Hitachi CM61SET, CM615ET-321, CM615ET-302, CM615-303 Schematic

SERVICE MANUAL
MANUEL D'ENTRETIEN
WARTUNGSHANDBUCH

CAUTION:

Before servicing this chassis, it is important that the service technician read the “Safety
Precautions” and “Product Safety Notices” in this service manual.

No. 0502

CM615ET
CM615ET302
CM615ET303
CM615ET321

Data contained within this Service
manual is subject to alteration for
improvement.

ATTENTION:

Avant d’effectuer l’entretien du châassis, le technicien doit lire les «Précautions de sécurité»
et les «Notices de sécurité du produit» présentés dans le présent manuel.

VORSICHT:

Vor Öffnen des Gehäuses hat der Service-Ingenieur die „Sicherheitshinweise“ und „Hinweise
zur Produktsicherheit“ in diesem Wartungshandbuch zu lesen.

Les données fournies dans le présent
manuel d’entretien peuvent faire l’objet
de modifications en vue de perfectionner
le produit.

Die in diesem Wartungshandbuch
enthaltenen Spezifikationen können sich
zwecks Verbesserungen ändern.

SPECIFICATIONS AND PARTS ARE SUBJECT TO CHANGE FOR IMPROVEMENT

OCTOBER 2000

1111. DISPLAY ALIGNMENT

A. Times & Display Size

For all presetting mode listing in section 2.4 shall be within the limitation:
H. WIDTH 306 ± 4 mm
V. HEIGHT 230 ± 4 mm
The external control range of the data area, shall be as follows;
Max. horizontal size : overscan the screen
Min. horizontal size : ≤ 285mm
Max. vertical size : over the screen
Min. vertical size : ≤ 202 mm

B. Picture Position

For all presetting mode listing in section 2.4 shall be within the limitation:
H.PHASE SCREEN CENTER ± 3 mm
V.CENTER SCREEN CENTER ± 3 mm
The external control ranges of display for all modes listed in section 2.4
H.POSITION ≥ 50 mm
V.CENTER ≥ 25 mm

C. Linearity

The CONTRAST and BRIGHTNESS control shall be properly adjusted at 20 F-L with Full-intensity
reverse pattern, then change to crosshatch Pattern 12x10 (Hx V), the size of grid of crosshatch pattern in
every display mode shall not vary than 10%.If two line is next to each other, 5% if they are not next to
each other. The calculation formula was listed below:

H max - H min V max V min
x100% or x 100%
(H max + H min) / 2 (V max + V min) / 2

1

D. Geometry Distortion (All Preset Mode) :

1) The Contrast and Brightnes s control shal l be proper ly adjusted at 20 F-L wit h full intens ity reverse pattern, then change to crosshatch pattern.

2) Pincushion distortion shall be less than H : 1.5% and V : 1.5%.

3) Barrel distortion shall be less than H : 1.5% and V : 1.5%.

4) Trapezoid and parallelogram distortion shall be less than H : 1.5% and V : 1.5%.

5) Distortion of four corners shall be less than 3mm x 3mm.

6) Parallelogram distortion shall be less than 2.0%

7) Tilt distortion shal l be less than 1/2 degree when facing east and less than 1 degr ee when turning around 360 degree.

8) Tilt distortion shall be less than 2 mm when facing east and less than 1 degree when turning around
360 degree The measurement of tilt is defined to measure the vertical axis with respect to the bezel,
the absolute value of the differe nce between the extreme lef t and right measurement of t he center
horizontal line.

E. Alignment Procedure

E-1. Brightness Adjust:

Adjust the VR980, have the +15VS By 14.9V±0.1V (The voltage of the C944) in TIMING 1.
Check below items.
The voltage of C949 : 179 ± 3V
C947 : 75 ± 2V
C946 : 44 ± 1.5V
C940 : 8.4 ± 0.4V
P990 : 12 ± 0.3V
Short-Circuit protection function check.
The power source is 230VAC input.
When short the C944, all output voltage should be shut down and unlatch.
When recover normal condition, all output voltage should recover automatically.

2

E-2. Light output adjust

Select Timing 1, preset BRI. And CONT. to max. position.
Adjust G2 to get G2 = 550V ± 10V
Adjust VR803 to get light output = 0.6FL ~ 0.5FL
Select Timing 2, adjust VR405 to get pattern over scan. (H SIZE 100%)

F. White Balance Adjustment (9300°as major temperature) Low light

adjust

9300° 6500° 5000°
x = 0.283 ± 10 x = 0.313 ± 10 x = 0.324 ± 10
y = 0.297 ± 10 y = 0.329 ± 10 y = 0.342 ± 10

Y = 0.6 ~ 0.8FL Y = 0.6 ~ 0.8FL Y = 0.6 ~ 0.8FL

Select Timing 6, adjust BRI. And CONT . to max. disconnect R. G . B. signals, adjust R/B BAIS to 100 scale
(OSD then solowl y adjus t G BAIS to 100 s cale adjust VR8 03 to get l ight outpu t = 0.6 ~ 0.8FL for 930 0,
repeat above steps for 6500 and 5000 R/B GAIN setting to get raster color temperature within specified,
finally, adjust BRI to get raster = 0.06FL.

High light adjust
9300° 6500° 5000°
x = 0.283 ± 10 x = 0.313 ± 10 x = 0.324 ± 10
y = 0.297 ± 10 y = 0.329 ± 10 y = 0.342 ± 10
Y = FL Y = FL Y = FL
Select Timing 4, measure 2 "square, set CONT. to Max, position and SUB-CONT to 127, R/B GAIN t o

200, G
GAIN to 200, adjust SUB-CONT to get light output = 50 FL for 9300, repeat above steps for 6500

and
5000 R/B GAIN setting to get color temperature within specified.

3. Select Timing 3 with full whit e pattern adjust OSD-ABL (SUB BRIGHTNESS) to get full white light

output = 30 ± 1 FL.

G. Focus Adjustment

G-1. Adjust brightness, have the brightness of raster be 0.06FL and contraset be 35FL in timming 6.

G-2. Adjust the G4a and G4b of theFBT, hav e focus be in the best c ondition on the 1/4 dia gonal of

screen in timing 5.

3

H. Convergence Adjustment

Input R+B and R+G signals, make sure convergence within specified (if not 4 pole and 6 pole). A zone =

0.3MM., B zone 0.4MM. (X) < 0.4MM, (Y) < 0.4MM.

NOTE : 1 A area = 230mm (circle)
2 B area = 306 x 230 mm

I. Presetting Modes Adjustment

There are totally 12 preset modes, individual adjust is needed.
H-SIZE adjust : adjust control key to get H-SIZE = 306 ± 2mm.

H-CENTER adjust : adjust control key to get center within ± 2mm
V-SIZE adjust : adjust control key to get V-SIZE = 230 ± 2mm
V-CENTER adjust : adjust control key to get center within ±2mm
Geometric adjust : adjust control key to get minimize distortion.
H-linearity check : check and make sure linearity meet spec..
(CROSS HATCH PATTERN 10X8)

2(MAX - MIN)

X100%

MAX + MIN

Any : <10%
Adjacent : <5%
V-linearity check : check and make sure linearity meet spec.

2(MAX - MIN)

X100%

MAX + MIN

Any : <10%
Adjacent : <6%
Geometric check : check and make sure geometric meet spec.
Get into OSD select EE-USER item, press ENTER till OSD disappear then turn off power, disconnect JP1,

turn on power again, make sure all of the alignment parameters has been stored properly, make H-SIZE
adjust range can OV ER SC AN and -5%, PHASE a djus t r an ge >1 5m m, V-SIZE adjust range can OVE R
SCAN and -6%, V-CENTER adjust range >20mm and make sure TILT adjust work properly.

4

J. Power Adjustment

J-1. Adjust the VR980, have the +15Vs be 15.3v±0.1v (the voltage of the C944) in timing 1.

J-2. Check below items the voltage of C949 : 179

C947 : 75
C946 : 44
C940 : 8.4

J-3. Short-circuit protection function check

 the power source is 230vac input

 when short the C944, all output voltage should be shut down and unlatch
 when recover normal condition, all output voltage should recover automatically.

J-4. Side Pincushion, Tilt and Geometry Distortion Adjustment

1. Input timing 1, adjust the display be normal position and size.

±±±±
±±±±

±±±±

2v

1.5v

0.4v

±

3v

2. Adjust front control key to get the best pincushion distortion and tilt.

3. Select P502 and adjust VR402~VR404 to get the best geometry distortion.

J-5. Focus Adjustment

1. Input timing 1, EXT. BRIGHTNESS move to center position. Use EXT.CONTRAST set the
brightness to 25FL.

2. Adjust Focus VR (mounting on F.B.T), to get best focus.

5

J-6. Preset Timing Adjustment

1. Input each PRESET MODE timing, and use front control key adjust the display to the normal position
and size, and wait for 5 seconds.

2. Switch to next timing repeat 1 process. Until every PRESET MODE timing have been adjusted.

J-7. Timing And Pattern

Timing mode pattern.mdnm/
1 VESA 68.6k CROSS HATCH
2 VESA 68.6K 2" SQUARE
3 VESA 68.6K FULL WHITE

J-8. Power Saving Function Check

The power source is 230Vac input
When remove the sync signal, the monitor should enter suspend mode and then off mode.
When power saving, the power consumption of monitor should be less than: suspend mode 8w off mode
The monitor recovering time from suspend mode or off mode to on mode should be less than 5 seconds.

TABLE 1

TIMING MODE PATTERN

1. 64K

2. 37.8K/60HZ

3. 60K Full-white

4. 60K

5. 68K “me”

6. 68K

51 CROSSHATCH

51 CROSSHATCH

5×2″squares

5×2″squares

6

PRESETTING MODES TABLE2

D:display

1 VGA

IBM

2

VGA

3 VESA

4 VESA

IBM

5

VGA

6 VESA

7 VESA

8 VESA

VESA

9

IBM
XGA

10 VESA

11 VESA

12 VESA

13 VESA

640
350
640
480
640
480
640
480
720
400
800
600
800
600
800
600

1024
764

1024
768
1024
768
1152
864
1280
1024

25.175
P/N

25.175
N/N

31.5
N/N
36
N/N

28.321
N/P
40
P/P

49.5
P/P

56.25
P/P

65
N/N

78.75
P/P

94.5
P/P
108
P/P
108
P/P

31.469

70.087

31.469

59.940

37.5
75

43.269

85.008

31.468

70.085

37.879

60.317

46.875
75

53.674

85.061

48.363

60.004

60.023

75.029

68.677

84.997

67.5
75

63.981

60.02

31.778

14.268

31.778

16.683

26.667

13.333

13.111

11.764

31.468

70.085

36.4

16.579

21.333

13.333

18.631

11.756

20.677

16.666

16.66

13.328

14.561

11.765

14.815

13.333

15.63

16.661

25.422

11.122

25.422

15.253

20.317

12.8

17.778

11.903

31.778

14.268
20

15.84

16.162

12.8

14.222

11.179

15.754

15.88

13.003

12.795

10.836

11.183

10.667

12.8

11.852

16.005

B:backporc
h

907

1.875
907

1.0169

3.81

0.427

2.222

0.578

25.422

12.711

2.2

0.607

3.232

0.448

2.702

0.503

2.462

0.6

2.235

0.466

2.201

0.524

2.37

0.474

2.296

0.594

P:pulse F:front

3.813

0.064
813

0.064

2.032

0.08

1.556

0.069

1.907

1.0804

3.2

0.106

1.616

0.064

1.138

0.056

2.092

0.124

1.219

0.05

1.016

0.044

1.185

0.044

1.037

0.047

636

1.207
636

0.318

0.508

0.027

1.556

0.023

0.636

0.413
1

0.026

0.323

0.021

0.569

0.019

0.369

0.063

0.203

0.017

0.508

0.015

0.593

0.15

0.444

0.016

7

Fig. 2

Fig. 3

8

2. CONTROL AND CONNECT LAYOUT

Main PCB

9

B. Video PCB

10

C. Pin Assignment

C-1. Connect Function

VR501 : H-CENTER VR
P701 : TILT CONN
P8 : CANCEL COIL CONN
JP1: PRESET CONN
P902 : DEGAUSSING COIL CONN
P703 : X-RAY TEST PAD

-

1
2

3
4
5
6

12V -- GND --

7

8

P302 P303 P301 P5

HFLB Vout DSUB9 DDC-SCL

GND EEP-SCL R-IN DDC-SDA

G1 EEP-SCL GND GND

6.3V H-OUT B-IN V-SYNC
5V GND GND H-SYNC

75V -- G-IN --

CONTRAST -- -- --

11

3. Power Supply Portion

12

4. OPERATION THEOREM

A. Power Supply:

Transfer AC source to DC source that supply all the circuit power. It includes:
(1) +12V: For video pre-amp circuit, parts of horizontal and vertical deflection circuit.
(2) +180V: For deflection and H.V circuit
(3) +7.5V: For CRT heater and u-P power.
(4) +75V: For video AMP. Circuit.
(5) +42V: For vertical deflection and Horizontal predriver .
(6) +16V: For vertical preampifier

B. Deflection:

Produce YOKE deflection current of horizontal and vertical, CRT H.V and bias that makes screen raster.

C. Video

Amplify the video signal and add the signal to the cathode of CRT to produce video on the screen.

D. Digital Controllor

With the EEPROM and PROGRAM, the micro-processor(u-P) control all the picture performance.
From the key control, the user can change the H-size, V-size, R-gain.…etc.

13

14

E. Function Block Diagram

F. Power Supply

F-1. Rectifier And Filter Ckt:

The 90Vac-265Vac input line voltage is rectified by D901- D904, and smoothed by C906 to provide
DC operating voltage for the circuit.

F-2. Flyback And Pwm Ckt :

When power is initially applied to the circuit,C909 charges through R903, Q902.When the voltage
across C909 reaches a level of 16V, U901 is enabled, turning on Q901 and turning off Q902 to
complete start-up action.

During the On-time of Q901, energy is stored in T900. At this time the polarity of the output windings
is such that all output rectifiers are reverse biased and no energy is transferred. Primary current is
sensed by R914 and compared to a DC level that is determined by voltage feedback. When this
level is reached, Q901 is turned off and the polarity of all T900 windings reverses , forward biasing
the output rectifiers. All the energy stored is now transferred to the output capacitors. Many cycles
of this store/release action are needed to charge the outputs to their respective voltages.

The voltage across C949 is fed through a voltage divider R984,R985,R986, R987 and VR980 to the
error amplifier U980 and compared to an internal 2.5V reference ,then determine the feed back
level of U901 PIN1.

F-3. Snubber Ckt:

Energy stored in the leakage inductance of T900 cause a voltage spike which be added to the
normal reset voltage across T900 when Q901 turn off. The clamp consisting of D905, R904 and
C907 limits this voltage excursion from exceeding the Vds rating of Q901. In addition, a turn off
snubber made up of D906, R905 and C908 keeps power dissipation in Q901 low by delaying the
voltage rise until drain current has decreased from its peak value. This snubber also damps out any
ringing which may occur due to parasitic.

F-4. Synchronized Ckt:

The oscillator frequency is defined by R912 , C920. The equation is approximately : Fosc=1.8/
(R912*C920). The external signal “SYN+ & SYN−”

that comes from horizontal circuit T802 can synchronize the working frequency of power circuit Via
ZD903,R918,R919 and R916.

F-5. Power Saving Ckt:

The monitor has ON, Suspend/Standby and OFF states.The monitor enters Suspend/Standby
mode if either V-sync or H-sync signals are removed.When the machine in the Suspend/Standby
State, PS1 should be low to turn off +15Vs. In this state, input power should be less than 15W and
D960 LED illuminate yellow. The monitor enters OFF mode if both H-sync and V-sync are removed.
When in the OFF State, PS1 and PS2 should below simultaneously to turn off +15Vs and +8.3Vs
outputs. In this state, input power should be less than 5W and D960 LED illuminate amber.

15

F-6. Degauss Ckt

The DEGU signal which comes from micro-p to control degauss coil act or not.
When DEGU is high, Q950 will be saturated to make RL901 working, AC line provides
a degaussing current to degauss coil.

F-7. OVERLOAD PROTECTION CKT

The primary current flows through the current sensing resistor R914. The voltage drop on R914 will
be rectified by D927 and keep a dc level on C927 that is dependent on the output power. When this
DC level reach the trigger voltage of Q920 , the pin1 of U901 goes low and the power stage is
immediately switched off.

F-8. BROWN – OUT CKT

When the input voltage down below the setting level (85Vac-75 Vac), Q904 will be supplied a trigger
voltage to make Q920 turn on ,and this time, power supply shall be shut down.

G. Deflection

G-1. Sync Rpocessor:

H-sync & V-sync or input to U1(u-P), then u-P output the H-out & V-out to
U401(TDA4858).

G-2. Hor. Processor & Vert. Pre-Amp

Fig.2 is the block diagram of IC TDA4858.

 Hor . processor

The H-out that come from u-P will input to the pin 15 of U401,it will be compared
with the oscillator sawtooth voltage by the PLL1(pin 26) phase detector, After that, it will be

compared again with the flyback pulse (pin 1) by the PLL2. The PLL2 detector thus compensates
for the delay in the external horizontal deflection circuit by adjusting the phase of the HDRV(pin 7)
output pulse.

+

 B

 Vert. Pre-am

control

The U401 pin5 to pin3 is operation Amprifier from pin11 EW DRV parabla amplitude DC,H-Size
and Trapezium correction wave from connection ,pin6 is forward PWM output ,driver the
Q420,Q422 all mode B

+

is 180V

Vertical oscillator will be trigged by V-out (pin 14) .It is availvable to get sawtooth waveform in pin 24.
V-center, V-amp and V-linearity can be adjusted in pin 17, 18 and 19. The vertical output driver is
come from pin 12 and 13.

16

LLHLL

L

L

L

LLLLHHHHHHHHHHLLLHH

H

H

H

H

H

G-3. Vertical Output

IC U601(TDA 4866) is the vertical amp IC, the output pin6 connect to the YOKE .The sawtooth
current float across the YOKE to make vertical deflection. Fig.3 is the block diagram of IC TDA4866

G-4. Horizontal Driver Circuit

The driver pulse that come from U401 pin7 drive Q417,Q416,TO Q503,then transfomer T501
convert driver pulse to driver current to drive horizontal output transistor Q504.

G-5. Horizontal Output Stage

31K → 35K → 37K → 43K → 46K → 53K → 60K → 64K → 68K
SW4
C515
SW3
C539

SW2
C521

SW1
C520

L:ACTION

17

H. Flyback Transformer

In the primary of F.B.T ,there is about 900Vpp in the LC resonant interval,
It convert to the secondary of F.B.T to produce about 26KV for CRT anode voltage.
The other bias for CRT IS G4.G3(4∼8KV),G2(0∼1000V)and G1(-160V)

18

19

H-1. . BLOCK DIAGRAM

I. VIDEO AMP. CIRCUIT

I-1. VIDEO PRE. AMP.

The video pre-amp IC is U301(KA2143B). The input signal is 0.7Vpp, then pre-amp IC U301 amplify
the video signal to 4~5Vpp. The WHITE BALANCE and CONTRAST shall be adjusted by
adjustment the bias voltage of U301. Fig.4 is the block diagram.

I-2. VIDEO AMPLIFIER

The video amplifier is U303(LM2439), it amplify video signal to about 40Vpp. Video output signal
add to cathode by AC coupling. The DC bias is controlled by the output pwm of IC U302.

Fig.5 is the block diagram

I-3. BLOCK DIAGRAM

KA2143B

20

LM2439

Simplified Schematic Diagram (One Channel)

21

5. TROUBLESHOOTING

A. Power Supply Check

Start

Check

fuse open

Is

Q901 VDS

waveform normally?

Is 8V

in spec?

Is 15V

in spec?

Yes

No

No

No

Check and repla ce E MI Filter

and Q901, I/P Rectifer

and filter

Check and replace Q902,

Q903, U901, D908, R908

Check D940, C940, Q940,

Q941, VR980

Check D941, C944, Q942, Q943

Is B+voltage

correct?

Combine with

monitor check operating

frequency?

OK

Stop

No

No

Check D944, D945, C949, Q504,

R538, Q505

Check and replace ZD903, R918,

R919, R916, D911, C920

22

B. Monitor Check Flow Chart

B-1. No Raster

No raster

Check power
indicator is lit

Yes

Check

contrast & brightness

control adjust to MAX.

Yes

HEATER voltage= 6.3 VDC

Check

G1=
G2=

Check CRT

-50~70 VDC

350~700VDC

Yes

No

No

F.B.T pin1

about 700Vpp

Check Q801

Check AC

power input

Yes Yes

Yes

Check Q504

collector voltage

about 900 Vpp

Yes

Check U801 pin6
square waveform

No

U801 pin7 Vcc

Check power
supply circuit

Check

power supply

circuit

No

No

Check U401

No

Check U401

pin7 output

square waveform

Yes

Check Q417, Q416

Yes

Check Q505 "S" pin

voltage 180VDC

Yes

Check T802 D506

23

No. 0502

24

No. 0502

25

Schematics and PCBs Supplement

CM615ET

CM615ET302

CM615ET303

26

H-SIZE

12V
B-DRIVE
H-DRIVE

15VS

V-OUT

H-OUT

Q814-E

X-RAY

X-RAY"

PIN
TRAP

12V

P730

V-CENT
V-SIZE

V350

2SC945

Q404

BLANCE

PARALLEL

H-PHASE

R402 100

R730

5.11K
1%

R424

47K

R405

470K

1/4W

GND

1

+

C446

470U

16V

GND

2

R731

4.3K

1/4W

1%

R441
150K

Q401

GND

RN1203

R459

10K

1/4W

2SC945

Q405

R447

470K

1/4W

R454

39K

1/4W

R416 100

D420

1N4148

R732

12K

1%

GND

2SC945

Q406

ZD730

HZ12B1

GND

R426

39K

1/4W

C730

100U
10V

2SC945

Q407

R466

680K

GND

C404
470P

GND

Q730

2SA733

+

R733

1K

R423 39K
1/4W

12V

C406

10U
25V

NP

GNDGND

1/4W

R427

47K

1/4W

2SC945

Q408

R401
240K

R403

68K

1/4W

R410

22K

1/4W

R736

C433
470P

2.2K

R734

Q731

2SC945

GND

R400

75K

2SC945

Q409

R408
160K

1/4W

10K

1/4W

C734

0.1U

D406

1N4148

D404

1N4148

1/4W

R412

FS

2.2

2SC945Q417

D405

1N4148

Q416

C401

0.01
MEF

2SA733

GND

100

10

1/4W

C424

R601

100

1/4W

.1U
MEF

R603

C444

GND

.01U

MEF

16 15 14 13 12 11 10 9 8 7 6 5 4 3 2

MEF.01UC443

+
470U

GND

R417

FS

R418

1.2K
1/4W

C408
16V

U401

TDA4858

ZD404

GND

3B1

R419

3.3K

GND

R404

6.2K
1/4W

1%

R431

C414

.22U

MEF

R429

15K
R432

976

1%

C415
.01U

MEF.22UC422

22K

1%

C412

.1U

MEF

C413

.0015U

PPN

R434

150K 1/4W

R428

GND

R440
270K

1/4W

GND

R465

56K

1/4W

+

C456

4.7U

2SC945
Q413

2SC945

Q410

2SC945

Q411

R444
330K

1/4W

GND

R496

12K

R496A

6.8K
1%

2SC945

Q412

1%1.82K

PPN

2SC945

Q414

220

D491

15V

FR104

1%

U403

LM358

6
5

R413

27.4K

GND

1%

7

­+

R469
200K
1/4W

R471

D494

C427
100U

16V

R494

56

1/4W

C512

.1U

250V

MEF

FORM U401

PIN 26

R468

10K

2

-

3

+

R461

33K

1/4W

1

C432

.1U

1N4148

+

GND

D430
1N4148

D431
1N4148

GND

18.2K

R480

10K 1/4W

R472

10.2K

GND

1%

1/4W

R491

C491

GND

R449

47

R451

2.2K
1/4W

+

470U

GND

1/4W

16V

2SC945

Q422

2SA733

1/4W

Q420

ZD491

HZ12B1

C437
100U

16V

+

1%

1/4W

R464

2.94K
2SA733

Q424

C428

4700P

PPN

2%

GND

VR405

20K

C410
.01U

MEF

GND

R430

10K

+

GND

C411
100U

16V

5.36K

GND

R421

1%

R411

13K

1/4W

D403

FR104

1%

7.5VS

FBP

R422

R437 620K

32313029282726252423222120191817

R420

C416

R407

2SC945

Q438

R409

1M

GND

MEF.01UC438

27K

MEF.01U

13K

1/4W

1.5K

1/4W

FS

U601

MEF.012U

TDA4866

2.2M

R606

10K

1/4W

R612

10

1/4W

R614

1/2W

FS

R436 56K

C417

R406

C448

.1U
MEF

R607

3.9
2W

+

C603

2200U

25V

GND

R604 1W1

C604
100U

63V

+

43V

C434
.01U

MEF

ZD442

HZ12B1

R482

4.7K

R481

10K

R442

4.7K

R443

3K

1/4W

Q442

2SD667

GND

C435

MEF.22U

250V

47

C611

.22U

MEF

HFLB

V-OUT

G1

GND

+

C420

10U
16V

R611

160

1/2W

987654321

R602

2.94K
1%

L611

100uH

P501

R609

2.7K
1/4W

1
2
3
4

R613

10

1/4W

+

GND

D612
1N4148

R610
12K

C605

1U

43V

D611

1N4148

+

C606

2.2U

GND

GND

15VS
V-DF

NO NOTES ? W RESISTOR IS 1/8W

No. 0502

Deflection & Power - 1

27

43V

H-DRIVE

C501

47U
63V

D507

BYD73A

DGQ503

2SK941

S

GND

T501

GND

+

GND

R503

240

7W

C502
.22U

MEF

R510

100

1/4W

R509

10K

1/4W

GND

C531

3300P

PPN

R508

560

1W

GND

Q504

2SC5408

GND

L504
BEAD

C505
6800P

2KV

MPM

P501

YOKE-H

1
2
3
4

R517
10K 1/4W

Q505

IRF9634

SD

G

GND

C507

4700P
500V

P802

R802

10

P803

1
2

(R)2.2 2WR512
(R)2.2 2WR514

R513

22

1/2W

GND

D502
BY329
1500V

GND

C506 2KV180P

R813

2.2

L508

BEAD

D506

BYV26C

FBP

1/4W

FS

11

T802

2
6
4
7

12

9

10

8

L503

R515

2.2

1/4W

R516

2.2

1/4W

D503

HER102

C555
330P

D504

HER102

C554
330P

105C

C562
220U

16V

C561
220U

16V
105C

+

VR501

5K

R501

+

1K

Q522

2SD667

Q521

2SB647

R561

10

1W

SW4

15VS

SW1

SW2

180

X-RAY"

FBP

TILT

7.5VS

ABL

5V

CONT

R704

2.2

1/4W

FS

R705

10K

C812
.01U

MEF

R702

2.2K

1/4W

D817

1N4148

R819

10K

1/4W

U403
PIN7

R817

R701

2.2K

Q703

2SC945

GND

R537

R818

3.3K
1/4W

C703

10U
25V

7.5VS

Q519
C945

C803

GND

D420

C829

Q816

2SC945

1/2W

C513

1200P

1KV

+

22U

C809

47U
25V

+

R522
470

GND

R831

10K

D810

1N4148

+

GND

GND

R832

4.7K

P8

1N4148D519

1N4148D520

BYV36C

5

76

2
1

L501
4510

2.75UH

D803

U801

KA3842A

C814

2.2U

C511
.39U

400V

MPP

348
1

2

2SB647AC

GND

UPABL

+

GND

R549

2.2K
1/4W

Q510

RN1206

GND

R524

2.2K
1/4W

R536

2.2K

R521

1/4W

2.2K
1/4W

12KR520

R519

12K

Q516

BF421

1/4W33K

FS

1/2W100

GND

R538

+
C524

4.7U
250V

Q803

2SC945

1.2
2W

Q508

RN1206

GND

R539

100

1/2W

R816

220

1/4W

Q509

RN1206

GND

R502

.2
1W

FUSE

L506

100UH

100U
250V

105C

D808

1N4148

GND

GND

Q701

2SC945

+

GND

2SA733

Q702

GND

BEAD

C701

10U

L90

25V

GND

P701

TO ROTATE COIL

+

R814
10

2

1

L89
BEAD

R830

10K

1/4W

CONTRAST

D821

Q806

R821

22K

1N4148

R822
100K

1/4W

Q545

R815

470

1/4W

R806
680K

C821

1000P

GND

R546

C539
.1U

2200P

GND

D815

1N4148

36
2W

C810

R541

10K

1N4148D541

BYV36C

GND

Q546

2SA733

C516
.01U

GND

D804

R820

1K

1/2W

C801

2700P

1.6KV
MPM

GND

R812

12K

R545

4.7K

R804

10K

1/4W

G

R544

22K

U403-P7

D542

FR104

D

S

R811
150

1/4W

D823

1N4148

C515
1U

Q517

IRFS640A

D802

UF5408

GND

R823
100

R803

1K

R826

10K

C532
.01U

G

MPP250V

R530

100

1/4W

D

S

GND

D526

FR104

IRFS630A

D801

BYM36E

Q801

3N90

R801

0.3
2W

(R)

GND

Q514

R531

10K

C834
.01U

GND

R535

D527

FR104

G

R533

22K

C521
.47U

L502

250V

MPP

R534

47
5W

+

C522

D

S

3.3U
250V

Q515

IRFS630A

R827

470

1/2W

C520
.22U

250V

MPP

D532

1N4148

D

G

R532

S

10K

C534

.01U

T801

2

1

14

12

7
44

5
8
9

10

+

C846

2.2U
105C

GND

Q805

2SC945

R834

1K

+

R825

C820

33U

1/4W

GND

VR802

20K

GND

C835

.1U

MEF

GND

+

C510

47U

250V

1
2W

91K

C523

.1U

250V

MPP

R807

D505

1SS82

47
2W

S

R540

4.7K
1/2W

GND

D805

HER103

C806 1KV330P

D806

UF4006

2SA733

GND

B-DRIVE

T506

GND

C826

2200P

1KV

GND

R805

56

1/2W

MOF

D807

UF4006G

R852

330
1W

C.N

NO NOTES ? W RESESTOR IS 1/8W
NO NOTES ? V CAPACITOR IS 50V

C807
330P

1KV

+

C817

L509
BEAD

GND

R861

120K
1/2W

GND

Q812

2SC2271

R844

6.8K

Q813

2SC945

R847

160

GND

R846
300K

R860
470K

1/2W

R845

33K

+

GND

R843

GND

C827

2.2U

22K

C828

10U

25V

+

V-DF

HV

X-RAY

D809

R810

2K2

1/4W

1N4148

R833
33K

1/4W

R850
620K

1/2W

R824
220K
1/2W

D521

FR104

10K

GND

R848

9.1K
1/4W

R849

GND

+

C833

47U

25V

R836

2SA733

R835

4.7K

22K

Q814

VR803

10K

Q810

BF421

GND

R837
470

C825

GND

.1U

ZD801

HZ6B2

Q811
RN1206

GND

R838

180K

R839

150K

50V22U

ZD805

30-2

C818

+

2.2U
400V

105C
+

C819

22U

250V

15VS

MUTE

D420

BRI

G1

No. 0502

Deflection & Power - 2

28

D4

4148

8.4V

GREEN
V350

MUTE

R65

1.3K

8.4V

SW1

POWER ON/OFF

PT-002-B2

SW2

PAGE

PT-002-B2

SW3

FU/ADJ +

PT-002-B2

SW4

FU/ADJ -

PT-002-B2

GND

R9

100

1/4W

R10
470

ZD1

HZ5C1

15VS

C13

47u

25V

JP1

33P

2
1

U4

+

5.1K

R5

2.7K

R6

3.6K

5.6K

C7

4148

7.5V

4148

R11

1/4W

GND

KEY-IN

R4

R7

D1

R63
10K

D2

1K

I

33P
C5

GND

PS1

4148D5

G

KIA7812

GND

9.31K

C70

4.7u

C42

1000P

Q2

2SC945

GND

O

R8

1%

C6

8MHz

KEY-IN

FAT.

+

GND

12V

+

C14

220u

16V

33p

Y1

M

DEG.

27KR70
PS2
SW1

100u

10V

4.7K

GND

HSIZE
RESET

R64

1M

ZD2

HZ5C1

C9

R1

+

C4

10u

16V

1

DAC2

U1
DAC1
DAC0
RESET

5

VDD
GND
OSCO
OSCI
P15

10

P14
P13
P12
AD1/P11
AD0/P10

15

INTE/P16
P27
P26
P25
P24
P23 P22

NT6861

EEP-SDA

EEP-SCL

+

GND

C10

.01u

8

7

U2

24C08

2

1

GND

RA2 10KX6

VSYNCI
HSYNCI

HSYNCO
VSYNCO

DAC13
DAC12
DAC11
DAC10

DDC-SCL
DDC-SDA

R13 1/4W100

6

54

3

DPA8KEE

DAC3
DAC4
DAC5
DAC6
DAC7

DAC9
DAC8

P20
P21

R14
100

U3

KIA7805P

O

G

GND

10K 1/4WR43

44K

LH

44.1K-

I

C1

.01u

GND

31K-33K
SW4
SW2
SW1

1/4W

1/4W

10K 1/4W

R45

1/4W

10K

10K
R46

10K

4.7K

R47

R50

R48

R49

4.7K
R17

33.1K­36K

L
L
L

36.1K­40K

L
L
H

40.1K-

L

H

52K

HH
L
HL

52.1K­62K

H
H

62K-68K

H
H
HL

+

GND

C8

220u

10V

5V

C3

.01u

GND

RA1 10KX8

+

GND

C2

220u

10V

8.2K

R68 10K
R69 10K

40

VSYNC
HSYNC
VCENT

PIN.
TRAP.
TILT.

35

SUB-BRI. UPABL

(POSITIVE)

H-OUT

(NEGATIVE)

V-OUT

100 1/4W
100 1/4W
10K 1/4W
10K 1/4W
10K 1/4W
100 1/4W

2K 1/4W

R20
R21
R22
R23
R24
R25

R26

R71

120K

GND

CORNER

30

25

2120

PARA.
BALA.

BRI.

CONT.

SW4

SW2

10K 1/4W
10K 1/4W

10K 1/4W

10K 1/4W

R16 100

100

R15

1/4W

220PC39

GND

5V

DDC-SCL
DDC-SDA

4148D6

4148D9

GND

R28
R29

R31

R32

4.7uC17+4.7uC18

4.7u

4.7uC29+4.7uC30

+

4148D8

4148

220PC36

D7

GND

GND

+

C25

4.7uC16

4.7u

+

+

+

4.7uC20+4.7uC19

C15

GND

4.7uC24

4.7u

+

+

+

C23

R59

KEY-IN

GND

7.5VS

R100

P2

1
2

L30

BEAD

HFLB

GND

G1

6.3V
5V

75V
12V

CONTRAST

P1

1
2
3
4
5
6
7
8

V-OUT

EEP-SDA
EEP-SCL

H-OUT

GND

P3

R62

4.7K
470PC27

4.7K

D11

4148

D13
4148

R58

10K

GND

R57
10K

Q5

1
2
3
4
5

DDC-SCL

DDC-SDA

GND

V-SYNC

H-SYNC

P5

1
2
3
4
5

2SC945

R61
10K

GND

R60
10K

Q4

2SC945

GND

D10

4148

GND

D12

4148

H-SYNC

C37

220P

V-SYNC

3.9
2W

H-SIZE

H-PHASE

V-SIZE

V-CENT

PIN
TRAP

TILT

PARALLEL

BALANCE

AMBERAMBER

BRI

CONT

C38

220P

GND

No. 0502

Deflection & Power - 3

29

P901

IX-0342-P

1
2
3

L

N

C910

222Y2

C903

NC

1MR901

F901
T3.15A
250V

CHS GND

20mHT901A

C904

NC

1/2W

RT901

15SP008

PR901

9

2

1

P902

DEGAUSS

RL901

OSA-SS-212DM5

D950
4148

Q950

RN1206

3

GND1

R950

1/2W75

+

C951

GND1

BD901
GBU4J

+15VS

R951

1/2W(S)

1/2W(S)

DEGU

R923
620K

R924
620K

R917

33K

+
C906
220U

400VA

GND5

R929
100K

D907

4148

C915

1U

R900

1W(F)0.2

Q902

KSP44

R972

D970

C921
+

4.7U

C923
101J

+

Q970

ZD902

HZ9A2

GND5

R921

4.7K

Q904

A733K

R903

82K

3W(S)

A

K

Q920
BT169D

GND5

R922

10K

R915

10K

C922
102K

C924

47U

16VA

R

GND5

D913
4148

R912

C917
104Z

C920
332K

R916

47

R925

1M(S)

1/2W
R926

1M(S)

1/2W

+

GND5

C909
100U
25VB

27K

1/4W

GND5

R971

R909

1/4W47

R928

4.7K

ZD901

HZ20-2

+

GND5

U9013842A

D911

4148

Q903

C945P

D908

FR104

GND5

R904

47K

2WR

Q901

2SK2761

R920
10K

GND5

D927

4148

+

C927

47U

16VA

GND5

1367

2548

R919

1/4W470

G

R927

100

1/4W

R914

0.33
2WR

#3WR.S

R908

10

1/4W(F)

C913
102K

D

S

GND5

R911

1/4W

R910

4.7K

ZD903

HZ5C1

R918

1K

1/4W

C907

103

1KV

D905

FR107

L903
BEAD

HQ901

GND5

D906

1K

C925

103
1KV

NC

GND5

GND5

C914

102K

SYN+

SYN-

C905

103
1KV

C908

NC

R905

NC

GND5

8

7

6

1

2

4

U900

3

TLP721F

C900

C90A

C960

T900

1
2

472Y1
472Y1
472Y1

KA431Z

101K

13

HD944

9

11

12

R94A

0.2

1WR(F)

10

14

15

16

R989

3K

U980

1KV

UF5408

GND1

R94B

0.2

1WR(F)

R94C

1

1WR(F)

GND1

R980

1K

R981

K

A

GND1

C992

D944

C990

101K

1KV

UF4006G

C994

471
1KV

C981

224
MEF

47

R

D943

D942

ER106

HD941

D940

ER202

C940

1000U

16VB

D930

FR104

C930

1000U

16VA

C993

D945

UF5408

R990

100
2WR

D941
ER302

R994

10

1/4W(F)

+

GND1

R984

51K

1/2W

R985

51K

1/2W

R982

1K

GND1

101K

1KV

+

R986

1.3K
1/4W

VR980

R987

470

1/4W

C987

224

MEF

250V

B201

+

250VB

GND1

GND1

+
C946
100U

GND1

63VA

+

C944

1000U

GND1

25VB

C949
100U

+

C947

47U

100VA

R944

4.7K

Q940
B772Q

R941

4.7K

1/4W

L941

5UH

D951
4148

AMBER

Q942

B772Q

R945

1.2K
1W

R942

1K

1/4W

RN1203

GND1

Q960

D946

1N4002

+

C941

100U
25VB

GND1

R961

620

1/4W

+
C943

10U

100VA

GND1

Q941
RN1203

22U

AMBER

C942

103
1KV

GND1

L940

RN1203

5UH

+

C948

50VA

LYSG3393/R7

LED1

321

GREEN

GND1

GND1

Q943

R949

47K

D949
4148

P960

R940
100K

1/4W

GND1

R962

620

1/4W

B3B-XH-A

Q961

RN1203

179V

75V

43V
15V
15VS

PS1

7.5VS

PS2

8.4V

GREEN

No. 0502

Deflection & Power - 4

30

No. 0502

DEFLECTION & POWER BOARD - VA 717

31

1

U303

G2

D

N

G

U302

PA301

P302

1

P303

1

SWITCH BOARD

1

U301

VIDEO BOARD

- VQ 602

SOCK1

P301

1

No. 0502

- VR 717

VIDEO & SWITCH BOARDS

32

Schematics and PCBs Supplement

CM615ET321

33

+5V

+8V

C1

47U
16V

GND

+

GND

OSD-SDA
OSD-SCL

SW4

VOLUM-

SW3

VOLUM+

SW2

FUNCTION

SW1

POWER-SW

U3

78L05

LED-3

D1

1N4148

I

G

C5

.01U

LED1

O

GND

G-ON

A-ON

C2
100U
16V

1
2
3

24LC08

GND

U2

< 70K

H

H

L

H

HH

SW 1
SW 2

SW 3

< 33K 52~57K41~51K36~40K33~35K 58~65K

L

L
L
L

L

L

H
LHH

H H
L
HL

SW 4

FOR 70K TABLE FOR 87K TABLE

+

C3

.01U

8
7
6
54

C85

100P

GND

GND GND

GND

R2

100

P1

1
2
3
4
5
6
7

R34

4.7K

C13

10U

16V

C86

100P

R3

100

C6

.01U

R1

10K

+

R4

GND

10K

D3

1N4148

D2

GND

R5

*

33P

GND

P101

C8

PS1

10K

1
2
3
4
5
6
7

R18
10K

CONTRAST

12MHZ

Y1

C7

JP2

GND

MODEL

PS2

R6

10K
R28

10K

GND

33P

R7

330

R32
10K

TILT

R26

10K

R8

330

R33

R25

2.2K

10K

OSD-SDA

OSD-SCL

Q5

C945

MUTE

R29
10K

R30

2.2K

R31

2.2K

1
2

DA1/P5.1

3

DA0/P5.0

4

RESET

5

VDD

6

VSS

7

X2

8

X1

9

ISDA

10

ISCL

11

STO/P4.2

12

P2.2/AD2

13

P1.0

14

P1.1

15

P3.2/INT

16

P1.2

17

P1.3

18

P1.4

19

P1.5

20

P1.6 P1.7

U1

WT62P1

MTV212

+5V

R37
10K

Q2

A733

Q1

A733

GND

3.3K

R10

1K

R9

U-LOCK

+

C12

4.7U
50V

GND

VSYNCDA2/P5.2

HSYNC

DA3/P5.3
DA4/P5.4

DA5/P5.5

D8/HALFH

D9/HALFV
HBK/P4.1

VBK/P4.0

D7/CLAMP

DA6/P5.6

P2/DA13

P2/DA12

P2/DA11

P2/DA10

P2.0/AD0

P2.1/AD1

P103

2
1

FACT/USER

R38
10K

P104

1
2
3
4
5
6
7
8

HSCL

HSDA

R35
10K

40
39
38
37
36
35
34
33
32
31
30
29
28
27
26

25
24
23
22

21

GND

AFC
GND

G1
HEATER
+5V
+100V
+12V

ABL

R41

2.2K

A-LOW
G-LOW

R36
10K

GND

SW 1
SW 2

SW 3
SW 4

P105

GND

R40

1K

1
2
3
4
5

C90
.1U

250V

R24
10K

L
L

L
L

GND

+

4.7U

GND

JP1
OSD

GND

P102

1
2
3
4
5
6

V-OUT

OSD-SDA
OSD-SCL

H-OUT

GND

R23

10K

+

C11

4.7U
50V

C14

50V

GND

L
L
L
H

ZD3

HZ5C1

GND

C17

DETECT
DDC-SCL
DDC-SDA

V-SYNC
H-SYNC

GND

C15

220P

GND

GND

C18

ZD1

HZ5C1

GND

+5V

GND

L
L

L

H

H H

H

HZ9C1D82

R21
10K

+5V

GND

HZ5C1

GND

HZ5C1

H

R20

10K

ZD4

D81

C16

1000P

GND

GND

>75K62~75K58~61K51~58K45~51K40~45K34~40K34K<

HHHH

L

H

L L
H

H H H

L
H H

H

P103 & (+) & (-) =>POWER CORD ON ==INI

R19
10K

R22

10K

R17

*

R16

*

R15

2.2K

C66

150P

GND

GND

+5V

D80

GND

C9

470P

R11
10K

R12

4.7K

ZD5

1K

*

C19

*

GND

R13

1K

R14

4.7K

Q3

2SC945

GND

R27

*

Q4

ZD2

HZ5C1

GND

RN1203

GND

R66

3.3
1W

GND

R67

JUMP

G1-ADJ

SH-SIZE
DEGAUSS

SUB-BRI

+

C10

4.7U
50V

DDC-SCL
DDC-SDA

DETECT

+5V

HSYNC

BRI.

VSYNC
HSYNC

H-OUT
V-OUT

SW3
SW2
SW1

VSYNC

+8VS

HEATER

No. 0502

Deflection & Power - 1

34

+15VS

HDRV

+15VS

SW4
SW3

SW2

SW1

+15VS

TILT

C521

-12V
SH-SIZE

SMOD

A

GND

R548
300K

OSD-SCL

OSD-SDA

H-OUT
V-OUT
+12V

U-LOCK

C512

2.2U
16V

+

R418

100

R419

100

C418

100P

C501
100U

25V

GND

C506

1000P

R516

10K

D509

1N4148

1MR427

R547
820K

C523

.022U

MEF50V

C401

+

C402

100U

.01U

25V

GND GND

C419

100P

GND GND

100

R402

1/8W

100

R401

1/8W

R417

10K

GND

R508

2.2K

Q504

RN1206

3.3KR532

U402
7812

1 1098765432

+

2SC945

I

VFOCUS

H/HVIN

R509

2.2K

RN1206

GND

R517

4.7K
R518

2K

Q505

1N4148D511

D401

1N4148

G

Q503

20KR525

O
C403

100U

C405
100U

VSYNCIN SDA

16V

16V

GND

R538

GND

C507

.01U

*

+
C508

4.7U

SCL

HLOCKOUT

R565

*

Q521

50V

R533

3.3K

+

+

& VBLK

C831

*

250V

MPP

D859

C430

.01U

GND

Q401

2SC945

GND

*

R430

3.3K

1/8W

R504

R505

R506

1.5
D502

R546

4.7K

*

1W1.5

1N5817

R539

*

R514

10K

1W

GND

R543

22

1/2W

+15VS

R421

10K

+

C416

GND

GND

RL801

D508

1N4148

R570

22

*

C810
.01U

R515

R526

Q501

2SC5521

18.5Ts

47

Q514

2SC945

C515

.01U

100

D520

1N4148

R536

GND

MUTE

P802

L801

R529

680

5W

1

2W

C809
250V

R535

2W

GND

R410

4.7K

C527

22P

+15VS

R604

1.1k

R605

4.3K
1%

P801
H-DY

2
1

L803

6mH

1U

MPP

GND

IRFS640A

1

GND

R601

1%6.2K

R602

1%

L802

C509
330P
500V

Q513

GND

R528

*

FUSE

GND

12.5Ts

R806
100

1W

R807

47
1W

R527

10K

1W6.8

R614

1/2W
FUSE

-13V

C805
2200P

1KV

R805

330

1W

C817

*

C806

.33

400V

MPA

C417

C601
.01U

1

C803

.0068U

1KV
MPM

L501

145uH

L502
BEAD

D501

ER304

BYM36C-798

47U
16V

C609
.01U

GND

D802

L804

BEAD

+

GND GND

GND

R603

2.43K
1%

+

C602

470U

25V

L806

BEAD

C801

.0075U

1.6KV

*

.033U

GND

R530

2.2K

.047U

250V

R422

7

U601

TDA8172

1

MPM

C802

1KV
MPM

D801

C023M-15

+56V

B+

C511

MEF

GND

10K

Q402

2SC945

2

6

4

C604
.01U

GND

C510

47U

+

250V

Q508-B

R423

10K

FR10-04

+

3

5

+

GND

R424

10K

Q403

2SC945

D601

C603

100U

50V

R606

*

C605

1000U

16V

D805

UF4001

C812

+

47U
50V

R802

10

321

GND

1N4148D405

R801

10

R540
470K

1W

D522

*

+12V

D602

1N4148

R607

D806

UF4001

C813

47U
50V

P803

GND

R571

R572

P804

1

R838

1K

GND

1%

D406

1N4148

2.2

C606
.22U

MEF

+

*

*

2

R837

53.6K
1%

R608

270

1/2W

1%

R609

1W

GND

FBT

R809

GND

ZD402
HZ5B1

1

10

FUSE

G1

R836

10K

56.2K-798

C431

47U
16V

D809

R828

45.3K
1%

C607

.001U

50V
MEF

YOKE

V-DY

GND

FR105

+12V

+

GND

*

W115

D810

GND

R425

R426

3.3K

GND

2.2

FR10-04

C824

1U

50V

R829

8.2K

VR801

B2K

12K

GND

GND

R839

*

1/2W

D816

FUSE

R610

R611
10K

*

C825

*

160V

-150V

GND

+

GND

ZD401
HZ9A2

2SA733

10K

C818

22U

+

250V

Q404

+60V

GND

SG2

H.V.
G4

G2

D-FOCUS

R808

100

1/2W

FUSE

*

+

GND

+100V

R612

22K

Q601

BF420

GND

D807

UF4007

UF4007

R834

39K

R832

12K

C608

.1U

250V

MEF

R613

47K

GND

D820

100V

SG3

*

Q807

BF423

C842

22U

.068U

GND

SG1

1.5KV

+

R810

1K

C814

MEF

R872

2.2M

R871

2.2M

R870

2.2M

R847
15K

1/2W

Q843

2SD667

R849

22

R860

1/2W

C861

1000P

D-FOCUS

R833
820K

R830
220K
1/2W

R831
10K

470

1KV

R861

150K
1/2W

R811

20K

C815

.022U

MEF

C816

.015U

1KV
PPN

GND

C840

D841

1N4148

R84847R846

C843
100V

Q850

BF423

R855 470K

-150V

+

10U

1U

V-OUT

R812

2SA733

GND

R822

470

C822
120P

2SA733

R842

3.9K

1N4148

6

4
C855

C852

50V

10K

Q808

R819

1/8W

Q840

R843

36K

D840

47

+

8

2u2
16V

1U

GND

15K

R817

100

1/8W
C821

1U

50V

2SC945

2SC1627

T801

11 0

R851

4.7K

+

R854 18K

C854

10U

+

100V

C853

+

50V

1U

R820
150K

R827

47K

R835

100

D811

1N4148

R813

2.2K

NP

Q820

Q841

2SB647

+

R823

10K

R844

1.2K
C841

.01U

R845

100

Q842

C851

100V

R853

5.6K

R852

2.7K

BRI.

G1-ADJ

+12V

SMOD

R816

22

1/4W
FUSE

R818

39K

R821
820

47U

G1

+

R856

1.2K

SUB-BRI.

CONTRAST

FOCUS

+

C820
100U

16V

+56V
V-DY

ABL

G2

+12V

R537

R501

R534

*

Q517

*

6.8
1W

C504

1U

+

R542

*

2W

6.8
1W

R531

100

C505

2200P

D503

GND

1N4148

C807
.27

400V

MPP

R507

10K

GND

C502

.47U

MEF
50V

R850
470K

1/2W

R502

150

1W

C503

.01U

Q502

2SK941

GND

R556

*

Q810

D505

R557

1K

R558

1K

D504

1N4937

IRFS630A

R510

22

R511
10K

*

Q518

*

D514

*

1N4937

Q809

C514

.1U

R512

D513

IRFS630A

22

R513
10K

C513

.1U

*

D510

1N4148

C808

.15

400V

MPP

D521

*

T501

D515

+56V

R857
470K
1/2W

R563

*

*

*

C531

*

GND

Q831

R564

*

R541

*

SMOD

HEHTCOMP

ISENSE

R409
1/8W
R407

1N4148

D402

1N4148

2SA733

GND

R411
270K

1/8W

1%

R412
100K
1/8W

GND

1K

D404

Q511

2SC945

Q512

1%10K

GND

R403

10

FUSE

C404
.01U

VCC

FC1

C410

.1U
50V
MEF

D506

1N4148

Q506

2SC945

Q507

2SA733

D507

1N4148

C520

1000P

.022U

GND

R406

3.3K
1/8W

B+OUT

PLL2C

C409

50V
MEF

C530

.22U

MEF

C522

4.7U
16V

R545

2.2K

R405

GND

C0

C414
1000P

50V
MEF

L805

+12V

120uH

P501

1
2

R519

560

R520

1/2W

82
2W

GND

Q508

2SA733

R521

3.32K

NP

1%

R524

22.1K
1%

Q509

2SA733

GND

R523

18.2K
1%

R522

1K
1%

GND

Q802

2SC1213

2SB857

C811

2.2U
63V
MEF

Q801

R548

*

R549

*

GND

Q510

*

GND

GND

JP-ST

HDRV

1K

GND

HOUT

HGND

GND

R416

4.5K
1%

C411

.01U

50V
MEF

R404

4.3K
1/8W

GND

XRAY

EWOUT

VOUT

.22U

VCAP

C420

50V
MEF

C421
.47U

50V
MEF

GND

VGND

VGACAP

TDA9112

H Position

HV Focus

HFLY

C425

47U
16V

C426
.01U

+

HREF

C406

1000P

50V

MEF

PLL1F

R0

R415

1.8K
C412

+

4.7U
16V

C413

+

10U
16V

C528

220P

C424

47U
16V

+

VRB

COMP

R408

C407 1000P

.022u

PPN

GND

181920212223242526272829303132

82K

1/8W

VEHTCOMP

REGIN

R420
220K
1/8W

C408

17

161514131211

FOCUS

No. 0502

Deflection & Power - 2

35

D901

1

1

F901

T3.15A

250V

L

1N5406*4

D902

420035mH

C902

X20.47U

L901

420035mH

C901

X2.22U

R901

1M

1/2W

CHS GND

GND2

3

2

1

P901

D903

4

32

4

32

L902

N

D904

RT901
SP15008

C934

332Y2

GND2

GND2

C927

472Y2

RL901

1

P902

C960

R963

GND1

1/2W

5

1

R964

3

R981

1/2W_F

6

1/2W_F

C924

22U
50V

+

GND5

R929
100K

1/4W

+13.5V

R926

1M

1/4W

+

C906
220U
400V

GND5

R960

56K

Q903

C945

GND5

D914

1N4148

0.2

GND5

R902

1W

R928

1/2W1M

ZD960

NC

R961
NC

Q960

R927

1M

1/2W

NC

Q930

BT169D

D913

1N4148

R962

NC

D960

NC

A

KG

GND5

ZD930

HZ20-2

R910

10

1/4W

C932

104Z

GND5

R903

33K

1W

Q902

KSP44

R909

1/4W10

D910

R936

R932

20K

GND5

4148

R920

10K

1/4W

1K

R904

D905

FR107

Q901

2SK2761

R907

0.33
3W_S

GND5

D930

1N4148

+

C930

100U

25V

GND5

47K

2W

HSQ901

GND5

R930

240

1/4W

L903
BEAD

GND5

C907
.01U

C908

1KV

C925
.01U

1KV

D906

NC

1KV

NC

GND5

472Y1

T901
ERL39

11

14

R905

NC
2W

GND5

R950
75
1/2W

PR901

D950

1N4148

+

GND5

DEGU

Q950

3

2

C945

C952

100U

25V

GND1

R951

+

4.7K

1/4W

GND1

R931

1M

D921

1N4148

U901 3842

C917

104Z

1/4W

D922

+

FROM

F.B.T

C923

10U
50V

R919

1/4W

82

1N4148

GND5

C916
333J

MEF

GND5

D911

1N4148

D912

1N4148

C909
220U

25V

R912

27K

1/4W

C912
332J

PEN

R918

47

1/4W

D908

FR104

GND5

1367

2548

C913
102K

C922
102K

R908

2.2

1/4W

1/4W

R922
10K

C914
102K

R923

4.7K
1/4W

R911

1/4W1K

4

3

9

C928
330K

16

GND5

472Y1

U900

LTV817M-B

C900

1

2

7

2,8

4

GND1

R983

10

1/2W_F

R974

1K

1/4W

R975

3K

U904

KA431

NC

D943

UF4006G

200VB

D942

ER306

NC

HS941 NC

10

D940

UF5402G

R982

10

D944

FR104

SF24G

D970

330P

1KV

C977

224J

MEF

K

R

A

GND1

C963

1KV

C947

47U

C962

NC

C981

330P

1KV

C983

NC

HS942

NC

D941

ER302

C982
330P
1KV

R977

47

+

GND1

VR901

200B

R954

1/2W

GND1

R973

470

1/2W

C975

0.068
250V

MEF

R976

1K

1/4W

L941

5UH

NC

+

C946
470U

100VB

GND1

+

C944

1000U

25VB

GND1

+

C940
1000U
16VB

GND1

+

C970

1000U

+

25VB

GND1

C949

1000U

16VB

R972

2.26k
1/8W

MF

R965

NC

1/4W

R970

27K

1/2W
R971

22K

1/2W

GND1

L942

5UH

C942
470U
16VA

R984

15K

2W_R

R944

4.7K
1/4W

JP903

+

GND1

R991

R993

NC

R941

4.7K

1/4W

JP904

NC

Q992

A733
NC

Q962

GND1

10mm

NCB649

R966

B772

5mm

Q991
D400

NC

R992

NC

1/4W

2WNC

Q942
B772

Q940

R945

R942

820

1/2W

GND1

Q961

GND1

1K
1W

RN1203

GND1

D991

R994

NC

NC

Q941

NC

Q943

RN1203

GND1

+

C950
100U

25V

R995

NC

+
C951

NC

25V

1N4148D946

R943

10K

1/4W

R997

NC

1/4W

R946

Q993

NC

+90V

PS2

+53V

+13.5V

+13.5VS

JUMP10mm

PS1

+7VS

(HEATER)

PS2

+10V
(UP)

-11V

No. 0502

Deflection & Power - 3

36

No. 0502

DEFLECTION & POWER BOARD - VA 739

37

U301

U201

SOCK1

P302

SWITCH BOARD

- VR 739

P301

VIDEO BOARD

- VQ709

U202

P303

No. 0502

VIDEO & SWITCH BOARDS

38

THE UPDATED PARTS LIST

FOR THIS MODEL IS

AVAILABLE ON ESTA

Hitachi, Ltd. Tokyo, Japan

International Sales Division

THE HITACHI ATAGO BUILDING,

No. 15 –12 Nishi Shinbashi, 2 – Chome,

Minato – Ku, Tokyo 105-8430, Japan.

HITACHI EUROPE LTD,

Whitebrook Park
Lower Cookham Road
Maidenhead
Berkshire
SL6 8YA

UNITED KINGDOM

Tel: [phone]
Fax: [phone]
Email: [e-mail]

HITACHI EUROPE GmbH

Munich Office
Dornacher Strasse 3
D-85622 Feldkirchen bei München

GERMANY

Tel: [phone]
Fax: [phone]
Hotline: [phone] (12ct/min)
Email: [e-mail]

HITACHI EUROPE srl

Via Tommaso Gulli N.39, 20147
Milano, Italia

ITALY

Tel: [phone]
Tel: [phone] Servizio Clienti
Fax: [phone]

Email: [e-mail]

HITACHI EUROPE S.A.S

Lyon Office
B.P. 45, 69671 BRON CEDEX
FRANCE
Tel: [phone]
Fax: [phone]
Email: [e-mail]

HITACH EUROPE AB

Egebækgård
Egebækvej 98
DK-2850 Nærum

DENMARK

Tel: [phone]
Fax: [phone]
Email: [e-mail]

Hitachi Europe Ltd

Bergensesteenweg 421
1600 Sint- Pieters-Leeuw

BELGIUM

Tel: [phone]
Fax: [phone]
Email: [e-mail]

www.hitachidigitalmedia.com

Tel: [phone]

HITACHI EUROPE S.A.

364 Kifissias Ave. & 1, Delfon Str.
152 33 Chalandri
Athens

GREECE

Tel: [phone]
Fax: [phone]
Email: [e-mail]

HITACHI EUROPE S.A.

Gran Via Carlos III, 86, planta 5
Edificios Trade - Torre Este
08028 Barcelona

SPAIN

Tel: [phone]
Fax: [phone]
Email: [e-mail]

HITACHI Europe AB
Box 77 S-164 94 Kista

SWEDEN

Tel: [phone]
Fax: [phone]
Email: [e-mail]

HITACHI EUROPE LTD (Norway) AB
STRANDVEIEN 18
1366 Lysaker
NORWAY
Tel: [phone]
Fax: [phone]
Email: [e-mail]

HITACHI EUROPE AB

Neopoli / Niemenkatu 73
FIN-15140 Lahti

FINLAND

Tel : [phone]
Fax: [phone]
Email: [e-mail]

HITACHI EUROPE LTD

Na Sychrove 975/8
101 27 Praha 10 – Bohdalec

CZECH REPUBLIC

Tel: [phone]
Fax: [phone]
Email: [e-mail]