PCAN-MicroMod I / O OEM Module

Part Number: GC-CAN-MICROMOD-CPU

MPN: IPEH-002080

List Price: $159.00
Your Price: $139.00
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PCAN-MicroMod I / O OEM Module

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  • The MicroMod is a small(32 x 36 mm) module for OEM designs, it requires a single regulated 5 VDC power supply. The integrated firmware allows for simple configuration of the module with the Windows configuration software. No embedded programming skills are required. The configuration data is sent to the module via CAN. Up to 32 MicroMods can be integrated in a single CAN network. Each individual module can be addressed over the bus enabling to read, modify and store its configuration data.

    Software:
    The FREE Windows configuration software (Download Available) makes the following module configuration options available to the user:

    • The digital input levels can send periodically or following a signal level transition (rising edge, falling edge or both transitions).
    • Digital inputs can be logically connected (AND, OR, XOR, NAND, NOR, XNOR) with the results then displayed on the desired digital outputs and/or sent over the CAN bus.
    • Analog values can be converted by Scale-value and Offset-value and then processed further.
    • Adaptation of analog values is possible via characteristic curves.
    • Direct conversion of analog inputs to CAN-IDs is supported.
    • The rotary-switches (based on the rotary-encoder principle), which are standard in automotive applications, are supported directly.

  • Manufacturers Part Number IPEH-002080
    Dimensions 32 x 36 mm
    Baud Rate Up to 1 MBaud
    Range Frequency Outputs: 1 Hz - 20 kHz
    Inputs
    • 8 Analog Inputs, Vref 5V, 10-bit
    • 8 Digital Inputs
    Outputs
    • 8 Digital Outputs
    • 4 PWM/frequency Outputs
  • Download Available) makes the following module configuration options available to the user:
    • The digital input levels can send periodically or following a signal level transition (rising edge, falling edge or both transitions).
    • Digital inputs can be logically connected (AND, OR, XOR, NAND, NOR, XNOR) with the results then displayed on the desired digital outputs and/or sent over the CAN bus.
    • Analog values can be converted by Scale-value and Offset-value and then processed further.
    • Adaptation of analog values is possible via characteristic curves.
    • Direct conversion of analog inputs to CAN-IDs is supported.
    • The rotary-switches (based on the rotary-encoder principle), which are standard in automotive applications, are supported directly.

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  • Download Available) makes the following module configuration options available to the user:
    • The digital input levels can send periodically or following a signal level transition (rising edge, falling edge or both transitions).
    • Digital inputs can be logically connected (AND, OR, XOR, NAND, NOR, XNOR) with the results then displayed on the desired digital outputs and/or sent over the CAN bus.
    • Analog values can be converted by Scale-value and Offset-value and then processed further.
    • Adaptation of analog values is possible via characteristic curves.
    • Direct conversion of analog inputs to CAN-IDs is supported.
    • The rotary-switches (based on the rotary-encoder principle), which are standard in automotive applications, are supported directly.

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