| SLA Status | Assignee | Support Status |
|---|---|---|
| ⚠ 4701 hours | Open | |
AD9371
Recommended for New Designs
The AD9371 is a highly integrated, wideband RF transceiver
offering dual channel transmitters and receivers, integrated synthesizers, and digital signal...
Datasheet
AD9371 on Analog.com
Hello,
We are working with the ADRV9371, but we get an issue when we try to communicate by the SPI. We use the Xilinx SPI IP on a VCU108, with a Micro blaze MCU to implement the Mykonos code.
We put both Resetb and FMC_clk_resetb to one, and we have something coming out from the FPGA SPI, we checked it with a probe and everything is going through the FMC connector as it should be.
But at the moment we can’t get any response coming back from the Analog device board, but it’s working with the TES software on a ZC706. We compared the frame shape and they match (clock polarity and phases are good).
Best regards.
__CommunityServer__Service__ - Moved from TES GUI & API Software Support AD9371/AD9375 to Support AD9371/AD9375. Post date updated from Monday, April 24, 2017 5:15 PM UTC to Friday, January 30, 2026 12:11 AM UTC to reflect the move.
Hello Sripad,
Yes, your project is on the ZC706 board (we first tried on VCU108) and we try to control the AD9371. I have checked the ZC706 Datasheet and Vadj should be set to 2,5V at the start of the board(maybe I have missed something).
If needed I can take control over this voltage by using an i2c protocol and change the voltage to an higher one.
Best regards,
Hello Sripad,
Yes, your project is on the ZC706 board (we first tried on VCU108) and we try to control the AD9371. I have checked the ZC706 Datasheet and Vadj should be set to 2,5V at the start of the board(maybe I have missed something).
If needed I can take control over this voltage by using an i2c protocol and change the voltage to an higher one.
Best regards,