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  • TIDA-010237: TIDA-010237 Operation method and application

    TI Thinks Resolved
    Part Number: TIDA-010237 Other Parts Discussed in Thread: DRV8220 Dear Sirs Currently, we used TIDA-010237 EVB to test 6mA DC current protection function ,we found some problems 1. Could you let us know, What is the inductance of the coil 2. We make the…

  • TIDA-010237: Flux Gate Number of Turns, Inductance Value Calculation

    TI Thinks Resolved
    Part Number: TIDA-010237 Hi How can we calculate number of turns, inductance value etc for the TIDA-010237? Is there any app note or excel file to calculate this? Is there any hardware to test it or we have to build ourown HW for this reference design…

  • MSP430F5132: TIDA-010237 hardware board

    TI Thinks Resolved
    Part Number: MSP430F5132 Other Parts Discussed in Thread: TIDA-010237 Hi Team, Do we have hardware board of TIDA-010237? I would like to lend it to my customer to evaluate. Thanks. Regards, Charles

  • TIDA-010237: Layers missing in Gerber file package?

    TI Thinks Resolved
    Part Number: TIDA-010237 Team, Could you please double check the Gerber files? The feedback I got from customer is that the PCB is routed on 4 layers but only two routed layers are present in the files: https://www.ti.com/tool/TIDA-010237#design-produ…

  • TIDA-010237: information about coil used for the Flux gate sensor?

    TI Thinks Resolved
    Part Number: TIDA-010237 Team, Can you please share more details about the coil that has been used? The design guide - tiduf03 mentions Hitachi nanocrystalline ( FT-3K70T F2520C). But what about the wiring? Wire characteristic (size, impedance, material…
    • Answered

  • RE: GFCI

    Resolved
    Hi Himit, I saw that you were looking for a GFCI for EV Charging and wanted to highlight a reference design that may help for detecting both AC and DC fault currents utilizing a open loop fluxgate topology. The reference design I am referring to is TIDA…

  • RE: TIDA-00637: CT Part Number Used in TIDA-00637

    Hi CSC, I have looked at MSP430F6736 and this is an e-meter SoC. This can be replaced with a 2 chip solution using our ADS131M0x and MSPM0. That would be a cost effective solution in place of the MSP430F6736. One example of the 2 chip solution is TIDA…

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