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  1. Sony XCD-V60CR 1/3type PS Raw Color 1394.B VGA Camera

  2. Sony XCD-V60CR 1/3type PS Raw Color 1394.B VGA Camera


    Condition:New
    Model:XCD-V60CR



  3. SONY XCD-V60CR Camera

    Sony's new line up of 1394.b cameras, with a number of resolutions and frame rates to choose from, has made selecting the right camera for machine vision applications easy. The new XCD-V60CR camera incorporates a 1/3 type Progressive Scan CCD and achieves up to 90 fps at VGA resolution. By utilizing the IEEE 1394.b interface that supports the IIDC protocol, users can transfer images to a host PC at speeds of up to 800 Mb/s. Moreover, because multiple cameras can be connected in a daisy-chain configuration, users can enjoy the benefits of simplified operation in a multi-camera system. The XCD-V60CR is ideal for industrial machine-vision applications such as object recognition, inspection, measurement, alignment and more


    SONY XCD-V60CR Camera Highlights:

    * 1/3-type Porgressive Scan Color Raw CCD
    * IEEE 1394b Digital Interface
    * Up to 90 fps at VGA Resolution
    * Multi-Connection Capability
    * Multi-Trap Function
    * Broadcast Delivery

    * Various Frame Rates for High Speed Capturing
    * Supports IIDC Protocol
    * Built-in Real-time 3X3 Image Pre-Processing Filter
    * High Shock and Vibration Resistance
    * Compact and Lightweight
    * Unique Feature - Ext. Dynamic Range

    SONY XCD-V60CR Camera Features :

    * Excellent Picture Quality/High Frame Rates
    The XCD-V60CR is ideal for applications that require the capture of ultra-high image detail (up to 90 .fps)
    * IEEE 1394b Digital Interface  
    The new XCD-V60CR employs the IEEE 1394b interface which attains high data-transfer rates of up to 800 Mb/s. Since this camera is backward compatible with IEEE 1394a, it camera can be easily integrated with legacy 1394a systems.
    * Multi-Connection Capability (Daisy Chain Configuration)  
    The XCD-V60CR camera is equipped with two IEEE 1394.b ports allowing multiple cameras to be connected in a daisy-chain configuration and be controlled from a single PC. Users can enjoy the benefits of simplified operation in a multi-camera system.
    * Bus Synchronization  
    The new XCD-V60CR also features a bus synchronization function enabling users to simultaneously capture images from different angles with multiple cameras by sending a single trigger to all cameras from the host PC. This feature is not only useful for viewing images from different angles, but can be used to recreate a 3D image for more detailed inspection.
    * Broadcast Delivery  
    The broadcast delivery function of the XCD-V60CR can be used to send a software trigger to multiple cameras in a daisy chain. This not only facilitates connections, but eliminates the need for using a hardware trigger which can produce false triggers due to noise. In addition, the broadcast delivery function can be used to simultaneously change camera settings such as shutter speed, exposure, white balance, gain and more.
    * Image Buffer  
    The new XCD-V60CR is equipped with an image buffer, which serves as temporary storage for captured images for later transmission or retransmission. This function allows users to maximize bandwidth in multiple-camera operations or reconfirm specific images as required.
    * Vertical and Horizontal Partial Scanning  
    By selecting a particular area of image to be scanned, users of the XCD-V60CR can reduce data size and increase frame rate to minimize processing time.
    * Vertical and Horizontal Binning  
    The Vertical binning feature of the XCD-V60CR combines image data for every two lines vertically resulting in increased frame rates and reduced processing time. Horizontal binning combines image data for every two pixels horizontally to achieve sensitivity, faster capture speeds, and quicker processing.
    * Multi-Trap Function  
    The new XCD-V60CR camera incorporates a multi-trap function to allow the capture of up to 15 images with different shutter speeds by inputting one software or hardware trigger. By doing so, specific areas of that item can be clearly seen without changing the lighting. This allows a composite image with a wide dynamic range to be reproduced.
    * Other Features  
    1. Hardware LUT (Look Up Table)
    2. Built-in Real-time 3x3 Image Pre-processing Filter
    3. Low Power Consumption (2.8 W)
    4. Compact and Lightweight
    5. High Shock and Vibration Resistance
    6. Meets IIDC Ver. 1.31. Specifications

    SONY XCD-V60CR Camera Specifications:
    *  Image Device:  1/3 type Progressive Scan Color Raw IT CCD
    *  Image Device Value:  Color
    *  Cell Size:  7.4 x 7.4 ¦Ìm
    *  Image Size:  640 x 480 (VGA)
    *  Lens Mount:  C-mount
    *  Transfer Rate:  800/400/200/100 Mb/s
    *  Frame Rate:  90 fps
    *  Frame Rate Value:  90 fps
    *  Gain : Manual 0 to 18 dB
              Auto gain
    *  Resolution Depth:  RAW 8: 8 bits/pixel
                          RAW 16: 10 bits/pixel
    *  Resolution : VGA (640 x 480)
    *  Image Memory:  16 MB
    *  Broadcast Delivery:  Camera setting
                            Software trigger via IEEE 1394 bus
    *  Readout Features:  Partial Scanning
                          LUT
                          Bayer Pattern Arrangement
                          AWB
    *  Memory Channel : 15 channels for parameter settings

    Interface Specifications :
    *  Digital Interface:  IEEE 1394b-2002 x 2
                           bilingual (screw lock possible)
              
    General Specifications  :
    *  Dimensions (W x H x D):  1 3/4 x 1 5/16 x 2 3/8 inches
                                (44 x 33 x 57.5 mm)
    *  Weight : 140 g (5.0 oz)
    *  Operating Temperature : -5 to 45¡ãC (23 to 113¡ãF)
    *  Storage Temperature : -30 to 60¡ãC (-22 to 140¡ãF)
    *  Operating Humidity : 20 to 80% (no condensation)
    *  Storage Humidity : 20 to 95% (no condensation)
    *  Power Consumption : 2.8 W
    *  Power Requirements : DC 8 to 30 V (from IEEE 1394 camera cable)
    *  Shock Resistance : 70 G
    *  Vibration Resistance : 10 G (20 Hz to 200 Hz)