ADAS3022 Arduino example code for all channel reading we need

Hi,

we are  working ADAS3022EDZ Eval board to communicate SPI through Arduino board. please help me 

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  • hi,

    This the wave form.

    0xF7FE/0x843 0x00/0x847 0x00/0x2407 0x00/0x23E8 0x00/0x1A0F
    0xF7FE/0x846 0x00/0x846 0x00/0x2409 0x00/0x23E9 0x00/0x1A14
    0xF7FE/0x845 0x00/0x846 0x00/0x2406 0x00/0x23E8 0x00/0x1A1A
    0xF7FE/0x846 0x00/0x846 0x00/0x2405 0x00/0x23E8 0x00/0x1A1F
    0xF7FE/0x844 0x00/0x843 0x00/0x2402 0x00/0x23E8 0x00/0x1A26
    0xF7FE/0x846 0x00/0x847 0x00/0x2407 0x00/0x23E8 0x00/0x1A2A
    0xF7FE/0x845 0x00/0x845 0x00/0x2405 0x00/0x23E8 0x00/0x1A2F
    0xF7FE/0x845 0x00/0x844 0x00/0x2403 0x00/0x23E8 0x00/0x1A35
    0xF7FE/0x845 0x00/0x844 0x00/0x2405 0x00/0x23E8 0x00/0x1A3B
    0xF7FE/0x844 0x00/0x844 0x00/0x2402 0x00/0x23E7 0x00/0x1A41

  • hi

    Could please share  SPI to All channel working  (differential and Single end and Sequence).

    That will help us our project.

    Evaluation have 5 boards Same issue.

    Project very critical  please help me.

  • 0
    •  Analog Employees 
    •  Super User 
    on Jul 25, 2021 5:54 PM in reply to bakyaraj

    bakyaraj,

    If REFIN = 0 volts on the evaluation board something is potentially wrong with your setup.

    Please try running just the following small portion of your code.

    1) Power up the board.

    2) PD = 0.

    3) Pulse Reset.

    This should put the device in the default state.   Please remeasure 

    REFIN, REF1/2, ACAP, DCAP and RCAP.  If any of these are not their expected values then check

    1) the PD pin is truly cleared. 

    2) RESET is not asserted 

    3) If the states of PD and RESET are correct verify that you have power applied to VIO, AVDD, DVDD.

    Until we can get the reference to start-up there is no point playing with the interface as we can't be sure the part is correctly biased.  

    If you see the reference come up after running this short sequence try the following.

    Send three conversion sequences consisting of.

    1) A conversion pulse

    2) A serial transaction of 16 clocks (Just send 0's.  Don't try to update the interface)

    On the final conversion sequence extend the number of clocks to 32 clocks (send two words) and verify the contents that comes out of SDO = 0x7FFF which is the default.   If this works then we can be reasonably confident the setup is working.

    Next try repeating the sequence of three short conversions this time inserting your 0xF7FE command.  You should read back 0x77FE from the part after the third conversion with the extended readback.

    If you are still having trouble after this let me know and I will try to get a setup working in the lab on Monday to show you everything working.   The other thing to try (assuming you have a CED controller board) is to revert one board and verify it works yourself just to be sure the hardware is not in someway damaged.   

    Sean

  • Could you please share your working hardware result. Its also help us