• ADG708: Multiplexing 3V3 logic signals

    Can I use the ADG708 to multiplex 3V3 logic signals? The specification suggests
    the logic levels are OK as long as I power the ADG708 using a 3V3 supply. Is
    there anything else I should be considering re. this? (The logic speed is


  • ADG708 Power sequence

    In terms of power sequencing for the ADG708 mux  is it OK to tie the ENABLE pin permanently to a system GND to permanently enable the multiplexer?
    This means the enable input will be tied low as power is applied and I do not want to risk damage or stress…

  • ADG708 input impedance spec.


    Would you please help to provide ADG708 input impedance spec.

    Thank you

  • ADG708 Internal Pulldowns

    Hi all,

    I have to use an old PCB for a new project and in this PCB many ADG708 are used as demultiplexers, i.e. the D-Pin is used as an input and the S1 to S8 as outputs. My first problem was that the outputs Sx were LOW when not selected. I need a HIGH…

  • need pspice model for ADG708


         can anyone offer a pspice model for ADG708?



  • ADG708- How to stop Interference between channels?

    My customer has a problem when selecting one channel
    and running current in the other it effects the selected one.

    Please advise how to solve it.

  • RE: Automotive Swtich or Level shifter for RGMII signal


    The ADG711ADG708 and the ADG736 are all qualified for Automotive, and are operational at 1.8 V.

    You could check if any of these configurations will suit your application.

    Is your supply also 1.8 V?



  • RE: Using ADG707 diffpair channels for single ended signals

    Hi Dave,

    The ADG707 is a Differential 8 to 1 Multiplexer.

    If you terminate the 8B channels(S1B to S8B), then the ADG707 will be configured as a differential 4-to-1 multiplexer. Therefore you will have 8 input channels to one output, but if you look at…

  • RE: Input protection for ADG708BRUZ

    Hi Mjn,

    Sorry for the delayed response.

    Based from my understanding of the statement above, you want to use the ADG708 with Vdd = 6V and the inputs (S1 to S8) will come from a TVS with 5.7V breakdown voltage and clamps at 10V. And in between TVS and ADG708…