03-26-2019
09:06 AM
- last edited on
06-16-2025
02:43 PM
by
Content Cleaner
Hello guys, i've been getting around with labview for this past month and I have a question about https://forums.ni.com/t5/Example-Code/VirtualBench-Bode-Analyzer-With-the-FGEN-and-MSO/ta-p/3996033 this example.
So I have to make the bode diagram for my high-pass filter with a cutt-off at 0.1Hz.. I can't make the frequency axsis start at 0.01 (I've tried modifying the coefficient of exp but that can't seem to be the problem because I get a perfect bode diagram with my low-pass filter.. so any ideas?
Thanks in advance for your help
Solved! Go to Solution.
03-26-2019
09:31 AM
- last edited on
06-16-2025
02:44 PM
by
Content Cleaner
Hello guys, i've been getting around with labview for this past month and I have a question about https://forums.ni.com/t5/Example-Code/VirtualBench-Bode-Analyzer-With-the-FGEN-and-MSO/ta-p/3996033 this example.
So I have to make the bode diagram for my high-pass filter with a cutt-off at 0.1Hz.. I can't make the frequency axsis start at 0.01 (I've tried modifying the coefficient of exp but that can't seem to be the problem because I get a perfect bode diagram with my low-pass filter.. so any ideas?
Thanks in advance for your help
03-26-2019 09:44 AM
Low frequency limit is determined by acquisition time. Try to increase that constant that determines it via detected frequency.
03-26-2019 10:19 AM
I don't have the aquisition time here.. here is my bode diagram.. shouldn't it normally start at its cut-off frequency?