Continuous recording ?

[TomW]

Thank you very much.
I though just this morning about a compilation issue due to the different architecture, but I havn't had time to look into it yet.
Your binary works like a charm, thanks again.

[kuengla]

How can I set the gain from LV to HV?

kr kuengla

[Kev' Ttn]

If I remember well, you have some jumper near the AI SMA connectors.

[kuengla]

yeah that is clear, but if i set the jumpers, the output has a really big offset, I guess there are some softwareparemters.
Can anyone help me?

thanks a lot

[Kev' Ttn]

Maybe you can erase the offset with the software.

If you acquire some noise signals (just 10 times) you can determinate the average tension (the offset) and you can soustract your acquire signal with this average.

Or, you have a function, I guess, calibrate, where you can erase the offset.

[Matteo588]

Hi! Is still possible to download the continuos acquisition example that you post? the file seems not longer exists.
thank you in advance.

[peacefish]

Since this is my first Post in this Forum I'd like to say Hello to everybody ,

i would be interested in the example file for continuous acquisition, too. Is it possible to upload it again?
For what I'm trying to do a sampling rate of 10kSamples/s would be enough but I want to be able to continuously record data for at least 1 Minute.
Is there a solution, that functions for this low samplerates?

Thanks a lot for your Help!

[pruhnau]

I'd like to second peacefish. do these files still exist somewhere?
or is there another way to do continuous recordings by now (as it was on the wishlist in 2014).

[jeanminet]

Hello,
I don't know if it can help but I have a simple example that does continuous recording at 244 kSps (decimation rate of 512):
https://github.com/Koheron/koheron-sdk/ ... /decimator
Jean