I am trying to do the following (sorry this is probably pretty basic)
1. generate a 200 µs wavegen pulse with a duty cycle of 5% --> pulse will be high for 10 µs (5% of 200 µs) and low for the remaining 190 µs.
2. start logging 30 µs after the pulse begins for 170 µs (200 µs - 170 µs = 30 µs)
3. Repeat the pulse generation and data logging process 50 times, then average the collected data.
So what I was trying to do, was to generate the following waveform
And then use rec. on the scope, to record both channels (one to check the pulses from the wavegen, and he other to record the actual data). And was thinking of just using the manual trigger. I was going to do the cropping/averaging myself (I tried seeing if I could make a custom measurement where it only takes the voltage over 170 microseconds).
Question
Alexa
I am trying to do the following (sorry this is probably pretty basic)
1. generate a 200 µs wavegen pulse with a duty cycle of 5% --> pulse will be high for 10 µs (5% of 200 µs) and low for the remaining 190 µs.
2. start logging 30 µs after the pulse begins for 170 µs (200 µs - 170 µs = 30 µs)
3. Repeat the pulse generation and data logging process 50 times, then average the collected data.
So what I was trying to do, was to generate the following waveform
And then use rec. on the scope, to record both channels (one to check the pulses from the wavegen, and he other to record the actual data). And was thinking of just using the manual trigger. I was going to do the cropping/averaging myself (I tried seeing if I could make a custom measurement where it only takes the voltage over 170 microseconds).
Link to comment
Share on other sites
1 answer 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