MRMTZ

Thank you very much for the response. I am now encountering another challenge. I am attempting to generate a sine wave and sample it on a trigger (in record mode). The trigger is set to cross the 0V rising edge. However, I am obtaining unexpected results. The sine wave begins with an unexpected edge. I have attached my code and a plot of the measured data. I appreciative any assistance. Thank you in advance for your time and consideration. MMtz Analog_discovery_tst.rar

Thank you for the helpful response. I'm curious if there's any information about the release date for the upcoming version. Looking forward to the fix for the record mode issue. Would an older version potentially serve the purpose? Additionally, I'm working towards sampling at 10MHz every millisecond recording 8192 samples. Any guidance on configuring this setup would be greatly appreciated. Once again, thank you for your valuable assistance. Best regards, MMtz

Another option is to achieve continuous recording while detecting the rising edges of the analog output. Perhaps there's a more elegant approach to accomplish this. Any suggestions?

Hello all, I'm currently working on a project where I'm trying to generate and record of analog signals using the AnalogDiscovery platform. I've achieved success in implementing a code that generates a 1kHz rampdown analog signal and records it using the AnalogDiscovery2, utilizing a 1MHz sampling rate with rising edge trigger. However, I've encountered a challenge while attempting to adapt this working code for use with AD3. The code that performed well with AD2. I'm receiving empty data. It's worth noting that my ultimate goal is to achieve recording at a 10MHz rate. I've attached the Python code file that I've been working with. This code is based on one of the example codes provided. Note that I'm working with version 3.20.1. If any of you have insights, suggestions, advice, or recommendations regarding how to modify the code effectively for use with AD3, I would greatly appreciate your input. Thank you in advance for generously offering your time and assistance. Best regards, MMtz tst_rec.py