Sony PDW-700, CBK-SC02, CBK-HD01 User Manual

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PROFESSIONAL DISC CAMCORDER

PDW-700

HD/SD SDI INPUT BOARD

CBK-HD01

ANALOG COMPOSITE INPUT BOARD

CBK-SC02

MAINTENANCE MANUAL Volume 1 1st Edition (Revised 2) Serial No. 10001 and Higher

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! 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.

PDW-700/V1 (E)

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CAUTION

Danger of explosion if battery is incorrectly replaced.

Replace only with the same or equivalent type recommended by the manufacturer. Dispose of used batteries according to the manufacturer’s instructions.

ADVARSEL!

Lithiumbatteri-Eksplosionsfare ved fejlagtig

håndtering.

Udskiftning må kun ske med batteri

af samme fabrikat og type.

Levér det brugte batteri tilbage til leverandøren.

ADVARSEL

Lithiumbatteri - Eksplosjonsfare.

Ved utskifting benyttes kun batteri som

anbefalt av apparatfabrikanten.

Brukt batteri returneres

apparatleverandøren.

Vorsicht!

Explosionsgefahr bei unsachgemäßem Austausch

der Batterie.

Ersatz nur durch denselben oder einen vom

Hersteller empfohlenen ähnlichen Typ. Entsorgung

gebrauchter Batterien nach Angaben des

Herstellers.

ATTENTION

Il y a danger d’explosion s’il y a remplacement

incorrect de la batterie.

Remplacer uniquement avec une batterie du même

type ou d’un type équivalent recommandé par le

constructeur.

Mettre au rebut les batteries usagées conformément

aux instructions du fabricant.

VARNING

Explosionsfara vid felaktigt batteribyte.

Använd samma batterityp eller en likvärdig typ

som rekommenderas av apparattillverkaren.

Kassera använt batteri enligt gällande

föreskrifter.

VAROITUS

Paristo voi räjähtää jos se on virheellisesti

asennettu.

Vaihda paristo ainoastaan laitevalmistajan

suosittelemaan tyyppiin.

Hävitä käytetty paristo valmistajan ohjeiden

mukaisesti.

PDW-700/V1 (E)

1 (P)

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CLASS 1 LASER PRODUCT LASER KLASSE 1 PRODUKT LUOKAN 1 LASERLAITE KLASS 1 LASER APPARAT

This Professional Disc Camcorder is classified as a CLASS 1 LASER PRODUCT.

Laser Diode Properties

Wavelength: 400 to 410 nm Emission duration: Continuous Laser output power: 135 mW (max. of pulse peak), 65 mW (max. of CW) Standard: IEC60825-1 (2001)

GEFAHR

Bei geöffnetem Laufwerk und beschädigter oder deaktivierter Verriegelung tritt ein unsichtbarer Laserstrahl aus. Direkter Kontakt mit dem Laserstrahl ist unbedingt zu vermeiden.

This label is located insidethe outside panel of the unit.

CAUTION

The use of optical instruments with this product will increase eye hazard.

Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure.

X-RAY RADIATION WARNING

Be sure that parts replacement in the high voltage block and adjustments made to the high voltage circuits are carried out precisely in accordance with the procedures given in this manual.

For safety, do not connect the connector for peripheral device wiring that might have excessive voltage to the following port(s). : Network connector Follow the instructions for the above port(s).

2 (P)

PDW-700/V1 (E)

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Manual Structure

Purpose of this manual ................................................................. 5

Related manuals ........................................................................... 5

1. Service Overview

1-1. Locations of Main Parts .................................................. 1-1

1-1-1. Locations of the Printed Wiring Boards ................ 1-1

1-1-2. Locations of Main Mechanical Parts ..................... 1-3

1-2. Circuit Description.......................................................... 1-4

1-2-1. Camera System ...................................................... 1-4

1-2-2. CCD Block ............................................................ 1-5

1-2-3. Video Signal System ............................................. 1-5

1-2-4. System Control ......................................................1-6

1-2-5. Digital Audio System .......................................... 1-12

1-2-6. Audio System ...................................................... 1-12

1-2-7. Audio DSP Operation Processing ....................... 1-14

1-2-8. Optical Drive System .......................................... 1-16

1-2-9. Power Supply Systems ........................................ 1-17

1-2-10. LCD System ........................................................ 1-18

1-2-11. Others .................................................................. 1-18

1-3. Matching Connectors .................................................... 1-20

1-4. Signal Inputs and Outputs ............................................. 1-20

1-5. On-Board Switch and LED Function ........................... 1-24

1-6. How to Take Out a Cartridge Manually ....................... 1-34

1-6-1. Taking Out a Cartridge at Power-off ................... 1-34

1-6-2. When You Cannot Take Out a Cartridge Even

If Pressing the EJECT Button at Power-on .........1-34

1-7. Removing/Installing ..................................................... 1-35

1-7-1. Removing Outside Panel .....................................1-35

1-7-2. Reinstalling Outside Panel .................................. 1-35

1-7-3. Inside Panel ......................................................... 1-35

1-7-4. Handle Assembly ................................................1-36

1-7-5. Front Panel .......................................................... 1-37

1-7-6. SW Guard Assembly ...........................................1-38

1-7-7. Shoulder Pad, Connector Cover .......................... 1-38

1-7-8. Connector Panel Assembly .................................1-39

1-7-9. Rear Panel Assembly .......................................... 1-40

1-7-10. Battery Connector ............................................... 1-40

1-8. Removing/Installing LCD Block .................................. 1-41

1-8-1. LCD Block .......................................................... 1-41

1-8-2. LCD Hinge .......................................................... 1-43

1-8-3. LCD Backlight and LCD Panel ........................... 1-44

1-9. Replacing the Flat Cables, Flexible Card

Wires/Boards ................................................................1-45

1-10. Service Tools/Measuring Equipment List .................... 1-46

1-10-1. Service Tools .......................................................1-46

1-10-2. Measuring Equipment ......................................... 1-47

1-11. Firmware/Software ....................................................... 1-48

1-11-1. EEPROM/FRAM List .........................................1-48

1-11-2. Firmware Update Using the USB Memory ......... 1-49

1-11-3. Software Option Registration Method

by Using USB Memory .......................................1-51

1-12. Other Overview ............................................................ 1-52

1-12-1. Notes on Handling Optical Block Assembly ...... 1-52

1-12-2. Standard Torque for Screws ................................1-53

1-12-3. Stop Washer ........................................................ 1-53

1-12-4. Description of CCD Block Number ....................1-54

1-12-5. Memory Backup Battery ..................................... 1-54

1-12-6. IC Link Replacement ..........................................1-54

1-12-7. Circuit Protection Element ..................................1-54

1-12-8. Precautions for Use of Condensation Sensor ...... 1-55

1-12-9. Precautions for the Battery Connector ................ 1-55

1-12-10. Notes on Repair Parts ..........................................1-55

1-12-11. Unleaded Solder .................................................. 1-55

2. XDCAM Web Site

2-1. XDCAM Web Site Overview ......................................... 2-1

2-2. Status Menu .................................................................... 2-3

2-2-1. Device Information ............................................... 2-3

2-2-2. Hours Meter ........................................................... 2-4

2-2-3. Software Version ................................................... 2-5

2-3. Disc Menu....................................................................... 2-7

2-3-1. Disc Properties ...................................................... 2-7

2-3-2. Thumbnails ............................................................2-7

2-4. Maintenance Menu ......................................................... 2-8

2-4-1. Software Update ....................................................2-8

2-4-2. Account ............................................................... 2-13

2-4-3. Network ...............................................................2-14

2-4-4. License Registration ............................................2-15

PDW-700/V1 (E)

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3. Error Messages

3-1. Error Messages Overview............................................... 3-1

3-2. Error Code List ............................................................... 3-2

3-2-1. Main Code and Sub Code ...................................... 3-2

3-2-2. Error 0X ................................................................. 3-3

3-2-3. Error 20 .................................................................3-4

3-2-4. Error 3X ................................................................. 3-5

3-2-5. Error 5X ................................................................. 3-5

3-2-6. Error 6X ................................................................. 3-5

3-2-7. Error 91 .................................................................3-6

3-2-8. Error 92 .................................................................3-7

3-2-9. Error 95 .................................................................3-7

4. Setup Menu

4-10-19. SKEW .................................................................. 4-97

4-10-20. SERVO_2 ............................................................ 4-97

4-10-21. ACCELERATION OFFSET ...............................4-98

4-10-22. ERROR LOGGER .............................................. 4-99

4-10-23. VERSION .......................................................... 4-100

4-10-24. SERIAL NO ...................................................... 4-100

4-10-25. CLEAR MEDIA LOG ......................................4-100

4-10-26. UPLOAD TO EEPROM ................................... 4-100

4-11. AUDIO A/D Error Correction .................................... 4-101

4-12. AUDIO D/A Error Correction .................................... 4-102

4-13. AUDIO LEVEL Volume Compensation ....................4-102

4-14. Adjusting Battery End Detection Voltage .................. 4-103

4-15. SERVICE SUPPORT Menu .......................................4-104

4-16. Setup Menu List .......................................................... 4-105

4-1. Setup Menus ................................................................... 4-1

4-1-1. Basic Operations of Setup Menus ......................... 4-1

4-1-2. How to Display the SERVICE Menu .................... 4-1

4-2. TOP Menu ...................................................................... 4-2

4-3. USER Menu .................................................................... 4-3

4-4. OPERATION Menu ....................................................... 4-4

4-5. PAINT Menu ................................................................ 4-27

4-6. MAINTENANCE Menu ............................................... 4-38

4-7. FILE Menu.................................................................... 4-56

4-8. DIAGNOSIS Menu ...................................................... 4-65

4-9. SERVICE Menu ........................................................... 4-69

4-10. Drive Maintenance ........................................................ 4-85

4-10-1. Basic Operation on Drive Maintenance

Menus .................................................................. 4-85

4-10-2. TEMPERATURE SENSOR ............................... 4-85

4-10-3. DEW SENSOR ................................................... 4-86

4-10-4. FAN MOTOR ..................................................... 4-86

4-10-5. ACCELERATION SENSOR ..............................4-87

4-10-6. LOADER ............................................................. 4-88

4-10-7. SLIDER-AUTO TEST ........................................4-91

4-10-8. IN-LIM TEST ..................................................... 4-91

4-10-9. OUT-LIM TEST ................................................. 4-92

4-10-10. SPINDLE MOTOR-AUTO TEST ...................... 4-92

4-10-11. FOCUS ACTUATOR ......................................... 4-93

4-10-12. TRACKING ACTUATOR ................................. 4-94

4-10-13. SA ACTUATOR ................................................. 4-94

4-10-14. LASER ................................................................ 4-95

4-10-15. ND FILTER ......................................................... 4-95

4-10-16. SKEW .................................................................. 4-96

4-10-17. LENS CLEANING ............................................. 4-97

4-10-18. SERVO_1 ............................................................4-97

5. File System

5-1. Structure of File System ................................................. 5-1

5-2. Data Structure .................................................................5-2

5-3. Operating the Files and the Data Flow ........................... 5-3

5-3-1. USER FILE ........................................................... 5-3

5-3-2. ALL FILE .............................................................. 5-5

5-3-3. REFERENCE FILE ............................................... 5-7

5-3-4. Other FILE (SCENE FILE and LENS FILE) ....... 5-9

5-3-5. SERVICE FILE ...................................................5-10

5-3-6. Other RESET ....................................................... 5-11

5-4. Special Items to Save .................................................... 5-12

5-4-1. White Gain .......................................................... 5-12

5-4-2. Master Gain .........................................................5-13

5-4-3. Shutter .................................................................5-13

6. Periodic Maintenance and Inspection

6-1. Periodic Check/Replacement Parts List.......................... 6-1

6-2. Cleaning .......................................................................... 6-2

6-2-1. General Information for the Use of Cleaning

Cloth ......................................................................6-2

6-2-2. Cleaning Loader Assembly ................................... 6-2

6-2-3. Cleaning Spindle Motor ........................................ 6-3

6-2-4. Cleaning Pickup Lens ............................................ 6-3

6-3. Cares after Using under Special Environment................ 6-4

6-4. Digital Hours Meter ........................................................6-5

6-4-1. Display Method and Reset Methods ..................... 6-5

6-5. Recommended Replacement Parts ................................. 6-6

6-6. Precautions for the Battery Connector ............................ 6-8

6-7. Precaution on Hanging Bracket of Handle .....................6-8

PDW-700/V1 (E)

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7. Replacement of Main Parts

7-1. Optical Drive Assembly ................................................. 7-1

7-1-1. Removing/Reinstalling Loader Assembly ............7-1

7-1-2. Removing/Reinstalling Drive Sub Assembly .......7-5

7-1-3. Replacing Cleaner Assembly ................................ 7-7

7-1-4. Replacing Loading Motor Assembly .................... 7-8

7-1-5. Replacing Optical Block Assembly ......................7-9

7-1-6. Replacing No.2/No.3 Gear Assemblies ............... 7-12

7-1-7. Replacing Seek Motor Assembly ........................7-14

7-1-8. Replacing Spindle Motor .................................... 7-15

7-1-9. Removing/Reinstalling Lock Release

Assembly .............................................................7-16

7-1-10. Removing/Reinstalling LD Motor ...................... 7-17

7-2. Removing/Reinstalling Mounted Circuit Board of the

Optical Drive ................................................................ 7-18

7-2-1. SE-709 Board ..................................................... 7-18

7-2-2. SE-857 Board ..................................................... 7-19

7-2-3. SE-858 Board ..................................................... 7-21

7-3. Replacing Fan Motor (Drive) ....................................... 7-23

7-4. Replacing Fan Motor (Rear) .........................................7-24

7-5. Removing/Reinstalling CCD Unit ................................ 7-25

7-5-1. Removing CCD Unit ...........................................7-25

7-5-2. Reinstalling CCD Unit ........................................ 7-26

7-6. Service Action After Replacing the CCD Unit............. 7-27

7-7. Removing/Installing Boards .........................................7-28

7-7-1. CN-2947 Board and TG-260 Board .................... 7-28

7-7-2. AT-177 Board and DCP-44 Board ......................7-28

7-7-3. DVP-45 Board and SY-355 Board ......................7-29

7-7-4. ENC-118 Board, HP-148 Board and

SW-1391 Board ...................................................7-29

7-7-5. FP-157 Board ...................................................... 7-30

7-7-6. CN-2946 Board and CN-3026 Board ..................7-31

7-7-7. KY-623 Board ..................................................... 7-32

7-7-8. CN-3025 Board and SW-1425 Board ................. 7-32

7-7-9. CN-3001 Board ................................................... 7-33

7-7-10. IO-235 Board ....................................................... 7-33

7-7-11. CI-37 Board .........................................................7-33

7-7-12. PS-731 Board ...................................................... 7-34

7-7-13. AXM-38 Board, CN-2948 Board,

SW-1352 Board and RM-216 Board ................... 7-34

7-7-14. MS-86 Board ....................................................... 7-34

7-7-15. CNB-25 Board and PS-708 Board ...................... 7-35

7-7-16. CN-3005 Board and SW-1426 Board ................. 7-35

7-7-17. DR-606 Board ..................................................... 7-36

7-7-18. RE-246 Board ...................................................... 7-37

7-7-19. RX-101 Board ..................................................... 7-37

7-7-20. MB-1111 Board ................................................... 7-38

7-8. Service Action After Replacing or Repairing

the Board ....................................................................... 7-39

7-8-1. Optical Block Assembly ...................................... 7-39

7-8-2. AT-177 Board .....................................................7-39

7-8-3. CN-3005 Board ................................................... 7-39

7-8-4. DCP-44 Board .....................................................7-39

7-8-5. SY-355 Board ...................................................... 7-40

7-8-6. FP-157 Board ...................................................... 7-40

7-8-7. DR-606 Board ..................................................... 7-40

7-8-8. SE-857 Board ...................................................... 7-40

8. Optical Drive Alignment

8-1. Optical Drive Alignment Overview................................ 8-1

8-1-1. Precautions ............................................................ 8-1

8-1-2. Fixtures .................................................................. 8-1

8-1-3. Preparations Before Adjustment ........................... 8-1

8-2. Procedures After Replacing the Optical Block

Assembly and the Board .................................................8-1

8-2-1. Adjustment After Replacing the Optical

Block Assembly .................................................... 8-1

8-2-2. Adjustment After Replacing the DR-606

Board ..................................................................... 8-1

8-2-3. Adjustment After Replacing the SE-857 Board ....8-1

8-3. Servo1 Automatic Adjustment ....................................... 8-2

8-4. Skew Adjustment ............................................................ 8-3

8-4-1. Tangential Skew Adjustment ................................ 8-3

8-4-2. Radial Skew Adjustment .......................................8-5

8-5. Servo2 Automatic Adjustment ....................................... 8-6

8-6. Clearing Media Log ........................................................ 8-6

8-7. After Adjustment ............................................................ 8-6

PDW-700/V1 (E)

Page 8

9. Electrical Alignment

9-1. Preparation ...................................................................... 9-1

9-1-1. Fixtures and Equipment ........................................9-1

9-1-2. Connection ............................................................9-1

9-1-3. Switch Setting before Adjustment ......................... 9-2

9-1-4. Notes on Adjustment .............................................9-2

9-1-5. Gray-Scale Chart and its Maintenance ..................9-3

9-2. Adjustment ...................................................................... 9-4

9-2-1. Confirming VCO CONT Frequency .....................9-4

9-2-2. Modulator Balance Adjustment ............................9-4

9-2-3. VA Gain Adjustment ............................................. 9-5

9-2-4. Black Shading Adjustment ....................................9-6

9-2-5. White Shading Adjustment ................................... 9-7

9-2-6. Black Set Adjustment ............................................9-8

9-2-7. Flare Adjustment ...................................................9-9

9-2-8. Auto Iris Adjustment ...........................................9-10

9-2-9. RPN Adjustment ................................................. 9-11

9-2-10. S/H DC Adjustment ............................................ 9-12

9-2-11. RPN Correction Procedure ..................................9-13

PDW-700/V1 (E)

Page 9

Purpose of this manual

Related manuals

Manual Structure

There are volume 1 and volume 2 in the Maintenance manual of PDW-700. The maintenance manuals (volume 1, 2) are intended for use by trained system and service engineers, and provides the information of maintenance and detailed service.

The following manuals are available in this model. If this manual is required, please contact your local Sony Sales Office/Service Center.

. Operation Manual (Supplied with the unit)

This manual is necessary for application and operation (and installation) of this unit.

. Maintenance Manual

Volume 1: Describes about maintenance information, parts replacement, and guideline for adjustment. Part number: 9-968-417-03 Volume 2: Describes about block diagrams, schematic diagrams, board layouts and detailed parts list required for parts-level service. Part number: 9-968-435-03

. “Semiconductor Pin Assignments” CD-ROM

This “Semiconductor Pin Assignments” CD-ROM allows you to search for semiconductors used in Broadcast and Professional equipment. This manual contains a complete list of semiconductors and their ID Nos., and thus should be used together with the CD-ROM. Part number: 9-968-546-06

PDW-700/V1 (E)

Page 10

Page 11

Section 1

Service Overview

1-1. Locations of Main Parts

1-1-1. Locations of the Printed Wiring Boards

Main unit

1 AT-177 2 AXM-38 3 CI-37 4 CN-2946 5 CN-2947

$- SW-1391 $= SW-1425 $[ SW-1426 $] SY-355 $\ TG-260

6 CN-2948

7 CN-3001 8 CN-3005 9 CN-3025 0 CN-3026 !- CNB-25

!= DCP-44 ![ DET-45 !] DET-47

!\ DR-606 !; DR-617 !' DVP-45 !, ENC-118

!. FP-157 @/ HP-148

@- HP-149 @= IO-235 @[ KY-623

@] LED-444 @\ MA-162 @; MB-1111 @' MS-86

!/4

@, PA-342/342A @. PA-343/343A #/ PA-344

#- PD-118 #= PS-708

#[ PS-731 #] RE-246 #\ RM-216 #; RX-101 #' SE-924 #, SW-1249 #. SW-1352

$/ SW-1385

PDW-700/V1 (E)

1-1

Page 12

Optical drive

1 SE-709 2 SE-857 3 SE-858 4 SW-1125G

1-2

PDW-700/V1 (E)

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1-1-2. Locations of Main Mechanical Parts

1 CCD unit 2 Filter knob 3 LCD Hinge assembly 4 LCD back light 5 Fan motor (exhaust) 6 Fan motor (drive) 7 Loader assembly 8 Cleaner assembly 9 Loading motor assembly !/ Drive sub assembly

PDW-700/V1 (E)

!- Optical block assembly != Seek motor assembly ![ Spindle motor

1-3

Page 14

1-2. Circuit Description

1-2-1. Camera System

AT-177 board

The AT-177 board is the microprocessor board that controls the camera block.

DCP-44 board

The DCP-44 board consists of the block for A/D conversion of the analog RGB signal from the PA-342/PA-342A/PA343/PA-343A/PA-344 board via the feedback clamp circuit, the cam-era DSP block that performs the signal processing, the dri-ver block that sends the analog signal that is D/A convert-ed to the outputs, and the I/F block to the AT-177 board.

1. Microprocessor peripherals The CPU (IC209) uses SH2A (R5S7206), and the clock provides 32 MHz from an external source that is six multiplication in the CPU so that the clock runs on 192 MHz. The memory is composed of 64 MBit flash memory (IC302, IC303), 16 MBit SRAM (IC3056), and 1 MBit FRAM (IC308).

2. A/D input of the CPU The A/D port equipped to the CPU is connected to the following signal lines and monitored: CC position, ND position, temperature, IRIS position of a camera lens, ZOOM position, and mic volume level.

3. Internal communication The serial communication includes intercommunication with the BleConSh IC on the DCP-44 board, the writing controls to the character generator IC, and intercommunication with the disc. The parallel communication is equipped with the 8-bit data line, the total 11-bit address line (A0-A7, A14-A16), control line clock, XRD, XWR, OE, DIR, CS, and (QWERTY, ZXCV, TG). In addition, the intercommunication is performed with EEPROM on the DCP-44 board, the DAC and I/O port IC for the video signal, and the I/O port IC on the FP-157 board with the I2C line that is installed directly to the CPU.

4. Memory stick circuit The memory stick controller IC (IC610) is driven at 16 MHz, and the two-way communication and the clock signal are directly connected from the connector (CN602) to the memory stick connector of the MS-86 board via the coaxial harness. This is compatible with the Memory Stick PRO/DUO.

5. External communication The 2 channel serial communication driver CXD9093R (IC411) is equipped and performs external communication with the remote control unit RM-B150/B750.

6. ROM jig connector (CN601) The connector CN101 that can be connected to the jig for writing the boot program (MS-86 board) is included.

1-4

After passing through the pre-filter (FL300 to FL302), the analog RGB signal input from the PA-342/PA-342A/PA343/PA-343A/PA-344 board is converted to 74 MHz rate 14-bit digital RGB sign-al by the A/D converter (IC107 to IC109), then input into the camera processor IC (IC600).

The camera signal processor IC (IC600) detects the average value and the peak value of the camera video signals that are required for the AUTO operations of the camera such as AUTO black balance, AUTO white balance, and AUTO iris control. The detected average value and peak value are sent to the AT-microprocessor on the AT-177 board. In addition to the above operations, the 25/30 PsF conversion function and the 1080 to 720 conversion function are realized by using the DDR SDRAM (IC700 to 704). After passing through white balance, white shading, and flare correction, the camera main video signal performs the Digital GAIN UP, then performs the Digital Noise Reduction. Then, the matrix signal and the detail signal are added to perform pedestal control, gamma correction, knee correction, and white clip processing. After passing through the selector circuit with which either the camera main video signal or the color bar signal can be selected, the selected signal is output from IC (IC600) to IC800.

The digital VBS signal and the digital Y signal for VF supplied from the camera signal processor IC (IC800) are converted into the analog VBS signal and analog VF signal by the D/A converter* (IC1513, IC1524, IC1525). After passing through the circuit with which either the camera analog VBS signal or the VF Y can be selected, the selected signal is output to the TEST OUT connector. After passing through the circuit with which either the GENLOCK IN connector input or the video signal can be selected, the selected signal is output to the VF connector. In addition, the sync separation circuit and the PLL circuit to synchronize with the external input video of the GENLOCK IN connector are included. The detected average value of the video signal detected in the camera signal processor IC (IC600) and peak value are loaded to the AT-microprocessor on the AT-177 board through the 8-bit data bus.

PDW-700/V1 (E)

Page 15

At the same time, various control signals are controlled by the AT-177 board via I/O Expander (IC3, IC4, IC67).

All volumes are controlled electronically, and the level adjustment is adjusted from the menu.

are generated by IC8 and are sent to the DR-617 board. These pulses are generated from the 74 MHz clock in synchronization with the HD VD signal input from the DCP-44 board. In addition, the TG-260 board has an interface circuit with the optical filter.

The main functions of IC800 are the down-conversion HD to SD, the conversion 720 to 1080 for VF output, and the VF DETAIL generation processing digital ECN processing. The camera main signal of the SD system is output to IC1000.

After performing the multiplex and parallel-serial conversion on the character signal, audio signal, and the ancillary signal in IC1000, the HD signal and SD signal output from IC800 pass through IC (IC1112, IC1113) and are output to SDI1 and SDI2 connectors as the HD-SDI and SD-SDI signals. After another system performs scaling in IC1000 through the SDRAM (IC1309), the HD signal output from IC800 passes through the D/A converter (IC1518) and the video signal is sent to the LCD display. The HD signal output from IC600 is sent to the recording system (DVP-45 board) through multiple character signals in IC1000. After the signal from the RX-105 board on the SDI input option and the SDI signal from the 50-pin I/F are selected internally in IC1000, the signals are separated into the video signal, audio signal, and the ancillary signal, then sent to the recording system (DVP-45 board).

* :The main functions of IC800 are the down-conversion HD to SD, the

conversion 720 to 1080 for VF output, and the VF DETAIL generation processing digital ECN processing. The camera main output of the SD system is output to IC1000.

1-2-2. CCD Block

PA-342/PA-342A/PA-343/PA-343A/PA-344 board

The CCD drive pulses that are supplied from the TG-260 board are amplified so that these pulses can drive the CCD imagers directly (IC2: H Driver). On the other hand, the CCD output signals are amplified approximately two times and input to IC10. The video signal is drawn by the co-related dual sampling inside IC10 and GAIN UP of 0 to 12 dB is performed by the internal GAIN AMP. In addition, the differences in the CCD sensitivity are adjusted by adjusting GAIN. In addition to the above operations, the temperature that is detected by the temperature sensor (IC4) is converted to the voltage data and is sent to the AT177 board via the DCP-44 board.

TG-260 board

The pulses that drive the CCD imagers and the pulses that are used for sample-and-hold of the CCD output signals

DR-617 board

The CCD drive pulses input from the TG-260 board and the sample-and-hold pulse are latched and output to the PA-342/PA-342A/PA-343/PA-343A/PA-344 boards. In addition, the DR-617 board has the V driver of CCD. The CCD V sub voltage and CCD sensitivity adjustment data are recorded in the EEPROM (IC20).

1-2-3. Video Signal System

DVP-45 board

1. Baseband/Video signal processing system <Recording system> The component parallel digital video signal supplied from the video circuit of the DCP-44 board is input to LVIS (IC400) of the DVP-45 board. Signal pre-processing such as the filtering and scaling is performed in this system.

<Playback system> The playback digital video data is loaded from LVIS (IC400) and sent to the DCP-44 board via the MB board as the component parallel digital video signal. The component parallel digital video signal sent to the DCP-44 board is distributed to each path of HD/SD-SDI, VF, COLOR-LCD, and down-conversion and encoding to the composite video signal are performed according to the setting.

2. Video compression signal processing system <Recording system> The recording digital video signal that has undergone signal processing on the DVP-45 board is sent to MPEG2VIDEO Codec (TORINO: IC1000, 1200, 1400) and compressed to the MPEG-2 VIDEO format. The compressed digital video data is sent to PIER G4 (IC1900) and written to PIER_SDRAM (IC1901 to IC1904). The recording digital video signal is encoded to MPEG4VIDEO format in LVIS (IC400) at the same time and generated as the Proxy video data. The generated Proxy video data is sent to PIER G4 (IC1900) and written to PIER_SDRAM (IC1901 to IC1904).

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The recording digital data via i.LINK/network is sent to PIER G4 (IC1900) via the PCI bus and written to PIER_SDRAM (IC1901 to IC1904). While recording on a disc, the data in PIER_SDRAM (IC1901 to IC1904) is sent to the DR-606 board via the ATA interface.

<Playback system> The playback video data and the Proxy video data are sent to PIER G4 (IC1900) via the ATA interface and written to PIER_SDRAM (IC1901 to IC1904). The playback digital video data in PIER_SDRAM (IC1901 to IC1904) is sent to the MPEG2-VIDEO Codec (TORINO: IC1200, IC1400). Decode processing is performed and then the data is sent to LVIS (IC400). The playback Proxy video data in PIER_SDRAM (IC1901 to IC1904) is sent from PIER G4 (IC1900) to LVIS (IC400) and decode processing is performed. The Proxy video data is used as the video signal during the search. The playback video data in PIER_SDRAM (IC1901 to IC1904) is provided to i.LINK/network via the PCI bus as the MXF file data.

3. Sync signal system Whether the status is on record or on playback, 74/27 MHz clock, HD-F, HD-V, HD-H, HD-PB-F, SD-F, SD-V, and SD-H that are always input from the DCP-44 board are the reference signal. Based on these reference clocks, the video sync timings and system timings are generated.

1-2-4. System Control

SY-355 board

1. Disc record/playback system control The following functions are realized using the RISC microprocessor (hereinafter refer to as CPU: IC 200) as the CPU for the system control on the SY-355 board.

<PCI bus interface> CPU is connected to PIER G4 (IC1900/DVP-45 board)/ FAM controller on the DVP-45 board and PCI-PCI Bridge (IC900) via the PCI bus interface to receive and send data with one another and perform control. The PCI bus interface communicates with the following devices by relaying through PIER G4 (IC1900/DVP-45 board).

. CAVA (IC200/DVP-45 board)

. MPEG2-VIDEO CODEC (IC1000, 1200, 1400/DVP-45

board)

. AUDIO REC/PB DSP (IC800, 801/DVP-45 board)/

AUDIO Low Resolution DSP (IC900/DVP-45 board)

. LVIS (IC400/DVP-45 board) . Optical Drive (DR-606 board) . AT microprocessor (AT-177 board) . FP microprocessor (FP-157 board) . Character generator (IC503/DCP-44 board) . LTC generator/reader (PIER G4 (IC1900) built-in)

The PCI bus interface is connected to the Linux system on the SY-355 board via the PCI-PCI Bridge (IC900/SY-355 board) and receives and sends data to the controllers.

<Memory controller> . SDRAM (SY-355 board: IC201 to 204) control (32 bit x

64M word)

. Flash memory (IC505, IC506/SY-355 board) control (32

bit x 16 M word)

<Serial interface> . EEPROM control saving the setting data

<External control bus (CPU LOCAL bus)> . IN port/OUT port control

RESET signal output on each device, loading the switch setting, and similar signals

CAVA/PIER G4/FAM/BRIDGE each FPGA configuration

. FRAM (IC507/SY-355 board) control

2. Application device control system (Linux) This is the system that uses RISC microprocessor (hereinafter refer to as CPU: IC1300) on the SY-355 board to control the device for the application. Linux is used as the OS. CPU and peripheral circuit configuration is almost same as that of the system control.

<PCI bus interface> The CPU exchanges data with the USB controller (IC1500) via the PCI bus interface. In addition, the CPU exchanges the data with the CPU of the system control via the PCI-PCI Bridge (IC500/SY-355 board) on the same bus.

<PCI BRIDGE (IC900)> The functions of PCI BRIDGE are data relay of the PCI bus and the I/F function to the OSD display controller on the LVIS (IC400/DVP-45 board).

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<USB HOST Controller (IC1500)> USB HOST Controller exchanged data with the USB devices such as the flash memory using the interface compatible with the USB 2.0.

<Ether interface> Ether interface controls the Ether PHY (IC1/CN-2946 board) and connects to the network via it.

FP-157 board

12. FP_CPU backup circuit

13. Backup lithium battery voltage measurement circuit

14. Independent operation of FP_CPU

15. REAR input control

16. REAR XLR automatic insertion detection circuit control (DET-47 board and sensor holder)

17. Color LCD monitor drive control and switching/ rotation detection circuit

18. Nonvolatile memory control

19. Monochrome LCD display circuit with back light

The FP-157 board has the FP_CPU (IC921) as the submicroprocessor and the hardware consists of the synchronous and asynchronous serial communication, I2C communication bus, and the 8-bit bus. The main function is controlling the audio system.

Main functions

. Synchronous serial communication

The functions of synchronous serial communication are the color LCD monitor setting, monochrome LCD display, audio D/A setting, analog wireless communication, and the ITORON communication.

. Asynchronous serial communication

Digital wireless communication.

. I2C bus

The rear connector, detection such as PLAY/STOP key, Info_BATTERY communication, Real Time Clock communication, Serial EEPROM (Memory) communication, and I/O control communication make up the 3channel I2C bus.

. 8-bit bus

The 8-bit bus controls the serial communication bus (SDA,SCL) of the 3-channel I2C bus controller (Parallel bus to I2C_bus Controller).

. CPU I/O

The CPU I/O loads the A/D and controls the I/O port terminal.

Main blocks

1. Audio mode control

2. AUDIO level indication

3. STOP/PLAY keys control

4. CTL/TC/UBIT control

5. Real Time Clock control

6. WARNING_LED control and alarm tone control

7. Wireless receiver (optional equipment) control

8. Software download function

9. Power supply voltage measuring circuit

10. Info-Battery communication circuit

11. POWER OFF soft control circuit

Description of each block

1. Audio mode control

Audio control is performed by receiving the audio mode information and the menu setup information from the ITORON (CPU) on the SY-355 board. The switch information of the three positions is connected to the AD terminal of the CPU and processed as the AD signal of the three-valued data. The audio is switched in the I2C bus PCA-9555 (I/O port: IC923, 924).

2. AUDIO level indication

The digital signal applied on the DSP is converted to 16 bits and set in the register in DSP. ITRON (CPU) reads and displays it on the color LCD monitor. The peak hold time is approx. 1400 ms.

3. STOP/PLAY keys control

Each switch on the KY-623 board is connected to PCA9555 for I2C bus to read the ON/OFF information of the switch and turn on the LED. The switch information is transferred to ITORON (CPU). At POWER-ON, the LED of EJECT, F REV, PLAY, F FWD are turned on, initialized, and turned off.

4. CTL/TC/UBIT control

The switch information of the three positions is connected to the AD terminal of the CPU and processed as the AD signal of the three-valued data. The ON/OFF information of the switches are transferred to the ITRON (CPU) and displayed on the color LCD monitor.

5. Real Time Clock control

The Real Time Clock IC (IC908:RX-8025NB) uses nonadjustable clock for the I2C bus. The accuracy is ± 15 seconds per month. When the power is turned on, the FP_CPU reads data and send it to ITRON (CPU) The ITRON (CPU) sends the time data to the Camera CPU

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Page 18

of the AT-177 board. The viewfinder uses the time data for displaying the time. The data for year, month, day, and time of the clock can be changed using the menu. The settings for year, month, day, and time are sent to the FP_CPU and the year, month, day, and time are written to the Real Time Clock IC.

6. WARNING_LED control and alarm tone control The WARNING information is supplied from the ITRON (CPU) that is used to turn on and off the WARNING LED on the FP-157 board. The 1 KHz square wave generated from the PWM generator circuit inside the FP_CPU alarm tone is used as the alarm tone.

7. Wireless Receiver Control (Optional function) This communication circuit can control both analog and digital wireless receivers. Analog wireless receivers use the conventional method of synchronous serial communication (200 Bps). (Interval time: 80 ms) Digital wireless receivers use 38 KBps asynchronous serial communication to handle large amounts of communication data.

CH1&2

CH3&4

CH-1/3

CH-2/4

IC750

FP-CPU

(CH-1/3,

MIX,

CH-2/4)

FP-CPU(Head Phone Out:Streo/Mono)

MIX INV

Mono

CH-1/3

Streo

Mono

CH-2/4

Streo

CH-1/3

MIX

CH-2/4

IC704

TC74HC4052

IC705

TC74HC4052

MONITOR-VR

FP_CPU (MIN ALARM VOL)

IC706

NJM-2172

VCA

+InA

OutA

_InA

Cont

OutB

+InB _InB

VCA

OutA

+InA _InA

Cont

RV700

ALARM SIGNAL(FP_CPU)

Audio Monitor Block

With a built-in wireless receiver, when FP_CPU is in the POWER-ON state, the receiver type is determined and information such as the transmission RF sensitivity is loaded. This data is transmitted to Camera CPU via ITRON (CPU) and can be viewed on the viewfinder.

8. Software download function FP_CPU has internal flash memory so the software can be overwritten. Load the software in the memory stick into the camera microcomputer and transmit the data through ITRON (CPU) in the SY-335 board to the FP_CPU where it is written.

9. Power voltage measurement circuit (batteries other than the info battery)

Power voltage measurement circuit (IC839) outputs two types of DC voltage from DA output of the FP_CPU and switches voltage in the IC839 6-pin to switch between a measurement range of +9 V to +14 V and +12 V to +17 V. The voltage measurement is sent to ITRON (CPU) as the voltage value. ITRON calculates the remaining battery charge, creates voltage display data, and returns the data to FP_CPU. FP_CPU displays the voltage display data on the monochrome LCD. The voltage display data can be checked at the same time in the status menu for the color LCD.

IC708

NJM386

Final AMP

+ _

IC707

NJM-2172

IC706

+3 Vdc

+InA _InA

Q707

When ALARM-VOL Position 0 %, Alarm Level is about _38 dBu.

VCA

OutB

Cont

ALARM-VR

IC709

NJM386

Final AMP

+ _

IC710

NJM386

Final AMP

+ _

+3 Vdc

RV701

R761

FP_CPU (SP ATT LEVEL:0dB)

FP_CPU (SP ATT LEVEL:_3dB)

FP_CPU (SP ATT LEVEL:_6dB)

FP_CPU (SP ATT LEVEL:_9dB)

Front_EARPHONE

CN701

CN702

Q712 Q715

Q711 Q716

Q713 Q717

Q718

REAR_EARPHONE with SW

CN703

MONITOR

SW-1

SW-2

SW-3

SW-4

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10. Info battery communication circuit. This equipment supports batteries with SM Bus specifications. The serial communication bus (SDA, SCL) for IC916 (Parallel bus to I2C_bus Controller) connected to the FP_CPU bus passes through IC927 and IC928 (switching switch) and connects to the serial terminal of the info battery. The Serial Clock Rate is 88 KHz. The battery type, remaining time, and other information is loaded onto FP_CPU and transmitted to ITRON (CPU). ITRON (CPU) calculates the remaining battery charge and creates remaining charge display data, and transmits the data to Camera CPU and FP_CPU. FP_CPU displays the remaining charge display data on the monochrome LCD. The remaining charge display data can be checked at the same time in the status menu for the color LCD.

11. Power off software control circuit FP_CPU detects the POWER-SW OFF information. When power can be turned on, the "Power OFF" command is sent from ITRON (CPU) and FP_CPU controls the power OFF circuit on the CNB-25 board.

12. FP_CPU backup circuit Even when power is turned off for FP_CPU, the data is saved for the internal RAM and Real Time Clock (RX8025NB) through backup on a coin battery. By saving the system data, FP_CPU can be started up quickly when the power is turned on.

BATTERY

Battery

ID Register

Battery-in

DC-in

Front

Microphone

Volume

INFO_ BATT _SDA

INFO_BATT _SCL

+3 V

FET-SW

(CNB-25 board)

+5 V

Battery ID Data

IC927 IC928

I2C_BUS

UNREG+12 V

+3 V

IC916

PCA9564

SDA

SCL

IC914

IC838

IC839

IC7

8 bit

CPU_BUS

Voltage

measurement

Voltage

measurement

Voltage

measurement

Voltage

measurement

13. Backup lithium battery voltage measurement circuit FP_CPU performs voltage measurement on the backup lithium battery. When recharging is detected, the reducedvoltage information is send to ITRON (CPU). (Measurement interval time: 60 s) Current is prevented from running through FET-SW (Q836) in order to prevent power from being lost during measurement. Furthermore, reverse current above +3 V is prevented with FET-SW (Q829), thus extending the life of the lithium battery. The battery life is guaranteed for about 5 years.

14. FP_CPU independent operations When the POWER-SW is set to power off, power is supplied from the UNSW +12 V power circuit to display the counter and other information on the monochrome LCD. Power is supplied to each power regulator with IC830 (hyposaturation regulator 8 V) and independent operations can be performed. The operations can be turned on or off from the menu.

15. REAR input control The serial communication bus (SDA, SCL) for IC917 (Parallel bus to I2C_bus Controller) connected to the FP_CPU bus sends control for the AXM-38 board through the motherboard with IC202 (PCA-9555: I2C_I/O_PORT) on the CNB-25 board and acquires the following information: REAR_XLR automatic insertion detection

Port

D15

HD64F2378

Port

AN11

AN14

AN13

AN10

IC921

CPU

Vcc

AN15

Port

AN8

AN9

AN0 AN1 AN2 AN3 AN4 AN5 AN6

AN7

Q836

IC844

FET-SW

(1 time/60 sec)

CLOCK 16 MHz

Voltage measurement

FRONT,REA,WRR-SW1,2,3,4

CTL,TC,U_BIT-SW

FREE,SET,REC_RUN-SW

PRESET,REGENE,CLOCK-SW

Monitor-SW

(3 digitize level)

+3 V

IC908

Real Time

Clock

RX-8025NB

+3 V

CH-1

RV1

CH-2

RV2

+3 V (IC805)

Q829

FET-SW

Lithium Coin Battery

+3 V

PDW-700/V1 (E)

SW-1425

to iTRON_CPU

Voltage Measurement Block Overview

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Page 20

circuit control, microphone amplifier gain control, operational amplifier power control, and digital/analog input switching switch information.

16. REAR XLR automatic insertion detection circuit control (DET-47 board and sensor holder)

Combine the DET-47 board on the sensor holder and connect with the harness to the AXM-38 board. The infrared light emitter uses one LED that connects to the CH1 and CH2 receivers positioned in the middle of the sensor holder on the left and right sides. When “Detection ON” is set from the menu and the XLR connector is inserted into the 3P-XLR connector, the infrared light is blocked, the output from the receivers changes from L to H, and insertion is detected. At this time, CH1 and CH2 operate automatically and the XLR input on the REAR area is selected. (CH3 and CH4 are not switched automatically. ) Detection interval time is 200 ms.

17. Color LCD monitor drive control and opening/rotation detection circuit

The CN108 connector is connected to the power supply and the RGB signal for video, the passes through CN802 to connect directly into the LCD driver. FP_CPU and LCD driver are connected with synchronous serial communication. During POWER_ON, parameters

such as brightness and contrast can be set. This information is saved in the LCD (PD-118 board) nonvolatile memory and the FP-157 board IC913 (nonvolatile memory). Rotation is detected by the rotation sensor switch in DET45 after passing through CN802. Opening and closing is detected from the hole terminal (H801) on the FP-157 board and the field intensity from the permanent magnet (neodymium: Ne-FeB).

18. Nonvolatile memory control IC907 on the FP-157 board is nonvolatile memory that supports the I2C bus. This memory stores system information such as the A/D and D/A error compensation values and color LCD settings. During POWER-ON, this information is sent to ITRON (CPU) and the color LCD device.

19. Monochrome LCD display circuit with backlight FP_CPU and IC806 (UPD7225GB) are connected by a 500 KHz serial communication port. IC806 is an LCD controller/driver that is programmable with software. ND800 displays the BATTERY value, DISC capacity, time, and counter value on the monochrome LCD at three hour intervals.

H_AMP12CH_ON

Buffer

ATT

Buffer

ATT

Buffer

ATT

Buffer

ATT

H_AMP34CH_ON

ch1

ch2

AMP

ch3

ch4

AMP

L_A/D_PD12CH_ON

DVP-45 board

AK5383

L_A/D_PD34CH_ON

AK4382

FP-157 board

FIL TER

AMP

MIX/CH1/CH2

MA-162 board

FrontMIC-1

FrontMIC-2

AMP

ch1

ch2

AMP

Monitor-OUT

STEREO

FP_H_AUOUT_ON FP_H_AUIN_ON

B3 B4

CNB-25 board

AXM-34 board

(-3,0,4 dB standard ATT)

MONO

RX-101 board

ch1

ch2

REAR-1

REAR-2

1-10

Audio Power Save Block

PDW-700/V1 (E)

Page 21

CPU

HD64F2378

8bit

I2C BUS (330KHz)

CONTROL-1

IC917(PAC9564)

8bit

I2C BUS (330KHz)

CONTROL-3

IC918(PAC9564)

PCA-9555-1

I/O OUT +5V

PCA-9555-2

I/O OUT +5V

I2C-BUS(+5V)

AUDIO-Control

SignalSelect

HeadRoomSelect

EEPROM

CAT24WC02

RealTimeClock

RX8025B

I2C-BUS(+3V)

BusSw

BUS

TxD4

RxD4

SCK4

Port

SIDE_VOL

Audio_IN_SW

RV1,2

SWITCS

Control

D/A Convertor

AK-4382A

B/W LCD

UPD-7225GB

TxD3

RxD3

SCK3

TxD2

RxD2

SCK2

TxD1

RxD1

SCK1

LCD

Position

DET-45

Info_Battery

PCA-9555-4

I/O IN&OUT

+3V

I2C-BUS(+3V)

Audio in Select Sw

Amp Gain Control

AXM-38

CNB-25

WRR-855

101

BusSw

I2C-BUS(+3V)

COLOR-LCD

(CXD-3662R)

PD-118

CN-802

Terminal

(BOOT)

I2C-BUS

I2C-BUS(+5V)

CPU

iTRON

CPU

Camera

FP-157

DVP-45

DCP-44

MB -1111

SW-1425

FRONT_MIC_VOL

SW-1391

STBY/SAVE

OFF/ON-PAGE

LOW/M/HIGH

PREST A/B

DDC-BRA

PCA-9555-5

I/O OUT +3V

I2C-BUS(+3V)

Rotary SW

ENC-82

LED:ON/OFF

Auido_Mute

8bit

SDA,SCL

I2C-BUS(+5V)

Alarm

Tone

MOS-FET level

conversion 0/3V

Interface

KY-623

PCA-9555-3

I/O OUT +3V

INT

CCC-SW

TK60011CS8

(hall element)

SorN

Pole

Magnet

LCD

Open/Close

MIC

5P terminal

CN-3001

SW-1352

SW-1

SW-2

MIC-AMP

GAIN Control

MA-162

AT-177

SY-355

DET-47

XLR-DETCT

BusSw

SCK3,TxD3,

RxD3

8bit

PORT

I2C BUS (88KHz)

CONTROL-2

IC916(PAC9564)

I2C-BUS(+5V)

FET_SW

N_Channel

AntonSW

Audio System Control

PDW-700/V1 (E)

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Page 22

1-2-5. Digital Audio System

DVP-45 board

1. Audio signal processing system

<Recording system> The analog audio signal input from the AUDIO IN connector is converted into a serial digital audio signal (two channels) with the AUDIO A/D converter on the FP157 board. The digital audio signal enters CAVA (IC200) of the DVP-45 board through the MB-1111 board. The serial digital audio signal (four channels) input from the AES/EBU INPUT connector undergoes level conversion in the AXM-38 board and is input into CAVA (IC200) of the DVP-45 board. After the signal is decoded in CAVA (IC200), it is synchronized and converted to the same sampling rated as the recorded video signal with the sampling rate converter (IC700, IC703). Digital audio signals (eight channels) that include input HD-SDI signal (when the option is attached) are decoded with the DCP-44 board. Then, the signals are converted into serial digital audio signals and entered into CAVA (IC200) of the DVP-45 board via the MB-1111 board. CAVA (IC200) selects the above entered digital audio signal and sends it as the recorded audio data to AUDIO REC DSP (IC800).

The recording digital audio data is sent to AUDIO Low Resolution DSP (IC900) through CAVA (IC200), Proxy audio data is generated in compressed A-Low format, and the data is sent to PIER G4 (IC1900). The above recording digital audio data and recording compressed Proxy audio data are written PIER_SDRAM (IC1901 to IC1904). The recording digital data from the i.LINK/network is sent to PIER G4 (IC1900) via the PCI bus and written to the PIER_SDRAM (IC1901 to IC1904). While recording to a disc, the data in PIER_SDRAM (IC1901 to IC1904) is sent to the DR-606 board via the ATA interface.

<Playback system> The audio data and the Proxy audio data are sent to PIER G4 (IC1900) via the ATA interface and written to the PIER_SDRAM (IC1901 to IC1904). The playback digital audio data in PIER_SDRAM (IC1901 to IC1904) is sent from PIER G4 (IC1900) to AUDIO PB DSP (IC801), After performing signal processing such as limiter, playback level control, and mute processing, the signal is input to CAVA (IC200). The audio data and Proxy audio data in PIER_SDRAM (IC1901 to IC1904) is provided to i.LINK/network via the PCI bus as the MXF file data.

<Playback system> The playback digital audio signal that underwent playback signal processing in AUDIO PB DSP (IC801) is entered into CAVA (IC200), then separated and converted into the serial digital audio signals for analog output systems and digital output systems. The analog output system serial digital audio signal is sent to the AUDIO D/A converter in the FP-157 board via the MB-1111 board. After it is converted into an analog audio signal, the signal is output to the AUDIO OUT connector, headphone, and monitor speaker. The digital output system serial digital audio signal is sent to the DCP-44 board via the MB-1111 board. The signal is combined with the video signal in the DCP-44 board and output as the HD/SD-SDI audio signal.

2. Digital signal processing system

<Recording system> The recording audio data from CAVA (IC200) undergoes signal processing such as recording level control, muting process, and MIX/SWAP in AUDIO REC DSP (IC800), and then it is sent to PIER G4 (IC1900) as recording digital audio data.

3. Sync signal system The reference signal is always the 24.576 MHz clock entered from the DCP-44 board, whether recording or playing back. This reference clock is divided and timing signal for 256 FS, 64 FS and FS audio processing is generated.

1-2-6. Audio System

Block structure

Front microphone amp : MA-162 board Input signal selector : FP-157 board A/D circuit (CH1&2) : FP-157 board A/D circuit (CH3&4) : FP-157 board D/A circuit : FP-157 board Final amp : CNB-25 board Monitor amp : FP-157 board Rear input : AXM-38 board DPS operation processing : DVP-45 board

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1. Front microphone amp The front microphone amp on the MA-162 board comes with a gain switch. (30 dB/20 dB/10 dB) Gain switching can be performed from the menu. (_60 dBu/_50 dBu/_40 dBu)

2. Input signal selector The audio signal can be selected with the analog switch (IC1 to IC4) based on the side panel switch information.

3. A/D circuit A/D uses 24-bit AK-5383. The sampling frequency is 48 KHz. The first has an ATT circuit for head room level adjustment.

performed with the operational amp with electronic volume (NJM2172).

7. Rear input The rear input is composed of the following: a switch for Line In, AES/EBU, and MIC-IN; +48 V ON/OFF-SW; automatic detection circuit (DET-47 board) for the 3-pin input XLR connector; and the microphone amp (10 dB/20 dB/30 dB). Gain switching can be performed from the menu. (_60 dBu/_50 dBu/_40 dBu) Line In input level setting can be switched to +4 dBu, 0 dBu, or _3 dBu with the slide switch on the AXM-38 board. (Open the inside panel.)

4. D/A circuit D/A uses 24-bit AK-4382A. The sampling frequency is 48 KHz. The latter has a differential LPF circuit and an output level amp circuit.

5. Final amp The final amp is located on the CNB-25 board and is connected to the AXM-38 board with the connector-toconnector. The CH1 and CH2 output signals are output from the 5-pin XLR connector. The output level can be selected as _3 dBu, 0 dBu, or +4 dBu from the menu.

6. Monitor amp Composed of the monaural amp for the front earphone and stereo amp for the rear earphone, the volume control is

64Fs

Operation description

After the power to the device is turned on, each port in the FP-157 board CPU is initialized, the necessary resistor data is set, and MUTE is cancelled. (After approximately 3 seconds, the digital EE sound can be monitored.)

The front mic signal passes through the MA-162 board and MB-1111 board before entering the input signal selector (analog switch: IC1 to IC4) of the FP157 board.

The rear input signal passes through the AXM-38 board, CNB-25 board, and MB-1111 board before entering the input signal selector (analog switch: IC1 to IC4) of the FP157 board.

The information from the FRONT/REAR/WIRELSS switch position can be obtained by loading the three

64Fs

A/D OUT CH3&4 (24bit)

A/D OUT CH1&2 (24bit)

(Left Justified,24bit Data)

D/A IN CH3&4 (24bit)

D/A IN CH1&2 (24bit)

(Left Justified,24bit Data)

PDW-700/V1 (E)

MSB

23 0

MSB

23 0

MSB

23 0

MSB

32bit

A/D & D/A Signal Format Diagram

23 0

MSB

CH3

23 0

MSB

CH1

23 0

MSB

CH3

23 0

MSB

CH1

32bit

CH4

CH2

CH4

CH2

AN34

AN12

DA34

DA12

DVP-45

1-13

Page 24

signals from the switch connected to each A/D terminal in the FP_CPU (S1 to S4). FP_CPU sends the switch position information to ITORN_CPU of the SY-355 board, and then selects the audio signal by receiving the audio mode information from the ITORN_CPU.

The selected CH1 and CH2 system signals enter the differential amp (IC5: balance-to-unbalance converter) and pass through the head room level switching circuit and balance-to-unbalance conversion amp for A/D. Then, the signals are applied to the A/D converter IC (IC102: 24-bit). The serial digital audio signal (2 channels) converted to digital is entered to VAX (IC200) of the DVP-45 board via the MB-1111 board VAX (IC400) selects the entered digital audio signal and sends it as the recorded audio data to AUDIO REC DSP (IC800).

DSP for audio performs high-speed processing for operations such as gain processing during manual operations, AUTO processing, LIMITER processing, 67 Hz notch filter while using the front mic, LPF (15 KHz) ON/OFF, internal SG, and audio level detection.

combined front and side volumes and sends the results to DSP.

The D/A serial signal for playback passes through the DVP-45 board and MB-1111 board and enters the digital switch (IC461) of the FP-157 board. In the monitor CHSW, CH1&2 or CH3&4 is selected and applied to the 24bit D/A converter (IC453).

The D/A converter output passes through the differential LPF, ATT balance-to-unbalance conversion amp (IC514), and MB-1111 board. It is applied to the final amp (IC200, IC201) of the CNB-25 board and output from the 5-pin XLR connector (AXM-38 board).

The audio signal for the monitor passes from IC520/620 output through the monaural, mix, and stereo switching switch (IC703, IC704). Then, the signal is applied to the operation amp (NJM2172) with electronic volume. The rear earphone can be switched between stereo and mono from the menu. The monitor speaker output level can be lowered from the volume. Select one of the following for the ATT value: 0, _3 dB, _6 dB, or _9 dB.

On the other hand, the front volume and side volume are connected to the A/D terminal in the CPU and the volume voltage is converted into digital with the internal 10-bit A/ D. After being converted into a multiplication value for DSP, the signal is sent to ITORN_CPU. ITORN_CPU performs operation processing on the

InPut

24dBu

20dBu

10dBu

+4dBu +0dBu _3dBu

_10dBu

_20dBu

_30dBu

_40dBu

_50dBu

_60dBu

_17dB

WireLess

_40dBu

_50dBu

_60dBu

_20dB

Max Input : _20dBu

Digital_WRR;

Reference OUT : _40dBFS (DSP setting the same MIC as specifications)

12dB:ATT 0dB

_24dB

Max Input : _10dBu

16dB:ATT 4dB 18dB:ATT 6dB 20dB:ATT 8dB

_20dBu

_30dBu

MIC

Max Input : 0dBu

HeadRoom

Tp-1

_21dBu

_31dBu

I2S-Format

_40dBFS

AK5383

40dB

30dB

Tp-101

_29dBu

_39dBu

HeadRoom : Get 30dBu AK-5383 input : _23dBu

(X, Y terminal : _29dBu)

HeadRoom : Get 40dBu AK-5383 input : _33dBu (X, Y terminal : _39dBu)

LINE-IN;

MIC-IN;

24bit

A/D

_30dBFS

_40dBFS

DSP

(TMS320DA150GGU120)

_20dBFS

1-2-7. Audio DSP Operation Processing

Main functions

1. AUTO-AMP: Two to four types of characteristics can be selected depending on each headroom.

_4dBu

_8dBu _10dBu _12dBu

AK4382A

24bit

D/A

AK-4382A

Max Output;

2.75Vp-p

_20dBFS

ALARM-TONE

CPU_OUT:2.7dBu

_3dB

HeadRoom

_12dB:ATT 8dB _16dB:ATT 4dB _18dB:ATT 2dB _20dB:ATT 0dB

(Controled ATT of DAC)

AES/EBU;

Reference OUT : _20dBFS

+5dBu

_17.5dB

Tp-500

_15dBu

20dB

_33dB

_15dB

+9dB

_9dB

_12dB

VR_Max:_30dBu

VR_Max:_48dBu

ALARM_VR(Min):Faint_On

Tp-501

_10dBu

+14dB

ALARM_VR(Min):Faint_Off

+9dBu +4dBu

+0dBu _3dBu

+26dB

_4dBu

_22dBu

XLR-OUT

(IN : +24dBu, Limiter-ON)

(IN : +4dBu, AGC-ON)

_13dBu

HeadPhone

(8Z loded)

_31dBu

ALARM (Max)

_62dBu

ALARM (Min)

Faint : On

_90dBu

ALARM (Min)

Faint : Off

1-14

Audio Level Chart

PDW-700/V1 (E)

Page 25

AGC/LIM SPECIFICATION

0 +10 +20

_6dBFS _9dBFS

_15dBF S

_12dBF S

_17dBF S

INPUT [dBFS]

OUTOPUT [dBFS]

_8.1

dBFS

_11.4

dBFS

_14.6

dBFS

_17.9

dBFS

_20.0

dBFS

Output level at 0dBFS input.

Subthreshold level

_5.4dBFS max

_8.4dBFS max

_11.4dBFS max

_14.4dBFS max

_16.4dBFS max

_4.8dBFS max

_7.8dBFS max

_10.8dBFS max

_13.8dBFS max

_15.8dBFS max

0dBFS

Features of the AGC/LIM OFF.

: Features in common of the MIC/LINE input.

Max input level of the LINE input.

Max input level of the MIC input.

2. LIMITER characteristics: Two to four types of characteristics can be selected depending on each headroom.

3. OUT_PUT_LIMITER characteristics: Performs LIMITER processing on the PB and EE_OUT. ON/ OFF.

4. Turns on and off the HPF (67 Hz) and LPF (15 KHz; _24 dB). (Runs automatically during front microphone selection)

5. Performs gain control when CH1 and CH2 are on MANUAL status. (VR-MAX: +12 dB)

6. CH3 and CH4 turn on and off the AUTO operation.

7. Internal SG: Four types of 1 KHz/_12, _16, _18, _20 dBFS.

8. Recording error correction: +0 to _2 dB (started from the terminal)

9. Playback error correction: +0 to _2 dB (started from the terminal)

10. INPUT delay amount: Performs delay processing to match the VIDEO and AUDIO phases of each CH.

Description of each part

1. DIGITAL AUTO_AMP Processing

Selects the AUTO level from the menu. AU AUTO SPEC : _6 dB/_9 dB/_12 dB/_15 dB/_17 dB

_6 dB : Linear operation until approx. _9 dBFS. Approx.

_6 dBFS at Max.

_9 dB : Linear operation until approx. _12 dBFS.

Approx. _9 dBFS at Max.

_12 dB : Linear operation until approx. _15 dBFS.

Approx. _12 dBFS at Max.

_15 dB : Linear operation until approx. _18 dBFS.

Approx. _15 dBFS at Max.

_17 dB : Linear operation until approx. _20 dBFS.

Approx. _17 dBFS at Max.

2. DIGITAL In Put LIMITER characteristics (only during MANUAL)

Selects the LIMITER level from the menu. AU AUTO SPEC : _6 dB/_9 dB /_12 dB/_15 dB/_17 dB

_6 dB : Linear operation until approx. _9 dBFS. Approx.

_9 dB : Linear operation until approx. _12 dBFS.

_12 dB : Linear operation until approx. _15 dBFS.

_15 dB : Linear operation until approx. _18 dBFS.

_17 dB : Linear operation until approx. _20 dBFS.

PDW-700/V1 (E)

_6 dBFS at Max.

Approx. _9 dBFS at Max.

Approx. _12 dBFS at Max.

Approx. _15 dBFS at Max.

Approx. _17 dBFS at Max.

3. DIGITAL Out Put LIMITER characteristics Turn the LIMITER ON/OFF from the menu. ON : Linear operation until approx. _12 dBFS, approx.

_11 dBFS (at Max.)

OFF : Turn off LIMITER at 0 dBFS.

4. Gain control during MANUAL The A/D converted VR value is converted into a DSP multiplication value at FP_CPU and synchronized with the VIDEO1 frame, then handed over to the CPU to set in the register of the DSP. The maximum variable for volume is +12 dB. (_∞ to +12 dB)

5. Recording error correction For error correction on the A/D converter for audio, the multiplication value is corrected in the range +0 to _2 dB. Starts from the terminal with the standard signal level applied. (fully automatic)

6. Playback error correction For error correction on the D/A converter for audio, the multiplication value is corrected in the range +0 to _2 dB. The correction is performed after the playback error correction is completed. Starts from the terminal. (semiautomatic) The internal SG is used as the standard signal, and the inside panel for each LEVEL_VR is turned and fine-tuned.

1-15

Page 26

1-2-8. Optical Drive System

Recording System

Recording data sent from the DVP-45 board through the ATA bus (Ultra ATA33) is sent to the Blu-ray Disc Controller (BDC) IC300 on the DR-606 board. The BDC performs signal processing to conform to recording format, such as ATA interface, ECC coding and 17PP (Parity Preserve/Prohibit RMTR) modulation. The recording data is converted to multi-pulse in the BDC, and the multi-pulse data is sent through the flexible card wire to the optical block to be written into the disc.

Playback System

• Data Playback System The RF signal played back from the disc is sent from the optical block to the Front End Processor (FEP) IC200 on the DR-606 board where equalizing and asymmetry correction are performed after the RF signal passes through the AGC. After A/D conversion by the read clock played back in the PLL, the signal is sent to the BDC IC300. In the BDC, the signal passes through the adaptive digital filter, and Viterbi demodulation, 17PP demodulation, and ECC decoding are applied to the signal. Then the signal is sent through the ATA bus to the DVP-45 board as played back data.

The tilt actuator is controlled for its angle against the disc to be optimum based on the tilt adjustment result for the jitter of the playback signal to be minimum and the output of the angular velocity sensor. The SA actuator position is controlled for the spherical aberration to be optimum at the start-up adjustment when the disc is inserted. The SA actuator for the double layer disc is controlled to the optimum position every time to jump the layer.

• Seek Motor The seek motor controls the position of the optical block so that the track to be recorded or played back is kept within the object lens driving range.

• ND Filter The transmission factor of the ND filter is selectable to reduce the laser noise that occurs when the read power light is emitted for the single layer disc.

• Spindle Motor The FG generated by the spindle motor is amplified and shaped on the SE-857 board, and is then input into the SV DSP IC400 on the DR-606 board. The SV DSP compares the FG frequency with the target frequency, and then controls the spindle motor via the driver IC500.

• Address restoration system The address data restored from the disc is sent from the optical block to the FEP (IC200) on the DR-606 board. The analog address data passes through the AGC and BPF and is converted to digital data in the FEP. The digital data is then sent to the BDC (IC300) for address decoding. The PLL in the FEP generates a wobble clock (WCK).

Servo System

• Tri-Axis Actuator and SA Actuator The object lens of the optical block is controlled for focus direction, track direction, and tilt angle by the tri axis actuator. The light reflected from the disc is converted to the electrical signal by the optical block. The electrical signal is input to the FEP IC200, and the focus error signal and the track error signal are detected. The SV DSP IC400 outputs the control data based on the errors to the driver IC501 and controls the focus actuator and the track actuator through the driver.

System Control

The SY CPU IC600 on the DR-606 board performs system control. It controls ATA interface, Data Manager, RFrelated ICs, servo ICs, and loader. It also carries out interlocking control, maintenance and error log management of each device including the optical block. Firmware programs of the SY CPU and DSP as well as sources of each PLD are stored in the flash memory IC602, and the CPU loads them to each device when the power is turned on. The BDC IC300 and SV DSP IC400 are controlled by the parallel CPU bus, while RF-related ICs are controlled by the serial port through SYS PE IC700. Adjustment values and hours meter data are stored in the EEPROM IC4 on the SE-857 board.

1-16

PDW-700/V1 (E)

Page 27

1-2-9. Power Supply Systems

the input power is set to below 18 V.

CNB-25 board

The board checks the input voltage +12 V, and controls distribution of the input power to each circuit board.

• Power ON/OFF Control The ON/OFF control is performed in IC1 and IC5. The IC1 input signals include L PWR SW ON signal, H POWERW HOLD signal, EXTDC detection signal, battery detection, excess voltage detection, and low voltage detection. During normal operation, when L PWR SW ON signal is turned to “L”, Q4, 5, 6, and 7 or Q11, 12, 15, and 16 are turned on, and the battery or EXT DC IN +12 V is supplied to respective circuit. The H POWERW HOLD signal is sent from the FP-157 board after the main power of this unit is turned on. Therefore, the power is kept on even if the L PWR SW ON (L) signal is set to OFF (H). In order to turn off the main power of this unit, the L PWR SW must be turned off (H) and the H POWERW HOLD signal must be opened and set to “L”. When the FP-157 board detects that the POWER switch is turned OFF, it sets the POWERW HOLD signal to “L” to turn off the power after a disc operation is completed if the equipment is in the midst of operating a disc.

• Battery/EXT DC selector The EXT DC voltage is detected and either battery or EXT DC is selected with priority given to the EXT DC. The IC5 performs the control and Q4, Q5, Q6, and Q7 are turned on when a battery is selected and Q11, Q12, Q15, and Q16 are turned on when the EXT DC is selected. In this IC5, a step-up circuit (Vcc +8.5 V) that drives the N-CH MOS FET gate is employed.

• Excess current detection

The output circuit of the UNREG +12 V has excess current detection resistors R70, R71 and R72. A voltage drop at the resistors is detected by the IC5. When the voltage drop at the resistors exceeds 200 mV, the +12 V output is turned off.(SHUT DOWN) Another SHUT DOWN signal is the H SHUT DOWN signal that is supplied from the RE-246 board. If any one of the DC-DC converter outputs is shorted, the output 12 V enters the SHUT DOWN state except UN SW +12 V. (SHUT DOWN) Since this function is a latch operation, the main power of the unit needs to be turned off once and back on after the cause of the excess current is removed.

• Protection against input power connection of reverse polarity If the input power is connected in reverse polarity, FET (Q2) is turned off so that the GND lines of the control system circuits are disconnected. Thus the control circuits are protected and supply of +12 V power to the respective circuits is stopped.

• FAN voltage control The Q13 and Q14 are controlled by the FAN CONT signal from the AT-177 board and the PWM wave is converted to the DC voltage according to the DUTY. The voltage controls the FAN and reduces the temperature increase.

• Audio Circuit This is the output circuit for the AUDIO OUT (rear connector). The signal is output by selecting the CH1/2 or CH3/4 in the MONITOR.

• Protection from Excess Input Voltage

VOLTAGE DETECT (IC18) monitors the input +12 V. If the voltage exceeds approximately +18 V, the output of the IC18-1 is set to “H”. This is input to IC1 to start the protection from the excess voltage and turn on the +12 V output. (SHUT DOWN) Since this function is a latch operation, the main power of the unit needs to be turned off once and back on after

PDW-700/V1 (E)

• ± 4.8 regulator circuit This is the voltage regulator for AUDIO using on the AXM-38 board.

1-17

Page 28

1-2-10. LCD System

PD-118 board

The PD-118 board consists of the color LCD panel drive circuit and the power supply circuit for LCD backlight. IC1 is the color LCD panel drive IC that contains of the built-in video signal RGB driver, the timing generator, and the VCO. IC1 also contains the serial interface circuit and electronic potentiometers that are used to establish the various setups in accordance with the commands from the microprocessor (IC921) of the FP-157 board. The RGB video signals that are input to IC1 pin-37 through pin-39 receive contrast adjustment and brightness adjustment. Then, they pass through the output signal polarity inversion circuit and are output from IC1 pin-20 through pin-22. The factory adjustment data is stored in the IC3 EEPROM. The respective timing signals for driving the LCD panel are generated from the sync signals that are input to IC1 pin-41 and pin-42. The operations such as turning off the backlight and inverting the video signal left to right or up to down are performed in accordance with the control signals supplied from the microprocessor (IC921) of the FP-157 board.

LOW so that the camera microprocessor checks capacity and types of the memory stick inserted. VCC is supplied to a memory stick only when a memory stick is inserted or only when accessing a file on a memory stick. When VCC is supplied, the INS_LED and ACTIVE_LED (D1) is turned ON. Access to the memory stick data is processed in the following order: VCC IN → SCLK ON → BS Pulse → DATA IN/OUT → SCLK OFF → . . → SCLK ON → BS ON → DATA IN/OUT → SCLK OFF → . . → VCC OFF.

1-2-11. Others

CN-3005 board

The VF power supply, light power supply, light switch signal, and the EEPROM circuit that stores the rely and system information of the handle switch signal are included.

Handle switch relay

Input and output the handle switch signal (CN2).

Light switch relay

Relays the light switch signal (CN3).

EEPROM

The system information is written to the EEPROM (IC2) by the I2C communication to control.

MS-86 board

The MS-86 board is the connector board for the memory stick connection. When a memory stick is inserted, the INS signal is set to

1-18

PDW-700/V1 (E)

Page 29

HeadRoom

0dB

_1dB

Tp1

Tp2

Tp101

Tp201

AK-5383

24bit A/D

HeadRoom

0dB

_1dB

Tp3

Tp4

Tp301

Tp401

AK-5383

24bit A/D

Differential Amplifier

(Balanced/Unbalanced)

AK-4382A

24bit D/A

ATT _17,_20,_24dB

AMP10dB,20dB,30dB

LINE IN : 4dBu

+0dBu

_3dBu

MIC IN : _40dBu

_50dBu

_60dBu

AES/EBU

MIC IN : _40dBu

_50dBu

_60dBu

XLR

AMP

10dB/20dB/30dB

RS-422

Receiver

_3dB

LPF

I2S_Format

RX-101

Analog-Wireless

2ch Adapter

_40dBu 25Z

Digital-Wireless

Adapter

_40dBFS

AUDIO_FORMAT:

I2S

XLR REAR

XLR Front

0dB

ATT

0dB

_9dB

_12dB

CH2 : _15dBu

+4dB

0dB

_3dB

CA D12

CA D34

SRC

AES/EBU D12

AES/EBU D34

Digital WRR D12

Digital WRR D34

AU D12

AU D34

VAX

DE_MUX

ANA OUT D12

ANA OUT D34

Low Reso

4ch

REC

DSP(120MHz)

TM320DA150GG120

DE_MUX

Rec 4ch

32BIT x 4ch

Digital OUT D12

Digital OUT D34

PB 4ch

DE_MUX

I2C BUS

PCA9555 PCA9555

MB -1111

NJM

368M

4dB

AXM-38

CNB-25

XLR 5P

OUT

AXM-38

64FS

Digital WRR D12

Digital WRR D34

MA-162

NJM

368M

NJM

368M

CH1

CH2

CH1

CH2

FRONT

HeadPhone

& MONITOR_SP

REAR

Stereo

HeadPhone

NJM

2172

VCA

_95dB

VR-Control

Audio System Control

FP CPU

HD64F2378

14dB

FP-157

PCA9564

AUDIO

SELECT

Control

NJM

2172

VCA

_95dB

VR-Control

ALARM-TONE

HaedRoom

ATT

Ch2

Ch1

CN-3001

Control

24bit_I2S

Left

Justified

24bit

Data Cnv.

NJM

2172

VCA

_95dB

ATT

15dB

ATT

15dB

ATT

15dB

ATT

17.5dB

ATT

33dB

_15dBu

HeadRoom

_12dB:ATT 8dB

_16dB:ATT 4dB

_18dB:ATT 2dB

_20dB:ATT 0dB

(Controled ATT of DAC)

_3dB

LPF

0dB

CH1 : _15dBu

ATT

0dB

_9dB

_12dB

4dB

14dB

DVP-45

Audio Block Overview

PDW-700/V1 (E)

1-19

Page 30

1-3. Matching Connectors

DC IN : XLR, 4-pin (Male)

Use the following connectors at the ends of the cables when connecting the cables during installation and maintenance, or alternately use the following cables.

Panel indication Matching connectors/cables

GENLOCK IN TC IN 1-569-370-12 TC OUT Plug, BNC TEST OUT SDI IN SDI OUT 1 SDI OUT 2

AUDIO IN CH1/CH2 1-508-084-00 XLR 3-pin, male

AUDIO OUT Audio cable

(XLR 5 pin-XLR 3-pin, 2 m) CCXA-53 made by Sony or equivalent

DC IN 1-508-362-00 XLR 4-pin, female

DC OUT 12 V 1-566-425-11 round type 4-pin, male

EARPHONE Mini jack (commercially available

on market)

LIGHT Power tap (OE)

Made by ANTONBAUER Inc., 33710 or equivalent

MIC IN 1-508-370-11 XLR 5-pin, male

NETWORK 100 BASE-TX

REMOTE 1-766-848-11 round type 8-pin, male

VF Connector, 20-pin, male

Hirose HR 12-14PA-20PC or equivalent

i.LINK DV cable (6-pin-4-pin) : CCFD-3L

DV cable (6-pin-6-pin) : CCF-3L

WIRELESS WRR-855A, DWR-S01D (by Sony) only RECEIVER IN connectable

Do not connect with a connector/ cable other than above.

1-4. Signal Inputs and Outputs

_ EXT VIEW

No. Signal I/O Specifications

1 GND _ GND for BATT OUT (+) 2 _ No connection 3 _ No connection 4 BATT OUT (+)IN +11 to 17 V dc

AUDIO IN CH-1, CH-2 : XLR, 3-pin (Female)

_ EXT VIEW

(0 dBu = 0.775 V rms)

MIC/LINE INPUT

No. Signal I/O Specifications

1 MIC/LINE (G) __60 dBu/+4 dBu, selectable

2 MIC/LINE (X) IN

3 MIC/LINE (Y) IN

High impedance, Balanced

AES/EBU INPUT

No. Signal I/O Specifications

1 AES/EBU (G) _ 1 Vp-p, 110 Z, Balanced

2 AES/EBU (X) IN

3 AES/EBU (Y) IN

Inputs

GENLOCK IN : BNC type 1.0 V p-p, 75 Z unbalanced TC IN : BNC type 0.5 V to 18 V p-p, 10 kZ SDI IN (Option) : BNC type

Outputs

TEST OUT : BNC type 1.0 V p-p, 75 Z unbalanced SDI OUT : BNC type SDI 0.8 V p-p, 75 Z,

270 Mbps, 1.5 Gbps

TC OUT : BNC type 1.0 V p-p, 75 Z EARPHONE : 8 Z or more, _∞ to _18 dBu variable

1-20

PDW-700/V1 (E)

Page 31

DC OUT 12 V : DIN, 4-pin (Female)

LENS : 12-pin (Female)

!-!=

_ EXT VIEW

No. Signal I/O Specifications

1 UNREG GND _ GND for POWER 2 _ No connection 3 _ No connection 4 UNREG +12 V OUT +11 to 17 V dc

AUDIO OUT : XLR, 5-pin (Male)

_ EXT VIEW

(0 dBu = 0.775 V rms)

No. Signal I/O Specifications

1 ANALOG GND _ 2 AUDIO CH-1 (X) OUT 0 dBm (600 Z terminated)

3 AUDIO CH-1 (Y) OUT

4 AUDIO CH-2 (X) OUT

5 AUDIO CH-2 (Y) OUT

_ EXT VIEW

No. Signal I/O Specifications

1 RET (SW) IN ON : 0 V, OFF : OPEN

2 VTR TRIG IN ON : 0 V, OFF : OPEN 3 LENS GND _ 4 AUTO +5 V OUT AUTO : +5 V,

MANU : 0 V or OPEN

5 IRIS CONT OUT +3.4 V (F16) to +6.2 V (F2.8) 6 UNREG +12 V OUT +11 V to 17 V 7 IRIS PSTN IN +3.4 V (F16) to +6.2 V (F2.8)

8 REMOTE/LOCAL OUT AUTO IRIS : 0 V

MANUAL IRIS : +5 V

9 EXTENDER IN EX 2 ON : 0 V

EX 0.8 ON : +1.8 V OFF : +4.8 V

10 ZOOM PSTN IN WIDE : 2 V, TELE : 7 V

11 LENS RX

12 LENS TX

LIGHT : 2-pin (Female)

BATT IN : 5-pin (Male)

12345

_ EXT VIEW

No. Signal I/O Specifications

1 BATT (_)IN

2 BATT ID IN

3 BATT REM IN

4 LIGHT CONT OUT 5 BATT (+)IN+11 to 17 V dc

PDW-700/V1 (E)

_ EXT VIEW

No. Signal Specifications

1 LIGHT +12 V OUT 50 W MAX

2 GND

1-21

Page 32

WIRELESS RECEIVER IN : D-sub, 15-pin (Female)

VF : 20-pin (Female)

_ EXT VIEW

No. Signal I/O Specifications

1 GND _ GND for AUDIO IN

2 Audio CH1 IN IN WIRELESS RECEIVER

AUDIO CH1 IN

3 Audio CH2 IN IN WIRELESS RECEIVER

AUDIO CH2 IN

4 DC +7 V OUT OUT 5 GND _

6 SCLK OUT 64 FS

7 WRR855 DET I/O 8 GND _

9 WRR CLK IN WRR SERIAL CLOCK

10 CS OUT WRR SELECT

11 WRR DI OUT WRR SERIAL IN

12 WRR DO IN WRR SERIAL OUT

13 LRCK OUT FS

14 DATA 1/2 IN AUDIO DATA 1/2 IN

15 DATA 3/4 IN AUDIO DATA 3/4 IN

i.LINK : 6-pin

2 4 6

1 3 5

_ EXT VIEW

No. Signal I/O Specifications

1 SDA VF I/O TTL level 2 _ No connection 3 _ No connection

4 SCL OUT TTL level 5 _ No connection 6 _ No connection 7 _ No connection

8 G TALLY OUT ON : 5 V, OFF : GND 9 _ No connection 10 _ No connection 11 _ No connection 12 VF VIDEO OUT 1.0 V p-p, Zo = 75 Z 13 VF VIDEO GND _ GND for VIDEO 14 VF VIDEO (Pb) OUT ± 0.35 V p-p, Zo = 75 Z 15 VF VIDEO (Pr) OUT ± 0.35 V p-p, Zo = 75 Z 16 _ No connection

17 R TALLY (UP) OUT ON : 5 V, OFF : GND 18 _ No connection 19 UNREG GND _ GND for UNREG 20 UNREG OUT +11 V to 17 V

No. Signal I/O Specifications

1 VP IN BUS POWER 2VG _ GND 3 NTPB I/O STROBE B (_) 4 TPB I/O STROBE B (+) 5 NTPA I/O DATA A (_) 6 TPA I/O DATA A (+)

1-22

PDW-700/V1 (E)

Page 33

REMOTE : 8-pin (Female)

MAINTENANCE

_ EXT VIEW

No. Signal I/O Specifications

1 TX RCP DATA (X) OUT SERIAL DATA OUT

2 TX RCP DATA (Y) OUT SERIAL DATA OUT

3 RX RCP DATA (X) IN SERIAL DATA IN

4 RX RCP DATA (Y) IN SERIAL DATA IN 5 VIDEO (G) _ GND for VIDEO 6 UNREG +12 V OUT +11 V to 17 V 7 UNREG (GND) _ GND for UNREG 8 VIDEO (X) OUT 1.0 V p-p, Zo = 75 Z

CHASSIS GND _ CHASSIS GND

MIC IN : XLR, 5-pin (Female)

_ EXT VIEW

(0 dBu = 0.775 V rms)

No. Signal Specification

1 MIC IN (G) _50 dBu High

2 MIC1 IN (X)

3 MIC1 IN (Y)

4 MIC2 IN (X)

5 MIC2 IN (Y)

impedance balance

No. Signal

1 USB_VBUS 2 USB_D_

3 USB_D+

4 GND

_ EXT VIEW

(NETWORK)

_ EXT VIEW

No. Signal I/O Specifications

1 TX (+) I/O Transmitted data (+) 2 TX (_) I/O Transmitted data (_) 3 RX (+) I/O Received data (+) 4 __No connection 5 __No connection 6 RX (_) I/O Received data (_) 7 __No connection 8 __No connection

PDW-700/V1 (E)

1-23

Page 34

1-5. On-Board Switch and LED Function

AT-177 board

S400

S401 S402

TOP menu ON : To display the TOP menu OFF : Not to display the TOP menu

ON : Service mode

(The SERVICE menu is displayed)

OFF : Normal mode

in “4-1-2. How to Display the SERVICE Menu” ON : Disable OFF : Enable

ON : Initializes the FRAM/AT-177 board OFF : Normal mode

ABC

12345

Ref.No. Bit Name Function Factory setting

S400 __ Turns ON/OFF the function to display the ON

S501 1 _ Factory-use OFF

2 _ Factory-use OFF 3 _ Factory-use OFF 4 _ Factory-use OFF

S402 1 _ Service mode setting OFF

2 _ Disables displaying SERVICE menu by “Method 2” OFF

3 _ Factory-use OFF 4 _ Factory-use OFF 5 _ Factory-use OFF 6 _ Factory-use OFF 7 _ Factory-use OFF 8 _ FRAM initialization OFF

1-24

PDW-700/V1 (E)

Page 35

AXM-38 board

S101 S201

S203

Ref.No. Name Function Factory setting

S101 AUDIO IN (CH1) LINE/AES/EBU/MIC/(CH1) select switch

S201 AUDIO IN (CH2) LINE/AES/EBU/MIC/(CH2) select switch

_ _

S203 INPUT REFERENCE Sets the input reference level +4 dB

+4 dB : Sets the input reference level to +4 dB

0 dB : Sets the input reference level to 0 dB

_3 dB : Sets the input reference level to _3 dB

* : Refer to the “Operation Manual”.

DET-45 board

Ref.No. Name Function Factory setting

S1 SW Color LCD turn switch _

DR-606 board

S600

Ref.No. Name Function Factory setting

S600 System reset Factory-use _

PDW-700/V1 (E)

1-25

Page 36

DVP-45 board

D1700

D2001

D2002

D2000

S900

D900

• Each LED is used for adjustment and check in the manufacturing process.

• S900, S1900, and S1901 are used for adjustment and check in the manufacturing process. They are all set to off when shipped from the factory.

S1900

D2003

D901

D2004

D2005

D902

D2006

S1901

D2007

1-26

PDW-700/V1 (E)

Page 37

CN-2946 board

Ref.No. Name Function Factory setting

D1 TALLY (Back tally) indicator Lights during recording when the TALLY switch is turned on*_

S1 TALLY switch Turns ON/OFF the TALLY indicator

* : Refer to the “Operation Manual”.

CNB-25 board

Ref.No. Name Function Factory setting

D6 Overvoltage protection Lights when the overvoltage protection starts to operate when the _

indicator input voltage of EXT DC or BATT reaches approx. 19.5 V or more.

D7 Low voltage protection Lights when the operation of the low voltage protection circuit of _

indicator CNB-25 board is repeated several times due to some error.

D8 Shut Down signal from Lights when the Shut Down signal is sent from the RE-246 board _

RE-246 due to a load error of the RE-246 board.

* : When the unit is shut down under the condition above this level, the overvoltage protection for the entire unit may start. In this case, the indicator does

not light.

This shuts down the unit

PDW-700/V1 (E)

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Page 38

FP-157 board

S830

D845

S911

S10

OFF

D842

D846

S20

S701

S835

S703

S700

S702

S501

S460

S834

S840

S832

D843

S842

D844

S833

S841

S843

S845

S837

S844

S846

S836

S831

S838

S839

Ref.No. Bit Name Function Factory setting

D842 _ WARNING Warning light. Lights when FP-CPU is abnormal

D843 _ THUMBNAIL Displays thumbnails

D844 _ SUB CLIP Lights during the clip playback

D845 _ TEST Lights during the FP-CPU initialization

D846 _ ACCESS Lights when the disc drive is being accessed

S1 _ CH1 FRONT/REAR/WRR FRONT

S2 _ CH2

S3 _ CH3

S4 _ CH4

S10 _ AUTO1 (ON:H/OFF:L) Selects the adjustment method of the audio level for audio _

channel 1

S20 _ AUTO2 (ON:H/OFF:L) Selects the adjustment method of the audio level for audio _

channel 2

S460 _ MONITOR Audio monitor select switch

(CH1/2, CH3/4)

S501 1 NC _ OFF

2NC _ OFF

3NC _ OFF

4 _ Turns on when 5P XLR of the AUDIO output of OFF

the AXM-38 board is changed to 3P

S700 _ ASSIGN2 Turns ON/OFF the assigned function

S701 _ CCC_SW Changes the color temperature

S702 _ ASSIGN1 Allocates the switch functions

S703 _ MONITOR Audio monitor select switch

(CH-L/MIX/CH-R)

S830 _ CPU_RESET Resets the CPU _

S831 _ BRIGHT* Brightness adjustment

S832 _ THUMBNAIL/ Thumbnail

ESSENCE MARK

1-28

PDW-700/V1 (E)

Page 39

Ref.No. Bit Name Function Factory setting

S833 _ SUB CLIP Plays the clip list S834 _ HOLD/CHAPTER Displays the display hold/chapter function S835 _ RESET Resets the time counter display S836 _ SHIFT Shift

S837 _ DISPLAY Switches the counter display

_ _ _ _

(CTL/TC/U_BIT) COUNTER : Displays the counter for the elapsed

record/playback time

TC : Displays time-code U_BIT : Displays user-bit

S838 _ F_RUN/SET/R_RUN F_RUN : Continuous time-code steps

SET : Sets the time-code and user-bit

R_RUN : Time-code steps while recording S839 _ RESET/REGEN/CLOCK Reset/regenerate/expand button S840 _ DISP SEL/EXPAND Switches the display contents S841 _ UP UP S842 _ LEFT LEFT S843 _ SET/S.SEL SET S844 _ RIGHT RIGHT S845 _ DOWN DOWN S846 _ CLIP MENU MENU

_ _ _ _ _ _ _

S891 1 _ Factory-use OFF

2 _ Factory-use OFF 3 _ Factory-use OFF 4 _ Factory-use OFF

* : Refer to the “Operation Manual”.

PDW-700/V1 (E)

1-29

Page 40

KY-623 board

Ref.No. Name Function Factory setting

D1 FF Lights during fast-forward playback

D2 PLAY Lights during playback of the disc

D3 REW Lights during fast-rewind playback

D4 EJECT Blinks during disc ejection

S1 STOP Stops playback

S2 FF Fast forward

S3 PLAY Disc playback

S4 REW Fast rewind

S5 NEXT Moves to the next clip

S6 PREV Moves to the previous clip

S7 EJECT Ejects the disc

* : Refer to the “Operation Manual”.

_ _ _ _ _ _ _ _ _ _ _

MB-1111 board

Ref.No. Bit Name Function Factory setting

S1 0 Normal boot Starts iTRON-CPU mandatorily in normal mode OFF

1 Recovery boot Starts iTRON-CPU mandatorily in recovery mode OFF

23456

1-30

PDW-700/V1 (E)

Page 41

MS-86 board

Ref.No. Name Function Factory setting

D1 MEMORY STICK Lights when being accessed

* : Refer to the “Operation Manual”.

SW-1125G board

Ref.No. Name Function Factory setting

S1 IN SENSE Cartridge presence OFF

S2 STBY OFF Cartridge chucking state OFF

SW-1352 board

Ref.No. Name Function Factory setting

S1 CH1 (ON/OFF) Turns ON/OFF the +48 V S2 CH2 (ON/OFF) Turns ON/OFF the +48 V

* : Refer to the “Operation Manual”.

OFF

PDW-700/V1 (E)

1-31

Page 42

SW-1391 board

S2S4S3

S5S6

Ref.No. Name Function Factory setting

S1 VDR (SAVE/STBY) Switches the VDR operation state (SAVE/STBY)

S2 GAIN (L/M/H) Switches gain (L/M/H)

SAVE

L=0 dB, M=6 dB, H=12 dB

S3 WHITE BAL Switches the white balance memory PRST=3200K

(B-A-PRESET/ATW) PRST : Adjusts the color temperature to the preset value

A/B : Calls the saved white balance value ATW : Switches the ATW operations

S4 OUTPUT Switches the output signal

(DCC : ON_OFF/BARS_CAM) Turns on/off the dynamic contrast control

BARS : Outputs the color bar signal CAM : Turns on/off the DCC function

S5 MENU (ON/OFF) Turns on/off the MENU switch

S6 MENU (ON/OFF) Turns on/off the MENU switch

* : Refer to the “Operation Manual”.

OFF

SW-1425 board

Ref.No. Name Function Factory setting

S1 REC START The button used to start/stop recording

S2 AUTO_W/B_BAL The switch used to automatically adjust white _

balance/black balance. Turns on/off the electronic shutter

S3 SHUTTER Turns on/off the electronic shutter

* : Refer to the “Operation Manual”.

1-32

PDW-700/V1 (E)

Page 43

SW-1426 board

Ref.No. Name Function Factory setting

S1 AUTO/MANUAL AUTO : Lights EXT LIGHT along with the REC operation

MANUAL : Turns ON/OFF EXT LIGHT manually

* : Refer to the “Operation Manual”.

SY-355 board

S200

S1301

S301

S1201

S1200

S300

D501

D500

D300 D301 D302 D303

D601

D600

D602

D603

• Each LED is used for adjustment and check in the manufacturing process.

• S200, S300, S1200, S1201, and S1301 are used for adjustment and check in the manufacturing process. They are all set to off when shipped from the factory

D1304

D1305

D1302

D1303

D1301

D1300

PDW-700/V1 (E)

1-33

Page 44

1-6. How to Take Out a Cartridge

Manually

1-6-1. Taking Out a Cartridge at Power-off

1. Open the cover in the direction of the arrow A.

2. Push the lock lever in the direction of the arrow B with a screwdriver. The cartridge lid assembly is opened in the direction of the arrow C.

3. Rotate the gear counterclockwise with a crosshead screwdriver to eject the cartridge. If a cartridge cannot be taken out, turn the gear clockwise until it will go and then turn it counterclockwise again.

m . Turn the gear slowly and gently. Be careful not to

force the gear past their stopping points.

. Be sure not to touch or forcibly take out the cartridge

until it is completely ejected.

. Even when the cartridge cannot be ejected with this

procedure, do not rotate the gear with an excessive force. This error may be caused by a problem in the loader assembly. In this case, refer to Section 1-6-2.

Cartridge lid assembly

Cover

Flat-blade screwdriver

Lock lever

Cross head (+) screwdriver

Gear

1-6-2. When You Cannot Take Out a

Cartridge Even If Pressing the EJECT Button at Power-on

1. Remove the outside panel. (Refer to Section 1-7-1.)

2. Remove the four screws and remove the laser caution sheet.

3. Push the release pin in the direction arrow A, and pull out the cartridge from the unit in the direction of the arrow B.

Be careful not to touch the disc surface in the cartridge.

B2.6 x 5

Release pin

Laser caution sheet

1-34

PDW-700/V1 (E)

Page 45

1-7. Removing/Installing

1-7-1. Removing Outside Panel

1. Open the cover in the direction of the arrow A.

2. Push the lock lever in the direction of the arrow B with a screwdriver. The cartridge lid assembly is opened in the direction of the arrow C.

3. Open the BNC cover in the direction of the arrow D.

4. Fully loosen the five screws (with drop-safe) of the outside panel, and remove the outside panel in the direction of the arrow E.

Close the cover securely after use.

1-7-2. Reinstalling Outside Panel

Cartridge lid assembly

Screws (with drop-safe)

Flat-blade screwdriver

Lock lever

Cover

1. Reinstall the outside panel to the unit with its cartridge lid assembly opened, by tightening the five screws.

Do not tighten the screws with the cartridge inside. Be sure to take out the cartridge before installing the outside panel. (Refer to Section 1-6.)

2. Close the cartridge lid assembly.

3. Close the BNC cover.

1-7-3. Inside Panel

1. Fully loosen the four screws (with drop-safe) of the inside panel, and open the inside panel.

2. Disconnect the flexible card wires from the four connectors (CN105, CN106, CN107, CN801) on the FP-157 board.

3. Remove the five screws of the FP cover, and remove the inside panel.

BNC cover

Screws (with drop-safe)

PSW2

PDW-700/V1 (E)

PSW2

Screws (with drop-safe)

CN107

CN106

CN105

FP-157 board

Inside panel

FP cover

CN801

Screws (with drop-safe)

1-35

Page 46

1-7-4. Handle Assembly

1. Remove the inside panel. (Refer to Section 1-7-3.)

2. Remove the screw (B2.6 x 5) , and remove the

connector retainer.

3. Disconnect the CN-2947 board from the connector (CN2) on the DCP-44 board.

4. Remove the two screws (B2.6 x 5) .

5. Disconnect the coaxial cables from the five coaxial connectors (CN10, CN11, CN12, CN13, CN14) on the DCP-44 board.

6. Disconnect the harness from the connector (CN3) on the DCP-44 board.

7. Disconnect the harness from the connector (CN602) on the AT-177 board.

8. Disconnect the DCP-44 board (The AT-177 board is included.) from the connector on the MB-1111 board.

9. Disconnect the flexible card wire from the connector (CN1300) on the SY-355 board.

10. Disconnect the harness form the connector (CN1500) on the SY-355 board.

Flexible card wire

CN1300

SY-355 board

Harness

CN101 (MB-1111 board)

CN-2947 board

Harness

CN1500

CN2

CN3

B2.6 x 5

Yellow : CN10 Green : CN11 Blue : CN12 White : CN13 Red : CN14

Coaxial cable

DCP-44 board

CN13 CN10

B2.6 x 5

CN11

CN12

CN14

AT-177 board

Connector retainer

CN602

B2.6 x 5

11. Open the connector cover.

12. Remove the three screws (B2 x 5) , and remove the tally cover.

13. Remove the two screws (B3 x 8) , and remove the CN-2946/CN-3026 boards block assembly.

Be careful not to lose drop protection on the CN-2946 board, since it is not fixed.

Tally cover

Protection

CN-2946 board

CN-2946/CN-3026 board block assembly

rubber

B2 x 5

Connector cover

B3 x 8

1-36

PDW-700/V1 (E)

Page 47

14. Remove the six screws (B3 x 8) .

15. Disconnect the harness from the connector (CN2) on the CN-3005 board while slightly lifting up the handle assembly, and remove the handle assembly.

1-7-5. Front Panel

1 Remove the outside panel. (Refer to Section 1-7-1.)

2. Remove the inside panel. (Refer to Section 1-7-3.)

3. Remove the screw, and remove the connector retainer.

4. Disconnect the CN-2947 board from the connector (CN3) on the TG-260 board.

The CN-2947 board is fragile and can be easily broken. Handle it with care.

5. Disconnect the harnesses from the three connectors (CN2, CN4, CN6) of the TG-260 board.

6. Remove the four screws (B2.6 x 5) , and remove the TG-260 board.

7. Remove the two screws, and remove the stay (OUT).

8. Remove the tape, and peel the GND sheet (OUT) from the main frame.

The GND sheet can be broken during removal. Handle it with care.

9. Remove the four screws (B3 x 8) .

10. Take off the front panel, disconnect the harness from the two connectors (CN2, CN3) on the MS-86 board, and remove the front panel.

Harness

CN2 (CN-3005 board)

Tapes

Stay (OUT)

B2.6 x 5

GND sheet (OUT)

Front panel

Harness

B3 x 8

B2.6 x 5

CN3

MS-86 board

CN2

B3 x 8

Harnesses

TG-260 board

B3 x 8

Handle assembly

Connector retainer

B2.6 x 5

CN-2947 board

CN6

B2.6 x 5

CN4

CN3 CN2

B2.6 x 5

PDW-700/V1 (E)

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Page 48

1-7-6. SW Guard Assembly

1. Remove the outside panel. (Refer to Section 1-7-1.)

2. Remove the two screws to remove the SW guard assembly.

If the loader has already been moved to the up position, the SW guard assembly may be difficult to remove in some cases. Move down the loader by rotating the gear in clockwise direction with crosshead screwdriver.

Cover

Cross head (+) screwdriver

Gear

Installation

Install the removed parts by reversing steps 1 to 2 of removal.

1-7-7. Shoulder Pad, Connector Cover

1. Loosen the two pad screws, and remove the shoulder pad.

2. Remove the four screws, and remove the connector cover.

Note on installation:

After the shoulder pad is reinstalled, check the slide operation. Check that it slides smoothly with the screws fastened.

SW guard assembly

PSW2 x 5

Connector cover

LW3

Pad screws

1-38

Shoulder pad

PDW-700/V1 (E)

Page 49

1-7-8. Connector Panel Assembly

1. Remove the outside panel. (Refer to Section 1-7-1.)

2. Remove the inside panel. (Refer to Section 1-7-3.)

3. Remove the connector cover. (Refer to Section 1-7-7.)

4. Disconnect the coaxial cables from the two coaxial connectors (CN11, CN12) on the DCP-44 board, and detach the cables from the three hooks and the notch on the MB-1111 board.

CN12

CN11

DCP-44 board

Coaxial cables

5. Remove the special screw (M2), and remove the drop protection (XLR).

6. Disconnect the harnesses from the four connectors (CN2, CN3, CN4, CN5) on the CNB-25 board.

7. Disconnect the flexible card wire from the connector (CN7) on the CNB-25 board.

8. Remove the three screws (B2.6 x 5) , and disconnect the CNB-25 board from the connector (CN1) on the MB-1111 board.

9. Disconnect the harness from the connector (CN116) on the MB-1111 board.

10. Disconnect the harness from the connector (CN1) on the CN-2948 board.

11. Remove the two screws (B3 x 8) , and remove the connector panel assembly.

Hooks

Special screw (M2)

Harnesses

B3 x 8

Notch (MB-1111 board)

CN2

CN1 ( CN-2948 board )

Connector panel

Harness

CN3

CN4

CN7

B2.6

Drop protection (XLR)

Flexible card wire

Harness

CNB-25 board

B2.6

Harness

CN5

CNB-25 board

PDW-700/V1 (E)

Harness

CN116 (MB-1111 board )

CN1 (MB-1111 board )

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Page 50

1-7-9. Rear Panel Assembly

1. Remove the outside panel. (Refer to Section 1-7-1.)

2. Remove the inside panel. (Refer to Section 1-7-3.)

3. Remove the connector cover. (Refer to Section 1-7-7.)

4. Remove the connector panel assembly. (Refer to Section 1-7-8.)

5. Disconnect the coaxial cables from the two coaxial connectors (CN10, CN13) on the DCP-44 board, and detach the cables from the three hooks and the notch on the MB-1111 board.

CN13

CN10

DCP-44 board

Coaxial cables

6. Disconnect the flexible card wire from the connector (CN3) on the CI-37 board.

7. Remove the six screws (B3 x 8) , and remove the rear panel assembly.

1-7-10. Battery Connector

1. Remove the outside panel. (Refer to Section 1-7-1.)

2. Remove the inside panel. (Refer to Section 1-7-3.)

3. Remove the connector cover. (Refer to Section 1-7-7.)

4. Remove the connector panel assembly. (Refer to Section 1-7-8.)

5. Remove the rear panel assembly. (Refer to Section 17-9.)

6. Remove the four precision screws (B2.6 x 5), and remove the battery harness assembly.

Be careful that the harness should not be caught or damaged by any other part.

Hooks

Flexible card wire

Notch (MB-1111 board)

Rear panel assembly

B3 x 8

CN3 (CI-37 board)

B3 x 8

Battery harness assembly

Precision screws (P2.6 x 5, TYPE1)

1-40

PDW-700/V1 (E)

Page 51

1-8. Removing/Installing LCD Block

1-8-1. LCD Block

1. Remove the inside panel. (Refer to Section 1-7-3.)

2. Remove the two knobs (A).

3. Open the SW door (R) , and remove the two knobs (B) .

4. Remove the LCD harness holder.

5. Disconnect the harness from the six connectors (CN700, CN701, CN702, CN703, CN802, CN850) on the FP-157 board.

6. Remove the nine screws (PSW2 x 5) , and remove the FP-157 board.

After removing the FP-157 board, be careful not to drop the unfixed parts.

7. Remove the unfixed parts.

Harnesses

CN850

Knobs (A)

CN700

Harness

CN701

CN702

Harnesses

PSW2 x 5

Knobs (B)

SW door (R)

FP-157 board

CN802

CN703

PDW-700/V1 (E)

FP-157 board

Unfixed parts

PSW 2 x 5

LCD harness holder

Inside panel

1-41

Page 52

8. Remove the four screws (PSW2 x 5) , remove the

LCD harness cover.

9. Remove the LCD harness through the hole of the harness cover.

10. Remove the hinge blind plate and helical torsion spring.

11. Remove the four screws (P2.6 x 6) , remove the inside pad (L).

LCD harness

PSW2 x 5

LCD harness cover

P2.6 x 6

LCD harness cover

PSW2 x 5

Helical torsion spring

Hinge blind plate

12. Remove the three screws (PSW2 x 5) , remove the LCD block.

Inside pad (L)

LCD block

PSW2 x 5

1-42

PDW-700/V1 (E)

Page 53

1-8-2. LCD Hinge

Back hinge cover

Front hinge cover

Hinge

Harness

DET-45 board

CN1

PD-118 board

LCD cover

LCD hinge

Harness

1. Remove the inside panel. (Refer to Section 1-7-3.)

2. Remove the LCD block. (Refer to Section 1-8-1.)

3. Remove the four screws of a (M2 x 4) , and remove

the LCD cover.

4. Remove the two screws of b (M2 x 4) .

5. Disconnect the harness from the connector (CN1) on the PD-118 board, and remove the LCD hinge.

6. Remove the screw of c (M1.7 x 2.5) of the back hinge cover, and remove the back hinge cover.

7. Turn the hinge and remove the two screws of d (M1.7 x 2.5) , then remove the front hinge cover.

8. Disconnect the harness from the connector (CN1) on the DET-45 board.

9. Remove the screw of a (M1.7 x 2.5) , and remove the DET-45 board.

PDW-700/V1 (E)

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Page 54

1-8-3. LCD Backlight and LCD Panel

1. Remove the LCD block. (Refer to Section 1-8-1.)

2. Remove the four screws a (M2 x 3) , and remove the

LCD cover.

3. Remove the two screws b (M2 x 3) .

4. Disconnect the harness from the connector (CN1) on the PD-118 board, and remove the LCD hinge.

5. Disconnect the flexible card wire of the LCD panel from the connector on the PD-118 board.

6. Release the six claws on the LCD bezel to remove the LCD frame.

7. Remove the LCD panel from the LCD bezel.

LCD hinge

PD-118 board

LCD frame

LCD panel

LCD bezel

Harness

CN1

CN2

Claws

8. Disconnect the flexible card wire of the LCD backlight from the connector (CN3) on the PD-118 board.

9. Remove the two screws c (M2 x 3) .

10. Release the hooks on the PD-118 board from the LCD backlight to remove the PD-118 board.

11. Remove the three screws d (M1.7 x 2.5) .

12. Release the claws on the LCD backlight from the LCD frame to remove the LCD backlight.

Hooks

PD-118 board

Claws

CN3

LCD backlight

Claws

LCD frame

LCD backlight

1-44

PDW-700/V1 (E)

Page 55

1-9. Replacing the Flat Cables, Flexible

Contact surface

Isolation surface

Card Wires/Boards

The flat cables, flexible card wires and boards are used to connect between the following boards. Life of flexible card wire will be significantly shortened if it is folded. Be very careful not to fold the flat cables, flexible card wires and boards. The six types of different shape connectors are used in this unit. Because the direction of the flat cables, flexible card wires and boards are different depending on the shape of the connector, be careful when connecting the flat cables, flexible card wires and boards.

Disconnecting

1. Turn off the power.

2. Slide or lift up the portion A in the direction of the arrow to unlock and pull out the flexible card wire.

Connecting

. Do not insert the flexible card wire sideways. . Confirm that there is no stain or dust on the contact

surface of the flexible card wire.

1. Slide or lift up the portion A in the direction of the arrow and securely insert the flexible card wire into the deep end of the connector.

2. Return the portion A to its original position and lock the connector.

When connecting the flexible card wire, check the connector shape, and great care should be taken for the direction of the contact surface or isolation surface (blue).

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1-10. Service Tools/Measuring Equipment List

1-10-1. Service Tools

The tools and fixtures used in this unit are as follows.

Part No. Name Usage/Note

1 J-6026-110-A Multiburst chart Camera adjustment

2 Commercially Grayscale chart Reflective type (4 : 3, 16 : 9), Camera adjustment

available on market

J-6026-130-B Transparent type (4 : 3), Camera adjustment

J-6394-080-A Transparent type (16 : 9), Camera adjustment

3 J-6029-140-B Pattern box PTB-500 Camera adjustment

4 J-6323-530-A Stop washer fastening tool Stop washer installation

5 J-6570-130-A Alignment disc (PFD23A-RS) Servo adjustment and Skew adjustment

6 J-6325-110-A Bit for torque driver (M1.4) For tightening screw

J-6325-380-A Bit for torque driver (M2) For tightening screw

J-6323-430-A Bit for torque driver (M3) For tightening screw

7 J-6325-400-A Torque driver (3 kg.cm)(0.3N.m) For tightening screw

J-6252-510-A Torque driver (6 kg.cm)(0.6N.m) For tightening screw J-6252-520-A Torque driver (10 kg.cm)(1.0N.m) For tightening screw

8 3-184-527-01 Cleaning cloth For cleaning 9 3-703-358-08 Parallel pin (2 x 20) For gear replacement, two pins required

!/ 7-432-114-11 Locking compound For preventing screw from being loosened

!- 7-600-000-48 Sony bond (SC608LVZ-180ML) For bonding

!= 9-919-573-01 Cleaning liquid For cleaning

![ Commercially available Memory Stick Saving data (Up to 4.0 GB)

_ Commercially available Flat-blade screwdriver (2.3 mm) Skew adjustment

_ Commercially available Weight (50 to 100 g) Servo adjustment and Skew adjustment

on market

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12345

67890

!- != ![

324 510.5 6 7 8 9 10 0.5

1-10-2. Measuring Equipment

Use the calibrated equipment or equivalent as listed below for the adjustments.

Equipment Model name

AC adaptor Sony AC-DN10

Viewfinder Sony HDVF-20A

Disc Sony professional disc PFD23A-RS

Oscilloscope Tektronix TDS3054 or equivalent (150 MHz or more)

HD waveform monitor LEADER ELECTRONICS CORP.LV5152DA or equivalent

SD waveform monitor Tektronix 1755A or equivalent

Frequency counter Advantest TR5821AK or equivalent

Digital voltmeter Advantest TR6845 or equivalent

Color monitor Sony HDM-20E1U/14E1U/14E5U or equivalent

Signal generator Tektronix SG-5010/TG-2000 or equivalent

Luminance meter Konica Minolta LS-110 or equivalent

Luxmeter Konica Minolta T-10 or equivalent

Regulated power supply (Output current: More than 10 A)

Audio level-meter Tektronix AM700 or Audio Precision System Two Cascade Plus 2722 or

equivalent

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1-11. Firmware/Software

1-11-1. EEPROM/FRAM List

Board Ref. No. Type Saving data Action to be taken name when replacing

AT-177 IC308 FRAM All setting values of the menu, ABB/AWB adjustment data Replacement not required

CN-3005 IC2 EEPROM Model name, Serial No., Model code, MAC address Required

DCP-44 IC8 EEPROM Backup data of the CN-3005 board, DCP board adjustment Replacement not required

value in the production factory

SY-355 IC300 EEPROM *1 Not required

IC507 FRAM *2 Not required

FP-157 IC913 EEPROM Audio A/D adjustment DSP multiplication value, Audio D/A Required

adjustment DSP multiplication value, Power voltage Refer to “7-8-6. FP-157 Board”. calibration value, SIDE VOLUME adjustment value

SE-857 IC4 EEPROM Adjustment data, digital hours meter data Required

DR-617 IC20 EEPROM Backup data for the CN-2947 board, PA board adjustment Replacement not required

value in the production factory, CCD block specific data

PD-118 IC3 EEPROM PD-118 board adjustment value in the production factory Required

*1 : Hours Meter, Operation Hours (Back Up)

Serial No. Model ID (same as the data saved in EEPROM on the CN-3005 board) Network setting (same as the data saved in FRAM on the AT-177 board)

*2 : Hours Meter, Operation Hours, System Information (same as the data saved in FRAM on the AT-177 board)

GUI relevant data, NRT Metadata relevant data, Error Log, Salvage information

Refer to “7-8-3. CN-3005 Board”.

Refer to “8-2-3. Adjustment After Replacing the SE-857 Board”.

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1-11-2. Firmware Update Using the USB

Memory

When the firmware update is performed, all types of firmware are updated. There are two methods of upgrading the firmware. One is the method by using the USB memory and the other is the method by accessing the XDCAM website. This section describes the method by using the USB memory. For the method of accessing the XDCAM website, refer to “2-4-1. Software Update”. For the method of upgrading by using the USB memory, the USB memory* the latest version is saved is required. For the firmware package file, please contact your local Sony Sales Office/Service Center.

• *1: A general USB memory used for PCs can be used.

But when the USB memory is connected to the USB connector, if the screen shows “Unknown USB”, or the message screen shows “NO USB MEMORY” during the update, the connected USB memory may have a problem or it may be misrecognized as an unsupported device. In such a case, connect another USB memory and try again.

• It takes about 20 minutes to complete the update.

• When the USB memory*1 is removed during the update,

the USB memory*1 may be damaged. Make sure not to remove the USB memory*1 during the update.

• Do not turn off the power during the update.

• When a disc is inserted, eject it.

• Set the VDR SW in the inside panel to “STBY”.

• If the update fails while the LABY update is in progress,

picture and character may not be displayed in some cases. In such case, repeat update by following the procedure described below.

1. If a memory stick is inserted, remove it and insert a USB memory*1 that contains the package file (extension: pkg) in its root directory.

2. While pressing the REC START button and the MENU knob at the same time, turn ON the power.

3. Wait approximately 30 seconds after power-on. Then, the tally changes from the flashing at 4 Hz to the flashing at 1 Hz. (Flashing indicates that update is in progress.) It takes approximately 20 minutes until the update is complete.

4. The tally changes from flashing to lighting. (It indicates that update is complete.)

5. Turn OFF the power and reboot the Camcorder. It boots up with new version.

in which the firmware package file of

1. Copy the firmware package file (extension: pkg) to the

USB memory*

of the root and plug it into the USB

connector of the unit.

2. Move the arrow to the DIAGNOSIS category page named “ROM VERSION 1”, and press and hold the MENU knob. “SEARCHING PACKAGE FILE” blinks about 10 seconds.

D03 ROM VERSION 1 TOP SEARCHING PACKAGE FILE PACKAGE: 1.00

SY1 : 1.00 SY2K : 1.00 SY2U : 1.00 DRV : 1.00

AT : 1.00 FP : 1.00

3. When the firmware package file exists in the root, the following display appears.

D03 ROM VERSION 1 TOP

PACKAGE: 1.00 1.10

SY1 : 1.00 SY2K : 1.00 SY2U : 1.00 DRV : 1.00

AT : 1.00 FP : 1.00

4. Press the MENU knob while the arrow is pointing at “PACKAGE”.

5. The YES/NO confirmation menu appears.

PACKAGE UPDATE VERSION UP OK? YES NO

CURRENT NEW VERSION VERSION

1.00 1.10

UPDATING : --- Total time : --:--

6. When YES is selected, the firmware update starts. During the firmware update, the tally blinks at 1 Hz. “UPDATING” indicates the firmware being updated, and “Total time” indicates the elapsed time.

PACKAGE UPDATE

CURRENT NEW VERSION VERSION

1.00 1.10

UPDATING : SY1 Total time : 00:00

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7. When the update is completed normally, the following message that prompts you to turn on/off the power appears. Tally changes from blinking to light on.

PACKAGE UPDATE Valid after power off.

CURRENT NEW VERSION VERSION

1.00 1.10

COMPLETED. Total time : 20:00

8. When the power is turned off and the unit is restarted, the firmware version is updated.

If the firmware could not be updated to new version or if an error is displayed upon completion of version update, it indicates that the firmware version update has failed. Repeat the version update by following step 2 through step 8 again.

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1-11-3. Software Option Registration Method

by Using USB Memory

This unit contains the software option that can be activated by registering the software key (Install key). There are two methods of registering the Install key. One is the method by using the USB memory* the method by accessing the XDCAM website. This section describes the method by using the USB memory. For the method by accessing the XDCAM website, refer to “2-3-4. License Registration”.

n *1: A general-purpose USB memory used in most comput-

ers can be used. However, there can be cases where the message “Unknown USB” or the message “NO USB MEMORY” appears when a USB memory is inserted in the USB slot. These troubles may be caused by any problem in the USB memory, or it may be caused if the USB memory is recognized as an unsupported device. Replace the USB memory with another equivalent USB memory, and try again.

First of all, the process requires USB memory in which the text file “pdw-instkey.lst” is saved for registration.

1. Input the model name, serial number and Install key in this order by using the text editor of a PC to create the text file “pdw-instkey.lst”. Example of entries in the text file pdw-instkey.lst

PDW-700,10000,0123456789abcdef PDW-700,10001,1234567890bcdefa PDW-700,10002,2345678901cdefab

Each item (model name, serial number and Install key) should be delimited by comma “ , ”. Each character string should be terminated by the “line break” code.

2. Save the created file in the root directory of the USB memory.

1. Connect the USB memory to the USB slot of the Camcorder.

2. Set the VDR switch on the inside panel to “STBY”.

and the other is

3. After waiting for approx. 30 seconds, open the OPTION page of the DIAGNOSIS menu. While the arrow pointer is pointing to the “D07 OPTION”, press and hold the MENU knob. Then, the message “SEARCHING INSTALL KEY” is displayed for approx. 10 seconds, and the search for the soft key is started in the USB memory device.

D07 OPTION TOP SEARCHING INSTALL KEY

- HD/SD-SDI INPUT

- COMPOSITE INPUT

- SD REC & PB

- 24P REC & PB

If the name of the required software option is not displayed on the OPTION page, the firmware of the unit may not support the option or the DVP board or the DCP board may not support the option. In such a case, check the Package Version on the ROM VERSION 1 page of the DIAGNOSIS menu or on the BOARD INFO page of the SERVICE menu.

CBKZ-MD01: Package Version 1.21 or higher CBKZ-FC02: Package Version 1.50 or higher

4. When the software key is found normally, the message

“INSTALL ( ) OK ? YES → NO” appears. Select YES to start installation.

D07 OPTION TOP INSTALL ( )OK? YES NO

- HD/SD-SDI INPUT

- COMPOSITE INPUT

- SD REC & PB 24P REC & PB

5. When the Install key is installed normally, the message “Valid after power off.” is displayed. Turn OFF the power according to the message.

6. After the equipment reboots, select the OPTION page of the DIAGNOSIS menu and confirm that the symbol at the top of registered option name is changed from a dash “

” to a circle “

” symbol.

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1-12. Other Overview

1-12-1. Notes on Handling Optical Block

Assembly

To prevent the damage due to the electrostatic charge, be sure to put the following grounding while handling the optical block assembly (KES-330A).

Grounding for the human body

Be sure to put on an antistatic band for grounding (with impedance lower than 10

Because static electricity charged on clothes is not drained away, be careful not to touch your clothes to the optical block assembly.

Grounding for the work table

Be sure to place the optical block assembly on an antistatic mat (with impedance lower than 10 copper sheet for grounding.

Z) whose other end is grounded.

Z recommended) or a

Antistatic band

Precautions

. The optical block assembly is a precise unit. Be careful

not to subject it to shocks by dropping or rough handling.

. Do not touch the objective lens. . Hold the slide base (die casting part) when handling the

optical block assembly. Do not touch the circuit on the print board with your hand or a substance directly; otherwise, the circuit may be damaged.

. The performance of the actuator may be affected if a

magnetic material is located nearby, since the actuator has a strong magnetic field. Keep magnetic substance away from the actuator. if the magnetic force makes a metallic material such as a screwdriver, reflection block and so on hit the actuator, the objective lens will be damaged.

. Do not allow foreign materials to enter through gap in

the cover of the actuator.

Keep away a screwdriver

Objective lens

Optical block assembly

Actuator

Antistatic mat

Hold the shaded portions. ( )

1-52

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1-12-2. Standard Torque for Screws

1-12-3. Stop Washer

When tightening a screw, be sure to use the specified torque driver and tightening torque. When a tightening torque is specified in each removal, reinstallation, replacement, or adjustment procedure in this manual, be sure to use it. When no tightening torque is specified, use the following standard tightening torques.

Fixtures

. Bit for torque driver (for M1.4 / M1.7) . Bit for torque driver (for M2) . Bit for torque driver (for M3) . Torque driver (for 3 kg) . Torque driver (for 6 kg) . Torque driver (for 10 kg)

M1.7 (+) screw : 19 x 10_2 ± 0.01 N.m (1.9 ± 0.1 kgf.cm) M2 (+) screw : 20 x 10_2 ± 0.01 N.m (2.0 ± 0.1 kgf.cm) M2.6 (+) screw : 53 x 10_2 ± 0.01 N.m (5.3 ± 0.1 kgf.cm) M3 (+) screw : 80 x 10_2 ± 0.01 N.m (8.0 ± 0.1 kgf.cm)

Never re-use the pre-used stop washers. When attaching the part, be sure to use the new stop washer.

. Stop washer (Sony part number : 3-559-408-11)

How to remove stop washer

1. Remove the stop washer using a pair of small nippers or tweezers.

m . Be careful not to drop the stop washer in the unit. . Be careful not to bring the tool into contact with the

other parts, especially the drum.

How to install stop washer

When attaching, it is recommended to use the following tool.(Refer to “1-10-1. Service Tools”. for details) Stop washer fastening tool

Stop washer fastening tool

1. Put the stop washer to the top thin part of the stop washer fastening tool.

2. Stand the thin top of the tool on the top of the shaft in an upright position.

3. Press thick part of the tool downward and attach the stop washer to the shaft.

Stop washer fastening tool

Stop washer

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1-12-4. Description of CCD Block Number

1-12-6. IC Link Replacement

All of the CCD units have their unique ID numbers. This number is called the CCD block number indicating the type of the CCD block and serial number. The label indicating the CCD block number is attached inside of each CCD unit.

Example) ABC xxxxx

Serial number of the CCD unit

Type of the CCD block

Applicable Model Serial No. Type of the CCD

Block

PDW-700 10001 and Higher MYA

1-12-5. Memory Backup Battery

The lithium battery is critical part to safe operation. Replace the component with Sony part whose part number appears in the manual published by Sony. If the component is replaced by any part other than the specified ones, this may cause a fire or electric shock.

When replacing the lithium battery, ensure that the battery is installed with “+” and “_” poles connected to the correct terminals. An improper connection may cause an explosion or leakage of fluid result in physical damage in the surrounding materials.

The FP-157 board is equipped with the data backup battery. When replacing it, be sure to use the specified part.

Replacement part : BT1 (on the FP-157 board) Part name : CR-2032 (lithium battery) Part No. : ! 1-528-174-31 Recommended replacement period : Every five years

The memory IC stores the data such as date and time. If the backup memory battery is dead or replaced, these data are all cleared. For re-setting the data, refer to “Setting the Date / Time of the Internal Clock” in Section 2 of the Operating Instructions.

The IC link are critical parts to safe operation. Replace the components with Sony parts whose part number appear in the manual published by Sony. If the components are replaced by any parts other than the specified ones, this may cause a fire or electric shock.

If a IC link is replaced while the main power is kept on, this may cause electric shock. Before replacing IC link, not only turn off the POWER switch but also remove the power cable that is connected to the DC IN connector.

The RE-246 board and SW-1385 board are equipped with IC link. Any an excessive current flow due to abnormality inside the equipment, the IC link blow. If a IC link blows, turn off the main power of the equipment once and inspect inside of the equipment and remove the cause of excessive current. After that, replace the IC link.

Board Ref. No. Description Part No.

RE-246 PS100 IC link 4 A !1-576-677-21 SW-1385 PS1 IC link 4 A !1-576-677-21

1-12-7. Circuit Protection Element

The AT-177 and CNB-25 boards of this unit are equipped with the positive characteristics thermistor (power thermistor) as the circuit protection element. The positive characteristics thermistor limits the electric current flowing through the circuit as the internal resistance increases when an excessive current flows or when the ambient temperature increases. If the positive characteristics thermistor works, turn off the main power of the unit and inspect the internal circuit of this unit. After the cause of the trouble is removed, turn on the main power back again. The unit works normally. It takes about one minute to cool down the positive characteristics thermistor after the main power is turned off.

Board Ref. No. Address Part Number Hold Current

AT-177 THP600 B5 (A side) ! 1-803-353-21 0.14 A/20dC CNB-25 THP1 B1 (B side) ! 1-802-063-21 1.10 A/20dC

THP2 A1 (A side) ! 1-802-063-21 1.10 A/20dC

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1-12-8. Precautions for Use of Condensation

Sensor

Due to the foreign substances adhering to the condensation sensor chip (see figure below), the sensor fails to measure the correct value of residence to humidity. This prevents the unit from functioning properly. If any foreign substance gets adhered to the chip, replace the condensation sensor with a new one.

m . Do not touch the chip with bare hands. . Do not clean the chip with alcohol or other similar

agents.

Solders

1 pin

1-12-10. 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.

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.

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.

Bracket

Condensation sensor chip

Leads

Connector

1-12-9. Precautions for the Battery Connector

The battery connector in this unit is consumable parts. Replace every about 5 years. If the terminal of connector is deformed or bends due to vibrations or shock, or if the surface of the terminal corrodes due to long-term outside use or other similar use, the unit may malfunction. Replace the battery connector immediately if the terminal is deformed or bends, or if the surface color changes. (Refer to Section 1-7-10.)

4. Harness

Harnesses with no part number are not registered as spare parts.

1-12-11. Unleaded Solder

Boards requiring use of unleaded solder are printed with a 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

m . Be sure to use the unleaded solder for the printed circuit

board printed with the lead free mark.

. The unleaded solder melts at a temperature about 40 dC

higher than the ordinary solder, therefore, it is recommended to use the soldering iron having a temperature regulator.

. The ordinary soldering iron can be used but the iron tip

has to be applied to the solder joint for a slightly longer time. The printed pattern (copper foil) may peel away if the heated tip is applied for too long, so be careful.

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Page 67

Section 2

XDCAM Web Site

2-1. XDCAM Web Site Overview

Operations such as confirming the settings of the camcorder and upgrading the firmware can be performed via the network connector.

The XDCAM website consists of the following menus.

Status menu

. Device Information . Hours Meter . Software Version

Disc menu

. Disc Properties . Thumbnails

Maintenance menu

. Network . Account . Software Update . License Registration

Connecting to XDCAM Website

Tools/Equipment Required

. Personal computer (referred to as PC hereafter) . Network cable (crossover or straight-through)

Setting the Camcorder

. Change the ETHERNET/USB of power save item in OPERATION menu to ENABL (refer to Operation manual) . Set the network item in MAINTENANCE menu (refer to Operation manual)

Procedure

1. Connect the camcorder to the host PC using one of the following ways. (Refer to Connection Diagram.)

. Directly connect the camcorder to the host PC. . Connect the camcorder to the host PC through a network device (such as a hub).

2. Start the web browser of the host PC. Enter “http://192.168.1.10” in the Address bar. (The underlined part is the IP address of the unit.)

Use Internet Explorer for the web browser of the host PC. Other web browsers may not function correctly.

3. Enter “admin” for User name and “pdw-700” for Password, and then click “OK”.

User name and User password can be changed on the Account page.

4. The XDCAM top page appears. Click a menu you want to browse on the left frame.

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Connection Diagram

Direct connection of a camcorder (single) to the host PC

1 : Network Cable

(Network) connector

To Network connector

Connection of the camcorder to the host PC through the other Network device

1 : Network Cable

(Network) connector

Network,

Hub, etc

To Network connector

2-2

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2-2. Status Menu

2-2-1. Device Information

The settings of the camcorder can be checked in the Device Information page of the Status menu.

Item Setting Function

Product Information Model Name Display only Displays the model name

Serial No. Display only Displays the serial No.

System Information System Line Display only Displays the signal standard

System Frequency Display only Displays the signal standard

Video Format Display only Displays the video recording format

Audio Format Display only Displays the audio recording format

Other Information Option Display only Displays the installed option

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2-2-2. Hours Meter

The hours meter of the camcorder can be displayed on the Hours Meter page of the Status menu.

The function is the same as that of the HOURS METER of the DIAGNOSIS menu on the camcorder. For “How to reset the hours meter”, contact your local Sony Sales Office/Service Center.

Item Setting Function

Operation Hours Display only Displays the total operation hours

Laser-0

Operation Hours (r) Display only Displays the total operation hours (Unit: hour, Resettable)

Seek Hours-0 (r) Display only Displays the total running hours of seek on optical block assembly

Spindle Hours (r) Display only Displays the total running hours of spindle motor

Loading Count (r) Display only Displays the total loading counts of disc (Resettable)

*1 : Not resettable for this unit. *2 : Increment of the counter depends on recording/playback ratio and operating temperature.

Display only Displays the output count of laser on optical block assembly

(Unit: hour, Resettable)

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2-2-3. Software Version

The version of the software can be checked in the Software Version page of the Status menu.

The function is the same as that of the ROM VERSION menu of the DIAGNOSIS menu on the camcorder.

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Item Setting Function

Product Information Model Name Display only Displays the model name

Serial No. Display only Displays the serial No.

Software Version PACKAGE Display only Displays the firmware package version

SY1 Display only Displays the IC200 version stored in the ROM (IC505, IC506) on the

SY-355 board

SY2K Display only Displays the IC1300 version stored in the ROM (IC1405, IC1406) on the

SY-355 board

SY2U Display only Displays the IC1300 version stored in the ROM (IC1405, IC1406) on the

SY-355 board

DRV Display only Displays the IC600 version stored in the ROM (IC602) on the DR-606

board

PIER Display only Displays the DVP-45 board’s IC1900 version stored in the ROM (IC505,

IC506) on the SY-355 board

BRDG Display only Displays the SY-355 board’s IC900 version stored in the ROM (IC505,

IC506) on the SY-355 board

CAVA Display only Displays the DVP-45 board’s IC200 version stored in the ROM (IC505,

IC506) on the SY-355 board

LVIS Display only Displays the DVP-45 board’s IC400 version stored in the ROM (IC505,

IC506) on the SY-355 board

DSP0 Display only Displays the DVP-45 board’s IC800 version stored in the ROM (IC505,

IC506) on the SY-355 board

DSP2 Display only Displays the DVP-45 board’s IC801 version stored in the ROM (IC505,

IC506) on the SY-355 board

PRXA Display only Displays the DVP-45 board’s IC900 version stored in the ROM (IC505,

IC506) on the SY-355 board

TSYS Display only Displays the DVP-45 board’s IC1000, IC1200, IC1400 version stored in the

ROM (IC505, IC506) on the SY-355 board

TMBP Display only Displays the DVP-45 board’s IC1000, IC1200, IC1400 version stored in the

ROM (IC505, IC506) on the SY-355 board

AT Display only Displays the IC209 version stored in the ROM (IC302, IC303) on the

AT-177 board

FP Display only Displays the ROM version of the IC921 on the FP-157 board

LABY Display only Displays the ROM version of the IC1000 on the DCP-44 board

FAM Display only Displays the SY-355 board’s IC600 version stored in the ROM (IC505,

IC506) on the SY-355 board

*1 *2

FTBL Display only Displays the ROM version of the IC505, IC506 on the SY-355 board

*1 : Using the firmware package file, the version can be upgraded. *2 : Displayed only when OPERATION MENU - POWER SAVE - i.LINK(FAM) is set to ENABL.

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2-3. Disc Menu

2-3-1. Disc Properties

The information on the disc inserted in the camcorder can be checked on the Disc Properties page of the Disc menu. For details, refer to Operation manual.

2-3-2. Thumbnails

The thumbnails and properties of the clips on the disc inserted in the camcorder can be checked on the Thumbnails page of the Disc menu. For details, refer to Operation manual.

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2-4. Maintenance Menu

2-4-1. Software Update

In the Software Update page of the Maintenance menu, the batched update using the firmware package file can be performed.

In this section, the update method using the Web browser (Internet Explorer) is explained.

The figures shown in this page are the sample of display. Due to the specification change, the actual screen display may differ from the sample figures.

Tools/Equipment Required

. Personal computer (referred to as PC hereafter) . Firmware package file . Network cable (crossover or straight-through)

For obtaining the firmware package, contact your local Sony Sales Office/Service Center.

Preparation

1. Eject the disc.

2. Remove the i.LINK cable, the headphones and the audio cable.

3. Set the VDR switch in inside panel to STBY.

4. Connect the camcorder in either method mentioned below. (Refer to Connection Diagram.)

. Connect the camcorder and the host PC via other network device (such as a hub). . Connect the camcorder and the PC directly (using network crossover cable).

5. Copy the obtained firmware package to an arbitrary directory on the host PC.

6. Start up the Internet Explorer of host PC.

Use the Internet Explorer for updating. If other browser is used, the update may not be properly done.

7. Select “Tool” - “Internet Options”.

8. Click “Delete Files” on the “General” page to delete the Temporary Internet files.

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9. The confirmation message appears. Click “OK”.

10. Click “LAN Settings” on the “Connections” page.

11. Confirm that the checkbox of “Use a proxy server for your LAN” is not checked. If checked, uncheck the checkbox.

12. Click “OK”.

13. Click “OK” on the Internet Options window.

PDW-700/V1 (E)

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Update Procedure

1. Start up the Internet Explorer, and enter “http://192.168.1.10” in the Address bar. (Where the underlined part is the IP address of the camcorder.)

2. Enter “admin” for User name and “pdw-700” for Password. Then click “OK”. The XDCAM top page appears.

3. Click “Software Update” on the Maintenance menu in the left frame.

4. Click “Browse” and select the firmware package file copied in step 5 of “Preparation”.

5. Click “To Step-2”.

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6. The current version firmware and new version firmware appears. When the firmware update is click “To Step-3”.

7. The update starts, and it changes the following display.

8. When the status turns to “Finished”, check that each firmware program is properly updated or not. (OK or NG)

If no change is observed on the download menu for 20 minutes or any firmware program is marked “NG”, the update is failed. In this case, return to step 2 in “Preparation”. If the update is failed again, contact your local Sony Sales Office/Service Center.

PDW-700/V1 (E)

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9. When “OK” appears for all of the firmware programs, click “To Step-4”.

10. Click “Completed”.

11. Turn off the POWER switch and turn on again, then the update is completed.

2-12

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2-4-2. Account

The user password for the XDCAM website can be changed on the Account page of the Maintenance menu.

Item Setting Function

User Registration User Name 31-byte alphanumeric User name

and hyphen

Password 31-byte alphanumeric New password

and hyphen

Verify Password 31-byte alphanumeric New password (Re-enter the new password for

and hyphen

Status Display only Success: Displayed when the user password is

* : Uppercase and lowercase characters are distinguished.

verification)

changed

Error: Displayed when an unusable character

is used in the password, or the verify password is conflict

Procedure

1. Enter the new password in the Password box and Verify Password box. (Pressing “Reset” clears the Input window.)

2. Press “Execute” to change the password.

PDW-700/V1 (E)

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2-4-3. Network

The network-related settings can be changed on the Network page of the Maintenance menu.

The function is the same as that of the NETWORK page of the MAINTENANCE menu on the camcorder.

Item Setting Default Function

Hostname Character string Serial No. of PDW-700 Sets a host name

Domain Character string _ Sets a domain name

IP Address xxx.xxx.xxx.xxx 192.168.1.10 Sets an IP address (See below)

Subnet Mask xxx.xxx.xxx.xxx 255.255.255.0 Sets a subnet mask (See below)

Default Gateway xxx.xxx.xxx.xxx 0.0.0.0 Sets a default gateway (See below)

DNS1 xxx.xxx.xxx.xxx _ Sets a DNS server 1

DNS2 xxx.xxx.xxx.xxx _ Sets a DNS server 2

DHCP Enable/Disable Disable Sets whether to automatically acquire an IP address on

MAC Address Display only _ Displays a MAC address

Link Speed AUTO/10Mbps/100Mbps Auto Sets a communication speed

Duplex AUTO/Full Duplex/ Auto Sets a communication mode

Half Duplex Auto

UPnP Enable/Disable Disable Sets whether to use a UPnP

the DHCP server Enable: Enables automatic acquisition. If the server does not

respond in 30 seconds, the IP address is set by Auto IP

Disable: Disables automatic acquisition

Full Duplex: Full-duplex communication Half Duplex: Half-duplex communication

Enable: Use Disable: Not use

Procedure

1. Enter the IP address (or the subnet mask or the default gateway). (Pressing “Reset” clears the Input window.)

2. Press “Execute” to change the setting.

2-14

PDW-700/V1 (E)

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2-4-4. License Registration

License registration of software option using the Install key can be made from the License Registration page of the Maintenance menu.

Procedure

1. Enter the Install key character string in the Install-key field or alternately click the “Browse” button in the Install-key list file field to select the Install key list file.

2. Click “Send”.

3. The software option that is enabled by sending the Install key is displayed. To register the software option being displayed, click the “Execute” button.

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4. The page that tells completion of registration appears.

5. Turn the POWER switch OFF once and back ON. Functions of the registered software option are enabled.

6. Confirm that the software option can be operated from the Device Information page of the Status menu.

2-16

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Section 3

Error Messages

3-1. Error Messages Overview

This PDW-700 has a self diagnosis function to check internal errors. When the PDW-700 detects an error, its error code and description are displayed on the following display units.

. Viewfinder display (error code only) . Color LCD display

When an error occurs, its error code information is recorded in the error logger (maintenance logger) of the main unit and also in the error logger (drive logger) of the drive unit. For details of the error logger, refer to “4-15. SERVICE SUPPORT Menu” for the error logger of the main unit, and to “4-10-22. ERROR LOGGER” for the error logger of the drive unit. Refer to respective error tables for display contents on the viewfinder display and for recording/nonrecording in the error loggers.

HD422 50

DISP SEL: When CHAR is selected. DISP SEL: When STATUS is selected.

HD422 50

TCG

PDW-700/V1 (E)

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3-2. Error Code List

3-2-1. Main Code and Sub Code

Main Code

An error code is provided in combination of 2-digit main code and 3-digit sub code.

XX-XXX

Main code Sub code : For details of sub codes, refer to respective error tables.

Main code Main error description

0X Optical drive control errors, device errors

. 02: Optical devices (LD, LCD) . 03: Optical drive two-axis (FCS, TRK) . 04: Optical drive seeking . 06: Optical drive SA actuator . 08: Optical drive spindle

20 Loader assembly errors

3X Optical drive sensor system errors

5X Read data errors

6X Startup errors

91 Interface errors between CPU and peripheral devices

92 Synchronization system errors

95 Video/audio signal processing device errors

If multiple errors occur simultaneously

The highest-priority error is displayed. When a higher-priority error is cleared, the following-priority error code is displayed.

Protection Mode

When this unit detects an error, it enters a protection mode to prevent the cartridge disc, optical drive, and other components from damage or failure. The protection mode depends on error status. When a cartridge is inserted, press the EJECT button and remove the cartridge. The cartridge may not be ejected even after the EJECT command has been received depending on error status. In this case, turn the unit power OFF and ON.

3-2

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3-2-2. Error 0X

When errors related to optical drive control or to devices are detected, the following error codes are displayed.

Main Sub Time data

Maintenance

Drive Description

code code display logger logger

02 020 ← OOOptical block assembly is recording at maximum laser output.

Perform the pickup lens cleaning. (Refer to Section 4-10-17.)

F2E ← OOLaser of optical block assembly is determined to be deteriorated in the laser

deterioration assessment for optical block assembly.

F37 ← OONo movement is detected in the ND filter initial operation check of optical

block assembly.

X25 ← OOThe laser output of the optical block assembly is abnormal. X26 ← OOThe laser output coefficient of the optical block assembly cannot be adjusted. X27 ← OOThe laser current of the optical block assembly is abnormal (zero or

excessive).

X28 ← OOThe optical block assembly laser output is stopped due to the judgment that

no cartridge is inserted.

X37 ← OOThe ND filter setting of the optical block assembly cannot be changed.

03 060 ← XOTracking servo of optical block assembly is frequently down.

X54 ← OONo signal can be detected from the disc required for the focus servo of the

optical block assembly.

X57 ← OONo control current is detected in the focus servo of the optical block

assembly.

X58 ← OOExcessive control current is detected in the focus servo of the optical block

assembly.

X67 ← OONo control current is detected in the tracking servo of the optical block

assembly.

X68 ← OOExcessive control current is detected in the tracking servo of the optical block

assembly.

04 X7C ← OOOptical block assembly cannot move to disc’s innermost circumference.

X7D ← OOOptical block assembly cannot move to disc’s outermost circumference.

06 049 ← OOSA actuator of optical block assembly cannot move to the target position.

E41 ← OOThe SA actuator reference position cannot be detected during the startup

adjustment of the optical block assembly.

F41 ← OOThe SA actuator reference position cannot be detected during the power-on

initialization of the optical block assembly.

08 091 ← OOSpindle motor does not rotate after the predetermined time has passed (or no

FG signal is detected).

095 ← OOSpindle motor cannot be stopped (or abnormal FG signal is detected). 292 ← OOSpindle motor rotation is detected during vertical move of loading. 992 ← OOSpindle motor rotation is detected during vertical move of unloading.

* : The vertical move of loading/unloading is also carried out by STBY ON/OFF.

PDW-700/V1 (E)

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Sub Code

Any number of the following is applicable for “X” in the sub codes below, showing an operation status where the error is detected. Example) Error 0X (X27)

X27→827: Laser current of optical block assembly is abnormal (zero or excessive) “during horizontal move of unloading”.

Example) Error 5X (X0B)

X0B→80B: Address cannot be read from the disc in optical block assembly “during horizontal move of unloading”.

0: Operation cannot be identified or no need to be identified. 1: During loading 2: During vertical move of loading 3: Disc is not rotating 4: Seeking 5: Reading 6: Writing 7: Standby state 8: During horizontal move of unloading 9: During vertical move of unloading A: During disc removal B: During lens cleaning or device checking C, D: (Not used) E: During startup adjustment of optical block assembly F: During power-on initialization of optical block assembly SA actuator

3-2-3. Error 20

When errors related to loader assembly are detected, the following error codes are displayed.

Main Sub Time data code code display logger logger

20 018 ← OOAn abnormal current of the loading motor is detected.

111 ← OOHorizontal move of loading did not end within the predetermined time. 117 ← OODisplacement of cartridge is detected in the loader during horizontal move of

118 ← OOAn abnormal current of the loading motor is detected during horizontal move

211 ← OOVertical move of loading did not end within the predetermined time. 213 ← OOCartridge cannot be detected after loading. 217 ← OODisplacement of cartridge is detected in the loader during vertical move of loading. 218 ← OOAn abnormal current of the loading motor is detected during vertical move of

811 ← OOEjection operation did not end within the predetermined time. 818 ← OOAn abnormal current of the loading motor is detected during the ejection

911 ← OOUnchucking operation did not end within the predetermined time. 918 ← OOAn abnormal current of the loading motor is detected during the unchucking

3-4

Maintenance

Drive Description

of loading.

operation.

PDW-700/V1 (E)

Page 87

3-2-4. Error 3X

When errors related to the optical drive sensor system are detected, the following error codes are displayed.

Main Sub Time data code code display logger logger

34 500 ← OOLoader position sensor (SE-709 board) is detects abnormal code.

509 ← OOSensor hole (SE-857,858 board) is detects abnormal code. 35 500 ACC Sensor! XOAbnormality of acceleration sensor is detected. 37 500 High TEMP! XOThe temperature sensor of the optical block assembly is abnormal. 3C 500 HUMID! XODew condensation is detected.

Maintenance

Drive Description

3-2-5. Error 5X

When read data errors are detected, the following error codes are displayed.

Main Sub Time data code code display logger logger

50 010 (Not displayed) XOBCA area data cannot be read.

011 (Not displayed) XOBCA area data is abnormal. 51 020 DI read err XOPIC area data cannot be read.

021 DI read err XOPIC area data is abnormal. 52 X0B Read err XOAddress cannot be read from disc in optical block assembly.

Maintenance

Drive Description

3-2-6. Error 6X

When errors related to startup operation are detected, the following error codes are displayed.

Main Sub Time data code code display logger logger

60 E00 (Not displayed) XOOptical block assembly cannot seek to target position during startup. 6F E00 DRV ADJ err XOOptical block assembly startup adjustment cannot be completed.

Maintenance

Drive Description

PDW-700/V1 (E)

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3-2-7. Error 91

When interface errors between CPU and peripheral devices are detected, the following error codes are displayed.

System control CPU: IC200 on the SY-355 board

Main Sub Time data code code display logger logger

91 125 ← OXSystem control CPU (FP: IC921/FP-157 board) detects interruption in

130 ← OXSystem control CPU detects flash memory (IC505, IC506/SY-355 board)

13B ← OXSystem control CPU detects an error in hours meter area (EEPROM:

13C ← OXSystem control CPU detects an error in adjustment data area (EEPROM:

13D ← OXSystem control CPU detects an error in hours meter area (FROM: IC507/

155 ← OXSystem control CPU detects interruption in communication with optical

165 ← OXSystem control CPU detects interruption in communication with camera

185 ← OXSystem control CPU detects interruption in communication with IC for

1C1 ← OXSystem control CPU detects software option’s installation key error. 215 ← XXKey control CPU (FP: IC721/FP-157 board) detects interruption in

239 ← OXKey control CPU (FP: IC921/FP-157 board) detects EEPROM (IC913/FP-

23E ← OXKey control CPU (FP: IC921/FP-157 board) detects color LCD EEPROM

275 ← OXKey control CPU (FP: IC921/FP-157 board) detects I2C I/O (IC202/CNB-

285 ← OXKey control CPU (FP: IC921/FP-157 board) detects interruption in

2B5 ← OXKey control CPU (FP: IC921/FP-157 board) detects Real time Clock

430 ← OXSystem control CPU2 (IC1300/SY-355 board) detects flash memory

551 ← OOOptical drive’s system control CPU (DRV: IC600/DR-606 board) detects

595 ← OOOptical drive’s system control CPU (DRV: IC600/DR-606 board) detects

596 ← OOOptical drive’s system control CPU (DRV: IC600/DR-606 board) detects

Maintenance

Drive Description

communication with key control CPU (System control CPU detects).

error.

IC200/SY-355 board).

IC300/SY-355 board).

SY-355 board).

drive (DR-606 board).

control CPU (IC209/AT-177 board) (System control CPU detects).

driving color LCD (IC1/PD-118 board) (System control CPU detects).

communication with system control CPU (Key control CPU detects).

157 board) error.

(IC3/PD-118 board) error.

25 board) error.

communication with color LCD EEPROM (IC1/PD-118 board) error (Key control detects).

(IC908/FP-157 board) error.

(IC1405,IC1406/SY-355 board) error.

firmware error. Perform the firmware update. (Refer to Section 1-11-2.)

interruption in communication with SV DSP (IC400/DR-606 board).

no reply from SV DSP (DRV: IC400/DR-606 board) during communication with SV DSP.

3-6

PDW-700/V1 (E)

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3-2-8. Error 92

When synchronization system errors are detected, the following error codes are displayed.

System control CPU: IC200 on the SY-355 board

Main Sub Time data code code display logger logger

92 101 ← OXSystem control CPU detects REF error.

102 ← OXSystem control CPU detects frame error in input system.

Maintenance

Drive Description

3-2-9. Error 95

When interface errors between device ICs are detected, the following error codes are displayed.

System control CPU: IC200 on the SY-355 board Optical drive’s system control CPU (DRV): IC600 on the DR-606 board

Main Sub Time data code code display logger logger

95 101 ← OXCommunication error between system control CPU and PCI bridge

102 ← OXCommunication error between system control CPU and FAM (IC600/SY-

103 ← OXCommunication error between system control CPU and composite

104 ← OXCommunication error between system control CPU and MPEG IMX

107 ← OXCommunication error between system control CPU and MPEG HD codec

during (TORINO: IC1000,IC1200,IC1400/DVP-45 board) is detected during

recording recording.

109 ← OXCommunication error between system control CPU and MPEG HD codec

during (TORINO: IC1000,IC1200,IC1400/DVP-45 board) is detected during

playback playback.

108 ← OXMPEG HD codec (TORINO: IC1000, IC1200, IC1400 / DVP-45 board) has

during become abnormal during recording.

recording

10A ← OXMPEG HD codec (TORINO: IC1000, IC1200, IC1400 / DVP-45 board) has

during become abnormal during playback.

playback

10C ← OXSystem control CPU detects an error in LVIS (IC400 / DVP-45 board).

10F ← OXSystem control CPU detects PROXY VIDEO block in LVIS (IC400 /

during DVP-45 board) error during recording.

recording

110 ← OXSystem control CPU detects PROXY VIDEO block in LVIS (IC400 /

during DVP-45 board) error during playback.

playback

111 ← OXCommunication error between system control CPU and PB DSP (IC801/

PB DSP DVP-45 board) is detected.

113 ← OXCommunication error between system control CPU and REC DSP (IC800/

REC DSP DVP-45 board) is detected.

116 ← OXCommunication error between system control CPU and PROXY AUDIO

PDW-700/V1 (E)

Maintenance

Drive Description

(IC900/SY-355 board) is detected.

355 board) is detected.

decoder (IC100/IV-59 board) is detected.

encoder (IC1600/DVP-45 board) is detected.

DSP (IC900/DVP-45 board) is detected.

(Continue)

3-7

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(Continued)

Main Sub Time data code code display logger logger

95 503 ← OOOptical drive’s BDC (IC300/DR-606 board) error is detected during initial

507 ← XOAdjustment data cannot be read from EEPROM in optical block assembly. 508 ← OOHours meter data cannot be read from EEPROM in optical block assem-

509 ← OOAdjustment data cannot be read from optical drive’s EEPROM (IC4/

50A ← OOHours meter data cannot be read from optical drive’s EEPROM (IC4/

50C ← OOOptical drive’s SYS PE (IC700/DR-606 board) configuration error is

50F ← OOCannot access SDRAM (IC301/DR-606 board) for Optical driver’s BDC

513 ← OOOptical drive’s BDC (IC300/DR-606 board) cannot set the SDRAM mode. 51C ← OOOptical drive’s BDC (IC300/DR-606 board) cannot reset free-run by SYS PE

52C ← OOAuto setting by SYS PE (IC700/DR-606 board) is disabled with power

Maintenance

Drive Description

check.

bly.

SE-857 board).

detected.

(IC300/DR-606 board).

(IC700/DR-606 board).

control of optical drive’s BDC (IC300/DR-606 board).

3-8

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Section 4

Setup Menu

4-1. Setup Menus

The PDW-700 has setup menus for making various settings and adjustments. The setup menus of this unit include the USER menu, USER MENU CUSTOMIZE menu, ALL menu, OPERATION menu, PAINT menu, MAINTENANCE menu, FILE menu, DIAGNOSIS menu and SERVICE menu. The setup menus are displayed on the viewfinder of this unit.

4-1-1. Basic Operations of Setup Menus

Switch description

STATUS

ON/ SEL

OFF

CANCEL/PRST

OFF

ESCAPEON

STATUS ON/ SEL/OFF switch

MENU ON/OFF switch

MENU CANCEL/ PRST/ESCAPE switch

MENU knob

When rotated : Moves to the other pages or items, or

changes the setup value.

When pressed : Enters the page set mode or the setup

value modification mode.

Operating procedure

1. Set the MENU ON/OFF switch to ON.

2. To move to another page, rotate the MENU knob. (Press the MENU knob to set it.)

3. To move to another item, rotate the MENU knob.

Pressing the MENU knob enters the setup value modification mode.

4. To modify a setup value, rotate the MENU knob.

5. Set the MENU ON/OFF switch to OFF to exit the setup menu.

4-1-2. How to Display the SERVICE Menu

Method 1

Set the switch S402-1/AT-177 board to the ON position.

MENU knob

MENU ON/OFF switch

Use this switch to display the setup menu. When the lid is closed, the switch is set to the OFF position. ON : Displays the setup menu. OFF : Exits the setup menu.

MENU CANCEL/PRST/ESCAPE switch

Use this switch to cancel the setup of the items that are selected by the setup menu, or return to the initial setup when the MENU ON/OFF switch is in the ON position. CANCEL/PRST : Cancels the executed setup or returns to

the initial (PRST) setup.

ESCAPE : Returns to the menu hierarchy one level

higher.

STATUS ON/SEL/OFF switch

Use this switch to show or to clear the setup displays in order to confirm various settings and statuses when the MENU ON/OFF switch is in the OFF position. ON/SEL : Shows the various settings and status check

displays for about 10 seconds. Each press of this switch turns over the display page.

OFF : Clears the display that is selected by ON/SEL.

PDW-700/V1 (E)

SERVICE

2 3 4 5 6 7 8

S402

AT-177 board

Method 2

. Select the DIAGNOSIS menu D00 CONTENTS

page.

. While pressing the MENU knob and the ASSIGN1

switch simultaneously, set the MENU ON/OFF switch from OFF to ON. (However, if the switch S402-2/AT177 board is set to ON, or if the switch S400/AT-177 board is OFF, this method is disabled).

4-1

Page 92

4-2. TOP Menu

While pressing the MENU knob, set the MENU ON/OFF switch to ON. Then the TOP menu appears. However, the TOP menu is not displayed when the switch S400 (TOP MENU selection)/AT-177 board is in the OFF position.

TOP MENU Display

S <TOP MENU>

USER USER MENU CUSTOMIZE ALL OPERATION PAINT MAINTENANCE FILE DIAGNOSIS SERVICE

Menu Function

USER Use the USER menu to set the functions that are used for daily routine operations

such as MONITOR OUT setting (This menu appears when the MENU ON/OFF switch is set to ON normally)

USER MENU CUSTOMIZE Use this menu to add or delete the pages that are required for the USER menu to suit

operators’ needs depending on applications (For more details, refer to “Editing the USER Menu” of Operation Manual)

ALL The ALL menu contains all pages of each category of the “USER 1” to “USER 19”

pages edited by “USER MENU CUSTOMIZE”, “ASSIGN ITEM SEL” page, OPERATION, PAINT, MAINTENANCE, FILE and DIAGNOSIS. It means that you can move to any page from the ALL menu without returning to the TOP menu

OPERATION Usually, the camera operator is expected to use the OPERATION menu to set or

change the preference setups to suit the shooting conditions of each object

PAINT Use this menu to implement fine adjustment of pictures by monitoring the camera

MAINTENANCE This is the camera maintenance menu. Use this menu to set the PAINT items of lower

FILE

DIAGNOSIS Use this menu to check the optical drive status or to diagnose the circuit boards that

SERVICE Use this menu for service and maintenance

output waveform on a waveform monitor etc

operating frequency or to alter the system configuration

This is the file operation menu. Use this menu to save data in the REFERENCE file etc

are suspected to have an error

(This menu is enabled when the switch S402-1/AT-177 board is set to ON)

4-2

PDW-700/V1 (E)

Page 93

4-3. USER Menu

The USER menu enables the user to use the selected menu items that are frequently used in daily operation. The USER menu contains the following menu items as the default when the unit was shipped from the factory. Add or delete the menu items as desired with the use of the USER MENU CUSTOMIZE menu.

Name of page Name of category

OUTPUT 1 OPERATION

OUTPUT 2 OPERATION

SUPERIMPOSE OPERATION

LCD OPERATION

REC FUNCTION OPERATION

ASSIGNABLE SW OPERATION

VF DISP1 OPERATION

VF DISP2 OPERATION

‘!’ LED OPERATION

MARKER 1 OPERATION

GAIN SW OPERATION

VF SETTING OPERATION

AUTO IRIS OPERATION

SHOT ID OPERATION

SHOT DISP OPERATION

SET STATUS OPERATION

LENS FILE OPERATION

USER FILE FILE

PDW-700/V1 (E)

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4-4. OPERATION Menu

When the range of setting is surrounded by parenthesis ( ) in the setting column, the setup value is the relative value. The range of setting in parenthesis ( ) can be different from what shown in the manual depending on the setting in the layer lower than this menu.

OUTPUT 1 Display (Setting the Output Signal)

O01 OUTPUT1 TOP

SDI OUT1 SELECT : OFF

SDI OUT2 SELECT : OFF SDI OUT2 SUPER : OFF

TEST OUT SELECT : VBS TEST OUT SUPER : OFF

Item Setting Function

SDI OUT 1 SELECT OFF/HDSDI/SDSDI Selects the output signal from the SDI OUT 1 connector

SDI OUT 2 SELECT OFF/HDSDI/SDSDI Selects the output signal from the SDI OUT 2 connector

SDI OUT 2 SUPER OFF/ON Turns ON/OFF the superimposed information output

TEST OUT SELECT VBS/Y/R/G/B/LCD Selects the video signal of the TEST OUT connector

TEST OUT SUPER OFF/ON Turns ON/OFF the superimposed information output

OFF : No output signal HDSDI : HD SDI signal SDSDI : SD SDI signal

from the SDI OUT 2 connector

(When R/G/B is selected, turning the power ON/OFF changes the setting to Y)

from the TEST OUT connector

• When R/G/B is selected, turning the power of the unit off and on changes the setting to Y.

• When TEST OUT SELECT is set to Y/R/G/B, the character information is displayed regardless of the setting. The character information can be hidden by switching this item from ON to OFF while the character information is displayed. (The view finder is also hidden.)

• When TEST OUT SELECT is set to LCD, the character information is displayed or hidden according to the display mode selected with the DISPSEL/EXPAND button.

4-4

PDW-700/V1 (E)

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OUTPUT 2 Display (Setting the Output signal)

O02 OUTPUT2 TOP

LIVE & PLAY : OFF

DOWN CON MODE : CROP

WIDE ID : THROU

Item Setting Function

LIVE & PLAY OFF/ON Enables to view camera video in the viewfinder during playback from the

DOWN CON MODE

WIDE ID THROU/AUTO The setting whether or not to add the wide screen information recorded on

* : When the SYSTEM LINE is 1080, and the SYSTEM FREQUENCY is 23.9P, the menu does not appear and the mode is fixed to SQEZE.

CROP/LETTR/SQEZE Selects the aspect ratio for down-conversion

disc OFF : Do not display camera video in the viewfinder during disc playback ON : Output camera video to the viewfinder, even during disc playback

SQEZE : Squeeze

Converting the 16:9 HD video signal to the SD signal while maintaining the aspect ratio (16 : 9)

LETTR : LETTER BOX

Converting the 16 : 9 HD video signal to the 4 : 3 SD video signal while maintaining the original aspect ratio of 16 : 9 (Black bars are displayed on the top and bottom of the screen) LETTR can be selected only when the LETTER BOX is set to ENABLE on the SELECT FUNCTION page

CROP : Edge crop

Converting the HD video signal to the SD signal by extracting the 4 : 3 image portion from the HD video signal (4 : 3)

the disc to the output signal THROU : Outputs the video signal played back from the disc without

adding the wide screen information

AUTO :Outputs the video signal by adding the wide screen information

when the wide information is detected from the disc during playback

SUPERIMPOSE Display (Setting the information output)

O03 SUPERIMPOSE TOP

<SDI OUT 2 & TEST(VBS)> SUPER(VFDISP) : ON SUPER(MENU) : ON SUPER(TC) : OFF

<TEST OUT(VBS)> SUPER(MARKER) : OFF

Item Setting Function

SUPER(VFDISP) OFF/ON Turns ON/OFF the output of text (superimposed) information from

SUPER(MENU) OFF/ON

SUPER(TC) OFF/ON

SUPER(MARKER) OFF/ON Turns ON/OFF the marker display output from the TEST OUT connector

PDW-700/V1 (E)

the SDI OUT 2 connector

4-5

Page 96

LCD Display (Setting the LCD monitor)

O04 LCD TOP

LCD COLOR : 0

LCD MARKER&ZEBRA: ON

Item Setting Function

LCD COLOR (_99 to 99) Adjusts the LCD color

LCD MARKER & ZEBRA OFF/ON Turns ON/OFF the marker and zebra display in the

LCD monitor

REC FUNCTION Display (Setting the Picture cache function)

O05 REC FUNCTION TOP

CACHE/INTVAL REC: OFF

DISC EXCHG CACHE: OFF CLIP CONT REC : OFF

Item Setting Function

CACHE/INTVAL REC OFF/CACHE/A.INT/M.INT Sets the CACHE REC function

DISC EXCHG CACHE OFF/ON Turns ON/OFF the function that even if you run out of

CLIP CONT REC OFF/ON Turns ON/OFF the clip continuous rec function

OFF : Not used CACHE : CACHE REC A.INT : Auto interval REC M.INT : Manual interval REC

free disc capacity while recording, you can continue recording

The unit’s internal memory is not unlimited, so the video and audio may be interrupted if it takes too long to exchange the disc.

4-6

PDW-700/V1 (E)

Page 97

When CACHE is selected in CACHE/INTVAL REC

O05 REC FUNCTION TOP

CACHE/INTVAL REC: CACHE CACHE REC TIME : 0-2S

DISC EXCHG CACHE: OFF

Item Setting Function

CACHE REC TIME 0-2S/2-4S/4-6S/6-8S/8-10S/ Sets the recording time of CACHE REC

18-20S/28-30S (SEC : second)

When A.INT is selected in CACHE/INTVAL REC

O05 REC FUNCTION TOP

CACHE/INTVAL REC: A.INT TAKE TOTAL TIME : 5MIN REC TIME : 5SEC PRE-LIGHTING : OFF

DISC EXCHG CACHE: OFF

Item Setting Function

TAKE TOTAL TIME See the right column Sets the total recording time of Auto Interval REC

REC TIME See the right column Sets the actual recording time of Auto Interval REC (SEC : second)

PRE-LIGHTING OFF/2SEC/5SEC/ Sets the automatic lighting-on when Auto Interval REC is operating

10SEC The lighting time (in second) before the start of recording is

(MIN : minute, H : hour) Setting value : 5MIN/10MIN/15MIN/20MIN/30MIN/40MIN/50MIN/1H/

2H/3H/4H/5H/7H/10H/15H/20H/30H/40H/50H/70H/100H

Setting value : 5, 10, 15, 20, 30, 40, 50SEC, 1 to 85MIN

specified

When M.INT is selected in CACHE/INTVAL REC

O05 REC FUNCTION TOP

CACHE/INTVAL REC: M.INT NUMBER OF FRAME : 1 TRIGGER INTERVAL: 1SEC PRE-LIGHTING : OFF

DISC EXCHG CACHE: OFF

Item Setting Function

NUMBER OF FRAME 1/3/6

TRIGGER INTERVAL See the right column Sets the interval time

PRE-LIGHTING

*1 : When SYSTEM LINE is set to 720 and REC FORMAT is set to HD422/HD420, setting value is 2/6/12, and default setting value is 2. *2 : This does not appear when TRIGGER INTERVAL is set to M.

PDW-700/V1 (E)

OFF/2SE/5SEC/ Sets the automatic lighting-on when Manual Interval REC is 10SEC operating

Sets the number of frames to be recorded by one REC operation of Manual Interval REC

When “M” is selected, by pressing the REC SW, a specified number of frames will be recorded When a time value is set, being triggered by REC SW, recording of a specified number of frames will be made after every elapse of that time Setting value : M/1SEC to 10SEC/15SEC/20SEC/30SEC/

40SEC/50SEC/1MIN to 10MIN/15MIN/20MIN/ 30MIN/40MIN/50MIN/1H to 6H/12H/24H

The lighting time (in second) before the start of recording is specified

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Page 98

ASSIGNABLE SW Display (Setting the ASSIGN SW)

O06 ASSIGNABLE SW TOP

ASSIGN SW <1> : OFF ASSIGN SW <2> : OFF ASSIGN SW <3> : OFF ASSIGN SW <4> : OFF ASSIGN SW <RET> : RET COLOR TEMP

ZOOM SPEED : 20 RETURN VIDEO : OFF

Item Setting Function

ASSIGN SW 1/3/4/RET OFF Assigns no function COLOR TEMP SW

*1 : Even when the MARKER item is set to OFF on the MARKER page of the USER menu, the ASSIGN 1/3/4 switch allows you to display or not to display all

markers.

*2 : Cannot be assigned to the RET button of the lens. *3 : Even if the RETURN VIDEO item is set to OFF on the GENLOCK page of the MAINTENANCE menu, you can use this switch to display the image of the

return video signal on the viewfinder.

*4 : Only the Assign 3 SEL and Assign 4 SEL screens appear.

4-8

SW : T5600

FRONT MIC MONO/STEREO Assigns the function to switch stereo and monaural when the stereo

microphone is connected

PICTURE CACHE ON/OFF Assigns the function to execute picture cache recording

SUPER (VFDISP&MENU) Assigns the function to switch whether or not to combine the character

information of the view finder and that of menu with the video signal that is output from the SDI OUT 2 connector or the TEST OUT connector when SDI OUT 2 SUPER or TEST OUT SUPER is set to ON in the OUTPUT 1 page of the OPERATION menu

MARKER Assigns the ON/OFF function to display all markers

RE-TAKE

Assigns the function to delete the last recorded clip

ATW Assigns the ON/OFF function of auto-tracing white balance

RETURN VIDEO Assigns the function that displays in the viewfinder the HD-Y (1080i) signal

input to the GENLOCK IN connector

LENS RET Assigns the same function as that of the RET switch on the lens to the switch

REC SWITCH Assigns the REC START (recording start) function to the switch

TURBO SWITCH Assigns the turbo gain function to the switch

ZEBRA Assigns the zebra pattern display function to the switch

FREEZE MIX Assigns the function that mixes a still picture (monochrome) and camera

video (color) (effective for framing shots)

COLOR TEMP SW 3200K Assigns the function to switch the White-balance to 3200K

COLOR TEMP SW 4300K Assigns the function to switch the White-balance to 4300K

COLOR TEMP SW 5600K Assigns the function to switch the White-balance to 5600K

COLOR TEMP SW 6300K Assigns the function to switch the White-balance to 6300K

ELECTRICAL CC Assigns the function that switches between electrical CC filters (3200K/

4300K/5600K/6300K) whenever pushing the switch The color temperatures of the electrical filter can be changed by the setting ELECTRICAL CC <A> to <D> of the WHITE FILTER page (The positions to which the dash marks ----- are set are skipped) Alternately, color temperatures can be switched in accordance with the settings A/B/C/D from RM/MSU/RCP when a remote control unit is connected

CC5600K Applies an electrical 5600K filter

ZOOM TELE/WIDE

When using a serial lens, assign the ZOOM TELE setting to ASSIGN 3, and the WIDE setting to ASSIGN 4

ZOOM WIDE/TELE

When using a serial lens, assign the ZOOM WIDE setting to ASSIGN 3, and the TELE setting to ASSIGN 4

SHOT MARK1 Assigns the function to record a SHOT MARK 1 essence mark

SHOT MARK2 Assigns the function to record a SHOT MARK 2 essence mark

CLIP FLAG OK Assign the functions that set or clear OK/NG/KEEP flags during

CLIP FLAG NG

recording or playback

CLIP FLAG KEEP

PDW-700/V1 (E)

Page 99

Item Setting Function

ASSIGN SW 1/3/4/RET FOCUS MAG Assigns the function that magnifies the central part of the viewfinder COLOR TEMP SW picture, for easier focus adjustment

(This function does not affect recorded video or other signal output)

DIGITAL EXTENDER

Assigns the function that electronically magnifies the central part of the picture (All video output is magnified, including recorded video)

CLIP CONT REC Clip continuous rec function ON/OFF

UA01 to UA10

Assigns the items assigned in the ASSIGN SEL menu

ASSIGN SW 2 OFF Assigns no function

FRONT MIC MONO/STEREO Assigns the function to switch stereo and monaural when the stereo

microphone is connected

PICTURE CACHE ON/OFF Assigns the function to execute picture cache recording

SUPER (VFDISP&MENU) Assigns the function of a switch to select mixing or no mixing of superimposed

viewfinder and menu text data into the video signals output from the SDI OUT 2 or TEST OUT connector, when SDI OUT 2 SUPER or TEST OUT SUPER on the OUTPUT 1 page of the OPERATION menu are set to ON

MARKER Assigns the ON/OFF function to display all markers

REC VIDEO SOURCE Switches the recording target video between the video shot by the camera

and the video input from an external device (VBS or SD-SDI/HD-SDI)

ZEBRA

Assigns the zebra pattern display function to the switch

FREEZE MIX Assigns the function that mixes a still picture (monochrome) and camera

video (color) (effective for framing shots)

DIGITAL EXTENDER

Assigns the function that electronically magnifies the central part of the picture (All video output is magnified, including recorded video)

CLIP CONT REC Clip continuous rec function ON/OFF

UA01 to UA10

Assigns the items assigned in the ASSIGN SEL menu

ZOOM SPEED 0 to 99 ZOOM SPEED function ON/OFF

RETURN VIDEO OFF/ON RETURN VIDEO function ON/OFF

*1 : This does not appear if nothing is assigned in the Assign menu. *2 : Even when the MARKER item is set to OFF on the MARKER page of the USER menu, the ASSIGN 1/3/4 switch allows you to display or not to display all

markers.

*3 : The optional CBK-SC02 Analog Composite Input Board is required for VBS signal input. The optional CBK-HD01 HD/SD SDI Input Board is required for

SD-SDI/HD-SDI signal input.

*4 : Video momentarily becomes black and audio is momentarily muted when the DIGITAL EXTENDER is switched ON/OFF.

POWER SAVE Display (Setting the POWER SAVE function)

O07 POWER SAVE TOP

ETHERNET/USB : DSABL i.LINK(FAM) : DSABL

REC AUDIO OUT : EE

TEST OUT SAVE : ON

Item Setting Function

ETHERNET/USB DSABL/ENABL Enables or disables the network connector and USB connector

i.LINK(FAM)

REC AUDIO OUT EE/SAVE Puts the AUDIO OUT connector in EE or SAVE mode

TEST OUT SAVE OFF/ON Switches the TEST OUT connector power saving function on and off

* : The unit must be restarted to enable changes to this setting.

PDW-700/V1 (E)

DSABL/ENABL Enables or disables the i.LINK connector (FAM function)

ON : No signals are output if a cable is not connected OFF : Signals are always output, regardless of whether a cable is

connected

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Page 100

VF DISP 1 Display (Setting the Viewfinder screen displays)

O08 VF DISP1 TOP

VF DISP : ON VF DISP MODE : 3 DISP EXTENDER : ON DISP FILTER : ON DISP WHITE : ON DISP GAIN : ON DISP SHUTTER : ON DISP AUDIO : ON DISP DISC : ON DISP IRIS : ON

Item Setting Function

VF DISP OFF/ON Turns ON/OFF the Viewfinder display

VF DISP MODE 1/2/3 Sets the display mode

DISP EXTENDER OFF/ON Displays the extender

DISP FILTER OFF/ON ND filter type

DISP WHITE OFF/ON Displays the white balance memory

DISP GAIN OFF/ON Displays the gain setup value

DISP SHUTTER OFF/ON Displays the shutter speed and ECS mode indicator

DISP AUDIO OFF/ON Displays the audio level

DISP DISC OFF/ON Displays the remaining amount of disc

DISP IRIS OFF/ON Displays the lens iris value

*1 : The viewfinder display can be also turned on or off by using the DISPLAY of the DISPLAY/ASPECT switch on the viewfinder. *2 : Regarding the messages that indicate the contents of setup change and the messages that indicate progress/result of adjustments,

only a part of the display items can be selected or no display at all can also be selected by setting the display mode.

Correspondence between the conditions of the unit when the message is displayed and the display modes are shown as follows.

O : Message is displayed. X : Message is not displayed.

The conditions that necessitate Message Display mode showing of the message setting

123

When FILTER selection is changed FILTER : n (n = 1, 2, 3, 4) XXO When GAIN setting is changed GAIN : n (n = _3 dB, 0 dB, 3 dB, 6 dB, 9 dB, XXO

12 dB, 18 dB, 24 dB, 30 dB, 36 dB, 42 dB)

When the WHITE BAL switch setting WHITE : n (n = A CH, B CH, PRESET) XXO is changed or ATW (Auto Tracking White-balance)

: RUN

When the OUTPUT/DCC switch is DCC : ON (or OFF) XOO set to DCC ON or DCC OFF

When the shutter speed/shutter : SS : 1/100 (or 1/125, 1/250, 1/500, XOO mode setting is changed

When BLACK balance/WHITE balance example : WHITE : OK XOO adjustment is in progress

*3 : It is also displayed for about 3 seconds when the SHUTTER switch is set to ON.

1/1000, 1/2000, ECS, EVS)

4-10

PDW-700/V1 (E)

Sony PDW-700, CBK-SC02, CBK-HD01 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Table of Contents

Purpose of this manual

Related manuals

Manual Structure

Service Overview

1-1. Locations of Main Parts

1-1-1. Locations of the Printed Wiring Boards

1-1-2. Locations of Main Mechanical Parts

1-2. Circuit Description

1-2-1. Camera System

1-2-2. CCD Block

1-2-3. Video Signal System

1-2-4. System Control

1-2-5. Digital Audio System

1-2-6. Audio System

1-2-7. Audio DSP Operation Processing

1-2-8. Optical Drive System

1-2-9. Power Supply Systems

1-2-10. LCD System

1-2-11. Others

1-3. Matching Connectors

1-4. Signal Inputs and Outputs

1-5. On-Board Switch and LED Function

1-6-1. Taking Out a Cartridge at Power-off

1-7. Removing/Installing

1-7-1. Removing Outside Panel

1-7-2. Reinstalling Outside Panel

1-7-3. Inside Panel

1-7-4. Handle Assembly

1-7-5. Front Panel

1-7-6. SW Guard Assembly

1-7-7. Shoulder Pad, Connector Cover

1-7-8. Connector Panel Assembly

1-7-9. Rear Panel Assembly

1-7-10. Battery Connector

1-8. Removing/Installing LCD Block

1-8-1. LCD Block

1-8-2. LCD Hinge

1-8-3. LCD Backlight and LCD Panel

1-10. Service Tools/Measuring Equipment List

1-10-1. Service Tools

1-10-2. Measuring Equipment

1-11. Firmware/Software

1-11-1. EEPROM/FRAM List

1-12. Other Overview

1-12-2. Standard Torque for Screws

1-12-3. Stop Washer

1-12-4. Description of CCD Block Number

1-12-6. IC Link Replacement

1-12-5. Memory Backup Battery

1-12-7. Circuit Protection Element

1-12-10. Notes on Repair Parts

1-12-9. Precautions for the Battery Connector

1-12-11. Unleaded Solder

XDCAM Web Site

2-1. XDCAM Web Site Overview

2-2. Status Menu

2-2-1. Device Information

2-2-2. Hours Meter

2-2-3. Software Version

2-3. Disc Menu

2-3-1. Disc Properties

2-3-2. Thumbnails

2-4. Maintenance Menu

2-4-1. Software Update

2-4-2. Account

2-4-3. Network

2-4-4. License Registration

Error Messages

3-1. Error Messages Overview

3-2. Error Code List

3-2-1. Main Code and Sub Code

3-2-2. Error 0X

3-2-3. Error 20

3-2-4. Error 3X

3-2-5. Error 5X