Part Number: DAC34SH84EVM Tool/software: Hi Team,
I'm wondering if the FMC-DAC adapter from Xilinx mentioned in the TI website; https://www.ti.com/tool/FMC-DAC-ADAPTER is compatible with the DAC34SH84EVM from TI?
Furthermore, I'm planning to use a…
Part Number: DAC34SH84 Tool/software: Hi,
I recently purchased the DAC34SH84EVM eval board. Could you please share the design schematics and PCB of the DAC34SH84EVM? I'm unable to access the page as it says "Error 404". We need this schematics and PCB…
Part Number: DAC34SH84EVM The input voltage as specified is 6V and we want to use a voltage regulator before so we would like to know the input current value for the evaluation board.
Thank you
Cheers
Sai
Hello Kang,
you are right, it was the transformer that caused that behaviour. In the meantime, I have tried a different DAC34SH84EVM with differential outputs, which did not have the two transformers installed and the sawtooth was generated in good quality…
Part Number: DAC34SH84EVM I am unable to interface the DAC34SH84EVM to the FMC-DAC adapter card. It seems like the holes on the adapter and the pins on the EVM are not well alligned, as illustrated on the pictures. How to solve this?
Part Number: TSW1406EVM Hello,
I am working on DAC34SH84EVM with TSW1406EVM Pattern Generator. I am trying out the Test File: single_tone_cmplx_32768_250MSPS__BW_25.1MHZ.csv.
The file name says sampling rate is 250MSPS , and when I enter this in the HSDC…
Part Number: DAC34SH84EVM Hi,
I had been using DAC34SH84EVM properly without any defection. Recently I am back to test it and I got problem as below:
The DC power in is set 5.35 V, and its current is overlimited 0.14A??? And the voltage was dropping to…
Part Number: DAC34SH84EVM I am trying to use LabVIEW to control the DAC34SH84EVM using the FTDI DLL, but there is an error and I can not talk to the device. I am using LabVIEW 2017, hope that is not a issue.
Part Number: DAC34SH84EVM Hej,
I am currently using DAC34SH84EVM for producing baseband pulsed signal (14 Hz, 3.5 ms). But it seems impossible for the transformers at the output.
Is there anybody helping me solve this problem? or 4.5 MHz is the minimum…