Running sw for capturing 6 channels simultaneously at 750ksps. This worked flawlessly 2 years ago.
Now I've installed it to a new W10 PC. Same sw, which is a custom modification of the LV sw supplied.
The sw monitors all 6 channels looking for % change in DC voltages on any one of them. Test runs should have no changes but randomly all channels "glitch". See the plot below. I haven't been able to catch the DC supplies that provide the signal glitching, so I'm starting to doubt this is really happening.
Furthermore, if you look at the plot, each channel jumps in value....but not to a random value, but to that of one of the other channels. i.g. the white trace jumps to light green value, red to purple, blue to red, etc. What would cause that? Its certainly not the DC supplies.
Question
AdamM2
Running sw for capturing 6 channels simultaneously at 750ksps. This worked flawlessly 2 years ago.
Now I've installed it to a new W10 PC. Same sw, which is a custom modification of the LV sw supplied.
The sw monitors all 6 channels looking for % change in DC voltages on any one of them. Test runs should have no changes but randomly all channels "glitch". See the plot below. I haven't been able to catch the DC supplies that provide the signal glitching, so I'm starting to doubt this is really happening.
Furthermore, if you look at the plot, each channel jumps in value....but not to a random value, but to that of one of the other channels. i.g. the white trace jumps to light green value, red to purple, blue to red, etc. What would cause that? Its certainly not the DC supplies.
Link to comment
Share on other sites
6 answers to this question
Recommended Posts
Create an account or sign in to comment
You need to be a member in order to leave a comment
Create an account
Sign up for a new account in our community. It's easy!
Register a new accountSign in
Already have an account? Sign in here.
Sign In Now