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CSD16323Q3 model

JatanNaik
Expert 4011 points
Other Parts Discussed in Thread: CSD16323Q3

Hi,

The CSD16323Q3 is listed as having a breakdown voltage of 60V when in reality it is only 25V.  This error causes the part to be recommended in simulations where the input voltage is greater than 25V.  If the part is actually used in this manner, then it will likely fail and cause a system failure.  Please correct this issue.  Thanks.

Jatan Naik

  • 0
    TI__Intellectual 2710 points

    Hello,

    This error is corrected in the version v3.4 released yesteday.

    Thanks,

    Hetal Joshi

    Senior Developer and Project Manager

    Analog eLab Design Center

    HPA Design Tools

    Texas Instruments, Inc.

     

    TI makes no warranties and assumes no liability for applications assistance or customer product design. You are fully responsible for all design decisions and engineering with regard to your products, including decisions relating to application of TI products. By providing technical information, TI does not intend to offer or provide engineering services or advice concerning your designs.

  • 0 in reply to Hetal
    TI__Prodigy 280 points

    Still a "small" error.

    Current listed as 2A     should be 21A to match the datasheet.  

     

    / Håkan Karlsson

  • 0 in reply to Hakan Karlsson
    TI__Intellectual 2710 points

    Yes, current is wrong. But the right current is 60A at Tja=25. We will correct this soon.

    Thanks for reporting this.

    Thanks,

    Hetal.

  • 0 in reply to Hetal
    TI__Prodigy 280 points

    well,  both currents are correct but for different situations.

    In a real design where the customer puts the FET on a typical PCB he gets more than 25 degree C  Case temperature where the 60A rating is taken.

    The FET survives 60A current but in real life we usually run a bit warmer.   So the 21A rating may be more appropriate.

    Some users may not be too experienced using a simulator and then it will be safer to use the lower current rating than having a customer with an overheating FET.

    I'm open for other views on this though [;)]