9V Regulator		D401	RH-EX0320CEZZ	R Zener Diode 12V	AA	D1416	VHD1SS119//1E	R Diode 1SS119	AA
A VB68AGA25X/1E A CBT Ass'v 68 cm (29")	161003 VI IIKA7803FF1	(SX-68G7_SX-68G8)		D403	RH-EX0320CEZZ	R Zener Diode 12V	AA	D1418	VHD1SS119//1E	R Diode 1SS119	AA
(with DY and Purity Magnet)	IC1604 VHIKA7805Pi-1	B 5V Begulator	AF	2100		(SX-68G7, SX-68G8)		D1422	VHD1SS119//1E	R Diode 1SS119	AA
RCiLG0045PEZZ R Degaussing (ADG) Coil AY	IC1605 VHIKA7812Pi-1	R 12V Regulator	AE	D405	RH-EX0313CEZZ	R Zener Diode 9.1V	AA	D1602	RH-EX0310CEZZ	R Zener Diode 8.2V	AA
QEARC2901PEZZ R Wire, Grounding Strap AK		in the roganator		D808	VHD1SS119//1E	R Diode 1SS119	AA	D1603	VHD1SS119//1E	R Diode 1SS119	AA
	TRA	NSISTORS		D809	VHD1SS119//1E	R Diode 1SS119	AA	D1604	VHD1SS119//1E	R Diode 1SS119	AA
	Q201 VS2SC1906//1E	R 2SC1906	AC	D1001	RH-EX0301CEZZ	R Zener Diode 6.2V	AA	D1605	VHD1SS119//1E	R Diode 1SS119	AA
	Q209 VS2SC945AP/-1	R 2SC945AP	AB	D1002	RH-EX0301CEZZ	R Zener Diode 6.2V	AA	D1606	VHD1SS119//1E	R Diode 1SS119	AA
	Q301 VS2SC945AP/-1	R 2SC945AP	AB	D1003	RH-PX0003PEZZ	R LED, Power On/Off	AF	D1610	VHD1SS119//1E	R Diode 1SS119	AA
	Q303 VS2SC1815GW-1	R 2SC1815(G)	AB	D1004	RH-PX0274CEZZ	R LED, On-Timer	AC	D1613	VHD1SS119//1E	R Diode 1SS119	AA
PRINTED WIRING BOARD ASSEMBLIES	Q304 VS2SC1815GW-1	R 2SC1815(G)	AB	D1005	RH-EX0315CEZZ	R Zener Diode	AA			(SX-68G7, SX-68G8)
(NOT REPLACEMENT ITEM)	Q401 VS2SC1815GW-1	R 2SC1815(G)	AB	D1006	RH-EX0315CEZZ	R Zener Diode	AA	D1614	VHD1SS119//1E	R Diode 1SS119
	Q403 VS2SC1815GW-1	R 2SC1815(G)	AB	D1007		R Zener Diode 6.2V		D1615	VHD155119//1E	R Diode 199119
	Q405 VS2SC945AP/-1	R 25C945AP	AB	D1008	RH-EX0301CEZZ	R Zener Diode 6.2V		D1024	VHD133119//1E	B Diode 1SS119
PWB-A DUNTK9120WEW2 - Main Unit -	Q406 VS2SC1815GW-1	R 2301015(G)		D1012	BH-EX0301CE77	B Zener Diode 6.2V	AA	D1627	VHD1SS119//1E	R Diode 1SS119	AA
PWB-B DUNTK9122WEW2 - CRT Socket Unit -	Q408 V323C943AF/-1	R 290945AF	AC	D1016	RH-EX0301CEZZ	R Zener Diode 6.2V	AA	D1628	VHD1SS119//1E	R Diode 1SS119	AA
	Q802 VS2SA1015Y/1E	B 2SA1015(Y)	AC	21010		(SX-68G7, SX-68G8)		D1629	VHD1SS119//1E	R Diode 1SS119	AA
MODEL SX-68G7	Q803 VS2SA1015Y/1E	R 2SA1015(Y)	AC	D1017	RH-EX0301CEZZ	R Zener Diode 6.2V	AA	D1630	RH-EX0305CEZZ	R Zener Diode	AA
PWB-A DUNTK9120WEW0 – Main Unit –	Q90 VS2SC1815GW-1	R 2SC1815(G)	AB			(SX-68G7, SX-68G8)
PWB-B DUNTK9122WEW0 – CRT Socket Unit –	Q1004 VS2SA1015Y/1E	R 2SA1015(Y)	AC	D1019	VHD1SS119//1E	R Diode 1SS119	AA		PACKA	GED CIRCUITS
PWB-C DUNTK9121WEW0 – Power Unit	Q1005 VS2SC1815GW-1	R 2SC1815(G)	AB	D1020	VHD1SS119//1E	R Diode 1SS119	AA	X801	RCRSB0008PEZZ	R Crystal, 4.43MHz	AH
PWB-F DUNTK8805WEV5 – IGR Unit –	Q1006 VS2SC1815GW-1	R 2SC1815(G)	AB	D1021	RH-EX0301CEZZ	R Zener Diode 6.2V	AA	X802	RCRSB0009PEZZ	R Crystal, 3.58MHz	AL
	Q1007 VS2SC1815GW-1	R 2SC1815(G)	AB			(SX-68G7, SX-68G8)
		(SX-68G7, SX-68G8)		D1022	RH-EX0301CEZZ	R Zener Diode 6.2V	AA		COIL AND	TRANSFORMERS
MODEL SX-68G8	Q1008 VS2SC1815GW-1	R 2SC1815(G)	AB	D1023	RH-EX0301CEZZ	R Zener Diode 6.2V	AA	CF301	RFiLC0008PEZZ	R Ceramic Filter, 5.5MHz	AF
PWB-A DUNTK9120WEW3 – Main Unit	Q1010 VS2SC1815GW-1	R 2SC1815(G)	AB	D1024	RH-EX0301CEZZ	R Zener Diode 6.2V	AA	CF401	HFILC0005PEZZ	H Ceramic Filter, 5.5MHz	AF
PWB-B DUNTK9122WEW3 – CRT Socket Unit	Q1301 VS2SC1815GW-1	R 2SC1815(G)	AB	D1025	HH-EX0301CEZZ	H Zener Diode 6.2V	AA	CF404	HHLC0228CEZZ		AF
PWB-C DUNTK9121WEW3 – Power Unit –	Q1401 VS2SA1837//-1	R 2SA1837	AF	D1026	HH-EX0301CEZZ	H Zener Diode 6.2V	AA	CF1001	HEILAUU84CEZZ	R Coramic Filter	AE
PWB-F DUNTK8805WEV7 – IGR / TELETEXT Unit	Q1402 VS2SC4793//-1	H 2SC4793	AF	D1027	HH-EX0301CEZZ	R Zener Diode 6.2V		GF1401		R Coramic Filter
	Q1403 VS2SC1815YW-1	H 2SC1815(Y)	AC	D1028				OF 1402		B Ceramic Filter 500kHz	, ΔE
	Q1404 V525A1015Y/1E	n 2041015(Y)	AC	01031	VIDTOOTIB//TE			011001

Page 43

Code

ΔΔ

A۵

۵۵ AA

~ ~

ΔΔ

^ ^

ΔΔ

^ ^

۵۵

۸۵

۵۵

^ ^

. ..

٨٥

^ ^

٨٨

۸C

۵۵

ΔR

ΔΛ

16V Electrolytic

10V Electrolytic

16V Electrolytic

16V Electroluti

16V Electrolytic

50V Electrolytic

16V Electrolytic

Electrolytic

(SX-68G7_SX-68G8) B 10 16V Electrolytic

Ref. No.	. Part No.	*		Descr	iption	Code	Ref. No.	Part No.	★		Descri	ption
PW	B-A DUNT	K	9120	WF	พว/พก/	N3	C360	VCKYPA1HB221K	R	220p	50V	Ceramic
							C361	VCEAGA1CW106M	R	10	16V	Electrol
		NN		οητι	nuea)		C362	VCEAGA1CW106M	R	10	16V	Electrol
L202	VP-XF1R2K0000	R	Peakir	ng Coil	1.2µH	AB	C363	VCCSPA1HL101J	R	100p	50V	Ceramio
L203	VP-MK101K0000	R	Peakir	ng Coil	100µH	AB				(SX-68	G7, S	X-68G8)
L204	VP-XF120K0000	R	Peakir	ig Coil	12µH	AB	C364	VCCSPA1HL101J	R	100p	50V	Ceramic
L206	VP-DF120K0000	R	Peakir	ng Coil	12µH	AB				(SX-68	G7. S	X-68G8)
L301	VP-DF101K0000	R	Peakir	ng Coil	100µH	AB	C365	VCEAGA1CW106M	R	10	16V	Electrol
L401	VP-XF6R8K0000	R	Peakir	na Coil	6.8uH	AB	C366	VCEAGA1CW106M	R	10	16V	Electrol
L801	VP-DF390K0000	R	Peakir	na Coil	39uH	AB	C401	VCOYTA1HM104K	R	0.1	50V	Mylar
L802	VP-DF390K0000	R	Peakir	na Coil	39uH	AB	C402	VCOYTA1HM473K	R	0.047	50V	Mylar
L1002	VP-XF1B0K0000	R	Peakir	na Coil	1uH	AB	C403	VCKYPA1HE1037	R	0.01	50V	Cerami
1 1401	VP-XE390K0000	R	Peakir	ng Coil	39uH	AR	C404	VCEAGA1CW106M	В	10	16V	Flectrol
1 1451	VP-XE330K0000	R	Peakir	ng Coil	ззин	ΔR	C405	VCEAGA1CW106M		10	161	Electrol
1 1501	VP-XE120K0000	P	Poakin	ig Coll	120H		C407	VCEAGA1CW100M	D	100	161/	Electrol
SE201	BEIL COOO2PEZZ	R	Surfac		istic Wave		C409		D	100	501/	Corami
01201			Eiltor				C400		п	0.01	501	Coromi
TOOO		D		di Co	a		C409	VCRTPATHF103Z	п	100	161	Electrol
1202	HOILDOUD IF LZZ	n	VCO A	uj. 00	11	Al	0410	VCEAGATOWIU/M	н п	100	161	Electrol
	CAR	•		2			6411	VCEAGATOW476M	н	47		Electron
0001			47	501/	Electrolutio		0.440		_	(5X-68	501, 5	X-68G8)
0201		п	4.7	161	Electrolytic		C412	VCKYPA1HF103Z	н	0.01	500	Ceramic
0202	VCEAGATOWIU/IN		100	100	Electrolytic	AD	0416	VCEAGA1CW107M	н	100	167	Electro
0204		п	100	101	Electrolytic	AC	C417	VCKYPA1HF103Z	н	0.01	500	Ceramic
0205	VCEAGATOWIO/M	н	100	160	Electrolytic	AB	C419	VCCCPA1HH121J	н	120p	500	Cerami
0206	VCKYPATHB102K	н	1000p	500	Ceramic	AA	C420	VCEAGA1AW477M	н	470	100	Electrol
0207	VCEAGATHW106M	н	10	500	Electrolytic	AC	C423	VCEAGA1CW476M	R	47	16V	Electrol
C209	VCEAGA1CW337M	н	330	16V	Electrolytic	AC	C441	VCCCPA1HH560J	R	56p	50V	Ceramic
C210	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	C442	VCEAGA1CW106M	R	10	16V	Electrol
C211	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	C443	VCKYPA1HF103Z	R	0.01	50V	Ceramic
C212	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	C445	VCEAGA1CW107M	R	100	16V	Electrol
C213	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	C801	VCQYTA1HM104K	R	0.1	50V	Mylar
C216	VCEAGA0JW108M	R	1000	6.3V	Electrolytic	AC	C802	VCQYTA1HM104K	R	0.1	50V	Mylar
C217	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	C803	VCEAGA1CW476M	R	47	16V	Electrol
C218	VCEAGA1HW224M	R	0.22	50V	Electrolytic	AA	C804	VCKYD41HB102K	R	1000p	50V	Ceramic
C219	VCEAGA1HW474M	R	0.47	50V	Electrolytic	AA	C805	VCKYPA1HB102K	R	1000p	50V	Cerami
C220	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	C806	VCKYPA1HF103Z	R	0.01	50V	Cerami
C222	VCQYTA1HM104K	R	0.1	50V	Mylar	AC	C807	VCEAGA1CW476M	R	47	16V	Electrol
C302	VCQYTA1HM103K	R	0.01	50V	Mylar	AB	C808	VCKYPA1HF103Z	R	0.01	50V	Cerami
C303	VCKYD41CY103N	R	0.01	16V	Ceramic	AA	C809	VCQYTA1HM223K	R	0.022	50V	Mylar
C304	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	C810	VCQYTA1HM104K	R	0.1	50V	Mylar
C307	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	C811	VCCCPA1HH120J	R	12p	50V	Ceramic
C308	VCEAGA1CW337M	R	330	16V	Electrolytic	AC	C812	VCCCPA1HH3R0C	R	Зр	50V	Ceramic
C314	VCEAGA1CW107M	R	100	16V	Electrolytic	AB	C813	VCEAGA1HW105M	R	1	50V	Electrol
C315	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	C814	VCQYTA1HM153K	R	0.015	50V	Mylar
C327	VCEAGA1CW106M	R	10	16V	Electrolytic	AA	C815	VCCCPA1HH120J	R	12p	50V	Ceramic
C351	VCKYPA1HB102K	R	1000p	50V	Ceramic	AA	C816	VCQYTA1HM473K	R	0.047	50V	Mylar
C352	VCKYPA1HB102K	R	1000p	50V	Ceramic	AA	C817	VCQYTA1HM104K	R	0.1	50V	Mylar
C353	VCEAGA1CW106M	R	10	16V	Electrolytic	AA	C818	VCQYTA1HM104K	R	0.1	50V	Mylar
C354	VCEAGA1CW106M	R	10	16V	Electrolytic	AA	C819	VCEAGA1CW107M	R	100	16V	Electrol
C355	VCEAGA1CW106M	R	10	16V	Electrolytic	AA	C820	VCEAGA1CW227M	R	220	16V	Electrol
			(SX-68	G7, S	X-68G8)		C821	VCCSPA1HL470J	R	47p	50V	Ceramic
C356	VCEAGA1CW106M	R	10	16V	Electrolytic	AA	C822	VCCSPA1HL470.I	R	47p	50V	Ceramie
			(SX-68	G7. S	X-68G8)		C823	VCCSPA1HI 470.1	R	47n	50V	Cerami
C357	VCEAGA1CW106M	R	10	16V	Electrolytic	AA	C824		R	0.1	50V	Mylar
C358	VCEAGA1CW106M	R	10	16V	Electrolytic	AA	C825	VCFAGA1CW/107M	R	100	16V	Electrol
C359	VCKYPA1HB221K	R	220n	50V	Ceramic	AA	C826	VCEAGA1CW/226M	P	22	16V	Flectrol
2000							0020	, JENGA IOWZZOW	- 11	f f	.00

Page 44

Ref. No	. Part No.	★	0	Descri	ption	Code	Ref. No.	Part No.	★		Descrip	otion	Code
D\//			120				C1326	VCKYPA1HE103Z	B	0.01	50V	Ceramic	АА
					vv 2/ vv 0/ vv .`	3	C1327	VCFAGA1CW107M	в	100	16V	Electrolytic	AB
	MAIN U	N	T (Co	ontir	lued)		C1329	VCEAGA1CW476M	R	47	16V	Electrolytic	AB
C828	VCCCPA1HH4R0C	В	4p	50V	Ceramic	AA	C1330	VCOYTA1HM102K	R	1000p	50V	Mylar	AA
C901	VCEAGA1CW476M	R	47	16V	Electrolytic	AB	C1331	VCOYTA1HM102K	в	1000p	50V	Mylar	AA
C902	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	C1332	VCEAGA1HW225M	в	2.2	50V	Flectrolytic	AB
C1002	VCKYPA1HF103Z	R	0.01	50V	Ceramic	ΔΔ	C1333	VCEAGA1HW225M	R	22	501/	Electrolytic	AB
C1003	VCKYPA1HF1037	в	0.01	50V	Ceramic	ΔΔ	C1334	VCEAGA1CW476M	R	2.2 47	16V	Electrolytic	AB
C1004	VCEAGA1CW106M	в	10	16V	Electrolytic	ΔΔ	C1335	VCEAGA1CW476M	R	47	16V	Electrolytic	AB
01001			(SX-68	G7 S	(-6868)	////	C1336	VCEAGA1CW476M	R	47	iev	Electrolytic	ΔB
C1005		B	0.01	501	Ceramic	ΔΔ	C1330	VCEAGA1HW105M		1	501	Electrolytic
C1006	VCEAGA1CW106M		10	161/	Electrolytic		C1337	VCEAGA1VW109M	П	1000	351/	Electrolytic
C1007	VCEAGA1HW/105M		10	501/	Electrolytic		C1330	VCEAGAIVW100M	D	1000	251	Electrolytic
C1008	VCEAGA1HW105M		1	501	Electrolytic		C1339			0.1	501/	Mular
C1000			1	501	Coromio		C1340			0.1	501	Mular	AC
C1010			22p	501	Ceramic		C1341			0.1	500	Mular	AC
C1012			22µ	501	Ceramia		01342		п	47	251	Fiestrolutio
C1012			22p	500	Ceramic		01343		п	47	357		AD
C1013	VCCSPATHL220J	п	22p	501	Ceramic		01344	VCEAGH1VW228M	п	2200	35V	Electrolytic	AG
C1014			10000	101			01345	VCEAGATCW226W	п	22	101	Electrolytic
01022	VCEAGATOWTOBIN	н			Electrolytic	AA	C1346	VCEAGATOW226W	н	22	160	Coromio	AB
C1044		Б	(57-00	G7, 5/			C1401	VCKYPATHF103Z	н	0.01	500	Ceramic
C1044		н	4.7	101	Electrolytic		C1402	VCKYPA2HB4/2K	к	4700p	500V	Ceramic	AB
01301	VCEAGATOWIU/W	н				AD	C1403		н	4700p	5000	Ceramic	AB
C1000		-	(57-00	501	Nuler		C1404	VCKYPATHF103Z	н	10.01	101
01302	VCQTIATHW393K	н	0.039	50 V	iviyiar	AB	C1405	VCEAGATCW107M	н	100	1601	Electrolytic	AB
01000		Б	(5X-68	G7, 52	X-68G8)		C1406	VCEAGA2CW106M	н	10	1600	Electrolytic	AC
C1303	VCQYTATHM563K	н	0.056	50V		AB	C1407	VCEAGA1CW10/M	н	100	16V	Electrolytic	AB
01004			(5X-68	401, 5			C1408	VCCSPA2HL560K	н	56p	5000	Ceramic	AA
01304	VCEAGATOW TOBIN	н		07.0	Electrolytic	AA	C1409	VCEAGA2AW226M	н	22	1000	Electrolytic	AC
01005		-	(5X-68	401		• •	C1410	VCQY IATHM152K	н	1500p	500	iviyiar Osussis	AB
C1305	VCEAGATOW106W	н		160	Electrolytic	AA	C1411	VCCCPA1HH560J	н	56p	500	Ceramic	AA
C1006		n	(5X-68	G7, 5/	(-08G8)	• •	C1412	VCKYPA1HB331K	К	330p	500	Ceramic	AA
01300	VUNTFAINF1032	n				AA	C1421		п	0.01	500	Ceramia
C1207		Б	(37-00	161	-0000)		C1422		п	10.01	161
01307	VCEAGA ICVV226IVI	п	22		Electrolytic	AD	01423	VCEAGATOWIO	п	10	101	Electrolytic
01000		Б	(37-00	G7, 3/	Clastrolutio	10	C1424	VCEAGATOWIO/M	н	100	100	Caramia	AD
01300	VCEAGATHWIDSIVI	n				AC	01425	VCCSPATHLOBUJ	R D	dop 10	101
01000		-	(5X-68	G7, 5/	(-68G8)	• •	C1426	VCEAGA1CW106M	К	10	160	Electrolytic
C1309	VCKYPATHF103Z	н		50V		AA	C1427	VCKYPA1HF103Z	к	10.01	50V
01010		Б	(58-68	G7, 5/	Nular		C1428	VCEAGATOWTOOM	н	10	160	Electrolytic
01310		п	0.027			AD	01429	VCKYPATHF103Z	н	10.01	101
C1211		Б	(57-00	G7, 57		10	01451	VCEAGATOWIOOM	H D	10	101	Electrolytic
CIGIT	VCEAGA I HIVI I USIVI	н				AC	C1452	VCEAGATOWTOBIN	н	10	160	Electrolytic	AA
01010		-	(57-68	G7, 5/			C1453	VCKYPA1HF103Z	н	0.01	500	Ceramic	AA
01313	VCEAGATCW226M	н	22	160	Electrolytic	AB	C1454	VCCCPA1HH820J	н	82p	500	Ceramic	AA
01314	VCQYTATHM333K	н	0.033	50V	wyar	AA	C1501	VCQYIA1HM183J	К	0.018	500	Mylar	AB
01315	VCFYFA1HA4/4J	н	0.47	50V	M. Polyester	AC	C1601	VCEAGA1CW227M	н	220	16V	Electrolytic	AC
C1316	VCQYTA1HM223K	н	0.022	50V	Mylar	AB	C1602	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA
C1318	VCKYPA1HB102K	н	1000p	50V	Ceramic	AA	C1603	VCEAGA1CW106M	R	10	16V	Electrolytic	AA
C1319	VCEAGA0JW107M	R	100	6.3V	Electrolytic	AB	C1604	VCEAGA1HW105M	R	1	50V	Electrolytic	AC
C1320	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	C1605	VCQYTA1HM103K	R	0.01	50V	Mylar	AB
C1321	VCQYTA1HM333K	R	0.033	50V	Mylar	AA	C1606	VCQYTA1HM223K	R	0.022	50V	Mylar	AB
C1322	VCFYFA1HA474J	R	0.47	50V	M. Polyester	AC	C1607	VCEAGA1HW225M	R	2.2	50V	Electrolytic	AB
C1323	VCQYTA1HM223K	R	0.022	50V	Mylar	AB	C1608	VCKYPA1HB272K	R	2700p	50V	Ceramic	AA
C1324	VCEAGA0JW227M	R	220	6.3V	Electrolytic	AB	C1610	VCCSPA1HL151J	R	150p	50V	Ceramic	AA
C1325	VCEAGA1CW226M	R	22	16V	Electrolytic	AB	C1611	VCQYTA1HM104K	R	0.1	50V	Mylar	AC

Page 45



CX-68G5
SX-68G7/8

Ref. No.	. Part No.	*		Desci	iption	Code	Ref. No.	Part No.	*		Descr	iption	Code
PWF		K	912	OWF	w2/w0/v	V3	R358	VRD-RA2BE331J	R	330	1/8W	Carbon	AA
		1 N.1				••	R359	VRD-RA2BE104J	R	100k	1/8W	Carbon	AA
			11 (C		nuea)		R360	VRD-RA2BE104J	R	100k	1/8W	Carbon	AA
C1612	VCEAGA1CW476M	R	47	16V	Electrolytic	AB	R365	VRD-RA2BE331J	R	330	1/8W	Carbon	AA
C1622	VCEAGA1CW227M	R	220	16V	Electrolytic	AC	R366	VRD-RA2BE331J	R	330	1/8W	Carbon	AA
C1623	VCEAGA1CW337M	R	330	16V	Electrolytic	AC	R367	VRD-RA2BE473J	R	47k	1/8W	Carbon	AA
C1624	VCEAGA1CW337M	R	330	16V	Electrolytic	AC	R368	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA
C1625	VCEAGA1CW337M	R	330	16V	Electrolytic	AC	R369	VRD-RA2BE473J	R	47k	1/8W	Carbon	AA
C1628	VCEAGA1AW477M	R	470	10V	Electrolytic	AC	R370	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA
C1631	VCEAGA1CW477M	R	470	16V	Electrolytic	AC	R371	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
C1632	VCEAGA1EW477M	R	470	25V	Electrolytic	AD	R372	VRD-RA2BE564J	R	560k	1/8W	Carbon	AA
C1633	VCEAGA1CW477M	R	470	16V	Electrolytic	AC	R402	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
C1634	VCEAGA1AW227M	R	220	10V	Electrolytic	AB	R403	VRD-RA2BE471J	R	470	1/8W	Carbon	AA
C1637	VCEAGA1CW476M	R	47	16V	Electrolytic	AB	R404	VRD-RA2BE471J	R	470	1/8W	Carbon	AA
C1638	VCFYFA1HA224J	R	0.22	50V	M. Polyester	AB	R407	VRD-RA2BE221J	R	220	1/8W	Carbon	AA
C1640	VCEAGA1CW227M	R	220	16V	Electrolytic	AC	R412	VRD-RA2BE821J	R	820	1/8W	Carbon	AA
			(SX-6	68G7, S	X-68G8)		R413	VRD-RA2BE471J	R	470	1/8W	Carbon	AA
C1641	VCEAGA1CW337M	R	330	16V	Electrolytic	AC	R415	VRD-RM2HD100J	R	10	1/2W	Carbon	AA
			(SX-6	58G7, S	X-68G8)		R416	VRD-RA2BE100J	R	10	1/8W	Carbon	AA
C1643	VCQYTA1HM104K	R	0.1	50V	Mylar	AC	R418	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
				-			R419	VRD-RA2EE471J	R	470	1/4W	Carbon	AA
	RES	SIS	IOR	S			R422	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R201	VRD-RA2BE151J	R	150	1/8W	Carbon	AA				(SX-6	867, S	X-68G8)
R202	VRD-RA2BE101J	R	100	1/8W	Carbon	AA	R423	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R205	VRD-RA2BE470J	н	47	1/8W	Carbon	AA			_	(SX-6	68G7, S	X-68G8)
R208	VRD-RA2BE223J	н	22K	1/8W	Carbon	AA	R424	VRD-RA2BE471J	R	470	1/8W	Carbon	AA
R212	VRD-RA2BE182J	н	1.8K	1/800	Carbon	AA	R425	VRD-RA2EE750J	н	75	1/4W	Carbon	AA
R213	VRD-RA2BE472J	н	4.7K	1/8//	Carbon	AA	D (00		_	(SX-6	38G7, 5	X-68G8)
R214		n n	1.2K	1/877	Carbon Metel Ovide		R429	VRD-RA2BE183J	н	18K	1/8//	Carbon	AA
H224		п	15K	∠VV 1/0\\/		AA ^ ^	R430	VRD-RA2BE682J	н	6.8K	1/877	Carbon
n200			220K	1/01/	Carbon	AA ^ ^	R431		н	100	1/877	Carbon
R236	VRD-RA2BE1031	R	106	1/8\//	Carbon		D432		n D	4/0	1/4/	Carbon
B237	VRD-BA2BE103J	R	10k	1/8\//	Carbon	ΔΔ	R435			220	1/8\//	Carbon
11207			(SX-F	38G7 S	X-68G8)		R436	VRD-RA2BE681.	R	680	1/8W/	Carbon
B240	VBD-BA2BE473.	в	47k	1/8W	Carbon	ΔΔ	R437	VRD-RA2EE391.J	R	390	1/4W	Carbon
B241	VRD-RA2BE473J	В	47k	1/8W	Carbon	AA	R438	VBD-BA2BE331.	R	330	1/8W	Carbon	ΔΔ
R242	VRD-RA2BE100J	R	10	1/8W	Carbon	AA	B439	VBD-BA2BE562J	В	5.6k	1/8W	Carbon	AA
R243	VRD-RA2BE392J	R	3.9k	1/8W	Carbon	AA	R440	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
R301	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA	R442	VRD-RA2BE152J	R	1.5k	1/8W	Carbon	AA
R302	VRD-RA2BE333J	R	33k	1/8W	Carbon	AA	R443	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R311	VRD-RA2BE101J	R	100	1/8W	Carbon	AA	R444	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
R312	VRD-RA2BE471J	R	470	1/8W	Carbon	AA	R446	VRD-RA2BE330J	R	33	1/8W	Carbon	AA
R313	VRD-RA2BE101J	R	100	1/8W	Carbon	AA	R447	VRD-RA2BE331J	R	330	1/8W	Carbon	AA
R350	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA	R448	VRD-RA2BE182J	R	1.8k	1/8W	Carbon	AA
R351	VRD-RA2BE564J	R	560k	1/8W	Carbon	AA	A R454	RR-XZ0026CEZZ	R	10	1/4W	Fuse Resisto	r AB
R352	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA	R455	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
R353	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA	R456	VRD-RA2EE750J	R	75	1/4W	Carbon	AA
			(SX-6	68G7, S	X-68G8)		R457	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R354	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA	R458	VRD-RA2EE750J	R	75	1/4W	Carbon	AA
			(SX-6	58G7, S	X-68G8)		R466	VRD-RA2BE100J	R	10	1/8W	Carbon	AA
R355	VRD-RA2BE564J	R	560k	1/8W	Carbon	AA	R801	VRD-RA2BE332J	R	3.3k	1/8W	Carbon	AA
			(SX-6	88G7, S	X-68G8)		R803	VRD-RA2BE561J	R	560	1/8W	Carbon	AA
R356	VRD-RA2BE564J	R	560k	1/8W	Carbon	AA	R804	VRD-RA2BE561J	R	560	1/8W	Carbon	AA
			(SX-6	68G7, S	X-68G8)		R805	VRD-RA2BE561J	R	560	1/8W	Carbon	AA
R357	VRD-RA2BE331J	R	330	1/8W	Carbon	AA	R806	VRD-RA2BE101J	R	100	1/8W	Carbon	AA

Page 46

Ref. No.	Part No.	*		Descr	iption	Code	Ref. No.	Part No.	★		Descr	iption	Code
PWE	B-A DUNT	K	9120	WE	W2/W	0/W3	R1033	VRD-RA2BE182J	Ŕ	1.8k (SX-6	1/8W	Carbon	AA
		JN	IT (C	onti	nued)		R1034	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
R807	VRD-RA2BE101J	R	100	1/8W	Carbon	AA				(SX-6	8G7, S	X-68G8)
R808	VRD-RA2BE222J	R	2.2k	1/8W	Carbon	AA	R1037	VRD-RA2BE561J	R	、 560	1/8W	Carbon	AA
R809	VRD-RA2BE222J	R	2.2k	1/8W	Carbon	AA	R1041	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R810	VRD-RA2BE222J	R	2.2k	1/8W	Carbon	AA				(SX-6	8G7, S	X-68G8)
R811	VRD-RA2BE561J	R	560	1/8W	Carbon	AA	R1042	VRD-RA2BE562J	R	5.6k	1/8W	Carbon	AA
R812	VRD-RA2BE221J	R	220	1/8W	Carbon	AA				(SX-6	8G7, S	X-68G8)
R813	VRD-RA2BE221J	R	220	1/8W	Carbon	AA	R1043	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R814	VRD-RA2BE221J	R	220	1/8W	Carbon	AA	R1044	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA
R815	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA	R1045	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
R816	VRD-RA2BE101J	R	100	1/8W	Carbon	AA	R1046	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
R817	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA	R1047	VRD-RA2BE683J	R	68k	1/8W	Carbon	AA
R818	VRD-RA2BE101J	R	100	1/8W	Carbon	AA	R1048	VRD-RA2BE153J	R	15k	1/8W	Carbon	AA
R819	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA	R1049	VRD-RA2BE822J	R	8.2k	1/8W	Carbon	AA
R820	VRD-RA2BE101J	R	100	1/8W	Carbon	AA	R1050	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
R824	VRD-RA2EE105J	R	1M	1/4W	Carbon	AA	R1054	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA
R825	VRD-RA2BE221J	R	220	1/8W	Carbon	AA	R1055	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA
R826	VRD-RA2BE222J	R	2.2k	1/8W	Carbon	AA	R1056	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA
R827	VRD-RA2EE565J	R	5.6M	1/4W	Carbon	AA	R1057	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA
R828	VRD-RA2EE335J	R	3.3M	1/4W	Carbon	AA	R1058	VRD-RA2BE562J	R	5.6k	1/8W	Carbon	AA
R905	VRD-RA2BE473J	R	47k	1/8W	Carbon	AA	R1059	VRD-RA2BE392J	R	3.9k	1/8W	Carbon	AA
R910	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA	R1060	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R1001	VRD-RA2BE273J	R	27k	1/8W	Carbon	AA				(SX-6	867, S	SX-68G8)
R1002	VRD-RA2BE822J	R	8.2k	1/8W	Carbon	AA	R1061	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R1003	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA	R1062	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
R1004	VRD-RA2BE222J	R	2.2k	1/8W	Carbon	AA	R1063	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
R1005	VRD-RA2BE681J	R	680	1/8W	Carbon	AA	R1064	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
			(SX-6	68G7, S	X-68G8)		R1065	VRD-RA2BE272J	R	2.7k	1/8W	Carbon	AA
R1007	VRD-RA2BE563J	R	56k	1/8W	Carbon	AA	R1066	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
			(CX-6	68G5, S	SX-68G7)		R1067	VRD-RA2BE682J	R	6.8k	1/8W	Carbon	AA
R1008	VRD-RA2BE563J	R	56k	1/8W	Carbon	AA	R1068	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
			(CX-6	68G5)			R1069	VRD-RA2BE272J	R	2.7k	1/8W	Carbon	AA
R1009	VRD-RA2BE563J	R	56k	1/8W	Carbon	AA	R1070	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
. R1010	VRD-RA2BE101J	R	100	1/8W	Carbon	AA	R1071	VRD-RA2BE682J	R	6.8k	1/8W	Carbon	AA
R1011	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA	R1074	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R1012	VRD-RA2BE562J	R	5.6k	1/8W	Carbon	AA				(SX-6	68G7, S	SX-68G8)
R1013	VRD-RA2BE101J	R	100	1/8W	Carbon	AA	R1075	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R1014	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA				(SX-6	68G8)
R1015	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA	R1076	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R1016	VRD-RA2BE562J	R	5.6k	1/8W	Carbon	AA	R1078	VRD-RA2BE333J	R	33k	1/8W	Carbon	AA
R1017	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA	R1080	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R1018	VRD-RA2BE222J	R	2.2k	1/8W	Carbon	AA	R1081	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R1019	VRD-RA2BE391J	R	390	1/8W	Carbon	AA	R1085	VRD-RA2BE563J	R	56k	1/8W	Carbon	AA
R1020	VRD-RA2BE561J	R	560	1/8W	Carbon	AA	R1086	VRD-RA2BE682J	R	6.8k	1/8W	Carbon	AA
R1021	VRD-RA2BE101J	R	100	1/8W	Carbon	AA				(CX-6	58G5)
R1022	VRD-RA2BE101J	R	100	1/8W	Carbon	AA	R1087	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R1023	VRD-RA2BE562J	R	5.6k	1/8W	Carbon	AA				(SX-6	68G7, S	SX-68G8)
R1024	VRD-RA2BE101J	R	100	1/8W	Carbon	AA	R1088	VRD-RA2BE562J	R	5.6k	1/8W	Carbon	AA
R1025	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA				(SX-6	68G7, S	SX-68G8)
R1026	VRD-RA2BE273J	R	27k	1/8W	Carbon	AA	R1089	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
			(SX-6	8G7, S	X-68G8)		R1090	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
R1027	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA	R1092	VRD-RA2BE682J	R	6.8k	1/8W	Carbon	AA
R1028	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA				(SX-6	68G7, S	SX-68G8)
R1032	VRD-RA2BE563J	R	56k	1/8W	Carbon	AA	R1093	VRD-RA2BE682J	R	6.8k	1/8W	Carbon	AA

Page 47

CX-68G5
SY-69C7	1

Ref. No.	Part No.	*		Desci	ription	Code	Ref. No.	Part No.	*		Descr	iption	Code
PWF		тка	312	0WF	Wo/Wo/W	13	R1434	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
		1122				J	R1435	VRD-RA2BE471J	R	470	1/8W	Carbon	AA
	MAIN	UN		Jonti	nuea)		R1436	VRD-RA2BE104J	R	100k	1/8W	Carbon	AA
R1301	VRD-RA2EE105J	R	1M	1/4W	Carbon	AA	R1437	VRD-RA2BE221J	R	220	1/8W	Carbon	AA
			(SX-	68G7, S	SX-68G8)		R1438	VRD-RA2BE151J	В	150	1/8W	Carbon	AA
R1302	VRD-RA2BE154J	R	, 150k	1/8W	Carbon	AA	R1439	VRD-RA2BE681J	В	680	1/8W	Carbon	AA
			(SX-	58G7. S	X-68G8)		R1440	VRD-RA2BE104J	в	100k	1/8W	Carbon	AA
R1303	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA	R1441	VRD-RA2BE103J	B	10k	1/8W	Carbon	AA
			(SX-	38G7. S	X-68G8)		R1442	VRD-BA2BE223J	В	22k	1/8W	Carbon	AA
R1304	VRD-RA2BE223J	В	22k	1/8W	Carbon	AA	B1443	VRD-RA2BE681J	В	680	1/8W	Carbon	AA
			(SX-	58G7. S	X-68G8)		R1444	VRD-RA2BE103.	R	10k	1/8W	Carbon	AA
R1305	VBD-BA2BE100J	В	10	1/8W	Carbon	АА	B1445	VRD-RA2BE1531	R	15k	1/8W	Carbon	AA
			(SX-6	38G7 S	X-68G8)		B1446	VRD-RA2BE101.	R	100	1/8W	Carbon
B1306	VBD-BA2BE152.	В	1.5k	1/8W	Carbon	AA	R1447	VRD-RA2BE151.	B	150	1/8\//	Carbon
R1307	VRD-RA2BE152J	B	1.5k	1/8\//	Carbon		D1447			300	1/8\/	Carbon
B1308	VRD-RA2BE1821	B	1.94	1/8///	Carbon		R1440		р	201	1/0//	Carbon
R1310			470	1/0//	Carbon		D1450			470	1/01/	Carbon
R1310		- D	100	1/0//	Carbon	ΔA	D1451			470	1/211	Carbon
D1212		n D	100	1/0\/	Carbon		R 1451		п	470	1/01/	Carbon
D1212			100	1/01/	Carbon	AA A A	R1452		п	470	1/01/	Carbon
D1010		n D	100k	1/01/	Carbon	AA A A	H1453	VRD-RA2BE392J	н	3.9K	1/01/	Carbon
D1014			4/0	1/0//	Carbon		R1454	VRD-RA2BE222J	н	2.2K	1/01/	Carbon
DIDIO			1.0K	1/01/	Carbon		R1455	VRD-RA2BE223J	н	22K	1/877	Carbon
D1017			11	1/01/	Carbon		R1456	VRD-RA2BE222J	н	2.2K	1/877	Carbon
D1017		п	16	1/01/	Carbon		R1457	VRD-RA2BE682J	н	6.8K	1/874	Carbon
D1010			1.0K	1/01/	Carbon		R1458	VRD-RA2BE822J	н	8.2K	1/8/	Carbon
R1319	VRD-RAZBE 152J	n D	1.5K	1/874	Carbon		R1459	VRD-RA2BE154J	н	150K	1/8//	Carbon
R1320	VRD-RA2BE4/3J	н	47K	1/8//	Carbon	AA	R1460	VRD-RA2BE102J	н	1K	1/8//	Carbon	AA
R1321		н	47K	1/8/	Carbon		R1461	VRD-RA2EE471J	н	470	1/47	Carbon	AA
R1322	VRD-RA2BE102J	н	1K ⊀Ir	1/8//	Carbon	AA	R1462	VRD-RA2BE560J	н	56	1/800	Carbon	AA
A D1005	VRD-RAZBE 102J			1/800	Carbon		R1463	VRD-RA2BE560J	К	56	1/800	Carbon	AA
/1 R1325	VRG-RF2EB2R2J	н	2.2	1/4/	Fuse Resistor	AB	R1464	VRD-RA2BE102J	н		1/800	Carbon	AA
/ N R1326	VRG-RF2EB2R2J	н	2.2	1/4/		AB	R1510	VRD-RA2BE272J	н	2.7K	1/8W	Carbon	AA
R1327	VRD-RA2BE683J	н	68K	1/800	Carbon	AA	R1511	VRD-RA2EE334J	В	330k	1/4W	Carbon	AA
R1328	VRD-RA2BE101J	н	100	1/8//	Carbon	AA	H1512	VRD-RA2BE272J	К	2.7k	1/8W	Carbon	AA
R1329	VRD-RA2BE563J	К	56K	1/800	Carbon	AA	H1602	VRD-RA2BE561J	н	560	1/8W	Carbon	AA
R1330	VRD-RA2BE103J	н П		1/800	Carbon	AA	R1603	VRD-RA2BE682J	н	6.8K	1/8/	Carbon	AA
R1331	VRD-RM2HD332J		3.3k	1/2W	Carbon	AA	R1604	VRD-RA2BE274J	R	270k	1/8W	Carbon	AA
R1332	VRD-RA2BE103J	К	10K	1/8//	Carbon	AA	R1605	VRD-RA2BE102J	н	1K	1/8W	Carbon	AA
R1402	VRD-RA2BE561J	К	560	1/8//	Carbon	AA	R1606	VRD-RA2BE182J	R	1.8k	1/8W	Carbon	AA
R1403	VRD-RA2EE560J	н	56	1/4W	Carbon	AA			_	(CX-6	8G5, S	SX-68G7)
R1404	VRN-VV3AB2R7J	R	2.7	1W	Metal Film	AA	R1607	VRD-RA2BE561J	R	560	1/8W	Carbon	AA
R1405	VRD-RA2BE101J	R	100	1/8W	Carbon	AA	R1608	VRD-RA2BE560J	R	56	1/8W	Carbon	AA
R1406	VRD-RA2BE100J	R	10	1/8W	Carbon	AA	R1609	VRD-RA2BE274J	R	270k	1/8W	Carbon	AA
R1407	VRD-RA2BE820J	R	82	1/8W	Carbon	AA	R1610	VRD-RM2HD3R3J	R	3.3	1/2W	Carbon	AA
R1408	VRD-RA2BE683J	R	68k	1/8W	Carbon	AA				(SX-6	8G7, S	X-68G8)
R1409	VRD-RA2BE123J	R	12k	1/8W	Carbon	AA	R1611	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA
R1410	VRD-RM2HD121J	R	120	1/2W	Carbon	AA				(SX-6	8G7, S	X-68G8)
R1411	VRD-RA2BE820J	R	82	1/8W	Carbon	AA	R1612	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA
R1412	VRD-RA2BE683J	R	68k	1/8W	Carbon	AA				(SX-6	8G7, S	X-68G8)
R1413	VRD-RA2BE561J	R	560	1/8W	Carbon	AA	R1613	VRD-RA2BE182J	R	1.8k	1/8W	Carbon	AA
R1414	VRD-RA2EE560J	R	56	1/4W	Carbon	AA				(SX-6	8G8)
R1415	VRD-RA2EE2R7J	R	2.7	1/4W	Carbon	AA	R1615	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA
R1416	VRS-VV3DB221J	R	220	2W	Metal Oxide	AA	R1616	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA
R1431	VRD-RA2BE153J	R	15k	1/8W	Carbon	AA	R1620	VRD-RA2BE563J	R	56k	1/8W	Carbon	AA
R1432	VRD-RA2BE153J	R	15k	1/8W	Carbon	AA	R1623	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R1433	VRD-RA2BE471J	R	470	1/8W	Carbon	AA	R1624	VRD-RA2EE101J	R	100	1/4W	Carbon	AA

Page 48

I	Ref. No.	Par	t No.	★		Descr	iption	Code
	PWE	8-A			)120 T (C	)WE	W2/W0/V nued)	V3
	R1629	VRD-RA	2BE273J	R	27k	1/8W	Carbon	AA
	R1634	VRS-VV	3DB150J	R	15	2W	Metal Oxide	AA
	R1636	VRD-RA	2BE223J	R	22k	1/8W	Carbon	AA
	R1637	VRD-RA	2BE223J	R	22k	1/8W	Carbon	AA
	R1640	VRD-RA	2BE223J	R	22k	1/8W	Carbon	AA
	R1641	VRD-RA	2BE223J	R	22k	1/8W	Carbon	AA
	R1646	VRD-RA	2BE682J	R	6.8k	1/8W	Carbon	AA
	R1647	VRD-RA	2BE222J	R	2.2k	1/8W	Carbon	AA
	R1653	VRD-RA	2BE684J	R	680k	1/8W	Carbon	AA
	R1663	VRD-RA	2BE222J	R	2.2k	1/8W	Carbon	AA
	R1665	VRD-RA	2EE154J	R	150k	1/4W	Carbon	AA
	R1671	VRD-RN	12HD820J	R	82	1/2W	Carbon	AA
	R1672	VRD-RM	12HD820J	R	82	1/2W	Carbon	AA
	R1674	VRS-VV	3DB150J	R	15	2W	Metal Oxide	AA
	R1676	VRD-RA	2BE274J	в	270k	1/8W	Carbon	AA
	R1677	VRD-RA	2BE683J	в	68k	1/8W	Carbon	AA
	B1680	VRD-RA	2BE561.1	R	560	1/8W	Carbon	AA
	R1681	VRD-RA	2BE103.	в	10k	1/8W	Carbon	AA
	R1682	VRD-RA	2BE562.1	R	5.6k	1/8W	Carbon	A A
	R1683		2BE103.1	R	10k	1/8\//	Carbon
	R1684	VRD-RA	2BE103J	R	10k	1/8W	Carbon	AA
			SW	т	HES	5
	S1001	QSW-K	079GEZZ	R	Chan	nel Up		AB
	S1002	QSW-K	079GEZZ	R	Chan	nel Dov	vn	AB
	S1003	QSW-K	079GEZZ	R	Volun	ne Up		AB
	S1004	QSW-K	079GEZZ	R	Volun	ne Dow	'n	AB
	S1005	QSW-K	079GEZZ	R	Prese	et		AB
	S1006	QSW-BO	015CEZZ	R	Set-u	p Mode	•	AC
		М	ISCELLA	NE	ous	PAR	TS
	FB1401	RBLN-0	020CEZZ	R	Ferrit	e Bead		AB
∕∖	J301	QJAKEC	157CEZZ	R	Jack, (SX-6	R-IN 867, S	X-68G8)	AG
∿	J302	QJAKEC	159CEZZ	R	Jack, (SX-6	L-IN (N 867, S	/ONO) (X-68G8)	AF
Δ	J401	QJAKEC	158CEZZ	R	Jack, (SX-6	VIDEC	)-IN (X-68G8)	AF
Â	J402	QTANJO	639CEZZ	R	AV IN		Ferminals	AL
	P201	QPLGN	0254FJZZ	R	Plua	2-pin		AB
	P301	QPLGN	0561CEZZ	R	Plug	5-pin (N 867, S	IA) X-68G8)	AB
	P302	QPLGN	0661CEZZ	R	Plug	6-pin (N	NB) X-68(58)	AD
	P401	QPLGN	0561CEZZ	R	Plug	5-pin (1 868)	Ā)	AB
	P402	QPLGN	0361CEZZ	R	Plug	3-pin (T 38(38)	-)	AB
	P801		0561CE77	в	Plug	5-pin /k	0	٨R
	P1001		04610E77	P	Plug	4-nin /5	SC)	ΔR
	D1201		04010522	Р	Flug	pin (C 4-pin (C
	D1200		02610577	П	Flug -	pin (3 2-pin (6	2) 21)
	P1302	OPLON		н	Flug :	o-pin (8 0 pin (5	) ) \|)
	F1401	UPLGN		н	muq i	∠-µn (F	0)	AD

Ref. No.	Part No.	★	Description	Code
P1601	QPLGN1061CEZZ	R	Plug 10-pin (XA)	AC
RDA1301	PRDAR0159PEFW	R	Heat Sink, for IC1301	AL
RDA1401	PRDAR0083PEFW	R	Heat Sink, for Q1401	AD
RDA1402	PRDAR0083PEFW	R	Heat Sink, for Q1402	AD
RMC1001	RRMCU0222CEZZ	R	Infrared R/C Receiver	AL
SC1602	QSOCZ1020CEZZ	R	Socket 10-pin (XB)	AF
SLD201	PSLDM0184PEFW	R	Shield	AD
SLD1001	PSLDM0186PEFW	R	Shield	AE

Page 49

Ref. No.	. Part No.	*		Desci	ription	Code	Ref. No.	Part No.
PW	3-B DUNT	K!	9122	2WE	W2/W0/V	N3	R858	VRS-VV3DB153J
							R859	VRC-MA2HG224K
							R860	VRD-RA2EE151J
	TRAI	VS	STOP	RS			R861	VRD-RA2BE221J
Q850	VS2SC4544LB1E	R	2SC4	544		AD	R862	VRD-RA2BE221J
Q851	VS2SC4544LB1E	R	2SC4	544		AD	R863	VRD-RA2BE221J
Q852	VS2SC4544LB1E	R	2SC4	544		AD	R864	VRD-RA2BE471J
Q853	VS2SC1815GW-1	R	2SC1	815(G)		AB	R865	VRD-RA2BE471J
Q854	VS2SC1815GW-1	R	2SC1	815(G)		AB	R866	VRD-RA2BE471J
Q855	VS2SC1815GW-1	R	2SC1	815(G)		AB	R867	VRD-RA2BE121J
Q856	VS2SA1015Y/1E	R	2SA1	015(Y)		AC	R868	VRD-RA2BE181J
Q857	VS2SC1815GW-1	R	2SC1	815(G)		AB	R869	VRD-RA2BE121J
Q858	VS2SA1015Y/1E	R	2SA1	015(Y)		AC	R870	VRD-RA2BE181J
							R871	VRD-RA2BE121J
	D	101	DES				R872	VRD-RA2BE181J
D850	VHD1SS119//1E	R	Diode	15511	9	AA	R873	VRD-RA2BE471J
D851	VHD1SS119//1E	R	Diode	15511	9	AA	R874	VRD-RA2BE471J
D852	VHD1SS119//1E	R	Diode	15511	9	AA	R875	VRD-RA2BE471J
D853	VHD1SS119//1E	R	Diode	15511	9	AA	R876	VRD-RA2BE561J
D854	VHD1SS119//1E	R	Diode	1SS11	9	AA	R877	VRD-RA2BE561J
D855	VHD1SS119//1E	R	Diode	15511	9	AA	R878	VRD-RA2BE561J
D856	VHD1SS119//1E	R	Diode	15511	9	AA	R879	VRD-RA2BE151J
D857	RH-EX0301CEZZ	R	Zener	Diode	6.2V	AA	R880	VRD-RA2BE151J
D858	VHD1SS119//1E	R	Diode	15511	9	AA	R881	VRD-RA2BE151J
D859	VHD1SS119//1E	R	Diode	15511	9	AA	R882	VRD-RA2BE101J
D860	VHD1SS119//1E	R	Diode	15511	9	AA	R883	VRD-RA2BE101J
							R884	VRD-RA2BE101J
	(	col	LS				R887	VRD-RM2HD471J
L854	VP-2K470K000K	R	Peaki	ng Coil	47µH	AB	R888	VRD-RA2BE152J
L855	VP-2K470K000K	R	Peaki	ng Coil	47µH	AB	R889	VRD-RA2BE821J
L856	VP-2K470K000K	R	Peaki	ng Coil	47μH	AB	R891	VRD-RA2BE331J
				U	·		R892	VRD-RA2BE223J
	CAP	AC	ITOR	S			R893	VRD-RA2BE100J
C850	VCEAGA2EW106M	R	10	250\	/ Electrolytic	AC	R894	VRD-RA2BE682J
C851	RC-KZ0153CEZZ	R	1000p	3kV	Ceramic	AB	R896	VRD-RM2HD100J
C853	VCKYD41HB471K	R	470p	50V	Ceramic	AA
C854	VCKYPA1HB331K	R	330p	50V	Ceramic	AA		MISCELLA
C855	VCKYPA1HB561K	R	560p	50V	Ceramic	AA	P850	QPLGN0361CEZZ
C856	VCKYPA1HB471K	R	470p	50V	Ceramic	AA	P851	QPLGN0561CEZZ
C857	VCKYD41HB471K	R	470p	50V	Ceramic	AA	A SC850	QSOCV0919CEZZ
C858	VCKYPA1HB471K	R	470p	50V	Ceramic	AA	SC851	QTIPM0083CEZZ
C859	VCEAGA1CW107M	R	100	16V	Electrolytic	AB	SC852	QTIPM0083CEZZ
C860	VCEAGA1CW476M	R	47	16V	Electrolytic	AB	SC853	QTIPM0083CEZZ
C861	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	BDA850	PRDAR0083PEFW
C862	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	BDA851	PRDAR0083PEFW
C863	VCEAGA1CW106M	R	10	16V	Electrolytic	AA	RD4852	PBDAB0083PEFW
C864	VCEAGA1CW226M	R	22	16V	Electrolytic	AB	, ioniour
	RES	SIS	TORS	5
R850	VRC-MA2HG102K	R	1k	1/2W	Solid	AA
R851	VRC-MA2HG102K	R	1k	1/2W	Solid	AA
R852	VRC-MA2HG102K	R	1k	1/2W	Solid	AA
R853	VRS-KT3LB822J	R	8.2k	зW	Metal Oxide	AC
R854	VRS-VV3DB183J	R	18k	2W	Metal Oxide	AA

R854 VRS-VV3DB183J R 16k 2W Metal Oxide AA R855 VRS-VV3DB183J R 18k 2W Metal Oxide AA R857 VRS-VV3DB153J R 15k 2W Metal Oxide AA


R858	VRS-VV3DB153J	R	15k	2W	Metal Oxide	AA
R859	VRC-MA2HG224K	R	220k	1/2W	Solid	AA
R860	VRD-RA2EE151J	R	150	1/4W	Carbon	AA
R861	VRD-RA2BE221J	R	220	1/8W	Carbon	AA
R862	VRD-RA2BE221J	R	220	1/8W	Carbon	AA
R863	VRD-RA2BE221J	R	220	1/8W	Carbon	AA
R864	VRD-RA2BE471J	R	470	1/8W	Carbon	AA
R865	VRD-RA2BE471J	R	470	1/8W	Carbon	AA
R866	VRD-RA2BE471J	R	470	1/8W	Carbon	AA
R867	VRD-RA2BE121J	R	120	1/8W	Carbon	AA
R868	VRD-RA2BE181J	R	180	1/8W	Carbon	AA
R869	VRD-RA2BE121J	R	120	1/8W	Carbon	AA
R870	VRD-RA2BE181J	R	180	1/8W	Carbon	AA
R871	VRD-RA2BE121J	R	120	1/8W	Carbon	AA
R872	VRD-RA2BE181J	R	180	1/8W	Carbon	AA
R873	VRD-RA2BE471J	R	470	1/8W	Carbon	AA
R874	VRD-RA2BE471J	R	470	1/8W	Carbon	AA
R875	VRD-RA2BE471J	R	470	1/8W	Carbon	AA
R876	VRD-RA2BE561J	R	560	1/8W	Carbon	AA
R877	VRD-RA2BE561J	R	560	1/8W	Carbon	AA
R878	VRD-RA2BE561J	R	560	1/8W	Carbon	AA
R879	VRD-RA2BE151J	R	150	1/8W	Carbon	AA
R880	VRD-RA2BE151J	R	150	1/8W	Carbon	AA
R881	VRD-RA2BE151J	R	150	1/8W	Carbon	AA
R882	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R883	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R884	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
R887	VRD-RM2HD471J	R	470	1/2W	Carbon	AA
R888	VRD-RA2BE152J	R	1.5k	1/8W	Carbon	AA
R889	VRD-RA2BE821J	R	820	1/8W	Carbon	AA
R891	VRD-RA2BE331J	R	330	1/8W	Carbon	AA
R892	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA
R893	VRD-RA2BE100J	R	10	1/8W	Carbon	AA
R894	VRD-RA2BE682J	R	6.8k	1/8W	Carbon	AA
R896	VRD-RM2HD100J	R	10	1/2W	Carbon	AA

	MISCELLA	NE	ous	PAR	15


P850	QPLGN0361CEZZ	R	Plug 3-pin (H)	AE
P851	QPLGN0561CEZZ	R	Plug 5-pin (K)	AB
A SC850	QSOCV0919CEZZ	R	CRT Socket	AH
SC851	QTIPM0083CEZZ	R	Tip (L1)	AB
SC852	QTIPM0083CEZZ	R	Tip (K857)	AB
SC853	QTiPM0083CEZZ	R	Tip (L2)	AB
RDA850	PRDAR0083PEFW	R	Heat Sink, for Q850	AD
RDA851	PRDAR0083PEFW	R	Heat Sink, for Q851	AD
RDA852	PRDAR0083PEFW	R	Heat Sink. for Q852	AD

Page 50

Ref. No	. Pa	art No.	*	Description	Code	Ref. No.	Part No.	*		Descri	ption	Code
PWI	B-C	DUNT	K	0121WEw2/w0	/W3	D726	RH-EX0316CEZZ	R	Zener	Diode	10V 9	AA AA
		POWE	RI	JNIT		/€ VA701	RH-VX0033CEZZ	R	Varisto	or	0	AD
		INTEGRA	TE	DCIRCUITS					i di libito
IC501	VHILA	7838//-1	R	LA7838	AK		PACKAG	E		CUIT
∧ IC702	RH-FX	0024CEZZ	R	Photocoupler PC113L	AG		RMPTP0071CEZZ	R	Positiv	e Coef	ficient	AP
IC703	VHiSE	120N//-1	R	SE120N	AG				Therm	istor
		TRAN	ISI	STORS			COIL AND T	RA	NSFC	RME	RS
Q501	VS2SC	03402//-1	R	2SC3402	AB	L601	RCiLZ0010PEZZ	R	Coil			AG
Q502	VS2SC	23402//-1	R	2SC3402	AB	L602	RCiLZ0720CEZZ	R	Coil			AL
Q601	VS2SC	C3886A/1E	R	2SC3886A	AP	L603	RCiLZ0011PEZZ	R	Coil			AN
Q602	VS2SC	23808//-1	R	2SC3808	AH	L604	VP-CF390K0000	R	Peakir	ng Coil	39µH	AB
Q603	VS2SC	C1815GW-1	R	2SC1815(G)	AB	∧ L701	RCiLF0181CEZZ	R	Line Fi	ilter		AQ
Q604	VS2SE	31015Y/-1	R	2SB1015(Y)	AK	∧ L702	RCiLF0181CEZZ	R	Line Fi	ilter		AQ
▲ Q701	VS2SA	\1015Y/1E	R	2SA1015(Y)	AC	L713	RCiLP0226CEZZ	R	Coil			AD
∧ Q702	VS2SC	C3807//-1	R	2SC3807	AF	∧ T601	RTRNF0104PEZZ	R	Flybac	k Trans	s. (FBT)	BH
∧ Q703	VS2SC	24429//-1	R	2SC4429	AT	T602	RTRNZ0343CEZZ	R	Horiz.	Drive T	rans.	AG
Q705	VS2SC	C1815GW-1	R	2SC1815(G)	AB	∧ T701	RTRNZ0106PEZZ	R	Power	Regula	ator Trans.	AZ
Q706	VS2SC	C1815GW-1	R	R2SC1815(G)	AB	∧ T702	RTRNP0016PEZZ	R	R/C Po	ower Tr	ans.	AR
Q707	VS2SC	C4382//1E	R	2SC4382	AF
		_					CON	IT	ROLS
		D	101	DES		R519	RVR-M4620GEZZ	R	1k(B)	Vert.	Linearity	AB
D501	RH-EX	0320CEZZ	R	Zener Diode 12V	AA	R553	RVR-M4632GEZZ	R	100k(E	3)Vert.	Size	AB
D503	RH-DX	(0279CEZZ	R	Diode	AB	R609	RVR-M4626GEZZ	R	10k	Horiz	. Size	AB
D504	VHD19	SS119//1E	R	Diode 1SS119	AA
D601	RH-EX	0332CEZZ	R	Zener Diode 18V	AA		CAP	٩C	ITORS	S
D603	RH-EX	(0336CEZZ	R	Zener Diode	AA	C501	VCQYTA1HM103K	R	0.01	50V	Mylar	AB
D604	RH-DX	(0131CEZZ	R	Diode	AC	C503	VCEAGA1CW477M	R	470	16V	Electrolytic	AC
D606	RH-DX	(0229CEZZ	R	Diode	AF	C504	VCEACA1HC105M	R	1	50V	Electrolytic	AC
D607	RH-DX	(0255CEZZ	R	Diode	AC	C505	VCEACA1HC225M	R	2.2	50V	Electrolytic	AC
D608	VHD19	SS119//1E	R	Diode 1SS119	AA	C506	VCEAGA1EW108M	R	1000	25V	Electrolytic	AD
D614	RH-DX	(0302CEZZ	R	Diode	AC	C507	VCEAGA1VW107M	R	100	35V	Electrolytic	AC
D616	RH-DX	(0127CEZZ	R	Diode	AC	C508	VCCSPA1HL101J	R	100p	50V	Ceramic	AA
D617	RH-DX	(0279CEZZ	R	Diode	AB	C509	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA
D618	VHD19	SS119//1E	R	Diode 1SS119	AA	C512	VCQYTA1HM104K	R	0.1	50V	Mylar	AC
∧ D704	RH-DX	(0464CEZZ	R	Diode	AE	C513	VCQYSG2AA473K	R	0.047	100V	Mylar	AC
▲ D705	RH-DX	(0464CEZZ	R	Diode	AE	C601	VCEAGA1HW105M	R	1	50V	Electrolytic	AC
∧ D706	RH-DX	(0464CEZZ	R	Diode	AE	C602	VCEAGA1AW227M	R	220	10V	Electrolytic	AB
∧ D707	RH-DX	(0464CEZZ	R	Diode	AE	C603	VCFYFA1HA474J	R	0.47	50V	M. Polyester	AC
∧ D708	VHD18	SS119//1E	R	Diode 1SS119	AA	C604	VCEAGA1HW105M	R	1	50V	Electrolytic	AC
A D709	RH-DX	(0465CEZZ	R	Diode	AD	C605	VCFYAC2AA475J	R	4.7	100V	M. Polyester	· AL
▲ D710	RH-EX	0318CEZZ	R	Zener Diode 11V	AA	C606	VCEAGA1EW226M	R	22	25V	Electrolytic	AA
∧ D711	VHD18	SS119//1E	R	Diode 1SS119	AA	C607	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA
D712	RH-DX	(0279CEZZ	R	Diode	AB	C608	VCKYPA2HB561K	R	560p	500V	Ceramic	AA
D713	RH-DX	(0279CEZZ	R	Diode	AB	C609	VCFPPD2DB394J	R	0.39	200V	M. Polypro	AE
D714	RH-DX	0279CEZZ	R	Diode	AB	C610	VCFPPD2DB474J	R	0.47	200V	M. Polypro	AE
D715	RH-DX	(0279CEZZ	R	Diode	AB	C611	VCQPSC2JA473K	R	0.047	630V	Polypro Film	AB
D716	RH-DX	0279CEZZ	R	Diode	AB	C612	RC-KZ0039CEZZ	R	680p	2kV	Ceramic	AB .
D717	RH-EX	0322CEZZ	R	Zener Diode 12.1V	AA	C613	VCFPPD3CA123H	R	0.012	1.6kV	M. Polypro	AE
D718	RH-EX	0316CEZZ	R	Zener Diode 10V	AA	C614	VCFPPD3CA123H	R	0.012	1.6kV	M. Polypro	AE
D719	RH-DX	0229CEZZ	R	Diode	AF	C615	VCQYTA1HM104K	R	0.1	50V	Mylar	AC
D721	RH-DX	0327CEZZ	R	Diode	AE	C616	VCKYPA1HB472K	R	4700p	50V	Ceramic	AA
D722	RH-DX	0327CEZZ	R	Diode	AE	C617	VCFPPD2DB474J	R	0.47	200V	M. Polypro	AE
D723	VHD15	SS119//1E	R	Diode 1SS119	AA	C618	VCFYSB2EB224K	R	0.22	250V	M. Polyester	AD
D725	VHD15	SS119//1E	R	Diode 1SS119	AA	C619	VCKYPA2HB102K	R	1000p	500V	Ceramic	AA

Page 51

Ref. No.	Part No.	*		Descri	ption	Code	Ref. No.	Part No.	★		Descr	iption (	Code
P WF		(0	121			/3	R550	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
						0	R551	VRD-RA2BE683J	R	68k	1/8W	Carbon	AA
	POWER		JNH		itinuea)		R552	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
C620	VCEAGH1VW228M	R	2200	35V	Electrolytic	AG	R553	See Controls
C621	VCEAGA1HW106M	R	10	50V	Electrolytic	AC	R560	VRD-RA2BE562J	R	5.6k	1/8W	Carbon	AA
C622	VCKYPA1HB102K	R	1000p	50V	Ceramic	AA	R561	VRD-RA2BE473J	R	47k	1/8W	Carbon	AA
C623	VCEAGA1EW227M	R	220	25V	Electrolytic	AC	R563	VRD-RA2BE273J	R	27k	1/8W	Carbon	AA
C624	VCQYTA1HM273K	R	0.027	50V	Mylar	AB	R564	VRD-RA2BE393J	R	39k	1/8W	Carbon	AA
C629	VCKYPA2HB331K	R	330p	500V	Ceramic	AA	R601	VRD-RA2BE561J	R	560	1/8W	Carbon	AA
C650	VCKYPA2HB102K	R	1000p	500V	Ceramic	AA	R602	VRD-RA2BE561J	R	560	1/8W	Carbon	AA
C651	VCEAGA2EW336M	R	33	250V	Electrolytic	AD	R603	VRD-RA2BE473J	R	47k	1/8W	Carbon	AA
∧ C701	RC-FZ012SGEZZ	R	0.22 A	C250V	Special	AE	R604	VRD-RA2BE473J	R	47k	1/8W	Carbon	AA
∧ C702	RC-FZ008SCEZZ	R	0.1 A	C250V	Special	AE	R605	VRD-RA2BE681J	R	680	1/8W	Carbon	AA
	RC-EZ0520CEZZ	R	150	400V	Electrolytic	AQ	R606	VRD-RA2BE152J	R	1.5k	1/8W	Carbon	AA
▲ C710	VCKYPB3AB102K	R	1000p	1kV	Ceramic	AC	R607	VRD-RA2BE333J	R	33k	1/8W	Carbon	AA
∧ C711	VCKYPB3AB102K	R	1000p	1kV	Ceramic	AC	R608	VRD-RA2BE125J	R	1.2M	1/8W	Carbon	AA
	VCKYPB3AB102K	R	1000p	1kV	Ceramic	AC	R609	See Controls
▲ C713	VCKYPB3AB102K	R	1000p	1kV	Ceramic	AC	R610	VRD-RA2BE182J	R	1.8k	1/8W	Carbon	AA
∧ C714	RC-KZ018SCEZZ	R	1000p	4kV	Ceramic	AD	R611	VRD-RM2HD102J	R	1k	1/2W	Carbon	AA
▲ C715	VCQYTA1HM104K	R	0.1	50V	Mylar	AC	R612	VRN-VV3AB4R7J	R	4.7	1W	Metal Film	AA
▲ C716	VCQYTA1HM103K	R	0.01	50V	Mylar	AB	R613	VRS-VV3DB561J	R	560	2W	Metal Oxide	AA
▲C717	VCQYTA1HM153K	R	0.015	50V	Mylar	AA	R614	VRW-KQ41C3R3K	R	3.3	15W	Cement	AG
∧ C718	RC-KZ0073CEZZ	R	2200p	2kV	Ceramic	AD	R615	VRD-RM2HD102J	R	1k	1/2W	Carbon	AA
∧ C719	RC-KZ020SCEZZ	R	2200p	4kV	Ceramic	AE	R616	VRN-KT3LB1R8J	R	1.8	ЗW	Metal Film	AF
C720	VCEAGA2AW107M	R	100	100V	Electrolytic	AD	R617	VRD-RA2EE101J	R	100	1/4W	Carbon	AA
C721	VCEAGA1CW476M	R	47	16V	Electrolytic	AB	R618	VRD-RA2EE101J	R	100	1/4W	Carbon	AA
C722	RC-KZ0039CEZZ	R	680p	2kV	Ceramic	AB	R619	VRD-RA2BE824J	R	820k	1/8W	Carbon	AA
C723	RC-KZ0037CEZZ	R	390p	2kV	Ceramic	AB	A R620	RR-XZ0016CEZZ	R	1	1/2W	Fuse Resistor	AB
C724	VCEAGA1EW108M	R	1000	25V	Electrolytic	AD	R622	VRS-SU2HB102J	R	1k	1/2W	Metal Oxide	AA
C725	VCEAGH1VW228M	R	2200	35V	Electrolytic	AG	R623	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA
C727	RC-EZ0400CEZZ	R	220	200V	Electrolytic	AM	R624	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
C728	VCEAGW2CW227M	R	220	160V	Electrolytic	AK	R625	VRD-RA2EE125J	R	1.2M	1/4W	Carbon	AA
∧ C730	RC-EZ0652CEZZ	R	270	450V	Electrolytic	AX	R626	VRD-RA2BE274J	R	270k	1/8W	Carbon	AA
C731	VCEAGA2AW105M	R	1	100V	Electrolytic	AB	R627	VRD-RA2BE823J	R	82k	1/8W	Carbon	AA
∧ C732	VCKYPA1HB471K	R	470p	50V	Ceramic	AA	R628	VRD-RA2BE564J	R	560k	1/8W	Carbon	AA
C733	VCKYD41HB102K	R	1000p	50V	Ceramic	AA	R629	VRD-RM2HD472J	R	4.7k	1/2W	Carbon	AA
∧ C738	VCFYSB2EB224K	R	0.22	250V	M. Polyester	AD	R630	VRD-RA2EE221J	R	220	1/4W	Carbon	AA
							R631	VRD-RA2EE471J	R	470	1/4W	Carbon	AA
	RES	IS	TORS				R632	VRD-RM2HD820J	R	82	1/2W	Carbon	AA
R507	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA	R633	VRD-RM2HD470J	R	47	1/2W	Carbon	AA
∧ R508	RR-XZ0020CEZZ	R	39	1/4W	Fuse Resisto	r AB	R650	VRD-RM2HD393J	R	39k	1/2W	Carbon	AA
R509	VRS-VV3DB151J	R	150	2W	Metal Oxide	AA	/ R651	RR-XZ0029CEZZ	R	3.3	1/2W	Fuse Resistor	· AB
R512	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA	R652	VRD-RM2HD103J	R	10k	1/2W	Carbon	AA
R513	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA	R654	VRS-KT3LB180J	R	18	ЗW	Metal Oxide	AD
R514	VRD-RA2BE101J	R	100	1/8W	Carbon	AA	/ R705	VRW-KV3NC1R8K	R	1.8	7W	Cement	AC
R517	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA	∧ R706	VRW-KV3NC1R8K	R	1.8	7W	Cement	AC
R518	VRD-RA2BE471J	R	470	1/8W	Carbon	AA	∧ R707	VRD-RA2BE272J	R	2.7k	1/8W	Carbon	AA
R519	See Controls						A R708	VRD-RA2BE562J	R	5.6k	1/8W	Carbon	AA
R521	VRD-RM2HD182J	R	1.8k	1/2W	Carbon	AA	A R709	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA
R522	VRD-RM2HD182J	R	1.8k	1/2W	Carbon	AA	R 710	VRS-VV3AB222J	R	2.2k	1W	Metal Oxide	AA
∧ R523	RR-XZ0035TAZZ	R	22	1/4W	Fuse Resisto	r AB	∧ R711	VRD-RM2HD470J	R	47	1/2W	Carbon	AA
R527	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA	R712	VRS-VV3AB153J	R	15k	1W	Metal Oxide	AA
R528	VRD-RM2HD182J	R	1.8k	1/2W	Carbon	AA	A R713	VRD-RM2HD124J	R	120k	1/2W	Carbon	AA
R529	VRD-RM2HD1R2J	R	1.2	1/2W	Carbon	AA	∧ R714	VRD-RM2HD124J	R	120k	1/2W	Carbon	AA
R531	VRD-RA2BE105J	R	1M	1/8W	Carbon	AA	A R715	VRS-VV3AB332J	R	3.3k	1W	Metal Oxide	AA
R532	VRD-RA2BE105J	R	1M	1/8W	Carbon	AA	A R716	VRC-UA2HG825K	R	8.2M	1/2W	Solid	AA

Page 52

Ref. No.	*		Description
PWE	B-C DUNT	'KS	9121	IWE	W2/W0/	N3
	POWE	Rl	JNIT	(Co	ntinued)
∧ R717	VRC-UA2HG825K	R	8.2M	1/2W	Solid	AA
∧ R718	VRS-VV3LB470J	R	47	ЗW	Metal Oxide	AB
∧ R719	VRN-VV3DB6R8J	R	6.8	2W	Metal Film	AB
R720	VRS-KT3LB102J	R	1k	ЗW	Metal Oxide	AC
R721	VRS-VV3DB222J	R	2.2k	2W	Metal Oxide	AA
R722	VRD-RM2HD273J	R	27k	1/2W	Carbon	AA
R723	VRD-RM2HD473J	R	47k	1/2W	Carbon	AA
R728	VRD-RM2HD683J	R	68k	1/2W	Carbon	AA
R729	VRD-RA2BE273J	R	27k	1/8W	Carbon	AA
R731	VRW-KX3HC4R7K	R	4.7	5W	Cement	AE
R732	VRN-VV3ABR47J	R	0.47	1W	Metal Film	AA
R733	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
R734	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
R735	VRD-RA2BE333J	R	33k	1/8W	Carbon	AA
R736	VRD-RA2BE152J	R	1.5k	1/8W	Carbon	AA
A R737	VRC-UA2HG395K	R	3.9M	1/2W	Solid	AA
A R738	VRD-RM2HD391J	R	390	1/2W	Carbon	AA
R740	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
R752	VRD-RA2BE681J	R	680	1/8W	Carbon	AA

0.504	SW		HES
$501	QSW-B0015CEZZ	R	Vertic	al Ceni	er Adjust	AC
// S701	QSW-P0591CEZZ	н	Main	s Powe	rSwitch	AQ
	MISCELLA	١NE	ous	PAR	TS
∧ F701	QFS-C5024CEZZ	R	Fuse	T5A 25	50V	AE
FH701	QFSHD1017CEZZ	R	Fuse	Holder		AC
FH702	QFSHD1018CEZZ	R	Fuse	Holder		AC
FB601	RBLN-0037CEZZ	R	Ferrit	e Bead		AB
FB602	RBLN-0037CEZZ	R	Ferrit	e Bead		AB
FB702	RBLN-0037CEZZ	R	Ferrit	e Bead		AB
FB703	RBLN-0037CEZZ	R	Ferrit	e Bead		AB
FB704	RBLN-0037CEZZ	R	Ferrit	e Bead		AB
P601	QPLGN1061CEZZ	R	Plug	10-pin (	(XA)	AC
P602	QPLGZ1019CEZZ	R	Plug	10-pin (	XB)	AG
P604	QPLGN0160FJZZ	R	Plug	5-pin (F	-)	AD
P605	QPLGN0361CEZZ	R	Plug	3-pin (H	ł)	AB
A P702	QPLGN0207CEZZ	R	Plug 2	2-pin (0	a)	AA
	QPLGN0304CEZZ	R	Plug	3-pin (A		AB
SC601	QTiPM0083CEZZ	R	Tip (L	.2)		AB
RDA501	1 PRDAR0229PEFW	R	Heat	Sink, fo	or IC501	AL
RDA60	1 PRDAR0227PEFW	R	Heat	Sink, fo	or Q601	AK
ARDA702	2PRDAR0227PEFW	R	Heat	Sink, fo	or Q703	AK
	PRDAR0007PEZZ	R	Heat	Sink, fo	or Q707	AE
	PRDAR0089PEFW	R	Heat	Sink, fo	or Q604	AE
	LHLDW1047PEZZ	R	Wire	Holder		AB

Ref. No. Part No. * Description

Code

PWB-F DUNTK8805WEV5 IGR UNIT

ONLY FOR MODEL SX-68G7

INTEGRATED CIRCUITS

IC2301 VHiTDA3857/-1	R ^-	TDA3857	AF
IC2302 VHiTDA8415/-1	R T	TDA8415	AM
IC2304 VHiM5218AL/-1	RI	M5218L	AD

TRANSISTOR

Q2301 VS2SC1906//1E R 2SC1906	A

PACKAGED CIRCUIT

X2301 RCRSB0129GEZZ R Crystal, 10MHz AG

COIL AND TRANSFORMERS


CF2301	RFiLC0063CEZZ	R	Ceramic Filter, 5.74MHz	AG
CF2302	RFiLC0061CEZZ	R	Ceramic Filter, 5.5MHz	AF
L2301	VP-DF120K0000	R	Peaking Coil 12µH	AB
L2302	VP-XF2R2K0000	R	Peaking Coil 2.2µH	AB
L2303	VP-DF100K0000	R	Peaking Coil 10µH	AB
L2304	VP-DF100K0000	R	Peaking Coil 10µH	AB
L2308	VP-DF6R8K0000	R	Peaking Coil 6.8µH	AB
L2310	VP-DF100K0000	R	Peaking Coil 10µH	АΒ
SF2301	RFiLC0109GEZZ	R	Surface Acoustic Wave	АΗ
			Filter
T2301	RCiLD0057GEZZ	R	Detection Coil, 38.9MHz	AE
T2302	RCiLi0086GEZZ	R	IF Coil, 5.74MHz	AE
T2303	RCiLi0086GEZZ	R	IF Coil, 5.5MHz	AE

CONTROLS

R2315	RVR-M4623GEZZ	R	3.3k(B) Separation	AE
R2316	RVR-M4623GEZZ	R	3.3k(B) Audio Level	AE

CAPACITORS


C2301	VCCCPA1HH6R0D	R	6P	50V	Ceramic	AA
C2302	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA
C2303	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA
C2304	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA
C2305	VCEAGA1CW106M	R	10	16V	Electrolytic	AA
C2306	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA
C2307	VCEAGA1HW105M	R	1	50V	Electrolytic	AC
C2308	VCCCPA1HH270J	R	27p	50V	Ceramic	AA
C2309	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA
C2310	VCEAGA1HW225M	R	2.2	50V	Electrolytic	AB
C2311	VCEAGA1HW225M	R	2.2	50V	Electrolytic	AB
C2312	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA
C2313	VCEAGA1CW476M	R	47	16V	Electrolytic	ΑB
C2314	VCEAGA1HW105M	R	1	50V	Electrolytic	AC
C2315	VCEAGA1HW105M	R	1	50V	Electrolytic	AC
C2316	VCEAGA1HW224T	R	0.22	50V	Electrolytic	AB
C2317	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA
C2318	VCEAGA1CW107M	R	100	16V	Electrolytic	AB
C2319	VCEAGA1CW106M	R	10	16V	Electrolytic	AA
C2320	VCEAGA1CW106M	R	10	16V	Electrolytic	AA

Page 53

Code

Ref. No.	Part No.	*		Descr	iption	Code	Ref. No.	Part No.
PWE	B-F DUNT		380 (Co	5WE ntinu	V5 ued)		PWE	B-F DU
C2347	VCFYFA1HA334J	R	0.33	50V	M. Polvester	AB		ONLY
C2358	VCFYFA1HA334J	R	0.33	50V	M. Polvester	AB
C2365	VCEAGA1CW476M	R	47	16V	Electrolytic	AB		INTE
C2366	VCEAGA1CW476M	R	47	16V	Electrolytic	AB	IC2301	VHITDA3857
C2369	RC-QZA821TAYJ	R	820p	50V	Mylar	AB	IC2302	VHITDA8415
C2370	RC-QZA821TAYJ	R	820p	50V	Mylar	AB	IC2304	VHiM5218AL
C2371	VCEAGA1CW476M	R	47	16V	Electrolvtic	AB	IC2801	RH-iX2451CI
C2375	VCCSPA1HL680J	R	68p	50V	Ceramic	AA	IC2802	RH-iX2606CI
C2376	VCCSPA1HL680J	R	68p	50V	Ceramic	AA
			•
	RES	IS	TORS	3			Q2301	VS2SC1906/
R2301	VRD-RA2BE222J	R	2.2k	1/8W	Carbon	AA	Q2801	VS2SC18150
R2302	VRD-RA2BE181J	R	180	1/8W	Carbon	AA	Q2802	VS2SC18150
R2303	VRD-RA2BE2R2J	R	2.2	1/8W	Carbon	AA	Q2803	VS2SA1015
R2304	VRD-RA2BE682J	R	6.8k	1/8W	Carbon	AA	Q2805	VS2SC18150
R2305	VRD-RA2BE331J	R	330	1/8W	Carbon	AA	Q2806	VS2SC18150
R2306	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA
R230,	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA
R2308	VRD-RA2BE471J	R	470	1/8W	Carbon	AA	D2801	RH-DX04460
R2309	VRD-RA2BE471J	R	470	1/8W	Carbon	AA	D2802	RH-DX04460
R2310	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA	D2803	RH-EX03010
R2311	VRD-RA2BE561J	R	560	1/8W	Carbon	AA	D2804	RH-EX03010
R2312	VRD-RA2BE561J	R	560	1/8W	Carbon	AA	D2805	RH-DX04460
R2313	VRD-RA2BE182J	R	1.8k	1/8W	Carbon	AA	D2806	RH-DX04460
R2314	VRD-RA2BE332J	R	3.3k	1/8W	Carbon	AA	D2807	RH-DX04460
R2315	See Controls						D2808	RH-DX04460
R2316	See Controls
R2318	VRD-RA2BE101J	R	100	1/8W	Carbon	AA		PAC
R2319	VRD-RA2BE101J	R	100	1/8W	Carbon	AA	X2301	RCRSB0129
R2320	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA	X2801	RCRSB0006
R2321	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
R2322	VRD-RA2BE822J	R	8.2k	1/8W	Carbon	AA		COIL A
R2323	VRD-RA2BE822J	R	8.2k	1/8W	Carbon	AA	CF2301	RFiLC0063C
R2357	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA	CF2302	RFiLC0061C
R2358	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA	L2301	VP-DF120K0
R2359	VRD-RA2BE332J	R	3.3k	1/8W	Carbon	AA	L2302	VP-XF2R2K0
R2360	VRD-RA2BE332J	R	3.3k	1/8W	Carbon	AA	L2303	VP-DF100K0
R2362	VRD-RA2BE104J	R	100k	1/8W	Carbon	AA	L2304	VP-DF100K0
R2363	VRD-RA2BE104J	R	100k	1/8W	Carbon	AA	L2308	VP-DF6R8K0
R2366	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA	L2310	VP-DF100K0
R2367	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA	L2801	VP-DF100K0
							L2802	VP-XF1R0K0
	MISCELLA	NE	ous	PAR	rs		L2803	VP-DF100K0
P2301	QPLGN0661CEZZ	R	Plug (	S-pin (N	1)	AD	SF2301	RFiLC0109G
P2302	QPLGN0561CEZZ	R	Plug !	5-pin (N	1)	AB

P2301	QPLGN0661CEZZ	R	Plug 6-pin (M)
P2302	QPLGN0561CEZZ	R	Plug 5-pin (N)
TP2301	QLUGP0102PEZZ	R	Lug, Test Point
	QCNW-2123PEZZ	А	Connecting Wire (N)
	QCNW-2124PEZZ	А	Connecting Wire (M)

VB-F DUNTK8805WEV7 IGR/TELETEXT UNIT

Description

ONLY FOR MODEL SX-68G8

INTEGRATED CIRCUITS

IC2301	VHiTDA3857/-1	R	TDA3857	AF
IC2302	VHITDA8415/-1	R	TDA8415	A٧
IC2304	VHiM5218AL/-1	R	M5218L	AD
IC2801	RH-iX2451CEZZ	R	SAA5249P	BE
IC2802	RH-iX2606CEZZ	R	I.C.	BC

TRANSISTORS

Q2301 VS2SC1906//1E R 2SC1906 AC Q2801 VS2SC1815GW-1 R 2SC1815(G) AB Q2802 VS2SC1815GW-1 R 2SC1815(G) AB Q2803 VS2SC1815GW-1 R 2SC1815(G) AB Q2803 VS2SA1015Y/1E R 2SA1015(Y) AC Q2805 VS2SC1815GW-1 R 2SC1815(G) AB Q2806 VS2SC1815GW-1 R 2SC1815(G) AB
Q2801 VS2SC1815GW-1 R 2SC1815(G) AE Q2802 VS2SC1815GW-1 R 2SC1815(G) AE Q2803 VS2SC1815GW-1 R 2SC1815(G) AE Q2803 VS2SA1015Y/1E R 2SA1015(Y) AC Q2805 VS2SC1815GW-1 R 2SC1815(G) AE Q2806 VS2SC1815GW-1 R 2SC1815(G) AE	Q2301	VS2SC1906//1E	R	2SC1906	AC
Q2802 VS2SC1815GW-1 R 2SC1815(G) AB Q2803 VS2SA1015Y/1E R 2SA1015(Y) AC Q2805 VS2SC1815GW-1 R 2SC1815(G) AB Q2806 VS2SC1815GW-1 R 2SC1815(G) AB Q2806 VS2SC1815GW-1 R 2SC1815(G) AB	Q2801	VS2SC1815GW-1	R	2SC1815(G)	AE
Q2803 VS2SA1015Y/1E R 2SA1015(Y) AC Q2805 VS2SC1815GW-1 R 2SC1815(G) AE Q2806 VS2SC1815GW-1 R 2SC1815(G) AE	Q2802	VS2SC1815GW-1	R	2SC1815(G)	AB
Q2805 VS2SC1815GW-1 R 2SC1815(G) AE Q2806 VS2SC1815GW-1 R 2SC1815(G) AE	Q2803	VS2SA1015Y/1E	R	2SA1015(Y)	AC
Q2806 VS2SC1815GW-1 R 2SC1815(G) AB	Q2805	VS2SC1815GW-1	R	2SC1815(G)	AB
	Q2806	VS2SC1815GW-1	R	2SC1815(G)	AB

DIODES

D2801	RH-DX0446CEZZ	R	Diode	AE
D2802	RH-DX0446CEZZ	R	Diode	AE
D2803	RH-EX0301CEZZ	R	Zener Diode 6.2V	AA
D2804	RH-EX0301CEZZ	R	Zener Diode 6.2V	AA
D2805	RH-DX0446CEZZ	R	Diode	AB
D2806	RH-DX0446CEZZ	R	Diode	AE
D2807	RH-DX0446CEZZ	R	Diode	AE
D2808	RH-DX0446CEZZ	R	Diode	AE

PACKAGED CIRCUITS

X2301	RCRSB0129GEZZ	R	Crystal, 10MHz	AG
X2801	RCRSB0006PEZZ	R	Crystal, 27MHz	AK

COIL AND TRANSFORMERS


CF2301	RFiLC0063CEZZ	R	Ceramic Filter, 5.74MHz	AG
CF2302	RFiLC0061CEZZ	R	Ceramic Filter, 5.5MHz	AF
L2301	VP-DF120K0000	R	Peaking Coil 12µH	AB
L2302	VP-XF2R2K0000	R	Peaking Coil 2.2µH	AB
L2303	VP-DF100K0000	R	Peaking Coil 10µH	ΑВ
L2304	VP-DF100K0000	R	Peaking Coil 10µH	AB
L2308	VP-DF6R8K0000	R	Peaking Coil 6.8µH	AB
L2310	VP-DF100K0000	R	Peaking Coil 10µH	AB
L2801	VP-DF100K0000	R	Peaking Coil 10µH	AB
L2802	VP-XF1R0K0000	R	Peaking Coil 1µH	AB
L2803	VP-DF100K0000	R	Peaking Coil 10µH	AB
SF2301	RFiLC0109GEZZ	R	Surface Acoustic Wave	AH
			Filter
T2301	RCiLD0057GEZZ	R	Detection Coil, 38.9MHz	AE
T2302	RCiLi0086GEZZ	R	IF Coil, 5.74MHz	AE
T2303	RCiLi0086GEZZ	R	IF Coil, 5.5MHz	AE

CONTROLS

R2315 RVR-M4623GEZZ	R 3k(B) Separation	AB
R2316 RVR-M4623GEZZ	R 3k(B) Audio Level	AB
R2819 RVR-M4622GEZZ	R 2.2k(B) TEXT Level	AB

Page 54

Ref. No.	Part No.	☆		Descri	ption	Code	Ref. No.	Part No.	*		Descr	iption	Code
PWF		٢۶	805	WF	V7		R2312	VRD-RA2BE561J	R	560	1/8W	Carbon	AA
							R2313	VRD-RA2BE182J	R	1.8k	1/8W	Carbon	AA
	R/IELEIEXI	U		(Con	tinuea)		R2314	VRD-RA2BE332J	R	3.3k	1/8W	Carbon	AA
	CAPA	٩C	ITOR	S			R2315	See Controls
C2301	VCCCPA1HH101J	R	100p	50V	Ceramic	AA	R2316	See Controls
C2302	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	R2318	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
C2303	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	R2319	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
C2304	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	R2320	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA
C2305	VCEAGA1CW106M	R	10	16V	Electrolytic	AA	R2321	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
C2306	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	R2322	VRD-RA2BE822J	R	8.2k	1/8W	Carbon	AA
C2307	VCEAGA1HW105M	R	1	50V	Electrolytic	AC	R2323	VRD-RA2BE822J	R	8.2k	1/8W	Carbon	AA
C2308	VCCCPA1HH270J	R	27p	50V	Ceramic	AA	R2357	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
C2309	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	R2358	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
C2310	VCEAGA1HW225M	R	2.2	50V	Electrolytic	AB	R2359	VRD-RA2BE332J	R	3.3k	1/8W	Carbon	AA
C2311	VCEAGA1HW225M	R	2.2	50V	Electrolytic	AB	R2360	VRD-RA2BE332J	R	3.3k	1/8W	Carbon	AA
C2312	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	R2362	VRD-RA2BE104J	R	100k	1/8W	Carbon	AA
C2313	VCEAGA1CW476M	R	47	16V	Electrolytic	AB	R2363	VRD-RA2BE104J	R	100k	1/8W	Carbon	AA
C2314	VCEAGA1HW105M	R	1	50V	Electrolytic	AC	R2366	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
C2315	VCEAGA1HW105M	R	1	50V	Electrolytic	AC	R2367	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
C2316	VCEAGA1HW224T	R	0.22	50V	Electrolytic	AB	R2801	VRD-RA2BE821J	R	820	1/8W	Carbon	AA
C2317	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	R2802	VRD-RA2BE122J	R	1.2k	1/8W	Carbon	AA
C2318	VCEAGA1CW107M	R	100	16V	Electrolytic	AB	R2803	VRD-RA2BE273J	R	27k	1/8W	Carbon	AA
C2319	VCEAGA1CW106M	R	10	16V	Electrolytic	AA	R2804	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
C2320	VCEAGA1CW106M	R	10	16V	Electrolytic	AA	R2805	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
C2347	VCFYFA1HA334J	R	0.33	50V	M. Polyester	AB	R2806	VRD-RA2BE682J	R	6.8k	1/8W	Carbon	AA
C2358	VCFYFA1HA334J	R	0.33	50V	M. Polyester	AB	R2807	VRD-RA2BE562J	R	5.6k	1/8W	Carbon	AA
C2365	VCEAGA1CW476M	R	47	16V	Electrolytic	AB	R2809	VRD-RA2BE272J	R	2.7k	1/8W	Carbon	AA
C2366	VCEAGA1CW476M	R	47	16V	Electrolytic	AB	R2811	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
C2369	RC-QZA821 IAYJ	н	820p	50V	Mylar	AB	R2812	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
C2370	HC-QZA821TAYJ	н	820p	500	iviylar	AB	H2813	VRD-RA2BE102J	н	1k	1/8W	Carbon	AA
C2371	VCEAGA1CW476M	н	47	16V	Electrolytic	AB	H2814	VHD-HA2BE471J	н	470	1/8W	Carbon	AA
02375	VCCSPA1HL680J	н	68p	500	Ceramic	AA	H2815	VRD-RA2BE103J	н	10K	1/8//	Carbon	AA
02370	VCCSPATHLOOUJ		- H	501			H2816		п	2.7K	1/0//	Carbon
C2802		R	0.1	50V	Mular		D2017		D	4.7K	1/0//	Carbon
C2804		R	100	6.3V	Flectrolytic	۸R	B2810	See Controls	п	1, 2 N	1/044	Carbon
C2805		R	0.01	50V	Ceramic		B2820	VRD-RA2RE471 I	P	470	1/8\//	Carbon	۵۵
C2809		R	0.1	50V	Mylar	AA	B2821	VRD-RA2BE101.	B	100	1/8W	Carbon
C2810	VCEAGA0.IW477M	R	470	6.3V	Electrolytic	AB	R2822	VBD-BA2BE101J	в	100	1/8W	Carbon	AA
C2811	VCKYPA1HB102K	R	1000p	50V	Ceramic	AA	R2823	VRD-BA2BE472J	В	4.7k	1/8W	Carbon	AA
C2812	VCCCPA1HH150J	R	15p	50V	Ceramic	AA	B2824	VRD-RA2BE153J	R	15k	1/8W	Carbon	AA
C2813	VCCCPA1HH560J	R	56p	50V	Ceramic	AA	R2825	VRD-RA2BE152J	R	1.5k	1/8W	Carbon	AA
C2814	VCEAGA1CW106M	R	10	16V	Electrolytic	AA
								MISCELLA	NE	OUS	PAR	TS
	RES	IS	TORS	3			P2301	QPLGN0661CEZZ	R	Plug	6-pin (l	M)	AD
R2301	VRD-RA2BE222J	R	2.2k	1/8W	Carbon	AA	P2302	QPLGN0561CEZZ	R	Plug	5-pin (l	N)	AB
R2302	VRD-RA2BE181J	R	180	1/8W	Carbon	AA	P2801	QPLGN0861CEZZ	R	Plug	8-pin (	T)	AC
R2303	VRD-RA2BE2R2J	R	2.2	1/8W	Carbon	AA	SLD2801	PSLDM0188PEFW	R	Shiel	d		AD
R2304	VRD-RA2BE682J	R	6.8k	1/8W	Carbon	AA	SLD2802	PSLDM0189PEFW	R	Shiel	d		AC
R2305	VRD-RA2BE331J	R	330	1/8W	Carbon	AA	TP2301	QLUGP0102PEZZ	R	Lug,	Test Po	pint	AA
R2306	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA		QCNW-2123PEZZ	А	Conr	ecting	Wire (N)
R2307	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA		QCNW-2124PEZZ	А	Conn	ecting	Wire (M)
R2308	VRD-RA2BE471J	R	470	1/8W	Carbon	AA		QCNW-2149PEZZ	А	Conn	ecting	Wire (T)
R2309	VRD-RA2BE471J	R	470	1/8W	Carbon	AA
R2310	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA
R2311	VRD-RA2BE561J	R	560	1/8W	Carbon	AA

Page 55

MISCELLANEOUS PARTS

CACCL3002WEV2	R	AC Cord Ass'y	AQ
LHLDK0002PEK0	R	AC Cord Holder	AA
VSP1206PB358A	А	Speaker, x2 used
QCNW-1688PEZZ	R	Connecting Wire,	AL
		Focus/Screen
QCNW-2034PEZZ	R	Connecting Wire (H)	AK
QCNW-2035PEZZ	R	Connecting Wire (K)	AG
QCNW-2036PEZZ	R	Connecting Wire (S)	AL
QCNW-2067PEZZ	R	Connecting Wire (XA)	AH
QCNW-2122PEZZ	А	Connecting Wire (F)
QCNW-2125PEZZ	А	Connecting Wire (PU)

SUPPLIED ACCESSORIES

ACCESSORIES
RRMCG1169PESA	А	Infrared R/C Unit	AV
		(CX-68G5, SX-68G7)
RRMCG1170PESA	А	Infrared R/C Unit	AV
		(SX-68G8)
TiNS-6129CEZZ	А	Operation Manual (CX-68G	5)
TiNS-6004CEZZ	А	Operation Manual (SX-68G7)
TiNS-6151CEZZ	А	Operation Manual (SX-68G8	3)

ACCESSORIES (NOT REPLACEMENT ITEM)

UBATU0001MEZZ – Dry Batteries

PACKING PARTS (NOT REPLACEMENT ITEM)


SPAKC5068CEZZ	Packing Case (CX-68G5)
SPAKC4991CEZZ	Packing Case (SX-68G7)	—
SPAKC5069CEZZ	Packing Case (SX-68G8)	_
SPAKP0815CEZZ	Wrapping Paper
SPAKX2745CEZZ	Buffer Material

CABINET PARTS


1	CCABA2270WEA0	А	Front Cabinet Ass'y (CX-68G5)
1	CCABA2251WEA2	A	Front Cabinet Ass'y
1	CCABA2271WEA0	А	Front Cabinet Ass'y (SX-68G8)
1-1	Not Available	_	Front Cabinet
1-2	GCOVA1645CESA	А	R/C Cover
1-3	GCOVA1646CESA	А	LED Cover
1-4	GCOVA9145CEZZ	А	AV Hole Cover
			(CX-68G5)
1-5	GDORF2001CESA	А	Door
1-6	HBDGB3120CESA	J	SHARP Badge	AG
1-7	HINDP4735CEZZ	А	Control Button Plate
1-8	HINDP4736CEZZ	А	Front AV Plate
			(SX-68G7, SX-68G8)
1-9	JBTN-1939CESA	А	Power Button
1-10	MSPRC0015PEFW	R	Spring for Power Button	AC
1-11	PKAi-0002PE00	R	Latch for Door	AG
2	CCABB2187WEA1	А	Rear Cabinet Ass'y

Page 56

SHARP

TQ0269-S Printed in Japan KA. KG

Page 57

VIDEO CHROMA IC SP61 CHASSIS

The M52340SP jungle IC is a 52 pin DIL device manufactured by Mitsubishi. It incorporates Video IF, sound IF, chroma and deflection circuits and is compatible with the I2C interface used in Sharp's G series TVs.

It is powered by-

1) 5 volts to VCC VCD pin 24
2) 5 volts to VCC VIF pin 8 3) 8 volts to VCC pin 20
4) 8 volts to H-VCC pin 9

PINOUTS

۲.

1	AFT OUT	Fixed to 7 volts with external resistors
2	SIFIN	Sound IF input pin. Video signal output from pin 52 is buffered by Q30 1, passed through a
		5.5Mhz filter then input on this pin.
3	AGC OUT	Automatic gain control output directly to pin 1 of the tuner
4	IF AGC	Controls gain of internal IF circuitry. This is iriven by the two A/V input/output select
	FILTER	lines from the processor (pins 37 and 38). When either is high (i.e. A/V mode) then the IF
		is turned off via Q209
5	GND (VIF)	Ground for video IF circuit.
6	IF-IN	IF input from tuner. IF signal from pin 3 of the tuner passes through a pre-amp (4201) and
		a saw filter (SF20 1), and is then inputed into this pin.
7	IF-IN	IF input, as per pin 6
8	VCC VIF	5 volts supply for video IF circuit. 5 volts is generated from IC1604 pin 3.
9	H-VCC	8 volt supply for horizontal oscillator circuit. Generated from 15 volts power supply line. In
		standby mode is fed from r/c 9 volt rail via R1624.
10	IIL vcc	V C C
11	SCL	Data clock signal for I2C bus. Also connected to E2prom (IC1002); Sound Processor
		(IC1302); IGR IC (IC2302); Teletext IC (IC2801) and Tuner (TU201); Processor (IC1001).
		The I2C bus is controlled from IClOO 1. See also pin 15.
12	SCP	Sandcastle pulse output (multilevel) and flyback pulse input pin. Contains horizontal,
		vertical, blanking, black level etc. Horizontal pulses from the flyback transformer pin 4 are
		waveshaped by D1602 etc and input on this pin. The sandcastle pulse is output to the
		chroma delay IC (IC802) pin 5.
13	H-OUT	Horizontal output pulse. Output to horizontal driver transistor, Q602.
14	H-OSC	Connection to 500Khz crystal. Divide by 32 for 15625HZ horiz rate
15	SDA	Data signal for I2C bus. Also connected to E2prom(IC1002); Sound Processor (IC1302);
		IGR IC (IC2302); Teletext IC (IC2801) and Tuner (TU201); Processor (IClOO 1). The I2C
		bus is controlled from IC 100 1. See also pin 11.
16	AFC 1	Automatic frequency control filter. External capacitors (AFC 1 locks oscillation to sync
	FILT	pulses from feedback from FB transformer).
17	GND	Ground.
1	8 RAMP V-	Vertical drive output to vertical output IC (IC501) pin 2. Also output to V-sync input of the
	PULSE	processor (IClOO 1) pin 2
19	RAMP	External cap and resistor to determine characteristics of AFC2 (phase relationship between
	AFC-2	sync and flyback pulse to give horizontal centering).
20	v с с	8 volt supply, generated from IC 160 1.
21	R-OUT	Red output drive to video buffer Q801 and CRT board.
22	G-OUT	Green output drive to video buffer Q803 and CRT board.
23	B-OUT	Blue output drive to video buffer Q802 and CRT board.
24	VCC VCD	5 volt supply generated from IC1604
25	B-IN	Blue signal input. Generated from pin 40 of the processor (IClOO 1). Used for OSD
		characters etc.
26	CONT	Automatic brightness level input. Generated from ABL pin 3 of flyback transformer as a
	ABL	function of screen current.

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27	G-IN	Green signal input. Generated from pin 41 of the processor (IC 100 1). Used for OSD characters etc.
28	COINC	Coincidence detector external components.
	DET	,
29	R-IN	Red signal input Generated from pin 42 of the processor (IC1001) Used for OSD
		characters etc.
30	IDEN-	External components determining characteristic of automatic chroma control identification
	ACC	signal.
31	BLK FST	East blanking input pingenerated by processor (IC1001) pin 39 via O1010 Blanks
01		hackground of OSD characters
32	XTA`_	3.58mhzcrystal for NTSC input (A/V terminals).
33	AUT	External can for Internal FM detector
55	BYPASS
34	KILER	External components to determine colour killer characteristics
35		Chroma automatic phase control. External components to determine Chroma APC
55		characteristics
36		Composite video in from the video input sockets, switched by IC401 and output on its pin 9
50	1 v -11 *	to the buffer transistors 4403 and 0401 then input to TV-IN
37	VCD COD	Ground
20		Luminance out Used on G5 and G7 to output signal for syna input to pin 40. On the G9 is
30	1-001	Luminance out. Used on O5 and O7 to output signal for sync input to pin 40. On the O8 is
20	VTI	A 42mbg emisted for DAL
39
40	SYNC SEP	Sync separator input signal. On the G5 and G/ this is fed from Y-OUT pin 38 via the
4.4	IN	buffer Q1605. On the G8 then sync in is generated from the IGR PWB.
41	-(B-Y)	-(B-Y) colour difference signal out to chroma delay IC (IC802) pin 14
10	OUT
42	SECAM	Not used. Set is configured for PAL and NTSC (via A/V).
	REF
43	-(R-Y)	-(R-Y) colour difference signal out to chroma delay IC (IC802) pin 16.
	OUT
44	-(B-Y) IN	-(B-Y) colour difference signal after lh delay from chroma delay IC (IC802) pin 12.
45	-(R-Y) IN	-(R-Y) colour difference signal after 1 h delay from chroma delay IC (IC802) pin 11.
46	AUD OUT	Audio output to switching IC (IC40 1) pins 19 and 12 for G5 (non stereo) sets. For G7 and
		G8 series (stereo) ctvs, audio output to IGR processor (IC2302) pins 9 and 10 for when
		stereo broadcast not received.
47	VCC AUD	8 volt supply generated from IC160 1.
	IN
48	DE-	External de-emphassis components to determine de-emphasis characteristics of audio out.
	EMPHA
49	VCO	Voltage controlled oscillator output to VCO adjustment coil T202.
50	VCO	Voltage controlled oscillator output to VCO adjustment coil T202.
51	VID APC	External cap to determine video automatic phase control characteristics.
	FILTER
52	VIDEO	Main video output signal to switch IC (IC401) pin 1 via 5.5mhz sound trap and pre-amps
	OUT	Q405 and Q408. Also feeds SIF-IN pin 2.

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PAL / NTSC SYSTEM SINGLE - CHIP COLOR TV SIGNAL PROCESSOR

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VIDEO/AUDIO SWITCHING IC401 - SP61 CHASSIS

IC401(LA7955) is controlled via 2 lines generated from the microprocessor, AV1 (pin 37) and AV2 (pin 38). Follows is a truth table and internal diagram for this IC.

Truth table

CONTROL1	CONTRO	2 MUTE IN	VIDEO	OUT A	AUDIO	OUT
Pin3	Pin 8	Pin 10	1	2	1	2
L	L	L	IN1	IN1	IN1	INI
L	Н	L	IN1	IN3	IN1	IN3
Н	L	L	IN2	IN2	IN2	IN2
Н	Н	L	IN2	IN3	IN2	IN3
L	L	Н	IN1	IN1	IN1
L	Н	Н	IN1	IN3	IN1
Н	L	Н	IN2	IN2	IN2
Н	Н	Н	IN2	IN3	IN2

Internal diagram

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POWER SUPPLY OPERATION SP61 CHASSIS

Regulation

The 120 volt rail is regulated by IC703. The regulation is performed by the current flowing into pin 2. Rl and R2 have a fixed value so at a rail voltage of 120 volts approximately 0.4mA flows into pin 2 through the optocoupler.

If the 120 volt rail drops the current flowing through the optocoupler drops and turns off Q70 1 which turns off Q702. This allows Q703 to conduct more increasing the 120 volt rail.

If the 120 volt rail increases the current flowing through the optocoupler increases. Q701 turns on and Q702 turns on. This reduces the turn os time for 4703 which reduces the 120 volt rail.

When the set is turned on from standby Q705 is turned on This turns off Q706 and the power supply operates normally. Q706 has approximately 25 volts on the collector so D725 and D723 are reversed biased.

When the set is put into standby mode Q705 is turned off and Q706 turns on. This increases the current through the optocoupler which turns the 120 volt rail off. As the 120 volt rail drops D725 and D723 turn on supplying current to the optocoupler. A current of approximately 7 mA flows through the optocoupler keeping the 120 volt power supply turned off.

When turned on again from

standby Q706 is turned off so no current flows through the optocoupler. The 120 volt begins to operate and the 120 volt rises until IC703 controls the current flowing through the optocoupler.

Pulse Width Modulation

The power supply oscillates at approximately 50Khz, although this varies significantly with the load i.e. screen brightness etc.

The optocoupler IC702 varies the amplitude of the pulses appearing at the base of 4701 depending on the current flowing through the photodiode. This varies the drive to 4702, which varies the frequency and PWM of the drive.

For example, the higher the B+ 120 volt rail, the more current flows through the photodiode and the more IC702's transistor turns on. This increases the amplitude of the pulses on the base and therefore the collector of Q701. Q702 therefore turns on more, and more base drive of Q703, the chopper transistor, is shunted to ground i.e. the mark to space ratio decreases. This reduces the B+ rail.

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Alexandric construction

Page 70

SHARP 25KN1S, 29KN1S, CX34G3, CX48G4, CX51G3 Service manual & schematics

SERVICE MANUAL

COLOUR TELEVISION Chassis No. SP-61

CX-68G5 MODELS SX-68G7, SX-68G8

FEATURE

CONTENTS

WARNING

SHARP CORPORATION

SPECIFICATIONS

IMPORTANT SERVICE NOTES

SERVICING OF HIGH VOLTAGE SYSTEM AND PICTURE TUBE

X-RAY

BEFORE RETURNING THE RECEIVER

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

ADJUSTMENT PRECAUTIONS

1. Calling the service mode by the microprocessor

2. Factory presettings

Note :

SERVICE MODE:

CUT OFF BKGD MODE

TRAP SELECTION

INITIAL SETTING

SOUND-SYSTEM ON / OFF

M ON / OFF:

NICAM AUTO / BG/ I :

OTHERS

DT PAL:

DT SECAM / NTSC / BW:

AV TINT:

AV SHARPNESS:

SERVICE ADJUSTMENT

PIF / AFT / AGC ADJUSTMENT

PIF / AFT / AGC ADJUSTMENT (Continued)

SOUND ADJUSTMENT

CUT OFF / BKGD / SUB CONT ADJUSTMENT

PAL CHROMA ADJUSTMENT

NTSC CHROMA ADJUSTMENT

DEFLECTION LOOP ADJUSTMENT

DEFLECTION LOOP ADJUSTMENT (Continued)

A/V INPUT AND OUTPUT CHECK

SIF (IGR) ADJUSTMENT (For SX-68G7 & SX-68G8 only)

TEXT ADJUSTMENT (For SX-68G8 only)

SIF (NICAM) ADJUSTMENT (For SX-68G7 & SX-68G8 only)

BUS ERROR INFORMATION

SHIPPING SETTING

TROBULE SHOOTING TABLE

TROBULE SHOOTING TABLE (Continued)

TROBULE SHOOTING TABLE (Continued)

SOLID STATE DEVICE BASE DIAGRAM

DESCRIPTION OF SCHEMATIC DIAGRAM

SAFETY NOTES:

IMPORTANT SAFETY NOTICE:

SERVICE PRECAUTION:

NOTES:

VOLTAGE MEASUREMENT CONDITIONS:

WAVEFORM MEASUREMENT CONDITIONS:

MODEL CX-68G5 SCHEMATIC DIAGRAM

MODEL SX-68G7 SCHEMATIC DIAGRAM

MAIN Unit-2/2 PWB-A (MAIN UNIT) DUNTK9120WEW0

MODEL SX-68G8 SCHEMATIC DIAGRAM

IGR/TELETEXT Unit

MODEL SX-68G8 SCHEMATIC DIAGRAM

MAIN Unit-2/2 PWB-A (MAIN UNIT) DUNTK9120WEW3

MODEL CX-68G5 BLOCK DIAGRAM

MAIN Unit

MODEL SX-68G7 BLOCK DIAGRAM

MAIN Unit

MODEL SX-68G8 BLOCK DIAGRAM

PRINTED WIRING BOARD ASSEMBLIES

Ref. No. Part No. * Description

PWB-F DUNTK8805WEV5 IGR UNIT

ONLY FOR MODEL SX-68G7

INTEGRATED CIRCUITS

TRANSISTOR

PACKAGED CIRCUIT

COIL AND TRANSFORMERS

CONTROLS

CAPACITORS

VB-F DUNTK8805WEV7 IGR/TELETEXT UNIT

ONLY FOR MODEL SX-68G8