Sony GDM-F520 Service Manual

HISTORY INFORMATION FOR THE FOLLOWING MANUAL:

SERVICE MANUAL

GDM-F520

AEP Model

Canada Model

Chassis No: SCC-L33D-A

21CR1

US Model

CHASSIS

ORIGINAL MANUAL ISSUE DATE: 1/2003

ALL REVISIONS AND UPDATES TO THE ORIGINAL MANUAL ARE APPENDED TO THE END OF THE PDF FILE.

REVISION DATE REVISION TYPE SUBJECT

1/2003 No revisions or updates are applicable at this time.

Design and specications are subject to change without notice.

TRINITRON® COLOR MONITOR

9-878-802-01

Design and speci cations are subject to change without notice.

TRINITRON

®

AEP Model

Video image area

Approx. 403.8 X 302.2 mm (w/h)

Addressable:

Vertical: Max. 1536 lines

Addressable:

Vertical: Max. 1200 lines

Approx. 388 x 291 mm (w/h)

x 11

inches)

Approx. 364 x 291 mm (w/h)

inches)

Video

Analog RGB (75 ohms typical)

Vertical:

48 kHz to 170 kHz

AC input voltage/current

100V to 240V, 50 - 60Hz,

x 19

inches)

Approx. 30 kg (66 lb 2 oz.)

Self Diagnosis

Supported model

POWER MANAGEMENT

The power saving mode complies with the VESA Display Power Management Signaling standard. Each state of power management shall be activated by the host computer terminating the appropriate sync signals. Blanking the video must precede termination of the sync signals. The elapsed time counter shall also be controlled by the host computer. Reactivation of the monitor shall be accomplished from the host computer by re-establishing the normal sync signal.

Power consumption Screen Horizontal Vertical Power Recovery time Indicator mode (video) sync signal sync signal consumption*

1 Normal operation active yes yes < 145 W -- Green

2 Active-off** (deep sleep)***blank no* no* < 3 W Orange

* Figures reect power consumption when no USB compatible peripherals are connected to the monitor. ** When your computer enters power saving mode, the input signal is cut and NO SIGNAL appears on the screen before the monitor enters active mode. After a few seconds, the monitor enters power saving mode. ***"Deep sleep" is power saving mode dened by the Environmental Protection Agency.

DIAGNOSIS FUNCTION

When a failure occurs, the STANDBY/TIMER lamp will ash a set number of times to indicate the possible cause of the problem. If there is more than one error, the lamp will identify the rst of the problem areas.

Aging Mode (Video Aging): During Power Save, press MENU button for longer than 2 seconds. Self Test (OSD Color Bar): During Power Save, push up Control button for longer than 2 seconds. Reliability Check Mode: During Power Save, push down Control button for longer than 2 seconds.

— 4 —

TIMING SPECIFICATION

MODE AT PRODUCTION

MODE 1 MODE 2 MODE 3 MODE 4

RESOLUTION

640 X 480 1600 X 1200 1920 X 1440 1920 X 1440

CLOCK

25.175 MHz 229.500 MHz 341.000 MHz 297.000 MHz

--HORIZONTAL--

H-FREQ

31.469 kHz 106.250 kHz 128.485 kHz 112.500 kHz

usec usec usec usec

H. TOTAL

31.778 9.412 7.783 8.889

H. BLK

6.356 2.440 2.152 2.424

H. FP

0.636 0.279 0.457 0.485

H. SYNC

3.813 0.837 0.622 0.754

H. BP

1.907 1.325 1.073 1.185

H. ACTIV

25.422 6.972 5.630 6.465

--VERTICAL--

V. FREQ (HZ)

59.940 Hz 85.000 Hz 84.977 Hz 75.000 Hz

lines lines lines lines

V. TOTAL

525 1250 1512 1500

V. BLK

45 50 72 60

V. FP

10 1 1 1

3

V. SYNC

2 33

V. BP

33 46 68 56

V. ACTIV

480 1200 1440 1440

--SYNC--

INT(G)

NO NO NO NO

EXT (H/V) /POLARITY

YES N/N YES P/P YES P/P YESN/P

EXT (CS) /POLARITY

NO NO NO NO

INT/NON INT

NON INT NON INT NON INT NON INT

GDM-F520

— 5 —

WARNINGS AND CAUTIONS

CAUTION

Short circuit the anode of the picture tube and the anode cap to the metal chassis, CRT shield, or carbon painted on the CRT, after removing the anode.

WARNING!!

An isolation transformer should be used during any service to avoid possible shock hazard, because of live chassis. The chassis of this receiver is directly connected to the ac power line.

! SAFETY-RELATED COMPONENT WARNING!!

GDM-F520

Components identied by shading and ! mark on the schematic diagrams, exploded views, and in the parts list are critical for safe operation. Replace these components with Sony parts whose part numbers appear as shown in this manual or in supplements published by Sony. Circuit adjustments that are critical for safe operation are identied in this manual. Follow these procedures whenever critical components are replaced or improper operation is suspected.

ATTENTION!!

Apres avoir deconnecte le cap de l’anode, court-circuiter l’anode du tube cathodique et celui de l’anode du cap au chassis metallique de l’appareil, ou la couche de carbone peinte sur le tube cathodique ou au blindage du tube cathodique.

An d’eviter tout risque d’electrocution provenant d’un chássis sous tension, un transformateur d’isolement doit etre utilisé lors de tout dépannage. Le chássis de ce récepteur est directement raccordé à l’alimentation du secteur.

! ATTENTION AUX COMPOSANTS RELATIFS A LA SECURITE!!

Les composants identies par une trame et par une marque ! sur les schemas de principe, les vues explosees et les listes de pieces sont d’une importance critique pour la securite du fonctionnement. Ne les remplacer que par des composants Sony dont le numero de piece est indique dans le present manuel ou dans des supplements publies par Sony. Les reglages de circuit dont l’importance est critique pour la securite du fonctionnement sont identies dans le present manuel. Suivre ces procedures lors de chaque remplacement de composants critiques, ou lorsqu’un mauvais fonctionnement suspecte.

— 6 —

SAFETY CHECK-OUT

AC

Outlet Box

Ohmmeter

Cold-water Pipe

To Exposed Metal

Parts on Set

1.5 K Ω

AC

Voltmeter

(0.75 V)

Earth Ground

GDM-F520

After correcting the original service problem, perform the following safety checks before releasing the set to the customer:

1. Check the area of your repair for unsoldered or poorly soldered connections. Check the entire board surface for solder splashes and bridges.

2. Check the interboard wiring to ensure that no wires are “pinched” or

touching high-wattage resistors.

3. Check that all control knobs, shields, covers, ground straps, and

mounting hardware have been replaced. Be absolutely certain that you have replaced all the insulators.

4. Look for unauthorized replacement parts, particularly transistors,

that were installed during a previous repair. Point them out to the customer and recommend their replacement.

5. Look for parts which, though functioning, show obvious signs of

deterioration. Point them out to the customer and recommend their replacement.

6. Check the line cords for cracks and abrasion. Recommend the

replacement of any such line cord to the customer.

7. Check the B+ and HV to see if they are specied values. Make

sure your instruments are accurate; be suspicious of your HV meter if sets always have low HV.

8. Check the antenna terminals, metal trim, “metallized” knobs,

screws, and all other exposed metal parts for AC leakage. Check leakage as described below.

Leakage Test

The AC leakage from any exposed metal part to earth ground and from all exposed metal parts to any exposed metal part having a return to chassis, must not exceed 0.5 mA (500 microamperes). Leakage current can be measured by any one of three methods.

1. A commercial leakage tester, such as the Simpson 229 or RCA

2. A battery-operated AC milliampmeter. The Data Precision 245

3. Measuring the voltage drop across a resistor by means of a VOM

How to Find a Good Earth Ground

A cold-water pipe is a guaranteed earth ground; the cover-plate retaining screw on most AC outlet boxes is also at earth ground. If the retaining screw is to be used as your earth ground, verify that it is at ground by measuring the resistance between it and a cold-water pipe with an ohmmeter. The reading should be zero ohms.

If a cold-water pipe is not accessible, connect a 60- to 100-watt troublelight (not a neon lamp) between the hot side of the receptacle and the retaining screw. Try both slots, if necessary, to locate the hot side on the line; the lamp should light at normal brilliance if the screw is at ground potential (see Figure B).

WT-540A. Follow the manufacturers’ instructions to use these instructions.

digital multimeter is suitable for this job.

or battery-operated AC voltmeter. The “limit” indication is 0.75 V, so analog meters must have an accurate low voltage scale. The Simpson’s 250 and Sanwa SH-63TRD are examples of passive VOMs that are suitable. Nearly all battery-operated digital multimeters that have a 2 VAC range are suitable (see Figure A).

Figure A. Using an AC voltmeter to check AC leakage. Figure B. Checking for earth ground.

— 7 —

1-1. CABINET REMOVAL

1

B

A

C

Two screws (+BVTP 4 x 16)

6

Slide the EMI shield in the direction of arrow and remove four claws.

7

EMI shield

5

Three screws (+BVTT 4 x 8)

4

Four screws (+BVTT 4 x 8)

Two claws

3

Push the upper side of the cabinet assembly in the direction of arrow , disconnect claws, then remove the cabinet assembly lifting it up in the direction of arrow .

Bezel

EMI shield

Cabinet assembly

Bezel

Push in the tip of a screwdriver about 10mm to unlock the claw.

22

GDM-F520

SECTION 1: DISASSEMBLY

— 8 —

1-2. SERVICE POSITION

1

2

3

4

1

Remove the D board.

D board

2

Remove the Video block assembly.

3

Install the Adaptor board (XT MOUNT) (A-1391-123-A).

4

Lay the Video block assembly.

Video block assembly

5

Install the video block assembly.

6

Put a box which is about 15cm in height under the D board to fix it. (Please disconnect the CN 701 first.)

D board

Box

GDM-F520

— 9 —

Two screws (+BVTT 4 x 6)

2

Video block assembly

11

Screw (+BVTT 4 x 8)

Five screws (+BVTT 3 x 8)

USB case

15

US board

12

USB block assembly

3

Four screws (+BVTP 3 x 8)

Video shield

Two screws (HEX)

Screw (+BVTP 3 X 8)

7

Video case

9

Terminal board assembly

10

A2 board

CN315

CN313

CN2601

1

4

5

6

Two screws (+BVTT 3 X 8)

8

13

14

1-3. A2 BOARD (C BLOCK) REMOVAL

1

A2 board (C block)

CN318

CN315

GND

GDM-F520

1-4. A2 BOARD & US BOARD REMOVAL

— 10 —

3

Bezel

7

Input selector

9

H2 board

5

Three screws (+BVTP 3 x 10)

4

Screw (+BVTP 4 x 16)

10

Lifting up two claws in the direction of arrow.

4

Screw (+BVTP 4 x 16)

11

L1 bracket

12

Magnetic MIU-221D sensor

2

Four tapping screws (5)

8

Menu button

6

Control panel assembly

CN1500

CN1401

CN1400

1

Picture tube shield

Before removing the bezel assembly, secure the picture tube by attaching two screws to the picture tube shield at the positions shown with an arrow (diagonal two places) to prevent the picture tube from falling. (Use the screws +BVTT 4 x 8 that fix EMI shield.)

1-5. BEZEL ASSEMBLY AND H2 BOARD REMOVAL

GDM-F520

— 11 —

A2 board (C block)

Two screws (+BVTT 4 x 6)

4

Two screws (+BVTP 3 x 10)

3

Video block assembly

Rear plate assembly

6

Five screws (+BVTP 3 x 10)

CN315

CN1103

CN1600

CN1601

CN1003

CN605

CN701

CN501

GND

CN602

CN601

CN318

GND

Connector (4P)

1

5

2

Screw (+BVTP 3 x 10)

4

D board

7

1-6. D BOARD REMOVAL

GDM-F520

— 12 —

a

b

Anode Button

c

1-7. PICTURE TUBE REMOVAL

4

Picture tube

1

Anode cap

2

A2 board (C block)

3

Neck assembly

CN3

CN7

CN2

CN1

GND

GDM-F520

ANODE CAP REMOVAL

WARNING: High voltage remains in the CRT even after the power is disconnected. To avoid electric shock, discharge CRT before attempting to remove the anode cap. Short between anode and coated earth ground strap of CRT. NOTE: After removing the anode cap, short circuit the anode of the picture tube and the anode cap to either the metal chassis, CRT shield, or carbon painted on the CRT.

REMOVAL PROCEDURES

Turn up one side of the rubber cap in the direction indicated by arrow a.

Use your thumb to pull the rubber cap rmly in the direction indicated by arrow b.

When one side of the rubber cap separates from the anode button, the anode cap can be removed by turning the rubber cap and pulling it in the direction of arrow c.

HOW TO HANDLE AN ANODE CAP

1. Do not use sharp objects which may cause damage to the surface of the anode cap.

2. To avoid damaging the anode cap, do not squeeze the rubber covering too hard. A material tting called a shatter-hook terminal is built into the rubber.

3. Do not force turn the foot of the rubber cover. This may cause the shatter-hook terminal to protrude and damage the rubber.

— 13 —

1-8. HARNESS LOCATION

CN602

CN601

CN604 CN1102

CN312 CN311

CN318

CN319

CN320

CN31

6

CN315

CN303

CN1103

CN1003

CN1401

CN1500

CN1400

CN605

CN1600

CN1

CN3

CN1602

CN701

CN501

4P

5P

CN904

CN2601

Picture tube

A2 board

AC inlet

D board

US board

Magnetic sensor

L2 board

N board

H2 board

CN1601

GDM-F520

— 14 —

SECTION 2: SAFETY RELATED ADJUSTMENTS

Part Replaced ( )

HV ADJ

RV901

Part Replaced ( )

D Board C925, IC901, R901, R902, R905,

R924, R925, R926, RV901, T901 (FBT),

• Mounted D Board

HV Regulator Circuit Check

D Board

C920, C923, D911, D912, R903, R917, R918, R919, R920, R923, T901 (FBT)

• Mounted D Board

N Board

IC1001, RB1001

• Mounted N Board

N Board

IC1001, RB1001

• Mounted N Board

HV HOLD DOWN Circuit Check

D Board

C930, D917, R921, R932, R933, R935, T901 (FBT)

• Mounted D Board

Beam Current Protector Circuit Check

GDM-F520

When replacing parts shown in the table below, the following operational checks must be performed as a safety precaution against X-ray emissions from the unit.

Conrm one minute after turning on the power.

2-1. HV REGULATOR CIRCUIT CHECK

1. Turn the RV901 slowly, and adjust so that high voltage is in the specied range.

[Specication]: 27.00 ± 0.05 kV

2. Check that the voltage of D912 cathode on the D board is 17.0V or more.

2-2. HV PROTECTOR CIRCUIT CHECK

1. Using external DC Power Supply, apply the voltage shown below between cathode of D912 and GND, and check that the RASTER disappears.

[Specication]: 19.95 ± 0.00/-0.05V

2-3. BEAM CURRENT PROTECTOR CIRCUIT

CHECK

1. Connect constant current source to a section between T901 (FBT)

11

pin and GND, and check that the RASTER disappears when

the specied current ows to the 11 pin.

[Specication]: 2.12 ± 0.00/-0.051 mA

— 15 —

GDM-F520

IBM at Computer

as a Jig

1

2

3

1-690-391-21

A-1500-819-A Interface Unit

3-702-691-01 Connector Attachment

BUS CONNECTOR

To

D-Sub

(9 Pin [female])

Mini Din

(8 Pin)

4 Pin

* The Parts above ( ) are necessary for DAS Adjustment.

1

3

~

± 6 ± 6 ± 6

± 6 ± 6 ±

6

± 6 ± 6 ±

6

<Specifications> A

djust so that the green is within the specification given right. 4 corner adjust target : within ±

1

The red and blue must be within the specification given right with respect to the green.

A

difference between red and blue must be within the specification given right.

0 ± 3 0 ± 7.5 0 ± 3

0 ± 3 0 ± 7.5 0 ±

3

0 ± 3 0 ± 7.5 0 ±

3

(µm)

10 10 10

10 7 1

0

10 10 10

(µm)

SECTION 3: ADJUSTMENTS

Connect the communication cable of the connector located on the D Board on the monitor. Run the service software and then follow the instructions.

Allow a 30 minute warm-up period prior to making the following

adjustments.

3-1. LANDING ROUGH ADJUSTMENT

1. Display the all white pattern.

2. Set contrast to 255.

3. Display plain green pattern.

4. Slide the DY back and roughly adjust the plain green pattern with the purity magnet so that it is centered on the screen.

5. Adjust the DY tilt.

NOTE: Set ROTATION to 128 and LCC_NS to 128 when adjusting

the DY tilt.

6. Lightly tighten the DY screw.

3-2. LANDING FINE ADJUSTMENT

NOTE: (1) After adjusting W/B (9300k), measure the average of ΣΙΚ

with all white video input, while CONTRAST is maximum and BRIGHTNESS is centered. Make the adjustments so that the miss-landing becomes least after aging 2H with

the ΙΚ 30% of measured value shown above. (2) The magnetic eld shall be BH = 0. (3) When adjusting at other than BH = 0, calculate the shifted

value from BH = 0.

1. Place the monitor in the Helmholtz coil.

2. Set as follows;

LCC-SW = 0 (LCC Correction Current = 0)

FUNCTION_SW bit1 = (Auto Degauss = On)

CONTRAST = 255

3. Display plain green pattern.

4. Degauss the iron part of the chassis with a hand-degausser and

degauss coil.

5. Degauss the CRT face with degauss equipment or hand-degausser.

6. Input AC 230V to AC IN and turn the monitor off and on to activate

the auto degausser.

7. Reset FUNCTION_SW bit 1 to 0 (auto-degauss = off)

8 Repeat step 5 by degaussing the CRT face with degauss equipment

or hand-degausser.

9. Attach a wobbling coil to the specied position of CRT neck.

10. Put on landing sensor to CRT face.

11. Set LCC_SW to 12.

12. With landing checker, adjust DY position, purity, DY center and the landing of the 4 corners.

13. Read VX and VY values which are read out of the magnetic sensor, and write to LCC_VX_REF and LCC_VY_REF.

14. Adjust landing by LCC_NS, LSS_LT, LCC_LB, LCC_RT, and LCC_RB. Adjustment of registers shall be limited within the following range:

LCC_NS: 128 ± 15

LCC_LT, LCC_LB, LCC_RT, and LCC_RB: 128 ± 40

Set LCC_SW to 13, and Perform Service Save.

15. Tighten DY screw within specied torque, and auto-degauss.

NOTE: Torque 22 ± 2 kgcm (2.2 ± 0.2 Nm)

— 16 —

GDM-F520

a

b

c d

<How to place wedge> Green plain crosshatch pattern

a and b should be equal. c and d should be equal.

Plaster RTV to both sides for the upper wedge.

Make sure that they settle inside DY.

Plaster RTV to one side for other wedges.

Purity

4-pole magne

t

6-pole magne

t

2-pole magne

t

H.TRAP

TB-PIN

TLH

XCV

XBVXCV

B

R

B

R

R B

B R

R

BB R

TLV

TLH

YBHYCH

R B

Convergence Specification

B

A

0.20 mm

B

0.24 mm

V

16. Adjust the vertical angle of the DY to make the top and bottom pins equal (a = b). The horizontal angle is not changed (straight). Settle DY upright without leaning, and insert wedges rmly so that the DY does not move.

3-3. CONVERGENCE ROUGH

ADJUSTMENT

1. Display the white crosshatch pattern.

2. Pile the convex parts of the 6-pole magnet for convergence together.

3. Roughly adjust H.CONV and V.CONV with the 4-pole magnet.

17. Adjust the top and bottom pins correction VR.

18. Adjust the horizontal trapezoid distortion by DY horizontal trapezoid correction VR.

19. Check the landing at each corner. If the landing is not set to specication, adjust the landing of the 4 corners with LCC_NS, LSS_LT, LCC_LB, LCC_RT, and LCC_RB. The limitations of registers are shown below:

LCC_NS: 128 ± 15

LCC_LT, LCC_LB, LCC_RT, and LCC_RB: 128 ± 40

20. Remove the sensor and wobbling coil.

21. Switch signals to R, G, B, and then check that the pure colors have good color purity.

22. Fix purity magnets with white paint.

3-4. WHITE BALANCE ADJUSTMENT

SPECIFICATION

1. 9300 K

x = 0.283 ± 0.005

y = 0.298 ± 0.005

(All White)

— 17 —

2. 6500 K

x = 0.313 ± 0.005

y = 0.329 ± 0.005

(All White)

3. 5000 K

x = 0.346 ± 0.005

y = 0.359 ± 0.005

(All White)

3-5. VERTICAL AND HORIZONTAL POSITION

B

a

a 1.8 mm b 1.8 mm

a

b

A

MODE

A

B

4 : 3

388

291

Focus (V)

Focus (H)

AND SIZE SPECIFICATION

3-6. FOCUS ADJUSTMENT

1. Adjust Focus (V) and Focus (H) for optimum focus.

GDM-F520

— 18 —

4-1. CIRCUIT BOARDS LOCATION

A2

N

US

H2

D

DA

L2

Part Replaced ( )

HV ADJ

RV901

Part Replaced ( )

D Board C925, IC901, R901, R902, R905,

R924, R925, R926, RV901, T901 (FBT),

• Mounted D Board

HV Regulator Circuit Check

D Board

C920, C923, D911, D912, R903, R917, R918, R919, R920, R923, T901 (FBT)

• Mounted D Board

N Board

IC1001, RB1001

• Mounted N Board

N Board

IC1001, RB1001

• Mounted N Board

HV HOLD DOWN Circuit Check

D Board

C930, D917, R921, R932, R933, R935, T901 (FBT)

• Mounted D Board

Beam Current Protector Circuit Check

4-2. PRINTED WIRING BOARD AND

SCHEMATIC DIAGRAM INFORMATION

GDM-F520

SECTION 4: DIAGRAMS

The components identied by shading and ! symbol are critical for safety. Replace only with part number specied.

The symbol indicates a fast operating fuse and is displayed on the component side of the board. Replace only with fuse of the same rating as marked.

Les composants identies per un trame et une marque ! sont critiques pour la securite. Ne les remplacer que par une piece portant le numero specie.

Le symbole indique une fusible a action rapide. Doit etre remplace par une fusible de meme yaleur, comme maque.

The components identied by X in this basic schematic diagram have been carefully factory-selected for each set in order to satisfy regulations regarding X-ray radiation. Should replacement be necessary, replace only with the value originally used.

When replacing components identied by Y, make the necessary adjustments as indicated. If the results do not meet the specied value, change the component identied by X and repeat the adjustment until the specied value is achieved.

(Refer to Section 2: Safety Releated Adjustments.)

When replacing the parts listed in the table below, it is important to perform the related adjustments.

All capacitors are in µF unless otherwise noted. pF : µµF 50WV or less are not indicated except for electrolytics and tantalums.

All electrolytics are in 50V unless otherwise specied.

All resistors are in ohms. kΩ=1000Ω, MΩ=1000kΩ

Indication of resistance, which does not have one for rating electrical power, is as follows: Pitch : 5mm Rating electrical power : 1/

1

/

W in resistance, 1/

4

: internal component.

: earth ground

: earth-chassis

All variable and adjustable resistors have characteristic curve B, unless otherwise noted.

Readings are taken with a color-bar signal input.

Readings are taken with a 10MΩ digital multimeter.

Voltages are DC with respect to ground unless otherwise noted.

Voltage variations may be noted due to normal production tolerances.

All voltages are in V.

S : Measurement impossibillity.

Circled numbers are waveform references.

W and 1/

10

W in chip resistance.

8

: nonammable resistor.

: fusible resistor.

: panel designation and adjustment for repair.

: B+line.

: B-line (Actual measured value may be different).

: signal path (RF).

W

4

REFERENCE INFORMATION

RESISTOR : RN METAL FILM : RC SOLID : FPRD NONFLAMMABLE CARBON : FUSE NONFLAMMABLE FUSIBLE : RW NONFLAMMABLE WIREWOUND : RS NONFLAMMABLE METAL OXIDE : RB NONFLAMMABLE CEMENT : ADJUSTMENT RESISTOR

COIL : LF-8L MICRO INDUCTOR

— 19 —

CAPACITOR : TA TANTALUM : PS STYROL : PP POLYPROPYLENE : PT MYLAR : MPS METALIZED POLYESTER : MPP METALIZED POLYPROPYLENE : ALB BIPOLAR : ALT HIGH TEMPERATURE : ALR HIGH RIPPLE

4-3. BLOCK DIAGRAMS

LED DRIVE

Q1400

D1400

A

G

LED DRIVE

Q1401

POWER

S1402

CONTROL / CONTRAST

H2

(USER CONTROL)

L2

(CY, LCC)

2 3 4 5

8 12 13 14

WAKE UP

KEY SCAN

LED1 LED2

INPUT SW

T_AMB

VY VX

CN1400

CN1401

D

TO D BOARD CN1103

E

TO N BOARD CN1003

TO MAGNETIC SENSOR UNIT

4 5 6 7 8

GXSC

GYSC LCC NS IIC SDA

IIC SCL

CN1603

F

TO D BOARD CN1106

Q1402

S1401

S1403

PICTURE

MODE

S1400 MENU

3 2

VX VY

5V

INPUT1

INPUT2

IC1603

4

2

1

+

-

2

1

4

3

21

20

IC1602

DAC

SDA SCL

AO2 AO1 AO4 AO3

LCC-NS

12LCC-NS (+)

LCC-NS ( - )

CN1600

1 2 3 4 5 6 7 8

LCC-LT (+) LCC-LT ( -) LCC-LB (+) LCC-LB ( - ) LCC-RT (+) LCC-RT ( -) LCC-RB (+) LCC-RB ( - )

CN1602

LCC-LT

LCC-LB

LCC-RT

LCC-RB

IC1601

(1/2)

2

3

4

+

-

IC1601

(2/2)

8

7

6

+

-

IC1600

(1/2)

2

3

4

+

-

IC004

AMP

IC1600

(2/2)

8

7

6

+

-

IC1604

(1/2)

2

3

4

+

-

IC1604

(2/2)

8

7

6

+

-

3 4 1 2

CY4+ CY4 CY3+ CY3 -

CN1601

TH1400

CN307

HD15

5

4

3

2

1

10

15

9

14

8

13

7

12

6

11

INPUT1(HD15)

A

TO D BOARD CN1102

2

4

6

7

8

25

28

31

22

23

24

23

22

10

12

14

15

16

13

18

B2 G2 R2 V2 H2

OSD R

OSD G

OSD B

OSD BLK

V_DET

BLK

CLAMP

V OUT

G.SYNC

R OUT

G OUT

B OUT

26

28

30

2

8

12

7

4

2

R OUT

G OUT

B OUT

4

6

14

R OUT

G OUT

B OUT

R IN

G IN

B IN

R IN

G IN

B IN

COF R

COF G

COF B

SCL

SDA

B1

G1

R1

V1

H1

SW

H OUT

22

23

SCL SDA

5BNC

INPUT2

(BNC)

IC003

OSD

IC008

INPUT SELECT

IC001

RGB PRE-AMP

IC002

RGB AMP

15 14 13 12

18 20 19 21

14

4

5

2

1

32

31

30

4

3

12

13

27

23

24

25

SOG

SYNC IN

RCI GCI BCI

XTAL IN

HS OUT VS OUT ECO SW

SCL

SDA HS OUT VS OUT

ECO SW

SCL SDA

SCL SDA HS OUT VS OUT ECO SW CS IN VS IN HS IN

IC011

HEATER REG

X001

24.5MHz

19 21

H FLY

OSD R

OSD G

OSD B

OSD BLK

AV

BLK

CLP

BUFFER

Q101, Q201, Q301

1 2 4 6 7 8 9

+B +B +80V +12V 7V

3.3V 5V

+B +80V +12V

7V

3.3V 5V

CN312

G2

1

G2

CN318

5 3 1 7

KR KG KB HEATER+

CN315

5 3 1 7

KR KG KB HEATER+

FVFCHV

CN318

V901

PICTURE TUBE

7

101718

11

10

2

C

TO D BOARD CN604

TO D BOARD FBT

A2

(VIDEO AMP, RGB OUT)

Vcc CTL

OUT

VADJ

7V

10 11 12 7 8 9 1 4 15 16 2 3 13

DDC GND1 DDC SCL1 DDC SDA1 DDC GND2 DDC SCL2 DDC SDA2 H BLK INPUT SW IIC SCL IIC SDA HS OUT VS OUT ECO SW

CN311

11 10 9 8

IC006

INVERTER

IC007

ROM

3 4

5 6

1 2

SDA SCL VCLK

5

6

7

3.3V

B

8 9 2 4 6

VD2 HD2

BLUE2

GREEN2

RED2

CN313

ı

ˇ

��

2 4

IC005

INVERTER

8

9

10

+

-

R CUT OFF Q105, Q106

7

6

5

+

-

1

2

3

+

-

G CUT OFF Q205, Q206

B CUT OFF Q305, Q306

A2 BLOCK DIAGRAM, H2 BLOCK DIAGRAM, AND L2 BLOCK DIAGRAM

GDM-F520

— 20 —

DA BLOCK DIAGRAM, N BLOCK DIAGRAM, AND US BLOCK DIAGRAM

POWER SW

Q2601

IC2602

IC2603

POWER SW

Q2602

POWER SW

Q2603

POWER SW

Q2604

1 2 3

V BUS D Ð D+

CN2901

41

40

37

42

43

3

2

6

1

5

10

15

9

14

31

32

10

11

12

17

4

8

13

35

36

4

5

7

6

25

24

IVCO

G

DP1 DM1 DM2 DP2

DM0 DP0

DP3 DM3 DM4 DP4

IC2601

5V-REG

O

I

G

IC2902 RESET

X2901

12MHz

5V

IC2901

USB CONT

IC2602

4 OUTPUT VOLTAGE REGULATOR

5V

3 2 1

D+1 D Ð1 V BUS1

CN2902

D+3 D Ð3 V BUS3

CN2904

1 2 3

3 2 1

1 2 3

OVR-1 OVR-2

POW-1

POW-2

POW-3

POW-4

OVR-3 OVR-4

V BUS2 C Ð2 D+2

CN2903

V BUS4 C Ð4 D+4

CN2905

US

(USB CONTROL)

RST

XIN

XOUT

7V 7V

CN2601

1 2

FLG1 FLG2 VC1

VC2

VOUT1

VOUT2

FLG3 FLG4 VC1

VC2

VOUT3

VOUT4

H

TO D BOARD CN605

G

TO D BOARD CN502

1 33 37 34 36 15 11 13

7 20 19 22 24 16 21 23

2 38 39 40 32 35

5 12 10

H.DF

REFDC

XDC

HD OUT

HFBP

H BLK VS OUT HS OUT

PLL LOCK

IIC SDA IIC SCL

LCC_NS

HSAW_SW

H.LINBAL

GYSC

GXSC

V.DF

D.TILT

YSC XSC

HSHAPE

YDC POC

DCC2

VSAWN

CN1101

CN1001

CN1003

7

5

6

+

2

3

4

+

-

IC1102

AMP

DA

(DPU)

N

(

-COM

)

I

TO D BOARD CN1104

32 34

7

9 11 13 15 17 29

1

3

2

4 35 33 31 39 40

6

8 10 12 14 16 18 24 26 28 23 25 30 36

5

LB DET

IK SIGMA DDC SDA1 DDC SCL1

DDC GND1

DDC SDA2 DDC SCL2

DDC GND2

INPUT SW

IIC SDA IIC SCL

TXD RXD

KEY SCAN

LED1 LED2

PLL LOCK

POC

HV DET

ABL DET

G2 S6 S5 S4 S3 S2 S1

S0 PWR SW DGC SW

V.FBP

WAKE UP

ECO SW

IC1001

CPU

P42/AN10 P41/AN09 P86/SDA1 P87/SCL1 P21/A1/A17 P84/SDA2 P85/SCL2 P20/A0/A16 P27/A7/A23 P80/SDA0/SI0 P81/SCL0/SO0 P82/TXD0 P83/RXD0 P42/AN11 P26/A6/A22 P25/A5/A21 P76/SCK0/INT3 P73/TB01N0/IN5 P57/AN07 P40/AN08 P70/TA1OUT P36/TA7OUT P35/TA61N P34 P33/MAIT P32/HWR P31/WR P30/RD P04/AD4 P06/AD6 P61/CTS0 P51/AN01 P60/INT0

1

2

3

21

23

35

36

38

39

40

41

43

44

45

48

49

50

51

52

53

54

63

27

26

64

58

59

22

21

51

52

71

49

50

70

80

35

36

37

38

23

79

78

34

31

19

20

28

7

6

5

4

3

2

1

58

60

10

13

9

IC1101

DPU

HDF1 DCC2 XDC HDOUT FBP-IN H BLK V-IN H-IN LOCK-DET SDA SCL LCC_NS HSAW_SW PWM2 GYSC GXSC VDF VKEY YSC XSC HSHAPE YDC POC-OUT POC-IN DCC ASW1 ASW2

4 3 2

T_AMB VY VX

E

TO H2 BOARD CN1400

P54/AN04 P55/AN05 P56/AN06

16

17

18

P12/A10/AD10

P11/A9/AD9 P10/A8/AD8

RESET

X2

X1

64

63

62

46

7

6

5

IC1003

ROM

WC SCL SDA

5V

IC1002 RESET

I

G

O

41

43

X1001

16.9344MHz

INVERTER

Q1001

-

GDM-F520

— 21 —

D BLOCK DIAGRAM

+

-

T504 :HST

L502 :HLC

IC501 PWN CONT

T501 :HDT

T503

:LCT

15V

Q511-516

H DRIVE BUFF

Q501-503

RELAY DRIVE

Q611

H DRIVE

Q504

H OUT

Q505

HV DRIVE Q903-904

HV OUT

Q902

HV REG SW

Q901

+B

BUFF Q507

S CAP CANGE Q511-Q517, Q525-Q530

5

3

1

2

4

8

OUT

ISENS

IC630 REG

7

5

16

15

14

13

11

9

17

7

6

14

11

12

18

3

10

9

IC503 AMP

7

5

6

+ Ð

H LIN BAL SW

Q510

1 4

DGC DGC

CN601

1 2 3

AC L

NC

AC N

CN602

F601

D610

AC RECT

D650

RY603

RY602

T601

:LFT

AC IN

DGC

THP602

TH601

VCC SW

Q610

IC701 CY AMP

D.TILT

YSC

YDC REFDC

IC654

12V REG

+12V

IC610 PFI

T620

4

3

2

1

8

5

T630 :SRT

6

3

4

6

7

INA INA+ INB+ INB -

1

2

8

9

IOUTA

OUTA OUTB

IOUTB

IC901 HV CONT

14

11

12

10

3

5

+

-

Width

XDC

XSC

IC702 CY AMP

5

4

3

2

10

-IN A (X) +IN A (X) +IN B (Y)

-IN B (Y) STBY

6

1

OUT A (X)

OUT B (Y)

T901 :FBT

TO

PICTURE TUBE

TO

PICTURE

TUBE

TO

PICTURE

TUBE

HV

FV

FC

G2

CN510

V DY

H DY

CN501

B

H

10

9 8 7 6 5 4 3 2 1

ROTATION+ ROTATION Ð XSCXSC+ YSC YSC+ XDC XDC+ YDC YDC+

CN701

1 2 4 6 7 8 9

+B +B +80V +12V 7V

3.3V 5V

CN604

17

13

14

15

16

11

12

1

4

2

8

6

T902 :HRC

PIN OUT

Q506

PIN DRIVE

Q508-509

+B

L510 :HOC

1 2 4 6

1

V+ V H H+

D

DEFLECTION , HDF, VDF, HV, POWER SUPPLY

H SAW GEN

S601

L610

AFC

AC SEN

DRAIN

L SEN

CATHODE

3

1

8

9

1 5 1 03

2

REG SW

Q630

COMP FB RT/CT VREF

16

15

14

10

12

9

2

1

VG (H)

VS VB

VC2

VG (L)

OCP

IC620 REG OUT

FB VSENSE

4

3

3 2

1

PH630

IC680

4

3

2

1

PH610

4

3 2

1

PH620

+B

+15V

5V

3.3V

+80V

-15V

7V

+15V

D652

5V

3.3V

IC652

CTL Vcc

4

1

5

2

PROTECT

Q652

12

L509

:HCC

SAWR

ERRIN REFIN HDIN MIX Ð MIX+ VREG9

PWMOUT

MIXOUT

ERROUT

IC703

ROTATION DRIVE

4

2

1

+

-

3.3V

ROTATION

1

7

5

3

6

+

-

OUT

IC401 V OUT

H DF OUT Q701-705

V DF OUT Q706, 707

T701 :DFT

CN605 1 2

7V 7V

+B +80V +12V

7V

3.3V 5V

7V

I

TO N BOARD CN1001

32 34

7

9 11 13 15 17

5 29

1

3

2

4 36 35 33 31 39 40

6

8 10 12 14 16 18 24 26 28 23 25 30

LB DET

IK SIGMA DDC SDA1 DDC SCL1 DDC GND1 DDC SDA2 DDC SCL2 DDC GND2

ECO SW

INPUT SW

IIC SDA IIC SCL

TXD

RXD

WAKE UP

KEY SCAN

LED1 LED2

PLL LOCK

POC

HV DET

ABL DET

G2

S6 S5 S4 S3 S2 S1

S0 PWR SW DGC SW

V.FBP

IIC SDA IIC SCL

TXD

RXD

WAKE UP

KEY SCAN

LED1 LED2

PLL LOCK

POC

HV DET

ABL DET

G2 S6 S5 S4 S3 S2 S1

S0 PWR SW DGC SW

V.FBP

IIC SCL IIC SDA VSOUT HSOUT

H BLK GXSC GYSC

LCC NS

PLL LOCK

POC H.DF V.DF

VSAWN

DCC2

H.LINBAL

HSAW_SW

HSHAPE

REFDC

HD OUT

YDC

HFBP

XDC

D.TILT

YSC XSC

CN1104

G

TO DA BOARD CN1101

19 20 11 13 15 21 23 22

7 5 1

2 10 12 16 24 32 33 34 35 36 37 38 39 40

IIC SCL IIC SDA VSOUT HSOUT

H BLK GXSC GYSC

LCC NS

PLL LOCK

POC

H.DF

V.DF

VSAWN

DCC2

H.LINBAL

HSAW_SW

HSHAPE

REFDC

HD OUT

YDC

HFBP

XDC

D.TILT

YSC XSC

CN502

TO US BOARD CN2601

C

TO A2 BOARD CN312

11 10

9 8 7 6

13

4 16 15

3

2

1

DDC SDA1 DDC SCL1 DDC GND1 DDC SDA2 DDC SCL2 DDC GND2 ECO SW INPUT SW IIC SDA IIC SCL VS OUT HS OUT H BLK

IIC SDA IIC SCL VS OUT HS OUT H BLK

TXD RXD

WAKE UP KEY SCAN LED1 LED2

GXSC GYSC LCC NS IIC SDA IIC SCL

CN1102

A

TO A2 BOARD CN311

2

3

4

5

8

WAKE UP KEY SCAN LED1 LED2 INPUT SW

CN1103

D

TO H2 BOARD CN1400

4

5

6

7

8

GXSC GYSC LCC NS IIC SDA IIC SCL

CN1106

F

TO L2 BOARD CN1603

CN1101 4 3

TXD RXD

ECS

+15V

DGC SW PWR SW

H.DF

V.DF

HFBP

DCC2 VSAWN

V.FBP HV DET ABL DET

G2

HD OUT

HSHAPE

HSAW_SW

S0 S1 S2 S3 S4 S5 S6

H.LINBAL

S501

(RASTER CENTER TAP SWITCH)

IC640

+B DETECT ERROR AMP

G2 OUT

Q905

G2 MUTE

Q906

G2 MUTE

Q907

SIZE DETECT BUFF

Q519

H_SAW SW

Q521

H-SIZE FILTER SW

Q524

H-SIZE FILTER SW

Q523

MAIN CONVERTER

OUT Q641

MAIN CONVERTER

OUT Q640

H LIN BAL DRIVE

Q518, 520

GDM-F520

— 22 —

1 | 2 | 3 | 4 | 5 |

A

—

B

—

C

—

4-4. SCHEMATICS AND SUPPORTING INFORMATION

1

2

3

4

5

6

7

8

9

10

11

12

13

14

1

2

3

4

5

C1400

C1401

C1402

C1498

D1400

Q1402

R1400

R1401

R1402

R1403

R1404

R1408

R1409

R1421

R1424

S1400

S1402

FB1401

FB1402

FB1403

R1405

S1401

S1403

Q1400

Q1401

CN1401

C1405

R1423

R1422

FB1405

FB1406

FB1404

D1402

D1403

TH1400

R1419

R1420

C1407

CN1400

C1403

C1404

R1406

R1407

10

47

16V

47

16V

0.1 :B

SML79423C-TP15

DTA124ESA

220 :RN

100 :RN

470 :RN

470

100k

10k :RN

22k :RN

0UH

100k 1/4W

DTC114ESA-TP

LED DRIVE

DTC114TSA LED DRIVE

5P

47

16V

22k

JW(5)

1SS119

10K

100k

10k

47

16V

14P

0.01

330

1/4W

470

1/4W

MENU

PICTURE

MODE

+-

OK

KEY SCAN

LED 1

LED 2

GND

+5V

INPUT SW

+12V

GND

VX

VY

T_AMB

GND

WAKE UP

INPUT1

INPUT2

AG

POWER

(FRONT PANEL)

TO D BOARD

CN 1103

TO N BOARD

CN1003

+12V

+5V

VX

VY

GND

TO MAGNETIC

SENSOR

9-878-802-01<21CR1>H2

C1401

C1403

C14

0

4

FB140

1

FB140

3

R1402

R14

0

3

R

1

4

0

5

R

1

407

R1408

R1420

R

1

422

R1423

TH1

4

0

S

1

402

S1400

S1401

S1403

R

1

4

1

9

R14

2

4

Q1402

Q1401

Q1400

CN140

0

FB140

2

C

N1401

1

4

B

E

B

E

1

5

1

4

1

-679-613-12

1

A

B

2 3 4 5 6 7 8

9

H2 BOARD SCHEMATIC DIAGRAM

GDM-F520

H2

[Front Panel]

CONDUCTOR SIDE

— 23 —

US BOARD SCHEMATIC DIAGRAM

1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13

GDM-F520

A

—

B

—

C

—

D

—

E

—

F

—

G

—

H

—

TO D BOARD

CN605

CN2601

33

D2904

R2927

33

:CHIP

D2909

33

D2905

UDZS-TE-17-5.6B

R2933

33

:CHIP

D2911

33

D2906

UDZS-TE-17-5.6B

R2935

33

:CHIP

D2913

D2907

UDZS-TE-17-5.6B

R2942

33

:CHIP

D2915

FB2903

0UH

CN2905

CN2902

CN2903

CN2904

1

V BUS1

2

D-1

3

D+1

4

GND1

1

V BUS2

2

D-2

3

D+2

4

GND2

1

V BUS3

2

D-3

3

D+3

4

GND3

1

V BUS4

2

D-4

3

D+4

4

GND4

FB2912

0

:CHIP

FB2913

0

:CHIP

FB2904

0UH

FB2914

0

:CHIP

FB2915

0

:CHIP

FB2905

0UH

FB2916

0

:CHIP

FB2917

0

:CHIP

FB2906

0UH

FB2918

0

:CHIP

FB2919

0

:CHIP

(USB CONTROL)

9-878-802-01<21CR1>US

1

R2613

:CHIP

DTC124EUA

POWER SW

C2904

0.01

VC1

FLG1

DLY1

Vout1

VC2

FLG2

DLY2

Vout2

VC3

FLG3

DLY3

Vout3

GND

VC4

FLG4

DLY4

Vout4

V IN

1k

Q2603

DTC124EUA

C2909

27p

C2912

22p

C2917

0.1

B:CHIP

2

3

4

5

6

7

8

9

0 1

1 1

2 1

3 1

4 1

5 1

6 1

7 1

8 1

R2612

1k

:CHIP

Q2602

POWER SW

C2602

10

C2606

220 10V

R2901

:CHIP

UDZS-TE-17-5.6B

D2604

C2603

1SS119

10

D2908

D2605

1SS119

C2604

10

D2606

1SS119

C2605

10

D2607

1SS119

R2611

1k

:CHIP

Q2601

DTC124EUA

POWER SW

R2919

R2916

15k

:CHIP

1

2

-

W

O

P

1

_

P

M

D

_

N

W

D

C2607

220 10V

C2608

220 10V

C2609

220 10V

R2920

R2923

15k

:CHIP

2

_

M

P

D

_

N

W

D

R2926

R2932

R2925R2924

15k

:CHIP

3 _ M D _ N W D

15k

:CHIP

3

4

_

P

M

D

_

N

W

D

UDZ-TE-17-3.9B

D2910

UDZ-TE-17-3.9B

D2912

UDZ-TE-17-3.9B

D2914

UDZ-TE-17-3.9B

R2928

:CHIP

UDZ-TE-17-3.9B

R2934

:CHIP

UDZ-TE-17-3.9B

R2941

33

:CHIP

UDZ-TE-17-3.9B

IC2602 SLA3006M 4 OUTPUT

4P

1 S U B

V

12

R2601

:CHIP

D N G

FB2601

FB2602

22k

UDZS-TE-17-5.6B

FB2901

0UH

D

34

+ D

M D _ P U

0UH

1.1UH

P D _ P U

D2601

FB2924

:CHIP

UP STREAM

CN2901

FB2925

:CHIP

0

UDZ-TE-17-3.9B

R2915

1.5k

:CHIP

IC2902

PST600J-T

RESET

C2612

0.01

B:CHIP

13

C2610

47

25V

D2903

UDZ-TE-17-3.9B

24

VC NC

IO

G

5

IC2601

PQ3DZ53U

5V REG

R2618

10k

:CHIP

C2611

47

25V

R2622

220

:CHIP

R2623

220

:CHIP

R2619

10k

:CHIP

R2620

10k

:CHIP

R2621

10k

:CHIP

C2601

0.01

B:CHIP

R2930

22

:CHIP

R2931

22

:CHIP

0.47

D2902

C2914 C2915

0.22 16V

C2906

0.22 16V

B:CHIP

C2916

0.1

B:CHIP

R2902

2.2k

I

VCC OUT GND

:CHIP

G

O

C2905

0.22

B:CHIP

C2923

0.01

B:CHIP

C2901

0.1

B:CHIP

C2908

0.22 16V

B:CHIP

FB2911

0UH

GND

34

OVR_3

35

OVR_4

36

RST

37

TEST

38

NC

39

DP0

40

DM0

41

DP1

42

DM1

43

44

VDD-USB

C2902

47

25V

0.22 16V

B:CHIP

C

D D V

B S U

D N G

1 2 3 4 5 6 7 8 9

C

N

OVR-1

OVR-2

IC2901

KC82C160SH

USB CONT

3

4

3

2

2 P D

4

M

P

M

D

4.7k :CHIP

R2903 X2901

:CHIP

2324252627282930313233

C

D

N

T

N

I

U

G

X

O X

VDD

GPI0B3

RESERVE

AGND

AVDD

VCOIN

CPOUT

PCONFIG2

NC

POW_4

POW_3

1 G

D

I

E

F

2

1

G

N

_

N

O

W

A

C

O

G

P

10 11

R2909

1

6.5V

2

6.5V

3

GND

4

GND

VOLT REG

R2602R2603

22

21

20

19

18

17

10k :CHIP

16

15

14

13

12

R2614

:CHIP

R2908

1k

Q2604

DTC124EUA

POWER SW

R2907

390

:CHIP

12MHz

FB2936

0UH

:CHIP

R2910

4.7k

:CHIP

R2904

4.7k :CHIP

R2905

10k

:CHIP

0.47 2W

:RS

C2918

0.1

B:CHIP

R2906

75

B:CHIP

:CHIP

POW-4

2W

:RS

1M

I

—

— 24 —

GDM-F520

C

2

6

0

3

C

2

6

0

4

C

2

6

0

5

D

2

6

0

7

D29

0

3

D

2

905

D2907

FB260

1

F

B

2

9

0

5

F

B

2

9

0

6

FB291

2

IC2

9

0

2

Q

2

601

Q26

0

2

Q

2

6

0

3

Q2604

R2611

R

2

6

1

2

R26

1

3

R

2

6

1

8

R2619R2

6

2

0

R

2

6

2

1

I

C

2

6

0

1

C2913

CN290

5

CN290

4

IC290

1

CN2

9

0

3

CN290

2

R2901

D2909

F

B

2

9

0

3

R26

2

R

2

9

2

7

F

B

2

9

1

3

D

2

910

D

291

1

F

B

2

9

0

4

F

B

291

5

R

2

6

1

4

C

2

9

0

4

X

2

9

0

1

C

2

9

1

2

C

2

9

1

0

C

2

9

1

4

FB291

1

D

2

6

0

6

R2603

C

2

9

0

2

R2623

C2611

R

2

9

0

2

C

261

0

C2915

C

2

9

0

9

R

2

9

0

7

C

2

6

0

6

C2612

C2609

D

2

9

0

6

D29

0

2

R

2

602

R2930

D

2

9

1

5

R

2

9

3

2

D

2

9

1

4

R29

4

1

F

B

2

9

1

8

C

2

6

0

7

R

2

9

3

1

F

B

2

9

2

5

F

B

2

9

0

1

D

2

6

0

5

C2601

D2601

D

2

6

0

4

D2904

FB292

4

R

2

6

0

1

C

2

6

0

2

R

2

9

4

2

F

B

2

9

1

9

R2926

C2608

F

B

2

9

1

7

C2907

F

B

2

9

1

6

R

2

9

3

4

R

2

9

1

6

C

2

9

0

1

R2915

C2923

C2905

R

2

9

1

9

R29

0

9

D

2

9

1

3

R2935

R

2

9

2

5

R29

2

0

R2923

R29

3

R2928

R

2

9

2

4

D29

1

2

F

B

2

9

1

4

D29

0

8

R

2

9

0

8

R

2

9

0

5

C2918

R

2

904

R2906

R2910

C

2

9

1

7

C2916

C29

0

6

C2908

R2903

CN2

6

0

1

FB293

6

FB260

2

I

C

2

6

0

2

C

N

2

9

0

1

I

O

3

4

2

3

1

5

6.5

V

G

N

D

U

P

5

V

GND

D

+

G

N

D

4

D

+

4

D

-

4

V

B

U

S

4

G

N

D

3

D

+

3

D

-

3

V

B

U

S

3

G

N

D

1

D

+

1

D

-

1

V

B

U

S

1

4

1

4

G

N

D

2

D

+

2

D

-

2

V

B

U

S

2

1

5

4

D

-

V

B

U

S

1

4

1

1-6

7

9-352-1

1

A-1373-835-

A

1

8

1

2







   

C2602

C2604

C2605

FB260

1

FB290

4

FB290

5

FB291

1

R2602

X

2

901

FB290

1

C

N

290

5

CN290

4

C

N

290

3

C

N2902

C29

0

2

C2611

R2603

C

N2601

FB260

2

CN290

1

D

-

D

+

GND

VBUS1

6

.

5

V

G

N

D

U

P

5

V

1

4

1

4

1

4

1

4

1

5

1-6

79-352-

1

(17

1900111

)

1

2

3

4







   

US

[USB Control]

COMPONENT SIDE

[USB Control]

CONDUCTOR SIDE

— 25 —

A2 BOARD SCHEMATIC DIAGRAM

1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 |

A

—

B

INPUT2

BNC

R

G

SIGNAL IN

B

HD

VD

B.GND2

BLUE2

G.GND2

GREEN2

R.GND2

CN313

9P

:XA

1

2

R361

3

75

:RN

4

R261

5

75

:RN

6

RED2

GND

VD2

HD2

R161

7

75

:RN

8

9

—

C

—

D

—

E

R301

75

A2 BOARD WAVEFORMS

—

F

—

G

—

H

—

1

H

0.74 Vp-p (H)

2

1.12 Vp-p (H)

3

H

0.73 Vp-p (H)

4

56.0 Vp-p (H)

INPUT1

CN307

15

15P

14

13

12

11

:RN

R201

75

:RN

R101

75

R304

:RN

0

:CHIP

R204

0

:CHIP

R104

0

:CHIP

10

5

9

4

8

3

7

2

6

1

5

I

54.5 Vp-p (H)

6

—

J

54.5 Vp-p (H)

B:CHIP

C352

C251

0.01

B:CHIP

R012

2.2k

:CHIP

C100

0.01

47

10V

C252

47

10V

C151

0.01

R011

2.2k

:CHIP

B:CHIP

:CHIP

NNCD5.6A-T1

GDM-F520

CN315

8P

1

GND

2

3

GND

4

GND

5

6

7

HEATER

GND

8

C044

1000p

500V

B

L303

:ALI

L302

:ALI

L301

:ALI

L203

:ALI

L202

:ALI

L201

:ALI

C106

0.1 250V L103

:ALI

L102

:ALI

12V

R215

22k

:CHIP

R078

5.1k

:RN-CP

R079

3.3k

:RN-CP

R080

2.7k

:RN-CP

9-878-802-01<21CR1>A2

HEATER

GND

CN318

KB

KG

KR

G2

2P

KR

KG

KB

+80V

R322

R309

1M

:CHIP

D306

R209

HSU83TRF

D206

D106

R222

1M

:CHIP

R109

R122

1M

:CHIP

+B

C010

2.2

250V

13

14

12

IC004(4/4)

LM324M-FL63

AMP

5V-2

C045

D308

1PS181-115

R321 470k

:CHIP

C308

0.22 16V

B:CHIP

:CHIP

0.01

B:CHIP

Q301

2SD601A

BUFF

R315

22k

RCV

H

R335

R235

R135

R334

R336

:CHIP

R234 R236

R134

R136

220

R305

4.7k

R205

4.7k

:CHIP

C009

:CHIP

C C V

R312

:CHIP

C039

B:CHIP

C051

B:CHIP

C014

22

100V

0.1 250V

47

10V

2SA1091O

R CUT OFF

R221 470k

R316

4.7k

:CHIP

33

0.1

C306

0.1

250V

C206

L101

470k :CHIP

B_CUTOFF

470k :CHIP 470k :CHIP

G_CUTOFF

12V

470k :CHIP

R_CUTOFF

Q106

:ALI

R040

4.7k

:CHIP

R041

4.7k

:CHIP

1PS181-115

C208

0.22 16V

B:CHIP

C065

100 16V :HT

:XA

D208

Q201

2SD601A

BUFF

C064

100 10V

(VIDEO)

IC008

5V-2

D311

C351

1PS226-115

0.01

B:CHIP

R330

D211

33

D111

D004

IC006(4/6)

INVERTER

5V-2

13 12

D301

D201

D101

:CHIP

IC007

BR24C21F

ROM

VCC

VCLK

SCL

SDAVSS

NNCD5.6A-T1

:CHIP

R230

33

:CHIP

R130

33

:CHIP

R013

100

:CHIP

R007

5V-2

14

7

R340

33

:CHIP

R240

33

:CHIP

R140

33

R010

100

8

7

6

5

100

:CHIP

R092

15k

:CHIP

R077

15k

:CHIP

NNCD5.6A-T1

SN74AHCT04NSR

5V

:CHIP

C090

0.01

B:CHIP

D011

IC006(1/6)

INVERTER

R003

10k

:CHIP

R008 100

C202

0.01

B:CHIP

C102

0.01

B:CHIP

12

D010

R038

R039

47

:CHIP

TO D BOARD

CN1102

1PS226-115

C152

47

10V

D002

NNCD5.6A-T1

1PS226-115

SN74AHCT04NSR

C300

0.01

B:CHIP

C200

47 10V

0.01

5V-2

1PS226-115

C320

1PS226-115

C220

47 10V

1PS226-115

C120

47

D016

10V

NNCD5.6A-T1

R015

2.2k

:CHIP

R016

2.2k

1PS184-115

D019

1PS226-115

D006

5V-2

D009

1

NC

2

NC

3

NC

4

D012

1PS226-115

C032

0.1 25V

B:CHIP

M61323SP

INPUT SELECT

C302

0.01

B:CHIP

1

VCC VCC

2

B2

3

VCC GND

4

G2

5

VCC

6

R2

7

V2

8

H2

9

GND

0

B1

1

POWER SAVE

1 1

2

G1

1

3

SW

1

4

R1

1

5

V1

1

6

H1

1

D018

1SS119

C023

47

:CHIP

10V

IC006(2/6)

45

SN74AHCT04NSR

INVERTER

3

C069

47

6.3V

R021 100

:CHIP

R044

0

:CHIP

FB004

0UH

7 1

D N G

SYNC IN

G.SYNC

R055

10k

IC006(3/6)

SN74AHCT04NSR

INVERTER

R020

:CHIP

6

5

1

A

L

D

C

S

C

I

2 3

1

B OUT

3

0 3

9

VCC

2

8

G OUT

2

7

GND

2

6

VCC

2

5

R OUT

2

4

GND

2

3

SOG

2

2 2

1 2

0

VCC

2

9

V OUT

1

8

H OUT

1

7

GND

1

5V

L007

c c V

C070

0.1 25V

B:CHIP

C N

1 2 3

IC005

TC7SU04FU

INVERTER

R026

:CHIP

R029

47 :CHIP

100

R058

100

:CHIP

4

3

2

1

W

A

S

D

N

S

O

G

C

E

D D

5V-2

C040

47

C330

10V

0.1

C301

0.01

B:CHIP

C201

0.01

B:CHIP

C101

0.01

B:CHIP

C004

1

10V

B:CHIP

CS

25V

B:CHIP

12V

C230

B:CHIP

C130

0.1 25V

B:CHIP

C007

0.22

0.1 25V

16V

B:CHIP

2

C060

0.01

B:CHIP

3

5V-2

+5V

C013

0.01

B:CHIP

6

SN74AHCT04NSR

VS

HS

45

T U O

D N

N

G

I

SDA

SCL

47

0 1

1 L C S

C D D

R014

100

:CHIP

R019

R054

100

2.2k

:CHIP

9

8

6

7

5

2

1 D N G

C D D

W

A

L

D

S

D

C

N

S

G

T

G

U

C

P

D

N

D

I

CH:CHIP

4

IC006(5/6)

INVERTER

R S

)

R

N

6

E

4

/

T

0

6

R

T

(

E

C

6

V

H

0

N

A

0

I

4

C

7

I

N S

C026

10p

5V

L001

3

T U O

S V

98

10

11

R045

:CHIP

R046

:CHIP

R006

:CHIP

D020

1SS119

2

1

T

K

U

L

O

B

S

H

OSD BLK

R048

47

:CHIP

OSD B

R348

47

:CHIP

OSD G

R248

47

:CHIP

OSD R

R148

47

:CHIP

IC003

CXD9548MTR

R033

680

:CHIP

C038

4700p

CH:CHIP

FB007

CH:CHIP

0UH

C058

FB009

C055

22p

OSD R

OSD G

OSD B

OSD BLK

B:CHIP

C091

1

B:CHIP

R052

4.7M

5p

0UH

C092

0.22 16V

B:CHIP

SDA

SCL

100

15k

100

CN311

17P

IC001

M61314SP

RGB PRE-AMP

NC

1

B IN

2

12V

3

B OUT

G IN

4

SOG IN

5

G OUT

GND

6

R IN

7

R OUT

GND

8

SOG OUT

9

COF B

V DET

0 1

R031

47k

:CHIP

C062

0.22 16V

B:CHIP

OSD

C068

CH:CHIP

C021

0.01

R018

22

:CHIP

R017

470

:CHIP

R049

100

:CHIP

24.5MHz

FB008

0

COF G

5V

1 1

COF R

OSD BLK

2 1

OSD B

3 1

OSD G

4 1

OSD R

5 1

CLAMP

GND

6 1

1

A GND

2

HFLY

22p

3

FILTER

4

SDA

5

SCL

6

TEST

7

AV

8

DVSS

9

DVDD

0

CLP

1

BLK

1

2

HS OUT

1

3

VS OUT

1

CLP DELAY

4

XTAL IN

1

X001

OSD BLK

5

XTAL OUT

1

6

OVSS

1

7

OVDD

1

5V-2

5V

L005

R037

0

:CHIP

R032

1k

:CHIP

C034

0.22

B:CHIP

C029

0.22

B:CHIP

ADCGND

ADCREF

ECO SW

5V-2

2 3

NC

1 3

C017

CH:CHIP

C046

0.01

CH:CHIP

R310R311

0.22

1.5k

1k

16V

:CHIP

B:CHIP

C018

47 25V :HT

C304

C303

10p

180p

CH:CHIP

R211

R210

1k

1.5k

:CHIP

:CHIP C204

10p

C203

CH:CHIP

180p

CH:CHIP

R111

:CHIP

C104

10p

CH:CHIP

R024

4.7k

:CHIP

C036 100p

C037

0.1 25V

B:CHIP

C059

0.01

B:CHIP

R059

2.2k

:CHIP

C061 220p

R034

470

:CHIP

C030

0.22

B:CHIP

FB002

0UH

4

V 0 8 +

R110

1.5k

1k

:CHIP

C103 180p

CH:CHIP

SCL

SDA

5V

L002

5V-2

HS

VS

CS

FB003

0UH

L003

3

1

2

CN312

C

B

9P

N

+

ABL

0 3

R323

820

:CHIP

9 2

C012

12V

0.22 25V

B:CHIP

8 2

7 2

R223

GND

820

:CHIP

6 2

R123

820

:CHIP

5

GND

2

4 2

3 2

2 2

5V-2

1 2

G2

0 2

SCL

R025

4.7k

:CHIP

9 1

SDA

8 1

7 1

BLK

4 3

3 3

2

RCI

3

1

GCI

3

0

BCI

3

B:CHIP

9

AVDD

2

C015

1

8

VDD2

2

7 2

6

GND

2

5

HS IN

2

4

VS IN

2

3

CS IN

2

2 2

1 2

0 2

R263

OSD G

OSD B

OSD R

9

V 5

47

:CHIP

9 1

R363

47

:CHIP

8 1

R163

47

:CHIP

12V

L006

8

7

5

6

V

D

V

2

3

N

7

1

.

G

+

3

R317

:CHIP

R217

47

:CHIP

R117

47

:CHIP

TO D BOARD

IC002

FA4301

RGB AMP

12V

47

R137

R116

470

4.7k

1/2W

:CHIP

:FPRD

R138

C110

47

1000p

:CHIP

CH:CHIP

C016

470 16V :HT

R306 100k

:CHIP

R206 100k

:CHIP

R308

R106

150k

100k

:CHIP

R307 270k

:CHIP

R208 150k

:CHIP

R207 270k

:CHIP

12V

R108 150k

:CHIP

R107 270k

:CHIP

FB001

0UH

FB005

0UH

CN604

4

P .

N

E

I

B

_

B

R

V

1 2 3 4 5 6 7 8 9

R112

33

:CHIP

C109

22p

CH:CHIP

C020

0.22 16V

B:CHIP

R114

22

:CHIP

D104

HSU83TRF

C011

0.01

B:CHIP

12V

R341

2

2.2M

:CHIP

3

R325

56k

:CHIP

C305

0.01

B:CHIP

R241

6

2.2M

:CHIP

5

R225

56k

:CHIP

C205

0.01

B:CHIP

R141

2.2M

:CHIP

9

10

R125

56k

:CHIP

C105

0.01

B:CHIP

BA00AST-V5 HEATER REG

R095

0

:CHIP

5

T U O _

D

R

N G

R216

4.7k

:CHIP

C210

1000p

CH:CHIP

R329

1M :CHIP

R367

1M :CHIP

11

R229

1M :CHIP

R267

1M :CHIP

R129

1M :CHIP

R167

1M :CHIP

IC004(3/4)

LM324M-FL63

IC011

T U O _ G

CH:CHIP

:CHIP

HSU83TRF

4

1

IC004(1/4)

LM324M-FL63

100k :CHIP

7

IC004(2/4)

LM324M-FL63

100k :CHIP

8

AMP

R121 470k

:CHIP

. P . E _ G

C209

22p

R214

22

D204

:CHIP

R232

:CHIP

AMP

R132

R082

0.68 2W :RS

C028

47

25V :HT

R331

2.2k

R231

2.2k

:CHIP

R332 100k

:CHIP

R303 100k

:CHIP

AMP

R203 100k

:CHIP

R103 100k

:CHIP

R131

2.2k

N I _ G

1PS181-115

C108

0.22 16V

B:CHIP

N

B

D

I

B

N

_

B

V

G

B

V

10 11 12 13 14 15

R337

470

1/2W

R212

:FPRD

33

:CHIP

R237

470

1/2W :FPRD R238

47

:CHIP

C025

C310

0.22

1000p

16V

CH:CHIP

B:CHIP

R338

CH:CHIP

47

:CHIP

D304

HSU83TRF

D305

HSU83TRF

D205

HSU83TRF

D105

HSU83TRF

Q306

2SA1091O

B CUT OFF

C321

0.1

250V

Q305

2SC4015

B CUT OFF

Q206

2SA1091O

G CUT OFF

C221

0.1

250V

Q205

2SC4015

G CUT OFF

C121

0.1

250V

R105

4.7k

:CHIP

Q105

2SC4015

R CUT OFF

D108

Q101

2SD601A

BUFF

R115

22k

:CHIP

c

L

T

D

c

T

U

N

V

C

O

G

1 2 3 4 5

6

.

T

P

U

.

O

E

_

B

C309

18p

R314

22

J D A V

CN316

1

R351

22

2

1/2W

:SURGE

3

R251

22

4

1/2W

:SURGE

5

R151

22

6

1/2W

:SURGE

7

8

1

2

B +

C035

R064

4700p

220k 1/2W

V 0 8 +

C001

1000p

500V

B

J001

FV

GND

F

13

FC

GND

11

10

9

G1

G2

2kV

B

SG001

L004

G1

31

8

KB

SG201SG301

C031

H1

1000p

500V

4

H2

B

5

SG002

G1

6

IMR

7

KR

KG

SG101

CN303

GND TAB

1

GND

PIN301

1

CRT

21TKD

KB

KR

G4

KG

G1G2GM

HV

TO D BOARD

COATING

CN319

CN320

FC FV

EARTH

READ

— 26 —

A2 BOARD TRANSISTOR VOLTAGE LIST

B C E

Q101 4.8 4.2 5.0 Q105 6.1 110.6 5.5 Q106 110.6 1.3 111.1 Q201 4.8 4.2 5.0 Q205 6.1 110.9 5.5 Q206 110.9 1.3 111.4 Q301 4.8 4.2 5.0 Q305 6.1 108.5 5.5 Q306 108.5 1.3 109.1

All voltages are in V.

A2 BOARD IC VOLTAGE LIST

IC001 IC002 IC003

I

C005

I

C008

pin volt pin volt pin volt pin volt pin volt pin volt

1 GND 1 56.6 20 0 1 NC 1 5.0 1 GND 2 3.6 2 GND 21 0 2 2.3 2 1.4 2 GND 3 12.0 3 56.3 22 4.3 3 GND 3 5.0 3 GND 4 3.6 4 GND 23 0.6 4 2.1 4 1.4 4 GND 5 2.3 5 55.4 24 4.2 5 5.0 5 5.0 5 4.2 6 GND 6 79.4 25 0.5

I

C006 6 1.4 6 4.3

7 3.6 7 GND 26 GND pin volt 7 4.0 7 4.1 8 GND 8 2.6 27 4.9 1 0.3 8 0.3 8 5.0 9 0.6 9 2.6 28 5 2 4.5 9 GND

I

C011

10 4.4 10 12 29 5 3 0.0 10 1.7 pin volt 11 5 11 2.6 30 4.2 4 4.9 11 4.7 1 3.3 12 0

IC003 31 4.2 5 4.6 12 1.7 2 7.0

13 0 pin volt 32 4.2 6 0.3 13 0 3 GND 14 0 1 GND 33 3.4 7 GND 14 1.7 4 4.9 15 0 2 0.4 34 GND 8 4.6 15 0 5 1.2 16 GND 3 2.2

IC004 9 0.2 16 0.0 All voltages are in V

17 0.8 4 4.7 pin volt 10 0.0 17 GND 18 0.1 5 4.5 1 200.0 11 4.9 18 0.4 19 4.7 6 GND 2 NC 12 0.4 19 4.1 20 4.5 7 4.4 3 108.3 13 4.5 20 5 21 NC 8 GND 4 103.0 14 5.0 21 0.6 22 3.2 9 5.0 5 108.4

I

C007 22 3.1

23 3.3 10 0.1 6 103.0 pin volt 23 2 24 3 11 0.8 7 106.9 1 GND 24 GND 25 GND 12 0.3 8 101.6 2 GND 25 2.0 26 2.6 13 0 9 NC 3 GND 26 5 27 GND 14 2.1 10 1.3 4 GND 27 GND 28 2.6 15 NC 11 1.3 5 4.2 28 2 29 12 16 GND 12 1.3 6 4.2 29 5 30 2.6 17 5 13 4.9 7 0.0 30 GND 31 5 18 0 14 4.9 8 5.0 31 2 32 GND 19 0 15 4.9 32 5.0

16 12.0 17 GND

IC009

GDM-F520

— 27 —

GDM-F520

DIODE

COMP COND COMP COND

D009 G-2 -- IC001 D-4 -D010 G-2 -- IC002 C-3 -D011 G-2 -- IC003 E-2 -D012 -- F-3 IC004 A-4 -D016 G-4 -- IC005 -- F-3 D018 F-5 -- IC006 G-3 -D019 G-4 -- IC007 G-2 -D020 E-1 -- IC008 F-4 -- D101 F-4 -- IC011 D-3 --

D104 C-4 --

TRANSISTOR

D105 C-4 -- COMP COND D106 -- B-1 Q101 D-2 -D108 A-3 -- Q105 A-4 -D111 F-4 -- Q106 A-3 -D201 F-4 -- Q201 D-2 -D204 C-4 -- Q205 A-4 -D205 C-4 -- Q206 A-3 -D206 -- B-1 Q301 D-2 -D208 B-3 -- Q305 B-4 -D211 F-4 -- Q306 B-3 -D301 F-4 -D304 C-3 -D305 C-4 -D306 -- B-2 D308 B-3 -D311 F-4 --

IC

A2 BOARD LOCATOR LIST

R

1

0

1

R 1 6 1

R 2 0 1

R 2 6 1

R 3 0 1

R 3 6 1

C 0 1 6

C 0 4 4

C 1 2 0

C 1 5 2

C 2 2 0

C 2 5 2

C 3 2 0

C 3 5 2

D 0 0 2

D 0 0 3

D 0 0 7

D 0 0 8

D01

6

D00

9

D 0 1 1

D 0

1 0

FB001

L00

5

L00

6

C 0 2 2

F B 0 0 4

C00

1

C 0 6 5

C 0 6 4

FB005

C 0 4 0

C 1 2 1

C

2

0

6

C22

1

C30

6

C 3 2 1

D01

5

D

1

0

9

D20

9

D

3

0

9

F

B00

2

F B 0 0 3

L 0 0 1

L 0 0 2

L10

1

L10

2

L 2 0

1 L 2 0 2

L 3 0 1

L 3 0 2

R 3 6 7

R

3

1

R13

1

R22

5

C 1 0 6

X 0 0 1

C 0 9 2

R 1 6 3

R

0

1

7

R01

8

D 0 1 4

D 0 1 3

C01

0

C01

4

R 0 8 2

C09

0

R 0 9 2

R 0 7 7

D00

6

C04

8

R 0 0 1

R 0 0 2

D

001

Q 1 0 1

Q 2 0 1

C10

8

R12

1

R 3 0 8

D10

4

D

1

0

5

R 1 2 2

D 2 0 5

D30

5

D 3 0 4

R30

9

R32

2

D 3 0 8

D 2 0 8

D 1 0 8

R 2 1 6

C 2 1 0

R 1 1 6

C 1 1 0

D 3 1 1

D 2 1 1

D 1 1 1

D30

1

D20

1

D10

1

Q

0

3

R 0 8 3

C 0 4 6

R31

6

C 3 1 0

IC010

IC002

I

C00

8

I

C01

1

IC001

I

C00

4

I

C00

9

I

C

007

C N 3 1 5

C N 3 1 2

C N 3 0 9

C N 3 0 7

C N 3 1 1

Q10

5

Q 1 0 6

Q 2 0 6

Q 3 0 5

Q30

6

D 2 0 4

R 0 4 3

R20

5

R 1 0 5

C00

9

C01

8

C 0 2 3

C

N30

4

D 0 1 8

C N 3 1 3

CN306

C 0 2 6

R

036

C 0 6 3

R

0

2

4

R02

5

C20

8

R22

1

C04

5

Q30

1

R32

1

C

3

0

8

R 3 1 5

L00

3

R04

0

R 0 9 6

R

0

9

5

R 2 0 4

R10

4

R00

8

R

0

1

6

D 0 1 9

CN305

I C 0 0 6

R08

4

F B 0 0 8

C06

9

D 0 2 0

C 0 2 7

C

0

2

8

R

0

4

8

C 3 6 7

R24

8

R34

8

R 1 4 8

R 0 3 7

L 3 0 3

L 2 0 3

L10

3

R 1 3 7

C 0 9 1

R 2 3 7

R 3 3 7

R06

4

R15

1

R 2 5 1

R 3 5 1

C 0 3 1

C 0 3 5

L 0 0 4

S G 0 0 1

S G 0 0 2

SG1

0

1

S G 2 0 1

S G 3 0

1

J

0

1

CN303

C N 3 1 8

C N 3 1 9

CN316

C N 3 2 0

C N 3 0 8

P I N 3 0 1

C 3 0 5

C 2 0 5

R 2 6 7

R23

1

R 3 2 9

R 3 0 7

R 2 0 8

R 1 4 1

R 1 0 8

R24

1

C 1 0 5

R 2 0 7

R 3 2 5

C 0 5 9

R 2 6 3

R 3 6 3

R 0 3 4

C00

8

C 0 1 5

C 0 6 7

R 1 0 9

R20

9

R

2

R 1 2 5

Q20

5

R16

7

R 3 4 1

R 0 2 3

C 0 2 1

R 0 5 2

L 0 0 7

C 0 3 7

R09

7

R21

5

R 1 1 5

C06

8

R 0 6 5

R 0 6 6

R 0 6 7

I C 0 0 3

1

8

1

6

1

7

3

2

1

1 7

12V

K

B

K

G

GND

G

N

D

GND

K

R

HEATE

R

5

V

+

B

+

B

N

C

7

V

1

9

1

6

1

7

3

2

E

B

E

B

E

B

E

B

E

B

E

B

1

5

1

4

5

8

1

1 7

1 8

3 4

1

7

8

1 4

1

4

1

9

1

9

1

4

1

7

8

1 4

80V

1

8

K B

G N D

KGK

R

H E A T E R

G 2

1

H

BLK HSOUT VSOUT

INPUTSW GND

GND ECOSW GND

IICSC

L

GND

IICSD

A

DDCGND2 DDCSCL2 DDCSDA2 DDCGND1 DDCSCL1 DDC

SDA

1

1 7

8

3.3

V

G N D

1

6 7 9

6 1 2

1 2

( 1

7 1 9

1 0 0

1 2 )

A

1 2 9 9

-

3 3 5

B

1

A

B

C

D

E

F

G

H

2 3 4 5

1

A

B

C

D

E

F

G

H

2 3 4 5

R

1

6

1

R

2

0

1

R

2

6

1

R

3

0

1

R

3

6

1

R

0

1

R

0

1

2

R

0

2

7

R

0

2

8

C

0

1

2

C

0

3

C

0

5

1

C

1

5

1

C

0

3

9

C

0

4

C

1

2

0

C

1

5

2

C

2

0

C

2

5

2

C

3

2

0

C

3

5

2

D

0

5

D

0

2

D

0

3

D

0

7

D

0

8

D

0

1

D

0

1

0

C

0

2

F

B

0

4

C

0

6

5

C

0

6

4

R

0

7

8

R

0

8

0

R

3

0

2

C

0

6

C

0

1

C

0

4

0

C

0

5

8

C

1

0

1

C

1

2

1

C

2

0

1

C

3

0

1

C

3

2

1

D

1

0

6

D

2

0

6

D

3

0

6

L

0

1

L

1

0

2

L

2

0

1

L

2

0

2

L

3

0

1

L

3

0

2

R

0

6

R

0

4

R

1

0

6

R

1

4

R

1

7

R

1

2

3

R

1

3

0

R

1

3

4

R

1

4

0

R

2

0

6

R

2

1

4

R

2

3

0

R

2

3

6

R

2

4

0

R

3

0

5

R

3

0

6

R

3

4

0

C

1

0

6

R

1

3

5

X

0

1

R

2

1

2

R

2

3

8

C

0

6

R

0

8

2

R

0

5

9

C

0

6

1

C

0

3

8

R

3

0

4

I

C

0

8

C

N

3

1

5

C

N

3

1

2

C

N

3

0

9

C

N

3

0

7

C

N

3

1

Q

1

0

6

Q

2

0

6

Q

3

0

5

C

0

1

3

C

0

4

R

0

4

2

C

0

2

3

D

0

1

8

C

N

3

1

3

R

0

4

1

F

B

0

7

R

0

5

D

0

4

R

2

3

R

3

2

3

C

3

0

4

C

0

3

R

0

3

1

C

3

0

C

2

3

0

C

0

6

0

R

2

0

2

R

1

0

2

R

3

1

R

3

1

0

R

2

1

R

2

1

0

R

2

1

7

R

3

1

7

C

3

0

9

C

0

7

0

R

0

4

9

D

0

2

0

C

0

2

7

L

3

0

3

L

2

0

3

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1

3

7

C

0

9

1

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2

3

7

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3

7

C

1

3

0

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2

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1

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3

5

1

C

0

3

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C

0

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5

L

0

4

S

G

0

1

S

G

0

2

S

G

2

0

1

C

N

3

1

8

C

N

3

1

9

C

N

3

2

0

C

N

3

0

8

C

0

2

9

C

0

3

0

R

2

0

3

C

1

0

9

C

2

0

9

R

1

2

R

3

8

R

0

5

2

L

0

7

I

C

0

5

C

0

3

4

R

0

6

5

R

0

6

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0

6

7

1

8

1

7

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B

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1

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9

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3

4

5

6

7

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1

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1

2

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(

1

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1

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1

0

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1

2

)

A2

[Video]

COMPONENT SIDE

A2

[Video]

CONDUCTOR SIDE

— 28 —

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13

HV

17

4

1

2

8

6

3

5

7

9

10

12

14

15

16

11

FV1

FV2

S

1

3

4 5

6

8

2

4

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10

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9

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2

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4

5

6

7

8

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2

1

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4

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5

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10

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12

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14

15

16

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5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

123

4

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12345

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1

2

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8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

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C401

C403

C404

C406

C407

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C502

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C605

C606

C607

C610

C611

C612

C613

C614

C629

C630

C631

C632

C635

C636

C641

C642

C643

C644

C645

C646

C647

C648

C649

C652

C658

C667

C681

C682

C687

C701

C703

C704

C705

C706

C707

C708

C713 C714

C718

C719

C721

C723

C724

C726

C727

C730

C734

C736

C737

C738

C761

C900

C901

C902

C903

C904

C905

C906

C908

C909

C910

C919

C920

C921

C923

C925

C926

C927

C930

C932

C935

C936

C938

CN601

CN602

CN604

CN904

CN1101

CN1102

D405

D505

D509

D512

D516

D518

D519

D520

D521

D610

D613

D631

D632

D633

D634

D635

D641

D643

D644

D650

D652

D690

D692

D694

D697

D701

D702

D703

D901

D907

D912

D914

D917

D918

D921

D922

D923

FB501

FB1002

FB1005

FB1007

L501

L508

L611

L612

R402

R403

R404

R405

R406

R407

R409 R410

R501

R502

R503

R504

R505

R506

R507

R508

R511

R512

R513

R514

R515

R516

R517

R518

R519

R520

R521

R522

R528

R532

R533

R534

R536

R541

R553

R555

R557

R559

R566

R567

R575

R580

R588

R589

R590

R591

R592

R594

R596

R610

R611

R612

R614

R615

R617

R618

R620

R630

R632

R633

R634

R635

R636

R637

R638

R639

R640

R641

R643

R645

R646

R647

R651

R652

R653

R654

R655

R656

R660

R661

R665

R675

R676

R686

R687

R698

R700

R701

R702

R703

R704

R706

R707

R709

R710

R711

R712

R713

R716

R717

R719

R721

R724

R725

R726

R727

R728

R729

R731

R732

R733

R735

R737

R738

R741

R744

R745

R746

R747

R749

R753

R754

R755

R758

R759

R760

R901

R902

R903

R904

R905

R907

R909

R915

R916

R917

R918

R919

R920

R921

R924

R925

R926

R927

R928

R929

R930

R931

R932

R933

R934

R935

R936

R937

R938

R939

R940

R941 R942

R943

R944

R945

R946

R950

R951

R952

R953

R954

R955

RV901

RY603

S601

SG601

SG901

SG902

SG903

FH601

FH602

F601

C640

C915

C933

C937

L680

C683

C686

C692

D501

D503

D506

D909

PH610

PH620

R642

S501

TH601

VDR601

C536

R509

RY602

T901

L652

L653

CN501

PH630

C929

CN1103

L505

L902

D906

CN502

CN1104

C402

C405

C506

C507

C517

C521

C525

C539

C541

C543C549

C550

C560

C561

C563

C564

C565

C602

C650

C654

C655

C656

C657

C711

C712

C732

C733

C911

C913

C916

C917

C918

CN1106

D401

D406

D502

D504

D510

D517

D651

D680

D705

D706

D910

D911

D919

FB1000

FB901

FB902

JW019

L1001

L502

L506

L509

L510

R401

R408

R412

R510

R523

R524

R525

R542

R546

R548

R549

R552R561

R570

R571

R572

R578

R

5

7

9

R581

R583

R568

R584

R586

R585

FB555

R601

R631

R670

R671

R691

R692

R693

R699

R694

R696

R718

R722

R734

R740

R748

R756

R757

R912

R914

R923

T501

T503

T504

T601

T620

T630

T701

T902

IC702

Q611

IC630

Q630

IC680

IC652

IC620

IC610

Q610

Q517

Q516

Q515

Q514

Q512

Q511

IC901

IC701

CN701

Q502

Q503

Q501

IC501

IC703

IC640

IC654

Q901

Q902

IC902

Q706

Q707

Q705

Q703

Q701

Q704

Q702

IC401

Q519

Q524

Q523

R531

Q905

Q906

Q907

Q504

Q505

Q507

TH401

THP602

VDR602

Q652

Q641

Q640

Q506

Q509

Q508

Q521

Q903

Q904

R530

C519

C520

C526C527

C528

Q513

Q527 Q526

Q525

Q530

Q529 Q528

R576

C537

C538

C540

C542

C544

C545

C546

C680

C720

C939

CN605

L504

L610

Q510

Q520

Q518

R526

R527

R537

R539

R543

R544

R550

R563

R564

R565

R573

R574

R593

R598

R599

R629

R739

R742

R743

R761

R908

R911

D920

R547

C508

C547

470 25V

220

470 25V

2200p

:PT

2200p

B:CHIP

5p

CH:CHIP

220p

CH:CHIP

0.01 :PT

0.1 :PT

0.0047 :PT

220 35V

100p

2kV

SL

0.0022 100V

:PT

0.1

F:CHIP

470p

B:CHIP

0.1 25V

F:CHIP

0.0047 :PT

0.01

B:CHIP

220 16V

22

470 25V

4700p

B:CHIP

0.1 25V B:CHIP

0.01

B:CHIP

1000p

B:CHIP

0.1 25V

F:CHIP

1000p

B:CHIP

1

250V

470p 250V

B

470p 250V

B

4700p

250V

4700p

250V

2200p

250V

330

450V

1

450V

0.22 :MPS

47

100p

:CHIP

4700p :CHIP

0.1

:CHIP

100 25V

2.2

470p

B:CHIP

2200p

B:CHIP

100p

1kV :SL

0.1 250V :MPS

100p

1kV :SL

0.1

:MPS

1000p

2%

:PP

2.2

4.7

47

1000p

B:CHIP

100

100V

8200p

800V

:PP

47

16V

220 10V

4700p

:PT

0.1

:MPS

330p

B:CHIP

330p

B:CHIP

0.01 :PT

0.1 25V

B:CHIP

0.01 :PT

220 25V

0.01

B:CHIP

0.01

B:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

47

100V

22

100V

470p

2kV

B

0.1 25V

F:CHIP

0.1 25V

F:CHIP

1000p

B:CHIP

0.1

B:CHIP

47

0.22 :MPS

0.01

B:CHIP

4.7 :BP

100 25V

0.01

B:CHIP

3.3

0.1

B:CHIP

470p

CH:CHIP

100p

CH:CHIP

0.01

B:CHIP

100 25V

220p

CH:CHIP

0.01 2kV

F

0.01 2kV

F

0.1 25V

F:CHIP

0.47

0.022 :PT

0.1

100V

:PT

470p 500V :B

0.22 :MPS

0.1 25V

B:CHIP

0.01

B:CHIP

1000p

B:CHIP

470 16V

4P WHT :VH

3P WHT :VH

9P

BLK

1P

4P

WHT

17P BLK

RD5.1ES-T1B2

D2L40-TA

MA111-TX

1SS119-25TD

D1NL40-TA

RB441Q-40T-77

UDZS-TE17-5.1B

1SS119

D4SB60L

RM11A

D1NL20U-TR

P6KE200AG23

ERB38-06V1

D1NL20U-TR

RD27ES-T1B

ERB38-06V1

MA111

D4SBL40

D4SBS4

1SS119-25TD

MA111-TX

1SS119-25TD

MA111-TX

D2L40-TA

RD15ES-T1B3

HSS82-TJ

UDZS-TE17-9.1B

MA111-TX

1SS119

MA111-TX

1.1UH

0

:CHIP

0

:CHIP

0

:CHIP

470 1W :RS

1.5

1/2W

:RN

15k :RN

1.5

1/2W

:RN

18k :RN

10k

:CHIP

15k

:RN-CP

18k

:RN-CP

1k

:CHIP

100

:CHIP

220

:CHIP

10k

:CHIP

22k

:CHIP

10

22k

47 1W

:RS

22k

:RN-CP

2.2k

:CHIP

27 1W

:RS

22

:FPRD

4.7k

:CHIP

47k

:CHIP

220

:CHIP

330

:CHIP

220

:CHIP

100

1k

:CHIP

22k :RN

22k

:CHIP

18k

:RN-CP

2.2k

:CHIP

100

1W

:RS

47k

:CHIP

47k

100

:CHIP

100

:CHIP

470

:CHIP

470

1/4W

:FPRD

4.7k

:CHIP

4.7k :CHIP

4.7k

:CHIP

4.7k

:CHIP

100

0.33 2W

0.47 2W

100

6.8k

10k

:CHIP

1k

:CHIP

0.1 1/2W :RF

1

:FPRD

22k

:CHIP120

1k

1M

1/2W

1M

1/2W

6.8k

:CHIP

10k

:CHIP

1.5k

1.8k

10k

:CHIP

0.1 2W

:RS

10k

:CHIP

10

:CHIP

2.2M 1/2W

1k

:RN

22k

:CHIP

6.8k

:RN-CP

47

:CHIP

1k

:CHIP

100

:CHIP

4.7k

:RN-CP

0

:CHIP

2.2k

2.2M 1/2W

150k

:RN-CP

220

:CHIP

22k

:CHIP

15k

:RN-CP

82k

:CHIP

2.2

10k

:CHIP

2.2

1k

:CHIP

150

2W

:RS

82k

4.7k

:CHIP

8.2k

:RN-CP

9.1k

:RN-CP

4.7k

150

2W

:RS

2.2

:FPRD

2.2

:FPRD

2.2

2W

:RS

10k

:RN-CP

10k

:RN-CP

2.2 2W

:RS

8.2k

:RN-CP

8.2k

:RN-CP

10k

:RN-CP

8.2k

:RN-CP

22k

:CHIP

1.5

:FPRD

22 1W

:RS

4.7k

:CHIP

2.7k

:CHIP

6.8k

:CHIP

1k

:CHIP

470

:FPRD

4.7

:FPRD

4.7

:FPRD

15 2W

:RS

2.2k

:CHIP

10

:FPRD

10k

:RN-CP

8.2k

:RN-CP

2.2

:FPRD

2.2

:FPRD

68k

:CHIP

100k

:CHIP

47k

:CHIP

180k

:RN-CP

2.2k

:CHIP

1k

:CHIP

4.7k

:CHIP

68 10W :RN

22

:FPRD

47

:FPRD

2.2

:FPRD

820k 1/2W

:RN

10k

:CHIP

56k

:RN-CP

4.7k

10k

:RN-CP

270k

:RN-CP

27k

:CHIP

4.7k 1/2W

:RC

330k 1/2W

:RC

47k

:CHIP

15MM

4.7k 1/2W

:RC

3.9k

:RN-CP

2.7k

:RN-CP

4.7

1/2W

:FPRD

3.3k :RN

2.2M 1W :RN

1k

:CHIP

390k

:CHIP

82k

:CHIP

330k

:CHIP

22M :RN1M:CHIP

100k

:CHIP

1k

:CHIP

100

:CHIP

10k

:CHIP

1k

:CHIP

100k

:CHIP

2.2k

:CHIP

2.2M

:CHIP

10M

:CHIP

10M

:CHIP

100k

6.3A

10

470p 250V :APS

47

25V

22

25V

220

6.3V

220

6.3V

220

6.3V

HZS182-TE

HZS5B2-TE

HZS182-TE

TLP421F

10

:CHIP

0.47 400V

0.47

:FPRD

:FBT

6P WHT :VH

TLP421F

4.7

8P

WHT

:S-MICRO

UDZ-STE-17-13B

40P

44P

0.47 100V

0.001

22

250V

0.047 400V

470p

0.01

0.1 25V

1.2

250V

0.82 250V

0.39 250V

0.047 400V

0.01

0.018 400V

0.01

0.0022 2kV

0.01

0.1 25V

0.47 250V

100

250V

2200

25V

47

25V

2200

25V

47

25V

33p

0.01

2200

10V

680p

47

250V

0.33 250V

0.1 2000p

1.2kV

8P

EGP10GPKG23

RB441Q

D5SC4M-F

FMQ-G5GS

11DF2N

D1NL40

FCH10A15

MA111-TX

UDZSTE

RGP02

UDZSTE

0UH

4.7 1/4W

0.82 :FPRD

100k

JW (5.0MM)

2.2 10W

27k

3.3k

1.8k

120

1/2W

470

2W

100 1/2W

47

1/2W

47k

1/4W

47k

1/4W

120

1/2W

120

1/2W

100

1k

1

k

47k

1/4W

100

47 3W

0.22 3W

0

330k 1/2W

1

1W

15k

10k

36k

1/4W

36k

1/4W

36k

1/4W

680

33k

1/4W

270

1/2W

330

1W

330

1W

220

1W

47k

470k 1/2W

2.2k 1/4W

10k

1k

470

82k

HDT

LCT

HST

LINE

FILTER

PIT

SRT

DFT

500UH

STK391-220

AMP

DTC143XSA-TP

RELAY DRIVE

FA13842P

REG

2SK2647-01MR-F91

REG SW

MM1431ATT

RECT

BA3953T-V5

3.3V/5VREG

MCZ3001D

REG OUT

MZ1532

PFI

DTA143ZSA-TP

VCC SW

IRLI3215

S CAP CHANGE

IRLI3215

S CAP CHANGE

IRLI3215

S CAP CHANGE

IRLI3215

S CAP CHANGE

SK3579

S CAP CHANGE

SK2098

S CAP CHANGE

BA9758AFS-E2

HV CONT

LA6510

AMP

10P

KTC3876S-Y-RTK

H DRV BUFF

KTA1505S-Y-RTK

H DRV BUFF

2SC1623-T1-L5L6

H DRV BUFF

BA9759F-E2

PWN CONT

LA6500P-FA

ROTATION

DRIVE

SEB3-LF4 +B DETECT ERROR AMP

NJM7812FA

+12V

2SJ449

HV REG SW

FS5KM-18A

HV OUT

NJM2904M(TE2)

AMP

2SC4620TV2Q

V DF OUT

2SA1037AK

V DF OUT

2SA1358-Y

H DF OUT

2SA1049

H DF OUT

2SC2362KG-AA

H DF OUT

2SC3421-Y

H DF OUT

2SC2784-E

H DF OUT

STV9379A

V OUT

2SA1037AK

SIZE DETECT

BUFF

DTC124EKA-T146

H-SIZE FILTER

SW

DTA124EKA-T146

H-SIZE FILTER

SW

2.7k

2SC4634LS-C11

G2 OUT

2SA1037AK-T146

G2 MUTE

2SB709A G2 MUTE

2SK2231 H DRIVE

SC5570

H OUT

2SC2412K

BUFF

DTC114ESA-TP

PROTECT

2SK2876-01MR-F12

CONVERTER

2SK2876-01MR-F12

CONVERTER

2SJ569LS

PIN OUT

KTA1505S-Y-RTK

PIN DRIVE

KTC3876S-Y-RTK

PIN DRIVE

DTC124EKA

H SAW SW

KTC3876S HV DRIVE

KTA1505S HV DRIVE

3k

0.0022

0.022

100p

FS30KMJ

S CAP CHANGE

DTA124EKA

S CAP CHANGE

DTA124EKA

S CAP CHANGE

DTA124EKA

S CAP CHANGE

DTA124EKA

S CAP CHANGE

DTA124EKA

S CAP CHANGE

DTA124EKA

S CAP CHANGE

6.8k

0.11 400V

2.2

250V

1

25V

0.01

0.22 250V

0.01

0.0068 10V

0.01

B:CHIP

0.022 400V

4P

2SC3311A

H LIN BAL

SW

2SC1623

H LIN BAL

DRIVE

2SC1623

H LIN BAL

DRIVE

39k

27k

3.3k

10k

22k

470

100k 1/4W

4.7k

6.8k

1k

4.7k

3.3k

150k

6.8k

18k

4.7k

390

15k

4.7k 1/4W

22

1/4W

DTZ10B

10

1/4W

3000p

1.8kV

0.1

250V

+15V

-15V

+15V

+B

+

1

5

V

+15V

-

1

5

V

+

8

0

V

+12V

+

B

+15V

+B

+80V

+15V

-15V

+

1

5

V

+

1

5

V

7V

+12V

5V

2

1

2

1

4 5 6 7 1 2 3

2

1

2

1

52

2 1

53

2

1

2 1

21

5

4

3

2

1

8

7

6

12345

6

2

1

34

1

2

3

2

1

2 1

2

1

Y

S

C

X

S

C

Y

D

C

S

0

S

1

S

2

S

3

H

.

L

I

N

B

A

L

H

.

D

F

HV DET

ABL DET

V.FBP

DCC2

V.DF

S0

S1

S2

S3

S4

S5

S6

DGS SW

PWR SW

LB DET

INPUT

H

S

P

VSAWN

H

F

B

P

HD

X

D

C

R

E

F

D

C

P

W

R

S

W

1

PWR SW1

I

C

S

D

A

I

C

S

C

L

E

C

O

S

W

KEY SCAN

LED1

LED2

TXD

RXD

D.TILT

H.DF

V.DF

POC

PLL LOCK

VSAWN

VS OUT

DCC2

HS OUT

H BLK

IIC SCL

IIC SDA

GYSC

GXSC

YDC

XDC

YSC

XSC

H.LIN BAL

REFDC

HFBP

D.TILT

IIC SDA

TXD

IIC SCL

RXD

ECO SW

HV DET

ABL DET

HTR SW

PWR SW

DGS SW

V.FBP

LED2

LB DET

LED1

KEY SCAN

POC

INPUT

HSP

HD

H

B

L

K

H

S

O

U

T

V

S

O

U

T

I

N

P

U

T

LCC NS

GXSC

GYSC

LCC NS

IIC SDA

IIC SCL

H

S

W

HSW

S

6

S

6

S

5

S

4

D

C

S

D

A

1

D

C

S

C

L

1

D

C

G

N

D

1

D

C

S

D

A

2

D

C

S

C

L

2

D

C

G

N

D

2

DDC SDA1

DDC SCL1

DDC GND1

DDC SDA2

DDC SCL2

DDC GND2

PLL LOCK

D GND

RXD

TXD

I

O

U

T

A

O

U

T

A

I

N

A

-

I

N

A

+

V

E

I

N

B

+

I

N

B

-

O

U

T

B

I

O

U

T

B

V

C

LED1

LED2

GND

+5V

O

U

T

B

(

Y

)

-

I

N

B

(

Y

)

+

I

N

B

(

Y

)

-

I

N

A

(

X

)

O

U

T

A

(

X

)

V

E

V

C

S

T

B

Y

+

I

N

A

(

X

)

HVD

AGC

+

-

PWMOUT

PVcc

N

C

S

A

W

O

U

T

N

C

S

G

N

D

H

D

I

N

D

E

L

A

Y

V

R

E

G

9

S

V

c

P

G

N

D

H

V

D

C

A

P

N

C

S

L

O

W

S

W

N

C

E

R

O

U

T

P

V

C

P

W

M

O

U

T

P

G

N

D

S

L

O

W

S

W

V

R

E

G

9

S

A

W

R

S

A

W

O

U

T

S

G

N

D

H

D

I

N

C

M

I

X

+

M

I

X

-

M

I

X

O

U

T

V

C

R

E

F

I

N

E

R

I

N

C

E

R

O

U

T

DGC

NC

DGC

D

R

A

I

N

G

A

T

E

A

C

S

E

N

S

O

U

R

C

E

L

S

E

N

G

N

D

C

O

M

P

V

C

A

T

H

O

D

E

V

c

G

N

D

VSENSE

F/B

RT

SS

GND

TIMER

VC1

OCP VC2

P.GND

VG(L)

VB

VS

VG(H)

VD

CT

N

C

+

8

0

V

G

N

D

G

N

D

V

S

O

U

T

E

C

O

S

W

I

C

S

C

L

I

C

S

D

A

+15V

GND

-15V

GXSC

GYSC

G

N

D

I

N

P

U

T

S

W

R

O

T

A

T

I

O

N

-

R

O

T

A

T

I

O

N

+

IIC SCL

IIC SDA

+5V

H.DF

V.DF

A.GND

POC

PLL LOCK

VSAWN

VS OUT

DCC2

HS OUT

H BLK

NC

H.LINBAL

A.GND

IIC SDA

IIC SCL

HSHAPE

D.GND

YSC

GXSC

NC

D.GND

GYSC

3.3V

A.GND

+12V

REFDC

HD OUT

YDC

HFBP

XDC

D.TILT

XSC

IIC SDA

TXD

IIC SCL

RXD

ECO SW

HV DET

ABL DET

GND

S0

GND

HTR SW

PWR SW

DGS SW

S1

+5V

INPUT SW

V.FBP

LED2

LB DET

LED1

IK SIGMA

KEY SCAN

GND

PLL LOCK

POC

3

.

3

V

5

V

+

1

2

V

+

B

H

B

L

K

H

S

O

U

T

G

N

D

G

N

D

INPUT SW

KEY SCAN

NC

C

T

L

3

.

3

V

5

V

+ GND

-

OUT

VCC

G

2

7

V

+

B

NC

S7

NC

G2

S6

S5

S4

S3

S2

GND

NC

AC L

AC N

+12V

LCC NS

TO L BOARD

HSAW_SW

C

O

M

P

V

R

E

F

B

I

S

E

N

S

R

T

/

C

T

V

C

O

U

T

G

N

D

WAKE UP

V+

V-

NC

H-

NC

H+

D

C

S

D

A

1

D

C

S

C

L

1

D

C

G

N

D

1

D

C

S

D

A

2

D

C

S

C

L

2

D

C

G

N

D

2

DDC SDA1

DDC SCL1

DDC GND1

DDC SDA2

DDC SCL2

DDC GND2

Y

D

C

+

Y

D

C

-

X

D

C

+

X

D

C

-

Y

S

C

+

Y

S

C

-

X

S

C

+

X

S

C

-

A.GND

TO DA BOARD

CN1101

CN1001

TO N BOARD

CN 1400

(DEFLECTION,HDF,VDF)

(HV,POWER SUPPLY)

ROTATION

H DY

V DY

AC IN

DGC

CN312

TO A1 BOARD

TO C BLK

CN318

CN311

TO A1 BOARD

TO H2 BOARD

G

N

D

G

N

D

7

V

7

V

TO US BOARD

CN2601

9-878-802-01<21CR1>D

+3.3V

+12V

+5V

-15V

+15V

+7V

+80V

+15V

1

2

+12V

3

4

5

6

D BOARD SCHEMATIC DIAGRAM

    

   

       

       

               

   

  

       

               

      

   

  

       

       

       

       

       

       

       

               

 

    

       

   

 

       

       

       

       

               

      

 

    

       

     

    

     

   



    

     

     

     

     

     

 



































D BOARD TRANSISTOR VOLTAGE LIST

B C E G D S

Q501 0.3 6.1 GND Q504 -10.4 -0.2 -15.0 Q502 6.1 12.0 6.1 Q506 200.0 66.6 217.4 Q503 6.1 GND 6.1 Q511 0.2 26.5 GND Q505 -1.3 66.7 GND Q512 4.9 24.8 GND Q507 -0.7 12.0 0.2 Q513 0.2 24.8 GND Q508 10.1 15.0 9.8 Q514 0.2 24.8 GND Q509 10.1 GND 9.8 Q515 0.2 24.8 GND Q510 0.9 12.8 0.4 Q516 0.2 24.8 GND Q518 0 0.9 -0.5 Q517 0.2 24.8 GND Q519 1.2 9.0 GND Q630 1.2 385 1.2 Q520 0.1 15.0 -0.5 Q640 4.4 190.1 GND Q521 0.2 5.6 GND Q641 194.6 378 190.1 Q524 0.2 5.6 GND Q901 218.5 54.4 200 Q525 15.7 0.2 15 Q902 8.2 54.8 GND Q526 0.0 15.7 15 Q527

15.7 0.2 15

Q528

0.2 15.7 GND

Q529 5.3 0.0 GND Q530 0.2 15.7 GND Q610 1.8 16.6 16.6 Q611

0.0 12.1 GND

Q652 4.1 0 GND Q701 1.2 32.1 0 Q702 33.8 80 33.4 Q703 32.1 GND 32.9 Q704 33.4 80 33.3 Q705 32.9 GND 33.1 Q706 1.8 107.8 1.3 Q707 1.2 GND 1.8 Q905 9.4 72.5 8.8 Q906 3.6 GND 8.8 Q907 3.7 GND 0.7

All voltages are in V.

GDM-F520

— 29 —

GDM-F520

C40

3

C40

4

C40

6

C50

0

C50

6

C51

3

C51

5

C51

7

C52

2

C52

3

C52

5

C53

5

C54

2

C54

4

C

561

C

6

4

0

C64

5

C65

5

C65

6

C66

7

C

703

C71

1

C71

2

C72

1

C72

3

C72

4

C72

6

C73

0

C90

3

C91

0

C91

1

C

9

1

7

C91

8

C91

9

C92

5

C92

6

C

N

701

CN904

IC401

R40

2

R40

3

R40

5

R50

6

R50

7

R50

8

R50

9

R51

0

R

513

R51

4

R52

3

R52

6

R53

0

R

5

3

1

R54

2

R54

6

R

5

4

7

R55

3

R55

7

R61

2

R63

9

R

6

4

0

R

653

R65

5

R67

0

R68

7

R70

1

R71

6

R71

7

R72

1

R72

2

R72

4

R

727

R

7

2

8

R

7

3

5

R73

7

R74

2

R74

3

R74

6

R91

6

R93

0

VDR60

1

C

6

0

1

R

6

0

1

CN6

0

1

C

6

1

4

R

620

T90

2

SG9

0

2

R92

8

L50

4

L68

0

IC701

FB901

FB501

R93

1

R74

8

Q50

5

PH620

Q50

6

L50

6

R91

1

R91

5

Q70

6

Q65

2

R91

7

Q90

3

R90

6

R50

1

R75

5

R41

0

R93

3

R91

9

R92

0

R

902

R90

7

R40

9

R50

4

R50

2

I

C

501

R92

5

R90

1

C40

7

P

H61

0

L50

5

R

5

4

R55

6

R

5

6

0

R56

2

R58

2

R70

4

R91

3

R

7

5

3

R54

5

C63

2

R92

7

R92

6

CN510

T50

4

C

9

0

1

R59

4

R59

3

R58

9

R58

8

R

9

0

9

R

718

R66

5

R92

1

R

924

R92

2

R93

2

R70

3

R71

2

C71

9

C71

8

R66

1

C

559

R59

2

R59

1

R59

0

C73

2

R40

6

C55

0

C54

8

R

5

6

7

C50

2

Q50

1

C54

0

R

5

6

3

R69

0

C

6

0

5

C60

6

JR901

JR003

JR006

D50

4

D50

5

D

6

1

3

D63

1

D63

2

D65

0

D65

1

D69

2

D90

7

D91

2

D50

1

D50

3

D90

9

D90

3

I

C65

4

Q51

9

Q70

7

C71

3

C

6

4

1

C92

7

C93

0

D63

3

D68

0

IC630

IC901

R71

3

R74

7

C54

7

C54

5

C54

3

R51

6

R51

8

R67

9

C53

8

C91

3

C91

6

D51

7

D51

0

IC680

R63

6

Q50

7

C65

2

L65

3

CN110

3

T

630

R93

6

R93

9

C93

4

R94

2

R94

4

R94

6

R94

5

C93

3

R94

0

C93

5

R94

3

CN602

R57

0

R57

1

R52

2

R59

8

C40

1

C93

2

R64

1

IC610

Q90

5

Q90

6

I

C

902

R52

0

C64

2

C

681

D51

8

C65

0

R65

2

R64

3

Q64

1

C60

7

R68

9

C40

8

C63

6C635

R63

7

C

629

Q

6

4

0

R69

6

L50

8

D40

6

TH401

R

632

C

511

C63

0

D

7

0

1

IC6

4

0

CN501

R75

6

R53

4

C

9

3

7

D92

0

R95

2

R75

8

R75

9

C73

6

R69

1

R69

2

L50

1

JR007

JR0

0

8

VDR60

3

R53

7

R54

1

C52

1

Q51

0

R64

7

R41

2

R64

6

C56

3

THP60

2

Q52

1

Q52

4

R60

3

R60

4

C69

1

R60

8

C

6

9

0

D

6

9

5

Q67

4

Q

6

7

3

Q67

5

R60

6

L

6

1

2

D92

1

R76

0

C93

6

J

R

014

Q90

2

R40

8

T50

1

R57

4

R54

4

R54

3

C70

2

Q51

3

C51

6

R57

6

R

596

JR018

C76

1

Q52

3

Q52

8

Q52

5

Q52

9

Q52

6

R63

3

D

6

9

4

R62

9

R62

8

R62

3

R63

4

JR009

Q52

0

C56

5

C

9

0

D91

7

JR017

R95

3

R95

4

R95

5

J

R01

3

JR016

JR019

R61

8

C52

4

C50

3

R58

0

Q90

4

Q50

2

Q90

1

C61

1

C50

8

T70

1

T62

0

C73

3

L61

1

R52

4

CN110

4

CN502

CN110

6

C91

4

F60

1

C93

9

FH601

C73

8

C56

6

C74

0

FH602

Q51

6

Q51

5

Q51

7

FB555

S50

1

R64

2

I

O

1

0

+

-

1

2

6

7

1

0

B

E

1

2

3

4

1

2

3

4

G

S

E

B

E

1

2

3

4

HDY

+

VDY

-

VDY

+

GND

7

V

1.2KV

G

N

D

1

8

1

0

9

1

0

1

2

0

5

V

3.3

V

+12

V

GND

N

C

H

BLK

H

S

O

U

T

VSO

U

T

INPUT

S

W

GND DDCGND1 DDCSCL1

DDCSD

A

1

D

DCGND

2

D

DCSCL

2

DDC

SDA

2

GND

E

C

OSW

GND

IICSC

L

I

ICSDA

GND

1

4

5

8

4

8

5

4

1

E

B

A

K

1

8

1

4

5

8

1

2

3

4

1

DGN

D

+

5

V

RXD

TXD

1

4

5

8

7

V

+80

V

2

5

0

V

1

2

5

3

1

9

1

0

1

8

1

4

8

5

1

6

7

1

2

1

5

6

8

G

S

G

S

1

6

E

B

OPTIONS

W

G

S

T

6.3

A

H

2

20V/200

V

220

V

/

2

00V

7

V

G

S

3

9

4

0

1

2

1

2

4

3

4

1

8

1

4

1

3

G

S

G

S

G

S

G

S

1-679-355-1

5





















          

D401 F-6 D901 F-8 Q501 E-2 D405 F-6 D906 F-8 Q502 E-1 D501 I-2 D907 F-9 Q503 E-2 D502 H-5 D909 F-10 Q504 I-2 D503 G-4 D910 G-11 Q505 H-5 D504 H-6 D911 H-10 Q506 F-4 D505 F-4 D912 H-11 Q507 I-3 D506 I-4 D914 H-9 Q508 F-2 D509 F-1 D917 G-8 Q509 E-2 D510 I-6 D918 G-12 Q510 F-5 D512 F-3 D919 G-11 Q511 G-2 D516 G-6 D920 G-11 Q512 G-2 D517 I-6 D921 G-8 Q513 G-1 D518 E-2 D922 F-8 Q514 G-1 D519 F-1 D923 G-11 Q515 H-1

D520 I-5 Q517 I-1 D521 I-5 IC401 F-6 Q516 H-1 D610 B-9 IC501 F-1 Q519 F-3 D613 B-8 IC610 B-8 Q521 E-1 D631 C-6 IC620 A-4 Q523 F-2 D632 C-6 IC630 B-5 Q524 F-2 D633 C-7 IC640 C-3 Q610 A-3 D634 B-6 IC652 D-6 Q611 D-11 D635 B-6 IC654 E-3 Q630 B-7 D641 A-4 IC680 D-5 Q640 A-6 D643 C-6 IC701 C-1 Q641 A-5 D644 C-6 IC702 D-1 Q652 B-3 D650 D-5 IC703 B-1 Q701 G-7 D651 D-4 IC901 G-9 Q702 G-7 D652 D-4 IC902 F-11 Q703 G-8 D680 D-7 Q704 G-8 D690 A-9 Q705 G-8 D692 D-11 Q706 I-10 D694 B-6 Q707 H-11 D697 A-4 Q901 E-9 D701 G-7 Q902 E-10 D702 G-7 Q903 G-9 D703 G-7 Q904 G-9 D705 F-8 Q905 G-11 D706 F-8 Q906 F-11

Q907 F-11

TRANSISTOR

D BOARD LOCATOR LIST

DIODE DIODE

IC

D

[Deection, HDF, VDF, HV, Power Supply]

— 30 —

Sony GDM-F520 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

TABLE OF CONTENTS

POWER MANAGEMENT

DIAGNOSIS FUNCTION

TIMING SPECIFICATION

WARNINGS AND CAUTIONS

SAFETY CHECK-OUT

1-1. CABINET REMOVAL

SECTION 1: DISASSEMBLY

1-2. SERVICE POSITION

1-3. A2 BOARD (C BLOCK) REMOVAL

1-4. A2 BOARD & US BOARD REMOVAL

1-5. BEZEL ASSEMBLY AND H2 BOARD REMOVAL

1-6. D BOARD REMOVAL

1-7. PICTURE TUBE REMOVAL

ANODE CAP REMOVAL

1-8. HARNESS LOCATION

SECTION 2: SAFETY RELATED ADJUSTMENTS

Beam Current Protector Circuit Check

2-1. HV REGULATOR CIRCUIT CHECK

2-2. HV PROTECTOR CIRCUIT CHECK

SECTION 3: ADJUSTMENTS

3-1. LANDING ROUGH ADJUSTMENT

3-2. LANDING FINE ADJUSTMENT

3-6. FOCUS ADJUSTMENT

4-1. CIRCUIT BOARDS LOCATION

SECTION 4: DIAGRAMS

4-3. BLOCK DIAGRAMS

A2 BLOCK DIAGRAM, H2 BLOCK DIAGRAM, AND L2 BLOCK DIAGRAM

DA BLOCK DIAGRAM, N BLOCK DIAGRAM, AND US BLOCK DIAGRAM

D BLOCK DIAGRAM

4-4. SCHEMATICS AND SUPPORTING INFORMATION

H2 BOARD SCHEMATIC DIAGRAM

US BOARD SCHEMATIC DIAGRAM

A2 BOARD SCHEMATIC DIAGRAM

D BOARD SCHEMATIC DIAGRAM