Part Number: AFE58JD32 Hello Team,
My Customer is looking for a JESD204 verilog simulation model for AFE58JD32. Do we a copy to share with our customer?
Regards,
Renan
Part Number: AFE58JD32 Other Parts Discussed in Thread: AFE5832 Dear Sir
I see the analog I/Q is summed and passed out the chip (combining the active channels). I see the JD version has digital I/Q demodulation and decimation..... reading TI papers on the…
Part Number: AFE58JD32 Other Parts Discussed in Thread: AFE5809 , , AFE5832 , TX7332 , TX7316 Hi,
I am planning to use AFE58JD32 for my 96-channel 2D-Multibeam Imaging Sonar Project. The operating frequency is 700 kHz (with 100 kHz bandwidth). I have the…
Part Number: AFE58JD32 16 ADCs are used to convert the 32 inputs. Each ADC converts one odd numbered input (processed in the VCAo die) and one even numbered input (processed in the VCAe die) in a time multiplexed manner. I know we can splits the ADC output…
Part Number: AFE58JD32 Hi, I am using the AFE58JD32, and I am not clear about how to write the coefficient RAM in the section 8.3.10.7.1(the coefficient RAM of the decimation filter coefficients). I did as following step:
1. set SPI_DIG_EN to 0.
2.set …
Part Number: AFE58JD32 Tool/software: WEBENCH® Design Tools Background: There will be a separate power supply board which is going to drive two separate boards with the multiple power rails varies from 3.4V to 0.9V with the various current current requirements…
Hi Bugra,
I am closing the thread for now since we took the debugging offline.
If there are any pending questions, feel free to post them in a new thread.
