ADALM2000 sampling

Yes, the ADALM2000 can do all this. However it should be mentioned that the DAC uses sampling rates of 75MHz, 7.5MHz, 750khz, etc .. So in order to get 100ksps you will need to do some sort of decimation. This can all be done using libm2k. Scopy can also help you capture and output signals.

-Adrian

Hi Adrian: I appreciate the information.  How about the ADC, does the sampling rate have similar restrictions ?

I should be able to work around the DAC sampling rates, 750 KHz should work , so thinking ahead, if I could set the ADC to the same rate (750 KHz) , that would probably be good to get started.

About the decimation for the DAC, maybe there is someone who could set that up for me, and I would be happy to pay a consulting fee. Anyone interested, please contact me !

The ADC works at 100MHz/10MHz/1MHz/ etc sampling rates. Both ADC and DAC have the "oversampling ratio" attribute. This is a basic decimator which keep 1 in "oversampling ratio" samples. 

So in order to achieve 100ksps  ADC you could set it up to 100MHz with oversampling ratio of 1k and DAC at 75MHz with oversampling ratio of 750. This is the easiest way to achieve 100ksps in and out. You can wiggle those numbers according to your needs. All of this can be done using libm2k in C++/Python/etc. - https://wiki.analog.com/university/tools/m2k/libm2k/libm2k

-Adrian