Sony HXC-100 Service Manual
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Sony HXC-100 Service Manual

Hd color camera
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HD COLOR CAMERA
HXC-100
SERVICE MANUAL
Volume 1 1st Edition

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Summary of Contents for Sony HXC-100

  • Page 1 HD COLOR CAMERA HXC-100 SERVICE MANUAL Volume 1 1st Edition...
  • Page 2 électrique, d’incendie ou de blessure n’effectuer que les réparations indiquées dans le mode d’emploi à moins d’être qualifi é pour en effectuer d’autres. Pour toute réparation faire appel à une personne compétente uniquement. HXC-100/V1 (E)
  • Page 3 Hävitä käytetty paristo valmistajan ohjeiden Remplacer uniquement avec une batterie du même mukaisesti. type ou d’un type équivalent recommandé par le constructeur. Mettre au rebut les batteries usagées conformément aux instructions du fabricant. 1 (P) HXC-100/V1 (E)

  • Page 5: Table Of Contents

    Cleaning the Air Vents ......... 1-32 1-13. Description of CCD Block Number ......1-32 1-14. Optional Fixtures ............1-33 1-15. Notes on Repair Parts ............ 1-33 1-16. Unleaded Solder ............1-33 1-17. Installing the Accessory Shoe ........1-34 HXC-100/V1 (E)
  • Page 6 RPN Compensation Flowchart ......3-31 3-7. Vertical Line Compensation .......... 3-32 3-8. TRIAX Transmission System Adjustment ....3-34 3-8-1. 1.4-MHz Modulation Circuit Adjustment .... 3-34 3-8-2. Demodulation Circuit Adjustment ....... 3-35 3-9. TEST OUT Output Level Adjustment......3-36 HXC-100/V1 (E)

  • Page 7: Manual Structure

    Manual Structure Purpose of this manual This manual is the service manual Volume 1 for HD Color Camera HXC-100. This manual describes the information items that premise the service based on the components parts such as service overview, replacement of main parts, electrical alignment, fi...

  • Page 9: Service Overview

    BNC type 75 Z, 0.8 V p-p 1.485 Gbps CE: Fischer Triax connector 5 EARPHONE 2 PROMPTER/GENLOCK/RET EARPHONE φ3.5 mm stereo mini jack BNC type 75 Z, 1.0 V p-p 3 TEST OUT BNC type 75 Z, 1.0 V p-p HXC-100/V1 (E)
  • Page 10 SERIAL DATA IN/TRUNK DATA IN RX (Y) RX1 (_) TX-GND GND for TX +10.5 to +17 V dc, 200 mA (max) UNREG-OUT UNREG-GND GND for UNREG-OUT 75 Z, 1.0 V p-p (SD Video) RCP-PIX CHASSIS GND CHASSIS GND HXC-100/V1 (E)
  • Page 11 TRACKER TALK 0 dBu /_20 dBu, High impedance balanced TRACKER TALK (Y) G TALLY ON : GND OFF : High impedance (Open collector) R TALLY ON : GND OFF : High impedance (Open collector) (0 dBu = 0.775 Vrms) HXC-100/V1 (E)
  • Page 12 AUDIO IN CH1/CH2 (3P FEMALE) (External view) Signal Specifi cations _60 dBu, _50 dBu, _40 dBu, _30 dBu, _20 dBu, AUDIO CH1/CH2 (G) LINE (0 dBu) selectable, Balanced AUDIO CH1/CH2 (X) AUDIO CH1/CH2 (Y) (0 dBu = 0.775 Vrms) HXC-100/V1 (E)
  • Page 13 ?0.35 V p-p, Zo = 75 Z Pb VIDEO ?0.35 V p-p, Zo = 75 Z Pr VIDEO No connection R TALLY ON : 5 V, OFF : GND No connection UNREG GND GND for UNREG +10.5 to +17 V UNREG HXC-100/V1 (E)
  • Page 14 EX 0.8 ON : 30 kZ to GND OFF : OPEN EX 0.8 ON 30 k ZOOM POSITION WIDE : 2 V, TELE : 7 V % : 7 V, min. : 2 V FOCUS POSI (/LENS RX) (LENS TX) HXC-100/V1 (E)

  • Page 15: Wiring Diagrams For Cables

    *1: Use of REMOTE cable enables to monitor video signals. (The pin 8 is available for the video signal line.) The down-converted SD signal is output. *2: If you want to use a cable of length different from a standard product, contact your local Sony Sales Offi ce/Service Center. *3: The pin 8 of CCA-5 cable is GND (ground).

  • Page 16: Location Of Printed Circuit Boards

    1-2. Location of Printed Circuit Boards FL-348 DPR-298 PS-755 CD-61 ENC-112 TX-126 SY-363 RE-263 MB-1125 CN-3074 CN-3075 SW-1406 (J, UC) LE-355 SW-1406A (CE) SW-1403 CN-3073 CN-3069 CN-3072 CN-3076 CN-3078 CN-3701 SW-1407 CN-3077 SW-1402 CN-3070 SW-1404 SW-1405 MS-91 HXC-100/V1 (E)
  • Page 17 DR-632 TG-265 NR-80 SE-949 PA-353 HXC-100/V1 (E)

  • Page 18: Circuit Description

    The return video signal is decoded to a baseband signal by the decoder, and is then sent to the DPR-298 board. The audio signal and the command are sent to the SY-363 board. 1-10 HXC-100/V1 (E)
  • Page 19 (0 dBu input). The synchronizing signal waveform is shaped, and the signal is output with an amplitude of 3.3 Vp-p. The 1.0 MHz FM-modulated wave is detected by IC16 to check the presence of an FM signal wave. 1-11 HXC-100/V1 (E)
  • Page 20 . Tally output to the handle and TRACKER connector . D/A converter output for lens iris control . CPU’s V interrupt control . Communication with the character generator on the DPR-298 board . Fan speed detection . Monitoring PLD and power status on each board 1-12 HXC-100/V1 (E)
  • Page 21 LE-355 Board This board contains handle tally LEDs (red, green ) and an ON/OFF switch. CN-3069 Board This board contains a VF connector. CN-3070 Board This board contains a LENS connector. 1-13 HXC-100/V1 (E)
  • Page 22 This board contains three switches on the front panel, a potentiometer, and a rotary encoder. SW-1406/A Board This board contains seven switches on the intercom panel, potentiometers (CE: 5 and UC: 3), and a rotary encoder. SW-1407 Board This board contains a CAM POWER switch. 1-14 HXC-100/V1 (E)

  • Page 23: Power Supply

    This is the motherboard of the unit, which contains interface with each board, inductors for power fi lters of each board, capacitors, a positive-characteristic thermistor to prevent overcurrent, and a fuse. FL-348 Board This board isolates RF signals from the DC power for this unit. 1-15 HXC-100/V1 (E)

  • Page 24: Opening/Closing The Side Panel

    Be careful so that the fl exible card wires between the TX-126 and CD-61 boards do not shift or come off. Screws with stopper Screws with stopper Outside panel 3. Close the outside panel by reversing the steps above. 1-16 HXC-100/V1 (E)

  • Page 25: Description Of Onboard Led Indicators

    DPR-298 BOARD (SIDE B) Ref No. Name Color Description Normal state D101 POWER Green Lights when all power voltages on the board are normal. D401 Green Lights instantly at power-on and is turned off immediately by the CPU control. 1-17 HXC-100/V1 (E)
  • Page 26 Lights while the main power is sup- CCU connected plied. ON: Lit Standby: Off STBY-PW Green Lights while the standby power is supplied. D201 Status Green Not used D535 RTS PW While the INTERCOM connector is supplied with RTS PW (+26 V). 1-18 HXC-100/V1 (E)
  • Page 27 TX-126 Board D205 TX-126 BOARD (SIDE A) Ref No. Name Color Description Normal state D205 POWER Green Lights while both main power and CCU connected standby power are supplied. ON: Lit Standby: Off CCU disconnected: Off 1-19 HXC-100/V1 (E)

  • Page 28: Switch Settings

    DPR-298 BOARD (SIDE A) Ref No. Description Factory setting S901 Not used Not used Not used OFF: Normal operation (for upgrading the PLD from the SY-363 board) ON: For upgrading the PLD from CN901 on the DPR-298 board 1-20 HXC-100/V1 (E)
  • Page 29 OFF: Normal operation ON: Forcible fi rmware upgrade Not used OFF: Normal operation ON: FRAM clear Not used S201 Not used (MODE) Not used Not used Not used S502 Intercom output interface switching Normal: 4-wire RTS: RTS/Clear-Com 1-21 HXC-100/V1 (E)

  • Page 30: Notes On Flexible Card Wire

    1. Insert the fl exible card wire in the arrow A direction as far as it will go with the insulating surface facing upward. Insulating surface 2. Close the connector open/close lever in the arrow B direction to lock the fl exible card wire. 1-22 HXC-100/V1 (E)
  • Page 31 2. Close the connector open/close lever in the arrow B Flexible card wire direction to lock the fl exible card wire. Insulating surface Connector Flexible card wire Connector open/close lever Connector open/close lever Insulating surface Connector 1-23 HXC-100/V1 (E)

  • Page 32: Forming Flexible Card Wire

    . DR-632 board CN1 ↔ NR-80 board CN2 Fold along the NR-80 board edge. Conductive surface NR-80 board DR-632 board . TG-265 board CN2 ↔ NR-80 board CN1 TG-265 board NR-80 board Fold along the TG-265 board edge. Conductive surface 1-24 HXC-100/V1 (E)

  • Page 33: Notes On Replacement Of Circuit Board

    Do not replace the EEPROM ICs listed in the table because they retain board-specifi c data. The part number listed in “Spare Parts” is for EEPROM which is not programmed. If replacement is needed, contact your local Sony Sales Offi ce/Service Center. Board Ref No.

  • Page 34: Adjustment And Settings When Replacing Sy-363 Board

    . Scene fi le (Refer to Section 4-4.) . Operator fi le (Refer to Section 4-2.) 9. Adjust the lens fi le data. (Refer to Section 4-6.) 10. Execute AUTO LEVEL on the AUTO SETUP page of the MAINTENANCE menu. (Refer to Section 4-5.) 1-26 HXC-100/V1 (E)

  • Page 35: Setting Intercoms

    2. Set a desired channel (left, right or both) for INTRECOM, PGM1, PGM2, or TRACKER with IN- TERCOM RECEIVE SEL in the RECEIVE SEL menu. To adjust the volume of your voice: Set the volume with SIDE TONE in the INTERCOM LEVEL menu. 1-27 HXC-100/V1 (E)

  • Page 36: Upgrading The Software Programs

    Preparation Copy the upgrading program to the Memory Stick in the following steps. To get the upgrading program (program fi les “hsc300.rom” and “boot.rom”), contact your local Sony Sales Offi ce/Service Center. (1) Make the following directory on the Memory Stick.

  • Page 37: Upgrading The Boot Program

    Preparation 1. Copy the upgrading program to the Memory Stick in the following steps. To get the upgrading program (program fi les “hsc300.rom” and “boot.rom”), contact your local Sony Sales Offi ce/Service Center. (1) Make the following directory on the Memory Stick.

  • Page 38: Note On Replacement Of Lithium Battery

    A lithium battery is mounted on the SY-363 board to back up the real time clock (RTC). If a battery comes to the lifetime, then RTC stops. Therefore, the battery must be replaced. SY-363 board/CR2032: Sony Part No. (! 1-528-174-xx) In replacing, ensure that the battery is installed with “+” and “_” poles connected to the correct terminals.

  • Page 39: Periodic Check And Maintenance

    1-12. Periodic Check and Maintenance Part name Sony Part No. SW COVER 4-138-682-0x 1-12-1. Recommended Replacement Parts GRIP 4-138-676-0x COVER, SW 4-138-542-0x The following parts are recommended replacement parts. PACKING, VF 3-710-024-0x Rubber parts used in this unit may crack with the lapse of...

  • Page 40: Periodic Replacement Parts

    This table does not describe the guarantee period of part. The replacement period of each part depends on the environment and condition. Refer to “Section 2 Replacement of Main Parts” for the replacement method of parts. Part name Sony Part No. Check/replacement period ! 1-787-847-11 FAN, DC (40 SQUARE) Replace every two years *: When used for eight hours a day.

  • Page 41: Optional Fixtures

    Therefore, be sure to use specifi ed parts for replacement. 2. Standardization of Parts Some repair parts supplied by Sony differ from those used in the unit. These are because of parts commonality and improvement. Parts list includes the present standardized repair parts.

  • Page 42: Installing The Accessory Shoe

    1-17. Installing the Accessory Shoe This unit is provided with a shoe that can be installed with 1/4-inch screws, but can install a slide shoe. Parts Required Part name Sony Part No. Accessory shoe 3-688-755-13 Shoe spring 3-688-754-11 Screw P2 x 8 (4 pcs.)

  • Page 43: Replacement Of Main Parts

    Filter with the lightest color (1: clear) 5. Remove the four hexagon cap screws and the Mark four spring washers to detach the front panel. HXC-100/V1 (E)
  • Page 44 7. Install the CCD unit for repair by reversing the steps above. Work after replacement Perform the following after the CCD unit is replaced. . 3-3. Electrical Alignment (Sections 3-3-1 to 3-3-6) . 3-6. RPN Compensation . Re-setting the OHB File HXC-100/V1 (E)

  • Page 45: Replacing Ccd Unit Boards

    3. Disconnect the fl exible card wires from the connectors CN1 and CN2 on the NR-80 board. 4. Remove the three screws to remove the NR-80 board. NR-80 board 5. Install a new NR-80 board by reversing the steps above. HXC-100/V1 (E)

  • Page 46: Board

    PSW 2 x 5 remove the PA-353 board (channel G). Flexible card wire Image sensor PA-353 board (channel R) PA-353 board (channel G) Installation 1. Install a new PA-353 board (channel G) by reversing the steps of removal. HXC-100/V1 (E)

  • Page 47: Board

    Filter with the lightest color 7. Attach the fi lter ID plate with a screw in the (1: clear) orientation shown in the fi gure. 8. Perform steps 1 and 2 reversely. HXC-100/V1 (E)

  • Page 48: Replacing The Dc Fan

    . Be careful of the orientation of the label Fan duct side and the harness when installing the new DC fan. . Attach the fan duct to the intercom panel properly so as not to block the vent hole. Intercom panel HXC-100/V1 (E)

  • Page 49: Replacing Operation Parts

    RET1 button SW-1406/A 2-8-16 RET button/RET2-4 switch ASSINABLE switch/button/knob PGM1 knob PGM2 knob INCOM knob PROD knob (CE model only) TRACKER knob (CE model only) LEVEL/MIC switch Line select switch Connector panel MIC1 switch CN-3076 CH1 switch CH2 switch HXC-100/V1 (E)

  • Page 50: Replacing Connectors

    2. Remove the fi ve screws to detach the shield case cover. 3. Disconnect the harness from the connector CN1 on the FL-348 board. 4. Remove the screw securing the earth lug. FL-348 board PSW 3 x 6 Earth lug HXC-100/V1 (E)
  • Page 51 CCU (TRIAX) connector B3 x 10 TRIAX CN (T) assembly 6. Install a new CCU (TRIAX) connector by reversing the steps above. Arrange the harness so that the two ferrite cores come to the positions shown in the fi gure. HXC-100/V1 (E)

  • Page 52: Sdi Connector

    . Hold the plug of the coaxial cable, and connect it perpendicularly to the connector. Hold the plug to connect. Push the plug into the connector while turn- ing it clockwise and counterclockwise several times. Connector 2-10 HXC-100/V1 (E)

  • Page 53: Replacing The Power Supply Assembly

    5. Disconnect the harnesses from the connectors CN301, CN305, and CN304 on the PS-755 board. CN100 PSW3 x 6 CN304 PSW3 x 6 CN702 PS-755 board Power supply 6. Install a new power supply assembly by assembly reversing the steps above. 2-11 HXC-100/V1 (E)

  • Page 54: Removing/Installing The Connector Panel

    CN2 and CN4 on the CN-3076 board. 8. Disconnect the harness from the connector CN-3078 board M2 x 5 CN2 on the CN-3078 board. Connector panel Installation 1. Install the removed parts by reversing the steps of removal. 2-12 HXC-100/V1 (E)

  • Page 55: Replacing Boards

    4. Remove the two screws (PSW2 x 5) to remove the ENC-112 board. PSW 3 x 6 CN202 CN203 CD-61 board CD board PSW 2 x 5 assembly ENC-112 board 5. Install a new CD-61 board by reversing the PSW 3 x 6 steps above. 2-13 HXC-100/V1 (E)

  • Page 56: Cn-3069 Board

    5. Remove the two screws (M2.6 x 5) and lift the CN-3069 board. 6. Disconnect the harness from the connector B 3 x 10 CN2 on the CN-3069 board. CN-3069 board M 2.6 x 5 7. Install a new CN-3069 board by reversing the steps above. 2-14 HXC-100/V1 (E)

  • Page 57: Cn-3070 Board

    Outside panel CN3 on the CN-3071 board. 4. Remove the two screws, lift the outside panel, and remove the CN-3071 board. CN-3071 board 5. Install a new CN-3071 board by reversing the BVTP 3 x 12 steps above. 2-15 HXC-100/V1 (E)

  • Page 58: Cn-3072 Board

    CN2 on the CN-3072 board. 8. Remove the two screws to remove the CN-3072 board. CN-3072 board BVTP 3 x 12 Harness 9. Install a new CN-3072 board by reversing the BVTP 3 x 12 steps above. 2-16 HXC-100/V1 (E)

  • Page 59: Board

    Hold the plug to connect. Push the plug into the connector while turn- ing it clockwise and counterclockwise several times. Connector 2-8-7. ENC-112 Board For how to replace the ENC-112 board, refer to “Section 2-8-1 CD-61 Board”. 2-17 HXC-100/V1 (E)

  • Page 60: Board

    6. Install a new FL-348 board by reversing the steps above. Hold the plug of the coaxial cable, and con- nect it perpendicularly to the connector. Push the plug into the connector while turn- Connector ing it clockwise and counterclockwise several times. 2-18 HXC-100/V1 (E)

  • Page 61: Board

    9. Remove the two screws to remove the CN6, CN8, CN10 MB-1125 board in the arrow direction. 10. Remove the fi ve screws to detach the MB bracket. 11. Install a new MB-1125 board by reversing the PSW2 x 5 steps above. MB bracket 2-19 HXC-100/V1 (E)

  • Page 62: Board

    When replacing the PS-755 board, replace the power supply assembly with the PS-755 board contained. 2-8-13. RE-263 Board The RE-263 board is not a spare part. When replacing the RE-263 board, replace the power supply assembly with the RE-263 board contained. 2-20 HXC-100/V1 (E)

  • Page 63: Sw-1404 Board

    CN2 on the SW-1405 board. 6. Remove the screw to remove the SW-1405 board in the arrow direction. PSW2 x 5 SW-1405 board RE knob 7. Install a new SW-1405 board by reversing the VR knob Front switch cushion steps above. 2-21 HXC-100/V1 (E)

  • Page 64: Sw-1406/A Board

    3. Remove the screw and draw the SW-1407 board. 4. Disconnect the harness from the connector CN1 on the SW-1407 board. PSW2 x 5 SW-1407 board Waterproof cap 5. Install a new SW-1407 board by reversing the steps above. 2-22 HXC-100/V1 (E)

  • Page 65: Board

    PSW3 x 6 3. Disconnect the fl exible card wires from the connectors CN1 and CN2 on the TX-126 board. 4. Disconnect the harness from the connector CN3 on the TX-126 board. Shield case TX-126 board 2-23 HXC-100/V1 (E)
  • Page 66 fi gure. . Hold the plug of the coaxial cable, and connect it perpendicularly to the connector. Hold the plug to connect. Push the plug into the connector while turn- ing it clockwise and counterclockwise several times. Connector 2-24 HXC-100/V1 (E)

  • Page 67: Electrical Alignment

    HXCU-100 Tools . Pattern box PTB-500: Sony Part No.: J-6029-140-B . Grayscale chart (16 : 9 transparent type): Sony Part No.: J-6394-080-A . Grayscale chart (4 : 3 refl ective type): Commercially available 3-1-2. Precautions on Adjustments . Turn on the external main power switch before starting adjustments, and warm up the unit for about 10 minutes.

  • Page 68: File Data At Adjustment

    The refl ective grayscale chart should be replaced every two years if it used as the reference. Because the chart deteriorates with time and proper adjustment cannot be achieved. Replacement period varies depending on the chart storage condition. HXC-100/V1 (E)
  • Page 69 4. Adjust the luminance control of the pattern box so that the white portion in the center of the chart is 573 ?6 cd/m This corresponds to the luminous intensity on the 89.9%-refl ective chart at 2000 lx. Chart Luminance meter HXC-100/V1 (E)

  • Page 70: Setup Menu

    To enter the setting value: Press the rotary encoder. To cancel the setting value: Before pressing the rotary encoder, press the MENU switch toward the “CANCEL” side. The original setting is restored. After the rotary encoder is pressed, the setting cannot be canceled. HXC-100/V1 (E)

  • Page 71: Connection Of Equipment

    Y, Pb, Pr R, G, B CCA-5 cable (max. 200 m) Color monitor Master setup unit MSU-900/950 *: Transmittable cable attenuation: 3.8 to 45.6 dB (100 MHz) When Fujikura φ8.5 mm cable is used → 50 to 600 m. HXC-100/V1 (E)

  • Page 72: Initial Settings

    SW STATUS FLARE WHITE BAL switch → PRST GAMMA BLK GAM . Front panel KNEE SHUTTER switch → OFF WHT CLIP DETAIL . Filter position LVL DEP ND fi lter → 1 (CLEAR) SKIN DTL MATRIX VIDEO LEVEL TEST HXC-100/V1 (E)

  • Page 73: Adjustment Items And Setup Menu Items

    Paint menu page 2/3 (PAINT button/MSU-900 → ON (lit)) Menu item of MSU-900 Menu item of camera Menu Adjustment item MENU PAGE ITEM Gamma R/G/B/Master PAINT GAMMA LEVEL R/G/B/M Knee Point R/G/B/Master KNEE POINT R/G/B/M Knee Slope R/G/B/Master SLOPE R/G/B/M White Clip R/G/B/Master WHT CLP R/G/B/M HXC-100/V1 (E)

  • Page 74: Automatic Adjustment

    Specifi cation: Adjust this using the waveform monitor so that the PED level of each channel becomes equal within a range of _3 to +12 dB. 2. Execute fi le storing MENU: SERVICE PAGE: BLACK SHADING ITEM: STORE FILE HXC-100/V1 (E)

  • Page 75: Sensitivity Adjustment

    * Use a lens with a transmittance equivalent to Canon HJ18. Adjustment Procedure 1. Adjustment Item: 100% MENU: SERVICE PAGE: OHB_ADJ1 ITEM: GAIN_CONT [R1], [G1], [B1] Specifi cation: A = 700 mV 2. Execute fi le storing. MENU: SERVICE PAGE: OHB_ADJ1 ITEM: STORE FILE HXC-100/V1 (E)

  • Page 76: V-Sub Adjustment

    TEST MODE: ON Specifi cation: A = 600 ?5 mV (R-ch, G-ch) B = 400 ?5 mV (B-ch) 2. Execute fi le storing. MENU: SERVICE PAGE: OHB_ADJ3 ITEM: STORE FILE 3. Return the TEST MODE setting to OFF. 3-10 HXC-100/V1 (E)

  • Page 77: Black Shading Adjustment

    Adjust this so that each WFM channel be- comes as fl at as possible. (Check this in the mode of V: FIELD, H: LINE.) 2. Execute fi le storing. MENU: SERVICE PAGE: BLACK SHADING V: FIELD ITEM: STORE FILE (V SAW) (V PARA) 3-11 HXC-100/V1 (E)

  • Page 78: White Shading Adjustment

    5. Perform the automatic white balance adjustment. (V SAW) (V PARA) WHITE button/MSU-900 → ON (lit) OHB File Store MSU menu operation: . FILE button → ON (lit) . Touch panel operation [OHB|File] → [OHB|Store] → [Store] 3-12 HXC-100/V1 (E)
  • Page 79 11. Execute the lens fi le store. MSU menu operation: . FILE button → ON (lit) . Touch panel operation [Lens|File] → [Lens|Store] → [Store] 12. Lens extender (x2) → OFF or lens shrinker (x0.8) → OFF 3-13 HXC-100/V1 (E)

  • Page 80: Rpn Adjustment

    MENU: SERVICE PAGE: OHB_ADJ2 ITEM: STORE FILE 5. Setting after adjustment MASTER GAIN → 0 CONC, TEST MODE → OFF If the residual point noise (RPN) still remains after the RPN adjustment, perform the RPN compensation (Section 3-6). 3-14 HXC-100/V1 (E)

  • Page 81: Video System Level Adjustment

    After adjustment is completed, return these setting to customer settings. 2. MSU menu operation: . Touch panel operation [Detail|2] Adjustment item: H/V Ratio Specifi cation: A ratio between H and V detail amounts (white) to be added shall be equal. 3-15 HXC-100/V1 (E)

  • Page 82: Detail Level Adjustment

    . PAINT button → ON (lit) . Touch panel operation (Page 1/3) → [Detail] → [Detail|1] Adjustment item: Level Specifi cation: Adjust the detail level to be added to each step of the grayscale to the desired level. 3-16 HXC-100/V1 (E)

  • Page 83: Crispening Adjustment

    (Page 1/3) → [Detail] → [Detail|1] Adjustment item: Crispening Specifi cation: Set Crispening to -99 once, and turn slowly for increment until the noise at the black level of the waveform just decreases. Or adjust for the desired level. 3-17 HXC-100/V1 (E)

  • Page 84: Level Dependent Adjustment

    Set Level Dep to -99 once, and turn slowly for increment until spikes at portions B just decrease. Or adjust for the desired level. Note After adjustment is completed, be sure to perform “Section 3-4-1 H/V Ratio Adjustment.” 3-18 HXC-100/V1 (E)

  • Page 85: Detail Clip Adjustment

    4. Adjust the black limiter. MSU menu operation: . PAINT button→ ON (lit) . Touch panel operation (Page 1/3) → [Detail] → [Detail|3] Adjustment item: B.Limiter Specifi cation: Adjust the edge at portion C to the desired clip level. 3-19 HXC-100/V1 (E)

  • Page 86: Auto-Iris Adjustment

    (It can be set between the average and the peak value of video signal.) 99 → average _99 → peak value 3. Adjust the auto-iris level. MSU menu operation: Adjustment item: Level A = 700 ?7 mV Specifi cation: 3-20 HXC-100/V1 (E)

  • Page 87: Pedestal Level Adjustment

    Adjustment item: R, G, B, Master Specifi cation: Adjust the levels A to desired level for R, G and B respectively. To adjust all levels for R, G and B simultaneously, adjust them using Master. (Reference value: A = 21 mV) 3-21 HXC-100/V1 (E)

  • Page 88: Flare Adjustment

    (Page 1/3) → [Flare] Adjustment item: R, G, B Specifi cation: Adjust the levels B to desired level for R, G and B respectively. Or adjust the levels of other channels to the lowest level B of a channel. 3-22 HXC-100/V1 (E)

  • Page 89: Gamma Correction Adjustment

    Adjustment item: R, G, B, Master Specifi cation: Adjust the cross points B of the grayscale to desired level for R, G and B respectively. To adjust all cross points for R, G and B simultaneously, adjust them using Master. 3-23 HXC-100/V1 (E)

  • Page 90: Knee Point/Knee Slope Adjustment

    To adjust all levels for R, G and B simultaneously, adjust them using Master. Reference value: B = 735 mV (factory setting) Setting after Adjustment . MASTER GAIN/MSU-900 → 0 dB . KNEE OFF button/MSU-900 → OFF (lit) 3-24 HXC-100/V1 (E)

  • Page 91: White Clip Level Adjustment

    fi le store. 1. MSU menu operation: . FILE button → ON (lit) . Touch panel operation [Reference] → [Ref|Store] → [Start] 2. When the store operation is completed, a message “Completed” appears. 3-25 HXC-100/V1 (E)

  • Page 92: Nd Offset Adjustment

    . FILE button → ON (lit) . Touch panel operation [OHB|File] → [OHB|Store] → [Store] 2. When the store operation is completed, a message “OHB File Stored” appears. Setting after Adjustment . MASTER GAIN/MSU-900 → 0 dB 3-26 HXC-100/V1 (E)

  • Page 93: Rpn Compensation

    Open the MANUAL RPN[S03] page of the SERVICE menu. <MANUAL RPN> S03 TOP RPN CH SELECT RPN CURSOR CURSOR H POS. 1008 CURSOR V POS. CURSOR JUMP CURR RPN WIDTH RECORD RPN EXEC DELETE RPN EXEC Preparation . Perform the automatic black balance adjustment. 3-27 HXC-100/V1 (E)
  • Page 94 6. Repeat steps 2 to 5 to compensate other RPNs. If any RPN still remains after this manual adjustment, handle it according to the fl owchart in Section 3-6-5. Setting after Adjustment ITEM: RPN CURSOR → OFF 3-28 HXC-100/V1 (E)

  • Page 95: Procedures To Be Taken When The Rpn Compensation Fails

    Appearance of an RPN next to the pixel to be compensated means that adjacent RPNs exit. If an RPN appears in the diagonal direction, the RPN cannot be compensated. In this case, the CCD or the CCD block must be replaced. For more information, contact your local Sony Sales Offi ce/ Service Center.

  • Page 96: Performing Automatic Rpn Detection Effectively

    . If AUTO CONCEAL is executed with a wrong switch setting, delete all the recorded data. Make these settings and execute AUTO CONCEAL carefully so that the RPN compensated data is not deleted completely. ITEM: RPN ALL PRESET → EXEC 3-30 HXC-100/V1 (E)

  • Page 97: Rpn Compensation Flowchart

    When there is another RPN, perform the automatic black balance adjustment or manual RPN compensation again. The RPN cannot be compensated because the RPN is adjacent to another RPN. Replace the CCD block. Compensation is successful. 3-31 HXC-100/V1 (E)

  • Page 98: Vertical Line Compensation

    ITEM: CURSOR H POS One click of the rotary encoder is equivalent to one pixel shift. On the other hand, the cursor moves by two clicks of the rotary encoder because the cursor has a size of two pixels. 3-32 HXC-100/V1 (E)
  • Page 99 If the data is stored at an incorrect compensation address, delete the V.LINE data. ITEM: DELETE V.LINE → EXEC 8. To compensate other vertical lines, repeat steps 1 to 7. Setting after Adjustment ITEM: RPN CURSOR → OFF 3-33 HXC-100/V1 (E)

  • Page 100: Triax Transmission System Adjustment

    1. Connect the oscilloscope to the following terminals on the DPR-300 board in the CCU. Test Point: TP1503 (E-6) GND: E1501 (F-6) 2. Adjust the RV1 (B-1) on the TX-126 board so that the amplitude level becomes 220 ?10 mVp-p. 3-34 HXC-100/V1 (E)

  • Page 101: Demodulation Circuit Adjustment

    1. Connect the oscilloscope to the following terminals on the TX-126 board. Test Point: TP2 (A-3) GND: E2 (A-2) 2. Adjust the RV2 (A-3) on the TX-126 board so that the waveform level becomes 220 ?10 mVp-p. 3-35 HXC-100/V1 (E)

  • Page 102: Test Out Output Level Adjustment

    NTSC: 286 mV (40 IRE) PAL: 300 mV VF Adjustment 1. Open S06:VDA-ADJ of the SERVICE menu. 2. Set TEST OUT SELECT to VF. 3. Adjust Y-GAIN with the waveform monitor so that 100% White of the color-bar becomes 700 mV. 3-36 HXC-100/V1 (E)

  • Page 103: File System

    R/G/B for H SAW, H PARA, V SAW, V PARA can be stored. . ND offset can be stored. . OHB matrix can be stored. Factory-set value 0 Fig. 4-1. Structure of Paint Related Files (*1): The additional data of each file is sent to each circuit in the unit. HXC-100/V1 (E)
  • Page 104 Reading Storing (Step 2) (Step 1) Camera unit Calling (Step 3) Initializing (Step 5) Preset Operator File Current Operator Preset Operator File Factory-set File Data value Storing (Step 4) Output to hardware Fig. 4-2. Operator File Operating Procedure HXC-100/V1 (E)
  • Page 105 Initializing (Refer to step 5 of Fig. 4-2.) Using FILE Menu of This Unit Use this menu when you want to initialize the modifi ed Preset Operator File data to the factory-set values. [FILE] [FILE|CLEAR] [PRESET|OPERATOR] → → HXC-100/V1 (E)

  • Page 106: Scene File

    fi le number highlighted. Select the number again to cancel the call and resume the previous status. With MSU Press and light a SCENE FILE button of the desired number while the STORE button is not lit. Press the lit button again to cancel the call and turn off the button. HXC-100/V1 (E)
  • Page 107 Scene File data stored in the memory stick cannot be read when the power is just turned on. Camera unit Storing in Storing memory stick (Step 1) (Step 1) Scene File Memory stick Current paint data Readng from Calling memory stick (Step 2) (Step 3) Output to hardware Fig. 4-3. Scene File Operating Procedure HXC-100/V1 (E)

  • Page 108: Reference File

    The temporary paint amount and scene fi le amount are cleared, and the state when the reference fi le was stored is restored. With MSU Press the STANDARD button to restore the reference fi le items when they were stored. HXC-100/V1 (E)
  • Page 109 (Step 1) Camera unit (Step 3) Storing (Step 1) Initializing (Step 4) Reference File Reference File Current paint data factory-set value (Initial value 0) Calling (Step 2) Output to hardware Fig. 4-4. Reference File Operating Procedure HXC-100/V1 (E)

  • Page 110: Lens File

    The center marker position is stored in the Lens File immediately after the position is aligned. Note that the center marker position is not stored when Lens File Store is executed. 7. Execute Lens File Store. [FILE] → [LENS|FILE] → [STORE|FILE] 8. Set the lens extender to ON and repeat steps 4 to 7. HXC-100/V1 (E)
  • Page 111 7. Execute Lens File Store. → → [FILE] [LENS|FILE] [STORE|FILE] 8. Set the lens extender to ON and repeat steps 5 to 7. Calling Using OPERATION Menu of This Unit → [OPERATION] [LENS|FILE] Select the Lens File that is set by selecting HXC-100/V1 (E)

  • Page 112: Ohb File

    6. Perform the OHB matrix adjustment. → → [MAINTENANCE] [OHB|MATRIX] [OHB|MATRIX|:|ON] Perform this adjustment only when it is necessary to adjust a slight difference in color reproduction. 7. Store the OHB File. → → [FILE] [OHB|FILE] [STORE|FILE] 4-10 HXC-100/V1 (E)
  • Page 113 Change the adjustment display by pressing the button 1, 2 of sub menu, and adjust the value of the OHB matrix. Perform this adjustment only when it is necessary to adjust a slight difference in color reproduction. 7. Store the OHB File. → → [OHB|FILE] [OHB|store] [STORE] 4-11 HXC-100/V1 (E)

  • Page 114: File Items

    Black Shading V Saw-R Black Shading V Saw-G Black Shading V Saw-B Black Shading H Para-R Black Shading H Para-G Black Shading H Para-B Black Shading V Para-R Black Shading V Para-G Black Shading V Para-B Auto Black Shading (Continued) 4-12 HXC-100/V1 (E)
  • Page 115 Mod Shading V Saw-G Mod Shading V Saw-B Master V Mod Saw Dynamic Shading Compensation ON White White-R OFFSET White-G White-B OFFSET color temp balance Master White Gain Auto White Balance Flare Flare OFF Flare-R Flare-G Flare-B (Continued) 4-13 HXC-100/V1 (E)
  • Page 116 Knee Aparture Skin Detail Skin DTL On Skin gate ON Skin gate (CCU) Skin Detail Auto Hue (ch1) Skin 1 On Skin 1 Gate On Skin 1 Level Skin 1 Phase Skin 1 Width Skin 1 Sat (Continued) 4-14 HXC-100/V1 (E)
  • Page 117 Range Low Key Saturation level Gamma Gamma Off Gamma Category Select STANDARD Gamma Table Select HYPER Gamma Table Select Step Gmma (0.90 to 0.35) R Gamma (RGB mode) G Gamma B Gamma (RGB mode) M Gamma (Continued) 4-15 HXC-100/V1 (E)
  • Page 118 ― ― ― ― ― ― ― ― ― ― ― ― ― ― ― ― ― SD Multi Matrix On ― ― ― Phase select ― ― ― ― ― ― Saturation ― ― ― (Continued) 4-16 HXC-100/V1 (E)
  • Page 119 Scene fi le store Scene fi le store to memory stick Scene fi le recall from memory stick Lens fi le recall Lens fi le store OHB fi le store format 1080 59.94i 1080 50i 720 59.94P 750 50P 4-17 HXC-100/V1 (E)
  • Page 120 WHITE 5600K GAIN SHUTT FORMAT VF MARKER MARKER CENTER SAFETY ZONE EFFECT ASPECT MASK SAFETY VF DETAIL VF DETAIL LEVEL CRISP FREQUENCY FAT MODE FLICKER AREA ZOOM LINK COLOR DETAIL COLOR SEL PEAK COLOR CHROMA LEVEL (Continued) 4-18 HXC-100/V1 (E)
  • Page 121 GAIN [L] GAIN [M] GAIN [H] ASSIGNABLE 1 ASSIGNABLE 2 ASSIGNABLE REAR RE.ROTATION SWITCH ASSIGN2 LENS VTR S/S FRONT RET2 HANDLE SW1 HANDLE SW2 ZOOM SPEED HEAD SET INTERCOM1 MIC LEVEL POWER UNBAL INTERCOM LEVEL SIDE TONE (Continued) 4-19 HXC-100/V1 (E)
  • Page 122 UC, J model only TALK CE model only CE model only PROD CE model only PGM1 PGM2 RECEIVE SEL3 EARPHONE RECEIVE SELECT INTERCOM UC, J model only CE model only PROD CE model only PGM1 PGM2 TRACKER 4-20 HXC-100/V1 (E)

  • Page 123: Setup Menu

    The following functions are made available by settings in the SERVICE menu. Note that they are limited functions. . Setting of the number of scene fi les (Refer to “SETUP” in Section 5-3.) . Setting for supporting auto-focus lens (Refer to “SETUP” in Section 5-3.) HXC-100/V1 (J)

  • Page 124: Description On Service Menu

    When a lens that is able to communicate with a camera AUTO MODE through the serial interface, the interface mode can be changed forcibly to the parallel interface. AUTO: An interface is set automatically. PARA: The parallel interface is selected forcibly. HXC-100/V1 (J)
  • Page 125 The VDA-ADJ menu is used for adjustment of the TEST The RPN MANAGE menu is used for RPN compensation OUT output level. (Refer to Section 3-9.) setting and management. . Execute the RPN automatic detection effi ciently. (Refer to Section 3-6-4.) HXC-100/V1 (J)
  • Page 126 H PARA : WHITE SD ASPECT : SQ W CLIP CODE: STORE FILE: EXEC COLOR_TEMP_SEL: 3200K The WHITE SHADING menu is used for adjustment of the Not used white shading. . Sensitivity Adjustment, Preparation (Refer to Section 3-3-2.) HXC-100/V1 (J)
  • Page 127 After this setting is made, turn off the power and then restart the unit. SERIAL NO. <SERIAL NO.> S14 TOP MODEL: HXC-100 : 10001 DEST : UC The SERIAL NO. menu is used to set the model name, serial number, and destination. HXC-100/V1 (J)
  • Page 128 Setting for the color difference signal band FULL FULL, SEMI WIDE, MEDIUM, SEMI NARROW, NARROW BOOT VERUP <BOOT VERUP> S16 TOP MAIN :V1.00 BOOT :V1.00 The BOOT VERUP menu is used for upgrading the software. (Refer to Section 1-13.) HXC-100/V1 (J)
  • Page 130 HXC-100 (UC) HXC-100 (J) Printed in Japan Sony Corporation HXC-100 (CE) E 2009. 4 08 9-968-626-01 ©2009...

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