SHARP TVCR service manual / Схема, сервісна інструкція відеодвійки Service manual & schematics

Page 1

SERVICE MANUAL SHARP

FILE 28/5/90

TV/VCR COMBINATION Chassis No. VP-3

37VT-12H MODEL

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

TV/VCR Integration for Easy Operation
Timer Programme Setting by the On-screen Display
40 Channel Cable-Compatible Tuner
Full Function Unified Infrared Remote Control
On Screen Digital Display with Menu Screen Guidance
Remote Visual Control
2-way Child-Proof Function
Full Auto Head Cleaning System
Auto Search Channel Memory

CEG TECHNICAL THIS COPY MUST NOT BE HEMOVED FROM CEG OFFICE Sle

Automatic Tracking Control System
Quick Start with Full Loading Mechanism
HQ System for Better Resolution and Colour Reproduction
Tape Counter
REC Index with Digital Programme Search System (DPSS)
Full Automatic Playback Function
Furo-Scart 21 Pin Terminal

Page	Page
• SPECIFICATIONS 2	OVERALL SCHEMATIC DIAGRAM
IMPORTANT SERVICE NOTES	CHASSIS LAYOUT OF TV SECTION
• LOCATION OF USER'S CONTROL 4	BLOCK DIAGRAM OF TV SECTION
DISASSEMBLY AND REASSEMBLY	DESCRIPTION OF TV SECTION SCHEMATIC
ADJUSTMENT OF THE TV ELECTRICAL	DIAGRAM
CIRCUITRY	• CHASSIS LAYOUT OF VCR SECTION
PRECAUTIONS IN REASSEMBLING 15	BLOCK DIAGRAM OF VCR SECTION
• FUNCTION OF MAJOR MECHANICAL PARTS . 16	DESCRIPTION OF VCR SECTION SCHEMATIC
ADJUSTMENT, REPLACEMENT AND ASSEMBLY	DIAGRAM 85
OF MECHANICAL UNITS 18	PRINTED WIRING BOARD ASSEMBLIES 91
ADJUSTMENT OF THE VCR ELECTRICAL	REPLACEMENT PARTS LIST
CIRCUITRY 42	• PACKING OF THE SET 123
• TROUBLESHOOTING 45

Page 2

SPECIFICATIONS

OUTLINE OF THE PRODUCT

Power Consumption: 77 W Receiving Broadcast Standard: PAL System \| Receiving Channel: UHF; E21~E69 Receiving System: Sound; 6.0 MHz
Receiving Broadcast Standard: PAL System I Receiving Channel: UHF; E21~E69 Receiving System: Sound; 6.0 MHz
Receiving Channel: UHF; E21~E69 Receiving System: Sound; 6.0 MHz
UHF; E21~E69 Receiving System: Sound; 6.0 MHz
Receiving System: Sound; 6.0 MHz
Calaring DAL
Colour; PAL
Antenna Input Impedance: VHF/UHF; 75 ohm Unbalanced (DIN)
Video Signal: Input; 0.5~2.0 Vp-p / 75 ohm (RCA)
Output; 1.0 Vp-p / 75 ohm (RCA)
Audio Signal: Input; 0.5Vrms / 10k ohm (RCA)
Output; 0.5Vrms / 1k ohm (RCA)
Temperature: Operation; 5° C to 40° C
Strege; – 20°C to 60°C
Dimentions (Approx.): 388 mm (W) × 380 mm (H) × 395 mm (D)
Weight (Approx.): 13.7 kg
Cabinet Material: Plastic
Accessories: 🛛 Operation Manual
🗆 Infrared Remote Control Unit
Dry-Batteries, Type AA ( × 2 pcs)

TYPECTION

AR TO: VINI ADM GEG OFFICE

Picture Tube:

4 cm Diagonal Measurement 22:0 kV at 800 μA Beam Current 1.5 W at Max. (8 cm Round Dynamic x 1 pc) Type: VB370BVBK1U-S (Tint Tube) Heater; 6.3 V, 300 mA Focus; High Bi-Potential Electrolstatic

VCR SECTION

Outline:	VHS Video System Colour Video Cassette Recorder
Format:	VHS PAL Standard
Video Recording System:	Rotary Slant Azimuth 2-Head Helical Scan System
Luminance:	FM Recording
Chrominance:	Low Frequency Converted Direct Recording
Video Signal System:	PAL Colour
Cassette Tape:	VHS Type Video Cassette Tape
Tape Width:	12.7 mm
Tape Speed: Recording/Playback Time:	PAL; 23.39 mm/s (SP), 11.70 mm/s (LP) SP; Max. 240 min (with E-240) LP; Max. 480 min (with E-240, PAL only)

Note: The antenna must correspond to the new standard DIN 45325 (IEC 169-2) for combined UHF antenna with 75 ohm connector.

Specifications are subject to change without prior notice.

Page 3

IMPORTANT SERVICE NOTES

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

SERVICING OF HIGH VOLTAGE SYSTEM AND PICTURE TUBE

When servicing the high voltage system, remove static charge from it by connecting a 10 k ohm Resistor in series with an insulated wire (such as a test probe) between picture tube 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 25.3 kV, (at beam 0 µA) for the set.
2. To keep the set in a normal operation, be sure to make it function on 22.0 kV
- + 1.5 kV 2.0 kV (at beam 800 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.

Page 4

LOCATION OF USER'S CONTROL

Page 5

LOCATION OF USER'S CONTROL (Continued)

Remote Control Battery Installation

Before using the TELEVIDEO, prepare the Remote Control.

To activate the Remote Control, batteries must first be inserted into the Remote Control.

(2) Insert the batteries, matching their polarities (⊕ and⊖), to the markings inside the Remote Control. (3) Slide the cover back on.
- If the Remote Control does not operate or fails to function normally, replace the batteries. The Remote Control operates on two "AAA" 1.5 volt batteries, available at electronics and camera stores.

Location of Controls



AV button
POWER ON-OFF button		EJEC 1/LOAD button: Used to eject or load a cassette tape.
WAKE-UP TIMER button
		Press → indue sound. Press again → restores sound to previous level.
CHANNEL SELECT buttons
		Used to change the On Screen Display.
-, + buttons		VOLUME UP-DOWN buttons
CONFIRM button: • Used to confirm the programmable setting.		CHANNEL UP-DOWN buttons (TRACK ING ⊕/⊖ buttons): Used to adjust the TRACKING ubile playing the tape

SET button		Used to set the programme Timer
BEC button: Used to record a programme.
SP/LP button:		Used to select the menu screen.
Use to select the recording tape speed.		STOP button: Used to stop the tape.
PAUSE/STILL button:		- PLAY button:
during recording mode.		Used for tape playback.
Used to display a still picture during		• Used to cancel the PAUSE/STILL
playback mode.	SHARP	A peration.
DPSS(⊖, ⊕) buttons:/ /	TV-VCR
Used to enter the DPSS mode.		FF button: Used to fast forward the tane or to
OUNTER RESET button: Used to reset the tape counter when		conduct Forward Video Search during Playback mode.
the tape is loaded.
		Used to rewind the tape or to conduct
		Reverse Video Search during
		Playback mode.

Page 6

DISASSEMBLY AND REASSEMBLY

TV SECTION

1. Remove the ten screws off the rear cover.
Disconnect the F connector from the main PWB and G connector from the power PWB and disconnect the anode cap and the CRT PWB unit from the CRT.
3. After disconnect the coating earth from the CRT unit and take out the unit.
4. Remove the two screws from the main PWB and separate the PWB from the video unit.
5. Remove the three screws from the power PWB and separate the PWB from the video unit.

Page 7

DISASSEMBLY AND REASSEMBLY (Continued)

6. Remove the CRT PWB, degaussing coil connector G and front power switch remote control PWB. Place the main PWB upright.
7. Reconnect the CRT PWB. Put the main PWB and the VCR unit together as shown below. Keep the front power switch remote control PWB, speakers and degaussing coil connector G off position.

SERVICING THE PWBs

Unhook the power PWB and place it on the left hand of the set. Set up the mother PWB as shown below.

< Repairing the TV and VCR units > Unhook the PWB/mechanism assembly from the VCR unit, and place it as shown here. Connect the cables (AB), (AD) and (PC) to the mother PWB to start repairing.

Page 8

ADJUSTMENT OF THE TV ELECTRICAL CIRCUITRY

• PRECAUTIONS

1. Calling the service mode

(1) Use a specific remote controller to call up the service mode.

2. Clearing the service mode

(1) There are two ways to clear the service mode. Press the MENU key on the remote control gun.

(2) Or place the set in the stand-by mode again.

3. Display in the service mode

Page 9

SCREEN/BACKGROUND ADJUSTMENT

Adjusting Conditions	Adjusting Procedures
1. Screen Adjustment	х х
Receive the "AV-CH" signal. Keep the blue background off. Reset "video adjust" mode.	1. Call the service mode and take the step below. Screen control: Look at the VCJ IC data on the screen. Adjust the control so that the 10th figure from left should turn from "1" to "0". To be 0 here too. 1100 0100 0010 1101 To turn to 0 here.

2. Background Adjustment

Receive "WHITE BALANCE ADJUSTMENT PATTERN" signal. In the video adjust mode, adjust the brightness and contrast. Bright portion: 120 nit Dark portion: 20 nit Keep the colour adjusted at "00".	Call the service mode and take the step below. Red intensity : Green intensity : Blue intensity : Pick up the service mode numbers "1", "2" and "3". Adjust the colour temperature as follows. 7500°K (x = 0.300 ± 0.015, y = 0.310 ± 0.015) The "CA-100 Minolta CRT Color Analyzer" should be used as a colour thermometer.

3. Focus Adjustment

Receive "monoscope pattern" signal. Reset the video adjust mode to have the Video Normal Position.	1. Adjust the focus control to have the best focus in the areas between the pattern's center and its both ends.
	Adjust point

Page 10

HORIZONTAL/VERTICAL CIRCUIT ADJUSTMENT

Figure 4.

Page 11

PURITY ADJUSTMENT

Figure A.

Beam landing equally outwards

Figure B.

Beam landing shifted to the right.

Figure D.

Adjusting Conditions

1. Before the purity adjustment, warm up the set
with beam current of more than 700 µA for longer than 30 minutes (400 µA for the 14" model).
2. Receive the green-only signal and adjust the beam current to about 770 µA (500 µA for the 14" model).
3. Fully degauss the CRT with the degaussing coil.

Adjusting Procedures

Notes:

Static convergence should be roughly adjusted.
The purity magnet should be positioned where the magnetic field is zero.

Adjustment:

During the adjustment, keep the set facing the east.

1. Observe the spots "a" and "b" (shown in Fig. A) with a microscope. Adjust the purity magnet to have these spots at the specified landing positions.
If the right and left spots are dqually deviated outwards from their landing positions (shown in Fig. B), push the deflection yoke forwards for proper positioning.
3. If both the spots are shifted to the right or left (shown in Figs. C and D), adjust the opening angle of the purity magnet for proper positioning.
4. Make sure that the center spot as well as the right and left spots are in their specified landing positions. Check the four corners of the CRT screen. See if all the landing positions are satisfactory with the Rank "B" specifications.
5. If any colour other than green appears, pull the deflection coil backwards.

Landing too outwards: Deflection yoke to push forwards.

Landing too inwards : Deflection coil to pull backwards.

6. Receive the monoscope pattern signal.
7. Set the raster rotation at "0" position with the set facing the east.

Adjustment error: 0 ± 2 mm

8. Tighten up the deflection coil screws. Tightening torque: 11 ± 2 kg

Page 12

CONVERGENCE ADJUSTMENT

Figure a.

Figure b.

Figure c.

Adjusting Conditions

This adjustment should be performed after the purity magnet adjustment.

1. Receive the crosshatch pattern signal.
2. Set the brightness and contrast controls to the 5/10 and 10/10 positions, respectively.

Adjusting Procedures

STATIC CONVERGENCE

1. Adjust the opening angle of the 4-pole magnet and rotate the magnet to impose the blue line over the red one.
2. Adjust the opening angle of the 6-pole magnet and rotate the magnet to impose the green line over the blue one.

DYNAMIC CONVERGENCE

3. Take the following steps for dynamic convergence at the edges of the CRT screen.
- Convergence in Fig a :

Insert the wedge "a" in position, and tilt the deflection coil upward for correct convergence.

• Convergence in Fig b :

Insert the wedges "b" and "c" in position, and tilt he deflection coil downward for correct convergence.

• Convergence in Fig c :

Insert the wedge "c" deeper, and tilt the deflection coil rightward for correct convergence.

Convergence in Fig d : Insert the wedge "b" deeper, and tilt the deflection coil leftward for correct convergence.
4. Stick the above wedges on the CRT, and apply glass tape over them.
5. Apply lacquer to the deflection yoke screw, the magnet unit (consisting of purity, 4-pole and 6-pole magnets) and the magnet unit screw.

Finally receive the red-only signal to make sure there is no mixture with any other colour. Do the same with the blue-only signal.

Page 13

PERFORMANCE CHECK

1. A/V Output Checking

Adjusting Point	Adjusting Conditions / Procedures
A/V output (SC401)	Receive the colour bar signal (100% white colour bar, audio : 400 Hz, 100% modulation). Add a 75-ohm terminal resistor to the video output terminal(Pin (19)). Add a 10-kohm terminal resistor to the audio output terminal(Pins (1) and (3)). The output levels are as follows. Video output: 1 Vp-p ± 3 dB (0.71-1.41 Vp-p) Audio output: 2.61 Vp-p ± 3 dB (1.85-3.69 Vp-p) Note: Make sure the video and audio outputs are as specified.

2. A/V Input Checking

A/V input (J8021)	Receive the colour bar signal. Feed the external video and audio signals via the A/V front jacks. Using the CH ▲/▼ key, call the AV mode and make sure the external video and audio signals are being properly received. (The AV mode is available somewhere between 1ch and 40 (max) ch.)

3. Protector Performance Checking

Protector	Receive the monoscope pattern signal. Apply 20V from the constant-voltage power supply to the cathode of D607 (TP603: no
Performance	symbol on the PWB) and make sure the protector is not activated. Feed 25V in the same way and make sure the protector is activated.
	Note: To reset the protector, press the RESET key.

4. Beam Protector Performance Checking

Beam	Receive the monoscope pattern signal. Ground any of the R, G and B cathodes on the CRT PWB. Make sure the protector is activated immediately.
Protector	Note:
Performance	To reset the beam protector, press the RESET key.

Page 14

PERFORMANCE CHECK (Continued)

5. Blue Background Checking

Adjusting Point	Adjusting Conditions / Procedures
Blue	In the SET UP mode, select the BLUE SCREEN function. Turn on the function. With any signal input, make sure the background is blue.
background	Make sure also that the audio is mute. Turn off the function and make sure the blue background disappears.

6. Record Index Checking

Record index	In the SET UP mode, select the REC INDEX function. Turn on the function to make recording. (Make sure the clock has been preset.) Check the recorded contents. Note: Make sure the channel and time are recorded.

Page 15

PRECAUTIONS IN REASSEMBLING

MOUNTING THE CASSETTE CONTROLLER

Initial setting is indispensable before placing the cassette controller in the mechanism. The initial setting is made in two ways; electrical and mechanical.

Electrical setting:

Make a short-circuit between TP8804 and TP8805, both located at the center on your side on VCR PWB, with a 22 ohm resistor and be sure that the mechanism is back to its initial setting position (*1). Now place the cassette controller in position. (This method is used when the mechanism has been already set on its PWB.)

Mechanical setting:

Turn the loading motor's pulley feed gear using a screwdriver and be sure that the mechanism is back to its initial setting position (*1). Now place the cassette controller in position. (This method is applicable for the mechanism alone.)

COUPLING THE MECHANISM TO THE PWB

Match the mechanism's projections with the two symbols (round reference and oval sub-reference) on the VCR PWB. Place the mechanism straight down in position with due care so that the mechanism chassis's outer edges should not damage any parts nearby.

Tighten up the two screws (one for fixing the mechanism and the head amplifier shield, the other on the VCR PWB's soldering side and located near the loading motor) to fix the mechanism and VCR PWB. Reconnect the FFC cables (EB, EF and EH) and harnesses (ED and EG) between the mechanism and VCR PWB.

Parts to pay attention to:

Start and end sensors: Q8803, Q8804 Record tip switch: S8801

Page 16

FUNCTION OF MAJOR MECHANICAL PARTS (TOP VIEW)

No.	Function	No.	Function
1.	Full erase head ass'y Erase the whole records on the tape in the recording mode.	13.	Reverse guide Pulls out the tape and controls the tape drive train height with the upper and lower guides.
3.	Tension arm ass'y Detects the tension of tape while running, and brakes the supply reel disk via the tension band. Main supply brake lever Brakes the supply reel disk to prevent tape slacken- ing when the unit is stopped in fast forward or rewind mode. Main take-up brake lever Brakes the take-up reel disk to prevent tape slacken- ing when the unit is stopped in fast forward or rewind mode.		Pinch roller lever ass'y Press-fits the tape to the capstan during tape running. The right protrusion switches the clutch of the cassette
7.			mechanism eject tape.
			Loading motor A motive power which drives the mechanism. It trans-
9.			mits the power to the master cam and cassette housing control assembly.

Page 17

FUNCTION OF MAJOR MECHANICAL PARTS (BOTTOM VIEW)

No.	Function	No.	Function
1.	Slow brake lever Gets in contact with the capstan D.D. motor linking to the master cam in the slow still mode, and brakes it to a certain degree.	6.	Reel pulley Transmits the power of the capstan D.D. motor to the reel disk via the reel idler.
3.	Capstan D.D. motor A motive power which runs the tape. It transmits the power via the reel belt.	8.	Shifter Transmits the operation of the master cam to break and loading gear.
4.	Reel belt Transmits the power to run the tape to the reel pulley.	9.	Take-up loading gear Shifts the take-up pole base and guide roller via the loading relay gear, and applies the tape around the drum assembly, as well as transmits the power to the supply loading gear.

Page 18

ADJUSTMENT, REPLACEMENT AND ASSEMBLY OF MECHANICAL UNITS

Here we will describe a relatively simple service work in the field, not referring to the more complicated repairs which would require the use of special equipment and tools (drum assembly replacement, for exam-

ple).

We are sure that the easy-to-handle tools listed below would be more than handy for periodical maintenance to

keep the machine in its original working condition.

TOOLS NECESSARY FOR ADJUSTING THE MECHANICAL UNITS

No.	Jig Item	Part No.	Code	Configuration	Remarks
·1	Reel Disk Height Adjusting Jig	JiGRH0002	BR	4	These Jigs are used for checking and
2	Master Plane Jig	JiGMP0001	ΒΥ	5	adjusting the reel disk height.
3	A/C Head Tilt Adjusting Jig	9DAACH-A323U	вх		This Jig is used for setting the A/C head tilt.
Λ	Torque Gauge (90g)	JiGTG0090	СМ
	Torque Gauge (1.2kg)	JiGTG1200	CN		These Jigs are used for checking and adjusting the torque of take-up and
5	Gauge Head	JiGTH0006	AW		supply reel disks.
6	Cassette Torque Meter	JiGVHT-063	cz		This cassette torque meter is used for checking and adjusting the torque of take-up for measuring tape back tension.
7	Tension Gauge (300g)	JiGSG0300	BF		There are two gauges used for the tension measurements 300 g and
,	Tension Gauge (2.0kg)	JiGSG2000	BS		2.0kg.
	Hex Wrench (0.9mm)	JiGHW0009	AE
8	Hex Wrench (1.2mm)	JiGHW0012	AE These Jigs are used tightening special	These Jigs are used for loosening or tightening special hexagon type
	Hex Wrench (1.5mm)	JiGHW0015	AE	Ŵ	screws.
٥	Alignment Tape (PAL)	VROCPSV	ск	L. C.	This tape is especially used for electri-
5	Alignment Tape (PAL)	VROUBZFS			cal fine adjustment.
11	Tension Gauge Adapter	JiGADP003	вк	(TB)	This Jig is used with the tension gauge. Rotary transformer clearance adjust- ing jig.

The following tools are required for proper service and satisfactory repair.

Page 19

No.	Jig Item	Part No.	Code	Configuration	Remarks
12	Special Bladed Screwdriver	JiGDRiVERH-4	AP	() €>==-()))	This screwdriver is used for adjusting the guide roller height.
14	Torque Driver	JiGTD1200	СВ		This is used to screw down resinmade parts: the specified torque is 5kg.
		JiGDRiVER110-7	AS		This Jig is used for height adjustment of the A/C head and X-position.
15 Box Driver	Box Driver	JiGDRiVER110-4	AV		This Jig is used for replacement of the SI roller.
15 Box Driver		JiGDRiVER110-55	AR	St.	This Jig is used for height adjustment of the reverse guide.
16	Reverse Guide Height Adjusting Jig	JiGRVGH-F18	BU	Ŧ	This Jig is used for height adjustment of the reverse guide.

Page 20

MECHANICAL PARTS REQUIRING PERIODICAL INSPECTION

Use the following table as a guide to maintain the mechanical parts in good operating condition.

Maintained	500 hrs.	1000 hrs.	1500 hrs.	2000 hrs,	Possible symptom encountered	Remarks
Guide roller ass'y	13		0	0		Abnormal rotation or
Supply impedance roller				0		requires replacement.
Supply impedance roller (inner hole and shaft)		: ]		[]	Lateral noises	Clean with pure high quality isopropyl alcohol.
Supply impedance roller flange
Retaining guide	[]	1.]				Viean tape contact part with the specified cleaning
Slant pole		i .]		0		ηφιία.
Video head (upper/Lower drum ass'y)				0	Poor S/N ratio, no colour Poor flatness of the envelope with alignment tape	Clean tape contact area with the specified cleaning liquid.
Full-erase head		1]		0	Poor colour, beating
A/C head		[]		0	Sound too small or distorted
Capstan D.D. Motor		Ľ		0	No tape running, uneven colour
Pinch roller				0	No tape running, tape slack	Clean rubber and rubber
Reel belt				0	No tape running, tape slack, no fast forward/rewind motion	contact area with the specified cleaning liquid.
Tension band ass'y				0	Cassette not loaded or uploaded
Loading Motor				0	Casselle not loaded of unitaded
Reel idler ass'y				0	No tape running
Reel pully ass'y
Clutch gear ass'y				0
Main supply/take-up brake levers				0	Tape slack
AHC (Automatic Head Cleaner)		Ο		0		Replace the roller of the cleaner when it wears down. Just change the AHC roller assembly for new one.

NOTE:

○: Part replacement.

: Cleaning (For cleaning, use a lint-free cloth dampened with pure isopropyl alcohol).
△: Oil refilling (The indicated point should be lubricated with high quality spindle oil every 1000hrs).

If the reading is out of the specified value, clean or replace the part.

Page 21

REMOVAL AND REASSEMBLY OF CAS-SETTE HOUSING CONTROL ASSEMBLY

Removal

1. Set the cassette ejected condition in the cassette eject mode.
2. Unplug the recorder from the main source.
3. Follow the procedures below in the specified order.
- a) Remove the cassette housing installation screws ① and ②.
- b) Slide and pull out the cassette housing control assembly upward.
Reassembly

Figure 1-1.

1. Before installation of the cassette housing control assembly, make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor. Plug in the power cord. The cassette control drive gear starts and stops just when a tally mark appears in the mechanism chassis window. Align this tally mark with the cassette control drive angle's mark, as shown in Fig. 1-2, to position the cassette control on the mechanism chassis.

2. Follow the procedures for removal in the reverse order.

Notes:

In using a magnet screw driver, be sure to keep it away from the A/C head, FE (Full Erase) head, or the drum.
② In removal and reassembly, take care not to hit the cassette housing control assembly or tools against the guide pin, drum, or the like thereabout.
③ Load the cassette once onto the cassette housing control assembly after reassembly.

TO RUN A TAPE WITHOUT THE CAS-SETTE HOUSING CONTROL ASSEMBLY

1. Be sure to make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor, before turning on the power.
2. Plug in the power cord.
3. Turn on the power switch.
4. Open the lid of a cassette tape by hand.
5. Hold the lid with two pieces of vinyl tape.
6. Set the cassette tape in the mechanism chassis.
7. Stabilize the cassette tape with a weight (500g) to prevent floating.
8. Perform running test.

Figure 1-3.

Note:

The weight should not be more than 500g.

Page 22

REPLACEMENT AND HEIGHT CHECKING AND ADJUSTMENT OF REEL DISKS

• Removal (Supply and Take-up reel disks)

1. Remove the cassette housing control assembly.
2. Pull the tension band out of the tension arm.
3. Remove the supply main brake and the take-up main brake.
4. Open the hook at the top of the reel disk, and remove the reel disk.

Supply reel disk

Take-up reel disk

1. Clean the reel disk shaft and apply oil to it.
2. Install a new supply reel disk onto the shaft.
3. Replace the tension band around the supply reel disk, and insert it to the hole of the tension arm.
4 Check the reel disk height and reassemble the supply main brake.

Notes:

① Take enough care not to deform the tension band during installation of the supply reel disk.
② Be careful not to damage the supply main brake.

• Reassembly (Take-up reel disk)

1. Clean the reel disk shaft and apply oil to it.
2. Install a new take-up reel disk onto the shaft.
Check the reel disk height and reassemble the takeup main brake.

Note:

Take care not to damage the take-up main brake.

* After reassembly, check the video search rewind back tension (see page 25), and check the brake torque (see page 28).

Height checking and adjustment Note:

Place the master plane onto the mechanism unit, taking care not to hit the drum (see Figure 1-6).

Figure 1-6.

Figure 1-4.

Note:

When the tension band is pressed in the direction of the arrow for removal, the catch is hard to be deformed.

Figure 1-5.

Page 23

• Check that the reel disk is lower than part A but higher than part B. If the height is not correct, readjust the reel disk height by changing the poly-slider washer under the reel disk.

Note:

Whenever replacing the reel disk, perform the height checking and adjustment.

Figure 1-7.

CHECKING AND ADJUSTMENT OF TAKE-UP TORQUE IN FAST FORWARD MODE

Remove the cassette housing control assembly.
Make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor. Now turn on the power.

Setting

1. Set a torque gauge to zero on the scale. Place it on the take-up reel disk.
Press the FF button to set the mechanism to the fast forward mode.

Checking

1. Turn the torque gauge slowly (one rotation every 2 to 3 seconds) by hand in the take-up direction.
Check to see if the take-up torque is higher than 69 mN•m (700 gf•cm).

Figure 1-8.

Adjustment

1. If the take-up torque is outside the range, clean the capstan D.D. motor pulley, reel belt and reel pulley with cleaning liquid, then recheck the torque.
2. If the take-up torque is still out of range, replace the reel belt.

Notes:

1. Hold down the torque gauge so that it may not fly off.
When checking the take-up torque, do not keep the reel disk locked for a longer time.

CHECKING AND ADJUSTMENT OF TAKE-UP TORQUE IN REWIND MODE

Remove the cassette housing control assembly.
Make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor. Now turn on the power.
Setting
1. Set a torque gauge to zero on the scale. Place it on the supply reel disk.
2. Press the REW button to set the mechanism to the rewind mode.

• Checking

1. Turn the torque gauge slowly (one rotation every 2 to 3 seconds) by hand in the take-up direction.
Check to see if the take-up torque is higher than 69 mN•m (700 gf•cm).

Figure 1-9.

Page 24

Adjustment

1. If the take-up torque is outside the range, clean the capstan D.D. motor pulley, reel belt and reel pulley with cleaning liquid, then recheck the torque.
2. If the take-up torque is still out of range, replace the reel belt.

Notes:

1. Hold down the torque gauge so that it may not fly off.
2. When checking the take-up torque, do not keep the reel disk locked for a longer time.

CHECKING AND ADJUSTMENT OF TAKE-UP TORQUE IN PLAYBACK MODE

1. Remove the cassette housing control assembly.
2. Make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor. Now turn on the power.
3. Open the lid of the cassette torque meter, and hold it with two pieces of vinyl tapes.
4. Load the cassette torque meter into the unit.
5. Put the weight (500g) on the cassette torque meter.
6. Press the REC button to put the unit in REC mode.
Checking

Set value SP 8.8 ± 3.8mN·m (90 ± 39gf·cm)

Figure 1-10.

Check that the torque is in the range of 8.8±3.8mN•m (90 ± 39gf•cm).
2. The torque fluctuates due to the rotational deviation of the reel pulley ass'y. Use the center of the fluctuation as the value.
Place the ass'y in the SP record mode, and check that the take-up torque is within the range.

Adjustment

If the take-up torque in the playback mode is outside the range, replace the reel pulley ass'y.

Note:

Stabilize the cassette torque meter to prevent floating.

CHECKING AND ADJUSTMENT OF TAKE-UP TORQUE IN VIDEO SEARCH REWIND MODE

Remove the cassette housing control assembly.
Make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor. Now turn on the power.
Setting
1. Push the PLAY button to place the ass'y in the playback mode.
Push the REW button to place the ass'y in the video search rewind mode.

Checking

1. Place the torque gauge on the supply reel disk, and turn it counterclockwise very slowly (one rotation every 1 to 2 seconds) and check that the torque is within the set value 14.5 ⁺⁸_-6 mN•m (148 ⁺⁸⁰₊₆ gf•cm)

Note:

Set the torque gauge securely on the supply reel disk. If it is not secure, the measurement will be incorrect.

Adjustment

If the take-up torque in video search rewind mode is outside the range, replace the reel pulley ass'y.

Note:

The torque fluctuates due to the rotational deviation of the reel pulley ass'y. Use the center of the fluctuation at the value.

Page 25

CHECKING THE FAST FORWARD BACK TENSION

Remove the cassette housing control assembly.
Make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor. Now turn on the power.
Checking
1. Push the FF button to place the ass'y in the fast forward mode.
Place the torque gauge on the supply reel disk, and turn it clockwise very slowly (one rotation every 2 to 3 seconds) and check that the torque is 1.5 ± 0.9mN•m (15 ± 9gf•cm).

Notes:

Set the torque gauge securely on the supply reel disk. If the torque gauge is not securely set on the reel disk, measurement will be incorrect.
② Measure the torque with the torque gauge's weight exerted on the reel disk.

CHECKING THE REWIND BACK TENSION

Remove the cassette housing control assembly.
Make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor. Now turn on the power.

Checking

1. Push the REW button to place the ass'y in the rewind mode.

2. Place the torque gauge on the take-up reel disk, and turn it counterclockwise very slowly (one rotation every 2 to 3 seconds) and check that the torque is 1.3 ± 0.8 mN•m (13 ± 8gf•cm).

Notes:

① Set the torque gauge securely on the take-up reel disk. If it is not secure, the measurement will be incorrect.
② Measure the torque with the torque gauge's weight exerted on the reel disk.

CHECKING THE VIDEO SEARCH REWIND BACK TENSION

Remove the cassette housing control assembly.
Make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor. Now turn on the power.
Checking
1. Push the PLAY button to place the ass'y in the playback mode.
2. Push the rewind button to place the ass'y in the video search rewind mode.
Place the torque gauge on the take-up reel disk, and turn it counterclockwise very slowly (one rotation every 2 to 3 seconds) and check that the torque is within the set value 4 ± 1.7mN•m (41 ± 17gf•cm).

Notes:

(1) Set the torque gauge securely on the take-up reel disk. If it is not secure, the measurement will be incorrect.
② Measure the torque with the torque gauge's weight not exerted on the reel disk.

CHECKING THE PINCH ROLLER PRES-SURE

Remove the cassette housing control assembly.
Make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor. Now turn on the power.

Checking

Push the PLAY button to place the ass'y in the playback mode.

Page 26

Figure 1-15.

1. Detach the pinch roller from the capstan shaft.
2. Set the tension gauge by hooking the tension gauge adapter onto the pinch roller shaft.
3. Gradually release the pressure to allow the pinch roller to touch the capstan shaft. When the pinch roller just touches the capstan shaft, read the indication on the gauge.
4. Check that the reading of the tension gauge is in the range of 900 to 1200 g.

CHECKING AND ADJUSTMENT OF TEN-SION POLE POSITION

Remove the cassette housing control assembly.
Make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor. Now turn on the power.

Setting

1. Open the lid of cassette tape (E-180), and hold it with two pieces of vinyl tapes.
2. Load the cassette tape into the unit.
3. Put the weight (500g) on the cassette tape.
4. Make the adjustment with the beginning of a E-180 tape.

Figure 1-16

Checking
1. Set a cassette tape, press the REC button and get the tape loaded. Now check the tension pole position.

2. Visually check to see if the left end of the tension pole is in alignment with the line 0.2 mm left of the center line of the SI roller. Readjust as required in the following steps.

(1) If the end is at the left from the dotted line:

Figure 1-18

1. Remove the cassette and press the REC button to make an empty loading. Put a bladed screwdriver into the tension band positioning cam and turn it clockwise.
2. Place the cassette in position and check the tension pole position.
(2) If the end is at the right from the dotted line:

Figure 1-19.

1. Remove the cassette and press the REC button to make an empty loading. Put a bladed screwdriver into the tension band positioning cam to turn it counter-clockwise.
2. Place the cassette in position and check the tension pole position.

Page 27

Notes:

The tension band positioning cam cannot be adjusted with a cassette in place because the cam will be located below the cassette. Repeat a series of steps; empty loading, adjustment, cassette placement and position checking.
⁽²⁾ Turn the positioning cam clockwise to move the tension pole to the right (in the black-arrow direction). Turn it counterclockwise to move the tension pole to the left (in the white-arrow direction).

Figure 1-20.

③ Adjustable range of the tension pole positioning cam.

Tension pole adjusting cam

Figure 1-21.

Adjust the tension pole positioning cam so that the arrow mark on the cam be within 90° left and right from the tension arm shaft's center.

CHECKING AND ADJUSTMENT OF RECORD/PLAYBACK BACK TENSION

Remove the cassette housing control assembly.
Make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor. Now turn on the power.
Setting
1. Open the lid of the cassette torque meter, and hold it with two pieces of vinyl tapes.
2. Load the cassette torque meter into the unit.
3. Put the weight (500g) on the cassette torque meter.

Checking

1. Push the REC button to place the unit in the record mode.
2. Check that the back tension indicated by the gauge is within the set range 31 to 38 g•cm.

Notes:

1. Make sure that the video cassette tape is over the retaining guide.
Make sure that the tape is not slack nor damaged at either end.

Adjustment

1. If the reading of the cassette torque meter is less than specified, move the tension spring hook toward A.
If the reading of the cassette torque meter is more than specified, move the tension spring hook toward B.

Figure 1-23

Page 28

CHECKING THE BRAKE TORQUE

Checking the brake torque at the supply side

Figure 1-24.

· Remove the cassette housing control assembly.
Make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor. Now turn on the power.

Setting

1. Set a torque gauge to zero on the scale. Place it on the supply reel disk.
2. Switch from the FF mode to the STOP mode.
3. Disconnect the AC power plug.

Checking

1. Slowly rotate the torque gauge in the clockwise (CW) direction and counterclockwise (CCW) direction of the supply brake so that the reel disk and the indicator of the torque gauge rotate at an equal rate.

Check that the values are within the range of CW direction = 10~50mN•m (102~510gf•cm), CCW direction =5~15mN•m (50~150gf•cm), and that the brake torque in the CW direction is at least twice as high as that in the CCW direction.

Checking the brake torque at the take-up side

Figure 1-25.

· Remove the cassette housing control assembly.
Make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor. Now turn on the power.

Setting

1. Set a torque gauge to zero on the scale. Place it on the take-up reel disk.
2. Switch from the FF mode to the STOP mode.
3. Disconnect the AC power plug.

Checking

Slowly rotate the torque gauge in the clockwise (CW) direction and counterclockwise (CCW) direction of the take-up brake so that the reel disk and the indicator of the torque gauge rotate at an equal rate. Check that the values are within the range of CCW direction= 10~50mN•m (102~510gf•cm), CW direction = 5~15mN•m (50~150gf•cm), and that the brake torque in the CCW direction is at least twice as high as that in the CW direction.

• Adjustment of the brake torque at the supply side and the take-up side

1. If the supply or take-up brake torque is outside the range, clean the supply or take-up reel disk break lever pad, then recheck the torque.
2. If the supply or take-up brake torque is still outside the range, replace the main brake ass'y or the main brake spring.

Note:

When the main brake is replaced, perform the height checking and adjustment of reel disks (see page 22), and the brake torque checking.

Page 29

REPLACEMENT OF A/C (Audio/Control) HFΔD

1. Remove the cassette housing control assembly.
2. Place the unit in the unloading mode, and unplug the power cord

Removal

1. Loosen the tilt adjusting screw 1.
2. Remove the azimuth adjusting screw (2).
3. Remove the A/C head screw (3)
4 Unsolder the A/C head PWB soldered to the A/C head assembly.

Notes:

1. After replacement, be sure to perform the adjustment of the tape drive train (see page 33). Under any circumstances, avoid touching the head. Clean the head, if touched with your finger, with alcohol.
2. Take care that the azimuth spring does not fly off when removing the A/C head screw.

Figure 1-26.

Replacement

1. Solder the removed A/C head PWB onto a new A/C head assembly
2. The A/C head assembly is attached so that the A/C head arm and A/C head plate are roughly parallel to each other

A/C head arm

A/C head plate

A/C head height

adjusting nut

A/C head

Roughly parallel

C head

(b) Figure 1-29

Figure 1-27.

Page 30

[A/C head height rough adjustment]

Setting

Figure 1-31.

(1) Roughly adjust the height of the A/C head by turning the A/C head adjusting hexagon nut with the specialized box driver until the tape is in the position shown below.
② Set the cassette tape to the mechanism chassis.
③ Press the PLAY button to the put the unit in the playback mode.
Adjustment

Adjust the nut visually so that the control head is visible 0.3 to 0.5mm below the bottom of the tape.

HEIGHT ADJUSTMENT OF REVERSE GUIDE

[Height adjustment of reverse guide]

1. Remove open lever (Figure 1-34. (a))
2. In the tape load mode, make adjustment at the 13.38mm side first and then rotate the height adjusting nut by 1/6 turn counterclockwise.
3. Actually load the unit with a tape, put it in the play mode, and make sure the tape is free from wrinkles near the reverse quide.
4. Use a commercially available box driver to turn the

Page 31

ADJUSTMENT OF TAPE DRIVE TRAIN

1. Remove the cassette housing control assembly.
2. Make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor. Now turn on the power.
3. Check and adjust the position of the tension pole. (See page 26.)
4. Check and adjust the video search rewind back tension. (See page 25.)
5. Set the tilt angle of the A/C head. (See page 29.)
6. Rough adjustment of tape drive train.
- a) Connect the oscilloscope to the test point for PB CHROMA envelope output (TP2203). Set the synchronism of the oscilloscope to EXT. The PB CHROMA signal is to be triggered by the head switching pulse (TP2204).
- b) Loosen the setscrew at the lower part of the guide roller, and adjust it with an adjusting screw driver (JIGDRIVERH-4) so that the guide roller turns smoothly. (Do not overloosen the setscrew, which causes insecurity of the guide roller.) (See Figure 1-35.)
- c) Set the alignment tape (monoscope pattern) on the reel disk, and place the unit in the playback mode. (Place a 500 g weight on the cassette tape to prevent floating of the cassette tape.)

Figure 1-35.

d) In the X value adjustment mode (see the Electrical Adjustment), change the envelope waveform from MAX to MIN, and MIN to MAX by pushing the (+) or (-) tracking button, and check a flat response is obtained on the waveform.

Figure 1-36.

e) If a flat response cannot be obtained, roughly adjust the guide rollers on the supply side and takeup side using an adjusting screw driver until a flat response can be obtained.
f) Turn the A/C head tilt adjusting screw with a screwdriver to prevent the tape from wrinkling at the upper and lower flanges of the fixed guide.
- 1) Wrinkles at the upper flange : Turn the above adjusting screw clockwise, as shown in Figure 1-37 (a).
- 2) Wrinkles at the lower flange : Turn the above adjusting screw counterclockwise, as shown in Figure 1-37 (b).

Wrinkles at lower flange

Counterclockwise

(b) Figure 1-37.

Notes:

1. Place the tracking control in the center position, and adjust the X-position adjusting nut so that the PB CHROMA envelope becomes maximum for easier rough adjustment of the tape drive train.
2. In the rough adjustment, pay particular attention to the outlet side.

Page 32

Head switching pulse (TP2204)

Figure 1-40.

7. Adjustment of A/C head height and azimuth
- a) Connect an oscilloscope to the audio output terminal.
- b) Use the alignment tape and play back its audio 6 kHz signal (monoscope pattern for video signal). Adjust the azimuth adjusting screw to obtain the maximum audio output on an oscilloscope. (See Figure 1-41.)
- c) Use the alignment tape and play back its audio 1 kHz signal (colour bar for video signal) and slowly rotate the A/C head height adjusting nut with the special box driver to obtain the maximum audio output.
- d) Perform the adjustment in b) again.
- e) After this adjustment, apply glyptal to the screws and nuts to fix them.

8. Adjustment of tape (VROUBZFS) drive train and X-Position.
- a) Connect the oscilloscope to the test points (TP2203) for PB CHROMA envelope output. Set the synchronism of the oscilloscope to EXT. The PB CHROMA signal is to be triggered by the head switching pulse (TP2204).
- b) Play back the tape drive train alignment tape.
- c) Push the (+) or (-) button to change the envelope waveform from MAX to MIN, and MIN to MAX. Adjust the guide roller's height on the supply and take-up sides with an adjusting screw driver, to obtain an envelope waveform that is as flat as possible.
- d) If the tape is above or below the helical lead, the PB CHROMA waveform will take the shape shown in Figure 1-43.
- e) Adjust for maximum flatness of the envelope as the step 6, e) in page 31.

	When the tape is ab	ove the helical lead.	When the tape is be	elow the helical lead.
	Supply side	Take-up side	Supply side	Take-up side


Adjustment	Supply side guide roller rotated in clockwise direction (lowers guide roller) to flatten enve- lope.	Take-up side guide roller rotated in clockwise direction (lowers guide roller) to flatten enve- lope.	Supply side guide roller rotated in counterclock- wise direction (raises guide roller) to make the tape float above the helical lead. The supply side guide roller is then rotated in the clockwise direction to flatten the envelope.	Take-up side guide roller rotated in counterclock- wise direction (raises guide roller) to make the tape float above the helical lead. The take-up side guide roller is then rotated in the clockwise direction to flatten the envelope.

Figure 1-43.

Page 33

f) Push the (+) or (-) tracking button to check that a flat response is obtained on the envelope waveform.
g) Secure the guide roller by tightening the guide roller setscrew in the unloading mode.
h) Play back the tape drive train alignment tape to check that the envelope waveform does not change.
9. Adjustment of A/C head X-position.
- a) In the X value adjustment mode (see the Electrical Adjustment), make a short-circuit between TP8804 and TP8805, both located at the center on your side on the main PWB, with a 22 ohm resistor to center the tracking.
- b) Rotate the X-position adjusting nut with an adjusting box driver, and adjust the A/C head position for maximum head switching pulse low side envelope.
- c) Adjust the playback switching point.
- d) Check the flatness of the envelope waveform and sound by playing back a recorded tape.

REPLACEMENT OF THE CAPSTAN D.D. (DIRECT DRIVE) MOTOR

Remove the cassette housing control assembly.
Removal (Follow the order of indicated numbers.)
1. Disconnect from the board-to-board connector on the main PWB.
2. Remove the reel belt 1).
3. Remove the screws 2.

Figure 1-45.

Reassembly
1. Mount the capstan motor on the mechanism chassis making sure not to allow the capstan shaft to hit the mechanism chassis, and attach it with the three screws.
2. Attach the reel belt. Reconnect to the board-to board connector on the VCR PWB.

Notes:

1. After installing the capstan D.D. motor, be sure to rotate the capstan D.D. motor and check the movement.
2. Check the servo circuit.

REPLACEMENT OF DRUM D.D MOTOR

1. Put the unit in the cassette eject position.
2. Unplug the power cord.
Removal (Reverse the order in reassembly.)
1. Disconnect the FFC cable ①.
2. Unscrew the stator assembly fixing screws (2).
3. Take out the stator assembly 3.
4. Unscrew the rotor assembly fixing screws ④.
5. Take out the rotor assembly (5).

Notes:

1. In removing the stator assembly, part of the drum earth spring pops out of the pre-load collar. Be careful not to lose it.
Secure the rotor assembly so that the installation positioning holes in the rotor assembly and upper drum assembly match.
- (Match the upper drum's notch with the rotor's hole.)
3. Be careful not to damage the upper drum or the video head.
4. Be sure that the hall device and the stator assembly are not damaged by the rotor assembly or other parts.
5. After installation, adjust the playback switching point.

Figure 1-46.

Page 34

ASSEMBLE THE MECHANISM'S PARTS REQUIRING THE PHASE MATCHING IN THE STEPS BELOW.

1. Assembling the pinch roller assembly and the pinch drive cam (on the front of the mechanism chassis).
2. Mounting the shifter (on the back of the mechanism chassis).
3. Mounting the master cam (on the back of the mechanism chassis).
4. Mounting the connection gear, slow brake and loading motor assemblies (on the back of the mechanism chassis).
1. Assembling the pinch roller assembly and the pinch drive cam (on the front of the mechanism chassis).
Place the following parts in position in numerical order. (1) Pinch drive cam (1)
(2) Pinch roller and pinch double-action lever (2)
(3) Open lever ③

Figure 1-47.

① Insert Pinch Drive Cam.

Figure 1-48-1.

Page 35

(2) Insert Pinch Roller/Pinch Double Action Lever Ass'y. (3) Insert Open Lever.

Phase Matching Point 2

Pinch Roller Pinch Double Action Lever Ass'y

Figure 1-48-2.

Figure 1-48-3.

Page 36

D.D. Motor

2. Mounting the shifter (on the back of the mechanism chassis).

1. Make sure that the loading gear is at the point ① as shown below.
2. Place the shifter in position, keeping in mind the ⑦ insertion points and the five relief points.
3. For the phase matching at the insertion point ①, see the point ② as shown below.
4. Finally fix the shifter with two washers located on insert points ① and ⑥.

Figure 1-50.

Page 37

3. Mounting the master cam (on the back of the mechanism chassis).

(1) Make sure beforehand that the shifter is at the point as shown below.
(2) Place the master cam in the position as shown below.

E ring (XRESJ40-06000)

Note:

See the figure below for the phase matching between the master cam and the cassette control drive gear. (3) Finally fix the master cam with E ring.

Figure 1-51.

Page 38

4. Mounting the connection gear, slow brake and loading motor assemblies (on the back of the mechanism chassis).

(1) Assemble the connect gear.
(2) Assemble the slow brake.
(3) Assemble the loading motor unit.

Note:

Let the slow brake leg out of the front of the mechanism chassis. Catch the spring to the take-up fixing guide that is at the left of the A/C head.

Figure 1-52.

Note:

Before setting up the loading motor, make sure the phase is matched. To do so, turn the connection gear clockwise and check to see if the loading is complete and if the pinch roller comes into contact.

When these actions are made smoothly, return the mechanism to the state as shown above. Finally mount the loading motor unit.

Page 39

REPLACEMENT OF LOADING MOTOR

Removal

Remove 2 screws.

Figure 1-54.
② Adjust the worm gear's thrust gap to 0.05 to 0.3 mm. Use the specific washers for an appropriate thickness.

Press-fit the loading motor pulley with a force of less than 98N (10 kgf). Be sure that the pulley is 13.0 ± 0.1 mm away from the motor.

Figure 1-53.

Replacement

(1) Take out the old loading motor. Place a replacement loading motor as shown above (Figure 1-53.).

Page 40

ASSEMBLY OF CASSETTE HOUSING

Phase Matching Point

Fix the drive angle ass'y to the drive gear Ras shown in the figure.

Figure 1-56.

Page 41

Figure 1-57.

such a case, the phase needs rematching. Align the drive gear's round hole with the synchro gear's triangular ( ( ) symbol. Do this alignment for both the drive gears.

(2) Synchro Gear, Drive Gear L and Drive Gear R Note:

Do not over-turn both of the drive gears when the phase has been matched. These gears are partially toothless and might come out of mesh with the synchro gear. In

Page 42

ADJUSTMENT OF THE VCR ELECTRICAL CIRCUITRY

Notes:

• Before the adjustment:

Electrical adjustments discussed here are often required after replacement of electronic components and mechanical parts such as video heads.

Check that the mechanism and all electric components are in good working condition prior to the adjustments, otherwise adjustments can not be completed.

• Instruments required:

O Dual-trace oscilloscope
© AC milli-voltmeter
© Frequency counter

Blank video cassette tape

Screwdriver for adjustment Colour bar generator Colour bar generator
O Alignment tape (VROCPSV)
Adjustment of the VCR should be done in the TV/VCR combinated style.

SERVO CIRCUIT ADJUSTMENT

Adjustment of head switching point

Measuring instrument	Dual-trace oscilloscope
Mode	Playback
Cassette	Alignment tape (VROCPSV)
Test point	TP2208 (Video out) to CH1 TP2204 (Trigger) to CH2
Control	R7701 head switching point adjustment control
Specification	6.5 ± 0.5 H (lines)

Put the set in the STAND BY mode. Then insert the alignment cassette tape (VROCPSV) while the CH ▲ button on the front pannel is being pressed down more than 3 seconds. (The CH ▲ button must be pressed down till the POWER indicator changes from red to green.) After this procedure, the set becomes in the

SERVICE mode, and the alignment tape is played back automatically.

2. Press the PROG button on the remote control to set the tracking to center. "TEST" is displayed on the screen, it means tracking is in center in the playback mode. (See Note below)
3. Connect a dual trace oscilloscope to the test points TP2208 (Video out) and TP2204. (Trigger the oscilloscope with the head switching pulse on TP2204.)
4. Adjust R7701 so that the leading edge of the head switching pulse is 6.5H (lines) ahead of the vertical sync as shown in Figure 2-1.

Note:

To make this adjustment, disable the AUTO TRACKING function.

The AUTO TRACKING function is disabled in the following cases.

(In the playback mode only.)
When the PROG button is pressed after the tape is played back in the SERVICE mode. (The display "TEST" appears on the TV screen.)
When the tape is played back, after the cassette housing control ass'y is removed and the AC cord is plugged in with making TP8804 and TP8805 (NON-CAS JUMPER) short circuited. (Mechanism operating mode, in this case the SERVICE mode is not needed.)

Page 43

Test points layout of VCR Main Unit.

Figure 2-2.

Adjustment of LP still picture vertical sync

Measuring instrument	Monitor TV
Mode	Still picture playback
Input signal	PAL self-recording tape
Test point	Monitor screen
Adjusting point	CH ▲/▼ (TR ⊕/⊖) buttons.
Specification	No Vertical jitter.

1. Play back the self-recorded tape in the still mode.
Using the CH ▲/▼ (TR ⊕/⊖) buttons on the remote control, make adjustment so that jitter becomes minimum.
3. Now press the STOP button to stop the tape.

Note:

Datas of the vertical adjustments are memorized to the E²P-ROM IC on the TV main PWB when the slow tracking preset modes are stopped.

Page 44

AUDIO CIRCUIT

Checking of audio play-back level


Measuring instrument	AC milli-voltmeter or Oscilloscope
Mode	Playback
Input signal	Alignment tape.(VROCPSV) (1kHz level adjusting signal.)
Test point	Audio Out (pin (11) of El connector)
Specification	-9 ± 2dBs (0.6~1.0∨p-p)

1. Playback the Alignment tape. (VROCPSV 1kHz level adjusting signal)
2. Connect an AC milli-voltmeter to the Audio Out (pin (11) of El connector).
3. Make sure that the output level is 9 ± 2dBs.

Checking of audio record level


Measuring instrument	AC milli-voltmeter or Oscilloscope
Mode	Record/Playback
Input signal	1kHz, -8dBs (0.87Vp-p)
Test point	Audio Out (pin (11) of El connector)
Specification	- 8 ± 2dBs (0.7~1.1∨p-p)

1. Connect an AC milli-voltmeter to the Audio Out (pin (11) of El connector).
2. Feed the audio signal shown in table to the AUDIO IN jack and put the unit A/V input mode.
3. Make the self-recording and playback of the sianal.
4. Make sure that the Audio Out level is as specified. If it is out of specified value verify the bias current ("Advus Tment of audio bias current" below).

Adjustment of audio bias current


Measuring instrument	AC milli-voltmeter or Oscilloscope
Mode	Record
Input signal	Not required
Test point	TP6601(+)~TP6602(-)
Control	R6623
Specification	2.6 ± 0.1mVrms (7.6 ± 0.3mVp-p)

1. Connect an AC milli-voltmeter to test points TP6601(+) and TP6602(-). (Use TP6602 for ground lead.)
2. Set the unit in recording mode.
3. Adjust R6623 so that the signal level is 2.6mVrms.

Checking of erase voltage and oscillation frequency

Measuring instrument	Oscilloscope
Mode	Record
Test point	Full erase head
Control	T 66 01
Specification	70 ± 5kHz, 40Vp-p or greater

1. Put the unit in record mode.
2. Connect an oscilloscope across the full erase head
3. Make sure the erase voltage across the full erase head is approx. 40Vp-p or more and frequency is 70 ± 5kHz.

Figure 2-3.

Page 45

Page 46

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Page 48

Check or replace IC8801.

IS H. SW. pulse at pin (13) of IC8801?

ΥES

Check pin (62) of IC8801.

Page 49

FLOW CHART NO. 1-11

Page 50

Page 51

Page 52

Page 53

Page 54

TROUBLESHOOTING OF TV SECTION FLOW CHART NO. 2-2 FLOW CHART NO.2 Check key lines to input of IC1001. GND lines. Check key input terminals. Check the switch contact. Check IC1001 (iX2604CE) and switches for poor soldering. Replace the infrared remote control as required. Reposition the set not to be exposed to strong light. Check pin (5) of 1C1001. receiver. Check the 5V and 0 INFRARED R/C TROUBLESHOOTING Key-in input for VCR is not received. No operation is possible from the infrared remote control. KEY-IN TROUBLESHOOTING 0 N 0N Q QN 0N N oz Q Ŷ Is "L" pulse given out of pin (1) of the receiver and received at pin of 01 (2001, when the infrared remote control is activated? Check IC1001, and signal line of serial datas, serial clock and ready (L) -Is the key switch in good contact ? Check IC1001, IC8801 and signal line of serial datas, serial clock and ready (L). Are signals received at pins (1),(2) and (16) IC1001 when the key is Does the infrared remote control function ? Is fluorescent lighting enough away from the set ? Is there short-circuit in the key input or IC1001 ? is there short-circuit in the key input? Is 5V applied at pin (2) of the remote control receiver ? VES ΥES YES YES J YES VES VES activated ? Check IC701 and adjacent parts. YES Is 600 V DC applied to line between (1) and (2) of IC701 ? Check R702, R703 and IC701. AC cord broken. Pins (2) and (18) of T701 open. ò ł õ Q Q on TV TROUBLESHOOTING TABLE Is AC cord connected ? Is 16 V DC applied to pin (5) of IC701 ? Does pulse waveform exist at line between (1) and (2) of IC701 ? Check secondary circuits of D751~D755, L751, FB751~FB754. ls AC applied to line between (1) and (3) of A-connector ? Is 350 V DC applied to YES VES C707 ? NO IS Check D701 thru D704, line between (1) and (2) of IC701,L702 and L703. ΥES is F701 blown ? Check D701 thru D704,L702 and L703. ŀş

Page 55

Page 56

Page 57

Page 58

Page 59

37VT-12H 37VT-12H

Page 60

37VT-12H 37VT-12H

Page 61

DESCRIPTION OF TV SECTION SCHEMATIC DIAGRAM

SAFETY NOTE:

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

IMPORTANT SAFETY NOTICE:

BE SURE TO USE GENUINE PARTS FOR SECURING THE SAFETY AND RELIABILITY OF THE SET.

PARTS MARKED WITH "A" ( ) 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 TRANSFORMER BETWEEN TV RECEIVER AC LINE TO ELIMINATE HAZARD OF ELECTRIC SHOCK.

CAUTION:

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

NOTES:

1. The unit of resistance "ohm" is omitted.
(K = 1000 ohms, M = 1Meg ohm).
2. All resistors are 1/8 watt, unless otherwise noted.
The unit of capacitance "F" is omitted. (µ = µF, P = µµF).
4. The values in parentheses are the ones in the PB mode; the values without parentheses are the ones in the REC mode.

VOLTAGE MEASUREMENT CONDITIONS:

1. DC voltages are measured between points indicated and chassis ground by VTVM, with AC 220~240V, 50Hz supplied to unit and all controls are set to normal viewing picture unless otherwise noted.
Voltages are measured with 10000μV B&W or colour signal.

WAVEFORM MEASUREMENT CONDI-TIONS:

10000μV, 87.5% modulated colour bar signal is fed into tuner.

SOLID STATE DEVICE BASE DIAGRAM

Page 62

Page 63

37VT-12H 37VT-12H

Page 64

Page 65

CHASSIS LAYOUT OF VCR SECTION

PWB-E

Page 66

BLOCK DIAGRAM OF VCR SECTION

Page 67

37VT-12H 37VT-12H

Page 68

37VT-12H 37VT-12H

Page 69

BLOCK DIAGRAM OF VCR SECTION

SYSTEM SELECT BLOCK DIAGRAM

Page 70

BLOCK DIAGRAM OF VCR SECTION

Page 71

DESCRIPTION OF VCR SECTION SCHEMATIC DIAGRAM

IMPORTANT SAFETY NOTICE: BE SURE TO USE GENUINE PARTS FOR SECURING THE SAFETY AND RELIABILITY OF THE SET. PARTS MARKED WITH "A " AND PARTS SHADED (IN BLACK) ARE ESPECIALLY IMPORTANT FOR MAINTAINING THE SAFETY AND PROTECTING ABILITY OF THE SET. BE SURE TO REPLACE THEM WITH PARTS OF SPECIFIED PART NUMBER.

SAFETY NOTES:

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

NOTES:

The unit of resistance "ohm" is omitted (K = 1000 ohm, M = 1 Meg ohm).
All resistors are 1 / 16 watt, unless otherwise noted.
3. The unit of capacitance "F" is omitted (µ = µF, p = µµF).
The values in parentheses are the ones in the PB mode; the values without parentheses are the ones in the REC mode.

VOLTAGE MEASUREMENT CONDITIONS:

1. DC voltages are measured between points indicated and chassis ground by VTVM, with AC220~240V, 50Hz supplied to unit and all controls are set to normal viewing picture unless otherwise noted.
2. Voltages are measured with 10000µV B & W or colour signal.

WAVEFORM MEASUREMENT CONDITIONS:

10000μV 87.5 percent modulated colour bar signal is fed into tuner.

CAUTION:

This circuit diagram is original one. Therefore there may be a slight difference from yours.

		Y/C C	Y/C - †+	Y/C	Y/C	Y/C
V: 10Vp-p Pin (29)of IC2201 REC/EE	V: 2.2Vp-p Pin (27)of IC2201 REC/EE	V: 500mVp-p Pin (38)of 102201 REC/EE/PB	V: 600mVp-p Pin (2)of 102201 REC/EE	- IH -+ V: 10Vp-p Pin (53)of IC2201 PB	↓ IV → V: 700mVp-p PIn (51)ofIC2201 PB	H: 4.43MHz V: 18Vp-p Pin (10)of IC2201
ГY/С Г је-ти	Y/C	H/A \|		SYSTEM CONTROLLER SERVO
V: 4.8Vp-p Pin (25)of IC2201 COMPOSITE SYNC.	V: 300mVp-p TF2203 FB CHROMA	V: 250mVp−p Pin (18) ofIC3301 REC	V: 4.2Vp-p Headewitching pulse Pin (16) of IC3301 REC/PB	V: 5.0Vp-p pin (39)ofic8801 REC/PB CLOCK	V: 4.2Vp-p pin (86)of IC8801 REC/P8 DRUM PG	H: 600Hz V: 4.4Vp-p pln (67)of1C6801 REC/PB DRUM FG
	SERVO	SERVO
H: 760Hz (SP) V: 2.5Vp-p pin (68)of IC8801 REC/PB CAPSTAN FG	4-2V	V: 4.8Vp-p pin (93)of IC8801 EE (REO) V-SYNO	H: 70 ± 5kHz V: 2,6mVms TP6601 (+) TP6602 (-) REC	H: 1kHz V: 15Vp-p Pin (9)of connector-EI REC/EE/PB	H: 1KHZ V: 13Vp-p Pin (110f oonneotor-EI REC/EE/PB	H: 70 ± 5KHZ V: 70Vp-p Pin (2)of connector-EF REC

WAVEFORMS

Page 72

37VT-12H 37VT-12H

Page 73

37VT-12H 37VT-12H

Page 74

PRINTED WIRING BOARD ASSEMBLIES

TV SECTION

Page 75

Page 76

Page 77

Page 78

PARTS LIST

PARTS REPLACEMENT

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

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

"HOW TO ORDER REPLACEMENT PARTS"

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

1. MODEL NUMBER	2. REF. NO.
3. PART NO.	4. DESCRIPTION
5. CODE	6. QUANTITY

MARK *: SPARE PARTS-DELIVERY SECTION

Ref. No.	Part No.	*	Description	Code

PICTURE TUBE

🛦 V801	VB370BVBK1U-S	R	CRT, 37 cm (14")	ΒХ
▲ DY601	RCiLH0057PEZZ	R	Deflection Yoke	BB
∆ L799	RCiLG0048PEZZ	R	Degaussing Coil	AL

PRINTED WIRING BOARD ASSEMBLIES (NOT REPLACEMENT ITEM)

TV Section

PWB-A	DUNTK8946WEV1	•	Main Unit	-
PWB-B	DUNTK8732WEV3	_	Power Unit	-
PWB-C	DUNTK8733WEV3	_	CRT Socket Unit	-
PWB-D	DUNTK8738WEV0	-	Power Switch, R/C Unit	-
PWB-F	DUNTK8735WEV3	_	VCR-Key Unit	-

VCR Section

PWB-E DUNTK5167TEV	V4 – VCR Unit

Ref. No. Part No.	*	Description	Code

PWB-A DUNTK8946WEV1 MAIN UNIT

NOTE: THE PARTS HERE SHOWN ARE SUPPLIED AS AN ASSEMBLY BUT NOT INDEPENDENTLY

쇼 TU201 VTUOF4EK-724/	R Tuner, UHF	BC
UNT201 RiFU-0639GEZZ	R IF-Pack Unit	BM

INTEGRATED CIRCUITS


	1C301	VHiTA7348P/-1	R	TA7348P	AK
	IC302	VHi T A7348P/-1	R	TA7348P	AK
	IC401	VHiTA7348P/-1	R	TA7348P	AK
	IC402	VHiTA7348P/-1	R	TA7348P	AK
	IC351	VHiTDA7056A-1	R	TDA7056A	AP
	IC501	RH-iX1163BMZZ	S	TDA8170	AP
	IC752	VHiTA7805S/-1	R	TA7805S	AD
	IC754	VHiTA7805S/-1	R	TA7805S	AD
	IC753	VHiUZT33///-1	R	Į.C.	AC
	IC801	RH-iX1566BMZZ	S	XC44002P	BC
	IC802	RH-iX1495BMZZ	S	MC44140	AR
	IC803	VHiBA7655A/-1	R	BA7655A	AG
	IC1001	RH-iX2604CEZZ	R	I.C.	BQ
	IC1002	RH-iX2448CEN1	R	ST24C02B6	AN
	IC1003	VHiPST529D2-1	R	IC-PST529D-2	AD
		TRAI	NSI	STORS
	Q204	VS2SK304CD/-1	R	2SK304CD	AC
	Q301	VS2SC3198-G-1	R	2SC3198-G	AA
	Q302	VS2SC3198-G-1	R	2SC3198-G	AA
	Q303	VS2SC3198-G-1	R	2SC3198-G	AA
	Q305	VSDTC144ES/-1	R	DTC144ES	AB
	Q306	VS2SC3198-G-1	R	2SC3198-G	AA
	Q307	VS2SC3198-G-1	R	2SC3198-G	AA
	Q401	VS2SC3198-G-1	R	2SC3198-G	AA
	Q402	VS2SC3198-G-1	R	2SC3198-G	AA
	Q403	VS2SA1266-Y-1	R	2SA1266-Y	AA
	Q404	VS2SC3198-G-1	R	2SC3198-G	AA
	Q405	VS2SC3198-G-1	R	2SC3198-G	AA
	Q501	VS2SC3198-G-1	R	2SC3198-G	AA
	Q502	VS2SC3198-G-1	R	2SC3198-G	AA
	Q503	VS2SC3198-G-1	R	2SC3198-G	AA
≙	Q601	VS2SD1877//1E	R	2SD1877	AL
	Q602	VS2SC2271E/-1	R	2SC2271E	AD
	Q603	VS2SC3198-G-1	R	2SC3198-G	AA
	Q604	VS2SA1266-Y-1	R	2SA1266-Y	AA
	Q607	VS2SC3198-G-1	R	2SC3198-G	AA
	Q754	VS2SD1944K/-1	R	2SD1944K	AE
	Q755	VS2SA1266-Y-1	R	2SA1266-Y	AA
	Q756	VS2SD1944K/-1	R	2SD1944K	AE
	Q757	VS2SA1271-Y-1	R	2SA1271-Y	AB
	Q758	VS2SD1944K/-1	R	2SD1944K	AE
	Q759	VS2SA988///1E	R	2SA988	AB
	Q760	VS2SC3198-G-1	R	2SC3198-G	ΑΑ
	Q801	VS2SC3198-G-1	R	2SC3198-G	AA
	Q802	VS2SC3198-G-1	R	2SC3198-G	AA
	Q803	VS2SC3198-G-1	R	2SC3198-G	AA

Page 79

Ref. No.	Part No.	*	Description	Code		Ref. No	. Part No.	★	Descript	ion	Code
PWF		K	8946WEV1			D782	RH-EX0333CEZZ	B	Zener Diode
		- E N.				D783	VHD1SS119//1E	B	Diode 1SS119
		UN	II (Continued)			D785	BH-EX0340CEZZ	R	Zener Diode
Q1001	VS2SC383-WT-1	R	2SC383	AE		D789	VHD1SS119//1E	R	Diode 1SS119
Q1002	VS2SC3198-G-1	R	2SC3198-G	AA		D801	VHD1SS119//1E	R	Diode 199119		~~
Q1003	VS2SC3198-G-1	R	2SC3198-G	AA		D805	BH-EX0303CE77	R	Zener Diode		~~
Q1004	VS2SA1266-Y-1	R	2SA1266-Y	AA		D806	BH-EX0303CEZZ	R	Zener Diode		~~
						D807	BH-EX0303CEZZ	B	Zener Diode
	0		DES			D808	BH-EX0303CEZZ	P	Zener Diode		AA -
D201	RH-EX0400CEZZ	R	Zener Diode	AC		0000	VHD199110//1E		Diodo 199110
D202	VHD1SS119//1E	R	Diode 1SS119	AA		D1001	VHD199119//1E		Diode 199119		AA
D203	RH-EX0309CEZZ	R	Zener Diode	AA		D1002	VHD1SS110//1E	P	Diode 199119
D401	RH-EX0168GEZZ	B	Zener Diode	AA		D1002	VHD199110//1E		Diode 133119
D401	RH-EX0327CEZZ	Ŕ	Zener Diode			D1003	VHD199110//1E	D	Diode 133119		AA
D402	BH-EX0168GEZZ	В	Zener Diode	ΔΔ		D1004	VHD199110//1E	- n - 0	Diode 133119		AA
D402	RH-EX0327CEZZ	R	Zener Diode			D1005	VHD199119//12	n D	Diode 155119		AA
D403	BH-EX0147CEZZ	R	Zener Diode	AC		D1007		- n - n	Diode 155119		AA
D404	RH-EX0147CEZZ	R	Zener Diode	AC		D1007			Diode 155119		AA
D405	BH-EX0147CE77	B	Zener Diode			D1000	VHD100110//1E	п	Diode ISSI19		AA
D406	BH-EX0147CEZZ	8	Zener Diode	AC		D1009		п р	Diode (SS119		AA
D407	BH-EX0297CE77	R	Zener Diode	ΔΔ		D1010			Diode 155119		AA
D408	BH-EX0297CEZZ	B	Zener Diode	ΔΔ		D1012		п	Diode 155119		AA
D501	BH-DX0127CE77	R	Diode			DIOIS			Diode 155119		AA •••
D502	BH-DX0055TAZZ	В	Diode			D1014			Diode (SS119		AA
D503	VHD1SS119//1E	R	Diode 1SS119			D1015		n D	Diode 155119		AA
D505	VHD1SS119//1E	B	Diode 1SS119	ΔΔ		D1010	VHD193119//1E		Diode 155119		AA
_ 506	VHD1SS119//1E	R	Diode 188119	ΔΔ		D1017		м	Zanan Diada		AA
D507	BH-EX0297CE77	R	Zener Diode	ΔΔ		D1019		п	Zener Diode		AA
D508	BH-EX0701GEZZ	R	Zener Diode	۸R		01020	AUD122118//15	н	Diode 155119		AA
D509	BH-EX0701GE77	R	Zener Diode				PACKAG	En	CIRCUITE
D511	BH-EX0701GEZZ	R	Zener Diode			VPO1	PODED0000CEZZ
D512	BH-EX0701GEZZ	R	Zener Diode	۸B		X1001		п	Crystal		AN
D601	BH-DX0279CEZZ	В	Diode	AB		X1001	NUN3DU023UEZZ	'n	Crystar		AG
D602	BH-DX0073CEZZ	В	Diode						NSEODMED	e
D603	BH-DX0279CEZZ	R	Diode	AB		CE1001				5
D604	VHD1SS119//1E	R	Diode 1SS119			1303		л D	Deramic miller		AE
D605	VHD1SS119//1E	R	Diode 1SS119	AA		1 304	VP-DE3B3K0000	n D
D606	RH-DX0302CEZZ	R	Diode	AC		1305	VP-DE3B3K0000	n D
D607	RH-EX0340CEZZ	R	Zener Diode	AB		1306	VP-DE3B3K0000	D
D608	VHD1SS119//1E	R	Diode 1SS119			1 251	VP-CE2D2K0000
D609	VHD1SS119//1E	R	Diode 1SS119			1352		n D	Peaking 3.3µH
D611	VHD1SS119//1E	R	Diode 1SS119	A A		1353	VP-CE3P3K0000	n D	Peaking 3.3µH
D612	VHD1SS119//1E	R	Diode 1SS119	AA		L401	VP-DE3D3K0000	n D	Peaking 3.3µH
D613	VHD1SS119//1E	R	Diode 1SS119			1402		п	Peaking 3.5µH
D764	RH-EX0326CEZZ	R	Zener Diode	AA		1403		n D	Poaking 2 201
D765	VHD1SS119//1E	R	Diode 1SS119	ΔΔ		1601		n D		a site e
D766	VHD1SS119//1E	в	Diode 1SS119	ΔΔ		1602		n n	Coil, Honz. Linea	any
D767	VHD1SS119//1E	В	Diode 1SS119	ΔΔ		1602			Coll Desking 1 Full
D769	BH-EX0316CEZZ	B	Zener Diode			1 1001		п	Peaking 1.5µH
D770	VHD1SS119//1E	B	Diode 1SS119	ΔΔ	۸	T601		ri P	Fearing 12µH
D771	RH-EX0312CE77	R	Zener Diode	ΔΔ	ш	T602		п р	H Drive Trees	гот)
D772	VHD1SS119//1F	R	Diode 1SS119	ΔA		1002	TIME TO THE CELL	н	n-Drive Trans.		AE
D773	VHD1SS119//1E	P	Diode 188119	Δ Δ			CAD	1	TOPO
0774	BH-FX02900F77	P	Zener Diode	**		C201
D775	VHD1SS119//1F	R	Dinde 199119	ΛΛ		C201		н	0.01 500 Ce	eramic	AA
D776	VHD1$S119//1F	P	Diode 188119	ΔA Δ Δ		C202		К	0.1 50V M	yiar ootrolusi-	88 80
2110				~~		U204	VUEAGATHW4/5M	н	4.7 50V El	ectrolytic	AB

Page 80

Ref. N	o. Pa	nt No.		*	Des	cription	Code	Ref. No	о.	Part No.	,	ł	Desc	ription	Code
PW	B-A	DUN	ГК	(894)	5WI	FV1		C420		VCCSPA1HI 390 I	ſ		501	Commin
		MAIN	111			inued)		C421		VCEAGA1HW106M	1 F	1 350 7 10	500	Ceramic Electrolutio	AA
						inuea)		C422		VCEAGA1HW225M	1 F	3 2 2	50V	Electrolytic
C206	VCEAC	A1HW104	M	R 0.1	50\	/ Electrolytic	AA	У C423		VCQYTA1HM104J	F	3 0.1	50V	Mylar
C207	VCKYF	A1HF103Z	I	R 0.01	50\	/ Ceramic	AA	C424		VCEAGA1HW105N	1 F	3 1	50V	Electrolytic
C208	VCEAG	A1CW477	M	R 470	16\	/ Electrolytic	AC	C425		VCKYPA1HF103Z	F	R 0.01	50V	Ceramic
C209	VCKYF	A1HF103Z	ļ	R 0.01	50\	/ Ceramic	AA	C426		VCQYTA1HM104J	F	₹ 0.1	50V	Mvlar	ΔΔ
C210	VCEAC	iA1HW104I	M I	R 0.1	50\	/ Electrolytic	AA	C427		VCQYTA1HM104J	F	0.1	50V	Mvlar	AA
C211	VCKYP	A1HF103Z	ł	R 0.01	50∖	/ Ceramic	AA	C428	1	VCQYTA1HM332J	F	3300p	50V	Mylar	AA
C213	VCKYP	A1HF103Z	ł	R 0.01	50V	Ceramic	AA	C429	,	VCQYTA1HM473J	F	0.047	50V	Mylar	AA
0214	VCQYI	A1HM104J	F	R 0.1	50V	/ Mylar	AA	C430	1	VCCCPA1HH470J	F	47p	50V	Ceramic	AA
C215	VCKYP	A1HF103Z	F	R 0.01	50V	Ceramic	AA	C431	١	VCEAGA0JW477M	P	470	6.3V	Electrolytic	AB
0000	VCEAG	A1HW106N	VI F	R 10	50V	Electrolytic	AC	C432	١	VCCCPA1HH101J	F	100p	50V	Ceramic	AA
0303	VCEAG	A1HW106N	И F	7 10	50V	' Electrolytic	AC	C501	۱	CKYPA2HB102K	F	1000p	500\	/ Ceramic	AA
C305	VCEAG	A1HW106N	А F	10	50V	Electrolytic	AC	C502	١	/CEAGA1VW477M	F	470	35V	Electrolytic	AD
0007	VCEAG	A1HW106N	И F • -	10	50V	' Electrolytic	AC	C503	١	/CKYPA1HB102K	R	1000p	50V	Ceramic	AA
0307	VCEAG	A1HW106N	Л F	10	50V	Electrolytic	AC	C504	١	/CFYFA1HA224J	R	0.22	50V	Mylar	AB
C308	VCEAG	A1HW106N	/ F	10	50V	Electrolytic	AC	C505	١	/CEAGA1VW107M	R	100	35V	Electrolytic	AC
0010	VCEAG	ATHW106N	/ \|-	10	50V	Electrolytic	AC	C506	۱	/CEAGA1HW106M	R	10	50V	Electrolytic	AC
0211	VCEAG	A1HW106N	/ F	10	50V	Electrolytic	AC	C507	١	/CKYPA1HF103Z	R	0.01	50V	Ceramic	AA
0311	VCEAG	A1CW108N	4 F	1000	16V	Electrolytic	AD	C508	1	/CQYTA1HM104J	R	0.1	50V	Mylar	AA
C313			1 -	10	50V	Electrolytic	AC	C509	١	/CEAGA1HW105M	R	1	50V	Electrolytic	AC
C215	VCEAC	ATHB102K	+ • •	1000p	50V	Ceramic	AA	C510	١	/CQYTA1HM472J	R	4700p	50V	Mylar	AB
0315			1 -	10	50V	Electrolytic	AC	C511	٧	CKYPA1HF103Z	R	0.01	50V	Ceramic	AA
C310				10	50V	Electrolytic	AC	C512	٧	CEAGA1VW477M	R	470	35V	Electrolytic	AD
C210			н	1000p	500	Ceramic	AA	C514	۷	CQYTA1HM333J	R	0.033	50V	Mylar	AA
C320			н	1000p	50V	Ceramic	AA	C515	۷	CEAGA1EW108M	R	1000	25V	Electrolytic	AD
C321			н	1000p	500	Ceramic	AA	C516	۷	CEAGA1HW105M	R	1	50V	Electrolytic	AC
C322	VCKYPA		5 0	0.01	500	Ceramic	AA	C517	۷	CQYTA1HM683J	R	0.068	50V	Mylar	AB
C323	VCEAG		ח סו	10.01	501		AA	C518	۷	CKYPA1HB562K	R	5600p	50V	Ceramic	AA
C325			תו ס	10005	501	Electrolytic	AC	C519	V	CKYPA1HB102K	R	1000p	50V	Ceramic	AA
C326	VCEAGA			10000	500	Ceramic	AA	C520	V	CCSPA1HL331J	R	330p	50V	Ceramic	AA
C351	VCFAGA	1HW105M		1	501	Electrolytic	AC	C521	V	CQYTA1HM104J	R	0.1	50V	Mylar	AA
C352	VCOYTA	1HM103.1	R	0.01	50V	Mylor	AC AA	C522	V	CEAGA1CW336M	R	33	16V	Electrolytic	AB
C353	VCEAGA	1CW477M	R	470	161/	Electrolutio		0523	v	CQYTA1HM272J	R	2700p	50V	Mylar	AA
C354	VCKYPA	1HE1037	В	0.01	501/	Coramio	AC AA	0524		CKYPA1HF103Z	R	0.01	50V	Ceramic	AA
C355	VCKYPA	1HB102K	R	10000	50V	Ceramio	AA AA	0000		CFPPD2DB434J	R	0.43	200V	Polypro Film	AE
C356	VCKYPA	1HB102K	R	1000p	50V	Ceramic	~~	0.602	V	CKYPA2HB221K	R	220p	500V	Ceramic	AA
C357	VCEAGA	1HW106M	R	10	50V	Electrolytic	4C		н		н	220p	2kV	Ceramic	AB
C401	VCEAGA	1CW476M	R	47	16V	Electrolytic	AB	24 C605	v		н	6800p	1.6kV	Polypro Film	AE
C402	VCKYPA	1HB102K	R	1000p	50V	Ceramic		C607	v		н	1000p	500V	Ceramic	AA
C403	VCEAGA	1CW476M	R	47	16V	Electrolytic	AR	C609			н	0.082	250V	M. Polyester	AD
C404	VCEAGA	1CW476M	R	47	16V	Electrolytic	AB	C600			н	10.01	50V	Ceramic	AA
C405	VCEAGA	1CW476M	R	47	16V	Electrolytic	AB	C610			н	10	50V	Electrolytic	AC
C406	VCEAGA	1CW476M	R	47	16V	Electrolytic	AB	C611			н п	10	1000	Electrolytic	AC
C407	VCEAGA	1CW476M	R	47	16V	Electrolytic	AB	C612			н	0.1	2007	Mylar	AD
C411	VCEAGA	1CW476M	R	47	16V	Electrolytic	AB	C612	~~~		н	0.01	500	Ceramic	AA
C412	VCKYPA	1HF103Z	R	0.01	50V	Ceramic	AA	C614			п	470	50V	Mylar	AC
C413	VCEAGA	1CW108M	R	1000	16V	Electrolytic		C615	V		п	470	250	Electrolytic	AD
C414	VCEAGA	1CW476M	R	47	16V	Electrolvtic	AB	C616		CEAGA10WATEM	P	1000p		Ceramic Electrolution
C415	VCEAGA	1CW108M	R	1000	16V	Electrolvtic	AD	C617	V		P	+/ 1
C416	VCKYPA	IHF103Z	R	0.01	50V	Ceramic	AA	C618	VC		P	1 0.00	000		AC
C417	VCCCPA	1HH100D	R	10p	50V	Ceramic	AA	C619	vr	CEAGA1CW/78M		0.22 17	161/
C418	VCKYPA	HB102K	R	1000p	50V	Ceramic	AA	C620	v	CKYPA1HR109K		1000a	501/
C419	VCEAGA	JW477M	R	470	6.3V	Electrolytic	AB	C621	ve		n R	1000h	50V 50V	Geramic Mular	**
						,		2021			1	eenoh	JU V	wyrai	~~

Page 81

Ref. No.	Part No.	*	1	Descrij	ption	Code	Ref. No.	Part No.	*		Descri	ption	Code
		K	20/6	WE	//1		C1004	VCCCPA1HH151J	R	150p	50V	Ceramic	AA
					V I		C1005	VCEAGA1AW107M	R	100	10V	Electrolytic	AB
		JN	n (ca	ontin	iuea)		C1006	VCCCPA1HH121J	R	120p	50V	Ceramic	АА
C622	VCQYTA1HM473J	R	0.047	50V	Mylar	AA	C1007	VCCCPA1HH121J	R	120p	50V	Ceramic	AA
C623	VCEAGA1HW225M	I R	2.2	50V	Electrolytic	AB	C1008	VCCCPA1HH121J	R	120p	50V	Ceramic	AA
C624	VCKYPA1HB821K	В	820p	50V	Ceramic	AA	C1009	VCCCPA1HH121J	R	120p	50V	Ceramic	AA
C625	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	C1010	VCCCPA1HH150J	R	15p	50V	Ceramic	AA
C626	VCEAGA1CW476N	I R	47	16V	Electrolytic	AB	C1011	VCCCPA1HH220J	R	22p	50V	Ceramic	AA
C627	VCEAGA1EW107M	B	100	25V	Electrolytic	AD	C1012	VCEAGA1HW106M	R	10	50V	Electrolytic	AC
C768	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	C1015	VCFYFA1HA334J	R	0.33	50V	Mylar	AB
C769	VCEAGA1CW337N	I R	330	16V	Electrolytic	AC	C1016	VCFYFA1HA334J	R	0.33	50V	Mylar	AB
C770	VCEAGA1CW228M	I R	2200	16V	Electrolytic	AE	C1019	RC-EZ0425GEZZ	R	0.047	5.5V	Electrolytic	AE
C771	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	C1020	VCCSPA1HL101J	R	100p	50V	Ceramic	AA
C772	VCEAGA1CW476N	I R	47	16V	Electrolytic	AB	C1021	VCEAGA1HW106M	R	10	50V	Electrolytic	AC
C773	VCEAGA1HW106N	I R	10	50V	Electrolytic	AC	C1022	RC-KZ0019GEZZ	R	0.1	25V	Ceramic	AA
C774	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	C1025	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA
C775	VCEAGA1CW477N	I R	470	16V	Electrolytic	AC	C1029	VCEAGA1HW106M	R	10	50V	Electrolytic	AC
C776	VCEAGA1HW334M	I R	0.33	50V	Electrolytic	AA	C1030	RC-KZ0019GEZZ	R	0.1	25V	Ceramic	AA
C777	VCKYPA1HF103Z	R	0.01	50V	Ceramic	АА	C1031	VCKYPA1HB102K	R	1000p	50V	Ceramic	AA
C778	VCEAGA1AW228M	I R	2200	10V	Electrolytic	AD	C1032	VCCCPA1HH151J	R	150p	50V	Ceramic	AA
C779	VCKYPA2HB472K	R	4700p	500V	Ceramic	AB	C1033	RC-KZ0019GEZZ	R	0.1	25V	Ceramic	AA
C780	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA
C781	VCEAGA1HW106N	1 R	10	50V	Electrolytic	AC		RES	IS	TORS	$
C785	VCEAGA1HW106M	1 R	10	50V	Electrolytic	AC	R204	VRD-RA2BE155J	R	1.5M	1/8W	Carbon	AA
C786	VCEAGA1CW476M	1 R	47	16V	Electrolytic	AB	R205	VRD-RA2BE105J	R	1M	1/8W	Carbon	AA
C787	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	R206	VRD-RA2BE105J	R	1M	1/8W	Carbon	AA
C801	VCEAGA1CW476N	1 R	47	16V	Electrolytic	AB	R207	VRD-RA2BE824J	R	820k	1/8W	Carbon	AA
C802	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	R208	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
C803	VCEAGA1HW105M	1 R	1	50V	Electrolytic	AC	R209	VRD-RA2BE334J	R	330k	1/8W	Carbon	AA
C804	VCEAGA1AW107M	I R	100	10V	Electrolytic	AB	R210	VRD-RA2BE474J	R	470k	1/8W	Carbon	AA
C805	VCEAGA1HW105N	1 R	1	50V	Electrolytic	AC	R211	VRD-RA2BE824J	R	820k	1/8W	Carbon	AA
C806	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	R301	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
C807	VCQYTA1HM104J	R	0.1	50V	Mylar	AA	R302	VRD-RA2BE104J	R	100k	1/8W	Carbon	AA
C808	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	R303	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA
C809	VCEAGA1AW107N	I R	100	10V	Electrolytic	AB	R304	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA
C810	VCEAGA1AW107M	1 R	100	10V	Electrolytic	AB	R305	VRD-RA2BE332J	R	3.3k	1/8W	Carbon	AA
C811	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	R306	VRD-RA2BE183J	R	18k	1/8W	Carbon	AA
C812	VCCCPA1HH121J	R	120p	50V	Ceramic	AA	R307	VRD-RA2BE101J	R	100	1/8W	Carbon	AΑ
C815	VCQYTA1HM104J	R	0.1	50V	Mylar	AA	R308	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
C816	VCQYTA1HM104J	R	0.1	50V	Mylar	AA	R310	VRD-RA2BE101J	R	100	1/8W	Carbon	ΑА
C817	VCEAGA1HW225N	A R	2.2	50V	Electrolytic	AB	R312	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
C818	VCQYTA1HM104J	R	0.1	50V	Mylar	AA	R313	VRD-RA2BE473J	R	47k	1/8W	Carbon	AA
C819	VCQYTA1HM104J	R	0.1	50V	Mylar	AA	R314	VRD-RA2BE473J	R	47k	1/8W	Carbon	AA
C820	VCQYTA1HM104J	R	0.1	50V	Mylar	AA	R315	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
C821	VCQYTA1HM104J	R	0.1	50V	Mylar	AA	R316	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
C822	VCQYTA1HM104J	R	0.1	50V	Mylar	AA	° R317	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
C823	VCCSPA1HL680J	R	68p	50V	Ceramic	AA	R318	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
C825	VCQYTA1HM104J	R	0.1	50V	Mylar	AA	R319	VRD-RA2BE101J	В	100	1/8W	Carbon	AA
C826	VCQYTA1HM104J	R	0.1	50V	Mylar	AA	▲ R320	VRG-RL2HB100J	R	10	1/2W	Fuse Resist	or AE
C827	VCEAGA1CW476N	/ R	47	16V	Electrolytic	AB	R321	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
C828	VCKYPA1HF103Z	R	0.01	50V	Ceramic	AA	R322	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
C834	VCCCPA1HH150J	P	15p	50V	Ceramic	AA	R323	VRD-RA2BE102J	R	1k	1/8W	Carbon	A.A
C901	VCQYTA1HM104J	F	0.1	50V	Mylar	AA	R324	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
C1001	VCEAGA0JW108M	1 F	1000	6.3V	Electrolytic	AC	R325	VRD-RA2BE823J	R	82k	1/8W	Carbon	A/
C1002	RC-KZ0019GEZZ	F	0.1	25V	Ceramic	AA	R326	VRD-RA2BE273J	R	27k	1/8W	Carbon	AA
C1003	VCCCPA1HH680J	F	68p	50V	Ceramic	AA	R327	VRD-RA2BE122J	R	1.2k	1/8W	Carbon	AA

Page 82

	Ref. No	D. P	art No.	*	г	Des	cription	Code	Ref. No	. Part No.	7	r	Desc	ription	Code
	PW	B-A	DUNT	ĸ	894	6WI	EV1		R435	VRD-RA2BE750J	F	3 75	1/8W	Carbon	۸۸
			ΜΔΙΝΙ			Cont	inued)		R436	VRD-RA2BE471J	F	1 470	1/8W	Carbon
							inueu)		R437	VRD-RA2BE471J	F	3 470	1/8W	Carbon
	R332	VRD-F	RA2BE101J	F	100	1/8W	/ Carbon	AA	- R438	VRD-RA2BE471J	F	3 470	1/8W	Carbon	AA
	R333	VRD-F	A2BE473J	R	₹ 47k	1/8W	/ Carbon	AA	R439	VRD-RA2BE471J	F	470	1/8W	Carbon
	R334	VRD-F	A2BE473J	R	1 47k	1/8W	/ Carbon	AA	R440	VRD-RA2BE820J	F	82	1/8W	Carbon	ΔΔ
	R335	VRD-F	A2BE223J	R	22k	1/8W	/ Carbon	AA	R441	VRD-RA2BE820J	F	82	1/8W	Carbon	ΔΔ
	R336	VRD-F	A2BE223J	R	22k	1/8W	Carbon	AA	R442	VRD-RA2BE820J	F	82	1/8W	Carbon
	R337	VRD-F	A2BE153J	R	15k	1/8W	Carbon	AA	R443	VRD-RA2BE750J	F	75	1/8W	Carbon	ΔΔ
	R338	VRD-R	A2BE122J	R	1.2k	1/8W	Carbon	AA	R444	VRD-RA2BE221J	F	220	1/8W	Carbon	ΔΔ
	R339	VRD-R	A2BE104J	R	100k	1/8W	Carbon	AA	R445	VRD-RA2BE221J	B	220	1/8W	Carbon	ΔΔ
	R340	VRD-R	A2BE101J	R	100	1/8W	Carbon	AA	R446	VRD-RA2BE473J	R	47k	1/8W	Carbon	ΔΔ
	R341	VRD-R	A2BE821J	R	820	1/8W	Carbon	AA	R447	VRD-RA2BE392J	В	3.9k	1/8W	Carbon	44
	R342	VRD-R	A2BE102J	R	1k	1/8W	Carbon	AA	R449	VRD-RA2BE101J	R	100	1/8W	Carbon	44
	R343	VRD-R	A2BE104J	R	100k	1/8W	Carbon	AA	R451	VRD-RA2BE473J	B	47k	1/8W	Carbon	**
	R344	VRD-R	A2BE472J	R	4.7k	1/8W	Carbon	AA	R452	VRD-RA2BE750J	B	75	1/8\	Carbon	^ ^
	R345	VRD-R	A2BE101J	R	100	1/8W	Carbon	AA	R453	VRD-RA2BE101,	R	100	1/8W	Carbon	AA AA
	R346	VRD-R	A2BE472J	R	4.7k	1/8W	Carbon	AA	A R501	VRG-RL2HB1R0K	8	1	1/2W	Fuse Resistor
	R347	VRD-R	A2BE101J	R	100	1/8W	Carbon	AA	▲ R502	VBG-BE2EB2B2.	B	22	1/4W	Fuse Resistor
	R348	VRD-R	A2BE222J	R	2.2k	1/8W	Carbon	AA	R504	VBS-VV3DB561.	R	560	21/	Metal Ovide
	R349	VRD-R	A2BE392J	R	3.9k	1/8W	Carbon	AA	R505	VRD-BA2BE472.	R	4 7k	1/8W/	Carbon	AA A A
	R350	VRD-R	A2BE682J	В	6.8k	1/8W	Carbon	AA	R507	VBS-VV3DB151.1	В	150	2W	Meiel Ovida	AA AA
	R351	VRD-R	A2BE123J	R	12k	1/8W	Carbon	AA	R509	VRD-RA2BF182.	В	1.8k	1/8W	Carbon	~~
	R352	VRD-R	A2BE103J	R	10k	1/8W	Carbon	AA	R510	VRD-RA2BE223J	R	22k	1/8W	Carbon	ΔA ·
	R353	VRD-R	A2BE333J	R	33k	1/8W	Carbon	AA	R512	VBD-RA2BE123J	R	12k	1/8W	Carbon	ΛA
	R361	VRN-V	V3DB5R6J	R	5.6	2W	Metal Film	AA	R513	VBD-BA2BE123.	В	12k	1/8W	Carbon	ΛΛ
	R401	VRD-R	A2BE101J	R	100	1/8W	Carbon	AA	R516	VRD-RM2HD2R2J	B	22	1/2W	Carbon
	R402	VRD-R/	A2BE750J	R	75	1/8W	Carbon	AA	R518	VRD-RM2HD221J	В	220	1/2W	Carbon	ΔΔ
	R403	VRD-R/	A2BE101J	R	100	1/8W	Carbon	AA	R519	VRD-RA2BE1041	B	100k	1/8W	Carbon	ΔA Δ Δ
	R404	VRD-RI	M2HD181J	R	180	1/2W	Carbon	AA	R520	VRD-BA2BE124J	B	120k	1/8W	Carbon	ΑA Δ.Δ
	R405	VRD-R/	A2BE273J	R	27k	1/8W	Carbon	AA	R521	VBD-RA2BE221J	В	220	1/8W/	Carbon
	R406	VRD-R/	A2BE103J	R	10k	1/8W	Carbon	AA	B522	VBD-BA2BE104.	R	100k	1/8\//	Carbon	^ ^
	R407	VRD-R/	A2BE102J	R	1k	1/8W	Carbon	AA	R523	VBD-BA2BE103J	8	10k	1/8W	Carbon
	R409	VRD-R/	A2BE101J	R	100	1/8W	Carbon	AA	R524	VBD-RA2BE824.	В	820k	1/8W	Carbon
	R410	VRD-R/	A2BE102J	R	1k	1/8W	Carbon	AA	R525	VBD-BA2BE103.	R	10k	1/8W	Carbon	۵۵
	R411	VRD-RA	A2BE102J	R	1k	1/8W	Carbon	AA	R526	VRD-RA2BE220J	В	22	1/8W	Carbon
	R413	VRD-R/	A2BE101J	R	100	1/8W	Carbon	AA	R527	VRD-RA2BE4721	В	4 7k	1/8\/	Carbon	ΔA
	R414	VRD-RA	A2BE101J	R	100	1/8W	Carbon	AA	R528	VRD-BA2BE103.	R	10k	1/8W	Carbon	ΔΔ Δ Δ
	R417	VRD-RA	A2BE101J	R	100	1/8W	Carbon	AA	R601	VBD-BM2HD222.1	R	2.24	1/21/	Carbon	•
	R418	VRD-RA	A2BE183J	R	18k	1/8W	Carbon	AA	A R603	BB-XZ0073CEZZ	в	270	1/2W	Fuse Resistor	ΔR
	R419	VRD-RA	A2BE102J	R	1k	1/8W	Carbon	AA	R604	VRD-RA2BE102J	в	1k	1/8W	Carbon	ΔΔ
	R420	VRD-RA	\2BE821J	R	820	1/8W	Carbon	AA	R605	VRD-RA2BE102J	R	14	1/8\/	Carbon	ΔΔ
	R421	VRD-RA	\2BE822J	R	8.2k	1/8W	Carbon	AA	R606	VRD-BA2BE391.	в	390	1/8W	Carbon	ΔΔ
	R422	VRD-RA	2BE222J	R	2.2k	1/8W	Carbon	AA	R607	VBD-RM2HD392.	R	3.9k	1/2W	Carbon	ΔΔ
	R423	VRD-RA	2BE221J	R	220	1/8W	Carbon	AA	R608	VBD-BA2BE223.1	R	22k	1/8W	Carbon	ΔΔ
۵ ۱	R424	VRG-RL	2HB100J	R	10	1/2W	Fuse Resistor	AB	R609	VRW-KX3NC100K	R	10	71/0	Cement	ΔF
I	R425	VRD-RA	2BE473J	R	47k	1/8W	Carbon	AA	R610	VBS-SV3LB472.1	R	4.7k	31/	Metal Ovido
I	R426	VRD-RA	2BE473J	R	47k	1/8W	Carbon	AA	R611	VBD-BM2HD1231	B	124	1/2\//	Carbon
- 6	R427	VRD-RA	2BE101J	R	100	1/8W	Carbon	AA	A 8612	VBG-BL2HB1B0K	R	1	1/21/	Euso Resistor
F	7428	VRD-RA	2BE102J	R	1k	1/8W	Carbon	АА	B613	VBD-BM2HD6821	Ð	, 6 8 h	1/21	Carbon
ł	R429	VRD-RA	2BE103J	R	10k	1/8W	Carbon	AA	R614	VRN-RV3AR1R21	P	1.0 k	1\//	Motol Film
F	7430	VRD-RA	2BE123J	R	12k	1/8W	Carbon	AA	R615		P	1.£ 47	1/21/
F	R431	VRD-RA	2BE103J	R	10k	1/8W	Carbon	AA	Rete		P	47	1/21/	Carbon	AA A A
F	R432	VRD-RA	2BE750J	R	75	1/8W	Carbon	AA	A P617	RB-X70025TA77	P	+/ 22	1/414
F	7433	VRD-RM	12HD181J	R	180	1/2W	Carbon	AA	B618		n D	22 5 6 4	1/498
F	3434	VRD-RA	2BE102J	R	1k	1/8W	Carbon	AA	R610	VRD-RM9HD102	p	Э.ОК 11-	1/2W	Carbon	AA A A
									1013		п	11	1/2 ₩₩	Carbon	АА

Page 83

Ref. No.	Part No.	★		Descr	iption (	Code		Ref. No.	Part No.	*		Descr	iption	Code
D\//E		kc	2016		V1			B812	VBD-BA2BE102J	R	1k	1/8W	Carbon	ΔΔ
			5940		V 1			B813	VRD-BA2BE272.1	R	2.7k	1/8W/	Carbon	ΔΔ
	MAIN U	INI	Т (С	conti	nued)			B814	VBD-BA2BE1021	B	112	1/8W	Carbon	20
	VBD-BA2BE123J	B	12k	1/8W	Carbon	AA		B815	VBD-BA2BE101.1	R	100	1/8W	Carbon	ΔΔ
R621	VBD-BA2BE273.	в	27k	1/8W	Carbon	AA	٦	B1001	VBD-BA2BE2211	B	220	1/8\M	Carbon	44
B623	VRD-RA2BE123J	В	12k	1/8W	Carbon	AA		B1002	VRD-BA2BE221.	R	220	1/8W	Carbon	۵۵
R624	VBD-BA2BE472.	В	4.7k	1/8\/	Carbon	ΔΔ		R1002	VRD_RA2BE2211		220	1/01/	Carbon	~~
R625	VRD-RA2EE2251	R	2 2M	1/aW	Carbon	ΔΔ		R1003	VRD-RA2BE221J	n D	220	1/01/	Carbon	~~
R626	VRD-RA2EE1251	В	1.2M	1/4W	Carbon			P1004		- C	220	1/01/	Carbon	ΛA Λ Λ
D607			69k	1/9W	Carbon	ΔΔ		R1005			220	1/01/	Carbon	~~
D600		n	00K	1/014	Carbon	~~ ^ ^		E 1005		n n	220	1/01/	Carbon	AA • •
		n n	270K	1/044	Carbon	AA		H1007	VRD-RAZBEZZIJ	н	220	1/01/	Carbon	AA
D620			104	1/01/	Carbon	AA A A		H1008			220	1/014	Carbon	AA ^^
DC01			COL		Carbon			H1009	VRD-RAZBEZZIJ	n n	220	1/877	Carbon
H031				1/014	Carbon	AA		RIUIU	VRD-RAZBE221J	н	220	1/899	Carbon	AA
R632	VRD-RA2BE153J	п	156	1/899	Carbon			H1011	VRD-RA2BE221J	н	220	1/87	Carbon	AA
H633	VRD-RA2BE473J	н	47K	1/877	Carbon	AA		R1012	VHD-HA2BE221J	н	220	1/87	Carbon	AA
R634	VRD-RA2BE683J	н	68K	1/800	Carbon	AA		H1017	VRD-RA2BE221J	н	220	1/8W	Carbon	AA
H635	VRD-HA2BE821J	н	820	1/877	Carbon	AA		R1018	VRD-RA2BE153J	R	15k	1/8W	Carbon	AA
R636	VRD-RA2BE271J	н	270	1/8W	Carbon	AA		R1019	VRD-RA2BE221J	R	220	1/8W	Carbon	AA
H639	VRD-RA2BE123J	н	12k	1/8W	Carbon	AA		R1020	VRD-RA2BE221J	R	220	1/8W	Carbon	AA
R640	VRD-RA2BE563J	R	56k	1/8W	Carbon	AA		R1024	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
R641	VRD-RA2BE154J	R	150k	1/8W	Carbon	AA		R1025	VRD-RA2BE221J	R	220	1/8W	Carbon	AA
R642	VRD-RA2BE474J	R	470k	1/8W	Carbon	AA		R1026	VRD-RA2BE221J	R	220	1/8W	Carbon	AA
R643	VRD-RA2BE123J	R	12k	1/8W	Carbon	AA		R1027	VRD-RA2BE183J	R	18k	1/8W	Carbon	AA
R644	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA		R1028	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
R645	VRD-RA2BE223J	R	22k	1/8W	Carbon	AA		R1029	VRD-RA2BE221J	R	220	1/8W	Carbon	AA
R647	VRD-RA2BE392J	R	3.9k	1/8W	Carbon	AA		R1030	VRD-RA2BE102J	R	1 k	1/8W	Carbon	AA
R648	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA		R1031	VRD-RA2BE221J	Ŕ	220	1/8W	Carbon	AA
R649	VRD-RA2BE273J	R	27k	1/8W	Carbon	AA		R1032	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
R650	VRD-RA2BE473J	R	47k	1/8W	Carbon	AA		R1033	VRD-RA2BE473J	R	47k	1/8W	Carbon	AA
R651	VRD-RA2BE473J	R	47k	1/8W	Carbon	AA		R1034	VRD-RA2BE392J	R	3.9k	1/8W	Carbon	AA
R766	VRD-RM2HD152J	R	1.5k	1/2W	Carbon	AA		R1035	VRD-RA2BE392J	R	3.9k	1/8W	Carbon	AA
R767	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA		R1036	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
R768	VRD-RA2BE152J	R	1.5k	1/8W	Carbon	AA		R1037	VRD-RA2BE272J	R	2.7k	1/8W	Carbon	AA
R769	VRD-RA2EE102J	R	1k	1/4W	Carbon	AA		R1038	VRD-RA2BE392J	R	3.9k	1/8W	Carbon	AA
R770	VRD-RM2HD391J	R	390	1/2W	Carbon	AA		R1039	VRD-RA2BE392J	R	3.9k	1/8W	Carbon	AA
R771	VRD-RA2BE182J	R	1.8k	1/8W	Carbon	AA		R1040	VRD-RA2BE272J	R	2.7k	1/8W	Carbon	AA
R772	VRD-RM2HD182J	R	1.8k	1/2W	Carbon	AA		R1041	VRD-RA2BE272J	R	2.7k	1/8W	Carbon	AA
R774	VRD-RA2BE101J	R	100	1/8W	Carbon	AA		R1042	VRD-RA2BE224J	R	220k	1/8W	Carbon	AA
R775	VRD-RA2BE152J	В	1.5k	1/8W	Carbon	AA		R1043	VRD-RA2BE221J	R	220	1/8W	Carbon	AA
R776	VRD-RA2BE681J	R	680	1/8W	Carbon	AA		R1044	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
R777	VRD-RA2EE123J	R	12k	1/4W	Carbon	AA		R1045	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
R778	VRD-RA2BE473J	R	47k	1/8W	Carbon	AA		R1046	VRD-RA2BE221J	R	220	1/8W	Carbon	AA
R779	VRD-RA2BE472J	R	4.7k	1/8W	Carbon	AA		R1047	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
∆ R786	VRG-RF2EB471J	R	470	1/4W	Fuse Resistor	AC		R1050	VRD-RA2BE221J	R	220	1/8W	Carbon	AA
R789	VRS-VV3DB180J	R	18	2W	Metal Oxide	AA		R1051	VRD-RA2BE102J	В	1k	1/8W	Carbon	AA
R801	VRD-RA2BE4R7J	R	4.7	1/8W	Carbon	AA		R1052	VRD-RA2BE221J	R	220	1/8W	Carbon	AA
R802	VRD-RA2BE683J	R	68k	1/8W	Carbon	AA		R1054	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
R803	VRD-RM2HD470J	R	47	1/2W	Carbon	AA		R1055	VRD-RA2BE153J	R	15k	1/8W	Carbon	AA
R804	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA		R1056	VRD-RA2BE221J	R	220	1/8W	Carbon	AA
R805	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA		R1057	VRD-RA2BE473J	R	47k	1/8W	Carbon	AA
R806	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA		R1059	VRD-RA2BE221J	B	220	1/8W	Carbon	AA
R808	VRD-RA2BE221J	R	220	1/8W	Carbon	AA		R1061	VRD-RA2BE102J	B	1k	1/8W	Carbon	AA
R809	VRD-RA2BE221J	R	220	1/8W	Carbon	AA		B1062	VRD-RA2BF4721	R	4.7k	1/8W	Carbon	AA
R810	VRD-RA2BE221J	R	220	1/8W	Carbon	AA		B1063	VRD-RA2BE123	R	12k	1/8W	Carbon	AA
R811	VRD-RA2BE221J	R	220	1/8W	Carbon	AA		B1064	VRD-RA2BE102	R	1k	1/8W	Carbon	AA
		••								••				,

Page 84

Ref. No	o. Part No.	,	k	Desc	ription	Code	Ref. No	). F	Part No.	*	Description	Code
PW	B-A DUN MAIN	ΓK UN	894 NT ((	6WI Cont	EV1 inued)		PW	B-B		ΓK R	8732WEV3 UNIT
R1066	VRD-RA2BE221J	F	२ २२०	1/8W	Carbon	AA			INTEGR
R1067	VRD-RA2BE272J	F	₹ 2.7k	1/8W	Carbon	AA	א ∧ IC701	VHIST	TBM6523-1		STR-M6522	DA
R1068	VRD-RA2BE272J	F	7 2.7k	1/8W	Carbon	AA	A IC702	BH-F		. 6	Dhoto Couplar BC1121 t	BA
R1069	VRD-RA2BE153J	F	3 15k	1/8W	Carbon	ΔΔ	IC751	VHIGE	2115N//.1			AF
R1070	VRD-RA2BE103J	F	7 10k	1/8W	Carbon		10701	VIIIO	_110 1 \//*1		SETION	AF
R1071	VRD-RA2BE103J	F	3 10k	1/8W	Carbon				TDA	NC	ISTORE
R1072	VRD-RA2BE272J	F	₹ 2.7k	1/8W	Carbon		A 0701	Vene
R1073	VRD-RA2BE102J	F	1 1 k	1/8W	Carbon			Vene	C2100 C 1		2503198-6	AA
R1074	VRD-RA2BE103J	F	10k	1/8W	Carbon		A 0702	VG20	A1266-V-1		2303190-G	AA
R1076	VRD-RA2BE470J	F	47	1/8W	Carbon	ΔΔ	A 0704	Veas	C2270NI/ 4		20A1200-1	AA
R1077	VBD-BA2BE102J	, F	, } 1k	1/8W	Carbon	44	0751	VOZO	00279IN/-1	- H	2503279N	AC
B1078	VRD-RA2BE103.	F	1 10k	1/8\/	Carbon	~~	0750	V323.		н	25A1266-Y	AA
B1080	VBD-BA2BE221.	. 6	2 220	1/91/	Carbon	A.A.	0752	VOID		н	2503198-6	AA
B1082	VBD-8428E2211	E	220	1/01/	Carbon	AA A A	0753	V525	03198-G-1	н	2SU3198-G	AA
B1083	VBD-BA2BE221	Ē	1 220	1/9//	Carbon	AA A A	0/01	VSDT	UT44E5/-1	н	DTC144ES	AB
B1085	VBD-BA2BE3921		220	1/01/	Carbon				-
B1086	VRD-RA2BE3021		200	1/011/	Carbon	AA			L	יטו	DES
B1087	VRD-RA2BE1021	- 11 D	1 0.9K	1/01/	Carbon			RH-D	X0240CEZZ	н	Diode	AB
B1089	VRD-R428E2211		1 10	1/01/	Carbon		43 D702	RH-D		н	Diode	AB
B1090	VBD-RA28E4721		1 220	1/01/	Carbon			RH-D2		н	Diode	AB
B1091	VBD-RA2BE3331			1/014	Carbon		A D704	RH-D		н	Diode	AB
B1095	VBD-BA2BE3951		2 0 0	1/01/	Carbon		A D705	RH-D2		н	Diode	AC
B1096	VBD-R428E2711		0.510	1/01/	Carbon			RH-D2		н	Diode	AC
R1097	VRD-RA28E1541	n D	1504	1/01/	Carbon	AA		RH-DX	(0279CEZZ	н	Diode	AB
B1098	VRD-RA2BE194J		1006	1/01/	Carbon	AA		RH-D	(0279CEZZ	R	Diode	AB
R1090			100K	1/844	Carbon	AA	△ D709	RH-D>	(0279CEZZ	R	Diode	AB
111035	VID-NAZDEZZZJ	н	2.2K	1/877	Carbon	AA	A D710	RH-D>	(0279CEZZ	R	Diode	AB
	MISCELLA			DAD	Te		A D711	RH-EX	(0338CEZZ	R	Zener Diode 20.5V	AB
EB401			Eorit		15		AD712	VHD1	SS119//1E	R	Diode 1SS119	AA
EB501			Fernie	e Bead e Deed		AB	A D713	RH-D>	(0027CEZZ	R	Diode	AE
FB502	RBLN 0037CEZZ		Fernie	e Deau - Deau		AB	∆ D714	RH-EX	0343CEZZ	R	Zener Diode	AB
1 D302			Fernie	e Bead		AB	D751	HH-DX	(0416CEZZ	R	Diode	AC
EB1001	BBLN-0037CEZZ		Fernie	e Beau o Doord		AB	D752	RH-DX	(0359CEZZ	R	Diode	AC
EB1002	BRIN 0037CEZZ		Fernie	e Bead		AB	D753	RH-DX	0415CEZZ	R	Diode	AC
- D1002		п		е веаа >		AB	D754	RH-DX	(0416CEZZ	R	Diode	AC
F202		н	Hp (L	5)		AB	D755	RH-DX	(0407CEZZ	R	Diode	AE
P/01		н	Plug 2	2-pin (5		AA	D756	RH-DX	0414CEZZ	R	Diode	AE
PE01		H H	Plug	12-pin (	АВ) ``	AC	D757	RH-EX	.0333CEZZ	R	Zener Diode 17.3V	AA
PEOD		н	Plug 5	s-pin (⊢	·)	AB	D758	RH-EX	0152CEZZ	R	Zener Diode	AE
P750	QPLGN0441CEZZ	н	Plug 4	1-pin (⊢	1)	AB	D759	RH-EX	0302CEZZ	R	Zener Diode	AA
P733	QPLGN1041CEZZ	К	Plug 1	IO-pin (	BN/BN/BK)	AC	D760	RH-EX	0311CEZZ	R	Zener Diode	AA
P754	QPLGN0341CEZZ	н	Plug 3	B-pin (C	)/BN)	AA	D761	RH-EX	0326CEZZ	R	Zener Diode 13.8V	AA
P755	QPLGN0678GEZZ	R	Plug 6	8-pin (E	K/PC)	AB	D777	RH-EX	0302CEZZ	R	Zener Diode	AA
P801	QPLGN0641CEZZ	R	Plug 6	6-pin (B	/BN)	AB	D778	VHD15	S119//1E	R	Diode 1SS119	AA
P1001	QPLGN0978GEZZ	R	Plug 9	)-pin (A	D)	AC	D779	RH-EX	0284CEZZ	R	Zener Diode 3.6V	AB
P1002	QPLGN0278GEZZ	R	Plug 2	?-pin (R	/BN)	AA	D780	VHD15	S119//1E	R	Diode 1SS119	AA
P1003	QPLGN0478GEZZ	R	Plug 4	l-pin (Y	/BN)	AB	D781	VHD1S	S119//1E	R	Diode 1SS119	AA
P1004	QPLGN0441CE04	R	Plug 4	l-pin Tf	P 1 001	AA	D784	VHD1S	S119//1E	R	Diode 1SS119	AA
SC401	QSOCZ2101CEZZ	R	Socke	t 21-pii	n Euro Scart	AH	D787	VHD19	S119//1E	R	Diode 1SS119	AA
SC751	QTIPM0083CEZZ	R	Tip (L	15)		AB	D788	VHD1S	S119//1E	R	Diode 1SS119	AA
P203	QTIPM0083CEZZ	R	Tip (L ^-	10)		AB	🛆 VA701	RH-VX	0033CEZZ	R	Varistor	AD
LB501	LX-BZ3049GEFD	R	Screw	for IC	501	AA
LB601	LX-BZ3049GEFD	R	Screw	for Q	601	AA			PACKAG	GED	CIRCUIT
LB75 1	LX-BZ3049GEFD	R	Screw	for Q	756	AA	▲ PR701	RMPTE	P0028CEZZ	R	Positive Coeffiient	AG
B752	IX-BZ30/9GEED	R	Scrow	for O	760

Page 85

Ref. No.	Part No.	*		Descr	iption	Code	Ref. No.	Part No.	*		Descr	iption	Code
PWF		K	8732	wF	V3		▲ R708	VRD-RA2BE222J	R	2.2k	- 1/8W	Carbon	ΔΔ
							R709	VRD-RA2BE101J	R	100	1/8W	Carbon	AA
	POWER	יו			ntinuea)		▲ R710	VRD-RA2BE272J	R	2.7k	1/8W	Carbon	AA
	COIL AND T	RA	NSF	ORME	RS	·	ካ 🛆 R711	VRD-RA2BE182J	R	1.8k	1/8W	Carbon	AA
∆ L702	RCiLF0105CEZZ	R	Line F	ilter		AP	∆ R712	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
∆ L703	RCiLF0105CEZZ	R	Line F	ilter		AP	🛆 R713	VRD-RA2BE332J	R	3.3k	1/8W	Carbon	AA
L751	RCiLP0106CEZZ	R	Coil			AE	∆ R714	VRD-RA2BE822J	R	8.2k	1/8W	Carbon	AA
∆ T701	RTRNZ0080PEZZ	R	Powe	r Regul	ator Trans.	AX	▲ R716	VRD-RA2BE561J	R	560	1/8W	Carbon	AA
							▲ R717	VRD-RA2BE152J	R	1.5k	1/8W	Carbon	AA
	CAP	۱C	ITOR	S			∆ R718	VRD-RA2BE681J	R	680	1/8W	Carbon	AA
▲ C701	RC-KZ0208CEZZ	R	0.017	\C250\	Ceramic	AD	∆ R719	VRN-VV3ABR22J	R	0.22	1W	Metal Film	AA
▲ C702	RC-FZ016SGEZZ	R	0.47 A	C250V	/ Special	AK	▲ R720	VRN-VV3ABR33J	R	0.33	1W	Metal Film	AA
▲ C703	RC-FZ016SGEZZ	R	0.47 /	\C250\	/ Special	AK	▲ R721	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
▲ C704	RC-KZ0208CEZZ	R	0.01 A	\C250\	Ceramic	AD	▲ R722	VRD-RA2EE394J	R	390k	1/4W	Carbon	AA
▲ C705	RC-KZ0208CEZZ	R	0.01 /	\C250\	Ceramic	AD	▲ R725	VRC-UA2HG825K	R	8.2M	1/2W	Solid	AA
▲ C706	RC-KZ0208CEZZ	R	0.01 /	\C250\	Ceramic	AD	▲ R726	VRC-UA2HG825K	R	8.2M	1/2W	Solid	AA
▲ C707	RC-EZ0055CEZZ	R	150	400V	Electrolytic	AN	▲ R752	VRG-RL2HB5R6J	R	5.6	1/2W	Fuse Resistor	r AB
▲ C708	VCFPPC3CA222J	R	2200p	) 1.6k	/ Polypro Film	AD	R753	VRS-VV3AB391J	R	390	1W	Metal Oxide	AA
▲ C709	VCKYPA2HB102K	R	1000p	o 500∨	Ceramic	AA	R758	VRD-RA2BE102J	R	1k	1/8W	Carbon	AA
▲ C710	VCKYPA2HB222K	R	2200p	o 500∨	Ceramic	AA	R759	VRD-RA2BE470J	R	47	1/8W	Carbon	AA
▲ C711	VCEAGA1VW108M	R	1000	35V	Electrolytic	AD	R760	VRD-RA2BE392J	R	3.9k	1/8W	Carbon	AA
△ C712	VCEAGA1EW107M	2	100	25V	Electrolytic	AD	R761	VRD-RA2BE123J	R	12k	1/8W	Carbon	AA
▲ C713	RC-KZ0019GEZZ	R	0.1	25V	Ceramic	AA	R762	VRD-RA2EE272J	R	2.7k	1/4W	Carbon	AA
∆ C714	VCEAGA1HW475M	R	4,7	50V	Electrolytic	AB	R763	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
A C715	VCEAGA1AW107M	н	100	10V	Electrolytic	AB	R764	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
A C716	VCKYPA1HF103Z	В	0.01	50V	Ceramic	AA	R765	VRD-RA2BE823J	R	82k	1/8W	Carbon	AA
	VCKYPA1HB102K	н	1000p	) 50V	Ceramic	AA	R780	VRD-RA2BE220J	R	22	1/8W	Carbon	AA
AC/27	HC-KZ0128CEZZ	н	2200p	4kV	Ceramic	AD	R781	VRD-RA2BE183J	R	18k	1/8W	Carbon	AA
0751	VCKYPA2HB102K	н	1000p	) 500V	Ceramic	AA	R782	VRD-RA2BE103J	R	10k	1/8W	Carbon	AA
0752	RC-KZ0192CEZZ	н	1000p	2kV	Ceramic	AB	R783	VRD-RA2BE272J	R	2.7k	1/8W	Carbon	AA
0753	VCKYPA2HB102K	н	1000p	500V	Ceramic	AA	R784	VRD-RA2BE683J	R	68k	1/8W	Carbon	AA
0754		н	1000p	500V	Ceramic	AA	R787	VRD-RA2BE683J	R	68k	1/8W	Carbon	AA
0755		п	10000	500V	Ceramic	AA	H788	VRS-KT3LB121J	н	120	ЗW	Metal Oxide	AD
0756	VCKYPA2HB102K	н	1000p	500v	Ceramic	AA						-
0757		н	1000	25V	Electrolytic	AD	A ==== /	MISCELLA	NE	ບບຣ	PAR	15
0758	VCEAGW2CW227W	n. D	220	1000		AK		QFS-C2026CEZZ	н	Fuse,	12AH		AE
0759		п	100	1001	Electrolytic	AE		RBLN-003/CEZZ	н	Ferrit	e Bead		AB
0760		n D	47	251	Electrolytic	AC AD		RBLN-0037CEZZ	н	Ferrit	e Bead		AB
C762	VCEACH1CM/220M		2200	161/	Electrolytic			RBLN-0037CEZZ	н	Ferrit	e Bead
C762	VCEAGA1CW338W		2200	161	Electrolytic		FB751	RBLN-0037CEZZ	н	Ferrit	e Bead
C764	VCEAGA1HW105M	D	1	501/	Electrolytic		FB752	RBLN-0037CEZZ	К	Ferrit	e Bead
C765		n	1000-	500	Coromio	AC AA	FB753	RBLN-0037CEZZ	К	Ferrit	e Bead
C766		D	0.01	501	Ceramio	AA A A		RBLN-0037CEZZ	К	Ferrit	e Bead
0767	VOKTPATHE103Z	D	0.01	501	Ceramio		FB755	RBLIN-003/CEZZ	К	Ferrit	e Bead
C782	VCCSPA1HL1011	P	100n	50V	Ceramic	AA A A		QFSHD1009CEZZ	н	Fuse	Holder		AA
0702			0.04	501	Ceramic	AA A A	FH702		п	Fuse	Holder	704
0784		D	47	501	Electrolutio		LB/UI		R D	Screv	V, FOT IC
0704	VOEAGATTIN-10W	.,	ч. 1	50 v	Liecholytic	ΛD	P701		п	Plug -	3-pin (A 3 min (C	9 N
	RES	15					P702	QPLGN0207CEZZ	п	Diug	z-pini (e	7) 'DN/(DN/(Di/()
A 8701		P	6.9	7147	Comont		P751	QPLGN1041CEZZ	н	Plug	i u-pin ( 2 min (C
	VRS-KT3LR2221	P	0.0 2012	3/1/			F752		ri D	r iug i Dala	з-рат (С ,	ואוסאן	~~ ^/
	VBS_KTal Roos I	P	22K	2141			HY/51		н	Com	actin - 4	Cord (O/DM)
A 9704	RB-X700200E77	P	22N	1/21/1					г Г	Conn	ecung ( ootine (	Cord (U/BN)	ᄮ
	VRD-RM9HD4791	P	0.0 1.76	1/0\A/	Luse nesisior			GOINNA-10296ETT	ri		ecing (	JUIU	μŲ
A B206	VBD-8M2HD4721	Р	4.7V	1/210	Carbon	ΔA	0709				2-nin (^	۵١	ΔR
A B202	VBD-RM2HD681	P	680	1/21/	Carbon	ΔΔ ΔΔ	F703			Dia 1	⊆-µi⊓ (# 2nin (*	R)
ייטיונגעי		11	000	12.44	Calboll	~~	F704	GL/LGIN0209GEZZ		- iug i	∠-µia (#		70

Page 86

Ref. No	o. Pa	rt No.	1	٢	Desc	ription	Code	Ref. No	). P	art No.	*		Description	Code
PW	В-С	DUNT	Κ	873	3WI	EV3				V-16I3PEZZ	R	Con	necting Cord (H)	AG
		CRT S	00	CKE	T UN	IIT			QUNV OCNW		н	Con	necting Cord (B/BN)	AK
		TRA	NS	ISTO	RS			.	QUIN	V-2008PEZZ	н	Con	necting Cord (L10)	AH
Q851	VS2SC	22290/1E	F	1 2SC	2229(C	))	AD	,
Q852	VS2SC	22290/1E	F	1 2SC	2229(C	))	AD
Q853	VS2SC:	22290/1E	F	2SC	2229(C	))	AD	PW	B-D	DHNT	K	373	8WEV0
Q854	VS2SA	1371E/1E	F	2SA	1371E		AD
Q855	VS2SA	1371E/1E	F	2SA	1371E		AD			PUWE	н :	5W.,	, R/C UNIT
Q856	VS2SA	1371E/1E	F	2SA	1371E		AD			CAI	PAC	сто	R
								C1201	VCEA	GA1HW475M	I R	4.7	50V Electrolytic	AB
		D	10	DES
D851	VHD1S	S119//1E	R	Diod	e 1SS1	19	AA			RE	SIS	STOF	3
D852	VHD1S	S119//1E	В	Diod	e 1SS1	19	AA	R1201	VRD-F	A2BE331J	R	330	1/8W Carbon	AA
D853	VHD1S	S119//1E	R	Diod	e 1SS1	19	AA
									ľ	MISCELLA	NE	OUS	6 PARTS
		C	0	ILS				P1201	QPLGI	N0478GEZZ	R	Plug	4-pin (Y/BN)	AB
L851	VP-CF6	81K0000	R	Peak	ang 680	ΟµΗ	AB	RMC1201	RRMC	U0216CEZZ	R	Rem	ote Control Receiver	AK
L853	VP-CF1	R5M0000	R	Peak	king 1.5	μH	AB		QCNW	-1837PEZZ	Ŕ	Conr	necting Cord (Y/BN)	AG
									LHLDV	V1033CE00	В	Wire	Holder	AA
		CAP	AC	ITOF	RS			∆ S1206	QSW-F	P0588CEZZ	R	Main	Power Switch	AP
C852	VCKYP	41HB561K	R	560p	50V	Ceramic	AA		QCNW	-2001PEZZ	R	Conr	necting Cord (AC)	AH
C855	VCKYP/	A1HB561K	R	560p	50V	Ceramic	AA	P1203	QPLG	V0470GEZZ	R	Plug	4-pin (AC)	AD
C853	VCKYP	41HB471K	R	470p	50V	Ceramic	AA
C856	VCKYP	41HB471K	R	470p	50V	Ceramic	AA
C859	VCKYP	A1HB471K	R	470p	50V	Ceramic	AA
C858	VCKYP	A1HB681K	R	680p	50V	Ceramic	AA
C860	VCEAG.	A2DW106M	R	10	200	V Electrolytic	AC
C861	RC-KZ0	177CEZZ	R	4700	p 2kV	Ceramic	AC
		RES	sis	TOR	s
R851	VRD-RA	2BE101J	R	100	1/8W	Carbon	AA
R852	VRD-RA	2BE683J	R	68k	1/8W	Carbon	AA			*
R853	VRD-RA	2BE391J	R	390	1/8W	Carbon	AA	PWE	3-F	DUNT	K8	73	5WEV3
R854	VRS-VV	3DB153J	R	15k	2W	Metal Oxide	AA			VCR-K	=v	HN	IT
R855	VRD-RA	2BE102J	R	1k	1/8W	Carbon	AA						·····
R856	VRD-RM	12HD272J	R	2.7k	1/2W	Carbon	AA			RES	SIST	OR	S
R857	VRD-RA	2BE101J	R	100	1/8W	Carbon	AA	R1204	VRD-R	A2BE102J	R	1k	1/8W Carbon	AA
R858	VRD-RA	2BE683J	R	68k	1/8W	Carbon	AA	R1205	VRD-R	A2BE182J	R	1.8k	1/8W Carbon	AA
R859	VRD-RA	2BE331J	R	330	1/8W	Carbon	AA	R1206	VRD-R	A2BE472J	R	4.7k	1/8W Carbon	AA
R860	VRS-VV	3DB153J	R	15k	2W	Metal Oxide	AA		_
H861	VRD-RA	2BE102J	R	1k	1/8W	Carbon	AA		N	IISCELLA	NE	ous	PARTS
H862		12HD272J	R	2.7k	1/2W	Carbon	AA	P1202	QPLGN	10280GEZZ	R	Plug	2-pin (R/BN)	AB
K863	VHD-RA	2BE101J	R	100	1/8W	Carbon	AA	S1202	QSW-K	0079GEZZ	R	Switc	h, Play	AB
H864	VRD-RA	28E683J	R	68k	1/8W	Carbon	AA	S1203	QSW-K	.0079GEZZ	R	Switc	h, Stop/Eject	AB
H865	VRD-RA	2BE331J	R	330	1/8W	Carbon	AA	S1204	QSW-K	0079GEZZ	R	Switc	h, FF	AB
H866	VHS-VV	3DB153J	R	15k	2W	Metal Oxide	AA	S1205	QSW-K	0079GEZZ	R	Switc	h, REW	AB
H867	VHD-RA	28E102J	R	1k	1/8W	Carbon	AA		QCNW	1836PEZZ	В	Conn	ecting Cord (R/BN)	AE
H868	VHD-RM	12HD272J	R	2.7k	1/2W	Carbon	AA
H871	VRD-RA	2BE100J	R	10	1/8W	Carbon	AA
	М	SCELLA	NE	ous	PAR	rs
P851	QPLGNC	441CEZZ	R	Plug 4	4-pin (ŀ	i)	AB
P852	QPLGNC	641CEZZ	R	Plug 6	3-pin (B	/BN)	AB
∆ SC851	QSOCVO	0829CEZZ	R	CRTS	Socket		AK

107

SC852 QTIPM0083CEZZ R Tip (L1)

Page 87

Ref. No.	Part No.	★	Description	Code	Ref. No.	Part No.	★	Description
PWF		K۶	5167TEV4		D7702	VHD1SS119//-1	v	Diode 1SS119
1 17 1		1 X.V.			D7703	VHD1SS119//-1	v	Diode 1SS119
	VCR U	NH			D8301	RH-PX0352CEZZ	v	LED, Power/Wake-up
	INTEGRA	TE	O CIRCUITS		ד D8302	RH-PX0348CEZZ	v	LED, REC
IC2201	VHIHA8201CF-1	v	HA118201CF	AW	D8303	RH-PX0348CEZZ	v	LED, Timer
IC2202	VHIMN3881S/1E	v	MN3881S-E1	AL	D8304	RH-PX0348CEZZ	v	LED. Child Lock
103301	VHiSTV5715/-1	v	STV5715	AH	D8801	VHD1SS119//-1	v	Diode 1SS119
IC6601	VHit A7285M/-1	м	LA7285M	AG	D8802	VHD1SS119//-1	v	Diode 1SS119
IC7701	VHIBA15218E1E	v	BA15218E	AF	D8803	BH-PX0232GE77		LED GP1S381
107702	VHIBA15218F1E	v	BA15218F	AF	20000		-	Supply Reel Sensor
107701	BH-iX2628CE77	v	M37774M5H369GP	BB	D8804	BH-PX0232GE77	Л	LED GP1S381
108802	VHiPST529D2-1	v	IC-PST529D-2	AD	20001		Ū	Take-up Beel Sensor
100002	VHIBA6209//1E	v	BA6209-V3	AG	D8805	BH-PX0234GE77	.[	LED Cassette
100000	VHILIPC78M05H1	v		AK	D8806	BH-PX0231GEZZ	J	LED GP1S24
103501		•		7.0.0	00000		Ŭ	Cam Switch-A (Inside)
	TRAN	JS P	STORS		D8807	BH-PX0231GE77	А	LED GP1S24
02201	V$2$&1037KO-1	V	2541037K(())	۵۵	00007	TITE X020TOLLE	U	Cam Switch-B (Outside)
02201	VS2SA1057RQ-1	v	25C2412K(Q)	22	02210	PH-EV0615GE77	v	Zener Diode
02202	V60600412KQ-1	v	2302412K(Q)	ΔΔ ΔΔ	D0010		v	Diodo 199119
02203	V52502412NQ-1	v	2502412K(Q)	AA A A	D9923	VHD155119//-1	v	Diode 133119
02204	VS2502412NQ-1	v	2502412N(Q)	AA A A	D9924		v	Diodo 199110
02200	VS2SATUS7KQ-T	v			D9920	VHD133119//-1	۷	Didde 133118
02214	VS23A9333QR1E	v v	20A9000(Q,R)	AD		PACKAG	ED	CIRCUITS
00001		v	2017403(Q,n)	A0 AA	VEEDI			Crystol
00000	VS2SC2412KQ-1	v	2502412K(Q)	AA ^ ^	X0001		v	Crystal
00002	VS2502412NQ-1	v			79901	RCR5B0159GEZZ	v	Crystal
00003	VSDIAI24EN/-I	v		AD .			D A	NGEODMEDS
Q6604	VS2502412NQ-1	v	2502412N(Q)		1.0001
Q6605	VS2039395QH-1	v	203939		12201	VP-XF151J0000	Ň	Peaking 150µn
Q6606	VSDTC144EK/-1	v	DIG144EK	AB	L2202	VP-XF150J0000	, v	Peaking Journ
Q7701	VS2SA1037KQ-1	v	25A1037K(Q)	AA	L2203	VP-XF330J0000	Š	Peaking 33µ⊓
Q7702	VS2SD1306-ETE	v U	2SD1306(E)	AD	L2204	VP-XF120J0000		Peaking 12µH
Q7703	VS2SD1306-ETE	V	2SD1306(E)	AD	L2205	VP-XF181J0000	v.	Peaking 180µH
Q8301	VS2SC2412KQ-1	V	2SC2412K(Q)	AA	L2206	VP-DF101K0000		Peaking 100µH
Q8302	VS2SC2412KQ-1	V	2SC2412K(Q)	AA	L2207	VP-XF560J0000		Peaking 56µH
Q8303	VS2SC2412KQ-1	V.	2SC2412K(Q)	AA	L2208	VP-XF151J0000	V	Peaking 150µH
Q8304	VS2SC2412KQ-1	v	2SC2412K(Q)	AA	L2209	VP-XF560J0000	V	Peaking 56µH
Q8305	VS2SC2412KQ-1	V	2SC2412K(Q)	AA	L2210	VP-XF151J0000	V	Peaking 150µH
Q8801	VS2SC2412KQ-1	V	2SC2412K(Q)	AA	L2223	VP-DF101K0000	. v	Peaking 100µH
Q8802	VS2SC2412KQ-1	v	2SC2412K(Q)	AA	L3301	VP-DF101K0000	V	Peaking 100µH
Q8803	RH-PX0233GEZZ	J	PT493FL2	AD	L3302	VP-DF101K0000	V	Peaking 100µH
			Start Sensor		L5501	VP-DF561K0000	v	Peaking 560µH
Q8804	RH-PX0233GEZZ	J	PT493FL2	AD	🗕 L5504	VP-XF150J0000	V	Peaking 15µH
			End Sensor		L5505	VP-XF100J0000	V	Peaking 10µH
Q8807	VSDTC114EK/-1	V	DTC114EK	AB	L5506	VP-XF390J0000	V	Peaking 39µH
Q9911	VS2SD1944K/-1	V	2SD1944K	AE	L5509	VP-XF151J0000	V	Peaking 150µH
Q9912	VSDTC124EK/-1	۷	DTC124EK	AB	L5510	VP-XF680J0000	V	Peaking 68µH
Q9913	VS2SA950-Y/1E	۷	2SA950(Y)	AD	L5514	VP-XF150J0000	V	Peaking 15µH
Q9914	VSDTC124EK/-1	۷	DTC124EK	AB	L6601	VP-DF221K0000	۷	Peaking 220µH
Q9917	VSDTA124EK/-1	۷	DTA124EK	AB	L6602	VP-DF101K0000	V	Peaking 100µH
Q9918	VSDTC144EK/-1	V	DTC144EK	AB	L6605	VP-YF822J0000	V	Peaking 8200µH
					L6607	VP-XF3R3K0000	۷	Peaking 3.3µH
	D	00	DES		L8801	VP-DF1R0K0000	V	Peaking 1µH
D3301	VHD1SS119//-1	V	Diode 1SS119	AB	T6601	RTRNH0053GEZZ	V	Transformer, Osc.
D3302	VHD1SS119//-1	V	Diode 1SS119	AB
D6602	VHD1SS119//-1	v	Diode 1SS119	AB		CO	NT	ROLS
D7701	VHD1SS119//-1	V	Diode 1SS119	AB	R6623	RVR-M4340GEZZ	V	47k(B) Bias Adj.
					07701		v	100k/P) Hood Sw. Point

Code

AB AC AB

AD AF

AA AB

AG AF

AB AC AB AB AE

AB AB

Page 88

Ref. No	. Part No.	*	r	Desc	ription	Code	Ref. N	ю.	Part No.	*	,	Descr	iption	Code
PW	B-F DUNT	ĸ	5167	TE	V4		C332	0	VCKYCY1HE103Z	v	0.01	50V	Ceramio
		1 X 841			• -T		C332	1	VCEAEM1CW476M	v	47	16V	Electrolytic
	VCHU			ภานก	luea)		C332	2	VCKYCY1HF103Z	v	0.01	50V	Ceramic
	CAP	Ά	CITOR	S			ъ C333	2	VCKYPA1HF103Z	v	0.01	50V	Ceramic
C2201	VCKYCY1HB681K	۷	680p	50V	Ceramic	AA	C333	З	VCKYPU1HF223Z	v	0.022	50V	Ceramic	AB
C2202	VCKYCY1HB391K	۷	′ 390p	50V	Ceramic	AA	C550	1	VCKYCY1HB332K	v	3300p	50V	Ceramic	AA
C2203	VCCCCY1HH270J	۷	27p	50V	Ceramic	AA	C550	з	VCKYCY1HF103Z	v	0.01	50V	Ceramic	AA
C2204	VCCCCY1HH150J	۷	15p	50V	Ceramic	AA	C550	4	VCEAEM0JW476M	٧	47	6.3V	Electrolvtic	AB
C2205	VCCCCY1HH330J	۷	' 33p	50V	Ceramic	AA	C550	5	VCKYD41HF473Z	V	0.047	50V	Ceramic	AA
C2206	VCCCCY1HH560J	۷	56p	50V	Ceramic	AA	C550	6	VCKYCY1HF103Z	V	0.01	50V	Ceramic	AA
C2208	VCCCCY1HH680J	V	68p	50V	Ceramic	AA	C550	8	VCKYCY1HF103Z	۷	0.01	50V	Ceramic	AA
C2209	VCKYCY1EF473Z	۷	0.047	25V	Ceramic	AB	C550	9	VCKYCY1EF153Z	۷	0.015	25V	Ceramic	AA
C2210	VCKYD41CY103N	۷	0.01	16V	Ceramic	AA	C551	С	VCEAEA1HW335M	۷	3.3	50V	Electrolytic	AB
C2211	VCCCCY1HH330J	۷	33p	50V	Ceramic	AA	C551	1	VCCSD41HL270J	۷	27p	50V	Ceramic	AA
C2212	VCEAEA1HW474M	V	0.47	50V	Electrolytic	AB	C551	2	VCKYD41CY103N	۷	0.01	16V	Ceramic	AA
C2213	VCKYCY1HB102K	۷	1000p	50V	Ceramic	AA	C551	3	VCKYCY1EF104Z	۷	0.1	25V	Ceramic	AA
C2214	VCKYCY1CF224Z	۷	0.22	16V	Ceramic	AA	C551	4	VCKYPA1HF223Z	۷	0.022	50V	Ceramic	AA
C2215	VCCCCY1HH101J	۷	100p	50V	Ceramic	AA	C551	5	VCKYCY1HF103Z	۷	0.01	50V	Ceramic	AA
C2216	VCCCPA1HH100D	۷	10p	50V	Ceramic	AA	C551	3	VCEAEA1EW475M	V	4.7	25V	Electrolytic	AB
C2217	VCEAEA1HW105M	۷	1	50V	Electrolytic	AB	C551	7	VCCCPA1HH150J	۷	15p	50V	Ceramic	AA
C2218	VCKYCY1HF103Z	V	0.01	50V	Ceramic	AA	C552	)	VCEAEA1HW474M	۷	0.47	50V	Electrolytic	AB
C2219	VCKYCY1HF223Z	۷	0.022	50V	Ceramic	AB	C552	1	VCKYCY1HF223Z	۷	0.022	50V	Ceramic	AB
C2220	VCEAEA1HW335M	V	3.3	50V	Electrolytic	AB	C552	2	VCEAEA1HW105M	۷	1	50V	Electrolytic	AB
C2221	VCKYCY1EF473Z	V	0.047	25V	Ceramic	AB	C552	3	VCEAEA1CW106M	۷	10	16V	Electrolytic	AB
C2222	VCKYD41HF104Z	V	0.1	50V	Ceramic	AA	C552	5	VCKYD41CY103N	۷	0.01	16V	Ceramic	AA
C2223	VCEAEA1HW335M	V	3.3	50V	Electrolytic	AB	C552	5	VCCSD41HL680J	۷	68p	50V	Ceramic	AA
C2224	VCEAEA1HW225M	V	2.2	50V	Electrolytic	AB	C552	7	VCCCCY1HH470J	۷	47p	50V	Ceramic	AA
02225	VCEAEA1CW106M	V	10	16V	Electrolytic	AB	C552	3	VCCCCY1HH560J	۷	56p	50V	Ceramic	AA
02226	VCEAEATHW4/4M	v	0.47	50V	Electrolytic	AB	C5529	•	VCEAEA1EW475M	۷	4.7	25V	Electrolytic	AB
C2227	VCKYCYTHF103Z	v	0.01	50V	Ceramic	AA	C5530	)	VCCCCY1HH121J	۷	120p	50V	Ceramic	AA
C2228		v	0.22	500	Electrolytic	AB	C553		VCCCCY1HH1R0C	۷	1p	50V	Ceramic	AA
02229		v	0.047	50V	Ceramic	AA	C5532	2	VCCCCY1HH470J	V	47p	50V	Ceramic	AA
C2230		v	47	5.3V	Electrolytic	AB	C553.	3	VCCCCY1HH470J	V	47p	50V	Ceramic	AA
C2234		v	0.017	500	Ceramic		0553	> •	VCCSD41HL220J	V	22p	50V	Ceramic	AA
C2235	VCEAEM1CW106M	v	10	161/	Electrolutio		C553.	Ś		V	0.01	50V	Ceramic	AA
C2236		v	0.1	501	Coramio		05540	,		v	0.01	50V	Ceramic	AA
C2237	VCCCCY1HH330.1	v	33n	50V	Ceramic	A A	C660-	-		v	180p	500	Ceramic	AA
C2238	VCCCCY1HH5B0C	v	5.0n	50V	Ceramic	ΔΔ ΔΔ	Ceeor			v	10	167	Electrolytic	AB
C2239	VCCCCY1HH560J	v	56p	50V	Ceramic	ΔΔ	C6602	.		v	10	161	Ceramic
C2240	VCKYCY1HB391K	v	390n	50V	Ceramic	AA	C0003	, ,		v	0.015	FOV	Electrolytic
C2242	VCCCCY1HH560J	v	56p	50V	Ceramic	AA	-0000 C660P			v	10	161/	Floatrolytic
C2244	VCCCCY1HH221J	v	220p	50V	Ceramic	AA	C6606			v	10 150n	501/	Coramio
C2267	VCKYCY1HB222K	v	2200p	50V	Ceramic	AA	C6607			v	270p	501	Ceramic	ΔA
C2268	VCKYCY1HB682K	v	6800p	50V	Ceramic	AA	C6608			v	270p	50V	Ceramic
C2269	VCKYCY1HF103Z	v	0.01	50V	Ceramic	AA	C6800			v	100p 30n	50V	Coramio	ΔΔ ΔΔ
C2270	VCEAEA1CW476M	٧	47	16V	Electrolvtic	AB	C6610	, ,		v	330n	50V	Ceramic
C2271	VCKYCY1HF103Z	v	0.01	50V	Ceramic	AA	C6611		VCEAEA1CW106M	v	10	16V	Electrolytic	ΔR
C3306	VCKYCY1HF223Z	v	0.022	50V	Ceramic	AB	C6613	,	VCKYCY1HB102K	v	1000n	501/	Ceramic
C3307	VCKYCY1HF223Z	v	0.022	50V	Ceramic	AB	C6614		VCKYPA1HB221K	v	220n	50V	Ceramic	ΔΔ
C3308	VCKYCY1EF104Z	v	0.1	25V	Ceramic	AA	C6615		VCOPYA2AA562.	v		1001/	Polypro Film	AC
C3309	VCKYCY1EF104Z	٧	0.1	25V	Ceramic	AA	C6617	. ,	VCQYTA1HM123K	v	0.012	50V	Mylar	AA
C3310	VCKYCY1HF223Z	v	0.022	50V	Ceramic	AB	C6618	,	VCEAEM1CW226M	v	22	16V	Electrolytic	AB
C3311	VCKYCY1HF223Z	v	0.022	50V	Ceramic	AB	C6619	١	VCEAEM1HW474M	v	0.47	50V	Electrolvtic	AB
C3312	VCKYCY1HF223Z	٧	0.022	50V	Ceramic	AB	C6620	١	VCKYCY1EF104Z	v	0.1	25V	Ceramic	AA
C3319	VCEAEM0JW476M	۷	47	6.3V	Electrolytic	AB	C6622	١	VCKYCY1EF104Z	v	0.1	25V	Ceramic	AA
					-

Page 89

Ref. No.	Part No.	*		Descri	ption	Code		Ref. No
PWF	B-E DUNTI	K	5167	TF\	/4		-	C8815	v
					/ - T			C8816	V
				ntin	uea)			C8817	B
C6623	VCEAEM1CW106M	۷	10	16V	Electrolytic	AB		C8818	V
C6624	VCEAGA1CW476M	۷	47	16V	Electrolytic	AB	ר	C8819	В
C6625	VCKYCY1HF103Z	۷	0.01	50V	Ceramic	AA		C8820	v
C6626	VCKYCY1HF103Z	٧	0.01	50V	Ceramic	AA		C8821	v
C6627	VCKYCY1CF224Z	٧	0.22	16V	Ceramic	AA		C8822	v
C6628	VCKYCY1EB822K	v	8200p	25V	Ceramic	AA		C8823	v
C6642	VCEAEA1HW105M	v	1	50V	Electrolytic	AB		C8824	v
C6643	VCOYTA1HM273K	v	0.027	50V	Mviar	AB		C8825	v
C6655	VCKYCY1HB102K	٧	1000p	50V	Ceramic	AA		C8826	v
C7701	VCKYCY1HF103Z	v	0.01	50V	Ceramic	AA		C8827	v
C7702	VCKYCY1HB102K	v	1000p	50V	Ceramic	AA		C8828	v
C7703	VCKYCY1HF103Z	v	0.01	50V	Ceramic	AA		C8829	v
C7704	VCKYCY1HB102K	v	1000p	50V	Ceramic	AA		C8830	v
C7705	VCKYCY1HF103Z	v	0.01	50V	Ceramic	AA		C8831	v
C7706	VCKYCY1HF103Z	v	0.01	50V	Ceramic	AA		C8837	v
C7708	VCKYCY1HF103Z	v	0.01	50V	Ceramic	AA		C8839	v
C7709	VCKYCY1HF103Z	v	0.01	50V	Ceramic	AA		C8840	v
C7713	VCKYCY1HB102K	v	1000p	50V	Ceramic	AA		C8852	v
C7714	VCKYCY1HB102K	v	1000p	50V	Ceramic	AA		C9931	v
C7715	VCE9EM1HW474M	v	0.47	50V	Elect. (N.P)	AC		C9932	v
C7716	VCKYCY1HF103Z	v	0.01	50V	Ceramic	AA		C9933	v
C7717	VCKYCY1HB102K	v	1000p	50V	Ceramic	AA		C9934	v
C7718	RC-KZ0019GEZZ	v	0.1	25V	Ceramic	AA		C9935	v
C7719	VCKYCY1HF103Z	v	0.01	50V	Ceramic	AA		0,0000	۰
C7720	VCEAEM1CW106M	V	10	16V	Electrolytic	AB
C7721	VCKYCY1HB102K	v	1000p	50V	Ceramic	AA		R2201	v
C7722	VCKYD41HB102K	v	1000p	50V	Ceramic	AA		B2202	v
C7723	VCKYCY1EF104Z	v	0.1	25V	Ceramic	AA		B2203	v
C7724	VCEAEA1CW476M	v	47	16V	Electrolytic	AB		B2204	v
C7725	VCKYCY1HB102K	v	1000p	50V	Ceramic	AA		R2205	v
C7726	VCEAEU1CW226M	٧	22	16V	Electrolytic	AB		R2206	v
C7727	VCEAEU1CW476M	٧	47	16V	Electrolytic	AB		R2207	v
C7728	VCKYCY1HF103Z	v	0.01	50V	Ceramic	AA		R2208	v
C7729	VCEAEM1CW106M	v	10	16V	Electrolytic	AB		R2209	v
C7730	VCKYCY1HF103Z	v	0.01	50V	Ceramic	AA		R2210	v
C7731	VCEAEM1CW476M	v	47	16V	Electrolytic	AB		R2211	v
C7732	RC-QZA682TAYJ	۷	6800p	50V	Mylar	AB		R2212	v
C7733	VCKYCY1HB681K	v	680p	50V	Ceramic	AA		R2213	v
C7739	VCE9EU1HW105M	٧	1	50V	Elect. (N.P)	AC		R2214	v
C7740	VCE9EU1HW105M	۷	1	50V	Elect. (N.P)	AC		R2215	v
C7741	VCKYCY1HB102K	٧	1000p	50V	Ceramic	AA		R2217	V
C7751	VCEAGA1CW477M	٧	470	16V	Electrolytic	AC		R2219	v
C7752	VCEAEA1CW106M	v	10	16V	Electrolytic	AB		B2220	v
C8801	VCKYCY1HF103Z	v	0.01	50V	Ceramic	AA		B2222	v
C8805	VCKYCY1EF104Z	v	0.1	25V	Ceramic	AA		B2223	v
C8806	RC-KZ0019GEZZ	v	0.1	25V	Ceramic	AA		B2224	v
C8807	VCKYCY1EF104Z	v	0.1	25V	Ceramic	AA		R2226	v
C8808	VCKYCY1HF103Z	v	0.01	50V	Ceramic	AA		B2228	v
C8809	VCEAEM1HW225M	v	2.2	50V	Electrolytic	AB		R2229	v
C8810	VCCCCY1HH220J	v	- 22p	50V	Ceramic	AA		B2230	v
C8811	VCCCCY1HH220J	v	22p	50V	Ceramic	AA		B2276	v
C8813	VCKYCY1HB102K	V	1000p	50V	Ceramic	AA		R2277	v
C8814	VCKYCY1HB102K	v	10000	50V	Ceramic	AA		R2278	v
		•							۷


8815	VCKYCY1HB102K	v	1000p	50V	Ceramic	АА
8816	VCKYCY1HB332K	v	3300p	50V	Ceramic	AA
8817	RC-KZ0019GEZZ	v	0.1	25V	Ceramic	AA
8818	VCEAEA1EW476M	v	47	25V	Electrolytic	AC
8819	RC-KZ0017GEZZ	v	0.047	25V	Electrolytic	Δ Δ
8820	VCE9EA1HW105M	v	1	50V	Elect (N P)	AC
8821	VCKYCY1EF473Z	v	0.047	25V	Ceramic	AB
3822	VCKYCY1HB102K	v	1000n	50V	Ceramic	ΔΔ
3823	VCKYCY1HE103Z	v	0.01	50V	Ceramic
3824	VCKYCY1HB102K	v	1000n	50V	Ceramic
3825	VCKYCY1HE103Z	v	0.01	50V	Ceramic	ΔΔ
3826	VCKYCY1HE103Z	v	0.01	50V	Ceramic	ΛΛ Λ Λ
3827	VCKYCY1HE103Z	v	0.01	50V	Ceramic	Λ Λ
3828		v	1000m	50V	Ceramio	~~
3829	VCKVCV1HB102K	v	10000	501	Ceramic	AA 4 4
2820		v	0.01	50V	Ceramio	**
3831		Ň	47	161/
2927	VCKVCV1UE1027	Ň	.47 0.01	501	Caramia
2027		v.	0.01	051/	Ceramic
2010		v	0.1	231	Ceramic	AA
2052		v	10005	500	Ceramic
3032	VCEAEA1CW106M	v	10000	161/	Ceramic
2022	VCEAEATOWTOOW	Ň	100	161/	Electrolytic	AB
1022	VCEAEATOWTON	Ň	100	161	Electrolytic	AC
1024		v	22 100n		Electrolylic
0025	VCEAEA1CW226M	v	100p	1617	Electrolytic
9933	VCEAEATCVV220IVI	v	22	100	Electrolylic	AB
	RES	IS.	TORS
201	VRD-RA2BE681J	v	680 1	/8W	Carbon	АА
202	VRS-CY1JF333J	V	33k 1	/16W	Metal Oxide	AA
2203	VRS-CY1JF103J	٧	10k 1	/16W	Metal Oxide	AA
2204	VRS-CY1JF561J	v	560 1	/16W	Metal Oxide	AA
2205	VRS-CY1JF392J	V	3.9k 1	/16W	Metal Oxide	AA
2206	VRS-CY1JF561J	v	560 1	/16W	Metal Oxide	AA
2207	VRS-CY1JF561J	v	560 1	/16W	Metal Oxide	AA
2208	VRS-CY1JF471J	V	470 1	/16W	Metal Oxide	AA
2209	VRS-CY1JF821J	V	820 1	/16W	Metal Oxide	AA
2210	VRS-CY1JF821J	V	820 1	/16W	Metal Oxide	AA
2211	VRS-CY1JF101J	v	100 1	/16W	Metal Oxide	AA
2212	VRS-CY1JF102J	v	1k 1	/16W	Metal Oxide	AA
2213	VRS-CY1JF222J	v	2.2k 1	/16W	Metal Oxide	AA
2214	VRS-CY1JF103J	v	10k 1	/16W	Metal Oxide	AA
2215	VRS-CY1JF222J	v	2.2k 1	/16W	Metal Oxide	AA
2217	VRS-CY1JF102J	v	1k 1	/16W	Metal Oxide	AA
2219	VRS-CY1JF122J	v	1.2k 1	/16W	Metal Oxide	AA
3220	VRS-CY1JF152J	v	1.5k 1	/16W	Metal Oxide	AA
2222	VRD-RA2BE101J	v	100 1	/8W	Carbon	AA
2223	VRD-RA2EE331J	v	330 1	/4W	Carbon	AA
2224	VRD-RA2BE820J	v	82 1	/8W	Carbon	AA
2226	VRS-CY1JF102J	v	1k 1	/16W	Metal Oxide	AA
2228	VRD-RA2BE102.	v	1k 1	/8W	Carbon	AA
2229	VRS-CY1JF103J	v	10k 1	/16W	Metal Oxide	AA
2230	VRS-CY1JF103J	v	10k 1	/16W	Metal Oxide	AA
2276	VRD-RA2BE103J	v	10k 1	/8W	Carbon	AA

2277	VRS-CY1JF222.1	v	2.2k 1	/16W	Metal Oxide	AA
2277	VRS-CY1JF222J VRS-CY1JF564J	v v	2.2k 1 560k 1	/16W /16W	Metal Oxide Metal Oxide	AA AA

Part No.

Description

Code

Page 90

Ref. No	. Part No.	*		Desci	ription	Code	Ref	. No	Part No.	*		Desci	ription	Cod
PW	B-E DUNT		516	7 T E	V4		R6	632	VRS-CY1JF473J	v	47k	1/16W	Metal Oxide	- AA
		INI	т /С	ontin			R6(	633	VRS-CY1JF472J	v	4.7k	1/16W	Metal Oxide	- AA
•••				Until			R6(	634	VRD-RA2BE470J	v	47	1/8W	Carbon	AA
R2279	VRS-CY1JF562J	V	5.6k	1/16W	Metal Oxide	AA	э R6(	635	VRS-CY1JF682J	v	6.8k	1/16W	Metal Oxide	AA
R2280	VRD-RA2BE682J	V	6.8k	1/8W	Carbon	AA	R66	636	VRD-RA2EE4R7J	v	4.7	1/4W	Carbon	AA
R2282	VRS-CY1JF473J	V	47k	1/16W	Metal Oxide	AA	R66	642	VRS-CY1JF153J	v	15k	1/16W	Metal Oxide
R2286	VRD-RA2BE395J	V	3.9N	1/8W	Carbon	AA	R66	643	VRS-CY1JF221J	v	220	1/16W	Metal Oxide
R3301	VRS-CY1JF000J	V	0	1/16W	Metal Oxide	AA	B77	701	See Controls
R3302	VRS-CY1JF681J	v	680	1/16W	Metal Oxide	AA	B77	702	VRS-CY1JF472J	v	4 7k	1/16W	Metal Oxide	۵۵
R3304	VRD-RA2BE122J	v	1.2k	1/8W	Carbon	AA	877	703	VRD-RA2BE472J	v	4.7k	1/8W	Carbon
R3305	VRS-CY1JF562J	V	5.6k	1/16W	Metal Oxide	AA	R77	704	VRS-CY1JF224J	v	220k	1/16W	Metal Ovide
R3306	VRS-CY1JF273J	V	27k	1/16W	Metal Oxide	AA	B77	705	VRS-CY1JF333J	v	33k	1/16W	Metal Oxide
R3307	VRS-CY1JF563J	V	56k	1/16W	Metal Oxide	AA	B77	706	VRS-CY1JF104J	v	100k	1/16W	Metal Oxide
R3309	VRS-CY1JF100J	V	10	1/16W	Metal Oxide	AA	877	707	VRS-CY1JF104J	v	100k	1/16W	Metal Oxide	ΔΔ
R3315	VRD-RA2BE223J	v	22k	1/8W	Carbon	AA	B77	708	VBD-BA2BE683.	v	68k	1/8W	Carbon	ΔΛ
R3316	VRS-CY1JF223J	v	22k	1/16W	Metal Oxide	AA	B77	710	VRS-CY1JF124.	v	120k	1/16W	Metal Ovida
R3333	VRD-RA2BE822J	v	8.2k	1/8W	Carbon	AA	B77	711	VBD-BA2BE103J	v	10k	1/8W	Carbon
R3334	VRD-RA2BE273J	v	27k	1/8W	Carbon	AA	B77	712	VBD-BA2BE274.	v	270k	1/8W	Carbon	ΔΔ
R3335	VRD-RA2BE102J	v	1k	1/8W	Carbon	AA	B77	715	VBS-CY1JE102.1	· v	1k	1/16W	Metal Ovida
R5501	VRS-CY1JF102J	v	1k	1/16W	Metal Oxide	AA	B77	/16	VRD-BA2BE102.1	v	1 k	1/8\/	Carbon
R5502	VRS-CY1JF821J	v	820	1/16W	Metal Oxide	AA	B77	17	VBS-CYLIE1021	v	1 1	1/16W	Metal Ovida	~~~
R5503	VRS-CY1JF472J	v	4.7k	1/16W	Metal Oxide	AA	B77	718	VBS-CY1JE223J	v	22k	1/16W	Motal Oxide	ΔΔ
R5506	VRS-CY1JF103J	v	10k	1/16W	Metal Oxide	AA	877	719	VBS-CY1.JE3941	v	3006	1/16W	Metal Oxide	~~
R5507	VRS-CY1JF103J	v	10k	1/16W	Metal Oxide	AA	B77	20	VBS-CY1.IF1021	v	11	1/16W	Motal Oxide	AA
R5508	VRS-CY1JF122J	v	1.2k	1/16W	Metal Oxide	AA	B77	21	VBS-CY1JE102J	v	1k	1/16W/	Metal Oxide	ΔΛ Δ Δ
R5510	VRS-CY1JF273J	v	27k	1/16W	Metal Oxide	AA	B77	23	VBS-CYTUE3331	v	2.34	1/161	Motal Oxide	•
R5513	VRD-RA2BE102J	v	1k	1/8W	Carbon	AA	B77	20	VBS-CY1JE2731	v	27k	1/16W/	Metal Oxide	~~~
R5514	VRS-CY1JF102J	v	1k	1/16W	Metal Oxide	AA	877	25	VBS-CV1 JE1021	v		1/16W	Motal Oxide	AA •
R5517	VRS-CY1JF222J	v	2.2k	1/16W	Metal Oxide	AA	B77	26	VBS-CY1JE1021	v	11	1/16W/	Metal Oxide	AA A A
R5523	VRD-RA2BE103J	v	10k	1/8W	Carbon	AA	B77	20	VRS-CV1JE4721	v	176	1/16W	Metal Oxide	- AA - AA
R5524	VRS-CY1JF561J	v	560	1/16W	Metal Oxide	AA	B77	28	VBS-CV1JE3931	v	30L	1/16W/	Metal Oxide	•
R5552	VRD-RA2BE221J	v	220	1/8W	Carbon	AA	B77	20	VBS-CV1 JE562 J	v	5 GV	1/161	Metal Oxide	~~
R6602	VRD-RA2BE223J	v	22k	1/8W	Carbon	AA	877	30	VBS-CY1JE223J	v	20k	1/16W	Metal Oxide	ΔΔ ΔΔ
R6605	VRS-CY1JF563J	v	56k	1/16W	Metal Oxide	AA	B77	31	VBS-CV1.JE6821	v	6.84	1/16/	Metal Oxide
R6607	VRS-CY1JF682J	v	6.8k	1/16W	Metal Oxide	AA	B77	32	VBS-CY1JE4731	v	17k	1/1614	Metal Oxide
R6608	VRS-CY1JF183J	v	18k	1/16W	Metal Oxide	AA	B77	33	VBS-CY1JE332J	v	3.3k	1/16W	Metal Oxide	ΔΔ
R6609	VRS-CY1JF333J	v	33k	1/16W	Metal Oxide	AA	877	34	VBD-BA2BE472.1	v	4.7k	1/8\//	Carbon	ΔΔ
R6610	VRS-CY1JF153J	v	15k	1/16W	Metal Oxide	AA	B77	35	VBS-CV1.JE273.1	v	276	1/16W	Motal Ovida	ΔΔ Δ Δ
R6611	VRS-CY1JF333J	v	33k	1/16W	Metal Oxide	AA	877	36	VBS-CY1.JE102.J	v	112	1/16W	Metal Oxide	ΔΔ
R6612	VRS-CY1JF683J	v	68k	1/16W	Metal Oxide	AA	B77	37	VBS-CY1JE681	v	680	1/16W	Metal Oxide
R6613	VRS-CY1JF683J	v	68k	1/16W	Metal Oxide	AA	R77	38	VBS-CY1JE332J	v	3 34	1/161	Motal Oxide	ΔA
R6614	VRS-CY1JF563J	v	56k	1/16W	Metal Oxide	AA	877	39	VBS-CY1.JE101.J	v	100	1/16\/	Metal Oxide	ΔΔ
R6615	VRS-CY1JF103J	v	10k	1/16W	Metal Oxide	AA	877	40	VBS-CY1 JE332 I	v	3.36	1/16\	Motal Oxide	•
R6616	VRS-CY1JF102J	v	1k	1/16W	Metal Oxide	ΔΔ	877	40 41	VBS-CV1 IE102E	v	10k	1/1614	Metal Oxide	ΔA
R6617	VRS-CY1JF223J	v	22k	1/16W	Metal Oxide	AA	B77	12	VRS-CV1 JE103E	v	104	1/161	Motal Oxide	AA A A
R6619	VRS-CY1JF473J	v	47k	1/16W	Metal Oxide	ΔΔ	D77	42		v	104	1/1614	Metal Oxide	AA • •
R6620	VRS-CY1JE100J	v	10	1/16W	Metal Oxide	ΔΔ		40 11		v		1/101	Metal Oxide	AA • •
B6621	VBS-CY1JE393J	v	39k	1/16W	Metal Oxide	ΔΔ	D77	44 15		v	106	1/1000
B6622	VBS-CY1JE332J	v	3.3k	1/16W/	Metal Oxide	ΔΔ Δ Δ		40		v	J.JK	1/1000	Metal Oxide	AA
R6623	See Controls	•	0.0N	17 1 1	motal Oxide	~~		47 02		v	0.0K	1/1000		AA A A
R6625	VRS-CY1.IE151.I	ν	150	1/1614	Motal Ovida	۵۸	H82	02		V	4.7K	1/10W		AA A A
R6626	VRS-CY1.IE2741	v	2704	1/16\4	Motol Oxide	~~ ^ ^	H82	03 04		V	I.OK	1/16W		AA • •
R6697	VBS-CV1 IE6921	v	E PL	1/1614		AA	H82	04 05	VHS-CY1JH102J	V	וא	1/16W	Metal Oxide	AA
Reeve	VBS-CV1 JE1021	v	0.0K	1/16\4/		AA A A	H82	05 44		V	1.5K	1/16W	Metal Oxide	AA
Deenn		V V	16	1/1 CVA		AA A A	H82	11 4 c	VRD-RA2BE181J	V	180	1/8W	Carbon	AA
0029		v	100	1/10/0		AA	R82	12	VHD-HA2BE271J	V	270	1/8W	Carbon	AA
10030	VII3-0110F2200	v	∠.∠IVl	WOIN	wetai Oxide	AA	R82	13	VHD-HA2BE331J	v	330	1/8W	Carbon	AA

Page 91

Ref. No.	F	Part No.	★		Descri	ption	Code
PWE	3-E	DUNT	K5	167	7TEV	4
		VCR UI	NIT	C(C	ontinu	ued)
R8214	VRD-	RA2BE331J	ν	330	1/8W	Carbon	AA
R8215	VRD-	RA2BE331J	٧	330	1/8W	Carbon	AA
R8805	VRS-	CY1JF183J	V	18k	1/16W	Metal Oxide	AA
R8806	VRS-	CY1JF153J	٧	15k	1/ 16W	Metal Oxide	AA
R8807	VRS-	CY1JF183J	ν	18k	1/16W	Metal Oxide	AA
R8808	VRS-	CY1JF103J	٧	10k	1/16W	Metal Oxide	AA
R8809	VRS-	CY1JF103J	ν	10k	1/16W	Metal Oxide	AA
R8810	VRS-	CY1JF102J	V	1k	1/16W	Metal Oxide	AA
R8814	VRS-	CY1JF102J	٧	1k	1/16W	Metal Oxide	AA
R8815	VRS-	CY1JF102J	v	1k	1/16W	Metal Oxide	AA
R8819	VRS-	CY1JF102J	٧	1k	1/16W	Metal Oxide	AA
R8820	VRS-	CY1JF103J	v	10k	1/16W	Metal Oxide	AA
R8822	VRS-	CY1JF103J	V	10k	1/16W	Metal Oxide	AA
R8823	VRS-	CY1JF103J	۷	10k	1/16W	Metal Oxide	AA
R8826	VRS-	CY1JF103J	ν	10k	1/16W	Metal Oxide	AA
R8828	VRS-	CY1JF102J	٧	1k	1/16W	Metal Oxide	AA
R8829	VRD-	RA2BE102J	٧	1k	1/8W	Carbon	AA
R8831	VRS-	CY1JF102J	۷	1k	1/16W	Metal Oxide	AA
R8832	VRD-	RA2BE102J	V	1k	1/8W	Carbon	AA
R8833	VRD-	RA2BE103J	۷	10k	1/8W	Carbon	AA
R8834	VRD-	RA2BE103J	٧	10k	1/8W	Carbon	AA
R8835	VRD-	RA2BE103J	۷	10k	1/8W	Carbon	AA
R8836	VRD-	RA2BE473J	۷	47k	1/8W	Carbon	AA
R8837	VRD-	RA2BE101J	۷	100	1/8W	Carbon	AA
R8838	VRS-	CY1JF684J	۷	680k	1/16W	Metal Oxide	AA
R8839	VRD-	RA2BE103J	۷	10k	1/8W	Carbon	AA
R8840	VRS-	CY1JF000J	۷	0	1/16W	Metal Oxide	AA
R8842	VRS-	CY1JF102J	۷	1k	1/16W	Metal Oxide	AA
R8843	VRD-	RA2BE102J	۷	1k	1/8W	Carbon	AA
R8847	VRS-	CY1JF102J	۷	1k	1/16W	Metal Oxide	AA
R8848	VRS-	CY1JF102J	۷	1k	1/16W	Metal Oxide	AA
R8849	VRS-	CY1JF102J	۷	1k	1/ 16W	Metal Oxide	AA
R8850	VRD-	RA2BE102J	۷	1k	1/8W	Carbon	AA
R8851	VRS-	CY1JF102J	۷	1k	1/16W	Metal Oxide	AA
R8853	VRS-	CY1JF102J	V	1k	1/16W	Metal Oxide	AA
R8854	VRS-	CY1JF822J	۷	8.2k	1/16W	Metal Oxide	AA
R8855	VRS-	CY1JF822J	۷	8.2k	1/16W	Metal Oxide	AA
R8856	VRD-	RA2BE102J	V	1k	1/8W	Carbon	AA
R8857	VRS-	CY1JF822J	۷	8.2k	1/16W	Metal Oxide	AA
R8858	VRD-	RA2BE102J	V	1 k	1/8W	Carbon	AA
R8859	VRD-	RA2BE102J	V	1k	1/8W	Carbon	AA
R8860	VRD-	RA2BE102J	۷	1k	1/8W	Carbon	AA
R8861	VRS-	CY1JF102J	۷	1k	1/16W	Metal Oxide	AA
R8862	VRS-	CY1JF102J	۷	1k	1/16W	Metal Oxide	AA
R8863	VRS-	CY1JF103J	V	10k	1/16W	Metal Oxide	AA
R8864	VRS-	CY1JF102J	V	1k	1/16W	Metal Oxide	AA
R8865	VRD-	RA2BE153J	V	15k	1/8W	Carbon	AA
R8866	VRD-	RA2BE221J	V	220	1/8W	Carbon	AA
R8867	VRS-	CY1JF154J	V	150k	1/16W	Metal Oxide	AA
R8868	VRS-	CY1JF103J	V	10k	1/16W	Metal Oxide	AA
R8869	VRS-	CY1JF473J	V	47k	1/16W	Metal Oxide	AA
R8870	VRD-	RA2BE103J	V	10k	1/8W	Carbon	AA
R8871	VRD-	HA2BE221J	۷	220	1/8W	Carbon	AA

Ref. No.	Part No.	★		Descrip	otion	Code
R8872	VRS-CY1JF154J	v	150k	1/16W	Metal Oxide	AA
R8873	VRS-CY1JF103J	v	10k	1/16W	Metal Oxide	AA
R8874	VRS-CY1JF473J	v	47k	1/16W	Metal Oxide	AA
R8875	VRS-CY1JF103J	v	10k	1/16W	Metal Oxide	AA
R8876	VRD-RA2EE151J	v	150	1/4W	Carbon	AA
R8877	VRD-RA2BE123J	v	12k	1/8W	Carbon	AA
R8878	VRD-RA2BE123J	v	12k	1/8W	Carbon	AA
R8879	VRD-RA2BE331J	v	330	1/8W	Carbon	AA
R8880	VRS-CY1JF154J	v	150k	1/16W	Metal Oxide	AA
R8881	VRD-RA2BE331J	v	330	1/8W	Carbon	AA
R8882	VRS-CY1JF154J	v	150k	1/16W	Metal Oxide	AA
∆ R8888	VRG-SC2EB2R2J	v	2.2	1/4W	Fuse Resisto	or AC
R8889	VRD-RA2BE102J	v	1k	1/8W	Carbon	AA
R8896	VRS-CY1JF822J	v	8.2k	1/16W	Metal Oxide	AA
▲ R9951	VRG-SC2EB2R2J	v	2.2	1/4W	Fuse Resisto	or AC
R9952	VRS-CY1JF223J	v	22k	1/16W	Metal Oxide	AA
R9953	VRD-RA2BE122J	v	1.2k	1/8W	Carbon	AA
R9954	VRS-CY1JF223J	v	22k	1/16W	Metal Oxide	AA
R9955	VRS-CY1JF223J	v	22k	1/16W	Metal Oxide	AA
R9956	VRS-CY1JF332J	v	3.3k	1/16W	Metal Oxide	AA
R9957	VRD-RA2BE103J	v	10k	1/8W	Carbon	AA
R9964	VRS-CY1JF272J	v	2.7k	1/16W	Metal Oxide	AA
	0.14
	SW		HES	5
S8201	QSW-K0002AJZZ	V		lear		AD
S8202	QSW-K0002AJZZ	V	REC			AD
S8203	QSW-K0002AJZZ	V	Soun	d Volum	e Down	AD
S8204	QSW-KUUU2AJZZ	v.	Soun	a volum	e up
58205	QSW-KUUU2AJZZ	v	Char		n
58206	QSW-KUUUZAJZZ	v	Unar	inei Up Tis		AD
56601	QSW-F0042AJZZ	v	nec.	пр		AG
FReed	MISCELLA	NE	OUS		S	40
FB8801	RBLN-0014GEZZ	V	Ferri	le Bead		AB
J8201	QJAKF0014CEZZ	V	Front	AV Jack		AE
P2205	QPLG20343GEZZ	V.	Piug	3-pin TP	2203-5	AA
P6601	QPLGZ0243GEZZ	V V	Piug	2-pin TP	6601-2
P8803	QPLGZU974GEZZ	v	Plug		) )	AD
P8804	QPLGN0247REZZ	V V	Plug	2-pin (El	) -\	AA
P8805	QPLGN0978GEZZ	v V	Plug	9-pin (Et	=)	AC
P8807	QPLGN0247REZZ	v	Plug	2-pin (Et	ב) - וי	AA
P8809	QPLGN1278GEZZ	V.	Plug	12-pin (E	-1)
P8811	QPLGN0578GEZZ	v	Plug	5-pin (E)		AD AA
P8851	QPLGN0373GEZZ	V	Plug	3-pin i Pa	3801-3	AA
P8852	QPLGN0273GEZZ	V	Plug	2-pin TP	8804-5
508802	QSOCN0794GEZZ	Ň	SOCK	et 7-pin (
508806		V	SOCK	eto-pin (	(CF) (CU)
SC8808		V	SOCK	et 4-pin (	(EH)
SLD330		V	SHIE	בט נוס
SLD330	HSLUM4450AJFW	V	SHIE
12208	QLUGPU101AJFW	V	Lug,	lest Poir	11. Latate ::	AB
W8801	LHLDZ1893AJ00	V	Start	Sensor I	Holder	AB
W8802	LHLDZ1893AJ00	V	End	Sensor H	iolaer
		V	CAS	LED HO	aer
		V	LEU	nuluer		AC

Page 92

Memo




























-





		,
	4


	٩



_

Page 93

37	٧	T-	1	2	Н

Ref. No.	Part No.	*	Description	Code	_	Ref. No
		•••				46
M	ECHANISM	Cł	HASSIS PARTS	5		47
1	LCHSM0155AJZZ	V	Main Chassis Ass'y	AZ	้า	48
2	NROLP0084AJZZ	۷	Supply Impedance Roller	AB		49
З	PGiDH0031AJFW	۷	Supply Impedance	AD		50
			Roller Frange			51
4	PGiDH0044AJZZ	۷	Supply Impedance	AD		52
			Roller Lower Frange	. –		53
5	NSFTL0563AJFW	V	Supply Impedance Roller Inner	AE		54 55
6	LPOLM0050GEZZ	J	Supply Pole Base Ass'y	AM
7	LPOLM0051GEZZ	J	Take-Up Pole Base Ass'y	AM		56
8	NROLP0110GEZZ	J	Guide Roller	AH		57
9	MLEVF0414AJZZ	V	Reverse Guide Lever Ass'y	AG		58
10	MSPRD0147AJFJ	۷	Reverse Guide Spring	AB		59
11	PSPAZ0391AJZZ	۷	Reverse Guide Spacer	AE
12	RHEDU0083GEZZ	J	Audio/Control Head	AR		60
13	MLEVF0415AJFW	۷	Audio/Control Head Arm	AC		61
14	MSPRD0148AJFJ	۷	Audio/Control Head	AB		62
	·		Arm Spring			63
15	MSPRC0189AJFJ	V	Azimuth Spring	AB		64
16	RHED10032GEZZ	J	Full Erase Head	AK		65
17	PSPAZ0392AJZZ	V	Audio/Control Head	AB
10		v	Arm Spacer	AC.		60 67
10	QFWBF4735A522	v J	Socket 8 nin	AC		70
20	NBI TK0065A-100	v	Reel Belt	AF		71
21	MLEVF0416GEZZ	Ĵ	Pinch Roller Lever Ass'v	AU
22	MLEVP0237AJZZ	V	Pinch Double Action	AD		72
			Lever			73
23	MLEVF0417AJZZ	۷	Pinch Drive Lever Ass'y	AG		74
24	NGERH1216AJZZ	۷	Pinch Drive Cam	AE		75
25	MLEVP0238AJZZ	۷	Open Lever	AC
26	MSPRT0377AJFJ	V	Pinch Double Action Spring	AC		76
28	MLEVF0418AJZZ	۷	Tension Arm Ass'y	AG
29	LBOSZ1001AJZZ	۷	Tension Arm Boss	AB
30	MSPRT0378AJFJ	۷	Tension Spring	AC
31	LBNDK1008AJZZ	V	Tension Band Ass'y	AG
32	NSFTP0032AJZZ	V	Tension Pole Adjust Cam	AB
33	NGERH121/AJ00	V	Master Cam	AE
34		v	Motor Pulley
30	NGERW1050AJZZ	v	Worm Wheel Gear	AC		٠
37	NGERH1218A.IZZ	v	Connect Gear	AC
38	LHI D71931A.IZZ	v	Loading Motor Block	AD
40	MSLiP0006AJZZ	v	Shifter	AH
41	MLEVF0419AJZZ	v	Shifter Drive Lever Ass'y	AG
42	NGERH1219AJZZ	v	Take-Up Loading Gear	AD
43	MLEVF0420AJZZ	v	Take-Up Loading Arm	AG
			Ass'y
44	NGERH1220AJZZ	۷	Supply Loading Gear	AC
45	MLEVF0422AJZZ	ν	Supply Loading Arm	AG
			Ass'y

ei. No.			Description	Code
6	CLEVP0239AJ00	v	Auto Head Cleaner Ass'y	AF
7	MSPRT0379AJFJ	۷	Loading Double Action	AB
			Spring
8	NDAiV1065AJ00	۷	Reel Disk	AB
9	MARMP0053AJZZ	۷	Reel Idler	AN
0	MLEVP0240AJZZ	۷	Clutch Lever	AB
1	NGERH1221AJZZ	۷	Clutch Gear Ass'y	AK
2	NPLYV0147AJZZ	۷	Reel Pulley Ass'y	AP
З	NGERH1224AJZZ	۷	Playback Gear	AD
4	MLEVP0241AJZZ	۷	Clutch Connect Arm	AB
5	MLEVP0252AJZZ	۷	Take-Up Main Brake	AK
			Ass'y
6	MLEVP0249AJZZ	۷	Take-Up Lock Lever	AC
7	MLEVP0253AJZZ	۷	Supply Main Brake	AH
			Lever Ass'y
8	MSPRT0380AJFJ	۷	Main Brake Spring	AB
9	NGERH1225AJZZ	۷	Cassette Housing	AD
			Control Drive Gear
0	PREFL1004AJZZ	۷	Light Guide	AD
51	MLEVP0250AJZZ	۷	Slow Brake Ass'y	AD
62	MSPRD0158AJFJ	۷	Slow Brake Spring	AB
3	RMOTN2051GEZZ	J	Capstan Motor	BD
64	RMOTM1062GEZZ	J	Loading Motor	AP
5	QCNW-0271AJZZ	۷	Lead Wire for Loading	AD
			Motor
6	QCNW-0155AJZZ	۷	FFC for Audio/Control	AF
57	QCNW-0247AJZZ	V	FFC for Drum Motor	AG
0	PGiDC0052GEFW	J	Drum Base	AK
'1	XBPSD30P08J00	J	Drum Base Mounting	AA
	000000000000000000000000000000000000000		Screw (SW3P+8S)
2	QBRSK0034GEZZ	J	Drum Earth Brush	AD
3	MSPRC0194GEFJ	J	Drum Earth Brush Spring	AA
′4	RMOTP1124GEZZ	J	Drum Drive Motor
5	XBPSD26P05J00	J	Drum Drive Motor	АА
			INIOUNTING SCIEW
		v	(SVV2.0P+SS)	BD
ю	DDRMWWW0141EX2	v		DF
			таа V

Page 94

Page 95

Ref. No.	Part No.	*	Description	Code	Ref. No.	Part No.	*	Description	Code

CASSETTE HOUSING CONTROL PARTS SCREWS. NUTS AND WASHERS

300	CHLDX3071TEV1	۷	Cassette Housing	AX
			Control Ass'y
301	LHLDX1024AJ00	v	Frame (L)	AG
302	LHLDX1025AJ00	v	Frame (R)	AG
303	NGERR3004AJFW	V	Drive Angle	AD
304	NGERR1006AJZZ	v	Double Action Rack	AC
305	MSPRT0381AJFJ	V	Double Action Spring	AC
306	MSLIF0070AJFW	V	Slider	AH
307	LHLDX1026AJ00	V	Holder (L)	AD
308	MLEVP0246AJ00	v	Proof Lever (L)	AB
309	MSPRD0150AJFJ	v	Proof Lever (L) Spring	AB
310	LHLDX1027AJ00	V	Holder (R)	AD
311	MSPRP0159AJFJ	V	Cassette Spring	AD
312	MLEVF0424AJFW	v	Proof Lever (R)	AC
313	MSPRD0151AJFJ	V	Proof Lever (R) Spring	AB
314	NGERH1242AJ00	V	Drive Gear (L)	AD
316	NGERH1227AJZZ	v	Drive Gear (R)	AD
317	MSPRD0153AJFJ	v	Drive Gear (R) Spring	AC
318	NGERH1228AJ00	V	Synchro Gear	AC
319	NSFTD0036AJFD	v	Main Shaft	AG
320	LANGF9570AJFW	V	Upper Plate	AH
321	MLEVP0247AJ00	V	Door Open Lever	AC
322	MLEVP0257AJ00	V	Sensor Lever	AB
323	MSPRT0382AJFJ	۷	Sensor Lever Spring	AB
324	XHPSD30P06WS0	J	C3P+6S (for Cassette	AA
			Housing Control)


١X	3	200	LX-XZ3030GEFD	J	Set Screw	AC
G		201	LX-BZ3095GEFD	J	Audio/Control Head	AA
١G		202	LX-BZ3096GEFD	J	Tilt Adjusting Screw	AA
٨D		203	XBPSD26P06000	J	Azimuth Adjusting	AA
AC					Screw (2.6P+6S)	,
AC		204	XHPSD26P08WS0	J	Screw, C2.6P+8S	AA
١Н					(For FE Head)
١D		206	XBPSD30P05J00	J	Screw, SW3P+5S	AA
١B					(For Loading Motor Block)
٩В		207	XHPSD26P06000	J	Screw, C2.6P+6S	AA
١D					(For Capstan Motor)
١D		208	XHPSD26P06WS0	J	Screw, C2.6P+6S	AA
٩C					(For Loading Motor
٩В					Angle Ass'y)
١D		209	XHPSD30P08WS0	J	Screw, C3P+8S	AA
١D					(For Drum Base)
١C		210	LX-NZ3046GEFW	J	X-Position Adjusting Nut	AB
٩C		211	LX-NZ3019GEZZ	J	Reverse Guide	AB
١G					Adjusting Nut
٨H		212	XNFSD40-31000	J	Audio/Control Head	AB
٨C					Adjusting Nut (M4)
\B ∖B		213	XNFSD20-16000	J	S.I. Roller Adjusting Nut (M2)	AA
۱A		214	XWHJZ52-05110	J	Washer, W5.2P-11-0.5	AB
					(Reel Height Adj.)
		215	XWHJZ52-03110	J	Washer, W5.2P-11-0.3	AB
					(Reel Height Adj.)
		216	XWHJZ52-04110	J	Washer, W5.2P-11-0.4	AB
					(Reel Height Adj.)
		217	XWHJZ52-06110	J	Washer, W5.2P-11-0.6	AB
		218	XWHJZ52-07110	J	Washer, W5.2P-11-0.7	AB
		219	XWHJZ31-02070		Washer, W3.1-7-0.25	AA
		220	LX-WZ1073GE00	J	Cut Washer,	AB
					CW4.5P-10-0.5
		221	LX-WZ1006GE00	J	Cut Washer,	AA
					CW2.6P-5.4-0.5
		222	LX-WZ1041GE00	J	Cut Washer, CW2.6P-6-0.5	AA
		223	XRESJ40-06000	J	E-Ring, E-4	AA
		229	XHPSD30P04WS0	J	Screw, C3P+4S	AA
					(For Class Broke Caring)

Page 96

Page 97

Ref. No.	Part No.	★	Description	Code
CABINET PARTS
1	CCABA2304WEV0	R	Front Cabinet Ass'y	BG
1~1	Not Available	-	Front Cabinet
1~2	GCOVA0052PESA	R	R/C Cover	AC
1~3	GDORF0156PESA	R	Door	AE
1~4	HBDGB0014PESB	R	Badge, "SHARP"	AE
1~5	HDECQ0050PESA	R	LED Decoration Plate	AD
1~6	HDECQ0066PESA	R	Decoration Cover, VCR Flap	AE
1~7	HINDP0203PESA	R	Indicator, Door	AF
1~8	JBTN-0155PESA	R	Button, Power	AC
1~9	JBTN-0161PESA	R	Button, Control-A	AF
1~10	JBTN-0162PESA	R	Button, Control-B	AF
1~11	LX-TZ3004CEFD	R	Screw	AA
1~12	MSPRC0005PEFW	R	Screw	AB
1~13	MSPRD0123AJFJ	R	Spring	AC
1~14	PKAi-0001PE00	R	Latch, Door	AF
1~15	PSPAH0023PE00	R	Spacer	AB
1~16	PSPAH0026PE00	R	Spacer	AD
1~17	PSPAH0051PE00	R	Spacer	AC
2	Not Used
3	GCABB2235PEKA	R	Rear Cabinet	BA
4	GCOVH0024PEZZ	R	Cover, AC Panel	AF
5	LHLDZ0074PEZZ	R	Holder	AC
6	TCAUA0002PEZZ	R	Caution Label	AB
7	TLABM1067PEZZ	R	Model Label	AD
8	Not Used
9	LCHSM0038PEZZ	R	Chassis Frame	AL
10	LX-TZ3004CEFD	R	Screw, x14 used	AA
11	PMAGF3006CEZZ	R	Purity Magnet	AK
▲ 12	QACCB5002PEZZ	R	AC Cord (ACC701)	AX
13	QEARC1414PEZZ	R	Grounding Strap	AK
14	VSP0080P-H3WA	R	Speaker (SP301)	AM
15	LHLDW0003PEKZ	R	Holder, x4 used	AB
16	LHLDW1033CE00	R	Holder, x4 used	AA
17	LHLDW1037PEZZ	R	Holder	AB
18	LHLDW1003PEZZ	R	Holder	AA
19	LX-TZ0013PEFD	R	Screw	AD
20	LX-TZ3019CEFD	R	Screw	AA
21	Not Used
22	PSPAG0004PEZZ	R	Wedge (Gum), x3 used	AB
24	XTASD40P20000	R	Screw, x8 used	AA
25	GCABB1153AJZZ	V	Frame	AQ
26	PSLDM4500AJFW	V	Top Shield	AU
27	PSLDM4489AJFW	V	Bottom Shield	AP
28	LX-HZ3001PEFD	V	Screw	AA
29	XHPSD30P06WS0	V	Screw	AA
30	XEBSD40P12000	۷	Screw	AA
31	XEBSD30P12000	. V	Screw	AA
32	LCHSM0040PEZZ	R	Chassis Frame	AG
33	LHLDW1019PEZZ	R -	Holder	AB
34	LHLDW1047PEZZ	н	Holder	AB

Ref. No.	Part No.	*	Description	Code
35	LHLDW0015PEKZ	R	Holder	AB
36	LHLDK0002PEK0	R	AC Cord Holder	AA
37	LHLDW1088GEZZ	R	Holder	AA
39	QCNW-1889PEZZ	R	Connecting Cord (S)	AH
40	RCORF0031CEZZ	R	Core, x2 used	AM
41	TLABS0024CEZZ	R	BEAB Label	AB
42	QANTL0007PEZZ	R	Loop Antenna	AT
43	LX-BZ3096CEFD	R	Screw, x2 used	AA
44	LANGK0050PEZZ	R	Angle, for 21-pin	AE
45	LX-CZ3001CEFD	R	Screw, x2 used	AA
46	PSPAZ0002PEZZ	R	Spacer	AC

Page 98

CABINET AND MECHANICAL PARTS

Page 99

Page 100

SHARP TVCR service manual / Схема, сервісна інструкція відеодвійки Service manual & schematics

SERVICE MANUAL SHARP

37VT-12H MODEL

FEATURE

CONTENTS

SPECIFICATIONS

OUTLINE OF THE PRODUCT

TYPECTION

VCR SECTION

IMPORTANT SERVICE NOTES

SERVICING OF HIGH VOLTAGE SYSTEM AND PICTURE TUBE

X-RAY

BEFORE RETURNING THE RECEIVER

LOCATION OF USER'S CONTROL

LOCATION OF USER'S CONTROL (Continued)

Remote Control Battery Installation

Before using the TELEVIDEO, prepare the Remote Control.

Location of Controls

DISASSEMBLY AND REASSEMBLY

TV SECTION

DISASSEMBLY AND REASSEMBLY (Continued)

SERVICING THE PWBs

ADJUSTMENT OF THE TV ELECTRICAL CIRCUITRY

• PRECAUTIONS

1. Calling the service mode

2. Clearing the service mode

3. Display in the service mode

SCREEN/BACKGROUND ADJUSTMENT

2. Background Adjustment

3. Focus Adjustment

HORIZONTAL/VERTICAL CIRCUIT ADJUSTMENT

PURITY ADJUSTMENT

Adjusting Conditions

Adjusting Procedures

Adjustment:

During the adjustment, keep the set facing the east.

CONVERGENCE ADJUSTMENT

This adjustment should be performed after the purity magnet adjustment.

Adjusting Procedures

STATIC CONVERGENCE

DYNAMIC CONVERGENCE

PERFORMANCE CHECK

1. A/V Output Checking

2. A/V Input Checking

3. Protector Performance Checking

4. Beam Protector Performance Checking

PERFORMANCE CHECK (Continued)

5. Blue Background Checking

6. Record Index Checking

PRECAUTIONS IN REASSEMBLING

MOUNTING THE CASSETTE CONTROLLER

COUPLING THE MECHANISM TO THE PWB

Parts to pay attention to:

FUNCTION OF MAJOR MECHANICAL PARTS (TOP VIEW)

FUNCTION OF MAJOR MECHANICAL PARTS (BOTTOM VIEW)

ADJUSTMENT, REPLACEMENT AND ASSEMBLY OF MECHANICAL UNITS

TOOLS NECESSARY FOR ADJUSTING THE MECHANICAL UNITS

MECHANICAL PARTS REQUIRING PERIODICAL INSPECTION

REMOVAL AND REASSEMBLY OF CAS-SETTE HOUSING CONTROL ASSEMBLY

Removal

Notes:

TO RUN A TAPE WITHOUT THE CAS-SETTE HOUSING CONTROL ASSEMBLY

Note:

REPLACEMENT AND HEIGHT CHECKING AND ADJUSTMENT OF REEL DISKS

• Removal (Supply and Take-up reel disks)

Notes:

• Reassembly (Take-up reel disk)

Note:

Height checking and adjustment Note:

Note:

Note:

CHECKING AND ADJUSTMENT OF TAKE-UP TORQUE IN FAST FORWARD MODE

Setting

Checking

Adjustment

Notes:

CHECKING AND ADJUSTMENT OF TAKE-UP TORQUE IN REWIND MODE

• Checking

Adjustment

Notes: