Sony PVM-20L5, PVM-14L5, PVM-D20L5A, PVM-D14L5A Service Manual

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SERVICE MANUAL

MODEL

.............. ......... ....................

DEST. CHASSIS NO. MODEL DEST. CHASSIS NO.

PVM-14L5 US/CND SCC-G61K-A PVM-20L5 US/CND SCC-G61L-A PVM-D14L5A AUS SCC-H03D-A PVM-D20L5A AUS SCC-H03E-A

.............. ......... ....................

REVISED-1

TRINITRON® COLOR VIDEO MONITOR

! WARNING

This manual is intended for qualified service personnel only. To reduce the risk of electric shock, fire or injury, do not perform any servicing other than that contained in the operating instructions unless you are qualified to do so. Refer all servicing to qualified service personnel.

! WARNUNG

Die Anleitung ist nur für qualifiziertes Fachpersonal bestimmt. Alle Wartungsarbeiten dürfen nur von qualifiziertem Fachpersonal ausgeführt werden. Um die Gefahr eines elektrischen Schlages, Feuergefahr und Verletzungen zu vermeiden, sind bei Wartungsarbeiten strikt die Angaben in der Anleitung zu befolgen. Andere als die angegeben Wartungsarbeiten dürfen nur von Personen ausgeführt werden, die eine spezielle Befähigung dazu besitzen.

! AVERTISSEMENT

Ce manual est destiné uniquement aux personnes compétentes en charge de l’entretien. Afin de réduire les risques de décharge électrique, d’incendie ou de blessure n’effectuer que les réparations indiquées dans le mode d’emploi à moins d’être qualifié pour en effectuer d’autres. Pour toute réparation faire appel à une personne compétente uniquement.

WARNING!!

AN INSULATED 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 !!

COMPONENTS IDENTIFIED BY A DIAGRAMS, EXPLODED VIEWS AND IN THE PARTS LIST ARE CRITICAL TO SAFE OPERATION. REPLACE THESE COMPONENTS WITH SONY PARTS WHOSE P ART NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY . CIRCUIT ADJUSTMENTS THAT ARE CRITICAL TO SAFE OPERATION ARE IDENTIFIED IN THIS MANU AL. FOLLOW THESE PROCEDURES WHENEVER CRITICAL COMPONENTS ARE REPLACED OR IMPROPER OPERATION IS SUSPECTED.

! MARK ON THE SCHEMA TIC

ATTENTION!!

AFIN D’ÉVITER TOUT RISQUE D’ÉLECTROCUTION PROVENANT D’UN CHÂSSIS SOUS TENSION, UN TRANSFORMA TEUR D’ISOLEMENT DOIT ETRE UTILISÉ LORS DE TOUT DÉPANNAGE. LE CHÂSSIS DE CE RÉCEPTEUR EST DIRECTEMENT RACCORDÉ Á L’ALIMENTATION SECTEUR.

ATTENTION AUX COMPOSANTS RELATIFS Á LA

SÉCURITÉ!!

LES COMPOSANTS IDENTIFIÉS PAR UNE MAPQUE LES SCHÉMAS DE PRINCIPE, LES VUES EXPLOSÉES ET LES LISTES DE PIECES SONT D’UNE IMPORTANCE CRITIQUE POUR LA SÉCURITÉ DU FONCTIONNEMENT. NE LES REMPLACER QUE PAR DES COMPOSANTS SONY DONT LE NUMÉRO DE PIÈCE EST INDIQUÉ DANS LE PRÉSENT MANUEL OU DANS DES SUPPLÉMENTS PUBLIÉS P AR SONY. LES RÉGLAGES DE CIRCUIT DONT L’IMPORTANCE EST CRITIQUE POUR LA SÉCURITÉ DU FONCTIONNEMENT SONT IDENTIFIÉS DANS LE PRÉSENT MANUEL. SUIVRE CES PROCÉDURES LORS DE CHAQUE REMPLACEMENT DE COMPOSANTS CRITIQUES, OU LORSQU’UN MAUVAIS FONCTIONNEMENT EST SUSPECTÉ.

PVM-14L5/20L5/D14L5A/D20L5A

! SUR

1. Service Informations

1-1. Board Layout (14 inch) ...............................................................................1-1

1-2. Disassembly (14 inch).................................................................................1-1

1-2-1. Top Cover Removal (14 inch)....................................................1-1

1-2-2. Bezel Assy Removal (14 inch)...................................................1-2

1-2-3. H1 Board Removal (14 inch) .....................................................1-2

1-2-4. H2 Board Removal (14 inch) .....................................................1-3

1-2-5. J , D1, D2 and D Boards Removal (14 inch) .............................1-3

1-2-6. C Board Removal (14 inch) .......................................................1-4

1-2-7. B Block Assy Removal (14 inch)...............................................1-4

1-2-8. K, T, B1, M and B Boards Removal (14 inch) ..........................1-5

1-2-9. Q Block Assy Removal (14 inch) ..............................................1-5

1-2-10. Removal of Anode Cap .............................................................. 1-6

1-2-11. G Board Removal (14 inch) .......................................................1-6

1-2-12. Picture Tube Removal (14 inch) ................................................1-7

1-2-13. Speaker Removal (14 inch) ........................................................ 1-8

1-2-14. Service Position (14 inch) ..........................................................1-8

1-3. Board Layout (20 inch) ...............................................................................1-9

1-4. Disassembly (20 inch)...............................................................................1-10

1-4-1. Top Cover Removal (20 inch)..................................................1-10

1-4-2. Bezel Assy Removal (20 inch).................................................1-10

1-4-3. HA Board Removal (20 inch) .................................................. 1-11

1-4-4. HB Board Removal (20 inch) ..................................................1-11

1-4-5. J, D1, D2 and D Boards Removal (20 inch) ............................1-12

1-4-6. C Board Removal (20 inch) .....................................................1-12

1-4-8. K, T, B1, M and B Boards Removal (20 inch) ........................1-13

1-4-7. B Block Removal (20 inch)......................................................1-13

1-4-9. Q Block Assy Removal (20 inch) ............................................1-14

1-4-10. Removal of Anode Cap ............................................................ 1-14

1-4-11. G Board Removal (20 inch) .....................................................1-15

1-4-12. Picture Tube Removal (20 inch) ..............................................1-15

1-4-13. Speaker Removal (20 inch) ...................................................... 1-16

1-4-14. Service Position (20 inch) ........................................................1-16

2. Set-up Adjustment

2-1. Equipment Required....................................................................................2-1

2-2. Preparations (1) ...........................................................................................2-1

2-3. Preparation (2). Initialization ...................................................................2-16

2-4. Writing Model Data .................................................................................. 2-17

2-5. Picture Output ........................................................................................... 2-17

2-6. Free-run Frequency Adjustment ...............................................................2-17

PVM-14L5/20L5/D14L5A/D20L5A

2-7. Landing Adjustment..................................................................................2-18

2-8. H Blanking Adjustment.............................................................................2-19

2-9. Linearity Adjustment ................................................................................2-20

2-10. Convergence Adjustment (1) .................................................................... 2-21

2-11. Deflection Yoke Neck Rotation Adjustment ............................................ 2-22

2-12. Convergence Adjustment (2) .................................................................... 2-22

2-13. G2 Adjustment ..........................................................................................2-23

2-14. White Balance Adjustment (15k)..............................................................2-23

2-15. White Balance Adjustment (33k)..............................................................2-24

2-16. SUB BRIGHT, SUB CONTRAST Adjustment (15 K) ............................ 2-24

2-17. SUB BRIGHT, SUB CONTRAST Adjustment (33 K) ............................ 2-25

2-18. White Balance Interference Correction Adjustment ................................. 2-25

2-18-1. NTSC Composite Adjustment..................................................2-25

2-18-2. PAL Composite Adjustment .................................................... 2-25

2-18-3. COMPONENT Adjustment ..................................................... 2-25

2-18-4. SDI Adjustment........................................................................2-25

2-18-5. HD and SDI Adjustments.........................................................2-26

2-19. Focus Adjustment......................................................................................2-26

3. Safety Related Adjustment

3-1. High Tension Regulator Confirmation........................................................3-2

3-2. Protection Circuit Confirmation..................................................................3-2

3-2-1. HV Protector Circuit Confirmation............................................3-2

3-2-2. 1K Protector Circuit Confirmation.............................................3-2

4. Electrical Adjustments

4-1. Equipment Required....................................................................................4-1

4-2. B Board Adjustments ..................................................................................4-2

4-2-1. Preparations ................................................................................ 4-2

4-2-2. 15k YPBPR SMPTE (601) Signal Adjustment..........................4-3

4.2-2-1. Black Level Adjustment.............................................................4-3

4-2-2-2. CHROMA Leak Adjustment......................................................4-4

4-2-2-3. MATRIX Adjustment ................................................................ 4-4

4-2-3. 15k YPBPR BETACAM SETUP 0 Signal Adjustment ............4-5

4-2-4. 15k YPBPR BETACAM SETUP 7.5 Signal Adjustment .........4-5

4-2-5. 33 k YPBPR SMPTE (709) Signal Adjustment.........................4-6

4-3. B1 Board Adjustments ................................................................................4-8

4-3-1. Preparation .................................................................................4-8

4-3-2. Y OUT Level Adjustment (BYPASS Mode) ............................. 4-9

4-3-3. Clamp Pulse Width Adjustment (NTSC) ...................................4-9

4-3-4. Burst Gate Pulse Width Adjustment (NTSC) ............................4-9

PVM-14L5/20L5/D14L5A/D20L5A

4-3-5. 3.58 f0 Adjustment (NTSC) ....................................................... 4-9

4-3-6. Phase Adjustment (NTSC) .........................................................4-9

4-3-7. Level Adjustment (NTSC) .......................................................4-10

4-3-8. Burst Gate Pulse Width Adjustment (PAL) .............................4-10

4-3-9. 4.43 f0 Adjustment (PAL)........................................................4-10

4-3-10. PAL B-Y PHASE Adjustment .................................................4-10

4-3-11. PAL PHASE Adjustment (Normal) .........................................4-11

4-3-12. Level Adjustment (PAL)..........................................................4-11

4-3-13. Level Adjustment (NTSC 443) ................................................4-11

4-3-14. Clamp Pulse Width Adjustment (SECAM) ............................. 4-12

4-3-15. H. Pulse Width Adjustment (SECAM) ....................................4-12

4-3-16. Level Adjustment (SECAM)....................................................4-12

5. Theory of Operation

5-1. B Board ....................................................................................................... 5-1

5-2. BI Board ......................................................................................................5-3

5-3. C Board ....................................................................................................... 5-4

5-4. Deflection Circuit and High Tension Circuit ..............................................5-5

5-7. Power Supply Circuit ..................................................................................5-7

6. Semiconductors................................................................................. 6-1

7. Spare Parts

7-1. Notes on Repair Parts..................................................................................7-1

7-2. Exploded Views ..........................................................................................7-2

7-3. Electrical Parts List ...................................................................................7-11

8. Block Diagrams

Overall (1/2) ................................................................................................8-1

Overall (2/2) ................................................................................................8-2

Q (1/2), B (1/5), T (1/2), K..........................................................................8-3

B (2/5) ......................................................................................................... 8-4

B (3/5) ......................................................................................................... 8-5

Q (2/2), B (4/5, 5/5), M, T (2/2), H1 (14L)/HA (20L), H2 (14L)/HB (20L) ...

B1 ................................................................................................................8-7

C, D, D1, D2, DY........................................................................................8-8

G, J .............................................................................................................. 8-9

8-6

PVM-14L5/20L5/D14L5A/D20L5A

9. Diagrams

9-1. Frame Schematic Diagram .......................................................................... 9-3

Frame...........................................................................................................9-3

9-2. Schematic Diagrams and Printed Wiring Boards........................................9-4

Schematic Diagrams

Q (1/2) .........................................................................................................9-5

Q (2/2) .........................................................................................................9-6

T .................................................................................................................. 9-8

B (1/5) ....................................................................................................... 9-11

B (2/5) ....................................................................................................... 9-12

B (3/5) ....................................................................................................... 9-13

B (4/5) ....................................................................................................... 9-14

B (5/5) ....................................................................................................... 9-15

B1 (1/2) .....................................................................................................9-21

B1 (2/2) .....................................................................................................9-22

M ............................................................................................................... 9-24

H1 .............................................................................................................. 9-25

H2 .............................................................................................................. 9-27

HA .............................................................................................................9-29

HB .............................................................................................................9-30

K ................................................................................................................ 9-31

C ................................................................................................................9-33

X ................................................................................................................ 9-34

J ................................................................................................................. 9-35

D ................................................................................................................ 9-37

D2 .............................................................................................................. 9-37

D1 .............................................................................................................. 9-39

G (1/2) .......................................................................................................9-42

G (2/2) .......................................................................................................9-43

Printed Wiring Boards

Q .................................................................................................................. 9-4

T .................................................................................................................. 9-7

B ................................................................................................................9-16

B1 ..............................................................................................................9-20

M ............................................................................................................... 9-23

H1 .............................................................................................................. 9-23

H2 .............................................................................................................. 9-26

HA .............................................................................................................9-28

HB .............................................................................................................9-28

K ................................................................................................................ 9-31

C ................................................................................................................9-32

X ................................................................................................................ 9-34

J ................................................................................................................. 9-35

D2 .............................................................................................................. 9-35

D ................................................................................................................ 9-36

D1 .............................................................................................................. 9-38

G ................................................................................................................ 9-40

PVM-14L5/20L5/D14L5A/D20L5A

1-1. Board Layout (14 inch)

Section 1

Service Informations

1-2. Disassembly (14 inch)

1-2-1. Top Cover Removal (14 inch)

1 Three screws (claw case screw (OS))

2 Three screws

(claw case screw (OS))

Top cover

Rear cover

3 T wo screws (+BVTT 4 x 8)

PVM-14L5/20L5/D14L5A/D20L5A

1-1

1-2-2. Bezel Assy Removal (14 inch)

Bezel assy

1 Power button

2 Two screws

(+B 3 x 8)

5 pin

6 Two claws

10 pin

5 Shaft switch

3 Two screws (+B 3 x 8)

7 pin

9 pin

X board

CN900

CN105

1-2-3. H1 Board Removal (14 inch)

H1 board

4 Four claws

5 Three

claws

6 Four claws

CN2903

1 Two screws (+BVTP 3 x 12)

2 Two wire holders

3 Screw (+BVTP 3 x 12)

CN2902

1-2

CN2901

PVM-14L5/20L5/D14L5A/D20L5A

1-2-4. H2 Board Removal (14 inch)

1 Screw (+BVTP 3 x 12)

CN5005

CN5002

CN5001

4 Four claws

CN5004

3 Four claws

H2 board

5 Four claws

1-2-5. J , D1, D2 and D Boards Removal (14 inch)

CN2502 (board to board)

CN2501 (board to board)

4 D1 board

CN1506

CN1507

CN1508

2 Wire holder

CN1501

CN1502

CN1503

5 Screw (+BVTT 4 x 8)

PVM-14L5/20L5/D14L5A/D20L5A

6 Four screws (+BVTP 3 x 12)

CN706

CN951

D board

9 Bracket D

7 Four card edge

spacers

1 Two screws (+PSW 3 x 8)

3 J board

8 D2 board

2 Insulator (J PWB)

1-3

1-2-6. C Board Removal (14 inch)

CN701

CN702

1-2-7. B Block Assy Removal (14 inch)

3 Screw (+PSW 4 x 8)

CN1903

CN1907

CN703

CN1904

CN705

CN1908

CN1905

C board

CN704

CN2401

CN1906

CN102

1 Screw (+BVTP 3 x 8)

CN101

CN103

CN104

B block assy

2 Three screws (+BVTP 3 x 12)

1-4

PVM-14L5/20L5/D14L5A/D20L5A

1-2-8. K, T, B1, M and B Boards Removal (14 inch)

9 Four screws (+BVTT 3 x 8)

CN1901 (board to board)

2 K board

CN3504

CN3505

CN3503

CN3502

CN3501

T board

1 Three PWB holders

CN801

CN3802

CN3801

1-2-9. Q Block Assy Removal (14 inch)

1 Screw (+PSW 4 x 8)

CN113 CN201

CN2706

CN2707

CN2710

CN2705

5 B1 board

3 Two PWB holders

6 M board

CN107 (board to board)

CN108 (board to board)

4 Two PWB holders

8 B board

7 Four screws

(+BVTP 3 x 12)

3 Screw (+PSW 4 x 8)

4 Two screws

(+PSW 3 x 12)

6 Connector label

CN2704

PVM-14L5/20L5/D14L5A/D20L5A

2 Four claws

CN601

5 Plug holder (A)

7 AC inlet 3p (with noise filter)

8 Q block assy

1-5

1-2-10.Removal of Anode Cap

Anode button

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

. Removal Procedure

(1) Turn up one side of the rubber cap in the

direction indicated by arrow a.

(2) Using a thumb, pull up the rubber cap

firmly in the direction indicated by arrow b.

. Handling Precautions

(1) Do not scratch the surface of anode cap with a sharp object. (2) Do not press the rubber so hard that it damages the inside of

anode caps. A shatter-hook terminal is built into the rubber.

(3) Do not turn the foot of the rubber over.

The shatter-hook terminal will stick out or damage the rubber.

1-2-11.G Board Removal (14 inch)

4 Two screws (+PSW 4 x 8)

Screw (+BVTP 3 x 16)

1 Anode cap

CN505

CN607

CN606

CN503

(3) When one side of the rubber cap is

separated from the anode button, the anode-cap can be removed by turning up the rubber cap and pulling up it in the direction of the arrow c.

6 G shield

CN608

CN607

2 Open the lead holder in the direction of the arrow.

1-6

CN604

CN508

CN603

CN609

CN610

5 G board

CN602

PVM-14L5/20L5/D14L5A/D20L5A

1-2-12. Picture Tube Removal (14 inch)

4 Two nuts (flange nut (B) M5)

5 Two washers

(CRT position washer)

1 Fastening band assy

3 Deflection yoke

2 DY shield

7 Picture tube

6 Two nuts (flange nut (B) M5)

PVM-14L5/20L5/D14L5A/D20L5A

1-7

1-2-13.Speaker Removal (14 inch)

1 Four screws (step screw M3 x 4)

2 Four speaker cushions

3 Speaker

1-2-14.Service Position (14 inch)

CN603

J board

*Because there exist the portions that have the high tension voltage,

be careful that the printed boards must not touch each other nor must not touch with the chassis.

Q board

G board

1-8

PVM-14L5/20L5/D14L5A/D20L5A

1-3. Board Layout (20 inch)

PVM-14L5/20L5/D14L5A/D20L5A

1-9

1-4. Disassembly (20 inch)

1-4-1. Top Cover Removal (20 inch)

1 Three screws (claw case screw (OS))

2 Three screws (claw case screw (OS))

Top cover

1-4-2. Bezel Assy Removal (20 inch)

6 Two claws

Bezel assy

1 Power button

2 Two screws

(+B 3 x 8)

5 Shaft switch

Rear cover

3 Two screws (+B 3 x 8)

X board

CN900

10 pin 5 pin

3 Four screws (+BVTT 4 x 8)

10 pin

9 pin

7 pin

1-10

CN105

PVM-14L5/20L5/D14L5A/D20L5A

1-4-3. HA Board Removal (20 inch)

5 Four claws

HA board 4 Three claws

CN2902

CN2901

3 Four claws

2 Two wire holders

1 Three screws

(+BVTP 3 x 12)

1-4-4. HB Board Removal (20 inch)

2 Three wire holders

3 Control label (L)

CN5002

CN5001

5 Four claws

CN5004

CN5005

6 Four claws

HB board

1 Four screws (+BVTP 3 x 12)

4 Four claws

PVM-14L5/20L5/D14L5A/D20L5A

1-11

1-4-5. J, D1, D2 and D Boards Removal (20 inch)

CN2502 (board to board)

4 D1 board

CN2501 (board to board)

CN1506

CN1507

CN1508

CN1502

CN1503

CN1501

6 Four screws (+BVTP 3 x 12)

5 Screw (+BVTT 4 x 8)

9 pin

1-4-6. C Board Removal (20 inch)

3 J board

CN951

CN701

D board

1 Two screws (+PSW 3 x 8)

2 Insulator (J PWB)

9 Bracket D

7 Four card edge

spacers

8 D2 board

1-12

CN704

C board

CN702

PVM-14L5/20L5/D14L5A/D20L5A

1-4-7. B Block Assy Removal (20 inch)

3 Screw (+PSW 4 x 8)

CN1904

CN1903

CN1907

CN1906

CN101

CN102

CN103

CN104

2 Three screws (+BVTP 3 x 12)

1 Screw (+BVTT 4 x 8)

1-4-8. K, T, B1, M and B Boards Removal (20 inch)

CN1908

CN1905

CN2401

B block assy

CN3504

CN3505

CN3503

CN3502

9 Four screws (+BVTT 3 x 8)

2 K board

CN3501

T board

1 Three PWB holders

CN1901 (board to board)

CN801

CN3802

CN3801

5 B1 board

3 Two PWB holders

6 M board

CN107 (board to board)

CN108 (board to board)

4 Two PWB

holders CN113 CN201

8 B board

7 Four screws

(+BVTP 3 x 12)

PVM-14L5/20L5/D14L5A/D20L5A

1-13

Anode button

1-4-9. Q Block Assy Removal (20 inch)

1 Screw (+PSW 4 x 8)

1-4-10.Removal of Anode Cap

CN2706

2 Four claws

CN2707

CN2710

CN2705

CN601

3 Screw (+PSW 4 x 8)

CN2704

8 Q block assy

4 Two screws

(+PSW 3 x 12)

6 Connector label

5 Plug holder (A)

7 AC inlet 3p (with noise filter)

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

. Removal Procedure

(1) Turn up one side of the rubber cap in the

direction indicated by arrow a.

. Handling Precautions

(1) Do not scratch the surface of anode cap with a sharp object. (2) Do not press the rubber so hard that it damages the inside of

anode caps. A shatter-hook terminal is built into the rubber.

(3) Do not turn the foot of the rubber over.

The shatter-hook terminal will stick out or damage the rubber.

(2) Using a thumb, pull up the rubber cap

firmly in the direction indicated by arrow b.

(3) When one side of the rubber cap is

separated from the anode button, the anode-cap can be removed by turning up the rubber cap and pulling up it in the direction of the arrow c.

1-14

PVM-14L5/20L5/D14L5A/D20L5A

1-4-11.G Board Removal (20 inch)

2 Screw (+BVTP 3 x 16)

1 Anode cap

3 Two screws (+PSW 4 x 8)

CN505

CN607

CN606

CN503

CN604

CN508

CN609

CN610

CN603

5 G shield

CN608

CN607

4 G board

CN602

1-4-12.Picture Tube Removal (20 inch)

4 Two nuts (flange nut (B) M5)

6 Picture tube

2 Neck assy

3 Deflection yoke

1 Fastening band

assy

5 Two nuts (flange nut (B) M5)

PVM-14L5/20L5/D14L5A/D20L5A

1-15

1-4-13.Speaker Removal (20 inch)

1 Four screws (step screw M3 x 4)

2 Four speaker cushions

3 Speaker

1-4-14.Service Position (20 inch)

*Because there exist the portions that have the high tension voltage,

be careful that the printed boards must not touch each other nor must not touch with the chassis.

Q board

G board

1-16

CN603

J board

PVM-14L5/20L5/D14L5A/D20L5A

Section 2

Set-up Adjustment

2-1. Equipment Required

. Oscilloscope

Sony Tektronix 2465 or equivalent (with bandwidth of 350 MHz)

. NTSC/PAL/SECAM component signal generator

Sony Tektronix TG2000 +AVG1 (option module) +AWVG2 (option module) or equivalent

. SDI signal generator

Sony Tektronix TSG-422

. Monoscope signal generator

ShibaSoku TP22AX or equivalent

. VG (programmable video signal generator) . VG814 or equivalent . Frequency counter

Advantest TR5821AK or equivalent

. Digital VOM

Advantest TR6845 or equivalent

. Slide induction transformer . High tension voltmeter . DC power supply . Ammeter . Luminance meter

Minolta CA-110 or equivalent. If the Minolta CA-110 is not available, perform the measurement by visual inspection by comparing the monitor that has already been adjusted earlier with the monitor that you want to adjust.

Start the following adjustments after 5 minutes have passed after the main power is turned on.

* In this chapter, [||||||] indicates the control items in the

service mode.

Example : [60|H-FREQ]

2-2. Preparations (1)

Service Mode

This set is provided with a switch for service on the front panel that can be used to make various adjustments. The operation method of this switch is explained in detail below.

1. Entering the service mode Simultaneously press the [ENTER] key and the [DEGAUSS] key shown on the display of the menu.

SIGNAL

SIG

• LEVEL-1...

DEF

• LEVEL-2...

OPT

• WHITE BALANCE...

REM

• DECODER COLOR...

SYS

• DECODER LEVEL...

STA

• DETECTION...

ENG

2. Operating the Service Mode Select the desired service item with the [UP], [DOWN] key and press the [ENTER] key to enter the adjustment mode. Press the [UP] key to increase the adjustment value. Press the [DOWN] key to decrease the adjustment value. Press the [ENTER] key to save the adjustment value. Press the [MENU] key to cancel the entry.

3. Finishing the service mode Simultaneously press the [ENTER] key and the [DEGAUSS] key shown on the display of the menu.

4. Easy ON/OFF of the service mode If once entering the service mode after having turned on the power, easy ON/OFF is possible by once more pressing the LINE-A, LINE-B, RGB/COMP, OPT-A or OPT-B switch on the front panel (the LED lights) as long as the power is not turned off or as long as the service mode is not finished.

PVM-14L5/20L5/D14L5A/D20L5A

2-1

5. Executing FACTROY LOAD If the adjustment data is damaged or lost by some reasons, you can restore the default factory adjustment data by executing FACTROY LOAD as described below. Select the following submenus from the Service Menu in the order of : [SYSTEM] → [FACTROY...] → [LOAD...] to read the default factory data. If the default factory data is damaged or the ROM is replaced without executing FACTORY SAVE as described in the following paragraph, you cannot execute FACTROY LOAD.

6. Executing FACTORY SAVE This operation is to write the FACTROY LOAD data into the factory data area in the memory. Select the following submenus from the Service Menu in the order of : [SYSTEM] → [MAINTENANCE ID] and type 111. Then select the following submenus from the Service Menu in the order of : [ENGINEER] → [FACTROY SAVE] to write the factory data in the memory. FACTORY SAVE is protected from misoperation so that FACTORY SAVE cannot be executed unless MAINTENANCE ID is set.

5. If any IC on the B board is replaced, perform all adjustment items of the [SIGNAL] menu and of the [DEFLECTION] menu. If any IC on the B1 board is replaced, perform the adjustment items of the [SIGNAL] → [DECODER COLOR] and of [DECODER LEVEL] menus.

6. Upon completion of adjustment, select the menus [ENGINEER] → [FACTORY SAVE] to save the adjustment data.

FACTORY SET

If the following circuit board is replaced or the following NVRAM on the respective board is replaced, perform the following settings.

B board : IC104, IC108, IC109 B1 board: IC4804

1. Select the following submenus from the Service Menu

in the order of : [SYSTEM] → [MAINTENANCE ID] and type 111.

2. Select the following submenus from the Service Menu

in the order of : [SYSTEM] → [MODEL GRADE] → [MODEL TYPE] and write the model data of each model in the [MODEL TYPE] referring to table 2-4.

3. If the NVRAM on the B board is replaced, select the following submenus from the Service Menu : [ENGINEER] → [CLEAR NVM ON B] and write data.

4. If the NVRAM on the B1 board is replaced, select the following submenus from the Service Menu : [ENGINEER] → [CLEAR NVM ON B1] and write data.

2-2

PVM-14L5/20L5/D14L5A/D20L5A

SIGNAL

SIG

• LEVEL-1...

• LEVEL-2...

• WHITE BALANCE...

• DECODER COLOR...

• DECODER LEVEL...

• DETECTION...

DEF OPT REM SYS STA ENG

LEVEL-1

SIG

• Y BLACK

• PB BLACK

• PR BLACK

• CHROMA PB

• CHROMA PR

• Y LEVEL

DEF OPT REM SYS STA ENG

LEVEL-2

SIG

• G-Y/B LEVEL

• G-Y/R LEVEL

• PB LEVEL

• PR LEVEL

DEF OPT REM SYS STA ENG

47 84 70 74

228 182 214 140

WHITE BALANCE

SIG

• SUB CONTRAST

• SUB BRIGHT

• COLOR TEMP

• MANUAL/AUTO

DEF OPT REM SYS STA ENG

131

D65

AUTO

• START...

• X 313

• Y 329

• REF VALUE D65

WHITE BALANCE

SIG

• SUB CONTRAST

• SUB BRIGHT

• COLOR TEMP

• MANUAL/AUTO

DEF OPT REM SYS STA ENG

131

D65

MANUAL

• ADJUST GAIN...

• ADJUST BIAS...

• ADJUST FINE...

DECODER COLOR

SIG

• HP

• CLP

• BURST GATE PLS

• XTAL F0

DEF OPT REM SYS STA ENG

216

83 81 76

• SUB PHASE

• ACC PHASE 128

• R-Y PHASE 113

DECODER LEVEL

SIG

• DEC Y LEVEL

• DEC B-Y LEVEL

• DEC R-Y LEVEL

• ACC LEVEL

DEF OPT REM SYS STA ENG

138 171 196 128

SIGNAL/DETECTION

SIG

• MACROVISION

DEF OPT REM SYS STA ENG

54 92

• CLP P DLY 225

Service Mode screen display

PVM-14L5/20L5/D14L5A/D20L5A

2-3

DEFLECTION

SIG

• FOCUS...

• RASTER H...

DEF

• RASTER V...

OPT

• GEOMETRY...

REM SYS STA ENG

FOCUS

DEFLECTION

SIG

• H DUTY

• HFV SENSE

DEF

• HFV CONTROL

OPT

• H DF PHASE

REM SYS

• H DF PARA

STA

• LANDING

ENG

• H PLL

RASTER H

DEFLECTION

SIG

• H SIZE

DEF

• H CENTER

OPT

• H BLK LEFT

REM

• H BLK RIGHT

SYS

• H BLK R FINE

STA

• H POSITION

ENG

• MARKER SUB L

• MARKER SUB R

RASTER V

DEFLECTION

SIG

• V SIZE

• V CENTER

DEF

• V BLK TOP

OPT

• V BLK BOTTOM

REM

• OSD TIMING

SYS STA ENG

GEOMETRY

DEFLECTION

SIG

• V S LIN

• V C LIN

DEF

• TRAPEZOID

OPT

• SIDE PIN

REM

• SIDE PIN W

SYS

• SIDE PIN BAL

STA

• PARA CONTROL

ENG

• SIDE PIN S

250

128

LOCK

107

215

128

121

142

196

34 18

84 59

13 24

36 32 16 16 24

H BLK R FINE is adjustable only in 1080/60I and 1035/60I. It is the fixed value in other modes.

REMOTE

SIG DEF OPT REM SYS STA ENG

2-4

SERIAL

• BAUDRATE

• STOPBIT

• PARITY

38400

2BIT

EVEN

PVM-14L5/20L5/D14L5A/D20L5A

SYSTEM

SIG

VERSION

• MODEL GRADE

DEF

• MODEL TYPE

OPT

• W/B DESCRIPTION...

REM

• AGING MODE

SYS

• FACTORY...

STA

• SIGNAL...

ENG

• MAINTENANCE ID

1.3

L4/L3

E14

W/B DESCRIPTION

SYSTEM

SIG

• COL1 65

• COL2

DEF OPT REM

SYS

STA

ENG

AGING MODE

All white screen

To return to the original screen, press the button of the input selector illuminating in orange.

SYSTEM

SIG

VERSION

• MODEL GRADE

DEF

• MODEL TYPE

OPT

• W/B DESCRIPTION...

REM

• AGING MODE

SYS

• FACTORY...

STA

• SIGNAL...

ENG

• MAINTENANCE ID

1.3

L4/L3

E14

FACTORY

SYSTEM

• LOAD...

SIG DEF

• STANDARD...

OPT REM

SYS

STA ENG

SIGNAL

SYSTEM

• 1080/48I

SIG

• 720/50P

DEF OPT REM

SYS

STA ENG

LOAD cannot be selected and remains in the blue display unless the NVM data is valid. In such a case, clear the NVM and make the NVM data valid first. However, if the default factory data is damaged, or if the FACTORY SET process is not executed after ROM is replaced, LOAD cannot be executed. STANDARD returns the various setups of the user menu to the default factory setting.

OFF OFF

When OFF, 1080/48I is identified as NO SYNC.

When OFF, 720/50P is identified as NO SYNC.

PVM-14L5/20L5/D14L5A/D20L5A

2-5

STATUS

SIG

ADJUST ERROR ABNORMAL I2C

DEF OPT

NVM BOARD B

REM

NVM BOARD B1

SYS STA ENG

OK OK

0 0

ENGINEER 1/3

SIG

• AUSP SAMPLE POS

DEF

• FACTORY SAVE...

OPT REM

• CLEAR NVM ON B...

SYS

• CLEAR NVM ON B1...

STA

ENG

OPTION (BKM-129X)

OPTION

SIG

BKM-129X

DEF OPT REM SYS STA ENG

OPTION (BKM-120D)

OPTION

SIG

BKM-120D (1/3)

DEF

• OE

• P SAVE

OPT

• DISPLAY

REM

• D A

SYS

• D B

STA

• H BLK1

ENG

OFF

ENGINEER 2/3

SIG

• DATA REFRESH

DEF

• SREM RAW DATA

• OSDLIMIT

OPT

• 4:3MARKER LIMIT OFF

REM

• AWB ANA VALUE

SYS

• INTERNAL SIGNAL

STA

ENG

OPTION

SIG 1 0 1

1 0

BKM-120D (2/3)

• CCP P

DEF

• DA FV

OPT

• DB FV

REM

• Y LEVEL

SYS

• PB LEVEL

STA

• PR LEVEL

ENG

ON OFF OFF

OFF

137

109

71 74

ENGINEER 3/3

SIG

• H SYNC COUNT

DEF

• MENU DOTCLOCK

• MENU H POS

OPT

• BLK DOTCLOCK 231

REM

• BLK H POS

SYS

• OPTION BOARD ID

STA

ENG

OPTION

SIG

BKM-120D (3/3)

• YB2

DEF

• YW0

OPT

• YW1

REM SYS STA ENG

HIDE

231

255

0 0 0

OPTION (BKM-142HD)

OPTION

SIG

BKM-142HD 1/5

• 1125/60I SYS

DEF

• OE

OPT

• P SAVE

REM

• DISPLAY

SYS

• IN1

STA

• IN2

ENG

2-6

AUTO

OPTION

SIG

BKM-142HD 2/5

• YPBPR

1 0

0 0

DEF

• H BLK1

OPT

• H SUB

REM

• Y LEVEL

SYS

• PB LEVEL

STA

• PR LEVEL

ENG

OPTION

SIG

BKM-142HD 4/5

• STRB

DEF

• SYCS1

OPT REM

• SYCS2

SYS

• SYIF0

STA

• SYIF1

ENG

• SYIF2

240 128

120

22 28

1 1 0

1 1

OPTION

SIG

BKM-142HD 3/5

• SYSTA0

DEF

• SYSTA1

OPT

• P0

REM

• P1

SYS

• P2

STA

• P3

ENG

OPTION

SIG

BKM-142HD 5/5

• SYIF3

DEF

• SYIF4

OPT REM

• SYIF5

SYS

• SYIF6

STA

• SYIF7

ENG

0 1 1

0 1

1 0 0

PVM-14L5/20L5/D14L5A/D20L5A

OPTION (BKM-150CP)

OPTION

SIG

BKM-150CP (1/4)

• OE

DEF

• P SAVE

OPT

• DISPLAY

REM

• D A

SYS

• D B

STA

• H BLK1

ENG

OPTION (BKM-126M)

OPTION

SIG

BKM-126M (1/4)

• OE

DEF

• V B

OPT

• V C

REM

• BYPASS SW

SYS

• COMB SW

STA

• ACC SW

ENG

OFF

ON ON

OPTION

SIG 0 0 1

1 0

0 1 1

BKM-150CP (2/4)

• CCP P

DEF

• DA FV

OPT

• DB FV

REM

• Y LEVEL

SYS

• PB LEVEL

STA

• PR LEVEL

ENG

OPTION

SIG

BKM-150CP (4/4)

• AUDIO GRP 0

DEF

• AUDIO GRP 1

OPT

• AUDIO CH 0

REM

• AUDIO CH 1

SYS

• AUDIO MIX

STA

• AUDIO MONO L

ENG

• AUDIO MONO R 1

OPTION

SIG

BKM-126M (2/4)

• PAL S SW

DEF

• APT SW

OPT

• PCD SW

REM

• PAL SW

SYS

• KILLER

STA

ENG

110

85 110 105

OFF OFF

80 80

1 1 0

1 0

OPTION

SIG

BKM-150CP (3/4)

• SDTI SW

DEF

• TC MODE 0

OPT

• TC MODE 1

REM

• TC MODE 2

SYS

• AUDIO MUTE

STA ENG

OPTION

SIG

BKM-126M (3/4)

• Y LEVEL

DEF

• PB LEVEL

OPT

• PR LEVEL

REM

• PHASE

SYS

• SUB PHASE

STA ENG

• BGP W 127

• ACC LEVEL 127

127 127 127

127

0 0 0

OPTION

SIG

BKM-126M (4/4)

• APT LEVEL

DEF

• CLP W

OPT

• R-Y PHASE

REM

• ACC PHASE

SYS

• F0

STA ENG

127 127 127

127

PVM-14L5/20L5/D14L5A/D20L5A

2-7

Name Description Inch20 Inch14

HFV_SENS Horizontal frequency 15K 27 42

Horizontal frequency 27K 37 25 Horizontal frequency 28K 37 25 Horizontal frequency 31K 36 33 Horizontal frequency 33K 4 26 Horizontal frequency 37K 26 16 Horizontal frequency 45K 26 17

HFV_CONTROL Horizontal frequency 15K 249 250

Horizontal frequency 27K 200 200 Horizontal frequency 28K 200 200 Horizontal frequency 31K 180 188 Horizontal frequency 33K 177 177 Horizontal frequency 37K 160 160 Horizontal frequency 45K 128 128

H_SIZE 480/60I NORMAL 74 95

480/60I UNDER 49 71 575/50I NORMAL 78 102 575/50I UNDER 56 79 1080/48I NORMAL 77 106 1080/48I UNDER 55 82 1080/50I NORMAL 77 106 1080/50I UNDER 55 82 480/60P NORMAL 46 74 480/60P UNDER 32 50 576/50P NORMAL 54 81 576/50P UNDER 34 56 1080/60I 1035/60I NORMAL 41 64 1080/60I 1035/60I UNDER 21 44 720/50P NORMAL 41 64 720/50P UNDER 21 44 720/60P NORMAL 53 75 720/60P UNDER 30 51

H_CENT 480/60I 100 107

575/50I 100 107 1080/48I 100 107 1080/50I 100 107 480/60P 100 107 576/50P 100 107 1080/60I 1035/60I NORMAL 100 107 1080/60I 1035/60I UNDER 100 107 720/50P 100 107 720/60P 100 107

Name Description Inch20 Inch14

H_POSITION 480/60I 82 85

575/50I 74 77 1080/48I 64 70 1080/50I 64 70 480/60P 83 89 576/50P 80 85 1080/60I 1035/60I NORMAL 92 101 1080/60I 1035/60I UNDER 92 101 720/50P 79 86 720/60P 79 86

SIDE_PINBAL 480/60I 4:3 NORMAL 18 19

480/60I 4:3 UNDER 18 23 480/60I 16:9 NORMAL 14 18 480/60I 16:9 UNDER 18 19 575/50I 4:3 NORMAL 14 15 575/50I 4:3 UNDER 16 15 575/50I 16:9 NORMAL 16 15 575/50I 16:9 UNDER 16 17 1080/48I NORMAL 16 17 1080/48I UNDER 16 14 1080/50I NORMAL 16 17 1080/50I UNDER 16 14 480/60P 4:3 NORMAL 15 13 480/60P 4:3 UNDER 16 16 480/60P 16:9 NORMAL 15 14 480/60P 16:9 UNDER 16 14 575/50P 4:3 NORMAL 15 16 575/50P 4:3 UNDER 15 15 575/50P 16:9 NORMAL 16 14 575/50P 16:9 UNDER 15 16 1035/60I NORMAL 14 15 1035/60I UNDER 16 14 1080/60I NORMAL 14 15 1080/60I UNDER 16 14 720/50P NORMAL 15 14 720/50P UNDER 15 15 720/60P NORMAL 15 14 720/60P UNDER 15 15

PARA_CONTROL 480/60I 4:3 NORMAL 13 14

480/60I 4:3 UNDER 14 15 480/60I 16:9 NORMAL 14 15 480/60I 16:9 UNDER 14 15 575/50I 4:3 NORMAL 11 16

2-8

PVM-14L5/20L5/D14L5A/D20L5A

Name Description Inch20 Inch14

PARA_CONTROL 575/50I 4:3 UNDER 12 15

575/50I 16:9 NORMAL 13 17 575/50I 16:9 UNDER 14 16 1080/48I NORMAL 15 16 1080/48I UNDER 15 17 1080/50I NORMAL 15 16 1080/50I UNDER 15 17 480/60P 4:3 NORMAL 15 16 480/60P 4:3 UNDER 14 16 480/60P 16:9 NORMAL 14 15 480/60P 16:9 UNDER 14 15 575/50P 4:3 NORMAL 15 15 575/50P 4:3 UNDER 16 17 575/50P 16:9 NORMAL 16 17 575/50P 16:9 UNDER 16 16 1035/60I NORMAL 14 17 1035/60I UNDER 16 17 1080/60I NORMAL 14 17 1080/60I UNDER 16 17 720/50P NORMAL 15 16 720/50P UNDER 15 16 720/60P NORMAL 15 16 720/60P UNDER 15 16

SIDE_PIN_W 480/60I 4:3 NORMAL 31 32

480/60I 4:3 UNDER 31 31 480/60I 16:9 NORMAL 31 31 480/60I 16:9 UNDER 31 31 575/50I 4:3 NORMAL 31 31 575/50I 4:3 UNDER 31 31 575/50I 16:9 NORMAL 31 31 575/50I 16:9 UNDER 31 31 1080/48I NORMAL 31 31 1080/48I UNDER 31 31 1080/50I NORMAL 31 31 1080/50I UNDER 31 31 480/60P 4:3 NORMAL 31 31 480/60P 4:3 UNDER 31 31 480/60P 16:9 NORMAL 31 31 480/60P 16:9 UNDER 31 31 575/50P 4:3 NORMAL 31 31 575/50P 4:3 UNDER 31 31 575/50P 16:9 NORMAL 31 31 575/50P 16:9 UNDER 31 31

Name Description Inch20 Inch14

SIDE_PIN_W 1035/60I NORMAL 31 31

1035/60I UNDER 25 31 1080/60I NORMAL 31 31 1080/60I UNDER 25 31 720/50P NORMAL 31 31 720/50P UNDER 25 31 720/60P NORMAL 31 31 720/60P UNDER 25 31

SIDE_PIN 480/60I 4:3 NORMAL 15 28

480/60I 4:3 UNDER 18 31 480/60I 16:9 NORMAL 37 42 480/60I 16:9 UNDER 37 40 575/50I 4:3 NORMAL 18 31 575/50I 4:3 UNDER 19 30 575/50I 16:9 NORMAL 37 41 575/50I 16:9 UNDER 37 43 1080/48I NORMAL 34 41 1080/48I UNDER 36 42 1080/50I NORMAL 34 41 1080/50I UNDER 36 42 480/60P 4:3 NORMAL 14 27 480/60P 4:3 UNDER 17 26 480/60P 16:9 NORMAL 35 41 480/60P 16:9 UNDER 37 41 575/50P 4:3 NORMAL 17 28 575/50P 4:3 UNDER 17 29 575/50P 16:9 NORMAL 35 42 575/50P 16:9 UNDER 35 43 1035/60I NORMAL 35 41 1035/60I UNDER 38 42 1080/60I NORMAL 35 41 1080/60I UNDER 38 42 720/50P NORMAL 35 42 720/50P UNDER 38 43 720/60P NORMAL 35 42 720/60P UNDER 38 43

SIDE_PIN_S 480/60I 4:3 NORMAL 19 31

480/60I 4:3 UNDER 22 31 480/60I 16:9 NORMAL 19 31 480/60I 16:9 UNDER 25 31 575/50I 4:3 NORMAL 25 31 575/50I 4:3 UNDER 26 31 575/50I 16:9 NORMAL 27 31

PVM-14L5/20L5/D14L5A/D20L5A

2-9

Name Description Inch20 Inch14

SIDE_PIN_S 575/50I 16:9 UNDER 29 31

1080/48I NORMAL 23 31 1080/48I UNDER 27 28 1080/50I NORMAL 23 31 1080/50I UNDER 27 28 480/60P 4:3 NORMAL 28 29 480/60P 4:3 UNDER 27 31 480/60P 16:9 NORMAL 31 29 480/60P 16:9 UNDER 31 27 575/50P 4:3 NORMAL 26 24 575/50P 4:3 UNDER 27 27 575/50P 16:9 NORMAL 31 26 575/50P 16:9 UNDER 31 27 1035/60I NORMAL 3 31 1035/60I UNDER 29 31 1080/60I NORMAL 31 31 1080/60I UNDER 29 31 720/50P NORMAL 28 31 720/50P UNDER 40 34 720/60P NORMAL 28 31 720/60P UNDER 40 34

TRAPEZOID 480/60I 4:3 NORMAL 29 27

480/60I 4:3 UNDER 31 28 480/60I 16:9 NORMAL 31 29 480/60I 16:9 UNDER 31 29 575/50I 4:3 NORMAL 31 26 575/50I 4:3 UNDER 31 26 575/50I 16:9 NORMAL 33 31 575/50I 16:9 UNDER 30 31 1080/48I NORMAL 32 29 1080/48I UNDER 33 28 1080/50I NORMAL 32 29 1080/50I UNDER 33 28 480/60P 4:3 NORMAL 26 27 480/60P 4:3 UNDER 31 28 480/60P 16:9 NORMAL 31 29 480/60P 16:9 UNDER 27 26 575/50P 4:3 NORMAL 28 26 575/50P 4:3 UNDER 32 24 575/50P 16:9 NORMAL 30 27 575/50P 16:9 UNDER 26 25 1035/60I NORMAL 24 29 1035/60I UNDER 23 26

Name Description Inch20 Inch14

TRAPEZOID 1080/60I NORMAL 28 29

1080/60I UNDER 29 26 720/50P NORMAL 30 26 720/50P UNDER 27 26 720/60P NORMAL 30 26 720/60P UNDER 27 26

V_SIZE 480/60I 4:3 NORMAL 40 93

480/60I 4:3 UNDER 0 51 480/60I 16:9 NORMAL 51 102 480/60I 16:9 UNDER 10 58 575/50I 4:3 NORMAL 51 100 575/50I 4:3 UNDER 0 51 575/50I 16:9 NORMAL 51 108 575/50I 16:9 UNDER 11 62 1080/48I NORMAL 19 83 1080/48I UNDER 0 45 1080/50I NORMAL 19 83 1080/50I UNDER 0 45 480/60P 4:3 NORMAL 51 108 480/60P 4:3 UNDER 4 63 480/60P 16:9 NORMAL 36 103 480/60P 16:9 UNDER 15 64 575/50P 4:3 NORMAL 50 96 575/50P 4:3 UNDER 3 54 575/50P 16:9 NORMAL 35 104 575/50P 16:9 UNDER 12 60 1035/60I NORMAL 23 105 1035/60I UNDER 0 60 1080/60I NORMAL 23 85 1080/60I UNDER 0 48 720/50P NORMAL 22 84 720/50P UNDER 0 48 720/60P NORMAL 22 84 720/60P UNDER 0 48

V_CENT 480/60I 128 107

575/50I 128 107 1080/48I 128 107 1080/50I 128 107 480/60P 128 107 576/50P 128 107 1035/60I 128 107 1080/60I 128 107 720/50P 128 107

2-10

PVM-14L5/20L5/D14L5A/D20L5A

Name Description Inch20 Inch14

V_CENT 720/60P 128 107 V_S_LIN 480/60I 4:3 NORMAL 15 14

480/60I 4:3 UNDER 15 15 480/60I 16:9 NORMAL 15 15 480/60I 16:9 UNDER 16 15 575/50I 4:3 NORMAL 15 15 575/50I 4:3 UNDER 22 15 575/50I 16:9 NORMAL 24 15 575/50I 16:9 UNDER 25 15 1080/48I NORMAL 29 22 1080/48I UNDER 26 15 1080/50I NORMAL 29 22 1080/50I UNDER 26 15 480/60P 4:3 NORMAL 15 15 480/60P 4:3 UNDER 31 15 480/60P 16:9 NORMAL 24 15 480/60P 16:9 UNDER 27 15 575/50P 4:3 NORMAL 15 15 575/50P 4:3 UNDER 15 15 575/50P 16:9 NORMAL 24 15 575/50P 16:9 UNDER 26 15 1035/60I NORMAL 27 20 1035/60I UNDER 20 15 1080/60I NORMAL 27 20 1080/60I UNDER 20 15 720/50P NORMAL 21 19 720/50P UNDER 22 15 720/60P NORMAL 21 19 720/60P UNDER 22 15

V_C_LIN 480/60I 4:3 NORMAL 15 18

480/60I 4:3 UNDER 15 15 480/60I 16:9 NORMAL 15 15 480/60I 16:9 UNDER 20 15 575/50I 4:3 NORMAL 15 15 575/50I 4:3 UNDER 12 15 575/50I 16:9 NORMAL 20 15 575/50I 16:9 UNDER 15 15 1080/48I NORMAL 17 19 1080/48I UNDER 21 15 1080/50I NORMAL 17 19 1080/50I UNDER 21 15 480/60P 4:3 NORMAL 15 15 480/60P 4:3 UNDER 15 15

Name Description Inch20 Inch14

V_C_LIN 480/60P 16:9 NORMAL 21 15

480/60P 16:9 UNDER 17 15 575/50P 4:3 NORMAL 15 15 575/50P 4:3 UNDER 15 15 575/50P 16:9 NORMAL 22 15 575/50P 16:9 UNDER 19 15 1035/60I NORMAL 17 20 1035/60I UNDER 19 15 1080/60I NORMAL 17 20 1080/60I UNDER 19 15 720/50P NORMAL 21 17 720/50P UNDER 13 15 720/60P NORMAL 21 17 720/60P UNDER 13 15

H_BLK_L 480/60I 222 222

575/50I 227 227 1080/48I 225 225 1080/50I 218 218 480/60P 164 164 576/50P 181 181 1080/60I 1035/60I NORMAL 162 162 1080/60I 1035/60I UNDER 179 179 720/50P 162 162 720/60P 162 162

H_BLK_R 480/60I 133 133

575/50I 133 133 1080/48I 133 133 1080/50I 133 133 480/60P 133 133 576/50P 133 133 1080/60I 1035/60I NORMAL 133 133 1080/60I 1035/60I UNDER 133 133 720/50P 133 133 720/60P 133 133

H_BLK_R_FINE 1080/60I 1035/60I NORMAL 12 12

1080/60I 1035/60I UNDER 12 12

V_BLK_T 480/60I 107 106

575/50I 148 148 1080/48I 213 227 1080/50I 225 223 480/60P 134 132 576/50P 160 165 1035/60I 171 182

PVM-14L5/20L5/D14L5A/D20L5A

2-11

Name Description Inch20 Inch14

V_BLK_T 1080/60I 171 182

720/50P 220 230 720/60P 190 190

V_BLK_B 480/60I 223 203

Not used 255 255 575/50I 175 157 Not used 255 255 1080/48I 122 85 1080/50I 121 85 480/60P 176 137 Not used 255 255 576/50P 64 27 Not used 255 255 1035/60I 75 38 1080/60I 75 38 720/50P 211 179

720/60P 186 154 LCC LCC 128 128 H_DF_ Horizontal frequency 15K 15 15

PHASE

Horizontal frequency 27K 15 15

Horizontal frequency 28K 15 15

Horizontal frequency 31K 15 15

Horizontal frequency 33K 15 15

Horizontal frequency 37K 15 15

Horizontal frequency 45K 15 15 H_DF_ Horizontal frequency 15K 15 15

PARA

Horizontal frequency 27K 15 15

Horizontal frequency 28K 15 15

Horizontal frequency 31K 15 15

Horizontal frequency 33K 15 15

Horizontal frequency 37K 15 15

Horizontal frequency 45K 15 15 CLP_P_ Horizontal frequency 15K 225 225

DLY

Horizontal frequency 31K 200 200

Horizontal frequency 27K/28K/33K 80 80

Horizontal frequency 45K 30 30

Horizontal frequency 15K (/31K DUMMY) SDI 180 180

Horizontal frequency 27K/28K/33K SDI 100 100

Horizontal frequency 37K/45K SDI 150 150 Y_LEVEL SETUP-0 systemn 100 100

NTSC-0/BETA-0/SMPTE/SDI

SETUP-7.5 systemn 110 110

NTSC-7.5/BETA-7.5 CHROMA_ CHROMA PR 80 80

2-12

Name Description Inch20 Inch14

CHROMA_PB CHROMA PB 80 80 Y_BLACK SETUP-0 system 60 60

NTSC-0/BETA-0/SMPTE/SDI SETUP-7.5 systemn 120 120

NTSC-7.5/BETA-7.5

PB_BLACK RGB/COMP Horizontal frequency 15K 80 80

Other than RGB/COMP 80 80 Horizontal frequency 15K

NTSC/NTSC4.43/NOCOLOR60 80 80 PAL/NOCOLOR50 80 80 SECAM 80 80 SDI Horizontal frequency 15K 80 80

Other than SDI Horizontal frequency 15K 80 80

PR_BLACK RGB/COMP Horizontal frequency 15K 80 80

Other than RGB/COMP Horizontal frequency 15K 80 80

NTSC/NTSC4.43/NOCOLOR60 80 80 PAL/NOCOLOR50 80 80 SECAM 80 80 SDI Horizontal frequency 15K 80 80

Other than SDI Horizontal frequency 15K 80 80

GY_R_LEVEL SMPTE(709) HD-SDI 90 90

SMPTE(601) D1-SDI/SDTI-CP/DV 200 200

BETACAM SETUP 0(601) 100 100 BETACAM SETUP 7.5(601) 120 120

V_BLK_B_ 480/60I 190 190 NOSYNC

575/50I 120 120 1080/48I 120 120 1080/50I 120 120 480/60P 190 190 576/50P 120 120 1035/60I 190 190 1080/60I 190 190 720/50P 120 120 720/60P 190 190

GY_B_LEVEL SMPTE(709) HD-SDI 90 90

SMPTE(601) D1-SDI/SDTI-CP/DV 210 210

BETACAM SETUP 0 (601) 130 130

BETACAM SETUP 7.5 (601) 150 150 OSD_TIMING Don' t Care OSD_FIELD Inch 14 and Inch 20

J, U/C Don' t Care

AEP REVERSE 2000001 2000001 2000001

|||

2000587 2000326 2000248

NORMAL 2000588 2000327 2000249

|||

14L4 20L4 14L3

PVM-14L5/20L5/D14L5A/D20L5A

Name Description Inch20 Inch14

PR_LEVEL AUTOSETUP-OFF 170 170

15kHz SMPTE(709) Other than AUTOSETUP-OFF 180 180

15kHz SMPTE(709) AUTOSETUP-OFF 140 140

15kHz SMPTE(601) Other than AUTOSETUP-OFF 140 140

15kHz SMPTE(601) AUTOSETUP-OFF 50 50

BETACAM SETUP 0(601) AUTOSETUP-OFF 60 60

BETACAM SETUP 7.5(601) AUTOSETUP-OFF 150 150

NTSC SETUP0 AUTOSETUP-OFF 150 150

(S)-NTSC SETUP0 AUTOSETUP-OFF 150 150

NTSC SETUP7.5 AUTOSETUP-OFF 150 150

(S)-NTSC SETUP7.5 AUTOSETUP-OFF PAL 100 100 AUTOSETUP-OFF (S)-PAL 100 100 AUTOSETUP-OFF SECAM 100 100 AUTOSETUP-OFF NTSC 443 100 100

AUTOSETUP-OFF (S)-NTSC 443 150 150

AUTOSETUP-OFF D1-SDI 150 150 AUTOSETUP-OFF HD-SDI 140 140 AUTOSETUP-OFF SDTI-CP 140 140 AUTOSETUP-OFF DV 140 140 AUTOSETUP-OFF BKM-PALM 140 140 AUTOSETUP-ON 170 170

15kHz SMPTE(709) Other than AUTOSETUP-ON 180 180

15kHz SMPTE(709) AUTOSETUP-ON 140 140

15kHz SMPTE(601) Other than AUTOSETUP-ON 140 140

15kHz SMPTE(601) AUTOSETUP-ON 50 50

BETACAM SETUP 0(601) AUTOSETUP-ON 60 60

BETACAM SETUP 7.5(601) AUTOSETUP-ON 150 150

NTSC SETUP0 AUTOSETUP-ON 150 150

(S)-NTSC SETUP0

Name Description Inch20 Inch14

PR_LEVEL AUTOSETUP-ON NTSC SETUP7.5 150 150

AUTOSETUP-ON (S)-NTSC SETUP7.5 150 150

AUTOSETUP-ON PAL 100 100 AUTOSETUP-ON (S)-PAL 100 100 AUTOSETUP-ON SECAM 100 100 AUTOSETUP-ON NTSC 443 100 100 AUTOSETUP-ON (S)-NTSC 443 150 150 AUTOSETUP-ON D1-SDI 150 150 AUTOSETUP-ON HD-SDI 140 140 AUTOSETUP-ON SDTI-CP 140 140 AUTOSETUP-ON DV 140 140 AUTOSETUP-ON BKM-PALM 140 140

PB_LEVEL AUTOSETUP-OFF 240 240

15kHz SMPTE(709) Other than AUTOSETUP-OFF 240 240

15kHz SMPTE(709) AUTOSETUP-OFF 200 200

15kHz SMPTE(601) Other than AUTOSETUP-OFF 200 200

15kHz SMPTE(601) AUTOSETUP-OFF 100 100

BETACAM SETUP 0(601) AUTOSETUP-OFF 120 120

BETACAM SETUP 7.5(601) AUTOSETUP-OFF 200 200

NTSC SETUP0 AUTOSETUP-OFF 200 200

(S)-NTSC SETUP0 AUTOSETUP-OFF 200 200

NTSC SETUP7.5 AUTOSETUP-OFF 200 200

(S)-NTSC SETUP7.5 AUTOSETUP-OFF PAL 200 200 AUTOSETUP-OFF (S)-PAL 200 200 AUTOSETUP-OFF SECAM 200 200 AUTOSETUP-OFF NTSC 443 200 200 AUTOSETUP-OFF 200 200

(S)-NTSC 443 AUTOSETUP-OFF D1-SDI 200 200 AUTOSETUP-OFF HD-SDI 200 200 AUTOSETUP-OFF SDTI-CP 200 200 AUTOSETUP-OFF DV 200 200 AUTOSETUP-OFF BKM-PALM 200 200 AUTOSETUP-ON 240 240

15kHz SMPTE(709) Other than AUTOSETUP-ON 240 240

15kHz SMPTE(709)

PVM-14L5/20L5/D14L5A/D20L5A

2-13

Name Description Inch20 Inch14

PB_LEVEL AUTOSETUP-ON 200 200

15kHz SMPTE(601) Other than AUTOSETUP-ON 200 200

15kHz SMPTE(601) AUTOSETUP-ON 100 100

BETACAM SETUP 0(601) AUTOSETUP-ON 120 120

BETACAM SETUP 7.5(601) AUTOSETUP-ON 200 200

NTSC SETUP0 AUTOSETUP-ON 200 200

(S)-NTSC SETUP0 AUTOSETUP-ON 200 200

NTSC SETUP7.5 AUTOSETUP-ON 200 200

(S)-NTSC SETUP7.5 AUTOSETUP-ON PAL 200 200 AUTOSETUP-ON (S)-PAL 200 200 AUTOSETUP-ON SECAM 200 200 AUTOSETUP-ON NTSC 443 200 200 AUTOSETUP-ON (S)-NTSC 443 200 200 AUTOSETUP-ON D1-SDI 200 200 AUTOSETUP-ON HD-SDI 200 200 AUTOSETUP-ON SDTI-CP 200 200 AUTOSETUP-ON DV 200 200 AUTOSETUP-ON BKM-PALM 200 200

SUB_CONT 480/60I 575/50I 4:3 NORMAL 78 78

UNDER SACN 50 50 H/V DELAY 78 78 16:9 NORMAL 78 78 UNDER SACN 50 50 H/V DELAY 78 78 1080/48I 16:9 NORMAL 78 78 UNDER SACN 50 50 H/V DELAY 78 78 1080/50I 16:9 NORMAL 78 78 UNDER SACN 50 50 H/V DELAY 78 78

480/60P 576/50P 4:3 NORMAL 78 78

UNDER SACN 50 50 H/V DELAY 78 78 16:9 NORMAL 78 78 UNDER SACN 50 50 H/V DELAY 78 78

1080/60I 1035/60I 16:9 NORMAL

78 78

UNDER SACN 50 50

Name Description Inch20 Inch14

SUB_CONT H/V DELAY 78 78

720/50P 16:9 NORMAL 78 78

UNDER SACN 50 50

H/V DELAY 78 78

720/60P 16:9 NORMAL 78 78

UNDER SACN 50 50

H/V DELAY 78 78 SUB_BRIGHT Horizontal frequency 15K 78 78

Horizontal frequency 27K 78 78

Horizontal frequency 28K 78 78

Horizontal frequency 31K 78 78

Horizontal frequency 33K 78 78

Horizontal frequency 37K 78 78

Horizontal frequency 45K 78 78 R_GAIN COL1 15K 700 700

Other than COL1 15K 700 700

COL2 15K 700 700

Other than COL2 15K 700 700

USER 15K 700 700

Other than USER 15K 700 700 R_BIAS COL1 15K 400 400

Other than COL1 15K 400 400

COL2 15K 400 400

Other than COL2 15K 400 400

USER 15K 400 400

Other than USER 15K 400 400 G_GAIN COL1 15K 700 700

Other than COL1 15K 700 700

COL2 15K 700 700

Other than COL2 15K 700 700

USER 15K 700 700

Other than USER 15K 700 700 G_BIAS COL1 15K 400 400

Other than COL1 15K 400 400

COL2 15K 400 400

Other than COL2 15K 400 400

USER 15K 400 400

Other than USER 15K 400 400

2-14

PVM-14L5/20L5/D14L5A/D20L5A

Name Description Inch20 Inch14

B_GAIN COL1 15K 700 700

Other than COL1 15K 700 700 COL2 15K 700 700 Other than COL2 15K 700 700 USER 15K 700 700 Other than USER 15K 700 700

B_BIAS COL1 15K 400 400

Other than COL1 15K 400 400 COL2 15K 400 400 Other than COL2 15K 400 400 USER 15K 400 400 Other than USER 15K 400 400

43MARKER_ 480/60I 50 50 SUB_L

575/50I 50 50 1080/48I 50 50 1080/50I 50 50 480/60P 50 50 576/50P 50 50 1080/60I 1035/60I NORMAL 50 50 1080/60I 1035/60I UNDER 50 50 720/50P 50 50 720/60P 50 50

43MARKER_ 480/60I 50 50 SUB_R

575/50I 50 50 1080/48I 50 50 1080/50I 50 50 480/60P 50 50 576/50P 50 50 1080/60I 1035/60I NORMAL 50 50 1080/60I 1035/60I UNDER 50 50 720/50P 50 50 720/60P 50 50

43MARKER_ 480/60I 10 10 PHASE

575/50I 10 10 1080/48I 10 10 1080/50I 10 10 480/60P 10 10 576/50P 10 10 1080/60I 1035/60I NORMAL 10 10 1080/60I 1035/60I UNDER 10 10 720/50P 10 10 720/60P 10 10

Name Description Inch20 Inch14

43MARKER_ 480/60I 10 10 WIDTH

575/50I 10 10 1080/48I 10 10 1080/50I 10 10 480/60P 10 10 576/50P 10 10 1080/60I 1035/60I NORMAL 10 10 1080/60I 1035/60I UNDER 10 10 720/50P 10 10 720/60P 10 10

WB_COL1_DISP COL1 DISPLAY 65 65 WB_COL2_DISP COL2 DISPLAY 93 93

SUBCON_ LINE-A (COMPOSITE) 50 50 CONTRAST LINE-A (S) 50 50

LINE-B (COMPOSITE) 50 50 RGB 50 50 COMPONENT 50 50 OPTION-A (Other than 129X) 50 50 OPTION-B (Other than 129X) 50 50 OPTION-RGB (129X) 50 50 OPTION-COMPONENT(129X) 50 50

SUBCON_ LINE-A (COMPOSITE) 50 50 BRIGHT

LINE-A (S) 50 50 LINE-B (COMPOSITE) 50 50

RGB 50 50 SUBCON_ COMPONENT 50 50 BRIGHT OPTION-A (Other than 129X) 50 50

OPTION-B (Other than 129X) 50 50

OPTION-RGB (129X) 50 50

OPTION-COMPONENT(129X) 50 50 SUBCON_ LINE-A (COMPOSITE) 50 50 CHROMA LINE-A (S) 50 50

LINE-B (COMPOSITE) 50 50

RGB 50 50

COMPONENT 50 50

OPTION-A (Other than 129X) 50 50

OPTION-B (Other than 129X) 50 50

OPTION-RGB(129X) 50 50

OPTION-COMPONENT(129X) 50 50

PVM-14L5/20L5/D14L5A/D20L5A

2-15

Name Description Inch20 Inch14

SUBCON_ LINE-A (COMPOSITE) 50 50 PHASE LINE-A (S) 50 50

LINE-B (COMPOSITE) 50 50 RGB 50 50 COMPONENT 50 50 OPTION-A (Other than 129X) 50 50 OPTION-B (Other than 129X) 50 50 OPTION-RGB (129X) 50 50

OPTION-COMPONENT(129X) 50 50 SUBCON_ LINE-A (COMPOSITE) 0 0 APERTURE LINE-A (S) 0 0

LINE-B (COMPOSITE) 0 0

RGB 0 0

COMPONENT 0 0

OPTION-A (Other than 129X) 0 0

OPTION-B (Other than 129X) 0 0

OPTION-RGB (129X) 0 0

OPTION-COMPONENT (129X) MACRO VISION 1080/48I A : 1080/48 flag ON ON 720/50P B : 720/50P flag OFF OFF 1125/60I SYS BKM-142HD AUTO DETECT AUTO AUTO

SREM_

GROUP

BAUD RATE Serial remote 38400 38400

PARITY P : PARITY EVEN EVEN STOP BITS S : STOP BITS 2 BIT 2 BIT

M : Supporting MacroVision ON ON

(0 : MANUAL 1 : AUTO)

SINGLE

Serial remote 0 0

Single address

Serial remote 0 0

Group address

Communication coditions

B : BAUD RATE

2-3. Preparation (2). Initialization

* Supply composite video or component signals as shown

in Table 2-2.

Signal Details of signal Standard

level

P-W

Composite 358NT 100 % white 0.714 V video 443NT 75 % white 0.536 V

PALM 100 % white 0.7 V PAL 75 % white 0.525 V SECAM

Component BETA0 100 % white Y 0.7143 V

75 % white Y 0.536 V 75 % color 0.757 V B-Y, R-Y (P-P for

this item only)

BETA 7.5 100 % white Y 0.7143 V

75 % white Y 0.536 V 75 % color 0.7 V B-Y, R-Y (P-P for

this item only)

SMPTE 100 % white Y 0.7 V

75 % white Y 0.525 V 75%color 0.525 V B-Y, R-Y (P-P for

this item only)

Voice/sound _5dBs 0.436Vrms

Table 2-2

2-16

PVM-14L5/20L5/D14L5A/D20L5A

2-4. Writing Model Data

2-5. Picture Output

1. Select the following submenus from the Service Menu

in the order of : [SYSTEM] → [MODEL GRADE] → [MODEL TYPE] and write the model data of each model in the [MODEL TYPE] referring to table 2-4.

Model name Model ytpe Model grade

PVM-D14L5J J14 L5 PVM-D20L5J J20 L5 PVM-14L5 U14 L5 PVM-20L5 U20 L5 PVM-14L3 E14 L3 PVM-14L4 E14 L4 PVM-20L4 E20 L4 PVM-D14L5A A14 L5 PVM-D20L5A A20 L5

Table. 2-4

2. Select the following submenus from the Service Menu

in the order of : [SIGNAL] → [WHITE|BALANCE] and type the following data in [COLOR TEMP]. U/C, AEP 65 J 93

* Standard inspection state

Unless otherwise specified in this manual, make adjustment under the following conditions :

1. AC input voltage setting

1. Input VIDEO signals and AUDIO signals to respective terminals on the connector panel.

2. Set the sliduck AC voltage as shown in Table 2-5.

Model name Voltage

PVM-14L5 AC 120 V ±10 % PVM-20L5 PVM-D14L5J AC 100 V ±10 % PVM-D20L5J PVM-14L3 AC 240 V ±10 % PVM-14L4 PVM-20L4 PVM-D14L5A PVM-D20L5A

Table. 2-5

2-6. Free-run Frequency Adjustment

Find the following adjustment menu in the layer under the DEFLECTION menu of the service mode.

FOCUS

H PLL HFV SENCE HFV CONTROL

APERTURE OFF (USER CONTROL menu) BRIGHT 0 CHROMA 50 PHASE 0 CONTRAST 80 VOLUME 50

PVM-14L5/20L5/D14L5A/D20L5A

1. Connect the 480/60I cross hatch signal to the Y/G terminal of RGB/COMPONENT IN connector.

2. Enter the service mode.

3. Switch H PLL of the menu from LOCK to FREERUN.

4. Adjust HFV SENSE and HFV CONTROL of the menu until number of screens losing sync is minimal.

5. Switch H PLL of the menu from FREERUN to LOCK. Confirm that the screen is locked.

6. Switch the input signal frequency as shown below and repeat steps 3 to 5.

2-17

2-7. Landing Adjustment

1. CONT ... MAX BRT ... Conspicuous position

2. Roughly adjust the white balance, G2, and convergence.

3. Switch the rotary SW of the single color switch to change the color into green only.

4. Adjust the purity knob so that the green will come to the center of the screen. Make R and B almost identical. (Fig. 2-1)

5. Switch to B only, R only, and G only and verify each. (Figs.2-1, 2-2, and 2-3)

6. Bring the deflection yoke gradually forward and adjust the deflection yoke so that R and B on both sides of the screen will be green. (Fig.2-2 n Fig. 2-3)

7. If the deflection yoke comes forward too much, the pattern shown in Fig.2-4 will appear. If so, move the deflection yoke backward. (Fig.2-4 n Fig.2-3)

8. Switch the single color switch to B and verify the single color. (Fig.2-6)

9. Switch the single color switch to R and verify the single color. (Fig.2-9)

10. When two colors are mixed, set the mixed color as the standard, and repeat operations 6 and 7.

11. Switch to an all-white signal and check the uniformity.

12. When the deflection yoke position is determined, fasten it with the fixture.

Fig. 2-1

A’ = A

14 inch

Fig. 2-11

Purity control

Purity

Deflection yoke

Fig. 2-12

Fig. 2-2 Fig. 2-3 Fig. 2-4

BRG

Fig. 2-5 Fig. 2-6 Fig. 2-7

RGB

Fig. 2-8 Fig. 2-9 Fig. 2-10

A’

GGBR

2-18

GRB

BGR

RBG

PVM-14L5/20L5/D14L5A/D20L5A

20 inch

Fig. 2-11

Purity control

Purity

Deflection yoke

Fig. 2-12

Attach the magnets inside the NTC for the model PVM20L4 referring to Fig. 2-13.

25mm

6-pole magnet (Move it to the top-most position)

Install it so that the magnet comes to the top-most position.

Fig. 2-13

2-8. H Blanking Adjustment

RASTER H

H SIZE H CENTER H POSITION H BLK LEFT H BLK RIGHT

1. Connect the 480/60I cross hatch signal to the Y/G terminal of RGB/COMPONENT IN connector.

2. Press the UNDER SCAN button to enter the under scanned mode. (The UNDER SCAN button lights in orange.)

3. Press the (+) plus button of BRIGHT to set the brightness to MAX.

4. Enter the service mode.

5. Adjust [H|SIZE] of the menu until the entire raster becomes visible on screen.

6. Adjust [H|BLK|RIGHT] of the menu so that the leftmost end of raster is just before starting to fold back on screen.

7. Adjust [H|POSITION] of the menu so that the rightmost end of the raster matches with the right-most end of the video display on screen.

8. Adjust [H|BLK|LEFT] of the menu so that the leftmost end of the raster matches with the left-most end of the video display on screen.

9. Adjust [H|CENTER] of the menu so that the amount of over-scanned raster is unity in the right and left of the effective area of CRT.

10. Press the UNDER SCAN button to exit the under scanned mode. (The UNDER SCAN button lights in green.)

11. Adjust [H|SIZE] of the menu until the entire raster becomes visible on screen.

12. Adjust [H|BLK|RIGHT] of the menu so that the leftmost end of raster is just before starting to fold back on screen.

13. Adjust [H|BLK|LEFT] of the menu so that the rightmost end of raster is just before starting to fold back on screen.

14. Adjust [H|POSITION] of the menu so that center of the effective screen matches with the center of the video display on screen.

15. Change the input signal frequency arbitrarily and change the [H|CENTER] value that is adjusted in step 9.

16. Select the various signal frequencies and repeat adjustment from steps 5 to 8 in the same way as described above.

PVM-14L5/20L5/D14L5A/D20L5A

2-19

2-9. Linearity Adjustment

Find the following adjustment menu in the layer under the DEFLECTION menu of the service mode.

RASTER H GEOMETRY

H SIZE V S LIN H CENTER V C LIN H POSISION TRAPEZOID MARKER SUB L SIDE PIN MARKER SUB R SIDE PIN W

SIDE PIN BAL

RASTER V PARA CONTROL

V SIZE SIDE PIN S V CENTER V BLK TOP V BLK BOTTOM OSD TIMING

1. Connect the 480/60I cross hatch signal to the Y/G terminal of RGB/COMPONENT IN connector.

2. Enter the service mode.

3. Select the 4:3 normal scan mode and check the followings. (The 16:9 button and UNDER SCAN button light in green.) DY Inclination Distortion check Top and bottom V PIN Distortion Check If the specifications cannot be met, perform the DY Neck Rotation Adjustment.

4. Perform the horizontal trapezoid distortion adjustment using the TLY volume control of DY. If the horizontal trapezoid distortion is difficult to see, select Green Only mode. If the horizontal trapezoid distortion is adjusted significantly, the top and bottom vertical convergence will become out of adjustments.

5. Connect the 480/60I monoscope signal to the Y/G terminal of RGB/COMPONENT IN connector.

6. Adjust [V|CENTER] of the menu until picture comes to the center of the screen in the vertical direction.

7. Connect the 480/60I cross hatch signal to the Y/G terminal of RGB/COMPONENT IN connector.

9. Remove the trapezoidal distortion and PIN distortion of screen using [PARA CONTROL], [TRAPEZOID], [SIDE PIN BAL], [SIDE PIN], [SIDE PIN S] and [SIDE PIN W].

10. Repeat adjustments from step 7 to step 9 until all specifications are satisfied at the same time. (Tracking)

11. Repeat adjustments from step 7 to step 9 starting from the 4:3 UNDER SCAN mode, then 16:9 NOMAL SCAN mode and finally 16:9 UNDER SCAN mode. (J/UC)

12. Repeat adjustments from step 5 to step 8 in the same way for each of the following signal frequencies.

Horizontal frequency Signal specification ASPECT ratio

15.625 kHz 575/50I 16 : 9/4 : 3

15.734 kHz 480/60I 16 : 9/4 : 3

27.000 kHz 1080/48I 16 : 9

28.125 kHz 1080/50I 16 : 9

31.250 kHz 575/50P 16 : 9/4 : 3

31.496 kHz 480/60P 16 : 9/4 : 3

33.750 kHz 1035/60I 16 : 9

33.750 kHz 1080/60I 16 : 9

37.500 kHz 720/50P 16 : 9

45.000 kHz 720/60P 16 : 9

V S LIN

V C LIN

PARA CONTROL

TRAPEZOID

SIDE PIN BAL

SIDE PIN

SIDE PIN S

SIDE PIN W

2-20

PVM-14L5/20L5/D14L5A/D20L5A

2-10. Convergence Adjustment (1)

RGB

II’

6-pole magnet

AA’

Change the opening degree of the BMC Mg to control the HMC.

Control the BMC Mg so that A=A’. Maintain I=I’ when moving the Mg.

RGB

6-pole magnet

For VMC control, turn knob to the right or left without changing ther opening degree of the BMC Mg.

Make ajdustment so that the gap will be the same at the top and botton.

Do not change.

(Top)

(Botton)

1. Input a dot pattern signal. CONT ... Conspicuous position BRT ... MIN

2. Align the horizontal R, G, and B dots at the center of the screen with the H-START VR.

* When H-CENT is changed after H-STAT adjustment,

readjust H-STAT. (H-STAT will change by means of H-CENT VR.)

3. Align the vertical location of R, G, and B in the center of the screen with the V-STAT Mg. (Fig. 2-14, 2-15)

* After V-STAT adjustment, paint-lock the knob.

4. For HMC, use the BMC Mg to adjust the R and B dots so that they will be symmetrical horizontally with respect to the G dot.

Fig. 2-16

V-STAT Mg knob While keeping the angles A and B equal (I = I’), align the vertical convergence.

Fig. 2-14 Good example

I’

If the A and B knobs are not symmetrical (I ≠ I’), the focus may deteriorate, beam striking or other adverse effects may occur.

I’I

5. For VMC, use the MBC Mg to adjust the R and B dots so that they will be symmetrical vertically with respect to the G dot.

Fig. 2-17

6. Repeat adjustments 2. to 5.

* The above adjustment may affect the landing, so after

adjustment, check the landing again.

PVM-14L5/20L5/D14L5A/D20L5A

Fig. 2-15 Bad example

7. Paint-lock the knobs after adjustment.

2-21

2-11. Deflection Yoke Neck Rotation

Adjustment

4. The following patterns cannot be corrected by turning the neck. (Figs.2-25, 2-26, and 2-27)

1. If there is nonconvergence on both sides of the X or Y axis of the screen, turn the neck of the deflection yoke in the direction of the arrow to hold the nonconvergence for the entire CRT screen within the tolerance.

* Applicable only to groups of models 1, 2, 3, and 5.

(1) Reverse cross

misconvergencepattern

Move the deflection yoke downward.

B G R

R G B

Fig. 2-18 Fig. 2-19

(3) Pattern of left-sided

deflection yoke Move the deflection

yoke to the right when viewed from the CRT screen.

(2) Reverse cross

misconvergence pattern

Move the deflection yoke upward.

(4) Pattern of right-sided

deflection yoke Move the deflection

yoke to the left when viewed from the CRT screen.

R G B

B G R

R G B

* Gun rotatuon

R B

G(G) (G)

B G R

The X-axis and Y-axis beams are distorted on both sides.

Fig. 2-25

* HCR Large (small)

The horizonal portion of the G raster is wider (narrower) than that of the RB raster on both sides of the screen.

Fig. 2-26

* HCR Large (small)

The horizonal portion of the G raster is wider (narrower) than that of the RB raster on both sides of the screen.

Fig. 2-27

R G B

R B

(G) (G)

R B

RB BR

Fig. 2-20 Fig. 2-21

BR RB

2 zone

1 zone

Fig. 2-23

2. Turn the neck of the deflection yoke to align the V pin vertically.

* Applicable only to group of models 4.

3. Insert the wedge between the deflection yoke and CRT funnel to lock the deflection yoke. (Fig.2-24)

When model groups

1,2,3 and 5 are performed.

Inch 14 Inch 20

WShen model group 4 is

performed.

Fig. 2-24

2-12. Convergence Adjustment (2)

YCH

TLV YBH

TLH

Fig. 2-28 Convergence compensation VR,coil,and

compensator

When adjustment is insufficient, use permalloy for perfect adjustment.

XCV

2-22

PVM-14L5/20L5/D14L5A/D20L5A

1. Group of models 4 (See Table 2-3.)

1. Input a cross-hatch signal.

2. Make adjustment with the TLV, YCH, YBH VR, and XCV coils of the deflection yoke to minimize nonconvergence.

3. When the nonconvergence of the TILT component is included in the horizontal convergence, make adjustment with the TLH compensator. (Fig. 2-28)

2. Groups of models 1, 2, and 3 (See Table 2-3.)

1. Input a cross-hatch signal.

2. Make adjustment with the TLV, YCH VR, and XCV coils of the deflection yoke to minimize nonconvergence.

3. When the nonconvergence of the TILT component is included inthe horizontal convergence, insert the TLH compensator into the deflection yoke for adjustment.

.(Fig. 2-28)

3. Group of models 5 (See Table 2-3.)

1. Input a cross-hatch signal.

2. Make adjustment with the XCV coil of the deflection yoke to minimize nonconvergence.

3. When the nonconvergence of the TILT component is included in the vertical convergence, insert the TLV compensator into the deflection yoke for adjustment. (Fig. 2-28)

2-13. G2 Adjustment

Conditions

CONTRAST and BIRHT : PRESET positions

1. Input a HD (1080/60i) all-black signal to the COMPONENT Y IN connector.

2. Select the cathode that shows the highest pedestal level among the red, green and blue cathodes.

3. Connect probe of an oscilloscope as indicated below. Adjust RV702 on the C board so that the pedestal level becomes 150 VDC as shown in Fig. 2-29.

RED : TP704 or KR GREEN : TP701 or KG BLUE : TP702 or KB

Pedestal level

2-14. White Balance Adjustment (15k)

1. Connect the 15K window signal to the Y/G terminal of RGB/COMPONENT IN connector.

2. Enter the service mode.

3. Select COMPONENT.

4. From the operation panel, set as follows : CONTRAST : 80 BRIGHT : 0 (mechanical center)

5. Select the following submenus from the Service Menu in the order of : [SIGNAL] → [WHITE|BALANCE] and set [COLOR TEMP] to D65.

6. Set [X] of the menu to 313 and [Y] to 329. (Increase brightness to 100 dc/cm2 or more.)

7. Set [MANUAL/AUTO] to MANUAL.

8. Press the [MONO] key to enter the black-and-white mode.

9. Select [ADJUST GAIN].

10. While fixing G to 700, adjust B and R for optimum white balance.

11. Upon completion of adjustment, press the [MENU] key to return to the previous menu.

12. Change the signal level to 3 cd/cm2.

13. Select [ADJUST BIAS] of the menu.

14. While fixing G to 700 in the same way as in step 10, adjust B and R for the unity cut-off level.

15. Upon completion of adjustment, press the [MENU] key to return to the previous menu.

16. Repeat adjustments from step 9 to step 14 until all specifications are satisfied all at the same time. (Tracking)

17. Set [COLOR TEMP] to D93.

18. Se Set [X] of the menu to 283 and [Y] to 298.

19. Set [MANUAL/AUTO] to MANUAL.

20. Repeat adjustments from step 9 to step 16 in the same way.

21. Press the [MONO] key to exit the black-and-white mode.

Standard value A = 150 ±2 VDC

PVM-14L5/20L5/D14L5A/D20L5A

Fig. 2-29

2-23

2-15. White Balance Adjustment (33k)

1. Connect the 33K window signal to the Y/G terminal of RGB/COMPONENT IN connector.

2. Enter the service mode.

3. Select RGB/COMPONENT.

4. From the operation panel, set as follows : CONTRAST : 80 BRIGHT : 0 (mechanical center)

5. Select the following submenus from the Service Menu in the order of : [SIGNAL] → [WHITE|BALANCE] and set [COLOR TEMP] to D65.

6. Set [X] of the menu to 313 and [Y] to 329. (Increase brightness to 100 dc/cm2 or more.)

7. Set [MANUAL/AUTO] to MANUAL.

8. Press the [MONO] key to enter the black-and-white mode.

9. Select [ADJUST GAIN].

10. While fixing G to 700, adjust B and R for optimum white balance.

11. Upon completion of adjustment, press the [MENU] key to return to the previous menu.

12. Change the signal level to 3 cd/cm2.

13. Select [ADJUST BIAS] of the menu.

14. While fixing G to 700 in the same way as in step 10, adjust B and R for the unity cut-off level.

15. Upon completion of adjustment, press the [MENU] key to return to the previous menu.

16. Repeat adjustments from step 9 to step 14 until all specifications are satisfied all at the same time. (Tracking)

17. Set [COLOR TEMP] to D93.

18. Set [X] of the menu to 283 and [Y] to 298.

19. Set [MANUAL/AUTO] to MANUAL.

20. Repeat adjustments from step 9 to step 16 in the same way.

21. Press the [MONO] key to exit the black-and-white mode.

2-16. SUB BRIGHT, SUB CONTRAST

Adjustment (15 K)

1. Input the 15 K monoscope signal to the COMPONENT IN connector.

2. Put the unit into the service mode.

3. Select WHITE BALANCE.

4. Select SUB BRIGHT.

5. Set as follows from the operation panel: CONTRAST : 0 (MIN) BRIGHT : 0 (center)

6. Adjust [SUB-BRIGHT] in the service mode so that the 20-tone gray scale will be as follows : 0 and 5 IRE 8 CUT-OFF 10 IRE 8 Slight glow

7. Set CONTRAST VR on the operation panel to 80 %.

8. Turn off the CONTRAST display.

9. Select SUB CONTRAST.

10. Input the window signal whose size is less than what is shown below.

11.4 usec

26 usec

Fig. 2-30

11. Adjust luminance to the standard value with SUBCONTRAST.

Standard value :

14 inch MODEL 20 inch MODEL

SUB CONT 170 cd/m

150 cd/m

12. Select UNDER SCAN. (4 : 3 UNDER SCAN)

13. Select SUB CONTRAST and adjust luminance to the standard value that is specified in step 11, with SUBCONTRAST.

14. Select 16 : 9. (16 : 9 UNDER SCAN)

15. Select SUB CONTRAST and adjust luminance to the standard value that is specified in step 11, with SUBCONTRAST.

16. Select UNDER SCAN. (16 : 9 NORMAL)

17. Select SUB CONTRAST and adjust luminance to the standard value that is specified in step 11, with SUBCONTRAST.

18. Return to the 4 : 3 NORMAL screen.

19. Turn the POWER OFF.

2-24

PVM-14L5/20L5/D14L5A/D20L5A

2-17. SUB BRIGHT, SUB CONTRAST

Adjustment (33 K)

1. Input the 33 K monoscope signal to the COMPONENT IN connector.

2. Put the unit into the service mode.

3. Select WHITE BALANCE.

4. Select [SUB-BRIGHT] .

5. Set as follows from the operation panel: CONTRAST : 0 (MIN) BRIGHT : 0 (center)

6. Adjust SUB-BRIGHT in the service mode so that the 20-tone gray scale will be as follows: 0 and 5 IRE 8 CUT-OFF 10 IRE 8 Slight glow

7. Set CONTRAST VR on the operation panel to 80 %.

8. Turn off the CONTRAST display.

9. Select SUB CONTRAST.

10. Input the window signal.

11. Adjust luminance to the standard value with SUBCONTRAST.

Standard value:

14 inch MODEL 20 inch MODEL

SUB CONT 170 cd/m

150 cd/m

12. Select UNDER SCAN. (16 : 9 UNDER SCAN)

13. Select SUB CONTRAST and adjust luminance to the standard value that is specified in step 11, with SUBCONTRAST.

2-18-2.PAL Composite Adjustment

1. Input a 625 all-white (with burst) cut-off signal to LINE A connector.

2. Select LINE A from the operation panel.

3. Adjust the all-white luminance so that the screen luminance is less than 10 cd/m2 and as close as possible to 3 cd/m2 with the CONTRAST VR button and BRIGHT VR button on the operation panel.

4. Set the MONO on the operation panel to ON and measure the color temperature.

5. Set the MONO switch on the operation panel to OFF. Select [ADJUST FINE] and adjust [PB BLACK] and [PR BLACK] until the same color temperature as the color temperature value measured in step 4 is obtained.

2-18-3.COMPONENT Adjustment

1. Input a 525 all-white (with burst) cut-off signal to COMPONENT connector.

2. Select COMPONENT from the operation panel.

3. Adjust the all-white luminance so that the screen luminance is less than 10 cd/m2 and as close as possible to 3 cd/m2 with the CONTRAST VR button and BRIGHT VR button on the operation panel.

4. Set the MONO on the operation panel to ON and measure the color temperature.

2-18. White Balance Interference

Correction Adjustment

2-18-1.NTSC Composite Adjustment

1. Input a 525 all-white (with burst) cut-off signal to LINE A connector.

2. Select LINE A from the operation panel.

3. Adjust the all-white luminance so that the screen luminance is less than 10 cd/m2 and as close as possible to 3 cd/m2 with the CONTRAST VR button and BRIGHT VR button on the operation panel.

4. Set the MONO on the operation panel to ON and measure the color temperature.

PVM-14L5/20L5/D14L5A/D20L5A

2-18-4.SDI Adjustment

1. Install the BKM-120D into the option slot.

2. Select OPTION from the operation panel.

3. Input an SDI all-white cut-off signal to BKM-120D.

4. Adjust the all-white luminance so that the screen luminance is less than 10 cd/m2 and as close as possible to 3 cd/m2 with the signal generator.

5. Set the MONO on the operation panel to ON and measure the color temperature.

6. Set the MONO switch on the operation panel to OFF. Select [ADJUST FINE] and adjust [PB BLACK] and [PR BLACK] until the same color temperature as the color temperature value measured in step 5 is obtained.

2-25

2-18-5.HD and SDI Adjustments

1. Install the BKM-142HD into the option slot.

2. Select OPTION from the operation panel.

3. Input an HD SDI all-white cut-off signal to BKM142HD.

4. Adjust the all-white luminance so that the screen luminance is less than 10 cd/m2 and as close as possible to 3 cd/m2 with the signal generator.

5. Set the MONO on the operation panel to ON and measure the color temperature.

2-19. Focus Adjustment

Find the following adjustment menu in the layer under the DEFLECTION menu of the service mode.

3. Obtain the optimum focus on the corners of screen using [HDF|PARA] and [HDF|PHASE] of the menu.

4. Connect the 480/60I all white signal to the Y/G terminal of RGB/COMPONENT IN connector. Confirm that there is no color non-uniformity nor color error. If picture quality is deteriorated significantly, reduce the HDF PARA value on the menu and compromise the focus adjustment.

FOCUS

HDF PARA HDF PHASE

1. Connect the 480/60I cross hatch signal to the Y/G terminal of RGB/COMPONENT IN connector.

2. Perform the coarse focus adjustment until focus is optimized at the center of screen using the following adjustments. FBT Focus VR controls

H Focus

V Focus

2-26

PVM-14L5/20L5/D14L5A/D20L5A

Section 3

Safety Related Adjustment

This section explains the adjustment procedure when safety related component(s) is replaced. Perform the following adjustment when the safety related component(s) is replaced.

[Preparation]

Equipment Required . Oscilloscope

Sony Tektronix 2465 or equivalent (with bandwidth of 350 MHz)

. NTSC/PAL/SECAM component signal generator

Sony Tektronix TG2000 +AVG1 (option module) +AWVG2 (option module) or equivalent

. Monoscope signal generator

ShibaSoku TP22AX or equivalent

. VG (programmable video signal generator)

VG814 or equivalent

. DC power supply . Digital VOM

Advantest TR6845 or equivalent

. Slide induction transformer . High tension voltmeter . Ammeter . Luminance meter

When the parts (with a mark on the circuit diagram) shown below are replaced, confirm the matters described in items 3-1 and 3-2 shown below.

G board (HV protector circuit)

..... D501, D516, IC502, IC503, IC602, PH602, Q607,

Q609, Q610, Q613, R509, R510, R511, R514, R515, R516, R565, R638, R640, R653, R654, R663, T502 (FBT)

G board (IK protector circuit)

..... D514, D625, IC502, IC505, IC602, PH602, Q607,

Q609, Q610, Q613, R526, R527, R528, R529, R530, R531, R545, R546, R547, R548, R549, R551, R552, T502 (FBT)

G board (HV regulator circuit)

..... IC504, R518, T502 (FBT)

D1 board (HV regulator circuit)

..... IC1509, IC1510, R1568, R1577, R1578, R1579,

R1580, R1581

Start the following adjustments after 5 minutes have passed after the main power is turned on.

PVM-14L5/20L5/D14L5A/D20L5A

3-1

3-1. High Tension Regulator Confirmation

1. Turn the POWER OFF.

2. Connect an electrostatic voltmeter to anode cap of CRT tube. Electrostatic voltmeter : It must have input impedance of 2 x 109 Z and have already been calibrated. (Example : Singer ESH-27X or ESH-23X)

3. Supply AC power voltage of 130 VAC to the unit and turn the POWER ON.

4. Input a 480/60i monoscope signal.

5. Press the BRIGHTNESS button and the CONTRAST button to put the unit into the PRESET state (center value).

6. Confirm that the high tension voltage value satisfies the standard value. Standard value : 22.0 ±1.0 kV (14 inch)

26.5 ±1.0 kV (20 inch)

3-2. Protection Circuit Confirmation

3-2-1. HV Protector Circuit Confirmation

1. Supply AC power voltage of 130 VAC to the unit and turn the POWER ON.

2. Input a 480/60i all-black signal and set the BRIGHT and CONTRAST VRs on the User Control screen of the menu, to MIN.

3. Confirm that the voltage between the cathode and GND of D501 on the G board satisfies the standard value. Standard value : 20.5 ±1.5 VDC (14 inch)

24.5 ±1.5 VDC (20 inch)

4. Apply the following voltage between the cathode and GND of D501 on the G board, and confirm that the protector circuit is not activated.

23.0 ±0.5 VDC (14 inch)

26.0 ±0.5 VDC (20 inch)

5. Apply the following voltage between the cathode and GND of D501 on the G board, and confirm that the protector circuit is activated and raster disappears.

25.5 ±0.5 VDC (14 inch)

30.5 ±0.5 VDC (20 inch)

6. Input a 480/60i all-white signal and set the BRIGHT and CONTRAST VRs on the User Control screen of the menu, to MAX.

7. Confirm that the voltage between the cathode and GND of D501 on the G board satisfies the standard value. Standard value : 22.0 ±1.5 VDC (14 inch)

26.5 ±1.5 VDC (20 inch)

3-2-2. 1K Protector Circuit Confirmation

1. Supply AC power voltage of 130 VAC to the unit and turn the POWER ON.

2. Input a 480/60i all-black signal.

3. Press the BRIGHTNESS button and the CONTRAST button to put the unit into the PRESET state (center value).

4. Connect a constant current source to the center point between R527 and R528 on the G board and let the current of _1,500.0 uA flow into the circuit. Confirm that the protector circuit is activated and raster disappears.

3-2

G board (B side)

R516

C535

D510

R555

D506

R532

C504

D505

R537

C526

R538

Q501 Q502 Q503

R543

R539

R544

R510

C525

R533

R526

R529 R530 R527

C522C523

R528

C545

IC504

R518

Fig3-1

Constant

current

sourcce

Digital VOM

_ +

PVM-14L5/20L5/D14L5A/D20L5A

Section 4

Electrical Adjustments

4-1. Equipment Required

. Oscilloscope

Sony Tektronix 2465 or equivalent (with bandwidth of 350 MHz)

. NTSC/PAL/SECAM component signal generator

Sony Tektronix TG2000 +AVG1 (option module)

+AWVG1 (option module) or equivalent

. Monoscope signal generator

ShibaSoku TP22AX or equivalent

. VG (programmable video signal generator)

VG814 or equivalent

. Frequency counter

Advantest TR5821AK or equivalent

. Digital VOM

Advantest TR6845 or equivalent

. Variable auto-transformer . High tension voltmeter . DC power supply . Ammeter . Luminance meter

Start the following adjustments after 5 minutes have passed after the main power is turned on.

PVM-14L5/20L5/D14L5A/D20L5A

4-1

4-2. B Board Adjustments

4-2-1. Preparations

1. Test point

12345678910 A B

2. Preparation of signals The B board can process various formats of video signal. The B board must be adjusted for each type of video signal format respectively. Input the signals that meet the following specifications to the connectors on the rear panel of the unit. The component signal should be the Sync-on-Green signal.

TP1351 TP1251

TP1451

CN302

TP203 TP302

TP402

B BOARD (A SIDE)

Fig. 4-1

Signal Signal

RGB 100 % R 700

_ Color bar G 700

Component SMPTE/ 100 % Y 700

EBU-N10 Color bar B-Y 700

75 % Y 700 Color bar B-Y 525

BETACAM 100 % Y 714 SETUP Color bar B-Y 1009

75 % Y 714 Color bar B-Y 756

BETACAM 100 % Y 714 SETUP 7.5 Color bar B-Y 933

75 % Y 714 Color bar B-Y 700

Composite 358NTSC/ 100 %

443NTSC White

75 % White

Burst _ 286

PAL/ 100 % SECAM White

75 % White

White _ 300

level

B 700

R-Y 700

R-Y 525

R-Y 1009

R-Y 756

R-Y 933

R-Y 700

_ 714

_ 536

_ 700

_ 525

(mV)

4-2

Fig. 4-1

PVM-14L5/20L5/D14L5A/D20L5A

3. Connection diagram

Make flat

(VG-854)

equivalent

set

HGDC

CN605CN1100

CN502

CN301

CN101–104

SG (TG-2000) equivalent

CN702 CN1901

CN2001 CN2401

CN302

CN1902

4-2-2. 15k YPBPR SMPTE (601) Signal

Adjustment

4.2-2-1. Black Level Adjustment

1. Input the 15 kHz/60 Hz YPBPR SMPTE (601) 100 % color bar signal to the RGB/COMPONENT connector.

2. Press the RGB/CMPNT switch on the operation panel to select YPBPR.

3. Set YPBPR MATRIX on the MENU to 601. (Applicable for PVM-D14L5J/D20L5/14L4/20L4 only)

4. Connect an oscilloscope to TP203.

5. Adjust Y/G BLACK (A2_8B) data on the MENU so that the pedestal portion becomes flat.

Make flat

CN109 CN303 CN113 CN201

CN4801 CN3802CN3801

Fig. 4-2

Fig. 4-3

6. Connect an oscilloscope to TP302.

7. Adjust PB/B BLACK (A2_8D) data on the MENU so that the pedestal portion becomes flat.

Make flat

Fig. 4-4

8. Connect an oscilloscope to TP402.

9. Adjust PR/R BLACK (A2_94) data on the MENU so that the pedestal portion becomes flat.

Fig. 4-5

PVM-14L5/20L5/D14L5A/D20L5A

4-3

4-2-2-2. CHROMA Leak Adjustment

4-2-2-3. MATRIX Adjustment

1. Set the CHROMA to “0” using the PC tools.

2. Connect an oscilloscope to TP302.

3. Adjust the CHROMA PB (A2_8A) data on the MENU so that the pedestal portion becomes flat.

Make flat

Standard value : 0 ±20 mV

Fig. 4-6

4. Connect an oscilloscope to TP402.

5. Adjust the CHROMA PR (A2_89) data on the MENU so that the pedestal portion becomes flat.

Make flat

Standard value : 0 ±20 mV

Fig. 4-7

1. Connect an oscilloscope to TP1251.

2. Adjust the Y LEVEL (A2_87) data on the MENU so that the amplitude becomes the standard.

Standard value : A = 540 ±20 mVp-p

Fig. 4-8

3. Remove the difference in amplitudes between the first step and the second step of the waveform with G-Y/B (A2_AA) on the MENU. Remove the difference in amplitudes between the second step and the third step of the waveform with GY/R (A2_9C) on the MENU. Repeat the adjustments until the top peak of the waveform becomes flat.

G-Y/R variable adjustment

G-Y/B variable adjustment

Make flat

0 ±20 mV

Fig. 4-9

4. Connect an oscilloscope to TP1351.

5. Adjust the PB LEVEL (A2_E1) data on the MENU so that the first step and the fourth step of the waveform have the same amplitude.

Adjust for the same amplitude 0 ±20 mV

Fig. 4-10

6. Connect an oscilloscope to TP1451.

7. Adjust the PR LEVEL (A2_B9) data on the MENU so that the first step and the second step of the waveform have the same amplitude.

Adjust for the same amplitude 0 ±20 mV

4-4

Fig. 4-11

PVM-14L5/20L5/D14L5A/D20L5A

4-2-3. 15k YPBPR BETACAM SETUP

0 ±20 mV

Make flat

G-Y/R variable adjustment

G-Y/B variable adjustment

0 Signal Adjustment

4-2-4. 15k YPBPR BETACAM SETUP

7.5 Signal Adjustment

1. Input the 15 kHz/60 Hz YPBPR BETACAM SETUP 0 color bar signal to the RGB/COMPONENT connector.

2. Press the RGB/CMPNT switch on the operation panel and select YPBPR BETA 0.

3. Connect an oscilloscope to TP1251.

4. Adjust the G-Y/B (A2_AB) on the MENU so that the second step of the waveform has the standard value. Remove the difference in amplitudes between the second step and the third step of the waveform with GY/R (A2_9D) on the MENU. Adjust finely until the top peak from the second step to the fourth step of the waveform has the same amplitude.

G-Y/R variable adjustment

G-Y/B variable adjustment

Make flat

0 ±20 mV

Standard value : 0 ±2 mVp-p

Fig. 4-12

1. Input the 15 kHz/60 Hz YPBPR BETACAM SETUP

7.5 color bar signal to the RGB/COMPONENT connector.

2. Press the RGB/CMPNT switch on the operation panel and select YPBPR BETA 7.5.

3. Connect an oscilloscope to TP203.

4. Adjust Y/G BLACK (A2_8C) data on the MENU so that the pedestal portion becomes flat.

Make flat

Standard value : 0 ±10 mV

Fig. 4-15

5. Connect an oscilloscope to TP1251.

6. Adjust the Y LEVEL (A2_88) data on the MENU so that the amplitude becomes the standard value.

5. Connect an oscilloscope to TP1351.

6. Adjust the PB LEVEL (A2_E3) data on the MENU so that the first step and the fourth step of the waveform have the same amplitude.

Adjust for the same amplitude 0 ±20 mV

Fig. 4-13

7. Connect an oscilloscope to TP1451.

8. Adjust the PR LEVEL (A2_BB) data on the MENU so that the first step and the second step of the waveform have the same amplitude.

Adjust for the same amplitude 0 ±20 mV

Fig. 4-14

Standard value : A = 540 ±20 mVp-p

Fig. 4-16

7. Adjust the G-Y/B (A2_AC) on the MENU so that the second step of the waveform has the standard value. Remove the difference in amplitudes between the second step and the third step of the waveform with GY/R (A2_9E) on the MENU. Adjust finely until the peak portion from the second step to the fourth step of the waveform has the same amplitude.

Fig. 4-17

PVM-14L5/20L5/D14L5A/D20L5A

4-5

8. Connect an oscilloscope to TP1351.

9. Adjust the PB LEVEL (A2_E4) data on the MENU so that the first step and the fourth step of the waveform have the same amplitude.

Adjust for the same amplitude 0 ±20 mV

Fig. 4-18

10. Connect an oscilloscope to TP1451.

11. Adjust the PR LEVEL (A2_BC) data on the MENU so that the first step and the second step of the waveform have the same amplitude.

Adjust for the same amplitude 0 ±20 mV

4-2-5. 33 k YPBPR SMPTE (709) Signal

Adjustment

1. Input the 33 kHz/60Hz YPBPR SMPTE (709) 100 % color bar signal to the RGB/COMPONENT connector.

2. Connect an oscilloscope to TP302.

3. Adjust PB/B BLACK (A2_8E) data on the MENU so that the pedestal portion becomes flat.

Make flat

Fig. 4-20

4. Connect an oscilloscope to TP402.

5. Adjust PR/R BLACK (A2_95) data on the MENU so that the pedestal portion becomes flat.

Fig. 4-19

G-Y/R variable adjustment

G-Y/B variable adjustment

Make flat

0 ±20 mV

Fig. 4-21

6. Connect an oscilloscope to TP1251.

7. Remove the difference in amplitudes between the first step and the second step of the waveform with G-Y/B (A2_A9) on the MENU. Remove the difference in amplitudes between the second step and the third step of the waveform with GY/R (A2_9B) on the MENU. Repeat the adjustments until the top peak portion becomes flat.

G-Y/R variable adjustment

4-6

G-Y/B variable adjustment

Make flat

0 ±20 mV

Fig. 4-22

PVM-14L5/20L5/D14L5A/D20L5A

8. Connect an oscilloscope to TP1351.

9. Adjust the PB LEVEL (A2_E0) data on the MENU so that the first step and the fourth step of the waveform have the same amplitude.

Adjust for the same amplitude 0 ±20 mV

Fig. 4-23

10. Connect an oscilloscope to TP1451.

11. Adjust the PR LEVEL (A2_B8) data on the MENU so that the first step and the second step of the waveform have the same amplitude.

Adjust for the same amplitude 0 ±20 mV

Fig. 4-24

PVM-14L5/20L5/D14L5A/D20L5A

4-7

4-3. B1 Board Adjustments

2. Preparation of signals

Before starting the B1 board adjustment, be sure that adjustment of the B board has already been completed earlier.

4-3-1. Preparation

1. Measurement points

TP801

TP2801

TP2802

IC2803

TP3801

TP2803

TP3802

CN801

The B board can process various formats of video signal. The B board must be adjusted for each type of video signal format respectively. Input the signals that meet the following specifications to the connectors on the rear panel of the unit.

Signal Signal

level input

(mV)

Composite 358NTSC/ 100 %

443NTSC white

75 % white

Burst _ 286

PAL/ 100 % SECAM white

75 % white

Burst _ 300

Table. 4-2

_ 714

_ 536

_ 700

_ 525

3. Connection diagram For the connection method of the B1 board, refer to section 4-2-1. Item 3.

TP2804

B1 BOARD (A SIDE)

Fig. 4-25

4-8

PVM-14L5/20L5/D14L5A/D20L5A

4-3-2. Y OUT Level Adjustment (BYPASS

Mode)

1. Input the Y-signal of the SMPTE/EBU N-10 level without burst to the VIDEO IN connector of LINE A.

2. Adjust Y LEVEL (AE_08) in the menu until the signal level at TP801 meets the standard value.

Standard value : A = 620 ±10 mv

Fig. 4-26

4-3-5. 3.58 f0 Adjustment (NTSC)

1. Input the NTSC 100 % color bar signal to the VIDEO IN connector of INPUT A.

2. Short circuit IC2803 pin-1 and TP2803 (5 V).

3. Adjust F0 (AE_1A) of the menu until the waveform at TP3802 moves slowly as shown.

4-3-3. Clamp Pulse Width Adjustment

(NTSC)

1. Input the NTSC 100 % color bar signal to the VIDEO IN connector of INPUT A.

2. Adjust CLP W (A-02) of the menu until the pulse width at TP2801 meets the standard value.

Standard value : A = 1.5 ±0.25

Fig. 4-27

usec

4-3-4. Burst Gate Pulse Width Adjustment

(NTSC)

1. Input the NTSC 100 % color bar signal to the VIDEO IN connector of INPUT A.

2. Adjust BGP W (AE_10) of the menu until the waveform at TP2804 meets the standard value with reference to the waveform at TP801.

Fig. 4-29

4-3-6. Phase Adjustment (NTSC)

1. Input the NTSC color bar signal in which B-Y signal is turned OFF, to the RGB/COMPONENT connector.

2. Adjust the SUB PHASE of the menu until waveform at TP3802 becomes flat as shown.

Standard value : A = 10 mV or less

Fig. 4-30

3. Input the NTSC color bar signal in which R-Y signal is turned OFF, to the RGB/COMPONENT connector.

4. Adjust the R-Y PHASE (AE_16) of the menu until waveform at TP3801 becomes flat as shown.

Standard value: B = 10 mV or less

Fig. 4-31

TP2804

Standard value : A = 3.4 ±0.1

PVM-14L5/20L5/D14L5A/D20L5A

Fig. 4-28

ATP801

usec

4-9

4-3-7. Level Adjustment (NTSC)

1. Input the NTSC 100% color bar signal to the VIDEO IN connector of INPUT A.

2. Adjust Y LEVEL (AE-04) of the menu until the waveform at TP801 meets the standard value.

4-3-8. Burst Gate Pulse Width Adjustment

(PAL)

1. Input the PAL 100 % color bar signal to the VIDEO IN connector of INPUT A.

2. Adjust BGP W (A-11) of the menu until the waveform at TP2804 meets the standard value with reference to the waveform at TP801.

ATP801

Standard value : A = 620 ±10 mV

Fig. 4-32

3. Adjust PB LEVEL (AE-1C) of the menu until the waveform at TP3802 meets the standard value.

Standard value : B = 620 ±10 mV

Fig. 4-33

4. Adjust PR LEVEL (AE_24) of the menu until the waveform at TP3801 meets the standard value.

Standard value : C = 620 ±10 mV

Fig. 4-34

TP2804

Standard value : A = 3.8 ±0.1

Fig. 4-35

usec

4-3-9. 4.43 f0 Adjustment (PAL)

1. Input the PAL 100 % color bar signal to the VIDEO IN connector of INPUT A.

2. Short circuit IC2803 pin-1 and TP2803 (5 V).

3. Adjust F0 (AE_1B) of the menu until the waveform at TP3802 moves slowly as shown.

Fig. 4-36

4-10

4-3-10.PAL B-Y PHASE Adjustment

1. Input the PAL 100 % color bar signal to the VIDEO IN connector of INPUT A.

2. Adjust SUB PHASE (AE-30) of the menu until the R-Y AntiPAL signal waveform at TP3802 becomes “0” as shown.

Anti-PAL signal

R-Y (90d/90d)

Fig. 4-37

Note that the Anti-PAL changes every 1H. Therefore, make adjustment so that the average value becomes “0”.

PVM-14L5/20L5/D14L5A/D20L5A

4-3-11.PAL PHASE Adjustment (Normal)

4-3-13.Level Adjustment (NTSC 443)

1. Input the PAL SP color bar signal to the VIDEO IN connector of INPUT A.

2. Adjust R-Y PHASE (AE_17) of the menu until the BY Anti-PAL signal waveform at TP3801 becomes “0” as shown.

Anti-PAL signal

B-Y (0/180d)

Fig. 4-38

4-3-12.Level Adjustment (PAL)

1. Input the PAL SP color bar signal to the VIDEO IN connector of INPUT A.

2. Adjust Y LEVEL (AE_05) of the menu until the waveform at TP801 meets the standard value.

1. Input the NTSC 443 100 % color bar signal to the VIDEO IN connector of INPUT A.

2. Adjust Y LEVEL (AE_06) of the menu until the waveform at TP801 meets the standard value.

Standard value : A = 620 ±10 mV

Fig. 4-42

3. Adjust PB LEVEL (AE_1E) of the menu until the waveform at TP3802 meets the standard value.

Standard value : B = 620 ±10 mV

Fig. 4-43

Standard value : A = 620 ±10 mV

Fig. 4-39

3. Adjust PB LEVEL (AE_10) of the menu until the waveform at TP3802 meets the standard value.

Standard value : B = 620 ±10 mV

Fig. 4-40

4. Adjust PR LEVEL (AE_25) of the menu until the waveform at TP3801 meets the standard value.

4. Adjust PR LEVEL (AE_26) of the menu until the waveform at TP3801 meets the standard value.

Standard value : C = 620 ±10 mV

Fig. 4-44

5. Adjust SUB PHASE (AE_2E) of the menu until the portions B and C of the waveform at TP1351 on the B board become flat.

20 mV less

ABCD

Fig. 4-45

6. Adjust R-Y PHASE (AE_18) of the menu until the portions C and D of the waveform at TP1451 on the B board become flat.

Standard value : C = 620 ±10 mV

PVM-14L5/20L5/D14L5A/D20L5A

Fig. 4-41

20 mV less

ABCD

Fig. 4-46

4-11

4-3-14.Clamp Pulse Width Adjustment

(SECAM)

1. Input the SECAM 100 % color bar signal to the VIDEO IN connector of INPUT A.

2. Adjust CLP W (AE_01) of the menu until the pulse width at TP2801 meets the standard value.

4-3-16.Level Adjustment (SECAM)

1. Input the SECAM 100 % color bar signal to the VIDEO IN connector of INPUT A.

2. Adjust Y LEVEL (AE_07) of the menu until the waveform at TP801 meets the standard value.

Standard value : A = 3.0 ±0.25

Fig. 4-47

usec

4-3-15.H. Pulse Width Adjustment (SECAM)

1. Input the SECAM 100 % color bar signal to the VIDEO IN connector of INPUT A.

2. Adjust HP (AE_03) of the menu until the pulse width at TP2802 meets the standard value.

Standard value : A = 10.0 ±0.25

Fig. 4-48

usec

Standard value : A = 620 ±10 mV

Fig. 4-49

3. Adjust PB LEVEL (AE_1F) of the menu until the waveform at TP3802 meets the standard value.

Standard value : B = 620 ±10 mV

Fig. 4-50

4. Adjust PR LEVEL (AE_27) of the menu until the waveform at TP3801 meets the standard value.

Standard value : C = 620 ±10 mV

Fig. 4-51

4-12

PVM-14L5/20L5/D14L5A/D20L5A

Section 5

Theory of Operation

5-1. B Board

1. Input selector

IC201 switches the input signals of either CN201 input (VIDEO1, 2, Y/C) or CN302 input (COM/RGB, OP1, 2).

2. Clamp circuit (1)

Pedestal level of the Y/G signal is clamped to the pedestal voltage by the Y-CL-P pulse at IC202 (3/3) (analog switch) using the sample-and-hold circuit. In IC203 (1/2), the pedestal voltage is compared with the reference voltage (Y/G black voltage) so that the error voltage control the bias current of the Y/G signal clamp circuit (Q201 to Q203) until the pedestal level is kept constant always. Pedestal levels of the PB/B signal and the PR/ R signal are also controlled in the same way, but their clamp pulses are clamped by the C-CLP-P pulse.

3. Black level insertion circuit

The Y/G signal is sampled-and-held at IC202 (2/3) by the H. BLK1 pulse of the deflection system. The Y/G BLACK is adjusted so that the pulse-insertion period has the same level as the pedestal level. The pulse-insertion period of the PB/B signal and the PR/R signal are also controlled in the same way.

4. Matrix circuit

The Y, R-Y, and B-Y signals are converted to the R, G and B signal by the matrix circuit when the Y, PB and PR signals are input. IC204 is the Y level adjustment amplifier. IC304 and IC404 are the chroma signal amplifier. The R signal is generated by adding the Y signal and the R-Y signal supplied from IC1401 (PR gain control) at Q1403. The G signal is generated by adding the R-Y signal and the B-Y signal to the Y signal at Q463. The R-Y signal that is supplied through IC1401 (PR gain control) is added to the B-Y signal that is supplied through IC1301 (PB gain control), at Q1203. Mixing ratio of these signals is determined by R1205, R1206 and R1207. The B signal is generated by adding the Y signal and the B-Y signal supplied from IC1301 (PB gain control) at Q1402.

5. RGB selector switch

IC1451 selects either the RGB signal or the YPBPR signal (matrix circuit).

6. Clamp circuit (2)

The R signal is sampled-and-held at IC1453 (3/3) by the timing pulse of deflection system. IC1452 compares this voltage with the reference voltage so that the error signal control the DC bias of the R signal amplifier (Q1451 to Q1453) until the pedestal level is kept to a constant level all the time. The G and B signals are controlled of their pedestal level in the same way.

7. OSD insertion circuit

The R signal OSD is inserted at IC1453 (2/3) by inserting the OSD blanking at IC1453 (1/3). IC106 (OSD IC) also uses this signal line because it generates the window signal for AUTO WHITE BALANCE adjustment. The G signal OSD and the B signal OSD receives the same processing.

8. CXA139S peripheral circuit

The RGB input signal is used during normal operation. The color difference input signals are used only during the blue-only mode.

PVM-14L5/20L5/D14L5A/D20L5A

5-1

9. ABL circuit

The ABL circuit consists of Q2006 for PIC ABL and Q2005 for BRT ABL. Respective emitters receive the ABL voltage from deflection block and bases receive the DC voltages that are generated by voltagedividing. Respective collectors are connected to pin-46 (PIC control) and pin-7 (BRT control of IC2001. When these transistors turn on, the respective control voltages decrease so that the ABL operation is implemented. At the same time, Q2007 switches the peak voltage depending on the picture sizes of either 16 : 9 or 4 : 3.

10 Auto chroma phase control

The RGB signals that are output from IC2001 are read by the main microprocessor so that the PR LEVEL (IC1301) and the PB LEVEL (IC1401) are automatically controlled until the R and B sampled levels match.

11. Aperture correction circuit

The APERTURE signal compensates the response at 5 MHz with DL251 and DL252 in the modes of 480/60I and 575/50I. It compensates the response at 16 MHz with DL253 and DL254 in the modes of all other frequencies. DL404 and DL405 are the delay lines that compensate the Y signal delay time. DL351 and DL352 are the delay lines that compensate the PB signal delay time. DL451 and DL452 are the delay lines that compensate the PR signal delay time. Amount of delay compensation can be variably adjusted in the range of 2 to 6 dB by the APERTURE amplifier when APERTURE is ON.

12. Sync separator circuit

IC1001 (2/3), IC1001 (3/3), Q1002 and Q1003 switch the signal signals depending on the mode of 480/ 60I and 575/50I, or other modes. Sync signal is separated by the sync agc circuit of Q1004 to Q1019. IC1001 (1/3) selects either INT SYNC or EXT SYNC. IC1053, Q1053, Q1054, Q1056 and Q1058 extract equalizing pulse. IC1056, IC1057, IC1058 and IC1059 are the horizontal sync separator circuit. Q1057, Q1058, Q1060 and IC1055 are the vertical sync separator circuit. IC1054 is the selector switch because the already separated horizontal sync and the vertical sync signals are supplied in the SDI signal mode only.

13. System control

IC1101 (system control CPU) of the M board controls the entire system of this machine. Various setups are saved in IC104 and IC108 (EEPROM).

14. Internal bus

For each of the deflection circuit and the signal circuits, power conversion is executed by Q110 and Q111, and the control by the I2C bus applies. Operations of the I2C bus are controlled by the generalpurpose port of IC1101 (M board) that is again controlled by software.

15. Character generator and internal signal generator

IC106 is the generator IC for menu display and others. IC110 generates the 4 : 3 marker signal and other various automatic adjustment signals. Output of these two ICs are mixed at IC53 and IC54.

16. Parallel remote

IC3770 of Q board reads status of the parallel remote connector and transfers the data to the CPU in the IC1101 (M board).

17. Serial communication driver

IC3750 and IC3751 of the Q board are the RS-485 driver. IC1101 (M board) receives the serial remote signal information and implements the required controls.

5-2

PVM-14L5/20L5/D14L5A/D20L5A

5-2. BI Board

1. Y/C Separator Circuit

1-1. NTSC/PAL mode The composite input signal that is input through the Q board is band-width limited by FL801, amplified by Q803/Q804, passed through the digital comb filter (IC801 pin-25) so that it is separated to the Y signal and the chroma signal. Since IC801 uses the digital output, the input signal is converted from digital to analog in IC802. The Y signal passes through FL804 where the signal components of the unwanted bandwidth are removed, and is output after passing through the amplifier (Q812, Q813), switch circuit (IC804, IC804, and IC805) and the Y-level adjustment amplifier (IC806). The chroma signal passes through FL2801 where the signal components of the unwanted bandwidth are removed, and is sent to the chroma decoder circuit (IC2804) after passing through the amplifier (Q2803, Q2804) and the switch circuit (IC2803). 1-2. SECAM mode The composite input signal is bandwidth limited by FL801, amplified by Q803/Q804 and passes through the chroma trap (FL802, FL803) where chroma signal component is removed. The Y signal is output after passing through the switch circuit (IC803, IC804, and IC805) and the Y-level adjustment amplifier (IC806).

2. Sync Separator and AFC Circuit

The sync signal is separated from the composite input signal by IC2801. The VD signal and the HD signal whose frequency is stabilized by the AFC circuit are generated. At the same time, the sync signal is separated from the Y input signal by IC2806. The SYNC signal and the AFC P signal whose frequency is stabilized by the AFC circuit are generated.

3. Generation of HP and CLP

The HD signal triggers the one shot multi-vibrator (IC2802) that generates the CLP signal for IC801, and the HP signal and the CLP signal for the SECAM decoder. The HP voltage (IC2805) sets the CLP voltage (IC2805) sets pulse width of the CLP signal and the pulse width of the HP signal.

4. NTSC/PAL Decoder Circuit

The chroma signal that is output from the Y/C separator circuit, passes through Q2809 and is input to pin5 of IC2804 via the phase shift circuit (Q2811, Q2812). The ACC PHASE voltage (IC4803) sets amount of phase shift of this circuit. The chroma signal takes the two paths at IC2804. One signal is output to pin3 via ACC circuit and the other path is input to the APC circuit via the TINT circuit, that controls VCXO (X2802 : NTSC, X2801 : PAL) at pin-11/-13. The ACC level is set by the ACC LEV voltage (IC4803) at pin-4. The PHASE voltage (IC4803) and the SUB PHASE voltage (IC4803) at pin-12 set the oscillating phase of VCXO. The F0 voltage (IC4803) sets the free running frequency of VCXO. The chroma signal output from the ACC circuit takes the two signal paths. One is the R-Y signal system and other is the B-U signal system. The chroma signal that is input to the R-Y signal system is input to IC2804 pin-19 via the phase shift circuit (Q3801, Q3802), where the chroma signal is decoded to the R-Y signal and is output from pin-23. The R-Y PHASE voltage (IC4803) sets amount of phase shift. The chroma signal that is input to the B-Y signal system is input to IC2804 pin-15 via the phase shift circuit (Q3803, Q3804), where the chroma signal is decoded to the B-Y signal and is output from pin-22.

5. NTSC Low-pass Filter

The R-Y signal that is output from IC2804 pin-23 passes through the active low-pass filter (Q3809 to Q3812) and is output via the switch circuit (IC3804, IC3806) and the level adjustment circuit (IC3807). The B-Y signal takes the equivalent circuit.

PVM-14L5/20L5/D14L5A/D20L5A

5-3

6. PAL Low-pass Filter

The R-Y signal that is output from IC2804 pin-23 passes through the active low-pass filter (Q3809, Q3810) and is input to IC3802 pin-16. IC3802 contains the built-in 1H delay circuit using a line memory. The output signal after 1H delay is added to the non-delayed signal at pin-11 and is output. The R-Y signal from pin-11 is output via the switch circuit (IC3804, IC3806) and the level adjustment circuit (IC3807). The B-Y signal takes the equivalent circuit.

7. KILLER Detection Circuit

When the NTSC/PAL signal is input, Q4802 turns on. When the input signal is black-and-white signal, voltage at pin-25 (KILLER FILTER) of IC2804 increases. This voltage is compared with the reference signal at IC3801 (1/2) that generates the KILLER signal. When the SECAM signal is input, Q4802 turns off. Voltage at pin-18 (SECAM) of IC4801 goes HIGH that becomes the KILLER signal.

8. Control Circuit

System of this unit is controlled by IC1101 (system control CPU) on the M board. Various setups are stored in IC4804 (EEPROM). The adjustment data of IC4804 is read and D/A converted to output the adjustment voltage from the D/A converter (IC2805, IC4803).

5-3. C Board

OOOO

PVM-

OO L5 series

OOOO

IC701 is the R signal drive IC. Q704 is the auto cut-off circuit. The output pulse flows through R755 when Q704 turns on. The reference pulse that is converted from current to voltage by R755, enters IC2001 pin-25 via Q2003 on the B board where it drives the auto cut-off circuit. Amplification factor of the signal is determined by R720 and R724, and is 29 dB. The above circuit operations apply to the G and B signals in the same way.

5-4

PVM-14L5/20L5/D14L5A/D20L5A

5-4. Deflection Circuit and High Tension Circuit

The following circuits consisting the deflection circuit and high-tension circuit, are contained the three circuit boards of G board, D1 board and D board. Parts and components in the G board have the parts reference number of 500 series. Parts and components in the D1 board have the parts reference number of 1500 series. Parts and components in the D board have the parts reference number of 2500 series.

1. Sync signal processing circuit

The horizontal and vertical sync signals that are input from CN2504 (pin-4/pin-12) on the D board, are sent to the D1 board via CN2507. In the D1 board, the horizontal and vertical sync signals pass through the H/V delay timing circuit consisting of IC1501, IC1503 and IC1507, receive the waveform processing in IC1504 and IC1508, and then are sent to the deflection signal processor IC1505. IC1505 generates the various waveforms of the horizontal drive waveform, dynamic focusing parabolic waveform, picture distortion correction parabolic waveform, vertical drive waveform and H/V blanking waveform. Output of these waveforms is directly controlled by microprocessor via I2C. The horizontal free running frequencies are adjusted respectively in the modes of 480/60i (15.734 kHz), 480/60p (31.5 kHz), 1080/60i (33.75 kHz) and 720/60p (45.0 kHz). The horizontal free running frequency in the case when there is no video input signal, is the frequency that is locked immediately before the input video signal disappears. If there is not video input signal when the main power is turned on, the horizontal free running frequency is 15 kHz.

2. PWM control circuit generating the

+B power voltages for the deflection circuit and

high-tension circuit

The PWM control circuit generating the +B power voltage, consists of IC1509 and the peripheral circuit. The deflection distortion correction signal that is output from IC1505 pin-8 is compared with the feedback voltage from the horizontal output circuit. The comparator output is used as the PWM control signal for horizontal deflection. The PWM control signal is output from IC1509 pin-11. This PWM control signal is sent to the +B power regulator circuit consisting of Q2504 and the peripheral circuit where the H size and deflection distortion are controlled. The reference voltage that is generated by IC1510 is input pin-16 and is compared with the high-tension voltage detector output of FBT that is input to pin-17. The comparator output is used as the PWM control signal for high-tension voltage. The PWM control signal is output from IC1509 pin-13. This PWM control signal is sent to Q511 and the peripheral circuit where the high-tension voltage is controlled. The PWM control signal that is output from IC1509 receives the DTC (dead time control) to prevent the horizontal drive circuit and the high-tension output circuit in the case of sharp change of input signal frequency. DTC operates as follows. When the input signal is switched, the unlock signal that is output from microprocessor is used so that the DTC signal is input to pin-6 via the switches Q1506 and Q1508 that control the PWM signal to decrease the horizontal and high tension +B regulator output voltage tentatively.

3. Horizontal output circuit

The horizontal drive signal that is output from IC1505, is amplified by the horizontal drive circuit consisting of Q2505, Q2506, Q2507 and the peripheral circuit, drives T2502 (HDT) and Q2508 (H OUT). The H pulse that is generated by resonance between C2533, C2553 and the DYH winding coil impedance, is voltage-divided and is shaped of its waveform by IC2504 and the peripheral circuit. The H pulse is then supplied not only to IC1505 pin-14 as the AFC pulse but also supplied to the B board. The horizontal deflection current is detected of its amplitude by T2503, Q2537 and the peripheral circuit, and is fed back to the PWM control circuit.

PVM-14L5/20L5/D14L5A/D20L5A

5-5

Switching of the S-shape compensation capacitors is done by Q2512, Q2513, Q2514, Q2515, Q2509 and Q2510. Switching of the S-shape compensation capacitors is done at the three points of the horizontal frequency 15 kHz, 27 to 33.75 kHz and 37 to 45 kHz. Switching of the horizontal linearity coils is done by RY2501 when the 15 kHz signal is input. The H centering circuit consists of IC2503, Q2503 and IC2502. The H centering adjustment is performed by amplifying the H CENT DC signal output from IC1506 (D/A) and super-imposing its DC component on the horizontal deflection current using IC2501 and L2503 (HCC). Power to IC2503 is obtained from the secondary winding of T2501 (HOT) via a floating power supply.

4. Vertical output circuit

The vertical output circuit consists of IC2501 and the peripheral circuit. The vertical output is generated from the V drive signal that is output from IC1505 pin-8 and amplified by IC2501 pin-1. The V center position adjustment is accomplished by using the V DC signal that is output from IC1506 pin-6 and is input to IC1505 pin-7. The V amplitude adjustment and V center position adjustment are controlled by IC1505.

5. High-tension output circuit

The HV drive signal that is output from IC1509, is input to the high-tension output circuit consisting of Q506, Q507, Q508 and the peripheral circuit that generates the fly-back pulse. The fly-back pulse is not only supplied to T502 (FBT) but is also supplied to the C board as the G2 voltage after it is rectified and smoothed out by D515 and C513. The high-tension detector voltage is voltage-divided by the high-tension resistors inside the FBT, and is output from T502 pin-14. This detection voltage is voltage-divided by IC504, R1579, R1581 and R1580, and is sent to IC1509 pin-17 as the high-tension feedback voltage.

6. Focus signal output circuit

The H focus signal that is output from IC1505 pin-13, is amplified by the H focus amplifier consisting of Q501, Q502, Q503 and the peripheral circuit, and drives T501 (DFT). The H focus signal feeds the T502 pin-17 after amplification to approximately 500 V with T501. Because the H focus signal interferes with the white balance reference signal inside CRT and gives adverse effect, the H focus signal of a constant voltage is supplied during the V blanking period instead of the H parabolic signal. Switching between a constant voltage and the H parabolic signal is done by Q1504 and C1507. The V focus signal that is output from IC1505 pin-12, is amplified to approx. 200 V by the V focus amplifier consisting of Q1509, Q1510 and the peripheral circuit, and is supplied to T502 pin-18.

7. Protector circuit

The HV protector circuit consists of IC502, IC505 and the peripheral circuit. If the voltage at T502 pin-6 (FBT third winding) exceeds the reference voltage that is set by IC514, the HV protector circuit is activated to operate the power supply protector (+B shutdown) via D514. The operating point of the HV protector circuit is set to approx. 27 KV (14-inches) or 30 KV (20-inches) of the high-tension output voltage. The Ik protector circuit consists of IC502, IC503 and the peripheral circuit. The ABL current is detected by R526, R507 and R528. The HV protector circuit is activated if the ABL detected voltage exceeds the reference voltage that is set by IC503. The HV protector circuit activates the power protector (+B shutdown) via D516. The operating point of the HV protector circuit is set for approx. 1500 uA of the ABL current.

5-6

PVM-14L5/20L5/D14L5A/D20L5A

5-5. Power Supply Circuit

Power supply block of this circuit board consists of the two switching regulators as shown below.

1. Power factor improvement regulator to conform to the power supply higher harmonics regulation.

2. Main regulator that supplies the necessary voltages to the signal system circuit, deflection system/ high tension system circuits.

1. Power factor improvement block

The power factor improvement block of this power supply block uses the active filter IC module (IC601) of the current-critical type boost-chopper system in order to conform to the power supply higher harmonics regulation. The power factor improvement block consists of IC601, L602, C608, C617 and the related parts. IC601 is a module IC that contains the built-in control IC, switching FET, boost diode and input/output voltage detector inside the module. Basic operation of the power factor improvement circuit is described below. When the Vcc power is supplied to this circuit, FET turns on to flow a current in the primary winding of L602 and in FET. This current increases with the slope of “Vin (rms)/L” where L is inductance of primary winding of L602. This FET current is monitored by the source-current detecting resistor connected between pin-4 and pin-7 of IC601. When the detection voltage reaches the target value that is set by the multiplier inside the control IC, the FET is turned off. Then a current that decreases with the slope of “Vd- (rms)/L”, flows in the boost diode. When this current becomes zero, the FET is turned on. The current-critical operation is realized by the above described circuit operation. (where Vd : voltage across C617. Vin : input power voltage) The complete single cycle of circuit operation as described above is repeated all the time. When observing the half-cycle period of the commercial power frequency, the FET is turned on and off in the way that the envelope of the choke current peak value is proportional to the sine waveform of input power voltage. As the result of the above control, waveform of the input voltage becomes similar to the waveform of input current. In the other words, the power factor is improved. At the same time, the voltage Vd across C617 becomes higher than the peak value of the input power voltage, and is maintained to approximately 380 V regardless of the input power voltage.

2. Main regulator

This circuit is the separately excited PWM type fly back converter. The main power supply circuit consists of the PWM drive IC602, main switching FET Q606, converter transformer T602, and the rectifier diode and smoothing capacitor that are connected to the secondary winding of T602. This circuit operates as follows : The drive pulse that is output from IC602 is buffered by Q617/Q618 and is sent to Q606 gate that is running in the switching operation. In order to control this switching operation, the secondary circuit output +135 V is controlled by the constant voltage control with IC603. The output signal from IC603 passes through the optical isolator PH601 and is returned to IC602 so that ON DUTY ratio of the drive pulse is changed until the secondary circuit output is controlled to provide the constant voltage output. IC602 performs the constant voltage control of the +135 V power line. IC602 receives the control signal from IC603 through an isolator PH601. This control signal changes the oscillating frequency of IC602 so that the +135 V power voltage is controlled to a constant voltage. The secondary winding of T602 generates various output voltages starting from +200V, +15V, _15V, +6V, _6V and heater voltage. The output voltages of +15V, _15V, +6V and _6V are regulated to +12V, _12V, +5V and _5V respectively by the three-terminal regulators.

PVM-14L5/20L5/D14L5A/D20L5A

5-7

3. Over-voltage protection circuit and over-current protection circuit

The +135 V main power line contains the over-voltage protection circuit and over-current protection circuit that protect the power supply circuit and loads from getting damaged in the case of abnormal load or failure in the voltage feedback systems. If over-current flows in the +135 V main power line, the latch circuit consisting of Q611 and Q612 turns on. If over-voltage appears in the +135 V main power line, the power supply to IC601 and IC602 is shut down via an isolator PH602. Then the +135 V main power is stopped. These protection circuits are reset by turning off the input power to the power supply circuit.

5-8

PVM-14L5/20L5/D14L5A/D20L5A

Section 6

Semiconductors

AN5278

MARKING SIDE VIEW

9 pin SIP

BA00AST BA00AST-V5

BA05T BA12T

VCC

GND

OUT

BA7046F BA7046F-T1 CXA1211M CXA1211M-T4 CXA1521M CXA1521M-T4 LM358D LM358PS LM358PSR LM393PS LM393PS-E20 M24C02-WMN6T(A) M24C04-WMN6T(A) M24C08-WMN6T M24C08-WMN6T(A) MAX487CSA-TE2 MAX487ECSA-TE2 MM1111XFBE MM1113XFBE NJM082M NJM2233BM NJM2233BM(TE2) NJM2233BM-T1 NJM4558M-T2 NJM4558M-TE2 TC4W53FU TC4W53FU(TE12R) TC7W32F TC7W32F(TE12R) TL082CPS-E20 UPC4558G2

TOP VIEW

8pin SOP

CXA1544M-T6 MB88141APF-ER

TOP VIEW

24pin SOP

CXA1739S

TOP VIEW

48pin DIP

CXA8071CP

TOP VIEW

30pin DIP

CXD2024AQ

TOP VIEW

CXD2309AQ-T6 CXD2309Q

LM7905CT

GND

OUT

M51279FP M51279FP-ETP

TOP VIEW

32pin DIP

M62399FP-TE2 TC74VHCT244AF(EL)

4164

TOP VIEW

20pin SOP

MB90096PF-G-223-BND MB90096PF-G-223-BND-ER MB90096PF-G-227-BND MB90096PF-G-227-BND-ER

PVM-14L5/20L5/D14L5A/D20L5A

BU4021BF-E2 MAX202CSE MAX202CSE-T MC74HC157AFEL MC74HC4053AFEL MC74HC4053F MC74HC4538AF MC74HC4538AFEL MM1231XFBE TC74HC4538AF TC74HC4538AF-TP2 TC74VHC138FT(EL) TDA4665T/V5-118 UPC1905GS-E2

TOP VIEW

16pin SOP

TOP VIEW

48pin QFP

LA6500-FA

TOP VIEW

28pin SOP

MC74HC00AFEL TC74VHC14FT(EL) TC74VHC164FT(EL)

TOP VIEW

14pin SOP

MZ1530

6-1

IC, T ransistor

NJM7912FA

PQ3TZ53U

S-80842ANNP-ED6-T2

4pin CHIP

SC7S02F TC4S30F TC4S30F(TE85R) TC4S71F TC4S71F(TE85R) TC7S02F(TE85R) TC7S08F TC7S08F(TE85R) TC7S32FU(TE85R) TC7S32FU-TE85R TC7SH08F-TE85R

TDA6120Q/N2/S1

TDA8172

UPC1093J UPC1093J-T

REF

ANODE

CATHODE

UPD70F3017AYGC-M08AEU

TOP VIEW

100pin QFP

2PD601AR-115 2SA1037AK-T146-QR 2SA1037AK-T146-R 2SA1330-06 2SA1330-T1O7 2SA1462 2SA1462-T1Y33Y34 2SC1623-L5L6 2SC1654-T1N6 2SC2412K-T-146-QR 2SC3326N-A 2SC3326N-TE85L-AB 2SC3360-N16 2SC3392-5-TB 2SC3545 2SC3545-T1T43T44 2SD601A-Q 2SD601A-QRS-TX DTA114GKAT146 DTA144EKA-T146 DTC114EK DTC114EKA-T146 DTC114GKAT146 DTC124XKA-T146 DTC144EKA DTC144EKA-T146

2SA1015-GR 2SA1015TP-YGR 2SA1091-0 2SA1091O-TPE2 2SC1815YGR-TPE2 2SC2362K-G 2SC2362KG-AA

2SA1221-K 2SA1221-T-KLM 2SD774-34 2SD774-T-3

2SB1151 2SB1151-L 2SC2688-LK 2SD1683-T

LETTER SIDE

2SC3746 2SC4686A(LBSONY) 2SD2394-F

2SC5778-CA

5pin CHIP

SE-135N SE135N (HYBRID)

6-2

Z8622812PSC

TOP VIEW

18pin DIP

2SA1175-HFE 2SA1309A-QRSTA 2SC2785-HFE 2SC3311A-QRSTA

LETTER SIDE

2SK160-K5 2SK160-T1K4K5K6 2SK520K44K45-T1B

PVM-14L5/20L5/D14L5A/D20L5A

Transistor, Diode

2SK2350

GATE

DRAIN

SOURCE

2SK2655-01R-F165

2SK2731T146

FS10SM-18A FS10SM-18A-A8

IMX2 IMX2-T109

IMZ4T108

IRFI9630GS

1SS226 1SS226-TE85L

D2L20U D2L20U-TA EL1Z

ERA91-02TP1 GP08D GP08DPKG23

HSS83TD RGP02-17EL-6433 RGP10GPKG23

RGP15K-6179 RGP15K-6179G23 RH1A

1SS352 1SS352-TPH3

CATHODE

DTZ13B DTZ2.4B-TT11 (5MA) MA111-(K8).S0

MA111-TX RD10SB1-T1 RD12SB1-T1

ANODE

RD12SB2 RD12SB2-T1

RD15SB1 RD15SB1-T1 RD30SB-T1

D4SB60L

RD4.7SB2 RD4.7SB2-T1 RD5.1SB2-T1 RD5.1SB2-T2 RD5.6SB2-T1 RD6.2SB RD6.2SB-T1 UDZ-TE-17-13B

D5L60

ANODE

(1) DTr1 OUT (2) DTr2 OUT

(3) DTr2 GND (4) DTr1 IN (5) DTr1 GND

IMT2 IMT2-T109 IMT2AT108

DTr2 IN

1SS119-25 1SS119-25TD HZS9.1NB2 RD12ES-T1B2 RD12ESB2 RD18ES-B1

1SV230TPH3 1SV232-TPH3 SC802-06 SC802-06-TE12R

CATHODE

ANODE

DD54SCLS-YCC-11

FMG-G2CS RD18ES-T1B1 RD20ES-B2

RD20ES-T1B2 RD27ES-B2

CATHODE

RD5.1SB1-T1 RD5.6ES-B2 RD5.6ES-T1B2

RD6.8ES-B3 RD6.8ES-T1B3

D10SC9M

CATHODE

ANODE

RD9.1ES-T1B2

CATHODE

ANODE

PVM-14L5/20L5/D14L5A/D20L5A

6-3

Diode

EGP10D EGP10DPKG23 ERA91-02 RH-1AV1

CATHODE

ANODE

FMN-G12S

RD10SB1 RD12SB-T1

RM11A RM11C

CATHODE

ANODE

UDZSTE-173.6B

ANODE

CATHODE

SEL5421E-TH15 SEL5421E-TP15

ANODE

CATHODE

SEL5920A-TP15 SEL5920S

CATHODE

ANODE

RD22M-B RD22M-T1B3

RD27ES-T1B2

CATHODE

ANODE

CATHODE

SML-020MLTT87

SML79420C-TP15 SML79420C-TP4

6-4

PVM-14L5/20L5/D14L5A/D20L5A

7-1. Notes on Repair Parts

1. Safety Related Components Warning

Components marked ! are critical to safe operation. Therefore, specified parts should be used in the case of replacement.

[WARNHINWEIS][WARNHINWEIS]

[WARNHINWEIS]

[WARNHINWEIS][WARNHINWEIS]

Les composants identifiés par la marque ! sont critiques pour la sécurité. Ne les remplacer que par une pièce portant le numéro spécifié.

2. Standardization of Parts

Some repair parts supplied by Sony differ from those used for the unit. These are because of parts commonality and improvement. Parts List has the present standardized repair parts.

Section 7

Spare Parts

3. Stock of Parts

Parts marked with “o” at SP (Supply Code) column of the Spare Parts list may not be stocked. Therefore, the delivery date will be delayed. Items with no part number and no description are not stocked because they are seldom required for routine service.

4. Units for Capacitors, Inductors and Resistors

The following units are assumed in Schematic Diagrams, Electrical Parts List and Exploded Views unless otherwise specified.

Capacitors : µF Inductors : µH Resistors : Ω

Notes on replacing board

On the B, T and Q boards When any of either the B board 1-682-390-14 or the T board 1-682-396-12 or the Q board 1-682-395-13 is going to be replaced, replace these three boards at the same time. Reason : Because there are changes of EXT SYNC

between the B and the T board, and because there are changes of 3.3 V power line between the T and the Q board, the machine will not work if any of these is left in the former board.

On the D1 and the G board In the new board, the connectors CN1504 (D1 board) and CN502 (G board) are changed from 5 pins to 6 pins, the mating connectors must be inserted by aligning to pin-1.

PVM-14L5/20L5/D14L5A/D20L5A

7-1

Top Cover Section (14 Inch)

7-2. Exploded Views

+BVTP 3x12

+BVTT 4x8

+BVTP 3x12

+B 3x8

No. Part No. SP Description 1 8-330-030-00 s MOUNTED CIRCUIT BOARD, H1

2 8-330-030-01 s MOUNTED CIRCUIT BOARD, H2 3 8-330-030-06 s MOUNTED CIRCUIT BOARD, D 4 8-330-030-07 s MOUNTED CIRCUIT BOARD, D1 5 8-330-030-11 s MOUNTED CIRCUIT BOARD, X

+BVTP 3x12

+B 3x8

No. Part No. SP Description 16 4-086-480-02 o LABEL (L), CONTROL

17 4-086-484-01 s BUTTON, POWER 18 4-086-492-03 o BUTTON (L), MULTI 19 4-086-493-02 o BUTTON (R), MULTI 20 4-086-494-02 o COVER, REAR (PVM-D14L5)

+BVTP 3x8

6 X-4040-003-1 s BEZEL ASSY 7 1-543-653-11 s CORE ASSY, BEAD (DIVISION TYPE) 8 ! 1-786-226-11 s SWITCH, AC POWER PUSH 9 3-701-822-00 s HOLDER, WIRE 10 3-703-354-41 s SCREW (OS), CASE, CLAW

11 4-043-825-01 s HANDLE

20 4-086-494-11 o COVER, REAR (PVM-D14L5A) 21 4-086-495-11 s COVER, TOP 22 4-382-854-01 s SCREW +PSW M3X8(EP-FE/ZN/CM2) 23 4-391-825-01 s RIVET,NYLON 24 8-330-030-13 s MOUNTED CIRCUIT BOARD, D2

Screws/Washers 12 4-086-470-01 o LABEL (R/U), CONTROL 13 4-086-471-01 o INSULATOR (J PWB) 14 4-086-476-02 o SWITCH, SHAFT 15 4-086-479-02 o LABEL (R), CONTROL

7-682-548-09 s SCREW +B 3X8

7-685-646-79 s SCREW +BVTP 3X8

7-685-648-79 s SCREW +BVTP 3X12(EP-FE/ZNBK/CM2)

7-685-881-09 s SCREW +BVTT 4X8(EP-FE/ZNBK/CM)

7-2

PVM-14L5/20L5/D14L5A/D20L5A

124

Chassis Section (14 Inch)

108

+PSW 4x8

105

+BVTT 3x8

+BVTT 4x8

117

120

115

114

+BVTP 3x16

121

116

104

+PSW 4x8

116

114

125

+PSW 4x8

109

118

123

+BVTP 3x12

119

122

102

110

103

106

122

112

+PSW 3x12

101

+BVTP 3x12

+PSW 4x8

107

111

109

113

107

+PS 4x14

No. Part No. SP Description 101 8-330-030-02 s MOUNTED CIRCUIT BOARD, B

102 8-330-030-03 s MOUNTED CIRCUIT BOARD, B1 103 8-330-030-04 s MOUNTED CIRCUIT BOARD, M 104 8-330-030-05 s MOUNTED CIRCUIT BOARD, K 105 8-330-030-10 s MOUNTED CIRCUIT BOARD, T

106 8-330-030-12 s Q BLOCK ASSY 107 X-4033-117-1 s FOOT ASSY (PP) 108 X-4037-166-1 o PANEL ASSY, BLANK 109 X-4836-202-9 s FOOT ASSY,MF (A) 110 ! 1-251-382-11 s INLET,AC 3P(WITH NOISE FILTER)

111 1-544-063-12 s SPEAKER (7X5CM)

+BVTT 4x8

+PS 4x14

113

No. Part No. SP Description 116 4-070-730-01 s HOLDER, PWB

117 4-086-472-01 s SCREW (M3X4), STEP 118 4-086-488-01 o LABEL, CONNECTOR 119 4-087-439-01 o SHIELD, Q 120 4-379-189-01 o CUSHION,SPEAKER

121 4-382-848-01 o HOLDER, PCB 122 4-385-948-01 o HOLDER,PCB 123 4-812-134-11 s RIVET (DIA. 3.5), NYLON 124 4-387-284-01 o HOLDER, LEAD 125 1-543-653-11 s CORE ASSY, BEAD

Screws/Washers 112 2-990-241-02 s HOLDER (A), PLUG 113 3-668-845-01 o CUSHION, LEG 114 3-701-903-11 o HOLDER,PCB 115 3-704-372-01 s HOLDER,HV CABLE

7-682-664-09 s SCREW +PS 4X14(EP-FE/ZNBK/CM2)

7-682-950-09 s SCREW +PSW 3X12(EP-FE/ZNBK/CM2)

7-682-961-01 s SCREW +PSW 4X8

7-685-648-79 s SCREW +BVTP 3X12(EP-FE/ZNBK/CM2)

7-685-650-79 s SCREW +BVTP 3X16(EP-FE/ZNBK/CM2)

PVM-14L5/20L5/D14L5A/D20L5A

7-685-872-09 s SCREW +BVTT 3X8(EP-FE/ZNBK/CM)

7-685-881-09 s SCREW +BVTT 4X8(EP-FE/ZNBK/CM)

7-3

G Board Section (14 Inch)

204

202

205 206

208

209

R562

206

Q504

R564

IC606

209

208

209

D628

D616

206

IC603

209

Q1615

Q606

IC607

209

IC601

206

203

207

IC605

208

Q505

208

No. Part No. SP Description 201 8-330-030-08 s MOUNTED CIRCUIT BOARD, G

202 ! 1-453-391-11 s FBT ASSY (NX-4141//M3E4) 203 ! 1-576-231-11 s FUSE (H.B.C.) (4A/250V) 204 1-900-266-65 s LEAD ASSY FOCUS

D603

209

No. Part No. SP Description 206 4-061-191-01 s SHEET, INSULATE

207 4-374-846-21 o COVER,CAPACITOR,CAP TYPE 208 4-382-854-01 s SCREW +PSW M3X8(EP-FE/ZN/CM2) 209 4-382-854-11 s SCREW +PSW M3X10(EP-FE/ZNBK/CM)

205 2-371-561-00 s BUSHING(P),INSULATING

7-4

VDR602

201

PVM-14L5/20L5/D14L5A/D20L5A

Picture Tube Section (14 Inch)

301

304

312

314

313

312

308

313

305

310

302

303

311

309

307

306

311

307

No. Part No. SP Description 301 8-330-030-09 s MOUNTED CIRCUIT BOARD, C

302 X-2105-533-1 s PLATE ASSY,CORRECTION,TLH 303 ! 1-411-660-21 s COIL, DEMAGNETIC 304 ! 1-451-508-11 s DEFLECTION YOKE 305 1-452-032-00 s MAGNET,DISC

306 4-035-160-01 s PURSE LOCK (S) (DIA. 12) 307 4-050-492-01 s SPACER, DY (CM) 308 4-051-735-42 s PIECE A(75), CONV, CORRECT 309 4-053-410-02 s SHIELD, DY 310 4-086-474-01 s INSULATOR (ANODE)

311 4-303-774-99 s SPRING 312 4-306-034-00 s FLANGE NUT(B)(5MM) (STEEL) 313 4-348-567-00 s WASHER (STEEL) 314 ! 8-738-359-05 s PICTURE TUBE (PVM-14L5) 314 ! 8-738-357-05 s PICTURE TUBE (PVM-D14L5A)

PVM-14L5/20L5/D14L5A/D20L5A

7-5

Top Cover Section (20 Inch)

402

+BVTP 3x12

401

406

411

405

+BVTT 4x8

412

408

406

405

410

+BVTT 4x8

404

403

407

409

No. Part No. SP Description 401 8-330-030-26 s MOUNTED CIRCUIT BOARD, D

402 8-330-030-42 s MOUNTED CIRCUIT BOARD, D1 403 1-543-653-11 s CORE ASSY, BEAD 404 ! 1-786-226-11 s SWITCH, AC POWER PUSH 405 3-703-354-41 s SCREW (OS), CASE, CLAW

406 4-043-825-01 s HANDLE 407 4-086-471-01 o INSULATOR (J PWB) 408 4-086-506-11 s COVER, TOP 409 4-086-513-03 o COVER, REAR (PVM-20L5) 409 4-086-513-12 o COVER, REAR (PVM-20L5A)

410 4-382-854-01 s SCREW +PSW M3X8(EP-FE/ZN/CM2) 411 4-391-825-01 s RIVET,NYLON 412 8-330-030-13 s MOUNTED CIRCUIT BOARD, D2

Screws/Washers 7-685-648-79 s SCREW +BVTP3X12(EP-FE/ZNBK/CM2)

7-685-881-09 s SCREW +BVTT 4X8(EP-FE/ZNBK/CM)

7-6

PVM-14L5/20L5/D14L5A/D20L5A

+BVTP 3x12

Bezel Section (20 Inch)

509

511

+B 3x8

502

508

513

505

+BVTP 3x12

505

503

+BVTP 3x12

505

512

507

+BVTP 3x12

506

+B 3x8

504

501

510

No. Part No. SP Description 501 8-330-030-22 s MOUNTED CIRCUIT BOARD, HA

502 8-330-030-23 s MOUNTED CIRCUIT BOARD, HB 503 8-330-030-11 s MOUNTED CIRCUIT BOARD, X 504 X-4040-006-1 s BEZEL ASSY 505 3-701-822-00 s HOLDER, WIRE

506 4-086-484-01 s BUTTON, POWER 507 4-086-502-01 o LABEL (R/U), CONTROL 508 4-086-505-01 o LABEL (R), CONTROL 509 4-086-507-02 o LABEL (L), CONTROL 510 4-086-508-02 o BUTTON (R), MULTI

511 4-086-509-02 o BUTTON (L), MULTI 512 4-086-511-03 o SWITCH, SHAFT 513 4-086-740-01 o LABEL (L/U), CONTROL

Screws/Washers 7-682-548-09 s SCREW +B 3X8

7-685-648-79 s SCREW +BVTP 3X12(EP-FE/ZNBK/CM2)

PVM-14L5/20L5/D14L5A/D20L5A

7-7

Chassis Section (20 Inch)

+BVTT 4x8

617

+BVTT 4x8

+BVTP 3x16

623

615

+BVTT 3x8

+PSW4x8

618

615

604

605

611

+PSW 4x8

624

601

608

610

602

613

620

624

+PSW 3x12

603

+BVTP 3x12

+PSW 4x8

+BVTT 4x8

616

619 622

612

+BVTT

616

4x8

+PS 4x14

609 614

607

+PS 4x14

No. Part No. SP Description 601 8-330-030-04 s MOUNTED CIRCUIT BOARD, M

602 8-330-030-03 s MOUNTED CIRCUIT BOARD, B1 603 8-330-030-24 s MOUNTED CIRCUIT BOARD, B 604 8-330-030-25 s MOUNTED CIRCUIT BOARD, K 605 8-330-030-10 s MOUNTED CIRCUIT BOARD, T

606 8-330-030-12 s Q BLOCK ASSY 607 X-4033-117-1 s FOOT ASSY (PP) 608 X-4037-166-1 o PANEL ASSY, BLANK 609 X-4836-202-9 s FOOT ASSY,MF (A) 610 ! 1-251-382-11 s INLET,AC 3P(WITH NOISE FILTER)

611 1-543-653-11 s CORE ASSY, BEAD

625

+BVTP 3x12

+BVTT 4x8

609

614

607

No. Part No. SP Description 616 3-703-354-41 s SCREW (OS), CASE, CLAW

617 3-704-372-01 s HOLDER,HV CABLE 618 4-070-730-01 s HOLDER, PWB 619 4-086-472-01 s SCREW (M3X4), STEP 620 4-086-488-01 o LABEL, CONNECTOR

621 4-087-439-01 o SHIELD, Q 622 4-379-189-01 o CUSHION,SPEAKER 623 4-382-848-01 o HOLDER, PCB 624 4-385-948-01 o HOLDER,PCB 625 4-812-134-11 s RIVET

Screws/Washers 612 1-544-063-12 s SPEAKER (7X5CM) 613 2-990-241-02 s HOLDER (A), PLUG 614 3-668-845-01 o CUSHION, LEG 615 3-701-903-11 o HOLDER,PCB

7-682-664-09 s SCREW +PS 4X14(EP-FE/ZNBK/CM2)

7-682-950-09 s SCREW +PSW 3X12(EP-FE/ZNBK/CM2)

7-682-961-01 s SCREW +PSW 4X8

7-685-648-79 s SCREW +BVTP 3X12(EP-FE/ZNBK/CM2)

7-685-650-79 s SCREW +BVTP 3X16(EP-FE/ZNBK/CM2)

621

606

7-8

7-685-872-09 s SCREW +BVTT 3X8(EP-FE/ZNBK/CM)

7-685-881-09 s SCREW +BVTT 4X8(EP-FE/ZNBK/CM)

PVM-14L5/20L5/D14L5A/D20L5A

702

G Board Section (20 Inch)

704

705 706

708

709

R562

706

Q504

R564

IC606

709

708

709

D628

D616

706

IC603

709

Q1615

Q606

IC607

709

IC601

706

703

707

IC605

708

Q505

708

No. Part No. SP Description 701 8-330-030-43 s MOUNTED CIRCUIT BOARD, G

702 ! X-4560-177-1 s FBT ASSY (NX-4141/J1A4)(PVM-20L5) 702 ! 1-453-436-11 s FBT ASSY (NX-4141/M3D4)(PVM-D20L5A) 703 ! 1-576-231-11 s FUSE (H.B.C.) (4A/250V) 704 1-900-266-65 s LEAD ASSY FOCUS

PVM-14L5/20L5/D14L5A/D20L5A

D603

VDR602

709

701

No. Part No. SP Description 705 2-371-561-00 s BUSHING(P),INSULATING

706 4-061-191-01 s SHEET, INSULATE 707 4-374-846-21 o COVER,CAPACITOR,CAP TYPE 708 4-382-854-01 s SCREW +PSW M3X8(EP-FE/ZN/CM2) 709 4-382-854-11 s SCREW +PSW M3X10(EP-FE/ZNBK/CM)

7-9

Picture Tube Section (20 Inch)

805

810

802

806

+BVTT 4x6

+BVTP 3x12

812

807

+BVTP 3x12

811

809

814

808

813

803

808

817

814

No. Part No. SP Description 801 8-330-030-44 s MOUNTED CIRCUIT BOARD, C

802 ! 1-411-657-11 s COIL, LANDING CORRECTION 803 ! 1-411-659-21 s COIL, DEMAGNETIC 804 ! 1-451-553-11 s DEFLECTION YOKE 805 1-452-032-00 s MAGNET,DISC

806 1-900-228-74 s EARTH ASSY, COATING 807 3-701-822-01 s HOLDER, WIRE 808 3-703-961-01 s SPACER,DY

814

No. Part No. SP Description

811 4-087-016-02 s BRACKET (R), TOP

812 4-087-017-02 s BRACKET (L), TOP

813 4-303-774-99 s SPRING

814 4-306-034-00 s FLANGE NUT(B)(5MM) (STEEL)

815 4-316-015-02 o HOLDER, WIRE

816 8-453-017-21 s NA3015-M2

817 ! 8-737-266-05 s PICTURE TUBE (PVM-20L5)

817 ! 8-737-260-05 s PICTURE TUBE (PVM-D20L5A) 809 4-041-021-02 s HOLDER, DEGAUSE COIL 810 4-051-735-42 s PIECE A(75), CONV, CORRECT

Screws/Washers

801

815

816

804

7-10

7-685-648-79 s SCREW +BVTP 3X12(EP-FE/ZNBK/CM2)

7-685-880-09 s SCREW +BVTT 4X6(EP-FE/ZNBK/CM)

PVM-14L5/20L5/D14L5A/D20L5A

7-3. Electrical Parts List

------B BOARD

------ Ref. No. or Q’ty Part No. SP Description

(B BOARD) Ref. No.

or Q’ty Part No. SP Description

1pc A-1300-101-B s MOUNTED CIRCUIT BOARD, B (FOR PVM-14L5/D14L5A) 1pc 8-330-030-24 s MOUNTED CIRCUIT BOARD, B (FOR PVM-20L5/D20L5A)

C131 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C132 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C133 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C134 1-126-935-11 s CAPACITOR,ELECT 470MF/16V

C135 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C3 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C4 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C5 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C136 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C137 1-126-947-11 s CAPACITOR, ELECT 47MF/35V

C138 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C139 1-126-964-11 s CAPACITOR, ELECT 10MF/50V

C140 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V C6 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C7 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C51 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C52 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C53 1-163-259-91 s CAPACITOR,CHIP CERAMIC 220PF

C141 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V

C142 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V

C143 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V

C144 1-163-037-11 s CAPACITOR,CHIP CERAMIC 0.022MF

C145 1-164-346-11 s CAPACITOR CHIP CERAMIC 1MF/16V C54 1-163-038-00 s CAPACITOR, CERAMIC 0.1MF/25V C55 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C56 1-164-182-11 s CAPACITOR, CERAMIC 3300PF/100V C57 1-164-344-11 s CAPACITOR CERAMIC 68000PF (M-) C58 1-104-665-11 s CAPACITOR, ELECT 100MF/25V

C146 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C147 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C148 1-126-964-11 s CAPACITOR, ELECT 10MF/50V

C149 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C150 1-163-243-11 s CAPACITOR CHIP CERAMIC 47PF/50 C59 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C60 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C61 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C62 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C63 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C151 1-163-009-11 s CAPACITOR,CERAMIC 1000PF/50V

C152 1-163-009-11 s CAPACITOR,CERAMIC 1000PF/50V

C201 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C203 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C204 1-104-665-11 s CAPACITOR, ELECT 100MF/25V C64 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C65 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C66 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C67 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C68 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C205 1-104-665-11 s CAPACITOR, ELECT 100MF/25V

C206 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C208 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C211 1-104-760-11 s CAPACITOR CERAMIC 0.047MF/50V

C212 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C101 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C102 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C103 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C104 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C105 1-163-009-11 s CAPACITOR,CERAMIC 1000PF/50V

C213 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF

C214 1-164-505-11 s CAPACITOR,CHIP CERAMIC 2.2MF

C215 1-107-715-11 s CAPACITOR,ELECT 22MF/50V (BP)

C216 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF

C217 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C106 1-163-009-11 s CAPACITOR,CERAMIC 1000PF/50V C107 1-163-009-11 s CAPACITOR,CERAMIC 1000PF/50V C108 1-163-009-11 s CAPACITOR,CERAMIC 1000PF/50V C109 1-163-009-11 s CAPACITOR,CERAMIC 1000PF/50V C110 1-163-009-11 s CAPACITOR,CERAMIC 1000PF/50V

C218 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C219 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C220 1-104-665-11 s CAPACITOR, ELECT 100MF/25V

C251 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C252 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C111 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C112 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C113 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C114 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C115 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C253 1-104-665-11 s CAPACITOR, ELECT 100MF/25V

C254 1-104-665-11 s CAPACITOR, ELECT 100MF/25V

C255 1-163-038-00 s CAPACITOR, CERAMIC 0.1MF/25V

C256 1-163-038-00 s CAPACITOR, CERAMIC 0.1MF/25V

C257 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF C116 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C117 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C118 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C119 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C120 1-126-964-11 s CAPACITOR, ELECT 10MF/50V

C260 1-163-038-00 s CAPACITOR, CERAMIC 0.1MF/25V

C261 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C303 1-104-665-11 s CAPACITOR, ELECT 100MF/25V

C306 1-104-760-11 s CAPACITOR CERAMIC 0.047MF/50V

C307 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C121 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C122 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C123 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C124 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C125 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C308 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF

C309 1-164-505-11 s CAPACITOR,CHIP CERAMIC 2.2MF

C310 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C311 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C312 1-107-715-11 s CAPACITOR,ELECT 22MF/50V (BP) C126 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C127 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C128 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C129 1-163-037-11 s CAPACITOR,CHIP CERAMIC 0.022MF C130 1-164-346-11 s CAPACITOR CHIP CERAMIC 1MF/16V

C313 1-164-505-11 s CAPACITOR,CHIP CERAMIC 2.2MF

C314 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C315 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C316 1-126-935-11 s CAPACITOR,ELECT 470MF/16V

PVM-14L5/20L5/D14L5A/D20L5A

7-11

(B BOARD)

Ref. No. or Q’ty Part No. SP Description

C317 1-126-935-11 s CAPACITOR,ELECT 470MF/16V C318 1-126-935-11 s CAPACITOR,ELECT 470MF/16V C319 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C351 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C352 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C353 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C406 1-104-760-11 s CAPACITOR CERAMIC 0.047MF/50V C407 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C408 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF C409 1-164-505-11 s CAPACITOR,CHIP CERAMIC 2.2MF

C410 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C411 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C412 1-107-715-11 s CAPACITOR,ELECT 22MF/50V (BP) C413 1-164-505-11 s CAPACITOR,CHIP CERAMIC 2.2MF C414 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C415 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C419 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1001 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1002 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1003 1-126-964-11 s CAPACITOR, ELECT 10MF/50V

C1004 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V C1005 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V C1006 1-163-257-11 s CAPACITOR CERAMIC 180PF/50V C1007 1-163-257-11 s CAPACITOR CERAMIC 180PF/50V C1008 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V

Ref. No. or Q’ty Part No. SP Description

C1070 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1071 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1072 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1073 1-164-489-11 s CAPACITOR,CHIP CERAMIC 0.22MF C1074 1-164-489-11 s CAPACITOR,CHIP CERAMIC 0.22MF

C1075 1-126-935-11 s CAPACITOR,ELECT 470MF/16V C1076 1-126-935-11 s CAPACITOR,ELECT 470MF/16V C1201 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C1202 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C1203 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C1204 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1205 1-104-665-11 s CAPACITOR, ELECT 100MF/25V C1251 1-128-551-11 s CAPACITOR ERECT 22MF/63V C1252 1-128-551-11 s CAPACITOR ERECT 22MF/63V C1253 1-125-889-11 s CAPACITOR, C.CERAMIC 2.2MF

C1254 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1256 1-163-087-00 s CAPACITOR,CHIP CERAMIC 4.0PF C1257 1-104-760-11 s CAPACITOR CERAMIC 0.047MF/50V C1258 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1259 1-126-960-11 s CAPACITOR,ELECT 1MF/50V

C1260 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1261 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1262 1-109-982-11 s CAPACITOR,CHIP CERAMIC 1MF/10V C1302 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1303 1-128-551-11 s CAPACITOR ERECT 22MF/63V

C1009 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V C1010 1-164-346-11 s CAPACITOR CHIP CERAMIC 1MF/16V C1011 1-104-665-11 s CAPACITOR, ELECT 100MF/25V C1012 1-163-038-00 s CAPACITOR, CERAMIC 0.1MF/25V C1013 1-163-038-00 s CAPACITOR, CERAMIC 0.1MF/25V

C1014 1-163-038-00 s CAPACITOR, CERAMIC 0.1MF/25V C1015 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V C1016 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V C1018 1-164-005-11 s CAPACITOR,CERAMIC 0.47MF/25V C1019 1-163-038-00 s CAPACITOR, CERAMIC 0.1MF/25V

C1020 1-163-263-11 s CAPACITOR CERAMIC 330PF/50V C1021 1-163-038-00 s CAPACITOR, CERAMIC 0.1MF/25V C1022 1-126-926-11 s CAPACITOR,ELECT 1000MF/10V C1023 1-126-935-11 s CAPACITOR,ELECT 470MF/16V C1024 1-135-344-11 s CAPACITOR,SOLID ELECT 270MF

C1051 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1052 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1053 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1054 1-164-161-11 s CAPACITOR, CERAMIC 2200PF/100V C1055 1-163-133-00 s CAPACITOR,CHIP CERAMIC 470PF

C1056 1-163-017-00 s CAPACITOR,CHIP CERAMIC 4700PF C1057 1-164-161-11 s CAPACITOR, CERAMIC 2200PF/100V C1058 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V C1059 1-164-346-11 s CAPACITOR CHIP CERAMIC 1MF/16V C1060 1-163-133-00 s CAPACITOR,CHIP CERAMIC 470PF

C1061 1-163-259-91 s CAPACITOR,CHIP CERAMIC 220PF C1062 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF C1063 1-163-037-11 s CAPACITOR,CHIP CERAMIC 0.022MF C1064 1-163-127-00 s CAPACITOR,CHIP CERAMIC 270PF C1065 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C1304 1-128-551-11 s CAPACITOR ERECT 22MF/63V C1305 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF C1306 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF C1307 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C1308 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C1309 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1351 1-128-551-11 s CAPACITOR ERECT 22MF/63V C1352 1-128-551-11 s CAPACITOR ERECT 22MF/63V C1353 1-125-889-11 s CAPACITOR, C.CERAMIC 2.2MF C1356 1-163-220-11 s CAPACITOR, CHIP CERAMIC 3.0PF

C1357 1-104-760-11 s CAPACITOR CERAMIC 0.047MF/50V C1358 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1359 1-126-960-11 s CAPACITOR,ELECT 1MF/50V C1360 1-165-815-11 s CAPACITOR,CERAMIC 2200000PF F C1361 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C1362 1-109-982-11 s CAPACITOR,CHIP CERAMIC 1MF/10V C1401 1-104-665-11 s CAPACITOR, ELECT 100MF/25V C1402 1-128-551-11 s CAPACITOR ERECT 22MF/63V C1403 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1404 1-128-551-11 s CAPACITOR ERECT 22MF/63V

C1405 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF C1406 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF C1407 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C1408 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1409 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C1451 1-128-551-11 s CAPACITOR ERECT 22MF/63V C1452 1-128-551-11 s CAPACITOR ERECT 22MF/63V C1453 1-125-889-11 s CAPACITOR, C.CERAMIC 2.2MF C1454 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1456 1-163-087-00 s CAPACITOR,CHIP CERAMIC 4.0PF

C1066 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1067 1-163-259-91 s CAPACITOR,CHIP CERAMIC 220PF C1068 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1069 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C1457 1-104-760-11 s CAPACITOR CERAMIC 0.047MF/50V C1458 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1459 1-126-960-11 s CAPACITOR,ELECT 1MF/50V C1460 1-109-982-11 s CAPACITOR,CHIP CERAMIC 1MF/10V

7-12

PVM-14L5/20L5/D14L5A/D20L5A

(B BOARD)

(B BOARD) Ref. No.

or Q’ty Part No. SP Description C1461 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C1462 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C1463 1-104-665-11 s CAPACITOR, ELECT 100MF/25V C1464 1-104-665-11 s CAPACITOR, ELECT 100MF/25V C2001 1-126-935-11 s CAPACITOR,ELECT 470MF/16V

C2002 1-163-035-00 s CAPACITOR,CHIP CERAMIC 0.047MF C2003 1-163-809-11 s CAPACITOR,CHIP CERAMIC 0.047MF C2004 1-163-809-11 s CAPACITOR,CHIP CERAMIC 0.047MF C2005 1-163-809-11 s CAPACITOR,CHIP CERAMIC 0.047MF C2006 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF

C2007 1-163-035-00 s CAPACITOR,CHIP CERAMIC 0.047MF C2008 1-163-035-00 s CAPACITOR,CHIP CERAMIC 0.047MF C2009 1-163-035-00 s CAPACITOR,CHIP CERAMIC 0.047MF

Ref. No.

or Q’ty Part No. SP Description

C2312 1-163-005-11 s CAPACITOR CHIP CERAMIC 470PF

C2313 1-126-935-11 s CAPACITOR,ELECT 470MF/16V

C2401 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C2402 1-163-038-00 s CAPACITOR, CERAMIC 0.1MF/25V

C2403 1-165-815-11 s CAPACITOR,CERAMIC 2200000PF F

C2404 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C2405 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C2406 1-163-009-11 s CAPACITOR,CERAMIC 1000PF/50V

C2407 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V

C2408 1-163-275-11 s CAPACITOR CERAMIC 1000PF/50V

C2411 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C2412 1-163-005-11 s CAPACITOR CHIP CERAMIC 470PF

C2413 1-126-935-11 s CAPACITOR,ELECT 470MF/16V C2010 1-163-255-91 s CAPACITOR,CHIP CERAMIC 150PF C2011 1-163-038-00 s CAPACITOR, CERAMIC 0.1MF/25V

CN101 1-564-510-11 o PLUG,CONNECTOR (7P)

CN102 1-564-507-11 o PLUG,CONNECTOR (4P) C2012 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2013 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2014 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V

CN103 1-564-508-11 o PLUG,CONNECTOR (5P)

CN104 1-564-512-11 o PLUG,CONNECTOR (9P)

CN105 1-564-506-11 o PLUG,CONNECTOR (3P) C2015 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V C2016 1-164-489-11 s CAPACITOR,CHIP CERAMIC 0.22MF

CN107 1-815-353-21 o CONNECTOR, BORD TO BOARD 50P

CN108 1-793-798-21 o CONNECTOR, BOARD TO BOARD C2017 1-126-947-11 s CAPACITOR, ELECT 47MF/35V C2018 1-126-947-11 s CAPACITOR, ELECT 47MF/35V C2019 1-164-005-11 s CAPACITOR,CERAMIC 0.47MF/25V

CN109 1-564-520-11 o PLUG,CONNECTOR (5P)(L-TYPE)

CN110 1-564-521-11 o PLUG,CONNECTOR (6P)(L-TYPE)

CN113 1-764-333-11 o PIN, CONNECTOR (10P)(V TYPE) C2020 1-164-005-11 s CAPACITOR,CERAMIC 0.47MF/25V C2021 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF

CN201 1-564-509-11 o PLUG,CONNECTOR (6P)

CN301 1-564-524-11 o PLUG,CONNECTOR (9P)(L-TYPE) C2022 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2023 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF C2024 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF

CN302 1-774-525-11 s SOCKET, CONNECTOR 64P

CN2001 1-564-528-11 s PLUG,CONNECTOR (13P)(L-TYPE)

CN2401 1-564-525-11 o PLUG,CONNECTOR (10P)(L-TYPE) C2026 1-163-133-00 s CAPACITOR,CHIP CERAMIC 470PF C2041 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

D3 8-719-158-09 s DIODE RD4.7SB2

D4 8-719-158-09 s DIODE RD4.7SB2 C2042 1-126-933-11 s CAPACITOR,ELECT 100MF/16V C2043 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2044 1-130-992-11 s CAPACITOR FILM 0.022MF/50V(PP)

D5 8-719-158-09 s DIODE RD4.7SB2

D101 8-719-033-53 s DIODE RD6.8SB2-T1

D102 8-719-033-53 s DIODE RD6.8SB2-T1 C2046 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF C2047 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF

D1001 8-719-016-74 s DIODE 1SS352

D1002 8-719-016-74 s DIODE 1SS352 C2048 1-164-182-11 s CAPACITOR, CERAMIC 3300PF/100V C2049 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2051 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

D1053 8-719-016-74 s DIODE 1SS352

D1054 8-719-016-74 s DIODE 1SS352

D1055 8-719-016-74 s DIODE 1SS352 C2052 1-163-243-11 s CAPACITOR CHIP CERAMIC 47PF/50 C2056 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

D1056 8-719-016-74 s DIODE 1SS352

D1057 8-719-073-01 s DIODE MA111-(K8).S0 C2057 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2201 1-165-815-11 s CAPACITOR,CERAMIC 2200000PF F C2202 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

D2001 8-719-073-01 s DIODE MA111-(K8).S0

D2004 8-719-073-01 s DIODE MA111-(K8).S0

D2005 8-719-073-01 s DIODE MA111-(K8).S0 C2203 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C2204 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

D2006 8-719-073-01 s DIODE MA111-(K8).S0

D2201 8-719-083-57 s DIODE UDZSTE-173.6B C2205 1-163-009-11 s CAPACITOR,CERAMIC 1000PF/50V C2206 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V C2207 1-163-275-11 s CAPACITOR CERAMIC 1000PF/50V

D2202 8-719-073-01 s DIODE MA111-(K8).S0

D2301 8-719-083-57 s DIODE UDZSTE-173.6B

D2302 8-719-073-01 s DIODE MA111-(K8).S0 C2210 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2212 1-163-005-11 s CAPACITOR CHIP CERAMIC 470PF

D2303 8-719-037-00 s DIODE RD6.2SB2-T1

D2401 8-719-083-57 s DIODE UDZSTE-173.6B C2213 1-126-935-11 s CAPACITOR,ELECT 470MF/16V

D2402 8-719-073-01 s DIODE MA111-(K8).S0 C2301 1-165-815-11 s CAPACITOR,CERAMIC 2200000PF F C2302 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C2303 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C2304 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

DL251 1-411-450-11 s DELAY LINE

DL252 1-411-450-11 s DELAY LINE

DL253 1-234-455-11 s DELAY LINE

DL254 1-234-455-11 s DELAY LINE C2305 1-163-009-11 s CAPACITOR,CERAMIC 1000PF/50V

DL255 1-411-451-11 s DELAY LINE C2306 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V C2307 1-163-275-11 s CAPACITOR CERAMIC 1000PF/50V C2310 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

DL256 1-234-456-11 s DELAY LINE

DL351 1-402-770-11 s DELAY LINE

PVM-14L5/20L5/D14L5A/D20L5A

7-13

(B BOARD)

Ref. No. or Q’ty Part No. SP Description

DL352 1-416-476-21 s DELAY LINE DL451 1-402-770-11 s DELAY LINE DL452 1-416-476-21 s DELAY LINE

Ref. No. or Q’ty Part No. SP Description

IC1453 8-759-671-94 s IC MC74HC4053AFEL IC2001 8-752-067-05 s IC CXA1739S IC2041 8-759-242-68 s IC TC7W32F IC2042 8-759-239-34 s IC TC74HC4538AF

FL101 1-239-183-11 s FILTER,EMI

IC2043 8-759-523-84 s IC TC74VHC14FT (EL) FL102 1-239-183-11 s FILTER,EMI FL103 1-239-183-11 s FILTER,EMI FL104 1-239-183-11 s FILTER,EMI FL301 1-239-183-11 s FILTER,EMI

IC2044 8-759-100-96 s IC UPC4558G2

IC2045 8-759-058-64 s IC TC7S32FU-TE85R

IC2046 8-759-038-15 s IC MC74HC4538AF

IC2047 8-759-100-96 s IC UPC4558G2 FL302 1-239-183-11 s FILTER,EMI FL303 1-239-183-11 s FILTER,EMI

L51 1-410-470-11 s MICRO INDUCTOR 10UH

L101 1-412-537-31 s INDUCTOR,MICRO 100UH IC1 8-759-567-08 s IC MB88141APF-ER IC3 8-759-482-47 s IC M62399FP (TE2) IC4 8-759-482-47 s IC M62399FP (TE2)

L102 1-412-537-31 s INDUCTOR,MICRO 100UH

L103 1-412-537-31 s INDUCTOR,MICRO 100UH

L104 1-412-537-31 s INDUCTOR,MICRO 100UH IC5 8-759-567-08 s IC MB88141APF-ER IC51 8-759-328-12 s IC Z8622812PSC

L301 1-406-665-11 s COIL CHOKE 100UH

L302 1-406-665-11 s COIL CHOKE 100UH IC52 8-759-424-13 s IC MC74HC00AFEL

L303 1-406-665-11 s COIL CHOKE 100UH IC53 8-759-367-62 s IC MC74HC157AFEL IC54 8-759-367-62 s IC MC74HC157AFEL IC55 8-759-082-61 s IC TC4W53FU IC56 8-759-394-05 s IC TC7SH08F-TE85R

Q54 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

Q55 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R

Q56 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

Q101 8-729-027-38 s TRANSISTOR DTA144EKA-T146 IC101 8-759-252-59 s IC MAX202CSE

Q102 1-801-806-11 s TRANSISTOR DTC144EKA IC102 8-759-491-36 s IC TC74VHCT244AF(EL) IC103 8-759-491-36 s IC TC74VHCT244AF(EL) IC104 8-759-575-72 s IC M24C08-WMN6T IC105 8-759-582-91 s IC S-80842ANNP-ED6-T2

Q103 8-729-027-38 s TRANSISTOR DTA144EKA-T146

Q104 1-801-806-11 s TRANSISTOR DTC144EKA

Q105 1-801-806-11 s TRANSISTOR DTC144EKA

Q106 1-801-806-11 s TRANSISTOR DTC144EKA IC106 6-700-637-01 s IC MB90096PF-G-223-BND

Q107 1-801-806-11 s TRANSISTOR DTC144EKA IC107 8-759-431-14 s IC PQ3TZ53U IC108 6-700-150-01 s IC M24C04-WMN6T(A) IC110 6-800-717-01 s IC MB90096PF-G-227-BND IC201 8-759-671-94 s IC MC74HC4053AFEL

Q108 1-801-806-11 s TRANSISTOR DTC144EKA

Q109 1-801-806-11 s TRANSISTOR DTC144EKA

Q110 8-729-047-73 s TRANSISTOR 2SK2731T146

Q111 8-729-047-73 s TRANSISTOR 2SK2731T146 IC202 8-759-671-94 s IC MC74HC4053AFEL

Q112 1-801-806-11 s TRANSISTOR DTC144EKA IC203 8-759-700-78 s IC NJM082M IC204 8-752-054-80 s IC CXA1521M IC251 8-759-671-94 s IC MC74HC4053AFEL IC252 8-752-053-21 s IC CXA1211M

Q113 1-801-806-11 s TRANSISTOR DTC144EKA

Q114 8-729-027-38 s TRANSISTOR DTA144EKA-T146

Q115 1-801-806-11 s TRANSISTOR DTC144EKA

Q116 1-801-806-11 s TRANSISTOR DTC144EKA IC302 8-759-671-94 s IC MC74HC4053AFEL

Q117 1-801-806-11 s TRANSISTOR DTC144EKA IC303 8-759-700-78 s IC NJM082M IC304 8-752-054-80 s IC CXA1521M IC351 8-759-671-94 s IC MC74HC4053AFEL IC402 8-759-671-94 s IC MC74HC4053AFEL

Q118 1-801-806-11 s TRANSISTOR DTC144EKA

Q119 1-801-806-11 s TRANSISTOR DTC144EKA

Q120 1-801-806-11 s TRANSISTOR DTC144EKA

Q121 1-801-806-11 s TRANSISTOR DTC144EKA IC403 8-759-700-78 s IC NJM082M

Q201 8-729-112-65 s TRANSISTOR 2SA1462 IC404 8-752-054-80 s IC CXA1521M IC1001 8-759-671-94 s IC MC74HC4053AFEL IC1053 8-759-038-15 s IC MC74HC4538AF IC1054 8-759-671-94 s IC MC74HC4053AFEL

Q202 8-729-107-31 s TRANSISTOR 2SC3545

Q203 8-729-920-59 s TRANSISTOR IMX2

Q204 8-729-107-31 s TRANSISTOR 2SC3545

Q205 8-729-107-31 s TRANSISTOR 2SC3545 IC1055 8-759-083-94 s IC TC7W74FU

Q251 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 IC1056 8-759-038-15 s IC MC74HC4538AF IC1057 8-759-100-96 s IC UPC4558G2 IC1058 8-759-234-20 s IC TC7S08F IC1059 8-759-035-90 s IC SC7S02F

Q252 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

Q253 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

Q254 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

Q255 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 IC1252 8-759-700-78 s IC NJM082M

Q256 8-729-107-31 s TRANSISTOR 2SC3545 IC1253 8-759-671-94 s IC MC74HC4053AFEL IC1301 8-752-053-21 s IC CXA1211M IC1352 8-759-700-78 s IC NJM082M IC1353 8-759-671-94 s IC MC74HC4053AFEL

Q257 1-801-806-11 s TRANSISTOR DTC144EKA

Q258 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R

Q259 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

Q260 8-729-112-65 s TRANSISTOR 2SA1462 IC1401 8-752-053-21 s IC CXA1211M

Q261 8-729-107-31 s TRANSISTOR 2SC3545 IC1451 8-759-492-19 s IC MM1231XFBE IC1452 8-759-700-78 s IC NJM082M

Q262 8-729-112-65 s TRANSISTOR 2SA1462

7-14

PVM-14L5/20L5/D14L5A/D20L5A

(B BOARD)

Ref. No. or Q’ty Part No. SP Description

Q263 8-729-107-31 s TRANSISTOR 2SC3545 Q264 8-729-112-65 s TRANSISTOR 2SA1462 Q265 8-729-107-31 s TRANSISTOR 2SC3545 Q301 8-729-112-65 s TRANSISTOR 2SA1462 Q302 8-729-107-31 s TRANSISTOR 2SC3545

Q303 8-729-920-59 s TRANSISTOR IMX2 Q304 8-729-107-31 s TRANSISTOR 2SC3545 Q305 8-729-107-31 s TRANSISTOR 2SC3545 Q351 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q352 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

Q353 8-729-112-65 s TRANSISTOR 2SA1462 Q354 8-729-107-31 s TRANSISTOR 2SC3545 Q355 8-729-107-31 s TRANSISTOR 2SC3545 Q356 8-729-112-65 s TRANSISTOR 2SA1462 Q357 8-729-107-31 s TRANSISTOR 2SC3545

Q401 8-729-112-65 s TRANSISTOR 2SA1462 Q402 8-729-107-31 s TRANSISTOR 2SC3545 Q403 8-729-920-59 s TRANSISTOR IMX2 Q404 8-729-107-31 s TRANSISTOR 2SC3545 Q405 8-729-107-31 s TRANSISTOR 2SC3545

Q451 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q452 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q453 8-729-112-65 s TRANSISTOR 2SA1462 Q454 8-729-107-31 s TRANSISTOR 2SC3545 Q455 8-729-107-31 s TRANSISTOR 2SC3545

Ref. No. or Q’ty Part No. SP Description

Q1201 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q1202 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q1203 8-729-112-65 s TRANSISTOR 2SA1462 Q1204 8-729-107-31 s TRANSISTOR 2SC3545 Q1205 8-729-107-31 s TRANSISTOR 2SC3545

Q1206 8-729-107-31 s TRANSISTOR 2SC3545 Q1207 8-729-107-31 s TRANSISTOR 2SC3545 Q1251 8-729-112-65 s TRANSISTOR 2SA1462 Q1252 8-729-107-31 s TRANSISTOR 2SC3545 Q1253 8-729-107-31 s TRANSISTOR 2SC3545

Q1254 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q1255 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q1256 8-729-107-31 s TRANSISTOR 2SC3545 Q1301 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q1302 8-729-107-31 s TRANSISTOR 2SC3545

Q1303 8-729-107-31 s TRANSISTOR 2SC3545 Q1351 8-729-112-65 s TRANSISTOR 2SA1462 Q1352 8-729-107-31 s TRANSISTOR 2SC3545 Q1353 8-729-107-31 s TRANSISTOR 2SC3545 Q1354 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

Q1355 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q1356 8-729-107-31 s TRANSISTOR 2SC3545 Q1401 8-729-112-65 s TRANSISTOR 2SA1462 Q1402 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q1403 8-729-107-31 s TRANSISTOR 2SC3545

Q456 8-729-112-65 s TRANSISTOR 2SA1462 Q457 8-729-107-31 s TRANSISTOR 2SC3545 Q1001 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q1002 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q1003 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R

Q1004 8-729-920-59 s TRANSISTOR IMX2 Q1005 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q1006 8-729-920-59 s TRANSISTOR IMX2 Q1007 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q1008 8-729-107-31 s TRANSISTOR 2SC3545

Q1009 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q1010 8-729-925-42 s TRANSISTOR IMT2 Q1011 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q1012 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q1013 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

Q1014 8-729-925-42 s TRANSISTOR IMT2 Q1015 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q1016 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q1017 8-729-920-59 s TRANSISTOR IMX2 Q1018 8-729-112-65 s TRANSISTOR 2SA1462

Q1019 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q1053 8-729-027-38 s TRANSISTOR DTA144EKA-T146 Q1054 8-729-027-38 s TRANSISTOR DTA144EKA-T146 Q1055 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q1056 8-729-027-38 s TRANSISTOR DTA144EKA-T146

Q1057 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q1058 8-729-027-38 s TRANSISTOR DTA144EKA-T146 Q1059 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q1060 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q1061 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R

Q1404 8-729-107-31 s TRANSISTOR 2SC3545 Q1451 8-729-112-65 s TRANSISTOR 2SA1462 Q1452 8-729-107-31 s TRANSISTOR 2SC3545 Q1453 8-729-107-31 s TRANSISTOR 2SC3545 Q1454 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

Q1455 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q1456 8-729-107-31 s TRANSISTOR 2SC3545 Q2002 1-801-806-11 s TRANSISTOR DTC144EKA Q2003 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q2004 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

Q2005 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q2006 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q2007 1-801-806-11 s TRANSISTOR DTC144EKA Q2039 8-729-027-38 s TRANSISTOR DTA144EKA-T146 Q2040 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R

Q2041 8-729-027-38 s TRANSISTOR DTA144EKA-T146 Q2043 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q2201 8-729-112-65 s TRANSISTOR 2SA1462 Q2202 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q2203 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

Q2204 8-729-112-65 s TRANSISTOR 2SA1462 Q2205 8-729-107-31 s TRANSISTOR 2SC3545 Q2209 8-729-112-65 s TRANSISTOR 2SA1462 Q2210 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q2212 1-801-806-11 s TRANSISTOR DTC144EKA

Q2301 8-729-112-65 s TRANSISTOR 2SA1462 Q2302 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q2303 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q2304 8-729-112-65 s TRANSISTOR 2SA1462 Q2305 8-729-107-31 s TRANSISTOR 2SC3545

Q1062 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q1063 1-801-806-11 s TRANSISTOR DTC144EKA Q1064 8-729-202-38 s TRANSISTOR 2SC3326N-A Q1065 8-729-202-38 s TRANSISTOR 2SC3326N-A

PVM-14L5/20L5/D14L5A/D20L5A

Q2309 8-729-112-65 s TRANSISTOR 2SA1462 Q2310 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q2312 1-801-806-11 s TRANSISTOR DTC144EKA Q2401 8-729-112-65 s TRANSISTOR 2SA1462

7-15

(B BOARD)

(B BOARD) Ref. No.

or Q’ty Part No. SP Description Q2402 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

Q2403 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q2404 8-729-112-65 s TRANSISTOR 2SA1462 Q2405 8-729-107-31 s TRANSISTOR 2SC3545 Q2409 8-729-112-65 s TRANSISTOR 2SA1462

Q2410 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q2412 1-801-806-11 s TRANSISTOR DTC144EKA

Ref. No.

or Q’ty Part No. SP Description

R76 1-216-079-00 s RESISTOR CHIP 18K 1/10W(2012)

R77 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R78 1-216-059-00 s RESISTOR,CHIP 2.7K 1/10W(2012)

R101 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R102 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R103 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R104 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R105 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R1 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012) R2 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012)

R106 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R107 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R3 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012) R4 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012) R5 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012)

R108 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R109 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R110 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R6 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R7 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R114 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R115 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R8 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012) R9 1-216-131-11 s RESISTOR,CHIP 2.7M 1/10W(2012) R10 1-216-071-00 s RESISTOR,CHIP 8.2K 1/10W(2012)

R117 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R118 1-216-295-91 s CONDUCTOR, CHIP (2012)

R119 1-216-635-11 s RESISTOR,CHIP 220 1/10W (2012) R11 1-216-131-11 s RESISTOR,CHIP 2.7M 1/10W(2012) R12 1-216-071-00 s RESISTOR,CHIP 8.2K 1/10W(2012)

R120 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R121 1-216-638-11 s RESISTOR,CHIP 300 1/10W (2012) R13 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012) R14 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012) R15 1-216-071-00 s RESISTOR,CHIP 8.2K 1/10W(2012)

R122 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R123 1-216-053-00 s RESISTOR CHIP 1.5K 1/10W(2012)

(FOR PVM-14L5/D14L5A) R16 1-216-131-11 s RESISTOR,CHIP 2.7M 1/10W(2012) R17 1-216-071-00 s RESISTOR,CHIP 8.2K 1/10W(2012) R18 1-216-131-11 s RESISTOR,CHIP 2.7M 1/10W(2012) R19 1-216-131-11 s RESISTOR,CHIP 2.7M 1/10W(2012)

R123 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

(FOR PVM-20L5/D20L5A)

R124 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012)

R125 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012) R20 1-216-071-00 s RESISTOR,CHIP 8.2K 1/10W(2012)

R126 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012) R21 1-216-131-11 s RESISTOR,CHIP 2.7M 1/10W(2012) R22 1-216-071-00 s RESISTOR,CHIP 8.2K 1/10W(2012) R23 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R24 1-216-668-11 s RESISTOR,CHIP 5.1K 1/10W(2012) R25 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R127 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012)

R128 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R129 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012)

(FOR PVM-14L5/D14L5A)

R129 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

(FOR PVM-20L5/D20L5A) R26 1-216-668-11 s RESISTOR,CHIP 5.1K 1/10W(2012) R27 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R28 1-216-668-11 s RESISTOR,CHIP 5.1K 1/10W(2012) R29 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012) R30 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012)

R130 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R131 1-216-053-00 s RESISTOR CHIP 1.5K 1/10W(2012)

(FOR PVM-14L5/D14L5A)

R131 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

(FOR PVM-20L5/D20L5A) R51 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012) R52 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R53 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012)

R132 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012)

R133 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012)

(FOR PVM-14L5/D14L5A) R54 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012) R55 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012)

R133 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

(FOR PVM-20L5/D20L5A) R56 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R57 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R58 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R59 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R134 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R135 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012)

R136 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012)

R137 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R61 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R138 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R62 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R63 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R64 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R65 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R139 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R140 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R141 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R142 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R67 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R143 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R68 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R69 1-216-069-00 s RESISTOR,CHIP 6.8K 1/10W(2012) R71 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R73 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R144 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R145 1-216-295-91 s CONDUCTOR, CHIP (2012)

R146 1-216-635-11 s RESISTOR,CHIP 220 1/10W (2012)

R147 1-216-638-11 s RESISTOR,CHIP 300 1/10W (2012) R74 1-216-081-00 s RESISTOR,CHIP 22K 1/10W(2012)

R148 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R75 1-216-055-00 s RESISTOR CHIP 1.8K 1/10W(2012)

R149 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012)

7-16

PVM-14L5/20L5/D14L5A/D20L5A

(B BOARD)

Ref. No. or Q’ty Part No. SP Description

R150 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012) R151 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012) R153 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012) R154 1-216-001-00 s RESISTOR, CHIP 10 1/10W(2012) R169 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R171 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R176 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R177 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R178 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R179 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R180 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R181 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R182 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R187 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R201 1-216-017-91 s RESISTOR, CHIP 47 1/10W(2012)

R203 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R204 1-216-663-11 s RESISTOR,CHIP 3.3K 1/10W(2012) R205 1-216-657-11 s RESISTOR,CHIP 1.8K 1/10W(2012) R207 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R208 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R209 1-216-653-11 s RESISTOR,CHIP 1.2K 1/10W(2012) R210 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R211 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R212 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R213 1-216-029-00 s RESISTOR,CHIP 150 1/10W(2012)

Ref. No. or Q’ty Part No. SP Description

R269 1-216-089-91 s RESISTOR, CHIP 47K 1/10W(2012) R270 1-216-085-00 s RESISTOR CHIP 33K 1/10W(2012) R271 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R272 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R273 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012)

R274 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R275 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R276 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R277 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R278 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012)

R279 1-216-075-00 s RESISTOR CHIP 12K 1/10W(2012) R280 1-216-051-00 s RESISTOR,CHIP 1.2K 1/10W(2012) R281 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R282 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R284 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R285 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R286 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R287 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R288 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R289 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R291 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R292 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R293 1-216-643-11 s RESISTOR,CHIP 470 1/10W (2012) R294 1-216-643-11 s RESISTOR,CHIP 470 1/10W (2012) R295 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R214 1-216-037-00 s RESISTOR,CHIP 330 1/10W(2012) R215 1-218-776-11 s RESISTOR CHIP 1M 1/10W (2012) R216 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012) R217 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012) R218 1-218-764-11 s RESISTOR,CHIP 330K 1/10W(2012)

R219 1-216-033-00 s RESISTOR,CHIP 220 1/10W(2012) R220 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R221 1-216-053-00 s RESISTOR CHIP 1.5K 1/10W(2012) R222 1-216-685-11 s RESISTOR,CHIP 27K 1/10W(2012) R223 1-216-679-11 s RESISTOR,CHIP 15K 1/10W (2012)

R224 1-216-089-91 s RESISTOR, CHIP 47K 1/10W(2012) R225 1-216-681-11 s RESISTOR,CHIP 18K 1/10W (2012) R226 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R227 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R228 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R230 1-216-017-91 s RESISTOR, CHIP 47 1/10W(2012) R251 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R252 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R253 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R254 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R255 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R256 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R257 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R258 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R259 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R260 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R261 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R262 1-216-643-11 s RESISTOR,CHIP 470 1/10W (2012) R263 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R264 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R296 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R301 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R302 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R304 1-216-663-11 s RESISTOR,CHIP 3.3K 1/10W(2012) R305 1-216-657-11 s RESISTOR,CHIP 1.8K 1/10W(2012)

R307 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R308 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R309 1-216-653-11 s RESISTOR,CHIP 1.2K 1/10W(2012) R310 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R311 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R312 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R313 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R314 1-216-033-00 s RESISTOR,CHIP 220 1/10W(2012) R315 1-218-776-11 s RESISTOR CHIP 1M 1/10W (2012) R316 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012)

R317 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012) R318 1-218-770-11 s RESISTOR,CHIP 560K 1/10W(2012) R319 1-216-033-00 s RESISTOR,CHIP 220 1/10W(2012) R320 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R321 1-216-053-00 s RESISTOR CHIP 1.5K 1/10W(2012)

R322 1-218-759-11 s RESISTOR,CHIP 200K 1/10W(2012) R323 1-216-687-11 s RESISTOR CHIP 33K 1/10W (2012) R324 1-216-691-11 s RESISTOR,CHIP 47K 1/10W(2012) R325 1-216-089-91 s RESISTOR, CHIP 47K 1/10W(2012) R327 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R328 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R330 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R336 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R337 1-216-695-11 s RESISTOR,CHIP 68K 1/10W(2012) R351 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R265 1-216-643-11 s RESISTOR,CHIP 470 1/10W (2012) R266 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R267 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R268 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

PVM-14L5/20L5/D14L5A/D20L5A

R352 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R353 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R354 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R355 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

7-17

(B BOARD)

(B BOARD) Ref. No.

or Q’ty Part No. SP Description R356 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R357 1-216-053-00 s RESISTOR CHIP 1.5K 1/10W(2012) R358 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R359 1-216-069-00 s RESISTOR,CHIP 6.8K 1/10W(2012) R360 1-216-051-00 s RESISTOR,CHIP 1.2K 1/10W(2012)

R361 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R362 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R363 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R364 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R365 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R366 1-216-037-00 s RESISTOR,CHIP 330 1/10W(2012) R367 1-216-029-00 s RESISTOR,CHIP 150 1/10W(2012) R368 1-216-029-00 s RESISTOR,CHIP 150 1/10W(2012) R369 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R370 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R401 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R402 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R404 1-216-663-11 s RESISTOR,CHIP 3.3K 1/10W(2012) R405 1-216-657-11 s RESISTOR,CHIP 1.8K 1/10W(2012) R406 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012)

R408 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R409 1-216-653-11 s RESISTOR,CHIP 1.2K 1/10W(2012) R410 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R411 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R412 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

Ref. No.

or Q’ty Part No. SP Description

R467 1-216-631-11 s RESISTOR,CHIP 150 1/10W (2012)

R468 1-216-631-11 s RESISTOR,CHIP 150 1/10W (2012)

R469 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R470 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R1001 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R1002 1-216-053-00 s RESISTOR CHIP 1.5K 1/10W(2012)

R1003 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R1004 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R1005 1-216-079-00 s RESISTOR CHIP 18K 1/10W(2012)

R1006 1-216-091-00 s RESISTOR CHIP 56K 1/10W(2012)

R1007 1-216-013-00 s RESISTOR,CHIP 33 1/10W(2012)

R1008 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R1009 1-216-013-00 s RESISTOR,CHIP 33 1/10W(2012)

R1010 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R1011 1-216-013-00 s RESISTOR,CHIP 33 1/10W(2012)

R1012 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R1013 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R1014 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R1015 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R1016 1-216-063-91 s RESISTOR,CHIP 3.9K 1/10W(2125)

R1017 1-216-053-00 s RESISTOR CHIP 1.5K 1/10W(2012)

R1018 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012)

R1019 1-216-687-11 s RESISTOR CHIP 33K 1/10W (2012)

R1020 1-216-679-11 s RESISTOR,CHIP 15K 1/10W (2012)

R1021 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012) R413 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R414 1-216-033-00 s RESISTOR,CHIP 220 1/10W(2012) R415 1-218-776-11 s RESISTOR CHIP 1M 1/10W (2012) R416 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012) R417 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012)

R418 1-218-770-11 s RESISTOR,CHIP 560K 1/10W(2012) R419 1-216-033-00 s RESISTOR,CHIP 220 1/10W(2012) R420 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R421 1-216-053-00 s RESISTOR CHIP 1.5K 1/10W(2012) R422 1-218-759-11 s RESISTOR,CHIP 200K 1/10W(2012)

R423 1-216-687-11 s RESISTOR CHIP 33K 1/10W (2012) R424 1-216-691-11 s RESISTOR,CHIP 47K 1/10W(2012) R425 1-216-089-91 s RESISTOR, CHIP 47K 1/10W(2012) R427 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R428 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R430 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R446 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R447 1-216-695-11 s RESISTOR,CHIP 68K 1/10W(2012) R451 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R452 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R453 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R454 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R455 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R456 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R457 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012)

R458 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R459 1-216-069-00 s RESISTOR,CHIP 6.8K 1/10W(2012) R460 1-216-051-00 s RESISTOR,CHIP 1.2K 1/10W(2012) R461 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R462 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R1022 1-216-663-11 s RESISTOR,CHIP 3.3K 1/10W(2012)

R1023 1-216-659-11 s RESISTOR,CHIP 2.2K 1/10W(2012)

R1024 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012)

R1025 1-216-655-11 s RESISTOR,CHIP 1.5K 1/10W(2012)

R1026 1-216-083-00 s RESISTOR CHIP 27K 1/10W(2012)

R1027 1-216-037-00 s RESISTOR,CHIP 330 1/10W(2012)

R1028 1-216-041-00 s RESISTOR, CHIP 470 1/10W(2012)

R1029 1-216-029-00 s RESISTOR,CHIP 150 1/10W(2012)

R1030 1-216-111-00 s RESISTOR,CHIP 390K 1/10(2012)

R1031 1-216-659-11 s RESISTOR,CHIP 2.2K 1/10W(2012)

R1032 1-216-075-00 s RESISTOR CHIP 12K 1/10W(2012)

R1033 1-216-681-11 s RESISTOR,CHIP 18K 1/10W (2012)

R1034 1-216-676-11 s RESISTOR,CHIP 11K 1/10W(2012)

R1035 1-216-669-11 s RESISTOR,CHIP 5.6K 1/10W(2012)

R1036 1-216-683-11 s RESISTOR,CHIP 22K 1/10W (2012)

R1037 1-216-059-00 s RESISTOR,CHIP 2.7K 1/10W(2012)

R1038 1-216-693-11 s RESISTOR CHIP 56K 1/10W (2012)

R1039 1-218-768-11 s RESISTOR,CHIP 470K 1/10W(2012)

R1040 1-216-031-00 s RESISTOR,CHIP 180 1/10W(2012)

R1041 1-216-661-11 s RESISTOR,CHIP 2.7K 1/10W(2012)

R1042 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012)

R1043 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R1044 1-216-099-00 s RESISTOR,CHIP 120K 1/10W(2012)

R1045 1-216-696-11 s RESISTOR,CHIP 75K 1/10W(2012)

R1046 1-216-687-11 s RESISTOR CHIP 33K 1/10W (2012)

R1047 1-216-659-11 s RESISTOR,CHIP 2.2K 1/10W(2012)

R1048 1-216-659-11 s RESISTOR,CHIP 2.2K 1/10W(2012)

R1049 1-216-069-00 s RESISTOR,CHIP 6.8K 1/10W(2012)

R1050 1-216-640-11 s RESISTOR,CHIP 360 1/10W

R1051 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R463 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R464 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R465 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R466 1-216-037-00 s RESISTOR,CHIP 330 1/10W(2012)

R1052 1-216-037-00 s RESISTOR,CHIP 330 1/10W(2012)

R1053 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R1054 1-216-659-11 s RESISTOR,CHIP 2.2K 1/10W(2012)

R1055 1-218-754-11 s RESISTOR METAL CHIP 120K(2012)

7-18

PVM-14L5/20L5/D14L5A/D20L5A

(B BOARD)

Ref. No. or Q’ty Part No. SP Description

R1056 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1057 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1058 1-216-659-11 s RESISTOR,CHIP 2.2K 1/10W(2012) R1059 1-218-753-11 s RESISTOR CHIP 110K 1/10W(2012) R1060 1-216-659-11 s RESISTOR,CHIP 2.2K 1/10W(2012)

R1061 1-216-059-00 s RESISTOR,CHIP 2.7K 1/10W(2012) R1062 1-218-754-11 s RESISTOR METAL CHIP 120K(2012) R1063 1-216-662-11 s RESISTOR,CHIP 3K 1/10W (2012) R1064 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R1065 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R1066 1-216-674-11 s RESISTOR,CHIP 9.1K 1/10W(2012) R1067 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1068 1-216-674-11 s RESISTOR,CHIP 9.1K 1/10W(2012) R1069 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012) R1070 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R1071 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R1072 1-216-693-11 s RESISTOR CHIP 56K 1/10W (2012) R1073 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R1074 1-216-689-11 s RESISTOR,CHIP 39K 1/10W(2012) R1076 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R1077 1-216-697-91 s RESISTOR,CHIP 82K 1/10W R1078 1-216-681-11 s RESISTOR,CHIP 18K 1/10W (2012) R1079 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R1080 1-216-699-11 s RESISTOR,CHIP 100K 1/10W(2012) R1081 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

Ref. No. or Q’ty Part No. SP Description

R1256 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1257 1-216-653-11 s RESISTOR,CHIP 1.2K 1/10W(2012) R1258 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1259 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R1260 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R1261 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R1262 1-218-776-11 s RESISTOR CHIP 1M 1/10W (2012) R1263 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012) R1264 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R1265 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012)

R1266 1-216-295-91 s CONDUCTOR, CHIP (2012) R1267 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1268 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R1272 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012) R1273 1-216-699-11 s RESISTOR,CHIP 100K 1/10W(2012)

R1274 1-216-689-11 s RESISTOR,CHIP 39K 1/10W(2012) R1278 1-216-295-91 s CONDUCTOR, CHIP (2012) R1301 1-216-671-11 s RESISTOR,CHIP 6.8K 1/10W(2012) R1302 1-216-661-11 s RESISTOR,CHIP 2.7K 1/10W(2012) R1303 1-216-671-11 s RESISTOR,CHIP 6.8K 1/10W(2012)

R1304 1-216-667-11 s RESISTOR,CHIP 4.7K 1/10W(2012) R1305 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1306 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R1307 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R1308 1-216-647-11 s RESISTOR,CHIP 680 1/10W (2012)

R1082 1-216-681-11 s RESISTOR,CHIP 18K 1/10W (2012) R1083 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R1084 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012) R1085 1-216-653-11 s RESISTOR,CHIP 1.2K 1/10W(2012) R1086 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012)

R1087 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1088 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R1089 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012) R1090 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R1091 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012)

R1092 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R1201 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R1202 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R1203 1-216-045-00 s RESISTOR,CHIP 680 1/10W(2012) R1204 1-216-045-00 s RESISTOR,CHIP 680 1/10W(2012)

R1205 1-216-660-11 s RESISTOR,CHIP 2.4K 1/10W(2012) R1206 1-216-668-11 s RESISTOR,CHIP 5.1K 1/10W(2012) R1207 1-216-663-11 s RESISTOR,CHIP 3.3K 1/10W(2012) R1208 1-216-649-11 s RESISTOR,CHIP 820 1/10W (2012) R1209 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012)

R1210 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012) R1211 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1212 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R1213 1-216-647-11 s RESISTOR,CHIP 680 1/10W (2012) R1214 1-216-645-11 s RESISTOR,CHIP 560 1/10W(2012)

R1215 1-216-647-11 s RESISTOR,CHIP 680 1/10W (2012) R1216 1-216-645-11 s RESISTOR,CHIP 560 1/10W(2012) R1217 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1218 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R1219 1-216-013-00 s RESISTOR,CHIP 33 1/10W(2012)

R1309 1-216-645-11 s RESISTOR,CHIP 560 1/10W(2012) R1310 1-216-647-11 s RESISTOR,CHIP 680 1/10W (2012) R1311 1-216-645-11 s RESISTOR,CHIP 560 1/10W(2012) R1312 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1313 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R1314 1-216-029-00 s RESISTOR,CHIP 150 1/10W(2012) R1351 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1352 1-216-663-11 s RESISTOR,CHIP 3.3K 1/10W(2012) R1353 1-216-657-11 s RESISTOR,CHIP 1.8K 1/10W(2012) R1354 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012)

R1356 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1357 1-216-653-11 s RESISTOR,CHIP 1.2K 1/10W(2012) R1358 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1359 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R1360 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R1361 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R1362 1-218-776-11 s RESISTOR CHIP 1M 1/10W (2012) R1363 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012) R1364 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R1365 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012)

R1366 1-216-295-91 s CONDUCTOR, CHIP (2012) R1367 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1368 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R1372 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012) R1373 1-216-699-11 s RESISTOR,CHIP 100K 1/10W(2012)

R1374 1-216-689-11 s RESISTOR,CHIP 39K 1/10W(2012) R1378 1-216-295-91 s CONDUCTOR, CHIP (2012) R1401 1-216-667-11 s RESISTOR,CHIP 4.7K 1/10W(2012) R1402 1-216-671-11 s RESISTOR,CHIP 6.8K 1/10W(2012) R1403 1-216-671-11 s RESISTOR,CHIP 6.8K 1/10W(2012)

R1251 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1252 1-216-663-11 s RESISTOR,CHIP 3.3K 1/10W(2012) R1253 1-216-657-11 s RESISTOR,CHIP 1.8K 1/10W(2012) R1254 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012)

PVM-14L5/20L5/D14L5A/D20L5A

R1404 1-216-667-11 s RESISTOR,CHIP 4.7K 1/10W(2012) R1405 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R1406 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1407 1-216-645-11 s RESISTOR,CHIP 560 1/10W(2012)

7-19

(B BOARD)

(B BOARD) Ref. No.

or Q’ty Part No. SP Description R1408 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R1409 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R1410 1-216-645-11 s RESISTOR,CHIP 560 1/10W(2012) R1411 1-216-647-11 s RESISTOR,CHIP 680 1/10W (2012) R1412 1-216-647-11 s RESISTOR,CHIP 680 1/10W (2012)

Ref. No.

or Q’ty Part No. SP Description

R2031 1-216-121-00 s RESISTOR CHIP 1M 1/10W(2012)

(FOR PVM-20L5/D20L5A)

R2032 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

(FOR PVM-14L5/D14L5A)

R2033 1-216-079-00 s RESISTOR CHIP 18K 1/10W(2012)

(FOR PVM-14L5/D14L5A) R1413 1-216-645-11 s RESISTOR,CHIP 560 1/10W(2012) R1414 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1415 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R1416 1-216-029-00 s RESISTOR,CHIP 150 1/10W(2012)

R2033 1-216-121-00 s RESISTOR CHIP 1M 1/10W(2012)

(FOR PVM-20L5/D20L5A)

R2034 1-216-689-11 s RESISTOR,CHIP 39K 1/10W(2012)

(FOR PVM-14L5/D14L5A) R1451 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R2034 1-216-091-00 s RESISTOR CHIP 56K 1/10W(2012) R1452 1-216-663-11 s RESISTOR,CHIP 3.3K 1/10W(2012) R1453 1-216-657-11 s RESISTOR,CHIP 1.8K 1/10W(2012) R1454 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R1456 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1457 1-216-653-11 s RESISTOR,CHIP 1.2K 1/10W(2012)

(FOR PVM-20L5/D20L5A)

R2035 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

(FOR PVM-20L5/D20L5A)

R2036 1-218-768-11 s RESISTOR,CHIP 470K 1/10W(2012)

R2037 1-216-689-11 s RESISTOR,CHIP 39K 1/10W(2012)

R2038 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R1458 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R1459 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R1460 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R1461 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R1462 1-218-776-11 s RESISTOR CHIP 1M 1/10W (2012)

R2039 1-216-295-91 s CONDUCTOR, CHIP(2012)

R2040 1-216-295-91 s CONDUCTOR, CHIP(2012)

R2051 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R2052 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R2053 1-216-699-11 s RESISTOR,CHIP 100K 1/10W(2012) R1463 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012) R1464 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R1465 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R1466 1-216-295-91 s CONDUCTOR, CHIP (2012) R1467 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R2054 1-216-677-11 s RESISTOR,CHIP 12K 1/10W(2012)

R2055 1-216-077-00 s RESISTOR,CHIP 15K 1/10W(2012)

R2056 1-216-695-11 s RESISTOR,CHIP 68K 1/10W(2012)

R2057 1-216-689-11 s RESISTOR,CHIP 39K 1/10W(2012)

R2058 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012) R1468 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R1469 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R1470 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R1471 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R1472 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012)

R2059 1-216-683-11 s RESISTOR,CHIP 22K 1/10W (2012)

R2060 1-216-699-11 s RESISTOR,CHIP 100K 1/10W(2012)

R2061 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012)

R2062 1-216-679-11 s RESISTOR,CHIP 15K 1/10W (2012)

R2063 1-216-655-11 s RESISTOR,CHIP 1.5K 1/10W(2012) R1473 1-216-699-11 s RESISTOR,CHIP 100K 1/10W(2012) R1474 1-216-689-11 s RESISTOR,CHIP 39K 1/10W(2012) R1478 1-216-295-91 s CONDUCTOR, CHIP (2012) R2001 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R2002 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R2064 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R2065 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R2066 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012)

R2074 1-216-693-11 s RESISTOR CHIP 56K 1/10W (2012)

R2076 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R2003 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R2004 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R2005 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2006 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2007 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R2077 1-216-699-11 s RESISTOR,CHIP 100K 1/10W(2012)

R2088 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012)

R2089 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R2201 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R2202 1-216-687-11 s RESISTOR CHIP 33K 1/10W (2012) R2008 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R2009 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012) R2010 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012) R2012 1-216-295-91 s CONDUCTOR, CHIP (2012) R2014 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R2203 1-216-085-00 s RESISTOR CHIP 33K 1/10W(2012)

R2204 1-216-063-91 s RESISTOR,CHIP 3.9K 1/10W(2125)

R2205 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R2206 1-216-017-91 s RESISTOR, CHIP 47 1/10W(2012)

R2207 1-216-041-00 s RESISTOR, CHIP 470 1/10W(2012) R2015 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R2016 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012) R2017 1-216-085-00 s RESISTOR CHIP 33K 1/10W(2012) R2018 1-216-113-00 s RESISTOR CHIP 470K 1/10W(2012) R2019 1-216-085-00 s RESISTOR CHIP 33K 1/10W(2012)

R2208 1-216-041-00 s RESISTOR, CHIP 470 1/10W(2012)

R2209 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R2210 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012)

R2211 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R2212 1-216-095-00 s RESISTOR, CHIP 82K 1/10W(2012) R2020 1-216-089-91 s RESISTOR, CHIP 47K 1/10W(2012) R2021 1-216-067-00 s RESISTOR,CHIP 5.6K 1/10W(2012) R2022 1-216-085-00 s RESISTOR CHIP 33K 1/10W(2012) R2023 1-216-071-00 s RESISTOR,CHIP 8.2K 1/10W(2012) (FOR PVM-20L5/D20L5A) R2024 1-216-113-00 s RESISTOR CHIP 470K 1/10W(2012)

R2213 1-216-041-00 s RESISTOR, CHIP 470 1/10W(2012)

R2214 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R2215 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R2226 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R2227 1-216-615-11 s RESISTOR,CHIP 33 1/10W(2012) R2026 1-216-113-00 s RESISTOR CHIP 470K 1/10W(2012)

R2027 1-216-085-00 s RESISTOR CHIP 33K 1/10W(2012) R2028 1-216-083-00 s RESISTOR CHIP 27K 1/10W(2012)

R2228 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R2301 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R2302 1-216-687-11 s RESISTOR CHIP 33K 1/10W (2012)

R2303 1-216-085-00 s RESISTOR CHIP 33K 1/10W(2012)

7-20

PVM-14L5/20L5/D14L5A/D20L5A

(B BOARD) Ref. No.

or Q’ty Part No. SP Description

-------B1 BOARD

------- Ref. No. or Q’ty Part No. SP Description

R2304 1-216-063-91 s RESISTOR,CHIP 3.9K 1/10W(2125)

1pc A-1300-102-B s MOUNTED CIRCUIT BOARD, B1 R2305 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2306 1-216-017-91 s RESISTOR, CHIP 47 1/10W(2012) R2307 1-216-041-00 s RESISTOR, CHIP 470 1/10W(2012) R2308 1-216-041-00 s RESISTOR, CHIP 470 1/10W(2012)

C801 1-107-715-11 s CAPACITOR,ELECT 22MF/50V (BP)

C802 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C803 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C804 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V R2309 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

C805 1-126-933-11 s CAPACITOR,ELECT 100MF/16V R2310 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R2311 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R2312 1-216-095-00 s RESISTOR, CHIP 82K 1/10W(2012) R2313 1-216-041-00 s RESISTOR, CHIP 470 1/10W(2012)

C806 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C807 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C808 1-163-275-11 s CAPACITOR CERAMIC 1000PF/50V

C809 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V R2314 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

C810 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V R2315 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R2326 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2327 1-216-615-11 s RESISTOR,CHIP 33 1/10W(2012) R2328 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

C811 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C812 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C813 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C814 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V R2401 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

C815 1-163-227-11 s CAPACITOR CERAMIC 10PF/50V(CH) R2402 1-216-687-11 s RESISTOR CHIP 33K 1/10W (2012) R2403 1-216-085-00 s RESISTOR CHIP 33K 1/10W(2012) R2404 1-216-063-91 s RESISTOR,CHIP 3.9K 1/10W(2125) R2405 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

C816 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C817 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C818 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C819 1-126-947-11 s CAPACITOR, ELECT 47MF/35V R2406 1-216-017-91 s RESISTOR, CHIP 47 1/10W(2012)

C820 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V R2407 1-216-041-00 s RESISTOR, CHIP 470 1/10W(2012) R2408 1-216-041-00 s RESISTOR, CHIP 470 1/10W(2012) R2409 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2410 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012)

C821 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C822 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C823 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C824 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V R2411 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

C825 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V R2412 1-216-095-00 s RESISTOR, CHIP 82K 1/10W(2012) R2413 1-216-041-00 s RESISTOR, CHIP 470 1/10W(2012) R2414 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2415 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

C826 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C827 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C828 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

C829 1-163-227-11 s CAPACITOR CERAMIC 10PF/50V(CH) R2426 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

C830 1-126-933-11 s CAPACITOR,ELECT 100MF/16V R2427 1-216-615-11 s RESISTOR,CHIP 33 1/10W(2012) R2428 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

C831 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C832 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF

C835 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C836 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF

C838 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

PVM-14L5/20L5/D14L5A/D20L5A

C839 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C840 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C841 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C843 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C844 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C845 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C846 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C847 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C848 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C849 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C850 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C851 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C852 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C853 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C854 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C855 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C2801 1-164-161-11 s CAPACITOR, CERAMIC 2200PF/100V

C2802 1-126-960-11 s CAPACITOR,ELECT 1MF/50V

C2803 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V

C2804 1-126-960-11 s CAPACITOR,ELECT 1MF/50V

C2805 1-164-182-11 s CAPACITOR, CERAMIC 3300PF/100V

C2806 1-163-253-11 s CAPACITOR CERAMIC 120PF/50V

7-21

(B1 BOARD)

Ref. No. or Q’ty Part No. SP Description

C2807 1-163-263-11 s CAPACITOR CERAMIC 330PF/50V C2808 1-107-715-11 s CAPACITOR,ELECT 22MF/50V (BP) C2809 1-126-933-11 s CAPACITOR,ELECT 100MF/16V C2810 1-126-933-11 s CAPACITOR,ELECT 100MF/16V C2811 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF

C2812 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2813 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C2815 1-163-143-00 s CAPACITOR,CHIP CERAMIC 1200PF C2816 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2817 1-107-823-11 s CAPACITOR,CERAMIC 0.47MF/16V

C2818 1-109-982-11 s CAPACITOR,CHIP CERAMIC 1MF/10V C2819 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2820 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2821 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2822 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

C2823 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2824 1-109-982-11 s CAPACITOR,CHIP CERAMIC 1MF/10V C2825 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2826 1-104-760-11 s CAPACITOR CERAMIC 0.047MF/50V C2827 1-126-934-11 s CAPACITOR,ELECT 220MF/16V

C2828 1-109-982-11 s CAPACITOR,CHIP CERAMIC 1MF/10V C2829 1-109-982-11 s CAPACITOR,CHIP CERAMIC 1MF/10V C2830 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

Ref. No. or Q’ty Part No. SP Description

C3817 1-163-245-11 s CAPACITOR CERAMIC 56PF/50V C3818 1-163-227-11 s CAPACITOR CERAMIC 10PF/50V(CH) C3819 1-126-933-11 s CAPACITOR,ELECT 100MF/16V C3820 1-163-275-11 s CAPACITOR CERAMIC 1000PF/50V C3821 1-163-275-11 s CAPACITOR CERAMIC 1000PF/50V

C3822 1-126-933-11 s CAPACITOR,ELECT 100MF/16V C3823 1-126-933-11 s CAPACITOR,ELECT 100MF/16V C3824 1-126-933-11 s CAPACITOR,ELECT 100MF/16V C3825 1-126-933-11 s CAPACITOR,ELECT 100MF/16V C3826 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C3827 1-126-933-11 s CAPACITOR,ELECT 100MF/16V C3828 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C3829 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C3830 1-126-965-11 s CAPACITOR,ELECT 22MF/50V C3831 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C3832 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C3833 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C3834 1-126-933-11 s CAPACITOR,ELECT 100MF/16V C3835 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C3836 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C3837 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C4846 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C4847 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2831 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2832 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V

CN801 1-564-519-11 o PLUG,CONNECTOR (4P)

CN3801 1-564-521-11 s PLUG,CONNECTOR (6P)(L-TYPE) C2833 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

CN3802 1-564-525-11 o PLUG,CONNECTOR (10P)(L-TYPE) C2834 1-164-505-11 s CAPACITOR,CHIP CERAMIC 2.2MF C2835 1-163-275-11 s CAPACITOR CERAMIC 1000PF/50V C2836 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C2837 1-163-227-11 s CAPACITOR CERAMIC 10PF/50V(CH)

D801 8-719-073-01 s DIODE MA111-(K8).S0

D802 8-719-073-01 s DIODE MA111-(K8).S0

D803 8-719-073-01 s DIODE MA111-(K8).S0

D2801 8-719-073-01 s DIODE MA111-(K8).S0 C2838 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

D2802 8-719-025-07 s DIODE 1SV232-TPH3 C2839 1-126-934-11 s CAPACITOR,ELECT 220MF/16V C2840 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C2841 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF C2842 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

D2803 8-719-045-70 s DIODE 1SV230TPH3

D3801 8-719-025-07 s DIODE 1SV232-TPH3

D3802 8-719-073-01 s DIODE MA111-(K8).S0

D3803 8-719-073-01 s DIODE MA111-(K8).S0 C2843 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

D3804 8-719-073-01 s DIODE MA111-(K8).S0 C2844 1-126-933-11 s CAPACITOR,ELECT 100MF/16V C2845 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

D3805 8-719-073-01 s DIODE MA111-(K8).S0 C2847 1-164-161-11 s CAPACITOR, CERAMIC 2200PF/100V C2848 1-163-275-11 s CAPACITOR CERAMIC 1000PF/50V

DL801 1-411-457-11 s DELAY LINE

DL802 1-402-770-11 s DELAY LINE C2849 1-126-960-11 s CAPACITOR,ELECT 1MF/50V

DL803 1-411-451-11 s DELAY LINE C2850 1-126-960-11 s CAPACITOR,ELECT 1MF/50V C2851 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V C3801 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V C3802 1-163-021-91 s CAPACITOR, CERAMIC 0.01MF/50V

FL801 1-239-289-11 s FILTER, LOW PASS

FL804 1-239-289-11 s FILTER, LOW PASS

FL2801 1-239-289-11 s FILTER, LOW PASS C3803 1-163-237-11 s CAPACITOR CERAMIC 27PF/50V

C3804 1-126-933-11 s CAPACITOR,ELECT 100MF/16V C3805 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V C3806 1-163-255-91 s CAPACITOR,CHIP CERAMIC 150PF C3807 1-163-237-11 s CAPACITOR CERAMIC 27PF/50V

C3808 1-163-241-11 s CAPACITOR CERAMIC 39PF/50(2012 C3809 1-163-245-11 s CAPACITOR CERAMIC 56PF/50V C3810 1-163-227-11 s CAPACITOR CERAMIC 10PF/50V(CH) C3811 1-126-933-11 s CAPACITOR,ELECT 100MF/16V C3812 1-126-933-11 s CAPACITOR,ELECT 100MF/16V

C3813 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V C3814 1-163-255-91 s CAPACITOR,CHIP CERAMIC 150PF C3815 1-163-237-11 s CAPACITOR CERAMIC 27PF/50V C3816 1-163-241-11 s CAPACITOR CERAMIC 39PF/50(2012

IC801 8-752-372-78 s IC CXD2024AQ

IC802 8-752-414-92 s IC CXD2309AQ-T6

IC803 8-759-710-86 s IC NJM2233BM

IC805 8-759-710-86 s IC NJM2233BM

IC806 8-752-053-21 s IC CXA1211M

IC2801 8-759-514-57 s IC BA7046F

IC2802 8-759-038-15 s IC MC74HC4538AF

IC2803 8-759-710-86 s IC NJM2233BM

IC2804 8-759-631-08 s IC M51279FP

IC2805 8-759-567-08 s IC MB88141APF-ER

IC2806 8-759-514-57 s IC BA7046F

IC3801 8-759-983-69 s IC LM358PS

IC3802 8-759-565-20 s IC TDA4665T/V5-118

IC3803 8-759-710-86 s IC NJM2233BM

7-22

PVM-14L5/20L5/D14L5A/D20L5A

(B1 BOARD)

Ref. No. or Q’ty Part No. SP Description

IC3804 8-759-710-86 s IC NJM2233BM IC3807 8-752-053-21 s IC CXA1211M

Ref. No. or Q’ty Part No. SP Description

Q3818 8-729-027-38 s TRANSISTOR DTA144EKA-T146

Q3819 1-801-806-11 s TRANSISTOR DTC144EKA IC4803 8-759-567-08 s IC MB88141APF-ER IC4804 8-759-672-79 s IC M24C02-WMN6T(A)

R801 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R802 1-216-089-91 s RESISTOR, CHIP 47K 1/10W(2012) L801 1-410-470-11 s MICRO INDUCTOR 10UH

R803 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012)

R804 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) Q801 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

R805 1-216-089-91 s RESISTOR, CHIP 47K 1/10W(2012) Q802 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q803 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q804 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q805 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

R806 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012)

R807 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R808 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012)

R809 1-216-053-00 s RESISTOR CHIP 1.5K 1/10W(2012) Q810 1-801-806-11 s TRANSISTOR DTC144EKA

R810 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) Q811 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q812 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q813 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q814 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

R811 1-216-051-00 s RESISTOR,CHIP 1.2K 1/10W(2012)

R812 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012)

R813 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R814 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) Q815 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

R816 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) Q816 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q817 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q818 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q820 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R

R825 1-216-295-91 s CONDUCTOR, CHIP (2012)

R827 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012)

R828 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012)

R829 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012) Q821 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

R830 1-216-021-00 s RESISTOR,CHIP 68 1/10W(2012) Q822 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q823 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q824 8-729-027-38 s TRANSISTOR DTA144EKA-T146 Q2801 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

R831 1-216-079-00 s RESISTOR CHIP 18K 1/10W(2012)

R832 1-216-067-00 s RESISTOR,CHIP 5.6K 1/10W(2012)

R833 1-216-663-11 s RESISTOR,CHIP 3.3K 1/10W(2012)

R834 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) Q2802 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

R835 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) Q2803 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q2804 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q2805 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q2806 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

R836 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R837 1-216-031-00 s RESISTOR,CHIP 180 1/10W(2012)

R838 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012)

R839 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) Q2807 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

R840 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) Q2808 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q2811 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q2812 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q2813 8-729-116-05 s TRANSISTOR 2SK160-K5

R841 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012)

R842 1-216-071-00 s RESISTOR,CHIP 8.2K 1/10W(2012)

R843 1-216-051-00 s RESISTOR,CHIP 1.2K 1/10W(2012)

R844 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) Q2814 8-729-116-05 s TRANSISTOR 2SK160-K5

R845 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) Q2815 1-801-806-11 s TRANSISTOR DTC144EKA Q2816 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q2817 1-801-806-11 s TRANSISTOR DTC144EKA Q2818 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

R846 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R847 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R848 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012)

R849 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) Q2819 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

R851 1-216-295-91 s CONDUCTOR, CHIP (2012) Q3801 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q3802 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q3803 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q3804 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

R852 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R853 1-216-089-91 s RESISTOR, CHIP 47K 1/10W(2012)

R854 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R855 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) Q3805 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

R856 1-216-659-11 s RESISTOR,CHIP 2.2K 1/10W(2012) Q3806 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q3807 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q3808 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q3809 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

R857 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R858 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012)

R859 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R860 1-216-069-00 s RESISTOR,CHIP 6.8K 1/10W(2012) Q3810 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R

R861 1-216-051-00 s RESISTOR,CHIP 1.2K 1/10W(2012) Q3811 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q3812 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q3813 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R Q3814 8-729-026-49 s TRANSISTOR 2SA1037AK-T146-R

R862 1-216-059-00 s RESISTOR,CHIP 2.7K 1/10W(2012)

R863 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R864 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R865 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) Q3815 8-729-120-28 s TRANSISTOR 2SC1623-L5L6

R866 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) Q3816 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q3817 8-729-027-38 s TRANSISTOR DTA144EKA-T146

R867 1-216-089-91 s RESISTOR, CHIP 47K 1/10W(2012)

PVM-14L5/20L5/D14L5A/D20L5A

7-23

(B1 BOARD)

Ref. No. or Q’ty Part No. SP Description

R868 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R869 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R870 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R873 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R876 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012)

R877 1-216-069-00 s RESISTOR,CHIP 6.8K 1/10W(2012) R878 1-216-051-00 s RESISTOR,CHIP 1.2K 1/10W(2012) R879 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R880 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R881 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R883 1-216-089-91 s RESISTOR, CHIP 47K 1/10W(2012) R884 1-216-085-00 s RESISTOR CHIP 33K 1/10W(2012) R885 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R886 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R887 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R888 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R889 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012) R890 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R891 1-216-013-00 s RESISTOR,CHIP 33 1/10W(2012) R2801 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R2802 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2803 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R2804 1-216-113-00 s RESISTOR CHIP 470K 1/10W(2012) R2805 1-218-755-11 s RESISTOR,CHIP 130K1/10W(2012) R2806 1-216-113-00 s RESISTOR CHIP 470K 1/10W(2012)

Ref. No. or Q’ty Part No. SP Description

R2841 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2842 1-216-089-91 s RESISTOR, CHIP 47K 1/10W(2012) R2843 1-216-103-00 s RESISTOR,CHIP 180K 1/10W(2012) R2844 1-216-081-00 s RESISTOR,CHIP 22K 1/10W(2012) R2848 1-216-077-00 s RESISTOR,CHIP 15K 1/10W(2012)

R2849 1-216-095-00 s RESISTOR, CHIP 82K 1/10W(2012) R2851 1-216-085-00 s RESISTOR CHIP 33K 1/10W(2012) R2852 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R2853 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R2854 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R2855 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2856 1-216-089-91 s RESISTOR, CHIP 47K 1/10W(2012) R2857 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R2858 1-216-121-00 s RESISTOR CHIP 1M 1/10W(2012) R2859 1-216-033-00 s RESISTOR,CHIP 220 1/10W(2012)

R2860 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012) R2861 1-216-121-00 s RESISTOR CHIP 1M 1/10W(2012) R2862 1-216-113-00 s RESISTOR CHIP 470K 1/10W(2012) R2863 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012) R2864 1-216-091-00 s RESISTOR CHIP 56K 1/10W(2012)

R2865 1-216-053-00 s RESISTOR CHIP 1.5K 1/10W(2012) R2866 1-216-121-00 s RESISTOR CHIP 1M 1/10W(2012) R2867 1-216-121-00 s RESISTOR CHIP 1M 1/10W(2012) R2868 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2869 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012)

R2807 1-216-037-00 s RESISTOR,CHIP 330 1/10W(2012) R2808 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R2809 1-216-686-11 s RESISTOR,CHIP 30K 1/10W R2810 1-216-077-00 s RESISTOR,CHIP 15K 1/10W(2012) R2811 1-216-083-00 s RESISTOR CHIP 27K 1/10W(2012)

R2812 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012) R2813 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2814 1-216-031-00 s RESISTOR,CHIP 180 1/10W(2012) R2815 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R2816 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R2817 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R2818 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R2819 1-216-069-00 s RESISTOR,CHIP 6.8K 1/10W(2012) R2820 1-216-051-00 s RESISTOR,CHIP 1.2K 1/10W(2012) R2821 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R2822 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R2823 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R2824 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R2825 1-216-089-91 s RESISTOR, CHIP 47K 1/10W(2012) R2826 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R2827 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R2828 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2829 1-216-051-00 s RESISTOR,CHIP 1.2K 1/10W(2012) R2830 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R2831 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012)

R2832 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R2833 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2834 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R2835 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R2836 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R2870 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012) R2871 1-216-037-00 s RESISTOR,CHIP 330 1/10W(2012) R2872 1-216-017-91 s RESISTOR, CHIP 47 1/10W(2012) R2873 1-216-121-00 s RESISTOR CHIP 1M 1/10W(2012) R2874 1-216-121-00 s RESISTOR CHIP 1M 1/10W(2012)

R2875 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R2876 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2877 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R2878 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2879 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R2880 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R2881 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R2882 1-216-037-00 s RESISTOR,CHIP 330 1/10W(2012) R2883 1-216-113-00 s RESISTOR CHIP 470K 1/10W(2012) R2884 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R2885 1-216-113-00 s RESISTOR CHIP 470K 1/10W(2012) R2886 1-218-755-11 s RESISTOR,CHIP 130K1/10W(2012) R2888 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R2889 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R3801 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R3802 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R3803 1-216-033-00 s RESISTOR,CHIP 220 1/10W(2012) R3804 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R3805 1-216-121-00 s RESISTOR CHIP 1M 1/10W(2012) R3806 1-216-121-00 s RESISTOR CHIP 1M 1/10W(2012)

R3807 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012) R3808 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R3809 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R3810 1-216-033-00 s RESISTOR,CHIP 220 1/10W(2012) R3811 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R2837 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012) R2838 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012) R2839 1-216-689-11 s RESISTOR,CHIP 39K 1/10W(2012) R2840 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R3812 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012) R3813 1-216-057-00 s RESISTOR CHIP 2.2K 1/10W(2012) R3814 1-216-069-00 s RESISTOR,CHIP 6.8K 1/10W(2012) R3815 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012)

7-24

PVM-14L5/20L5/D14L5A/D20L5A

(B1 BOARD)

(B1 BOARD) Ref. No.

or Q’ty Part No. SP Description R3816 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012)

R3817 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012)

Ref. No.

or Q’ty Part No. SP Description

X2801 1-577-259-11 s VIBRATOR,CRYSTAL(17.734MHz)

X2802 1-527-722-00 s CRYSTAL OSCILLATOR(14.31818MHz) R3818 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R3819 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R3820 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R3821 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R3822 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R3823 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R3824 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R3825 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012)

R3826 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R3827 1-216-643-11 s RESISTOR,CHIP 470 1/10W (2012) R3828 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012) R3829 1-216-063-91 s RESISTOR,CHIP 3.9K 1/10W(2125) R3830 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012)

R3831 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R3832 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R3833 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R3834 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R3835 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012)

R3836 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R3837 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R3838 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R3839 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012) R3840 1-216-651-11 s RESISTOR,CHIP 1K 1/10W(2012)

R3841 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R3842 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R3843 1-216-667-11 s RESISTOR,CHIP 4.7K 1/10W(2012) R3844 1-216-683-11 s RESISTOR,CHIP 22K 1/10W (2012) R3845 1-216-667-11 s RESISTOR,CHIP 4.7K 1/10W(2012)

R3846 1-216-683-11 s RESISTOR,CHIP 22K 1/10W (2012) R3847 1-216-683-11 s RESISTOR,CHIP 22K 1/10W (2012) R3848 1-216-683-11 s RESISTOR,CHIP 22K 1/10W (2012) R3849 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R3850 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012)

R3851 1-216-295-91 s CONDUCTOR, CHIP (2012) R3852 1-216-295-91 s CONDUCTOR, CHIP (2012) R3853 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R3854 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) R3855 1-216-089-91 s RESISTOR, CHIP 47K 1/10W(2012)

R3856 1-216-089-91 s RESISTOR, CHIP 47K 1/10W(2012) R3857 1-216-085-00 s RESISTOR CHIP 33K 1/10W(2012) R3858 1-216-085-00 s RESISTOR CHIP 33K 1/10W(2012) R3859 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R3860 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)

R3861 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R3862 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R3863 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R3864 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R3865 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012)

R3866 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R3867 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012) R3868 1-216-097-00 s RESISTOR CHIP 100K 1/10W(2012) R3869 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R3870 1-216-013-00 s RESISTOR,CHIP 33 1/10W(2012)

R3871 1-216-065-91 s RESISTOR,CHIP 4.7K 1/10W(2012) R3872 1-216-013-00 s RESISTOR,CHIP 33 1/10W(2012) R3873 1-216-665-11 s RESISTOR,CHIP 3.9K 1/10W(2012) R4821 1-216-295-91 s CONDUCTOR, CHIP (2012)

PVM-14L5/20L5/D14L5A/D20L5A

7-25

------C BOARD

------ Ref. No. or Q’ty Part No. SP Description

(C BOARD) Ref. No.

or Q’ty Part No. SP Description

1pc 8-330-030-09 s MOUNTED CIRCUIT BOARD, C (FOR PVM-14L5/D14L5A) 1pc 8-330-030-44 s MOUNTED CIRCUIT BOARD, C (FOR PVM-20L5/D20L5A)

D707 8-719-157-72 s DIODE RD22M-B D708 8-719-073-01 s DIODE MA111-(K8).S0 D709 8-719-051-85 s DIODE HSS83TD D710 8-719-051-85 s DIODE HSS83TD

D711 8-719-073-01 s DIODE MA111-(K8).S0 C701 1-117-450-11 s CAP, METALIZED PE FILM 0.47MF C702 1-117-450-11 s CAP, METALIZED PE FILM 0.47MF C703 1-115-350-51 s CAPACITOR, CERAMIC 4700PF F C704 1-162-116-00 s CAPACITOR,CERAMIC 680PF/2KVDC C705 1-131-919-31 s CAPACITOR METALIZED 0.022MF

D712 8-719-157-72 s DIODE RD22M-B

D713 8-719-073-01 s DIODE MA111-(K8).S0

D714 8-719-051-85 s DIODE HSS83TD

D715 8-719-051-85 s DIODE HSS83TD (FOR PVM-14L5/D14L5A)

IC701 8-759-680-01 s IC TDA6120Q/N2/S1 C705 1-136-627-11 s CAPACITOR,FILM 0.22MF/1KV (FOR PVM-20L5/D20L5A)

IC702 8-759-680-01 s IC TDA6120Q/N2/S1

IC703 8-759-680-01 s IC TDA6120Q/N2/S1 C706 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF C707 1-107-962-11 s CAPACITOR, ELECT 22MF/250V

J701 1-251-116-11 s SOCKET, CRT C708 1-107-909-11 s CAPACITOR,ELECT 47MF/50V C709 1-104-653-11 s CAPACITOR ELECT 220MF/16V(105)

L701 1-412-532-11 s INDUCTOR,MICRO 39UH

L702 1-410-667-31 s MICRO INDUCTOR 22UF C710 1-102-050-00 s CAPACITOR,CERAMIC;500V/0.01MF C711 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF C713 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF

L703 1-408-591-11 s MICRO INDUCTOR 1UH

L704 1-408-591-11 s MICRO INDUCTOR 1UH

L705 1-408-591-11 s MICRO INDUCTOR 1UH C714 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C715 1-163-237-11 s CAPACITOR CERAMIC 27PF/50V

Q701 8-729-107-31 s TRANSISTOR 2SC3545

Q702 8-729-033-31 s TRANSISTOR 2SK520K44K45-T1B C716 1-102-050-00 s CAPACITOR,CERAMIC;500V/0.01MF C718 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V C719 1-107-962-11 s CAPACITOR, ELECT 22MF/250V

Q703 8-729-105-08 s TRANSISTOR 2SA1330-06

Q704 8-729-105-37 s TRANSISTOR 2SC3360

Q705 8-729-107-31 s TRANSISTOR 2SC3545 C720 1-163-005-11 s CAPACITOR CHIP CERAMIC 470PF C721 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF

Q706 8-729-033-31 s TRANSISTOR 2SK520K44K45-T1B

Q707 8-729-105-08 s TRANSISTOR 2SA1330-06 C722 1-107-909-11 s CAPACITOR,ELECT 47MF/50V C723 1-104-653-11 s CAPACITOR ELECT 220MF/16V(105) C724 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF

Q708 8-729-105-37 s TRANSISTOR 2SC3360

Q709 8-729-107-31 s TRANSISTOR 2SC3545

Q710 8-729-033-31 s TRANSISTOR 2SK520K44K45-T1B C726 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF C727 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V

Q711 8-729-105-08 s TRANSISTOR 2SA1330-06

Q712 8-729-105-37 s TRANSISTOR 2SC3360 C728 1-163-237-11 s CAPACITOR CERAMIC 27PF/50V C729 1-102-050-00 s CAPACITOR,CERAMIC;500V/0.01MF C731 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V

Q713 8-729-033-31 s TRANSISTOR 2SK520K44K45-T1B

Q714 8-729-033-31 s TRANSISTOR 2SK520K44K45-T1B

Q715 8-729-033-31 s TRANSISTOR 2SK520K44K45-T1B C732 1-107-962-11 s CAPACITOR, ELECT 22MF/250V C733 1-163-005-11 s CAPACITOR CHIP CERAMIC 470PF

R701 1-240-936-11 s RESISTOR (SURGE RESISTANT) 68K

R703 1-219-759-11 s RESISTOR (SURGE RESISTANT) 1M C734 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF C735 1-107-909-11 s CAPACITOR,ELECT 47MF/50V C736 1-104-653-11 s CAPACITOR ELECT 220MF/16V(105)

R704 1-220-824-11 s RESISTOR (SURGE RESISTANT)270K

R705 1-249-400-11 s RES,CARBON 39 1/4W (SMALL)

R707 1-219-743-11 s RESISTOR 1001/2W (SURGE) C737 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF C739 1-163-031-11 s CAPACITOR, CHIP CERAMIC 0.01MF

R708 1-219-743-11 s RESISTOR 1001/2W (SURGE)

R710 1-219-743-11 s RESISTOR 1001/2W (SURGE) C740 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C741 1-163-237-11 s CAPACITOR CERAMIC 27PF/50V C742 1-102-050-00 s CAPACITOR,CERAMIC;500V/0.01MF

R712 1-216-017-91 s RESISTOR, CHIP 47 1/10W(2012)

R713 1-216-025-00 s RESISTOR,CHIP 100 1/10W(2012)

R714 1-216-049-11 s RESISTOR, CHIP 1K 1/10W(2012) C744 1-163-251-11 s CAPACITOR CERAMIC 100PF/50V C745 1-107-962-11 s CAPACITOR, ELECT 22MF/250V

R715 1-216-295-91 s CONDUCTOR, CHIP (2012)

R716 8-719-069-56 s DIODE UDZS-TE17-6.2B C746 1-163-005-11 s CAPACITOR CHIP CERAMIC 470PF

R717 1-216-675-11 s RESISTOR,CHIP 10K 1/10W(2012)

R718 8-719-033-52 s DIODE RD5.1SB1-T1 CN701 1-691-096-11 o PIN,CONNECTOR (PC BOARD) 8P

R720 1-216-653-11 s RESISTOR,CHIP 1.2K 1/10W(2012) CN702 1-564-525-11 o PLUG,CONNECTOR (10P)(L-TYPE) CN703 1-695-915-11 s TAB (CONTACT) CN704 1-695-915-11 s TAB (CONTACT) CN705 1-695-915-11 s TAB (CONTACT)

R721 1-216-639-11 s RESISTOR,CHIP 330 1/10W (2012)

(FOR PVM-14L5/D14L5A)

R721 1-216-643-11 s RESISTOR,CHIP 470 1/10W (2012)

(FOR PVM-20L5/D20L5A) D701 8-719-073-01 s DIODE MA111-(K8).S0 D702 8-719-157-72 s DIODE RD22M-B D703 8-719-073-01 s DIODE MA111-(K8).S0

R722 1-216-295-91 s CONDUCTOR, CHIP (2012)

R723 1-216-033-00 s RESISTOR,CHIP 220 1/10W(2012)

R724 1-215-926-00 s RESISTOR,METAL FILM 33K/3W D704 8-719-051-85 s DIODE HSS83TD D705 8-719-051-85 s DIODE HSS83TD

R726 1-216-689-11 s RESISTOR,CHIP 39K 1/10W(2012)

R727 1-249-435-11 s RESISTOR CARBON 33K 1/4W D706 8-719-073-01 s DIODE MA111-(K8).S0

R729 1-216-041-00 s RESISTOR, CHIP 470 1/10W(2012)

7-26

PVM-14L5/20L5/D14L5A/D20L5A

Sony PVM-20L5, PVM-14L5, PVM-D20L5A, PVM-D14L5A Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Table of Contents

1-1. Board Layout (14 inch)

Service Informations

1-2. Disassembly (14 inch)

1-2-1. Top Cover Removal (14 inch)

1-2-2. Bezel Assy Removal (14 inch)

1-2-3. H1 Board Removal (14 inch)

1-2-4. H2 Board Removal (14 inch)

1-2-5. J , D1, D2 and D Boards Removal (14 inch)

1-2-6. C Board Removal (14 inch)

1-2-7. B Block Assy Removal (14 inch)

1-2-8. K, T, B1, M and B Boards Removal (14 inch)

1-2-9. Q Block Assy Removal (14 inch)

1-2-10.Removal of Anode Cap

1-2-11.G Board Removal (14 inch)

1-2-12. Picture Tube Removal (14 inch)

1-2-13.Speaker Removal (14 inch)

1-2-14.Service Position (14 inch)

1-3. Board Layout (20 inch)

1-4. Disassembly (20 inch)

1-4-1. Top Cover Removal (20 inch)

1-4-2. Bezel Assy Removal (20 inch)

1-4-3. HA Board Removal (20 inch)

1-4-4. HB Board Removal (20 inch)

1-4-5. J, D1, D2 and D Boards Removal (20 inch)

1-4-6. C Board Removal (20 inch)

1-4-7. B Block Assy Removal (20 inch)

1-4-8. K, T, B1, M and B Boards Removal (20 inch)

1-4-9. Q Block Assy Removal (20 inch)

1-4-10.Removal of Anode Cap

1-4-11.G Board Removal (20 inch)

1-4-12.Picture Tube Removal (20 inch)

1-4-13.Speaker Removal (20 inch)

1-4-14.Service Position (20 inch)

Set-up Adjustment

2-1. Equipment Required

2-2. Preparations (1)

2-3. Preparation (2). Initialization

2-4. Writing Model Data

2-5. Picture Output

2-6. Free-run Frequency Adjustment

2-7. Landing Adjustment

2-8. H Blanking Adjustment

2-9. Linearity Adjustment

2-10. Convergence Adjustment (1)

2-12. Convergence Adjustment (2)

2-13. G2 Adjustment

2-14. White Balance Adjustment (15k)

2-15. White Balance Adjustment (33k)

2-18-2.PAL Composite Adjustment

2-18-3.COMPONENT Adjustment

2-18-1.NTSC Composite Adjustment

2-18-4.SDI Adjustment

2-18-5.HD and SDI Adjustments

2-19. Focus Adjustment

Safety Related Adjustment

3-1. High Tension Regulator Confirmation

3-2. Protection Circuit Confirmation

3-2-1. HV Protector Circuit Confirmation

3-2-2. 1K Protector Circuit Confirmation

Electrical Adjustments

4-1. Equipment Required

4-2. B Board Adjustments

4-2-1. Preparations

4.2-2-1. Black Level Adjustment

4-2-2-2. CHROMA Leak Adjustment

4-2-2-3. MATRIX Adjustment

4-3. B1 Board Adjustments

4-3-1. Preparation

4-3-5. 3.58 f0 Adjustment (NTSC)

4-3-6. Phase Adjustment (NTSC)

4-3-7. Level Adjustment (NTSC)

4-3-9. 4.43 f0 Adjustment (PAL)

4-3-10.PAL B-Y PHASE Adjustment

4-3-11.PAL PHASE Adjustment (Normal)

4-3-13.Level Adjustment (NTSC 443)