Dear colleagues

    I recently bought  the 81 GHz to 86 GHz E-Band Low Noise Down converter evaluation board: ADMV7420-EVALZ. I could not find information on how much current the evaluation board draws. It is obviously different than the ADMV7420 because of…

  • ADMV7420 Evaluation PCB

    Hi all,

    Is it available gerver files for ADMV7420 Evaluation Board ?


    Best regards,


  • ADMV7420 power-up bias sequence

    There's a power-up sequence for ADMV7420 from data-sheet:

    1. Apply a −2 V bias to VG_MULT, VG_AMP, VG12_LNA, and VG34_LNA.

    2. Apply a −1 V bias to VG_MIXER.

    3. Apply a 2 V bias to VD12_LNA.

    4. Apply a 1.5 V bias to VD_MULT.

    5. Apply…

  • HMC8327 vs ADMV7420 differnce ?

    Hi all,

    Our customers are developing E-band solutions.
    HMC8327 and ADMV7420 seem to have similar specifications, but what is the difference?
    Which device is recommended for new designs?

    Best regards,


  • RE: 36GHz RF oscillation signal source

    You need a PLL which drives a frequency doubler which drives an amplifier. Possible choices might be ADF4371 (PLL),  HMC1105 (frequency doubler) and HMC7229 (amplifier). These are not the only choices.