Replaces GE Healthcare 2273991Tested Exchange

OPTICS CONTROL BOARD 2273991

Your price:
$1,867.74 each
$9,049.50 Savings: $7,181.76 (79%)
Estimated to ship by 12/23 if ordered before 6:30 PM EST
HomeGE Healthcare2273991
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Tested
Exchange ItemExchange Purchase
$1,867.74 each
Warranty: 90 Day
ISO 13485 Medical Devices
Tested
Outright Purchase
$3,735.48 each
Warranty: 90 Day
ISO 13485 Medical Devices
OPTICS CONTROL BOARD 2273991
OPTICS CONTROL BOARD 2273991
OPTICS CONTROL BOARD 2273991
OPTICS CONTROL BOARD 2273991

Replaces GE Healthcare 2273991
OPTICS CONTROL BOARD 2273991

TestedExchange Item Exchange

Goods sold on an “Exchange” basis require that Buyer return a like, repairable item within 15 days (or the seller's specified time frame) in order to receive the price quoted. For full details, see Terms and Conditions.

Your price:
$1,867.74 each
With ELIGIBLE Exchange Core SHIPPED BACK
$6,033.00 Savings: $4,165.26 (69%)
Ready to shipReady to Ship
Estimated to ship by 12/23 if ordered before 6:30 PM EST
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Part #2273991; Must be purchased on Exchange!

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Product Overview

The optics control board combines the optical and copper paths on the same board. The copper paths are used to distribute the power and low speed data, whereas the optical paths are used to handle the high speed signals and data. The control board is the optical control board (ocb) of the leeloo ccd platform. The ocb software supports two types of mcu: mc68hc912d60 and mc68hc912d60a. The 68hc912d60 microcontroller unit (mcu) is a 16-bit device available in two package options, 80-pin qfp and 112-pin tqfp. The 68hc912d60 has a full 16-bit data paths throughout. The ocb software uses 60k flash eeprom to store programs, 1k eeprom to store the parameter database, ect to accumulate aec pulses, mscan to do can communication between ocb and system, atd0 to get the potentiometer voltage of iris, ndf, rotation and one sci to communicate with ii power supply, and the other controlling adcm. Ocb uses the continuous potentiometer signals as feedback. Ocb uses a temperature sensor to get the temperature around the board. If the temperature is too high (> 60.0° c), ocb will send a can message to alert system. This optical circuit board is used to reduce the surface area of the board by 20% and also reduce the number of layers of the board by 50%.

  • Consumes the lower power than electrical system
  • Handle low speed data and high speed signals
  • Compact
  • Reduce the surface area of board by 20%
  • Reduce the number of layers of board by 50%
  • ECT used to accumulate AEC pulses
  • ATD0 used to get potentiometer voltage of IRIS
  • 68HC912D60 / 68HC912D60A has an Enhanced Capture Timer module
  • Four input capture channels
  • Four 8-bit pulse accumulator
  • 16-bit modules down-counter with 4-bit prescaler
  • Four user selectable delay counters for input noise immunity increase

    • Technical Specs
    P/N: 2273991 Key Specs
    Item
    OPTICS CONTROL BOARD 2273991
    OEM
    GE Healthcare
    OEM #
    2273991
    Condition
    Tested
    Returnable
    No
    Warranty
    90 Day
    Fitments
    Certifications
    ISO 13485 Medical DevicesISO 13485 Medical Devices

    The optics control board combines the optical and copper paths on the same board. The copper paths are used to distribute the power and low speed data, whereas the optical paths are used to handle the high speed signals and data. The control board is the optical control board (ocb) of the leeloo ccd platform. The ocb software supports two types of mcu: mc68hc912d60 and mc68hc912d60a. The 68hc912d60 microcontroller unit (mcu) is a 16-bit device available in two package options, 80-pin qfp and 112-pin tqfp. The 68hc912d60 has a full 16-bit data paths throughout. The ocb software uses 60k flash eeprom to store programs, 1k eeprom to store the parameter database, ect to accumulate aec pulses, mscan to do can communication between ocb and system, atd0 to get the potentiometer voltage of iris, ndf, rotation and one sci to communicate with ii power supply, and the other controlling adcm. Ocb uses the continuous potentiometer signals as feedback. Ocb uses a temperature sensor to get the temperature around the board. If the temperature is too high (> 60.0° c), ocb will send a can message to alert system. This optical circuit board is used to reduce the surface area of the board by 20% and also reduce the number of layers of the board by 50%.

  • Consumes the lower power than electrical system
  • Handle low speed data and high speed signals
  • Compact
  • Reduce the surface area of board by 20%
  • Reduce the number of layers of board by 50%
  • ECT used to accumulate AEC pulses
  • ATD0 used to get potentiometer voltage of IRIS
  • 68HC912D60 / 68HC912D60A has an Enhanced Capture Timer module
  • Four input capture channels
  • Four 8-bit pulse accumulator
  • 16-bit modules down-counter with 4-bit prescaler
  • Four user selectable delay counters for input noise immunity increase

      • GE Healthcare
        • PRECISION 500D
        • DEFINIUM 5000
        • PRECISION 500
      Product Overview

      The optics control board combines the optical and copper paths on the same board. The copper paths are used to distribute the power and low speed data, whereas the optical paths are used to handle the high speed signals and data. The control board is the optical control board (ocb) of the leeloo ccd platform. The ocb software supports two types of mcu: mc68hc912d60 and mc68hc912d60a. The 68hc912d60 microcontroller unit (mcu) is a 16-bit device available in two package options, 80-pin qfp and 112-pin tqfp. The 68hc912d60 has a full 16-bit data paths throughout. The ocb software uses 60k flash eeprom to store programs, 1k eeprom to store the parameter database, ect to accumulate aec pulses, mscan to do can communication between ocb and system, atd0 to get the potentiometer voltage of iris, ndf, rotation and one sci to communicate with ii power supply, and the other controlling adcm. Ocb uses the continuous potentiometer signals as feedback. Ocb uses a temperature sensor to get the temperature around the board. If the temperature is too high (> 60.0° c), ocb will send a can message to alert system. This optical circuit board is used to reduce the surface area of the board by 20% and also reduce the number of layers of the board by 50%.

    • Consumes the lower power than electrical system
    • Handle low speed data and high speed signals
    • Compact
    • Reduce the surface area of board by 20%
    • Reduce the number of layers of board by 50%
    • ECT used to accumulate AEC pulses
    • ATD0 used to get potentiometer voltage of IRIS
    • 68HC912D60 / 68HC912D60A has an Enhanced Capture Timer module
    • Four input capture channels
    • Four 8-bit pulse accumulator
    • 16-bit modules down-counter with 4-bit prescaler
    • Four user selectable delay counters for input noise immunity increase

      • Technical Specs
      P/N: 2273991 Key Specs
      Item
      OPTICS CONTROL BOARD 2273991
      OEM
      GE Healthcare
      OEM #
      2273991
      Condition
      Tested
      Returnable
      No
      Warranty
      90 Day
      Fitments
      Certifications
      ISO 13485 Medical DevicesISO 13485 Medical Devices

      The optics control board combines the optical and copper paths on the same board. The copper paths are used to distribute the power and low speed data, whereas the optical paths are used to handle the high speed signals and data. The control board is the optical control board (ocb) of the leeloo ccd platform. The ocb software supports two types of mcu: mc68hc912d60 and mc68hc912d60a. The 68hc912d60 microcontroller unit (mcu) is a 16-bit device available in two package options, 80-pin qfp and 112-pin tqfp. The 68hc912d60 has a full 16-bit data paths throughout. The ocb software uses 60k flash eeprom to store programs, 1k eeprom to store the parameter database, ect to accumulate aec pulses, mscan to do can communication between ocb and system, atd0 to get the potentiometer voltage of iris, ndf, rotation and one sci to communicate with ii power supply, and the other controlling adcm. Ocb uses the continuous potentiometer signals as feedback. Ocb uses a temperature sensor to get the temperature around the board. If the temperature is too high (> 60.0° c), ocb will send a can message to alert system. This optical circuit board is used to reduce the surface area of the board by 20% and also reduce the number of layers of the board by 50%.

    • Consumes the lower power than electrical system
    • Handle low speed data and high speed signals
    • Compact
    • Reduce the surface area of board by 20%
    • Reduce the number of layers of board by 50%
    • ECT used to accumulate AEC pulses
    • ATD0 used to get potentiometer voltage of IRIS
    • 68HC912D60 / 68HC912D60A has an Enhanced Capture Timer module
    • Four input capture channels
    • Four 8-bit pulse accumulator
    • 16-bit modules down-counter with 4-bit prescaler
    • Four user selectable delay counters for input noise immunity increase

        • GE Healthcare
          • PRECISION 500D
          • DEFINIUM 5000
          • PRECISION 500
        Product Overview

        The optics control board combines the optical and copper paths on the same board. The copper paths are used to distribute the power and low speed data, whereas the optical paths are used to handle the high speed signals and data. The control board is the optical control board (ocb) of the leeloo ccd platform. The ocb software supports two types of mcu: mc68hc912d60 and mc68hc912d60a. The 68hc912d60 microcontroller unit (mcu) is a 16-bit device available in two package options, 80-pin qfp and 112-pin tqfp. The 68hc912d60 has a full 16-bit data paths throughout. The ocb software uses 60k flash eeprom to store programs, 1k eeprom to store the parameter database, ect to accumulate aec pulses, mscan to do can communication between ocb and system, atd0 to get the potentiometer voltage of iris, ndf, rotation and one sci to communicate with ii power supply, and the other controlling adcm. Ocb uses the continuous potentiometer signals as feedback. Ocb uses a temperature sensor to get the temperature around the board. If the temperature is too high (> 60.0° c), ocb will send a can message to alert system. This optical circuit board is used to reduce the surface area of the board by 20% and also reduce the number of layers of the board by 50%.

      • Consumes the lower power than electrical system
      • Handle low speed data and high speed signals
      • Compact
      • Reduce the surface area of board by 20%
      • Reduce the number of layers of board by 50%
      • ECT used to accumulate AEC pulses
      • ATD0 used to get potentiometer voltage of IRIS
      • 68HC912D60 / 68HC912D60A has an Enhanced Capture Timer module
      • Four input capture channels
      • Four 8-bit pulse accumulator
      • 16-bit modules down-counter with 4-bit prescaler
      • Four user selectable delay counters for input noise immunity increase

        • Technical Specs
        P/N: 2273991 Key Specs
        Item
        OPTICS CONTROL BOARD 2273991
        OEM
        GE Healthcare
        OEM #
        2273991
        Condition
        Tested
        Returnable
        No
        Warranty
        90 Day
        Fitments
        Certifications
        ISO 13485 Medical DevicesISO 13485 Medical Devices

        The optics control board combines the optical and copper paths on the same board. The copper paths are used to distribute the power and low speed data, whereas the optical paths are used to handle the high speed signals and data. The control board is the optical control board (ocb) of the leeloo ccd platform. The ocb software supports two types of mcu: mc68hc912d60 and mc68hc912d60a. The 68hc912d60 microcontroller unit (mcu) is a 16-bit device available in two package options, 80-pin qfp and 112-pin tqfp. The 68hc912d60 has a full 16-bit data paths throughout. The ocb software uses 60k flash eeprom to store programs, 1k eeprom to store the parameter database, ect to accumulate aec pulses, mscan to do can communication between ocb and system, atd0 to get the potentiometer voltage of iris, ndf, rotation and one sci to communicate with ii power supply, and the other controlling adcm. Ocb uses the continuous potentiometer signals as feedback. Ocb uses a temperature sensor to get the temperature around the board. If the temperature is too high (> 60.0° c), ocb will send a can message to alert system. This optical circuit board is used to reduce the surface area of the board by 20% and also reduce the number of layers of the board by 50%.

      • Consumes the lower power than electrical system
      • Handle low speed data and high speed signals
      • Compact
      • Reduce the surface area of board by 20%
      • Reduce the number of layers of board by 50%
      • ECT used to accumulate AEC pulses
      • ATD0 used to get potentiometer voltage of IRIS
      • 68HC912D60 / 68HC912D60A has an Enhanced Capture Timer module
      • Four input capture channels
      • Four 8-bit pulse accumulator
      • 16-bit modules down-counter with 4-bit prescaler
      • Four user selectable delay counters for input noise immunity increase

          • GE Healthcare
            • PRECISION 500D
            • DEFINIUM 5000
            • PRECISION 500