Part Number: TSW14J56EVM Other Parts Discussed in Thread: ADS52J90 Hello
The TSW14J56 board and HSDC Pro GUI program will be used to check the ADS52J90 JESD204B output signal.
We want to check the characteristics of the output signal by making our…
Part Number: TSW14J56EVM Other Parts Discussed in Thread: ADS54J60 I am working on a firmware modification to allow multiple triggered captures per transfer with this board. The design is working very-nearly optimally, but there is one issue. Each time…
Part Number: TSW14J56EVM Other Parts Discussed in Thread: DAC38J84EVM , DAC38J84 Hi all,
one of my assigned account has bought 2x TSW14J56EVMs, one of them is perfectly working with the DAC38J84EVM, while the other one has some issues:
1. The HSDC…
Part Number: TSW14J56EVM
Hi Jim,
my name is Michael Levin, and I will continue the work started by Yoni.
In your latest answer, you mentioned that version 5.1 of HSDC Pro is being prepared.
When do you think it will be available for download…
Part Number: TSW14J56EVM Other Parts Discussed in Thread: ADC08DJ3200EVM Hi,
I have a customer that is requesting to use the EVM with a user-defined sampling rate lower than 800MS/s (they are trying to achieve 25 MS/s). Initially, he also intends to…
Part Number: TSW14J56EVM
Hello,
I'm using the TSW14J56EVM along with HSDC Pro and DAC3XJ8X GUI v1.2 for my Project. The goal is to generate some I/Q signals. Using the python script example provided I was able to generate the signal and sent it through…
Hi Kelly,
The data saved in binary file is channelized data. The data format is offset binary value from 0 to 2^16 in this case because this is 16 bit device. So for example if there are two channels data will be CH1 Sample0, CH2 Sample0, CH1 Sample1…
Part Number: TSW14J56EVM I was trying to change the "# of samples (per channel)" of in the "Capture option" pop up window of the High Speed Data Convert Pro GUI. But it seems that it can not go lower than 4096.
Is there a way to allow this parameters…
Sorry, the frequency of noise is not corresponded but inverse proportion to FPGA clock, for example, noise of 153.6 MHz when FPGA of 153.6 MHz and noise of 76.8 MHz when FPGA of 307.2 MHz.
Regards,
Kazuya
Part Number: TSW14J56EVM Other Parts Discussed in Thread: AFE58JD18 , AFE58JD16 , ADS52J90 Could you help me to find ultrasound front end circuits (maybe AFE~) that is compatible to TSW14J56EVM (USB3).
The number of channel does not really matter between…
