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  • TMUX1208: Risk of overvoltage on D/Sx pins due to high VDD

    • Resolved
    Part Number: TMUX1208 Hello, I intend to use TMUX1208PWR to interface to and ADC with low supple

  • TMUX1208: Signal connect to TUMX1208 voltage can't 0V

    • Resolved
    Part Number: TMUX1208 Hi team, Now I have a question about TMUX1208 . I confirm that the signal

  • TMUX1208: What to do with unused pins?

    • Resolved
    Part Number: TMUX1208 Hi Team, If I have unused "S" input pins, what should i do with them? Leave

  • TMUX1208: TMUX1208 recommended soldering profile

    • Resolved
    Part Number: TMUX1208 Team, Can you provide recommended soldering profile (for reflow soldering

  • TMUX1208: When the input voltage is higher than the supply voltage of the multiplexer the output will be above the supply voltage of the multiplexer...?

    TI Thinks Resolved
    Part Number: TMUX1208 E2E, I have been doing some testing on my board with the TMUX1208 and seeing some unexpected behavior. My conclusion is when the input voltage is higher than the supply voltage of the multiplexer, regardless of channel selections...

  • TMUX1208: Bandwidth across TMUX12xx Family

    • Resolved
    Part Number: TMUX1208 Hi MUX Experts, When looking at the TMUX12xx family, I see that the bandwidth

  • TMUX1208: NC pin

    • Resolved
    Part Number: TMUX1208 Hi, My customer is connecting NC pin(3pin) with GND. Is this allowed? Best

  • TMUX1208: Need an comparable automotive device to TMUX1208

    • Resolved
    Part Number: TMUX1208 Hello all, I'm searching for an automotive device similar to TMUX1208 . 1.8V

  • RE: TMUX1208: I can't change the channel in TMUX1208

    Hi. Yes I put 3V to the En pin, the same to the Vdd. To the GND I give -1.5V as a reference signal, so to the A0...A2 I put -1.5V as well when I want to have them low (S1 enable). To enable S2 for example I'm pulling A0 to 0V and A1 and A2 to -1.5V...

  • RE: TMUX1208: Floating input pin (source Sx)

    The Sx and D pins can be left open. Only the input pins (Ax, EN) need to have a valid logic level.

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