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Sony XCG-V60E Technical Manual
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Sony XCG-V60E Technical Manual

Sony XCG-V60E Technical Manual

Digital video camera module
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A-DBK-100-12 (1)
Digital Video
Camera Module
Technical Manual
XCG-V60E
XCG-SX97E
XCG-SX99E
XCG-U100E
XCG-5005E
© 2009 Sony Corporation

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Summary of Contents for Sony XCG-V60E

  • Page 1 A-DBK-100-12 (1) Digital Video Camera Module Technical Manual XCG-V60E XCG-SX97E XCG-SX99E XCG-U100E XCG-5005E © 2009 Sony Corporation...

  • Page 2: Table Of Contents

    Specifications Table of Contents Specifications ............33 Overview Appendix Features ..............3 Spectral Sensitivity (Relative Response) Notes on Operation ..........4 Parameters ............34 Typical CCD Phenomena ........4 Dimensions ............35 System Components ..........5 Connection ............. 6 Location and Function of Parts and Operation ...............

  • Page 3: Overview

    High image quality Progressive-scan CCD produces high-precision, high- speed images. The XCG-V60E equips a 330,000-pixel CCD that enables image output at 90 frames per second. The XCG-SX97E equips a 1,450,000-pixel CCD that enables image output at 16 frames per second.

  • Page 4: Notes On Operation

    Notes on Operation Typical CCD Phenomena The following effects on the monitor screen are Power supply characteristic of CCD cameras. You can supply power via the DC IN connector using the They do not indicate any fault with the camera module. power adapter.

  • Page 5: System Components

    System Components The Camera Module system comprises the following optional products (sold separately from the Camera Module). This is a small-size, high-resolution, video camera module using a progressive scan CCD image sensor. Camera Module This is attached to the DC IN connector on the rear panel of the camera module and is used for power supply and exchange of trigger signals.

  • Page 6: Connection

    Connection XCG-V60E XCG-SX97E XCG-SX99E LAN cable XCG-U100E XCG-5005E Network card C-mount lens** TRIG Camera cable Multi-function Camera adaptor CCXC-12P02N output DC-700/700CE CCXC-12P05N Tripod adaptor CCXC-12P10N VCT-ST70I GPI input CCXC-12P25N * About multi-function output You can select from the following signals based on settings.

  • Page 7: Location And Function Of Parts And Operation

    RJ45 connector Note You can connect a LAN cable to this connector to Refer to XCG-V60E/XCG-SX97E/XCG-SX99E/ control the camera module from a host device to output XCG-U100E/XCG-5005E Demensions in page 35 for image to a host device.

  • Page 8: Using A Tripod

    g POWER LED Multi-Function Output Flashes or lights based on the internal status of the Specifications camera. Flashing: Obtaining IP address. When exposure output is selected, signal output is valid Lit: IP address obtained. during image sensor exposure. When strobe control output is selected, output signal timing and pulse width can be precisely set to control external devices such as Using a Tripod...

  • Page 9: Trigger Input Specifications

    Trigger Input Specifications When trigger input polarity is positive 2 to 24 V 0 to 0.4 V 2.0 µs max. 2.0 µs max. 10 µs to 2 s When trigger input polarity is negative 10 µs to 2 s 2.0 µs max. 2.0 µs max.

  • Page 10: Functions

    Functions Camera Drive System The camera drive system functions as follows.

  • Page 11: Triggering

    Triggering Special Trigger Modes The camera can be triggered by hardware or software The three special trigger modes are Normal, Bulk and triggering events. Sequential triggering. Hardware Triggering Normal trigger mode (disabled) Hardware triggering is performed by applying a signal The Normal mode outputs images continuously to an input on the 12-pin connector.

  • Page 12: Shutter

    Sequential trigger mode Image Parameters • Image Size (H) Different camera setting configurations are stored in • Image Size (V) memory channels beforehand, with the different settings • Pixel Format applied in sequence to acquire a different image with • Binning each trigger event.

  • Page 13: Trigger Delay

    You can also configure the polarity. Manual gain control Strobe control outputs Variable gain control in models XCG-V60E/ Make precise adjustments to strobe control and control XCG-SX97E/XCG-SX99E/XCG-U100E can be set for other external devices connected to the camera by from 0 to 18 dB in 0.0358 dB increments, or from 0 to...

  • Page 14: Digital Pedestal

    The camera provides a digital gain function. Gain values adjust image black level. are from 1X to 2X (0 to 64, in 0.015625X increments). In the XCG-V60E/XCG-SX97E/XCG-SX99E/ XCG-U100E, the level can be set from 0 to 2047. Note In the XCG-5005E, the level can be set from each When using digital gain, discontinuity may occur in the camera’s lower limit value to 2047.

  • Page 15: Partial Scan

    X (Horizontal Direction) OFFSET Y Cutting by Partial scan mode HEIGHT Y (Vertical Direction) Minimum area sizes for partial scan are as follows: XCG-V60E 64 pixels × 48 lines XCG-SX97E 64 pixels × 100 lines XCG-SX99E 64 pixels × 100 lines XCG-U100E 64 pixels ×...

  • Page 16: Frame Rate Control

    Frame Rate Control Memory Channels and User Memories The camera provides the following two methods for frame rate control during internal continuous drive operation. Memory channels Sixteen memory channels are provided for camera Auto Frame Rate setting parameters that can be switched at each frame when The fastest frame rate is configured automatically using bulk and sequential trigger modes.

  • Page 17: Control Operations

    Control Operations Camera Control Registers There is a diagonal line in the Address column of ReadOut registers for which there is a definition for XML only and there is no address definition. Address Register 0x00000000 Base Address 0x00000000 – 0x00009FFC GigE Vision Bootstrap 0xA0000000 Camera Base Address...
  • Page 18 Address Name Type Data Description PixelSize Configures with 8-bit pixels (Bpp8). Configures with 10-bit pixels (Bpp10). Configures with 12-bit pixels (Bpp12). 1) This value is unique to the model. AcquisitionControl Address Name Type Data Description 0xA0000200 AcquisitionMode Sets free run (Continuous). Sets multi frames (MultiFrame).
  • Page 19 Address Name Type Data Description 0xA0002054 TriggerOverlap Sets the trigger overlap to OFF. Sets the trigger overlap to ReadOut. 0xA0002058 TriggerDelayRaw 0 - 4000000 Sets the trigger delay. [ms] ExposureMode — Displays the exposure mode. 0xA0002040 ExposureTimeRaw 10 - 2000000 Sets the exposure time.
  • Page 20 Address Name Type Data Description 0xA000206C LineSource Sets the Exposure signal. Sets the Strobe signal. 0xA0002080 Sets the GPO signal. LineFormat Displays the signal format of GPI and GPO. 0xA0001104 UserOutputSelector Selects UserOutput0. Bit31 - Bit16 Selects UserOutput1. 0xA0002090 UserOutputValue 0 - 1 Sets the UserOutput signal.
  • Page 21 Address Name Type Data Description 0xA0000140 GainAutoAreaOffsetX 0 - 100 Sets the offset of the auto gain detection frame (H). 0xA0000144 GainAutoAreaOffsetY 0 - 100 Sets the offset of the auto gain detection frame (V). 0xA0000000 UserSetSelector Sets UserSet to the default value. 0xA0001000 Sets UserSet1 –...
  • Page 22 Address Name Type Data Description 0x00000034 GevCurrentSubnetMask Displays the subnet mask (IPv4). 0x00000044 GevCurrentDefaultGateway Displays the default gateway (IPv4). 0x00000200 GevFirstURL Displays the URL of the XML file (1st). 0x00000400 GevSecondURL Displays the URL of the XML file (2nd). 0x00000600 GevNumberOfInterfaces Displays the number of network interfaces.
  • Page 23 Address Name Type Data Description 0x00000D04 GevSCPSFireTestPacket Sends a test packet. GevSCPSDoNotFragment Sets Do Not Fragment to OFF. Sets Do Not Fragment to ON. GevSCPSBigEndian Displays the endian of GevSCPS (Packet Size). 0xA0000184 GevSCPSPacketSize 1476 - 10596 Sets GevSCPS (Packet Size). 0x00000D08 GevSCPD 32 - 65535...

  • Page 24: Memory Channel Registers

    Memory Channel Registers ImageFormatControl (UserSet0 to UserSet15) UserSet0 The same applies to UserSet1 to UserSet14. Address Name Type Data Description 0xA0005000 Width Sets the number of horizontal lines (H). 0xA0005004 Height Sets the number of vertical lines (V). 0xA0005008 OffsetX 0 - 100 Sets the offset of the number of horizontal lines (H).
  • Page 25 UserSet15 Address Name Type Data Description 0.062500 ≤ 0xA0006F00 AcquisitionFrameRateAbs Sets the frame rate. [Fps] 0xA0006F04 AcquisitionFrameRateAuto 0, 1 Sets the auto frame rate. 0xA0008F44 TriggerMode 0, 1 Sets the trigger. 0xA0008F98 TriggerSource 0, 1 Sets the trigger source. 0xA0008F50 TriggerInhibit 0, 1 Sets trigger inhibit.
  • Page 26 UserSet15 Address Name Type Data Description 0xA0008F64 BinarizationThreshold 0 - 4095 Sets the threshold value to use for binarization. 0xA0008F34 DigitalEnable 0, 1 Sets digital control. 0xA0008F08 GainRaw 0 - 502 Sets the gain (L). 0xA0008F0C Sets the gain (R). 0xA0008F3C 0 - 64 Sets the digital gain.
  • Page 27 UserSetControl (UserSet0 to UserSet15) UserSet0 The same applies to UserSet1 to UserSet14. Address Name Type Data Description 0xA00080C0 UserMemoryValue Sets Value of UserMemory. – 0xA00080FC UserSet15 Address Name Type Data Description 0xA0008FC0 UserMemoryValue Sets Value of UserMemory. – 0xA0008FFC...

  • Page 28: Default Value List

    Default Value List ImageFormatControl - Defautl Value UserSet Default Value Address Name Type V60E SX97E SX99E U100E 5005E 0xA0000100 Width 1360 1360 1600 2448 0xA0000104 Height 1024 1024 1200 2048 0xA0000108 OffsetX 0xA000010C OffsetY 0xA0000114 BinningVertical 0xA0000110 PixelFormat 0x01080001 PixelSize AcquisitionControl - Defautl Value UserSet Default Value Address...
  • Page 29 AnalogControl - Defautl Value UserSet Default Value Address Name Type V60E SX97E SX99E U100E 5005E 0xA0000310 Gamma 0.70 0xA0000314 GammaLevelLow 0xA0002064 BinarizationThreshold 2047 0xA0002034 DigitalEnable 0xA0001100 GainSelector Bit15 - Bit0 0xA0002008 GainRaw 0xA000200C 0xA000203C 0xA0002010 GainAbs 0xA0002014 0xA000201C GainAuto 0xA0002020 GainAutoLevel 11264 0xA0001100...
  • Page 30 LUTControl - Default Value UserSet Default Value Address Name Type V60E SX97E SX99E U100E 5005E LUTSelector 0xA000205C LUTFormat 0xA0001108 LUTIndex Bit15 - Bit0 0xA0010000 LUTValue – 0xA0013FFC 0xA0010000 LUTValueAll – 0xA0013FFC 1) The setting of LUTIndex is deleted and unsaved when the power is turned OFF.

  • Page 31: Max/Min Value List

    Max/Min Value List ImageFormatControlInq UserSet Default Value Address Name Type V60E SX97E SX99E U100E 5005E 0xA0007000 WidthMax 1360 1360 1600 2448 0xA0007004 WidthMin 0xA0007008 HeightMax 1024 1024 1200 2048 0xA000700C HeightMin AcquisitionControlInq UserSet Default Value Address Name Type V60E SX97E SX99E U100E 5005E...
  • Page 32 DigitalIOControlInq UserSet Default Value Address Name Type V60E SX97E SX99E U100E 5005E 0xA0007080 StrobeActiveTimeRawMax 4000 0xA0007084 StrobeActiveTimeRawMin 0xA0007078 StrobeActiveDelayRawMax 4000 0xA000707C StrobeActiveDelayRawMin LUTControlInq UserSet Default Value Address Name Type V60E SX97E SX99E U100E 5005E 0xA0007088 LUTMax 4095 0xA000708C LUTMin UserSetControlInq UserSet Default Value Address Name...

  • Page 33: Specifications

    Specifications Specifications XCG-V60E XCG-SX97E XCG-SX99E XCG-U100E XCG-5005E Image sensor 1/3-type 2/3-type 2/3-type 1/1.8-type 2/3-type progressive scan IT progressive scan IT progressive scan IT progressive scan IT progressive scan IT transfer CCD transfer CCD transfer CCD transfer CCD transfer CCD Cell size 7.4 (H) ×...

  • Page 34: Appendix

    XCG-U100E Appendix Camera Relative Response Spectral Sensitivity (Relative Response) Parameters XCG-V60E Camera Relative Response 1000 Wave Length [nm] (Without lens and light source parameters.) XCG-5005E Camera Relative Response 1000 Wave Length [nm] (Without lens and light source parameters.) XCG-SX97E/XCG-SX99E Camera Relative Response...

  • Page 35: Dimensions

    Dimensions 2-M3, depth 4 (2-M3, depth 2-M2, depth 4 (2-M2, depth 2-M2, depth 2.6 (2-M2, depth 4-M3, depth 4 (4-M3, depth Unit: mm (inches)
  • Page 36 Technical information contained herein is for reference only and does not convey any license by any implication or otherwise under any intellectual property right or other right of Sony or third parties. Sony cannot assume responsibility for any right infringements arising out of the use of this information. Sony Corporation...

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