Part Number: TIDA-00996 Other Parts Discussed in Thread: DAC38J84 Dear all,
one of my customer is going to replicate in the lab the setup of the TIDA-00996 in order to synchronize 8 DACS. The frequency in place are lower than the capabilities of the…
Part Number: TIDA-00996 Other Parts Discussed in Thread: DAC38J84 Hello,
I am trying to recreate the TIDA-00996 set up in my lab, and the DAC38J84_4xint_Fdata614p4MHz_0_delay442.cfg is not in the design files like the documentation calls out. I can…
Part Number: TIDA-00996 Hello everybody,
I am trying to synchronize the outputs of multiple DACs, which are physically separated. A possible approach is depicted below. It was evaluated by TI instruments [ http://www.ti.com/lit/ug/tidubh1/tidubh1.pdf…
Hello,
You may review the clocking setup inside the following app note:
https://www.ti.com/tool/TIDA-00996
Most likely you may need to use zero delay mode of the LMK04828.
-Kang
Hi Prateek,
You may take a look at the following collateral firstly:
https://www.ti.com/tool/TIDA-00996
I will have to look into your inquiry further and review and provide feedback.
-Kang
Hi Jongroh,
Please advise for the RX and TX frequencies amongst the multiple AFE7920s needing relative phase synchronization or absolute time synchronization.
Relative phase synchronization means the phase difference between TX and RX need to be aligned…
Hi Kang,
my AA is considering the following JESD MODE: L=8, M=4, F=1, S=1, HD=1 without interpolation (since NCO =0).
The TSW14J56 will be used as a waveform generator. The requirement is generating signals using a sample rate of 960MHz.
Is the…
Hi Justin,
Please see attached for the format of a 4 channel pattern file sent through HSDC Pro /TSW14J56EVM. I believe that what you are asking is achievable, but this may require two files. I will research this some more.
DAC38J84 Test_368.64MSPS_100MHzSignal…
