Clarion CJ-763E-01 Service Manual

Clarion Co., Ltd.

50 Kamitoda, Toda-shi, Saitama 335-8511 Japan
Service Dept.: 5-66 Azuma , Kitamoto-shi, Saitama 364-0007 Japan
Tel: [phone] / 2432 FAX: [phone]

Service Manual

CAMERA & MONITOR SYSTEM
6-inch Monitor

Correction day: 29.Sep.2005

Published by Service Dept.
298-6295-00

Printed in Japan

Sep.2005 P

12

SPECIFICATIONS

Video system: NTSC
Power voltage: DC 14.0/28.0 V

(DC 10.8-32.0 V)
Ground: Negative
Current consumption: 0.8 A or less (at DC 28.0 V)

1.5 A or less (at DC 14.0 V)
Power consumption: about 15 W
Timer operation: 300 ± 30 seconds
Video input signal: VS 1 Vp-p (75 ohm)
Ambient temperature during use:

−10℃ to 50℃

Vibration resistance: 4.4G or less
Monitor: 6" tube, 90
Central resolution:

400 TV lines or more (H)
300 TV lines or more (V)

Dimensions(mm): 155 (W) x 140 (H) x 170 (D)

6" 1/8 (W) x 5" 1/2 (H) 6" 11/16 (D)
(Not including mounting brackets,
andswitch protrusion)

Weight: About 1.7 kg

゜deflection B/W CRT

NOTE

* We cannot supply PWB with component parts in principle.

When a circuit on PWB has failure, please repair it by com­ponent parts base.
Parts which are not mentioned in service manual are not
supplied.

* Specifications and design are subject to change without

notice for further improvement.

* Please note that component life of CRT is clearly defined

in his owners manual as 3000 hours.
We normally recommend all of you to replace CRT after a
use of 3000 hours to maintain his product performance
well.

Model

CJ-763E-01

COMPONENTS

1. CJ-763E-01 ----------- 1

2. Sun visor 922-2286-02 1

3. Mounting bracket 922-2289-01 1

4. Parts bag (Bracket cover) 922-2290-01 1
4-1. Bracket cover ----------- 2

5. Power cord 652-0149-08 1
5-1. Fuse 3A 120-0030-00 1
5-2. Fuse 1A 120-0010-00 1

6. Owner's Manual 280-8219-00 1

7. Installation Manual 284-0215-00 1

8. Installation Manual 284-0215-01 1

9. Parts bag (Screw) 921-9319-02 1
9-1. M6 x 14 hex bolts with washer ----------- 6
9-2. M6 x 20 hex bolts with washer ----------- 4
9-3. M6 flanged hex nuts ----------- 4
9-4. 6 x 20 Self-tapping screws ----------- 4
9-5. Plate nuts

(for 6 x 20 self-tapping screws) ----------- 4

To engineers in charge of repair or inspection of our products.

Before repair or inspection, make sure to follow the
instructions so that customers and Engineers in
charge of repair or inspection can avoid suffering
any risk or injury.

1. Use specified parts.
The system uses parts with special safety features against
fire and voltage. Use only parts with equivalent character­istics when replacing them.
The use of unspecified parts shall be regarded as remod­eling for which we shall not be liable. The onus of product
liability (PL) shall not be our responsibility in cases where
an accident or failure is as a result of unspecified parts
being used.

- 1 -

CJ-763E

2. Place the parts and wiring back in their original positions
after replacement or re-wiring.
For proper circuit construction, use of insulation tubes,
bonding,gaps to PWB, etc, is involved. The wiring connec­tion and routing to the PWB are specially planned using
clamps to keep away from heated and high voltage parts.
Ensure that they are placed back in their original positions
after repair or inspection.
If extended damage is caused due to negligence during
repair, the legal responsibility shall be with the repairing
company.

3. Check for safety after repair.
Check that the screws, parts and wires are put back se­curely in their original position after repair. Ensure for safety
reasons there is no possibility of secondary ploblems
around the repaired spots.
If extended damage is caused due to negligence of repair,
the legal responsibility shall be with the repairing company.

4. Caution in removal and making wiring connection to the
parts for the automobile.
Disconnect the battery terminal after turning the ignition
key off. If wrong wiring connections are made with the bat­tery connected, a short circuit and/or fire may occur. If ex­tensive damage is caused due to negligence of repair, the
legal responsibility shall be with the repairing company.

5. Cautions regarding chips.
Do not reuse removed chips even when no abnormality is
observed in their appearance. Always replace them with
new ones. (The chip parts include resistors, capacitors,
diodes, transistors, etc). The negative pole of tantalum
capacitors is highly susceptible to heat, so use special care
when replacing them and check the operation afterwards.

6. Cautions in handling flexible PWB
Before working with a soldering iron, make sure that the
iron tip temperature is around 270

. Take care not to ap­ply the iron tip repeatedly(more than three times)to the
same patterns. Also take care not to apply the tip with force.

7. Turn the unit OFF during disassembly and parts replace­ment. Recheck all work before you apply power to the unit.

SAFETY PRECAUTION

PLEASE KEEP YOUR ATTENTION,AS BELOW
LISTED,WHEN DOING REPAIR AND
MAINTENAICE SERVICE.

1. To avoid the possible electrical shock or injury, and for con­tinued safety, the area in which attention should be paid
has CAUTION MARK on the cabinet, chassis or on the
part for the shop service.
Prior to attempting on the repair or maintenance service,
read those cautions.

2. !SHOCK HAZARDOUS HIGH VOLTAGE!
Inside the enclosure,so exposed high voltage points. Han­dling the bare chassis with power must be paid the highest
attention to avoide the electrical shock.

3. Use only approved parts:
Only selected parts, in voltage break-down, are designed
to use in the set and we are paying attention to keep the
maximum safety of the product. Use only those parts which
are identical in specifications for replacement.
The devices indicated with mark in the circuit diagram and
parts list are critical for continued safety. Use only those
parts which are approved by us for the replacement.

4. Handle gently the Cathode-Ray-Tube:
The CRT contains high vacuum pressure.
It is possible to shrink down,explosively,by mechanical
shocks to the CONE of CRT.
Be careful on the handling of naked CRT or servicing from
the back of CRT.
Replace with a CRT of the same type number for contin­ued safety.
Fragile glass picture tube is dangerous to handle.
Refer servicing to qualified service personal.

5. X-radiation:
This product includes critical mechanical and electrical part
witch are essential for X-radiation safety.
For continued safety replace critical components indicated
in the service manual only with exact replacement parts
given in the parts list.
Operating high voltage for this product is 9kV at zero beam
current.
Refer to service manual for measurement procedures and
proper service adjustment.

6. Identical placement of the parts and wires to the original:
Parts and wires placement is designed not to touch the
high temperature components and high voltage area by
using cable-tie.
Also keep the maximum anti-shocks performance, please
follow the original parts and wires placement when repair
and maintenance service.

7. Performance check:
Check if the screws, parts and wires which were removed
for repair and maintenance services,are returned to the
original position or not.
Do best for the continued safety!

CAUTIONS

Use of controls,adjustment, or performance of procedures
other than those specified herein, may result in hazardous
radiation exposure.
The Monitor should not be adjusted or repaired by anyone
except properly qualified service personnel.

BOTTM VIEW

This device compiles with Parts 15 of the FCC Rules.
Operation is subject to the following two conditions:
(1)This device may not cause harmful interference, and
(2)This device must accept any interference received,
Including interference that may cause undesired operation.
This production compiles DHHS Rules 21 CFR Subchapter
J applicable at date of manufacture.

This device compiles with Parts 15 of the FCC Rules.
Operation is subject to the following two conditions:
(1)This device may not cause harmful interference, and

(2)This device must accept any interference received,
Including interference that may cause undesired operation.
This production compiles DHHS Rules 21 CFR Subchapter
J applicable at date of manufacture.

- 2 -CJ-763E

ADJUSTMENT

Initial setting

1. Power supply voltage: DC14V, or DC28V

2. knob(Contrast): mechanical center of VR5

3. knob(Luminance): mechanical center of VR6

4. ZOOM/IRIS button: off

5. DIM button: make it bright

6. Forcus: set as the best point by VR7

Adjustment of DC+9.3V stabilized power supplyvoltage

1. Please connect a camera 1, in order to obtain exact voltage.

2. Press CAM1 button.

3. Connect the 2 pin of IC2(PQ30RV21) and using VR1, set the voltage to +9.3

Oscillation frequency

1. Open the camera input (no load).

2. Connect the frequency counter to Red lead wire(DY-H(-)) and Blue lead wire(DY-H(+)) on
deflection yoke.

3. Set to 15,750Hz

4. Connect the frequency counter to Green lead wire(DY-V(-)) and Yellow lead wire(DY-V(+)) on
deflection yoke.

5. Set to 54Hz

±250Hz by the horizontal oscillation frequency adjustment VR(VR2).

±3Hz by the vertical oscillation frequency adjustment VR(VR3).

Centering adjustment

1. Input the cross-hatch video signals(horizontal H=17, Vertical V=15: Leader test pattern) to the
Camera jack.

2. Press ON button and make sure that the cross-hatch signals are displayed as shown in Fig. 1.

3. In order to make adjustment easy, please contract a vertical screen by VR4.

4. Adjust to make the screen inclination flat with the deflection coil.
After the adjustment, fix it with the clamp tightening screw, and apply a screw lock.

* Fix the deflection coil and CRT without clearance between them.

5. Adjust the screen to be center by the centering magnet knob. After the adjustment, apply a
screw lock.

* There are two adjusting points. The point which has better linearity shall be the adjusting

point.

6. Extend the vertical screen using VR4.

±0.2V.

5

Fig. 1

Vertical screen adjustment

1. Input the cross-hatch video signals(horizontal H=17, Vertical V=15: Leader test pattern) to the
Camera jack.

2. Adjust the vertical cross hatch line tobe 12.0

Flyback transformer wave check

1. Input the cross-hatch video signals(horizontal H=17, Vertical V=15:Leader test pattern) to the
Camera jack.

2. The collector wave of Q27 shall be as shown in Fig. 2.

3. When the probe is set close to the flyback transformer, the high-voltage induction ringing shall
be 20% or less as shown Fig. 3.

±0.25(line) with VR4.

㧭

㧮

Induction ringing(%) = B/A x 100%

Check of the flyback transformer high voltage

1. It is confirmed that the monitor is turned off.

2. Connect a high voltage meter to the anode cap of the flyback transformer.

* The input impedance of the high voltage meter shall be least 1000M ohm.

3. Turn on the monitor.

4. DIM button is pushed and the screen is made dark.

5. Set Contrast VR(VR5) and Luminance VR(VR6) to the minimum(Ik=0uA), It is required to make the screen dark.

6. The voltage of the cap shall be within 9kV

±0.4kV.

Fig. 2

Fig. 3

- 3 -

CJ-763E

Adjustment of distance mark center position

* When the distance marks are set, press MARK button to

display the distance mark and mark an adjustment men­tioned in #6.

* When the distance mark is not set up, please perform the

adjustment and the check from #1 to #10.

1. Input the cross-hatch video signals(horizontal H=17, Verti­cal V=15: Leader test pattern) to the Camera jack.

2. Keep pressing MARK button for more than 2 seconds.
Display content " P0 ".

3. Press CAM1 button.
Display content " P1 ".

4. Press MARK button.
Display content " UD " " P1 ".

5. Press MARK button.
Display content " CAM1 " " 5 " .

6. Adjust TC1 to make the distance between A and B in Fig. 4
to be 2.0mm or less.

7. Keep press MARK button for more than 2 seconds.
Display content " P1 ".

EXPLANATION OF IC

051-1243-00 uPC1379C Synchronization Signal Processor for TV

uPC1379C is bipolar analog IC designed for mono-chrome TV and small
size color TV.

It contains synchronous signal separator, vertical deflection signal gener­ator, vertical power stage, and horizontal deflection signal generator.

12V

Vertical blanking signal

5

Voltage
Booster

12

Buffer

adjustment

11

Regulator

Horizontal
Pre-driver

Horizontal
Pre-driver

8

7

6

5

Vertical

Output

Shunt

9

output

Ground

Vout

Vcc

N.C.

Vertical

8

output

Vertical

6

Feedback

Power

10

supply

for

horizontal

section

Vertical Sync input

Vertical Synch

Separator output

Synch Separator

input

Horizontal AFC

input

1

16

15

14

2 3 4

Vertical

OSC

Synch

Separator

Horizontal

AFC

13

Horizontal

AFC

output

7

VCC

Horizontal

Horizontal

OSC

OSC
input

051-5308-00 NJM2233BM Single 2-input Video Switch

1

Vin 1

Switch

Vin 2

N.C.

L

2

H

3

4

A

B



Center line

5

Fig. 4

8. Please push ON button until "P0" is displayed.(14 times)
Display content " P0 ".

9. Press MARK button.
Display content " UD " " P0 ".

10.Press MARK button.
Display content " CAM1 " " 5 ".

chronization signal.

Or input an external clock (2fsc or 4fsc).
pin 3 : Xtal OUT : Connect the crystal.
pin 4: CTRL 1 : Inputs the crystal/oscillator selection signal.

Low = crystal oscillator mode.

High = external clock mode.
pin 5: BLANK : This terminal outputs the blank signal.
pin 6: OSC IN : Connect the coil and capacitor to form the os-

pin 7: OSC OUT : Connect the coil and capacitor to form the os-

pin 8: CHARA : Outputs the character signal.
pin 9: CS : Serial data input is enabled when low.
pin 10: S CLK : Serial data input clock input.
pin 11: S I N : Serial data input.
pin 12: VDD 2 : Analog system power supply.
pin 13: CV OUT : Composite video signal output.
pin 14: NC : Must be either connected to ground or left open.
pin 15: CV IN : Composite video signal input.
pin 16: VDD 1 : +5 V. Digital system power supply.
pin 17: SYN IN : Video signal input for the built-in sync separator

pin 18: SEP C : Sync separator circuit bias voltage monitor pin.
pin 19: SEP OUT : Built-in sync separator circuit composite sync sig-

pin 20: SEP IN : Inputs a vertical synchronization signal created

pin 21: CTRL 2 : NTSC/PAL-M switching input.

pin 22: CTRL 3 : SEPIN input control.

pin 23: RST : System reset input.
pin 24: VDD 1 : +5 V digital system power supply.

cillator that generates the dot clock.

cillator that generates the dot clock.

circuit.

nal output.

by integrating the SEP OUT pin output signal.

High = PAL-M format.

Low = NTSC format.

High = V-SYNC not input.

Low = V-SYNC input.

051-6451-90 LC74782JMH-9883-TLM

On-Screen Display Controller LSI for VCR Products

LC74782 displays characters and patterns on a TV screen under micro­processor control.

And LC74782 displays up to 12 lines of 24 characters, each in a 12x18
dot matrix.

Terminal Description

pin 1: VSS 1 : Digital system ground.
pin 2: Xtal IN : Connect the crystal to generate the internal syn-

051-9402-08 AT93C56W 2k bit EEP-ROM

Terminal Description

pin 1: CS : IN : The chip select command input.
pin 2: S CLCK : IN : Serial clock input.
pin 3 : SI : IN : Serial data input.
pin 4 : SO : O : Serial data output.
pin 5: GND : - : Ground.
pin 6: ORG : IN: Internal organization to decide the word

length.
pin 7: NU : - : Not in use.
pin 8 : VCC : - : Positive supply voltage.

- 4 -CJ-763E

052-3642-00 uPD780024ASGB-X46-8E System Controller

Terminal Description

pin 1: NC : IN : Not in use.
pin 2: NC : O : Not in use.
pin 3 : POWER ON : O : Power ON signal output.
pin 4 : AUS OUT : O : Video on signal output. When video manu-

pin 5: CAM 2 OUT : O : The second camera on signal output. When

pin 6: CAM 1 OUT : O : The first camera on signal output. When the

pin 7: DIMMER : O : Dimmer control signal output.
pin 8: EEP CS : O : The chip select signal output to the EEP-

pin 9: VSS 0 : - : LED power ground.
pin 10: VDD 0 : - : Positive voltage supply.
pin 11: EEP DI : IN : The serial data input from the EEP-ROM.
pin 12: EEP DO : O : The serial data output to the EEP-ROM.
pin 13: EEP CK : O : The clock pulse output to the EEP-ROM.
pin 14: SI : IN : Serial data input.
pin 15: OSD SO : O : The serial data output to the on screen dis-

pin 16: OSD SCK : O : The clock pulse output to the on screen

pin 17: OSD CS : O : The chip select signal output to the on

pin 18: CAM 1 A IN : IN : The first camera Auto Select input. Active

pin 19: DIM A IN : IN : Dimmer signal input. Meanwhile, when this

pin 20 : VDD : - : Positive voltage supply.
pin 21: A V SS : - : Negative voltage supply for analog section.
pin 22: CAM 2 A IN : IN : The second camera Auto Select input.

pin 23: PARKING :IN : The parking brake signal input.
pin 24: NC : O : Not in use.
pin 25: NC : O : Not in use.
pin 26: A Vref : IN : The reference voltage for internal ADC.

al operation selection SW or Auto Select is
detected, High is output.

the second camera manual operation selec­tion SW or Auto Select is detected, High is
output.

first camera manual operation selection SW
or Auto Select is detected, High is output.

ROM.

play IC.

display IC.

screen display IC.

Low.

terminal becomes Low when the first cam­era, the second camera or the video has
been selected, the dimmer signal output ter­minal becomes High.

Active Low.

pin 27: A VD D : - : Positive voltage supply for analog section.
pin 28: RESET : IN : Reset signal input.
pin 29 : X T 2 : - : Crystal connection.
pin 30 : X T 1 : - : Crystal connection.
pin 31: IC(VPP) : - : This terminal is connected directly with GND

pin 32: X 2 : - : The crystal connection.
pin 33: X 1 : - : The crystal connection.
pin 34 : VSS : - : Negative voltage supply.
pin 35: AUX M IN : IN : Video manual operation selection SW input.

pin 36: MARK M IN : IN : Mark display manual operation SW input.

pin 37: DIM M IN : IN : Dimmer manual operation SW input. Active

pin 38: IRIS M IN : IN : The ON/OFF switch of backlighting compen-

pin 39 : CAM 2 M IN : IN : The second camera manual operation selec-

pin 40 : CAM 1 M IN : IN : The first camera manual operation selection

pin 41: 23.7k PULSE : O : When this IC detects the electronic zoom

pin 42: 10.0k PULSE : O : When this IC detects the backlighting com-

pin 43: IRIS OUT : O : This terminal outputs High synchronizing

pin 44: ACC OFF : IN : Power-off signal input.
pin 45: M OFF : IN : When this IC detects the voltage descent,

pin 46 : I & Z O N : O : This terminal outputs L when both backlight-

pin 47: NC : O : Not in use.
pin 48: NC : O : Not in use.
pin 49: NC : O : Not in use.
pin 50: NC : O : Not in use.
pin 51: NC : O : Not in use.
pin 52: NC : O : Not in use.

at the operation mode usually.

Active Low.

Active Low.

Low.

sation is done if a high voltage that hangs
to this terminal is within at one second.
Moreover, the ON/OFF switch of an elec­tronic zoom is done for one second or more
a high voltage that hangs to this terminal.

tion SW input. Active Low.

SW input. Active Low.

function, 23.7kHz are output from this ter­minal.

pensation function, 10kHz are output from
this terminal.

with backlighting compensation pulse signal
output (10kHz).

the selection by manual each selection SW
is released.

ing compensation and an electronic zoom
functions are on.

BLOCK DIAGRAM

AUX
Video
input

Camera 1
input

Camera 2
input

J2

J3

J4

RY1,Q12,Q13

Camera switch

Q707,Q715,Q716

9V Control

IC5

Signal amp

Monitor
manual

operation

button

IC10,IC12

Reset

IC2,Q6

9V Power

supply

J1

Power input

Video switch

Q18,Q19

Q7,Q8,Q9,Q10,Q11

External control input

IC7

ZOOM signal

Each circuit
is supplied.

IC15

IC11

Monitor

Controller

IC8

Video amp

IC6

IRIS signal

IC3,IC4

5V Power

supply

Q1,Q2,Q3

Excessive voltage

prevention circuit

Q15,Q16

Video clamp

IC9,IC17

On screen

display

control

IC14

Flash Memory

Each circuit
is supplied.

DC-DC converter

IC7
Heater
output

IC1,Q4,Q5

(12V output)

IC13

Horizontal

Vertical

Synchronous

OSC.

Q24,Q25
Contrast

control

Q29

Video output

Q23,Q28

Bright control

CRT

T2

High

voltage

Q26,Q27

Horizontal

drive

Yoke

- 5 -

CJ-763E

EXPLODED VIEW/PARTS LIST

52

43

a

12

45

49

A

11

48

B

48

11

10

4

1 370-5571-05 Escutcheon 1
2 335-5011-02 Rear cover 1
3 382-4073-13 Button 1
4 373-0800-00 CRT Cover 1
5 313-1645-02 Heat sink 1
6 331-1771-00 PWB holder R 1
7 331-1772-00 PWB holder L 1
8 331-1770-01 CRT Holder 1

9 300-9769-00 DIN Bracket 2
10 290-8565-00 Protect label 1
11 345-7706-00 Double face tape 2
12 347-5314-00 Shade 4
13 060-0291-01 CRT 1
14 ----------- Soket PWB

(Without components) 1
15 652-0090-04 CRT Socket 1
16 652-0147-20 1M ohm B 1
17 286-6643-00 SET PLATE 1
18 ----------- Main PWB(Without components) 1
19 013-6002-50 Switch 7
20 016-9900-36 Variable resister 100k ohm 1
21 016-9900-35 Variable resister 500 ohm 1
22 652-0105-27 Power input connector 1
23 074-0892-05 Camera jack (DIN 5P) 2
24 652-0106-04 RCA Jack 1
25 652-0106-05 Fliback trans 1
26 652-0149-03 Conecting wire DY 1
27 652-0107-04 Tube 1
28 051-3220-00 IC PQ30RV21 1
29 102-4440-00 Transistor 2SC4440 1

C

D

50

45

1

33

44

35

31

A

7

B

G

H

E

R

T

12

16

15

56

L

38

A

B

14

57

55

54

13

47

R

T

12

3

27

12

18

41

36

34

42

K

32

43

C

8

D

25

26

40

37

5

G

H

P

N

C

6

D

I

J

F

Q

9

a

23

39

29

O

51

38

43

S

P

24

23

39

19

21

20

30

N

39

O

Note: All PWB consists of one piece of PWB.

E

K

28

I

L

43

J

22

46

Q

S

Correction day: 29.Sep.2005

17

M6X14 MAX

53

F

42

2

NO. PART NO. DESCRIPTION Q'TYNO. PART NO. DESCRIPTION Q'TY

30 331-1737-00 Terminal 2
31 313-1649-01 Power case 1
32 102-4549-00 Transistor 2SC4549 M,L,K 1
33 ----------- Switching PWB

(Without components) 1
34 652-0089-81 Coil 150uH 1
35 345-7716-00 Spacer 1
36 652-0107-03 Tube 1
37 335-5014-00 Lead holder(VH) 1
38 702-4012-11 Tapping screw 4 x 12 4
39 702-3008-80 Tapping screw 3 x 8 7
40 735-3008-10 D-Sems screw M3 x 8 1
41 716-1751-00 Screw M3 x 10 1
42 714-3006-89 Machine screw M3 x 6 2
43 732-3008-10 Sems screw M3 x 8 10
44 347-5277-00 Insulator 1
45 347-5297-00 Shade 4
46 331-1888-00 PWB bracket R 1
47 331-1889-00 PWB bracket L 1
48 347-5205-00 Double face tape 2
49 290-6413-00 Warning label 1
50 290-8575-00 Certification label 1
51 290-6597-00 X-Radiational Label 1
52 290-6603-00 Warning label 1
53 652-0161-01 E-MARK label 1
54 652-0088-01 Yoke 1
55 335-0833-01 Lead holder 2
56 335-5145-00 Lead holder 1
57 652-0149-13 Extension lead (FIG) 1

- 6 -CJ-763E

ELECTRICAL PARTS LIST

Main PWB Section(B1)

REF No. PART No. DESCRIPTION REF No. PART No. DESCRIPTION REF No. PART No. DESCRIPTION

C6 652-0148-24 16V 470uF
C7 652-0149-09 16V22uF
C8 652-0148-18 50V 1uF
C9 652-0148-20 16V 100uF
C10 168-1032-55 0.01uF K
C11 652-0148-24 16V 470uF
C12 168-1032-55 0.01uF K
C13 168-1032-55 0.01uF K
C14 652-0147-16 6.3V 2200uF
C15 652-0148-19 16V 10uF
C16 168-1032-55 0.01uF K
C17 168-1032-55 0.01uF K
C18 652-0148-23 16V 47uF
C19 168-1032-55 0.01uF K
C20 168-1032-55 0.01uF K
C21 168-1032-55 0.01uF K
C22 168-1022-55 1000pF K
C23 652-0148-20 16V 100uF
C24 652-0148-20 16V 100uF
C25 652-0148-19 16V 10uF
C26 168-1045-56 0.1uF Z
C27 652-0148-19 16V 10uF
C28 652-0148-18 50V 1uF
C29 652-0148-19 16V 10uF
C30 168-1822-55 1800pF K
C31 168-1822-55 1800pF K
C32 168-1045-56 0.1uF Z
C33 652-0148-20 16V 100uF
C34 652-0148-18 50V 1uF
C35 652-0148-19 16V 10uF
C36 652-0148-19 16V 10uF
C37 168-1032-55 0.01uF K
C38 652-0148-20 16V 100uF
C39 652-0148-18 50V 1uF
C40 168-1032-55 0.01uF K
C41 652-0148-18 50V 1uF
C42 652-0148-18 50V 1uF
C43 652-0148-23 16V 47uF
C44 168-2232-55 0.022uF K
C45 166-1201-50 12pF CH
C46 166-1201-50 12pF CH
C47 166-1201-50 12pF CH
C48 166-3901-50 39pF CH
C49 168-1222-55 1200pF K
C50 652-0147-19 50V 6.8uF BP
C51 652-0148-18 50V 1uF
C52 168-2232-55 0.022uF K
C53 652-0148-23 16V 47uF
C54 652-0148-14 16V 10uF
C55 168-1032-55 0.01uF K
C56 652-0148-22 10V 33uF
C57 168-1045-56 0.1uF Z
C58 168-1045-56 0.1uF Z
C59 168-1045-56 0.1uF Z
C60 168-1032-55 0.01uF K
C61 168-1032-55 0.01uF K
C62 652-0148-18 50V 1uF
C63 168-3332-78 0.033uF K
C64 168-3332-78 0.033uF K
C65 652-0148-23 16V 47uF
C66 652-0148-21 50V 2.2uF
C67 168-3332-78 0.033uF K
C68 168-1032-55 0.01uF K
C69 168-1032-55 0.01uF K
C70 652-0105-16 100V 0.0056uF
C71 652-0148-23 16V 47uF
C72 652-0148-18 50V 1uF
C73 652-0148-20 16V 100uF
C74 652-0148-24 16V 470uF
C75 168-4722-55 4700pF K
C76 042-0397-59 35V 1uF(TAN)

C77 652-0147-15 16V 1000uF
C78 652-0148-20 16V 100uF
C79 652-0148-22 10V 33uF
C80 652-0147-15 16V 1000uF
C81 168-6835-56 0.068uF Z
C82 652-0148-23 16V 47uF
C83 166-3901-50 39pF CH
C84 652-0148-20 16V 100uF
C85 168-1022-55 1000pF K
C86 168-2222-55 2200pF K
C87 652-0148-18 50V 1uF
C87 652-0148-30 1/4W 39 ohm
C88 652-0148-24 16V 470uF
C89 652-0148-25 25V 470uF
C90 652-0089-73 250V 0.022uF
C91 652-0090-10 250V 0.068uF
C92 652-0089-74 630V 0.022uF
C93 652-0148-17 160V 3.3uF
C95 652-0148-16 400V 2.2uF
C97 168-1032-55 0.01uF K
C98 168-1032-55 0.01uF K
C99 168-1022-55 1000pF K
C100 168-2222-55 2200pF K
C101 168-2222-55 2200pF K
C102 168-2222-55 2200pF K
C103 168-2222-55 2200pF K
C105 168-2222-55 2200pF K
C106 168-2222-55 2200pF K
C107 168-1045-56 0.1uF Z
C108 652-0148-18 50V 1uF
C109 166-8211-50 820pF
C110 166-8211-50 820pF
C111 652-0148-19 16V 10uF
CCT1 050-0145-55 1/16W 10k ohm x4
CCT2 050-0145-55 1/16W 10k ohm x4
CCT3 050-0145-55 1/16W 10k ohm x4
D5 001-0517-90 1SS355
D6 001-0517-90 1SS355
D7 001-2403-90 M1F60
D8 001-0517-90 1SS355
D9 001-2410-90 D3F60
D10 001-0517-90 1SS355
D11 001-0517-90 1SS355
D12 001-0517-90 1SS355
D13 001-0517-90 1SS355
D14 001-2403-90 M1F60
D15 001-0517-90 1SS355
D16 001-0517-90 1SS355
D17 001-0517-90 1SS355
D18 001-0517-90 1SS355
D20 001-0517-90 1SS355
D20 001-2403-90 M1F60
D21 001-2403-90 M1F60
D22 001-2403-90 M1F60
D23 001-2403-90 M1F60
D24 001-2006-90 1R5GU41
D25 001-2006-90 1R5GU41
D26 001-2006-90 1R5GU41
D27 001-2005-90 OR8GU41
D28 001-2007-90 1NU41
D29 001-9203-00 TNR20V390
FIL3 060-3115-52 CKD310JB1C474ST
FIL4 060-3115-52 CKD310JB1C474ST
IC2 051-3220-00 PQ30RV21
IC3 051-0352-91 TA78L05F
IC4 051-0352-91 TA78L05F
IC5 051-2021-90 NJM386BM
IC6 051-3040-90 NJM2125F
IC7 051-5308-00 NJM2233BM
IC8 051-1621-90 MM1031XM
IC9 051-6451-90 LC74782JMH

Note) Several different parts of the same reference number are alternative parts.

One of those parts is used in the set.
All PWB consists of one piece of PWB.

IC10 051-9402-08 AT93C56
IC11 052-3642-00 uPD780024ASGB-

X46-8E
IC12 051-5417-08 S-80927CNMC-G8X
IC13 051-1243-00 uPC1379C
IC14 051-5420-08 S-80943CNMC-G9D
IC15 051-3040-90 NJM2125F
J1 652-0105-27 Power socket 8P
J2 652-0106-04 RCA Jack
J3 074-0892-05 DIN 5P
J4 074-0892-05 DIN 5P
L3 010-3070-56 10.5uH
L4 010-3014-66 220uH
L5 010-3407-68 NLV32 33uH J
L6 010-2285-85 150 ohm/100MHz
L7 010-2285-85 150 ohm/100MHz
L8 010-2285-85 150 ohm/100MHz
L9 010-3407-68 NLV32 33uH J
L10 010-3407-68 NLV32 33uH J
L11 010-3407-68 NLV32 33uH J
L12 010-3104-53 220 ohm/100MHz
L13 652-0088-42 7uH
L15 010-3407-68 NLV32 33uH J
L16 010-3104-53 220 ohm/100MHz
L17 010-3104-53 220 ohm/100MHz
L18 010-3104-53 220 ohm/100MHz
L19 010-3407-68 NLV32 33uH J
P3 652-0089-53 4P
PRT1 051-6903-28 IC Protector
Q6 192-4116-50 2SC4116 Y,G
Q7 192-4116-50 2SC4116 Y,G
Q8 192-4116-50 2SC4116 Y,G
Q9 192-4116-50 2SC4116 Y,G
Q10 190-1586-00 2SA1586 O,Y,G
Q11 125-2004-92 RN1402
Q12 100-1213-00 2SA1213
Q13 192-4116-50 2SC4116 Y,G
Q14 125-2004-92 RN1402
Q15 192-4116-50 2SC4116 Y,G
Q16 192-4116-50 2SC4116 Y,G
Q17 192-4116-50 2SC4116 Y,G
Q18 192-4116-50 2SC4116 Y,G
Q19 125-2004-92 RN1402
Q23 125-2004-92 RN1402
Q24 192-4116-50 2SC4116 Y,G
Q25 125-2004-92 RN1402
Q26 192-3265-00 2SC3265 O,Y
Q27 102-4440-00 2SC4440
Q28 192-4116-50 2SC4116 Y,G
R17 119-1031-15 1/10W 10k ohm
R18 119-2231-15 1/10W 22k ohm
R19 119-5621-15 1/10W 5.6k ohm
R20 119-3921-15 1/10W 3.9k ohm
R21 119-2731-15 1/10W 27k ohm
R22 652-0148-28 1/4W 100 ohm
R23 652-0148-30 1/4W 39 ohm
R24 119-1531-15 1/10W 15k ohm
R25 119-3321-15 1/10W 3.3k ohm
R26 119-1531-15 1/10W 15k ohm
R27 119-3321-15 1/10W 3.3k ohm
R28 119-1531-15 1/10W 15k ohm
R29 119-3321-15 1/10W 3.3k ohm
R30 119-1831-15 1/10W 18k ohm
R31 119-1831-15 1/10W 18k ohm
R32 119-5621-15 1/10W 5.6k ohm
R33 652-0149-10 1/4W 470 ohm
R34 652-0149-12 1/4W 680 ohm
R35 119-1041-15 1/10W 100k ohm
R36 119-4731-15 1/10W 47k ohm
R37 119-3921-15 1/10W 3.9k ohm
R38 119-3301-15 1/10W 33 ohm

REF No. PART No. DESCRIPTION REF No. PART No. DESCRIPTION REF No. PART No. DESCRIPTION

R39 119-1021-15 1/10W 1k ohm
R40 119-2731-15 1/10W 27k ohm
R41 119-3931-15 1/10W 39k ohm
R42 119-4731-15 1/10W 47k ohm
R43 119-2231-15 1/10W 22k ohm
R44 119-1031-15 1/10W 10k ohm
R45 119-4721-15 1/10W 4.7k ohm
R46 119-1821-15 1/10W 1.8k ohm
R47 119-1031-15 1/10W 10k ohm
R49 119-1531-15 1/10W 15k ohm
R50 119-7501-15 1/10W 75 ohm
R51 119-7501-15 1/10W 75 ohm
R52 652-0149-11 1/4W 4.7 ohm
R53 652-0149-11 1/4W 4.7 ohm
R54 119-2211-15 1/10W 220 ohm
R55 119-3921-15 1/10W 3.9k ohm
R56 119-3311-15 1/10W 330 ohm
R57 119-0000-05 1/10W 0 ohm JW
R58 119-2211-15 1/10W 220 ohm
R59 119-2731-15 1/10W 27k ohm
R60 119-2231-15 1/10W 22k ohm
R61 119-4711-15 1/10W 470 ohm
R62 119-4721-15 1/10W 4.7k ohm
R63 119-1021-15 1/10W 1k ohm
R64 119-1031-15 1/10W 10k ohm
R65 119-0000-05 1/10W 0 ohm JW
R66 119-0000-05 1/10W 0 ohm JW
R67 119-0000-05 1/10W 0 ohm JW
R68 119-6811-15 1/10W 680 ohm
R69 119-0000-05 1/10W 0 ohm JW
R71 119-1041-15 1/10W 100k ohm
R72 119-1041-15 1/10W 100k ohm
R73 119-1031-15 1/10W 10k ohm
R73 119-1031-15 1/10W 10k ohm
R75 119-4701-15 1/10W 47 ohm

R76 119-6831-15 1/10W 68k ohm
R77 119-2211-15 1/10W 220 ohm
R78 119-1011-15 1/10W 100 ohm
R79 032-0125-00 1/4W 15k ohm
R80 119-1331-15 1/10W 13k ohm
R81 119-5621-15 1/10W 5.6k ohm
R82 652-0148-29 1/4W 330 ohm
R83 119-2231-15 1/10W 22k ohm
R84 119-4721-15 1/10W 4.7k ohm
R85 119-1831-15 1/10W 18k ohm
R86 119-1831-15 1/10W 18k ohm
R88 119-3331-15 1/10W 33k ohm
R89 119-1531-15 1/10W 15k ohm
R90 119-2731-15 1/10W 27k ohm
R91 119-1821-15 1/10W 1.8k ohm
R92 119-3911-15 1/10W 390 ohm
R93 114-3391-11 1W 3.3 ohm
R94 119-2211-15 1/10W 220 ohm
R95 119-1031-15 1/10W 10k ohm
R96 119-1531-15 1/10W 15k ohm
R97 119-2711-15 1/10W 270 ohm
R98 119-2231-15 1/10W 22k ohm
R99 119-2211-15 1/10W 220 ohm
R100 119-1031-15 1/10W 10k ohm
R101 119-5621-15 1/10W 5.6k ohm
R102 652-0148-31 1/4W 47 ohm
R103 114-3901-11 1W 39 ohm
R104 119-5631-15 1/10W 56k ohm
R105 111-1091-81 1/2W 1 ohm
R106 119-1031-15 1/10W 10k ohm
R107 652-0088-49 1/4W 22k ohm
R108 652-0088-50 1/4W 47k ohm
R109 032-0101-89 1/2W 180k ohm
R110 032-0101-90 1/2W 820k ohm
R117 119-6811-15 1/10W 680 ohm

R118 119-2211-15 1/10W 220 ohm
R120 119-1031-15 1/10W 10k ohm
R121 119-1031-15 1/10W 10k ohm
R122 119-1531-15 1/10W 15k ohm
R123 119-4731-15 1/10W 47k ohm
R124 119-1021-15 1/10W 1k ohm
R125 119-1521-15 1/10W 1.5k ohm
R126 119-2731-15 1/10W 27k ohm
R127 119-2231-15 1/10W 22k ohm
R128 119-4721-15 1/10W 4.7k ohm
R129 119-3931-15 1/10W 39k ohm
RY1 014-0565-01 Relay
S1 013-6002-50 SKHVBC 6 x6
S2 013-6002-50 SKHVBC 6 x6
S3 013-6002-50 SKHVBC 6 x6
S4 013-6002-50 SKHVBC 6 x6
S5 013-6002-50 SKHVBC 6 x6
S6 013-6002-50 SKHVBC 6 x6
S7 013-6002-50 SKHVBC 6 x6
T1 652-0089-52 Drive trans
T2 652-0106-05 Fliback trans
TC1 004-1580-10 30pF GRN
TR1 009-9002-00 1mH
VR1 012-3808-02 1k ohm B
VR2 012-3808-05 4.7k ohm B
VR3 012-3808-06 10k ohm B
VR4 012-3808-01 470 ohm B
VR5 016-9900-35 500 ohm
VR6 016-9900-36 100k ohm
X1 060-1037-90 8MHz
X2 061-1086-50 14.31818MHz
PWB 652-0149-15 PWB(Without

components)

Switching PWB Section(B2)

REF No. PART No. DESCRIPTION REF No. PART No. DESCRIPTION REF No. PART No. DESCRIPTION

C1 652-0148-38 35V 10uF
C2 652-0148-18 50V 1uF
C3 652-0147-14 35V 470uF
C4 166-1511-50 150pF CH
C5 652-0147-13 16V 470uF
D1 001-0517-90 1SS355
D2 001-4305-32 UDZSTE-17 18B
D3 001-4301-21 HZU3.9B2
D4 652-0148-39 30DF2
IC1 051-1508-90 M5291FP
L1 652-0089-76 EMI Coil
L2 652-0089-30 120uH

Q1 192-4116-50 2SC4116 Y,G
Q2 190-1586-00 2SA1586 O,Y,G
Q3 192-4116-50 2SC4116 Y,G
Q4 652-0148-41 2SA1313 Y
Q5 102-4549-00 2SC4549 M,L,K
R1 119-3321-15 1/10W 3.3k ohm
R2 119-1031-15 1/10W 10k ohm
R3 119-2211-15 1/10W 220 ohm
R4 119-1031-15 1/10W 10k ohm
R5 119-2211-15 1/10W 220 ohm
R6 119-1021-15 1/10W 1k ohm
R7 119-1031-15 1/10W 10k ohm

R8 119-1031-15 1/10W 10k ohm
R9 652-0089-78 1/2W 0.15 ohm
R10 652-0089-78 1/2W 0.15 ohm
R11 652-0148-37 1/4W 2.2k ohm
R12 119-1521-15 1/10W 1.5k ohm
R13 652-0105-20 1/4W 1.5k ohm
R14 652-0105-20 1/4W 1.5k ohm
R15 119-8221-15 1/10W 8.2k ohm
R16 652-0105-17 1/4W 27 ohm
R119 119-1221-15 1/10W 1.2k ohm
PWB 652-0149-15 PWB(Without

components)

Socket PWB Section(B3)

REF No. PART No. DESCRIPTION REF No. PART No. DESCRIPTION REF No. PART No. DESCRIPTION

C96 652-0089-86 100V 0.22uF
L14 652-0089-81 150uH
P4 652-0089-82 2P
P5 652-0090-04 CRT Socket
Q29 102-3620-00 2SC3620

R111 652-0089-83 1W 5.6k ohm
R112 652-0148-32 1/4W 10k ohm
R113 032-0101-01 1/2W 100k ohm
R114 652-0105-20 1/4W 1.5k ohm
R115 652-0088-54 1/2W 470k ohm

R116 652-0088-53 1/2W 120k ohm
VR7 652-0147-20 1M ohm B
PWB 652-0149-15 PWB(Without

components)

CJ-763E

A

- 8

0.15

1

2

3

4

5

6

1

1 2 2 3 3

BC

CIRCUIT DIAGRAM:

Main PWB(B1) / Switching PWB(B2) / Socket PWB(B3) Section:

7

J3

CAMERA 1

11.5V

355
S

1S

PKB

C-2

A

/400m

L4

220uH

16V

24
C

100

D10

1SS355

19
C

0.01

D11

1SS355

20

0.01

C

D12

1SS355

1

21

.0
0

C

R30
18K

2SA1586

DIM

5

1

RB

Q10

9.2V

R31

18K

Camera 1 jack

Connection

No.

Video signal

1

DC +9V

2

DC +12V

3

Video GND

4

GND

5

R52

1/4W-4.7 1/4W-4.7

C36

16V

10

3V

0V

3V

0V

00p

75

22

51

106

R

C

D14

M1F60

RY1(1/3)

Q12

2SA1213

9.3V

R32

5.6K

8.7V

-470

33
R

1/4W

-680

34
R

35

1/4W

5

R

35

15

S

Q13

D

1S

2SC4116

0V

0.6V

0V

25

16V

C

10

Q7

2SC4116

15K

R28

R24
15K

R26
15K

25
R

27
R

9
2
R

0V

K
.3

3

2SC4116

K
.3

3

2SC4116

3.3K

11.5V

RN1402

29
D

A18

0V

5V

0V

Q8

A22

0V

5V

0V

Q9

A19

0V

5V

0V

Q11

A23

5V

0V

0p

22
C

100

N

0K
10

47K

36
R

J2
AUX
Video input

J2(1/2)

C99

1000p

FIL3

6

11.5V

FIL4

L6

CAMERA 1

3

J3

2

C100

9V

2200p

CAMERA 2

3

J4

2

C101

9V

2200p

PRT1

ICP-S1.2

4455

5

S1

S2

S3

S4

S5

4

S6

S7

3

C35

10 16V

05

5

50

7

R

C1

2200p

L7

1

1

RY1(2/3)

L8

RY1(3/3)

M41

M40

M39

M38

M37

M36

M35

L16

L17

L18

J1

POWER

Power input

connector

Connection

No.

Revers

1

Camera 2

2

2
3
4
5
6
7
8

N.C.
GND
Dimmer
Parking
N.C.
ACC

ACC

GND

3
1
D

J1

NC

8

7

6
2

4

3

NC

1

CAMERA 2

Camera 2 jack

Connection

No.

Video signal

1

DC +9V

2

DC +12V

3

Video GND

4

GND

5

R53

7

IC

M

B

2233

JM

1

8

2

7

3

6

4

5

C23

100

16V

Q14

RN1402

0V

9
D

3F60
D

0V

2.3V

5V

37
C

J4

1

0.0

0V

TR1

1MH/3A

C39

1 50V

38
C

L15

33uH

38
R

28
C

ZOOM

23.7kHz

10kHz

33uF

2.3V

0V

16V

100

33

50V
1

IRIS

L5

L19

33uF

R22

1/4W-100

p

02

00

1
C

22

103

M

M

3

4

4.4V

9.3V

16V

33
C

100

0K
1

4
R4

10K

20
1
R

R23

1/4W-39

8

IC

1X

0.1
6

2
C

5.6V

9.3V

5.6V

5.6V

0.1

107
C

D8

1SS355

RED

BLK

M

2

1

40

0.01

C

5

6
7

IC5

8

NJM386B

NJM2125F

4

5

32

0.1

C

34

50V

C

1

IC15

NJM2125F

4

5

108

C
1
50V

C11
470
16V

C15
10
16V

27V

IC6

1
R

0V

5V

10.8V

2SA1586

3.3K

2SC4116

4

3
2

1

1.9V

R2

27V

9.5V

Q2

Q1

0V

0V

0V

3

2

1

3

2

1

1 50V

57
R

5.6V
0V

5.6V

47
R

49
R

3
12

R

0V

5.6V

121
R

122
R

10K

0V

C41

5.6V

10K

2
1
C

0

10K

15K

47K

K
15

16
C

R54

2.2K

4
R

0.01

3

0.01

0V

0V

L1

10K

55
R

1K
39

R

IC3

IC4

37
R

27V

0V

2

3.9K

3.9K

1800p

1
C

3
R

2.4V

18
1
R

C109
820p

123

1

Main PWB(B1)

Q15

2SC4116

5V

5V

2.4V

Q16

355

16

2SC4116

S
1S

R5

50V
1

27

16V

C

10

0
3
C

R43

22K

10
1
C

R127

R6

1K

2SC4116

7
R

22K

10K

p

1800

820p

1.8V

56

330

R

40

27K

R

V

9

16

2
C

10

45
R

4.7K

128
R

5V

C14

2200

6.3V

5V

C18
47
16V

Q3

27V

0V

0V

R8

10K

D

220

42
R

47K

C31

46
R

1.8K

124

1K

R

25
1
R

1.5K

TA78L005F

5V

13
C

0.01

TA78L005F

5V

7
1
C

0.01

V
35

10

2.2K

2.2K

2
C

D

4.7K

V
16

50V

47

1
2

3

4

4

C

C

0V

126

27K

R

11
1

10

16V

C

5V

5V

.022

S

0

E

D1

R

V

SS

44

XIN

V

C

123456789101112

0V

z

2

H

X

8M

14.31

12p

45
C

R62

4.7K

Q18

11.5V

2SC4116

RN1402

0V

64

10K

R

0V

DATA

SCK

CS

A18
A19

A22

A23

)
/4

T1(1

T1(2/4)

C

C

C

C

R67

Switching PWB(B2)

R9

1/2W

D1

1SS355

R10

1/2W

0.15

0.15

12
R

1.5K

27V

1.2V

27V
27V

11

1

IC

R

2.2K

1/4W

5291FP

M

27V

8

7

6

0.5V

5

V

3

0-35

C

47

5V

T3
C

XO

12p

46
C

Q19

R65

R66

T1(3/4)
C
C

0

0V

0V

0V

T2
C

IC9

1
CT

0V

56

C

33

10V

0

0

C58

T1(4/4)
C
C

1

2

3

4

5V

SIN

BNK

12p

30P

47

TC1

C

5V

0.1

14
R

1/4W

1.5K

R13

R58
220

49

200p

C

1

2.7V

5V

I
C
S

SO

SY

LC74782JMH

SI

HA

SO

C

O

O

L9

39p

48
C

0.1
57

C

C59

0.1

69

0

R

IC12

S80927CNMC

27V

27V

1/4W

1.5K

26.5V

R15

8.2K

4
C

150p

E

51

50V

C

1

1.8V

VD1

S
C

5V

5V

K

S

C

C

S

R63

0V

5V
5V

5V

5V

5V

5V

0V

5V

5V

5V

2SC4549

2SA1313

VI
C

SCK

14

15
16

17
18

19

20

21

22

23

24

25
26

Q5

12.1V

Q4

L10

33uH

0V

1.8V

C54

10

131421222324 151617181920

16V(NP)

NC

CVO

2
VD

SIN

L11

5V

5V

33uH

53

C

A

47
T
A
D

1K

C55

5V

1234

(SI)

45

V

16

C52

0.022

0.01

0V

0V

5678

IC10

AT93C56

5V

0V

0V

E2P_SK

E2P_DO

/(SO)

RESET

5V

680

123

5V

5V

0V

11.5V

27
16
R

1/4W

F2

4
D

0D
3

UDZSTE-17

D0
VD

E2P_DI

XT1

XT2

5V

61
C

0.01

L2

120uH/3A

470
16V

D3

HZU3.9B2

0V

0V

VSS0

E2P_CS

uPD780024

(VPP)

X2

IC

0V

1

X

z

H

8M

0
6
C

0.01

5

C

0V

OSD_SO

OSD_SCK /(SCK)

OSD_CS

CAM1_A_IN

DIM_A_IN

VDD1

AVSS

CAM2_A_IN

PARKING

NC

NC

AVREF

AVDD

27 28 29 30 31 32 33 34 35 36 37 38 39

5V

68
R

71
R

100K

0V

R119

1.2K

D2

IC11

F

G

H

I

J

7

CRT

Socket PWB(B3)

BLU

R83

C71

VR5

500B

CONTRST

355

16V

19

18K

75
C

39K

T3(2/4)
CC

72
R

7

4700p

5V

C

1

50V

0.6V

R73 R74
10K 10K

63
C

0.033

4.8V

86
R

18K

129

39K

R

100K

123

5V

0V

98
C

0.01

11.5V

8

5
D

Q6

2SC4116

65

D

C

47

67
C

0.033

66

C

2.2
0V

5

75

47

R

1V

2.3V

4.6V

64
C

0.033

uPC1379C

12345678

6.4V

3.3V

88

33K

R

1-35V

76

-39

C

87
R

77
C

1/4W

98
R

22K

Q25

RN1402

0V

0V

D7

M1F60

IC2

PQ30RV21

1234

0V

1.2V

5.6K
21
R

D6

19

1SS355

R

355
S

1S

0V

20
R

0V

S
1S

16V

1000

27K

1K
9V

K

59
R

27

Q17

9.3V

2SC4116

3.7V

3V

K

60
R

22

61
R

470

62

C

1

50V

B

10K

3
R
V

52

51
50

49
48

47

46

5V

45

5V

44

0V

43

42

41

5V

M40

40

T3(1/4)
CC

S80943CNMC

0.01

97
C

6

17
R

18
R

85

R
LD
O

_H
V

41
R

M41

CT3(3/4)
C

IC14

0V

45

10K

C
22

22K

16V

355

17

S

D

1S

74

C
470

V

16

8

355

1

S

D

1S

0V

0V

5V

0V

5V

12345678910111213

T

UT

UT

UT

UT

U
_O
IM

D

X1

NC

_O

NC

X_O

1_O

2_O

N

AU

AUX_A_IN

AM

NC

C

CAM

ER_O
W

NC

PO

NC

NC

NC

I&Z_ON

M_OFF

ACC_OFF_IN

IRIS_OUT

10kPULSE

23.7k

PULSE

_IN

_IN

_IN

_IN

2

_M

IS_M

CAM1

ARK_M

_IN

IM

IR

D

M

AUX_M

VSS

0V

M

CAM

M_IN

5V

5V

5V

5V

5V

CCT3(4/4)

CCT2(4/4)

CCT2(3/4)

CCT2(2/4)

CCT2(1/4)

5

39

38

37

36

3

M

M

M

M

M

11.5V

L3

10uH

YEL

C

2200p

470

16V
103
C

0.01

68
C

3.5V

V

3.9K

IC13

10V

2V

R

B

76
R

3.5V

1.2V

78
C

470B

R99

2.2K

9
C

1

69
C

0.01

68K

0.2V

1.9V

100

16V

D21

M1F60

R95
10K

0V

101
R

9.3V

16V

100

78

100

R

2.2K
77

R

101113141516 912

89
R

4
VR

5.6K

16V

47

R79

1/4W-15K

SOLID

C72

C70

0.0056
LP_C

6.9V

0.3V

5.4V

10V

R90
27K

15K

IZE
_S

V

10
C

R80

22

1F60

D

M

5V

RN1402

0V

R100

10K

0.6V

84

C
100
16V

0.01

1

Q23

22K

-330

82

84

R

R

1/4W

73

C
100
16V

R81

50V

5.6K

VR2

4.7KB
H_HOLD

13K

92
R

390

R91

1.8K

80

C

1000

79

C

16V

33

10V

-3.3

93
R

1W

Q24

2SC4116

0V

0V

-47
102
R

1/4W

2SC3265

85
C

1000p

VOLTAGE WAVEFORM

IC13 pin no. 3

1.7Vp-p 60Hz

IC13 pin no.12

2.2Vp-p 15750Hz

T2 FTB pin no. 6

80Vp-p 15750Hz

M1F60

4.7K

0.068

81
C

0.3V

D20

96
R

Q26

15K

R117

680

94
R

23
D

C82

47 16V

103
R

7.8V

0V

Q29

2SC3620

1.2V

GRN

BLK

VIO

220

1F60
M

97

83

270

R

C

390p

104
R

1W

39

T1

86
C

2200p

L14

150uH

0.22/100V

R112

1/4W-10K

113

111

1W

R

R

5.6K

GRY RED ORG

0V

R106

5V

10K

Q28

2SC4116

L12

C87

1

50V

10.8V

0V

0V

Q27

2SC4440

56K

74V

0.8V

R105

1/2W

1

IC13 pin no.8

20Vp-p 60Hz

IC13 pin no.14

1.5Vp-p 15750Hz

Q27 2SC4440 collector

C96

100K

R107

22K

1/4W

SOLID

0V

C
470

16V

89
C

1/2W

88

25V

470

LID
O
S

1/4W-1.5K

115

470K

R

116
R

R109
180K
1/2W

SOLID

V

100K

Lum

108
R

D24

1R5GU41

90

-0.022

C

250V

R114

120K

R

47K

1/2W

1/2W

6

ina

1/4W

LID
O
S

LID
O
S

C

nce

LID
O
S

25
D

VR
1M

Focu

C95

400V

R110
820K
1/2W

SOLID

8

7

6

5

41
U

5G
1R

2.2

7
B

s

1
2

1

2

3

4

5

6

7

CRT SOCKET

T2

FBT

41
U

26

5G

D

1R

(Picture tube E2200)

P4

GND

G1

K

H

GND

NC

G2

G4

P5

Yoke

L13

7uH

1

D28

1NU41

2

3

D27

0R8GU41

4

92
C

91

-0.068

C

250V

IC13 pin no. 9

0.8Vp-p 15750Hz

IC13 pin no.16

8Vp-p 15750Hz

T2 FTB

Induction ringing(%) = B/A x 100%

630-0.022

㧭

㧮

FIG.

P

3

C

3.3

160V

YEL

GRN

1 1 2 2 3 3 4

DY-V(-)

DY-V(+)

DY-H(-)

1

50V

93

RED

C

6.8

BLE

DY-H(+)

4

50

P

N

6

9kVr4kV(Ik=0uA)

5

4

3

2

1

A

BC

-

CJ-763E

E

F

G

H

I

J

-

PRINTED WIRING BOARD

Main PWB(B1) / Switching PWB(B2) / Socket PWB(B3) Section:

Correction day: 29.Sep.2005

Caution:
COMPONENT SIDE: Parts on the component side seen
from the component side are indicated.

Note: All PWB consists of one piece of PWB.

CRT

Switching PWB(B2)

YEL

BLK

Focus

RED

ORG

BLU

BLK

Main PWB(B1)

RED

Yoke

VIO

YEL

BLU

To Socket PWB J2

ORG

GRN

RED

COMPONENT SIDE

J3

CAMERA1

1

3

4

5

2

J2

AUX

Camera1 jack

Location

Connection

No.

Video signal

1

DC +9V

2

DC +12V

3

Video GND

4

GND

5

Video input

652-0149-08Power Cord

Location

5

1

No.

1
2
3
4
5
6
7
8

8

6

7

3

4

2

Connection
Revers
N.C.
N.C.
GND
Dimmer
N.C.
N.C.
ACC

To CRT holder

VIO

GRN

GRY

Socket PWB(B3)

Contrast

Luminance

GRN

BLU

RED

GRY

YEL

BLK

RED

BLK

9.3V

J4

CAMERA2

1

3

4

5

2

J1

POWER

6

8

7

5

4

2

3

1

Camera2 jack

Location

Connection

No.

Video signal

1

DC +9V

2

DC +12V

3

Video GND

4

GND

5

Power input

connector

Location

Connection

No.

Revers

1

N.C.

2

N.C.

3

GND

4

Dimmer

5

N.C.

6

N.C.

7

ACC

8

CAM2

ࠞࡔ࡜2

BRN

DIM

ࠬࡕ࡯࡞

WHT

PARKING

ࡄ࡯ࠠࡦࠣ

GRN

ࡃ࠶ࠢࠡࠕ

ORG

1A

GND ACCREV

ࠕ࡯ࠬ

BLK

㔚Ḯ

BLU

3A

ACC
GND

Revers
Parking
Dimmer
Camera2

VR7

VR5/VR6: Check of the flyback transformer high voltage.

VR7: Set as the best point by VR7.

Set VR5 and VR6 to the minimum.9kVr0.4kV.

VR5

VR6

TC1: Distance mark center position

VR4: Centering adjustment.
Vertical screen adjustment.
(12.0r0.25 line)

- 9

VR4

P3

VR2

TC1

VR2/VR3/P3: Oscillation frequency.
VR2/Red and Blue: Set to 15,750Hzr250Hz.
VR3/Green and Yellow: Set to 54Hzr3Hz.

VR3

CJ-763E

VR1

VR1/IC2: Adjustment of DC+9.3V stabilized power supplyvoltage.

Connect the 2 pin of IC2(PQ30RV21) and using VR1,
set the voltage to +9.3 r0.2V.

Q27: Flyback transformer wave check.

-

-

Main PWB(B1) / Switching PWB(B2) / Socket PWB(B3) Section:

Caution:
SOLDER SIDE: Parts on the solder side seen

from the solder side are indicated.

Note: All PWB consists of one piece of PWB.

CRT

SOLDER SIDE

To Main PWB T2

Yoke

To Socket PWB J2

ORG

Yoke

P3

To Main PWB P3

VR4

Main PWB(B1)

VIO

Switching PWB(B2)

BLK

RED

BLU

ORG

YEL

RED

BLK

VR7

Focus

To Socket PWB P4

9.3V

VR1/IC2: Adjustment of DC+9.3V stabilized power supplyvoltage.

Connect the 2 pin of IC2(PQ30RV21) and using VR1,
set the voltage to +9.3 r0.2V.

Q27: Flyback transformer wave check.

RED

BLK

YEL

BLK

VR3

GRY

RED

VR1

BLU

VR1

VR2/VR3/P3: Oscillation frequency.
VR2/Red and Blue: Set to 15,750Hzr250Hz.
VR3/Green and Yellow: Set to 54Hzr3Hz.

VR3

VR2

TC1

VR2

TC1

P3

VR4

TC1: Distance mark center position

VR4: Centering adjustment.
Vertical screen adjustment.
(12.0r0.25 line)

GRN

GRN

VIO

Socket PWB(B3)

Contrast

Luminance

VR5

VR6

VR5/VR6: Check of the flyback transformer high voltage.

VR7: Set as the best point by VR7.

Set VR5 and VR6 to the minimum.9kVr0.4kV.

VR7

GRY

To CRT holder

10

CJ-763E