• ADL5380 EVM dependence vs input signal

    Hello EZ Team.

    My customer has a question regarding ADL5380 EVM dependence vs input signal. They have calculated some parameters using ADISimRF as well as MathCAD. Calculations show that linear EVM degradation is caused by the demodulator noise floor…

  • ADL5380芯片如何在ADS2011里边如何仿真

    ADL5380芯片如何在ADS2011里边如何仿真?

    求解答

  • RE: ADL5380

    This question has been closed by the EZ team and is assumed answered.
  • ADL5380 Image Rejection very low

    Hi,

    I designed an IQ transceiver board incorporating the ADL5380 as downmixer operating at 5.8 GHz (center LO) ISM band.

    I had manufactured some prototypes (~20) and experienced some weird behavior:
    Receiving an externally generated signal at f.e. 5…

  • ADL5380 spur issue

    Hello,

    I'm using ADL5380ACPZ for downconversion RF signal as 1~6GHz to Baseband signal 5~80Mhz. It's direct conversion.

    When I tested EVAL board as A02029C-7. Sometime I need to move RF from LO frequency over 500Mhz. Because I have to measure…

  • Using an ADL5380-EVALZ as homodyne rx

    Hi everyone, 

    A few days ago, I received an ADL5380-EVALZ board, which I would like to use as a homodyne (direct conversion) receiver for a simple project.

    To test the board, I split the signal coming from the signal generator and inserted it to the…

  • ADL5380: Demodulated signal magnitude not constant over frequencies

    Hello everybody,

    I'm using th ADL5380-EVALZ evaluation board.

    The LO frequency f0=1,150 GHz and the modulated signal frequency can go from DC to 100 kHz.

    The output level is not the same at 100 Hz and at 100 kHz. But normally, the output level should…

  • RE: ADL5380

    This question has been assumed as answered either offline via email or with a multi-part answer. This question has now been closed out. If you have an inquiry related to this topic please post a new question in the applicable product forum.

    Thank you,
  • RE: ADL5380

    This question has been assumed as answered either offline via email or with a multi-part answer. This question has now been closed out. If you have an inquiry related to this topic please post a new question in the applicable product forum.

    Thank you,
  • ADL5380 OP1dB, OIP3 and NF

    Are the IP1dB & IIP3 parameters that are provide in the datasheet referred to de Voltage Conversion Gain or to the Power Conversion Gain =Voltage Conversion Gain+ 10log(Rin/Rout).

    I put a capture from the datasheet

    I need to know the OP1dB and…