Sony Dvcam dsr-pdx10 User manual

DSR-PDX10/PDX10P

RMT-811

US Model

Canadian Model

DSR-PDX10

AEP Model

UK Model

E Model

DSR-PDX10P

SERVICE MANUAL

DIGITAL CAMCORDER

J MECHANISM

• INSTRUCTION MANUAL is shown at the end of this document.

Link

SERVICE NOTE

DISASSEMBLY

BLOCK DIAGRAMS

FRAME SCHEMATIC DIAGRAMS

SCHEMATIC DIAGRAMS

PRINTED WIRING BOARDS

ADJUSTMENTS

REPAIR PARTS LIST

SPECIFICATIONS

SERVICE NOTE

DISASSEMBLY

BLOCK DIAGRAMS

FRAME SCHEMATIC DIAGRAMS

SCHEMATIC DIAGRAMS

PRINTED WIRING BOARDS

ADJUSTMENTS

REPAIR PARTS LIST

SPECIFICATIONS

Link

Revision History

Ver 1.8 2005. 11

—2 —

DSR-PDX10/PDX10P

SPECIFICATIONS

SAFETY-RELATED COMPONENTWARNING!!

COMPONENTS IDENTIFIED BY MARK 0OR DOTTED LINEWITH

MARK 0ON THE SCHEMATIC DIAGRAMS AND INTHE PARTS

LIST ARE CRITICAL TO SAFE OPERATION. REPLACE THESE

COMPONENTS WITH SONY PARTS WHOSE PART NUMBERS

APPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS

PUBLISHED BY SONY.

ATTENTION AU COMPOSANT AYANT RAPPORT

À LA SÉCURITÉ!

LES COMPOSANTS IDENTIFÉS PAR UNE MARQUE 0SUR LES

DIAGRAMMES SCHÉMATIQUES ET LA LISTE DES PIÈCES SONT

CRITIQUES POUR LA SÉCURITÉ DE FONCTIONNEMENT. NE

REMPLACER CES COMPOSANTS QUE PAR DES PIÈSES SONY

DONT LES NUMÉROS SONT DONNÉS DANS CE MANUEL OU

DANS LES SUPPÉMENTS PUBLIÉS PAR SONY.

COVER

CAUTION :

Dangerofexplosionifbatteryisincorrectlyreplaced.

Replace only with the same or equivalent type.

Video camera

recorder

System

Video recording system

2 rotary heads

Helical scanning system

Audio recording system

Rotary heads, PCM system

Quantization: Fs 32 kHz (12 bits,

channels 1/2, channels 3/4), Fs 48

kHz (16 bits, channels 1/2)

Video signal

PAL colour, CCIR standards

DSR-PDX10:

NTSC color, EIA standards

DSR-PDX10P:

DSR-PDX10:

Chrominance signal: 0.286 Vp-p

75 Ω(ohms), unbalanced

Usable cassette

Mini DVCAM cassette with the

mark printed

Mini DV cassette with the

mark printed

Tape speed

DVCAM format:

Approx. 28.218 mm/s

DV format SP mode:

Approx. 18.812 mm/s

Recording/playback time (using

cassette PDVM-40ME)

DVCAM format: 40 min.

DV format SP mode: 1 hour

Fastforward/rewind time (using

cassette PDVM-40ME)

When using the battery pack:

Approx. 2 min. and 30 seconds

When using the AC power

adaptor:

Approx. 1 min. and 45 seconds

Viewfinder

Electric viewfinder (B&W)

Image device

3.8 mm (1/4.7 type) 3 CCD

(Charge Coupled Device)

Gross: Approx. 1 070 000 pixels

Effective (still):

Approx. 1 000 000 pixels

Effective (moving):

Approx. 690 000 pixels

Lens

Combined power zoom lens

Filter diameter: 37 mm

(1 1/2 in)

12×(Optical), 48×(Digital)

F 1.6 – 2.8

Focal length

3.6 – 43.2 mm (5/32 – 1 3/4 in.)

When converted to a 35 mm still

camera

In CAMERA

4:3 mode :

49 – 588 mm (1 15/16 – 23 1/4 in.)

16:9 mode :

41 – 492 mm (1 5/8 – 19 3/8 in.)

In MEMORY

41 – 492 mm (1 5/8 – 19 3/8 in.)

Colour temperature

Auto, nIndoor (3 200 K),

Outdoor (5 800 K),

Minimum illumination

7 lx (lux) (F 1.6)

Input/Output connectors

S video input/output

4-pin mini DIN

Luminance signal: 1 Vp-p,

75 Ω(ohms), unbalanced

Chrominance signal: 0.3 Vp-p,

75 Ω(ohms), unbalanced

Audio/Video input/output

AV MINI JACK, 1 Vp-p,

75 Ω(ohms), unbalanced, sync

negative

327 mV, (at output impedance

more than 47 kΩ(kilohms))

Output impedance with less than

2.2 kΩ(kilohms)/Stereo minijack

(ø 3.5 mm)

Input impedance more than

47 kΩ(kilohms)

DV input/output

4-pin connector

Headphone jack

Stereo minijack (ø 3.5 mm)

LANC jack

Stereo mini-minijack (ø 2.5 mm)

USB jack

mini-B

MIC jack

Minijack, 0.388 mV low impedance

with 2.5 to 3.0 V DC, output

impedance 6.8 kΩ(kilohms) (ø 3.5

mm)

Stereo type

INPUT1/INPUT2 connectors

XLR 3-pin, female, –60 dBu:

3 kilohms, +4 dBu: 10 kilohms

(0 dBu = 0.775 Vrms)

LCD screen

Picture

8.8 cm (3.5 type)

72.2 ×50.4 mm (2 7/8 ×2 in.)

Total dot number

246 400 (1 120 ×220)

General

Peak inrush current

Hot switching inrush current,

measured in accordance with

European standard EN55103-1:

6.3 A (230 V)

Power requirements

7.2 V (battery pack)

8.4 V (AC power adaptor)

Average power consumption

(when using the battery pack)

During camera recording using

LCD

6.3 W

Viewfinder

5.0 W

Operating temperature

0°C to 40°C (32°F to 104°F)

Storage temperature

–20°C to + 60°C

(–4°F to + 140°F)

Dimensions (Approx.)

93 ×99 ×202 mm

(3 3/4 ×4 ×8 in.) (w/h/d)

Mass (Approx.)

950 g (2 lb 1 oz)

main unit only

1.4 kg (3 lb)

including the battery pack

NP-FM50, the XLR adaptor, the

Microphone, cassette PDVM-

40ME, the lens cap and shoulder

strap

Supplied accessories

See page 3.

AC power adaptor

Power requirements

100 – 240 V AC, 50/60 Hz

Power consumption

23 W

Output voltage

DC OUT: 8.4 V, 1.5 A in the

operating mode

Operating temperature

0°C to 40°C (32°F to 104°F)

Storage temperature

–20°C to + 60°C

(–4°F to + 140°F)

Dimensions (approx.)

125 ⋅39 ⋅62 mm

(5 × 1 9/16 ×2 1/2 in.) (w/h/d)

excluding projecting parts

Mass (approx.)

280 g (9.8 oz)

excluding mains lead

Battery pack

Maximum output voltage

DC 8.4 V

Output voltage

DC 7.2 V

Capacity

8.5 Wh (1 180 mAh)

Dimensions (approx.)

38.2 ×20.5 ×55.6 mm

(1 9/16 ×13/16 ×2 1/4 in.)

(w/h/d)

Mass (approx.)

76 g (2.7 oz)

Type

Lithium ion

“Memory Stick”

Memory

Flash memory

8MB: MSA-8A

Operating voltage

2.7 – 3.6 V

Power consumption

Approx. 45 mA in the operating

mode

Approx. 130 µA in the standby

mode

Dimensions (approx.)

50 ×2.8 ×21.5 mm

(2 ×1/8 ×7/8 in.) (w/h/d)

Mass (approx.)

4 g (0.14 oz)

Design and specifications are

subject to change without notice.

DSR-PDX10P:

—3 —

DSR-PDX10/PDX10P

1. Check the area ofyour repair forunsoldered or poorly-soldered

connections. Check the entire board surfacefor solder splashes

and bridges.

2. Check the interboard wiring to ensure that no wires are

"pinched" or contact high-wattage resistors.

3. Look for unauthorized replacement parts, particularly

transistors, that were installed during a previous repair. Point

them out to the customer and recommend their replacement.

4. Look for parts which,through functioning, show obvious signs

of deterioration. Point them out to the customer and

recommend their replacement.

5. Check the B+ voltage to see it is at the values specified.

6. Flexible Circuit Board Repairing

• Keep the temperature of the soldering iron around 270˚C

during repairing.

• Do not touch the soldering iron on the same conductor of the

circuit board (within 3 times).

• Be careful not to apply force on the conductor when soldering

or unsoldering.

Unleaded solder

Boards requiring use of unleaded solder are printed with the lead-

free mark (LF) indicating the solder contains no lead.

(Caution: Some printed circuit boards may not come printed with

the lead free mark due to their particular size.)

: LEAD FREE MARK

Unleaded solder has the following characteristics.

•Unleaded solder melts at a temperature about 40°C higher than

ordinary solder.

Ordinary soldering irons can be used but the iron tip has to be

applied to the solder joint for a slightly longer time.

Soldering irons using a temperature regulator should be set to

about 350°C.

Caution: The printed pattern (copper foil) may peel away if the

heated tip is applied for too long, so be careful!

•Strong viscosity

Unleaded solder is more viscous (sticky, less prone to flow) than

ordinary solder so use caution not to let solder bridges occur such

as on IC pins, etc.

•Usable with ordinary solder

It is best to use only unleaded solder but unleaded solder may

also be added to ordinary solder.

SAFETY CHECK-OUT

After correcting the original service problem, perform the following

safety checks before releasing the set to the customer.

•SUPPLIED ACCESSORIES

Makesurethat thefollowingaccessoriesare supplied with yourcamcorder.

1AC-L10A/L10B/L10C AC power

adaptor (1), mains lead (1)

2NP-FM50 battery pack (1)

3A/V connecting cable (1)

4Wireless Remote Commander (RMT-811)(1)

5R6 (Size AA) battery for Remote Commander (2)

6Shoulder strap (1)

7Lens cap (1)

8“Memory Stick” (1)

9USB cable (1)

0CD-ROM (SPVD-008 USB Driver) (1)(DSR-PDX10P)

CD-ROM (SPVD-008 (I) USB Driver) (1)(DSR-PDX10)

qa Cleaning cloth (1)

qs Wide lens hood (1)

qd XLR adaptor (with a Microphone holder) (1)

qf Microphone (1), Wind screen (1)

qg Clamp filter (1)

—4 —

DSR-PDX10/PDX10P

TABLE OF CONTENTS

1. SERVICE NOTE

1-1. NOTE FOR REPAIR ·····················································1-1

1-2. POWER SUPPLY DURING REPAIRS ·······················1-2

1-3. TO TAKE OUT A CASSETTE WHEN NOT EJECT

(FORCE EJECT) ····························································1-2

1-4. NOTES ON HANDLING THE LASER DIODE·······1-3

1-4-1.Soldering Conditions of Laser Unit (D501) ····················1-3

1-5. SELF-DIAGNOSIS FUNCTION···································1-4

1-5-1.Self-diagnosis Function ···················································1-4

1-5-2.Self-diagnosis Display·····················································1-4

1-5-3.Service Mode Display ·····················································1-4

1-5-4.Self-diagnosis Code Table ···············································1-5

2. DISASSEMBLY

2-1. CABINET (R) BLOCK···················································2-2

2-2. P CABINET (C) ······························································2-2

2-3. LCD MODULE ·······························································2-3

2-4. LCD BLOCK ··································································2-4

2-5. FP-495 FLEXIBLE BOARD ··········································2-4

2-6. CK-134 BOARD ·····························································2-5

2-7. F PANEL BLOCK···························································2-5

2-8. AF LASER BRACKET ASSEMBLY ·····························2-6

2-9. MA-425 BOARD ····························································2-7

2-10. FP-504 FLEXIBLE BOARD ··········································2-7

2-11. BATTERY PANEL BLOCK ···········································2-8

2-12. DB-016 BOARD ·····························································2-8

2-13. MD BLOCK ····································································2-9

2-14. LENS BLOCK ······························································2-10

2-15. VC-318 BOARD ···························································2-10

2-16. MECHANISM DECK (J210) ·······································2-11

2-17. EVF BLOCK ·································································2-11

2-18. FP-497 FLEXIBLE BOARD ········································2-12

2-19. JK-222 BOARD ····························································2-12

2-20. CONTROL SWITCH BLOCK (PS-1870) ····················2-15

2-21. SE-132 BOARD ····························································2-15

2-22. GRIP CABINET BLOCK ·············································2-16

2-23. CONTROL SWITCH BLOCK (CF-1870) ···················2-17

2-24. MS ASSEMBLY ···························································2-17

2-25. VF LENS ASSEMBLY ·················································2-18

2-26. XLR BLOCK ································································2-19

2-27. XK-001 BOARD ···························································2-19

2-28.

XM-002 BOARD, XD-002 BOARD, XS-002 BOARD··

2-20

2-29. CIRCUIT BOARDS LOCATION ·································2-21

2-30. FLEXIBLE BOARDS LOCATION ······························2-22

3. BLOCK DIAGRAMS

3-1. OVERALL BLOCK DIAGRAM (1/5) ···························3-1

3-2. OVERALL BLOCK DIAGRAM (2/5) ···························3-3

3-3. OVERALL BLOCK DIAGRAM (3/5) ···························3-5

3-4. OVERALL BLOCK DIAGRAM (4/5) ···························3-7

3-5. OVERALL BLOCK DIAGRAM (5/5) ···························3-9

3-6. POWER BLOCK DIAGRAM (1/3) ······························3-11

3-7. POWER BLOCK DIAGRAM (2/3) ······························3-13

3-8. POWER BLOCK DIAGRAM (3/3) ······························3-15

4. PRINTED WIRING BOARDS AND

SCHEMATIC DIAGRAMS

4-1. FRAME SCHEMATIC DIAGRAM (1/4)·······················4-1

FRAME SCHEMATIC DIAGRAM (2/4)······················ 4-3

FRAME SCHEMATIC DIAGRAM (3/4)·······················4-5

FRAME SCHEMATIC DIAGRAM (4/4)·······················4-7

4-2. SCHEMATIC DIAGRAMS

•CD-389 (CCD IMAGER)

SCHEMATIC DIAGRAM ··························· 4-11

•SE-132 (PITCH/YAW SENSOR)

SCHEMATIC DIAGRAM ····························4-13

•MA-425 (MIC AMP, AF LASER CONTROL)

SCHEMATIC DIAGRAM ····························4-15

•CK-134 (CONTROL SWITCH)

SCHEMATIC DIAGRAM ····························4-17

•JK-222 (AV IN/OUT, DV/USB CONNECTOR)

SCHEMATIC DIAGRAM ····························4-19

•PD-191 (1/2) (LCD DRIVER, TIMING GENERATOR)

SCHEMATIC DIAGRAM ···························4-21

•PD-191 (2/2) (LCD DRIVER, BACKLIGHT)

SCHEMATIC DIAGRAM ····························4-23

•LB-089 (EVF, EVF BACKLIGHT)

SCHEMATIC DIAGRAM ····························4-25

•FP-504 FLEXIBLE SCHEMATIC DIAGRAM·········4-27

•FP-100, FP-102, FP-228 FLEXIBLE

SCHEMATIC DIAGRAM ····························4-29

•VC-318 (1/17) (A/D CONVERTER, TIMING GENERA-

TOR) SCHEMATIC DIAGRAM ····························4-31

•VC-318 (2/17) (CAMERA RGB PROCESSOR)

SCHEMATIC DIAGRAM ····························4-33

•VC-318 (3/17) (CAMERA PROCESSOR)

SCHEMATIC DIAGRAM ····························4-35

•VC-318 (4/17) (MPEG MOVIE/DIGITAL STILL

PROCESS)

SCHEMATIC DIAGRAM ····························4-37

•VC-318 (5/17) (HI CONTROL, DIGITAL STILL

CONTROL)

SCHEMATIC DIAGRAM ····························4-39

•VC-318 (6/17) (FLASH MEMORY, SDRAM)

SCHEMATIC DIAGRAM ····························4-41

•VC-318 (7/17) (DV SIGNAL PROCESS)

SCHEMATIC DIAGRAM ····························4-43

•VC-318 (8/17) (DV INTERFACE)

SCHEMATIC DIAGRAM ····························4-45

•VC-318 (9/17) (REC/PB AMP)

SCHEMATIC DIAGRAM ····························4-47

•VC-318 (10/17) (USB INTERFACE)

SCHEMATIC DIAGRAM ····························4-49

•VC-318 (11/17) (VIDEO A/D CONVERTER)

SCHEMATIC DIAGRAM ····························4-51

•VC-318 (12/17)(DRUM/CAPSTAN/LOADING DRIVE)

SCHEMATIC DIAGRAM ····························4-53

•VC-318 (13/17) (CAMERA/MECHA CONTROL)

SCHEMATIC DIAGRAM ····························4-55

•VC-318 (14/17) (HI CONTROL)

SCHEMATIC DIAGRAM ····························4-57

•VC-318 (15/17) (LANC, RESET, BEEP, AFLD)

SCHEMATIC DIAGRAM ····························4-59

•VC-318 (16/17) (CONNECTOR)

SCHEMATIC DIAGRAM ····························4-61

•VC-318 (17/17) (CONNECTOR, EVR)

SCHEMATIC DIAGRAM ····························4-63

•DB-016 (1/9) (LENS MOTOR DRIVE)

SCHEMATIC DIAGRAM ····························4-65

•DB-016 (2/9) (VAP DRIVER)

SCHEMATIC DIAGRAM ····························4-67

•DB-016 (3/9) (MIC VOL)

SCHEMATIC DIAGRAM ····························4-69

•DB-016 (4/9) (AUDIO PROCESSOR 1)

SCHEMATIC DIAGRAM ····························4-71

•DB-016 (5/9) (AUDIO PROCESSOR 2)

SCHEMATIC DIAGRAM ····························4-73

•DB-016 (6/9) (VIDEO IN/OUT)

SCHEMATIC DIAGRAM ····························4-75

•DB-016 (7/9) (EVF DRIVE, TIMING GENERATOR)

SCHEMATIC DIAGRAM ····························4-77

—5 —

DSR-PDX10/PDX10P

•DB-016 (8/9) (CONNECTOR)

SCHEMATIC DIAGRAM ····························4-79

•DB-016 (9/9) (DC/DC CONTROL)

SCHEMATIC DIAGRAM ····························4-81

•XD-002/XS-002 (DC/DC CONVERTER,

MIC SELECT)

SCHEMATIC DIAGRAM ····························4-83

•XM-002 (MIC AMP) SCHEMATIC DIAGRAM ·····4-85

4-3. PRINTED WIRING BOARDS

•SE-132 (PITCH/YAW SENSOR)

PRINTED WIRING BOARD ·······················4-89

•CD-389 (CCD IMAGER)

PRINTED WIRING BOARD ·······················4-91

•MA-425 (MIC AMP, AF LASER CONTROL)

PRINTED WIRING BOARD ·······················4-95

•PD-191(LCD DRIVER, TIMING GENERATOR,

BACKLIGHT)

PRINTED WIRING BOARD ·······················4-97

•JK-222 (AV IN/OUT, DV/USB CONNECTOR)

PRINTED WIRING BOARD ·························4-9

•CK-134 (CONTROL SWITCH)

PRINTED WIRING BOARD ·····················4-103

•LB-089 (EVF, EVF BACKLIGHT)

PRINTED WIRING BOARD ·····················4-107

•FP-504 FLEXIBLE BOARD ···································4-109

•FP-495, FP-497 FLEXIBLE BOARD······················4-111

•FP-100, FP-102, FP-228 FLEXIBLE BOARD ······· 4-113

•

XD-002 (DC/DC CONVERTER), XS-002 (MIC SELECT)

PRINTED WIRING BOARD ···················· 4-115

•XM-002 (MIC AMP), XK-001 (LOW CUT SW)

PRINTED WIRING BOARD ···················· 4-117

•VC-318 (A/D CONVERTER, TIMING GENERATOR,

CAMERA RGB PROCESSOR, CAMERA PROCES-

SOR, MPEG MOVIE/DIGITAL STILL PROCESS,

HI CONTROL, DIGITAL STILL CONTROL, FLASH

MEMORY, SDRAM, DV SIGNAL PROCESS, DV

INTERFACE, REC/PB AMP, USB INTERFACE,

VIDEO A/D CONVERTER, DRUM/CAPSTAN/

LOADING DRIVE, CAMERA/MECHA CONTROL,

HI CONTROL, LANC, RESET, BEEP,AFLD,

CONNECTOR, EVR)

PRINTED WIRING BOARD ·····················4-119

•DB-016 (LENS MOTOR DRIVE,VAP DRIVER, MIC

VOL, AUDIO PROCESSOR 1, AUDIO PROCESSOR 2,

VIDEO IN/OUT, EVF DRIVE, TIMING GENERATOR,

CONNECTOR, DC/DC CONTROL)

PRINTED WIRING BOARD ·····················4-123

4-4. WAVEFORMS ····························································4-127

4-5. MOUNTED PARTS LOCATION ·······························4-132

5. REPAIR PARTS LIST

5-1. EXPLODED VIEWS ······················································5-1

5-1-1.MAIN SECTION ····························································5-1

5-1-2.F PANEL BLOCK ···························································5-2

5-1-3.CABINET (R) BLOCK···················································5-3

5-1-4.LCD BLOCK ··································································5-4

5-1-5.CABINET (L) BLOCK ···················································5-5

5-1-6.GRIP CABINET BLOCK ···············································5-6

5-1-7.XLR BLOCK ··································································5-7

5-1-8.EVF BLOCK ···································································5-8

5-1-9.BATTERY PANEL BLOCK ···········································5-9

5-1-10. MD BLOCK ·······························································5-10

5-1-11. LENS BLOCK ····························································5-11

5-1-12.

OVERALL MECHANISM DECK SECTION (J210) ·

5-12

5-1-13. LS CHASSIS BLOCK ASSEMBLY ··························5-13

5-1-14. MECHANISM CHASSIS BLOCK ASSEMBLY ······5-14

5-2. ELECTRICAL PARTS LIST ········································5-15

6. ADJUSTMENT

1. Before starting adjustment ············································6-1

1-1. Adjusting items when replacing main parts and boards ··6-2

6-1. CAMERA SECTION ADJUSTMENT ························6-4

1-1. PREPARATIONS BEFORE ADJUSTMENT

(CAMERA SECTION) ·················································6-4

1-1-1. List of Service Tools ·····················································6-4

1-1-2. Preparations ··································································6-6

1-1-3. Precaution ·····································································6-8

1-2. INITIALIZATION OF 8,A, B, C, D, E, F, 1B, 1E,

1F PAGE DATA ··························································6-10

1-2-1. INITIALIZATION OF A, D PAGE DATA ·················6-11

1. Initializing the A, D Page Data ···································6-11

2. Modification of A, D Page Data ·································6-11

3. A Page Table ·······························································6-12

4. D Page Table ·······························································6-12

1-2-2. INITIALIZATION OF 8, C PAGE DATA ··················6-13

1. Initializing the 8, C Page Data ····································6-13

2. Modification of 8, C Page Data ··································6-13

3. 8 Page Table ································································6-13

4. C Page Table ·······························································6-14

1-2-3. INITIALIZATION OF E, F, 1E, 1F PAGE DATA ······6-15

1. Initializing the E, F, 1E, 1FA Page Data ·····················6-15

2. Modification of E, F, 1E, 1F Page Data ······················6-15

3. E Page Table································································6-16

4. F Page Table ································································6-17

5. 1E Page Table······························································6-18

6. 1F Page Table ······························································6-19

1-2-4. INITIALIZATION OF B, 1B PAGE DATA················6-20

1. Initializing the B, 1B Page Data ·································6-20

2. Modification of B, 1B Page Data································6-20

3. B Page Table ·······························································6-20

4. 1B Page Table ·····························································6-20

1-3. CAMERA SYSTEM ADJUSTMENTS ·····················6-21

1. 66MHz/54MHz Origin OscillationAdjustment ·········6-21

(VC-318 board) ···························································6-21

2. HALL Adjustment ······················································6-22

3. MR Adjustment ···························································6-23

4. Flange BackAdjustment (Using Minipattern Box) ····6-24

5. Flange BackAdjustment (Using Flange Back Adjustment

Chart and Subject More Than 500mAway)················6-25

5-1. Flange BackAdjustment (1) ·······································6-25

5-2. Flange BackAdjustment (2) ·······································6-25

6. Flange Back Check ·····················································6-26

7. Picture Frame Setting··················································6-26

8. Auto White Balance Standard Data Input···················6-27

9. MAX GAIN Adjustment ·············································6-27

10. F No. & ND Light Quantity Standard Data Input·······6-28

11. LV Standard Data Input ··············································6-28

12. Auto White Balance Adjustment ································6-29

13. Color Reproduction Adjustment ·································6-30

14. White Balance Check··················································6-31

15. PSD Sensor Gain Adjustment ·····································6-32

15-1. PSD Sensor Gain Adjustment (1) ·······························6-32

15-2. PSD Sensor Gain Adjustment (2) ·······························6-33

16. Angular Velocity Sensor Sensitivity Adjustment ········6-34

17. Mechanical Shutter Adjustment ··································6-34

18. AF Laser OutputAdjustment ······································6-35

19. AF Laser Axis Check ··················································6-36

1-4. ELECTRONIC VIEWFINDER SYSTEM

ADJUSTMENT ··························································6-37

1. VCO Adjustment (DB-016 board) ······························6-37

2. RGB AMP Adjustment (DB-016 board)·····················6-38

3. Contrast Adjustment (DB-016 board) ·························6-38

4. Backlight Adjustment (DB-016 board) ·······················6-39

1-5. LCD SYSTEM ADJUSTMENT·································6-40

1. VCO Adjustment (PD-191 board) ······························6-40

—6 —

DSR-PDX10/PDX10P

2. RGB AMP Adjustment (PD-191 board) ·····················6-41

3. Contrast Adjustment (PD-191 board) ·························6-41

4. COMAMP Adjustment (PD-191 board) ····················6-42

5. V COMAdjustment (PD-191 board) ··························6-42

6. White BalanceAdjustment (PD-191 board) ···············6-43

6-2. MECHANICAL SECTION ADJUSTMENT ·············6-44

2-1. Preparations for Check, Adjustment and

Replacement of Mechanism Block ·····························6-44

2-1-1. Cassette Compartment Assy, Damper Assy ················6-44

2-2. Periodic Inspection and Maintenance ·························6-45

2-2-1. Rotary Drum Cleaning················································6-45

2-2-2. Tape Path System Cleaning (Refer to Fig. 6-2-2.) ······6-45

2-2-3. Periodic Inspection List ··············································6-46

2-2-4. Mode Selector II Operating Procedure ·······················6-47

2-4-1. Introduction·································································6-47

2-4-2. Mechanism Status (Position) Transition Table

Using Mode Selector II ···············································6-48

2-3. Check, Adjustment and Replacement of

Mechanical Parts ·························································6-49

2-3-1. Drum ···········································································6-49

2-3-2. 6-L. Motor Holder Block Assy (Loading) and

FP-228 Flexible Wiring Board (DEW Sensor) ···········6-50

2-3-3. Retainer PlateAssy, LED Retainer ·····························6-51

2-3-4. Brake-T Block Assy, T-reel Table Assy,

Gooseneck Gear Assy ·················································6-52

2-3-5. TG1Assy, Tension Coil Spring (Tension Regulator)··6-53

2-3-6. TG1 FWD Position Adjustment··································6-54

2-3-7. FWD Back-tension Adjustment ··································6-55

2-3-8. Reel Torque Check ······················································6-55

2-3-9. TG3 Guide Zenith Adjustment ···································6-55

2-3-10. TG6 Guide Zenith Adjustment ···································6-56

2-3-11. LS Cam Plate Position Adjustment·····························6-56

2-3-12. LS Chassis BlockAssy, LS Guide Retainer ···············6-57

2-3-13. LS Cam Plate, Tension Coil Spring (Brake-S), Brake-S,

Torsion Coil Spring (BrakeArm), Cassette Position

Set-S, Brake-S Driving Arm Assy·······························6-58

2-3-14. TG7 BlockAssy, Torsion Coil Spring

(TG7 Return, Pinch Return), Pinch Arm Assy············6-59

2-3-15. Layout Diagram of FP-102 Flexible Wiring Board ····6-60

2-3-16. TG1 Cam Slider, LS Arm, LS Roller, Mode Gear Assy,

LS Guide Roller ··························································6-61

2-3-17. Guide Rail ···································································6-62

2-3-18. Gear Cover B, GL Driving Gear ·································6-63

2-3-19. Drum Base BlockAssy, Coaster-S BlockAssy,

Coaster-T Block Assy ·················································6-64

2-3-20. DC Motor (Capstan), Conversion Gear, Relay Gear ··6-65

2-3-21. Gear Cover C, Pinch DrivingArmAssy, Cam Gear B ······6-66

2-3-22. Gear CoverA, FP-100 Flexible Wiring Board············6-67

2-3-23. Deceleration Gear, Mode Gear Assy,

FP-100 Flexible Wiring Board, Cam Gear A ··············6-68

2-4. Tape Path Adjustment ·················································6-69

2-4-1. Adjustment Preparation ··············································6-69

2-4-2. Tracking Adjustment ···················································6-70

2-4-3. TG3 Guide Adjustment ···············································6-70

2-4-4. TG7 Guide Adjustment ···············································6-71

2-4-5. Check upon Completion ofAdjustment······················6-71

6-3. VIDEO SECTION ADJUSTMENT ···························6-73

3-1. PREPARATIONS BEFORE ADJUSTMENTS ··········6-73

3-1-1. Equipment to Required ···············································6-73

3-1-2. Precautions on Adjustment ·········································6-74

3-1-3. HOW TO ENTER RECORD MODE WITHOUT

CASSETTE·································································6-74

3-1-4. HOW TO ENTER PLAYBACK MODE WITHOUT

CASSETTE·································································6-74

3-1-5. Adjustment Connectors···············································6-75

3-1-6. Connecting the Equipment··········································6-75

3-1-7. Alignment Tapes ·························································6-76

3-1-8. Input/Output Level and Impedance·····························6-76

3-2. SYSTEM CONTROL SYSTEM ADJUSTMENT ·····6-77

1. 6-Initialization of 8,A, B, C, D, E, F, 1B, 1E, 1F Page

Data ·············································································6-77

2. Touch Panel Adjustment ·············································6-77

3. Serial No. Input···························································6-78

3-1. Company ID Input ······················································6-78

3-2. Serial No. Input ···························································6-78

3-3. SERVOAND RF SYSTEM ADJUSTMENT ·············6-80

1. Cap FG Duty Adjustment (VC-318 Board) ················6-80

2. PLL f0& LPF f0Pre-Adjustment (VC-318 Board) ····6-80

3. Switching PositionAdjustment (VC-318 Board) ·······6-81

4. AGC Center Level andAPC & AEQ Adjustment·······6-81

4-1. Preparations before adjustments ·································6-81

4-2. AGC Center Level Adjustment (VC-318 Board)········6-81

4-3. APC & AEQ Adjustment (VC-318 Board) ·················6-82

4-4. Processing after Completing Adjustments ··················6-82

5. PLL f0& LPF f0Fine Adjustment (VC-318 Board) ···6-83

3-4. VIDEO SYSTEM ADJUSTMENTS ··························6-84

1. Chroma BPF f0Adjustment (DB-016 Board) ·············6-84

2. S VIDEO OUTY Level Adjustment

(VC-318 Board) ··························································6-84

3. S VIDEO OUT Chroma LevelAdjustment

(VC-318 Board) ··························································6-85

4. VIDEO OUTY, Chroma Level Check

(VC-318 Board) ··························································6-85

3-5. AUDIO SYSTEM ADJUSTMENTS ··························6-86

1. Playback Level Check·················································6-86

2. Overall Level Characteristics Check···························6-86

3. Overall Distortion Check ············································6-86

4. Overall Noise Level Check ·········································6-87

5. Overall Separation Check ···········································6-87

3-6. XLR ADAPTER ADJUSTMENT ······························6-88

1. Audio Level Check ·····················································6-88

6-4. SERVICE MODE ·······················································6-89

4-1. ADJUSTMENT REMOTE COMMANDER··············6-89

1. Using the adjustment remote commander ··················6-89

2. Precautions upon using the adjustment remote

commander··································································6-89

4-2. DATA PROCESS ························································6-90

4-3. SERVICE MODE ·······················································6-91

1. Setting the Test Mode ·················································6-91

2. Emergence Memory Address ······································6-91

2-1. EMG Code (Emergency Code) ···································6-91

2-2. MSW Code ·································································6-92

3. Bit value discrimination ··············································6-93

4. Switch check (1) ·························································6-93

5. Switch check (2) ·························································6-93

6. Switch check (3) ·························································6-94

7. LED, LCD (display window) check ···························6-94

8. Record of Use check (1) ·············································6-94

9. Record of Use check (2) ·············································6-95

10. Record of Self-diagnosis check ··································6-95

*Color reproduction frame is shown on page 323.

1-1

SECTION 1

SERVICE NOTE

DSR-PDX10/PDX10P

COVER

1-1. NOTE FOR REPAIR

Make sure that the flat cable and flexible board are not cracked of

bent at the terminal.

Do not insert the cable insufficiently nor crookedly.

Cut and remove the part of gilt

which comes off at the point.

(Be careful or some

pieces of gilt may be left inside)

When remove a connector, don’t pull at wire of connector.

It is possible that a wire is snapped.

When installing a connector, don’t press down at wire of connector.

It is possible that a wire is snapped.

1-2

DSR-PDX10/PDX10P

1-2. POWER SUPPLY DURING REPAIRS

In this unit, about 10 seconds after power is supplied to the battery terminal using the regulated power supply (8.4V), the power is shut off so

that the unit cannot operate.

These following two methods are available to prevent this. Take note of which to use during repairs.

Method 1.

Use the AC power adaptor (AC-L10, AC-VQ800 etc.).

Method 2.

Connect the servicing remote commander RM-95 (J-6082-053-B) to the LANC jack, and set the commander switch to the “ADJ”side.

1-3. TO TAKE OUT A CASSETTE WHEN NOT EJECT (FORCE EJECT)

1Refer to 2-2. to remove the cabinet (R) block assembly.

2Refer to 2-7. to remove the F panel block.

3Refer to 2-11. to remove the battery panel block.

4Refer to 2-21. to remove the CS frame block.

5Refer to 2-12. to remove the DB-016 board.

6Refer to 2-13. to remove the MD block.

7Supply +4.5V from the DC power supply to the loading motor and unload with a pressing the cassette compartment.

Loading motor

DC power supply

(+4.5Vdc)

: Unloading

: Loading

Disconnect from CN1006 (27P)

of VC-318 board

1-3

DSR-PDX10/PDX10P

1-4. NOTES ON HANDLING THE LASER DIODE

[LASER UNIT (D501)]

The laser diode may suffer electrostatic breakdown because of the

potential difference generated by the charged electrostatic load, etc.

on clothing and the human body.

During repair, pay attention to electrostatic breakdown and also use

the procedure in the printed matter which is included in the repair

parts.

The flexible board is easily damaged and should be handled with

care.

1-4-1. Soldering Conditions of Laser Unit (D501)

Temperature of Less than 350 °C

the Soldering Iron

Time to Solder Within 3 seconds

Interval to Solder Next terminal is soldered after

waiting for 1 second

Note: Adjustment is needed when laser unit (D501) is replaced.

Refer to “18. AF Laser Output Adjustment”and “19. AF

Laser Axis Check”of “6-1. CAMERA SECTION

ADJUSTMENT”.

Laser unit

(D501)

1-4

DSR-PDX10/PDX10P

1-5. SELF-DIAGNOSIS FUNCTION

1-5-1. Self-diagnosis Function

When problems occur while the unit is operating, the self-diagnosis

function starts working, and displays on the viewfinder or Display

window what to do. This function consists of two display; self-

diagnosis display and service mode display.

Detailsof the self-diagnosisfunctions are provided in the Instruction

manual.

1-5-2. Self-diagnosis Display

When problems occur while the unit is operating, the counter of the

viewfinder or Display window shows a 4-digit display consisting

ofan alphabet andnumbers, whichblinks at 3.2 Hz.This 5-character

display indicates the “repaired by:”, “block”in which the problem

occurred, and “detailed code”of the problem.

1-5-3. Service Mode Display

The service mode display shows up to six self-diagnosis codes shown in the past.

1. Display Method

While pressing the “STOP”key, set the switch from OFF to “VCR”, and continue pressing the “STOP”key for 5 seconds continuously. The

service mode will be displayed, and the counter will show the backup No. and the 5-character self-diagnosis codes.

2. Switching of Backup No.

By rotating the control dial, past self-diagnosis codes will be shown in order. The backup No. in the [] indicates the order in which the

problem occurred. (If the number of problems which occurred is less than 6, only the number of problems which occurred will be shown.)

[1] : Occurred first time [4] : Occurred fourth time

[2] : Occurred second time [5] : Occurred fifth time

[3] : Occurred third time [6] : Occurred the last time

3. End of Display

Turning OFF the power supply will end the service mode display.

Order of previous errors

Backup No. Self-diagnosis Codes

C : 3 1 : 1 1

[3]

Lights up

Viewfinder

[3] C : 3 1 : 1 1

3 C : 3 1 : 11

Display window

1 1

3 1

C : 3 1 : 11

Repaired by:

Refer to “1-5-4. Self-diagnosis Code Table”.

Indicates the appropriate

step to be taken.

E.g.

31 ....Reload the tape.

32 ....Turn on power again.

Block Detailed Code

Blinks at 3.2Hz

C : Corrected by customer

H : Corrected by dealer

E : Corrected by service

engineer

Viewfinder Display window

C : 3 1 : 1 1

Note: The “self-diagnosis display”data will not be erased (reset) when the lithium 3 V supply (CK-134 board BT5201) is removed.

Display windo

Control dial

1-5E

DSR-PDX10/PDX10P

1-5-4. Self-diagnosis Code Table

Block

Function

Detailed

Code

Symptom/State

Non-standard battery is used.

Condensation.

Video head is dirty.

LOAD direction. Loading does not

complete within specified time

UNLOAD direction. Loading does not

complete within specified time

T reel side tape slacking when unloading

Winding S reel fault when counting the

rest of tape.

T reel fault.

S reel fault.

T reel fault.

FG fault when starting capstan.

FG fault when starting drum.

FG fault during normal drum operations.

LOAD direction loading motor time-

out.

UNLOAD direction loading motor

time-out.

T reel side tape slacking when

unloading.

Winding S reel fault when counting the

rest of tape.

T reel fault.

S reel fault.

T reel fault.

FG fault when starting capstan.

FG fault when starting drum

FG fault during normal drum

operations

EEPROM data error

Difficult to adjust focus

(Cannot initialize focus.)

Zoom operations fault

(Cannot initialize zoom lens.)

Steadyshot function does not work well.

(Withpitchangular velocitysensor output

stopped.)

Steadyshot function does not work well.

(With yaw angular velocity sensor output

stopped.)

Abnormalitywhen flash is beingcharged.

Self-diagnosis Code

Repaired by:

Correction

Use the info LITHIUM battery.

Remove the cassette, and insert it again after one hour.

Clean with the optional cleaning cassette.

Load the tape again, and perform operations from the beginning.