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  • RE: XTR117: Vreg out is not 5V

    Hi Katlynne, Thank you for your reply. I and my customer understood. Thank you again. Best Regards, Hiroshima

  • RE: XTR117: 4-20mA to 0-3.3V converter

    Or do it this way: ambimat_4m_20m.TSC Kai

  • RE: XTR117: Sim model

    Hello ACGUY, We do not have an official model for the XTR117, but I'll share this basic behavioral model with you. It does not model the actual performance metrics of the device and should only be used to help understand the transfer function...

  • XTR117: Emitter Resistance Recommendation

    Part Number: XTR117 Hello, We are working with XTR117. I saw on another forum post that RLIM is around 100 Ohm. We are looking to add an additional resistor, R3, as shown in the image to help dissipate some power when the loop voltage is high. Do...

  • RE: XTR117: Using two xtr117 from a single dac with common ground

    Hi Jeff, Please let us know if you have any other questions as you move forward with this design. Best, Katlynne Jones

  • XTR117: How to use four piece of XTR117 in one of schematic, and they're the common signal GND

    • Resolved
    Part Number: XTR117 I have a question while design XTR117 . If there's one XTR117 , it can output 4

  • RE: XTR117: 4-20mA signal 2-wire and 4-wire configuration

    Dear Raymond, Thanks for replaying my question is the Vload in the above schematic need 20 to 38VDC as input like in XTR117 loop output shown selection of power in the loop. How to configure that. or coupling of input to XTR117 to DAC 16bit 0...

  • XTR117: XTR117

    TI Thinks Resolved
    Part Number: XTR117 Hello, I am using XTR117 in one of the Product as 4-20mA loop transmitter and I have seen couple of failure which had High impedance between the Iret and IO pin.(typical resistance between these pins should be around 30 ohms) ...

  • XTR117: Failing Surge Immunity test where TI's TIPD126 design passes.

    • Resolved
    Part Number: XTR117 Hey, I am using XTR117 in transmitter product by referring TI's CerTIfied

  • From 5 V. to 12 V.

    • Resolved
    positive, +12V. / 0V.), no need for isolation. 50 mA. enough I will use the 12 V. voltage in the XTR117

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