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  • TCAN330G: CAN 24V system

    • Resolved
    Part Number: TCAN330G Hi Team, Will the TCAN330G be compatible with CAN in heavy duty 24V system

  • TCAN330G: Clarification of Common Mode choke

    • Resolved
    Part Number: TCAN330G Hi, In the eval board for TCAN330G (TCAN EVM User Guide

  • RE: TCAN330G: Silent Mode vs. Tx=H

    Erik, Functionally, yes, never toggling TXD would equate to Silent mode since the CAN node would never be transmitting to the bus. As a state of the device it would be different because in silent mode, the bus transmitter on the transceiver is actually...

  • TCAN330G: Opposite transceiver

    • Resolved
    Part Number: TCAN330G Hi Team, My customers are using TCAN330G . On the system, it may be opposed

  • RE: TCAN1042H: Replace SN65HVD231DR

    Kevin, Ah yes, if there is only 3.3V at the VCC of TCAN1042, then the device hasn't passed the undervoltage threshold and thus isn't powered on. This is why the CANH and CANL pins aren't responding 1. Yes, the TCAN330G or the TCAN337G...

  • RE: TCAN330G: Device Comparison

    Hi Junghwa, Yes, this is the data transfer rate. Sorry for the confusion. Max

  • RE: SN65HVD234: CAN bus node spacing

    Hi Eric, Thanks for your response. The SN65HVD234 was chosen for several past generation designs, but I'm not sure why - the slope control was not employed nor was the sleep mode. I'm looking at a new design and I want to make sure I don't...

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