Best regards
Zero-span is the default way things work. There is no sweeping LO in a
FFT-based display.
On Mon, Dec 19, 2022 at 9:38 AM Juan Antonio wrote:
> Best regards
>
GNU Radio v3.10.5.0 is available, for your end-of-year enjoyment.
https://github.com/gnuradio/gnuradio/releases/tag/v3.10.5.0
In addition to fixes and under-the-hood work, the cross-platform experience
should be helped out by some packaging, dependency and GRC drawing
improvements.
Happy GNU (
I must be very confused on this topic.
I understood that the zero-span function in an analyzer meant that the span
was reduced to the maximum and, from there, what you saw on the screen was
the baseband in the time domain.
I know I could try it with a filter with a few hertz of bandwidth but I
ca
Just use a Qt GUI time sink with a complex to magnitude block ahead of it.
Ron
On 12/19/22 07:18, Juan Antonio wrote:
I must be very confused on this topic.
I understood that the zero-span function in an analyzer meant that the
span was reduced to the maximum and, from there, what you saw on
I think I'm not explaining myself well again.
What I want to see in the time domain is a single carrier of an 8mhz
signal. That's why I was referring to the zero-span function of spectrum
analyzers.
I have tried to isolate a single 1K carrier using filters but I did not get
good results. That is
On 19/12/2022 10:50, Juan Antonio wrote:
I think I'm not explaining myself well again.
What I want to see in the time domain is a single carrier of an 8mhz
signal. That's why I was referring to the zero-span function of
spectrum analyzers.
I have tried to isolate a single 1K carrier using fi
