Ohh... bandwidth is just half the sample rate of course. So the cutoff
has to be 50k and transition 20k for example.
Am 21.07.22 um 10:45 schrieb Fabian Schwartau:
Hi Isaac,
I am not sure what you are trying to achive. However, your low pass
filter seems to be set up incorrectly. You have a s
Hi Isaac,
I am not sure what you are trying to achive. However, your low pass
filter seems to be set up incorrectly. You have a signal with 1MHz and
10MHz samplerate. Your low-pass filter has a cutoff at 5MHz and then
down-samples by 100. If you want to make sure that there are no
frequency c
Hi Isaac,
I am not sure what you are trying to achive. However, your low pass
filter seems to be set up incorrectly. You have a signal with 1MHz and
10MHz samplerate. Your low-pass filter has a cutoff at 5MHz and then
down-samples by 100. If you want to make sure that there are no
frequency c
Hi Isaac - it sounds like there's a beat frequency - probably between
the pulsed signal and the second freqency. I'm assuming you didn't see
the problem in the pulsed signal signals.
-- Cinaed
The definition of the beat freuency is the absolute difference between
two frequencie.
On 7/20/22
Hello everyone
My name is Isaac. I'm dealing with a curious behaviour that I can't
understand...
I'm generating my pulsed signal by multiplying a vector source and a signal
source. Then I'm multiplying this pulsed signal with a continuous signal
source at the same frequency, passing then for a lo
