On Mon, Jun 26, 2017 at 1:50 PM Brashendeavours
wrote:
> Thank you, Kevin. That is reassuring.
>
> My next question then, is since the deviation is affected by both
> amplitude and frequency, how would you recommend I empirically
> determine/set a peak deviation of
On Mon, Jun 26, 2017 at 10:48 AM, Brashendeavours wrote:
> My next question then, is since the deviation is affected by both
> amplitude and frequency, how would you recommend I empirically
> determine/set a peak deviation of 2400Hz for 1200Hz baseband?
>
The
Thank you, Kevin. That is reassuring.
My next question then, is since the deviation is affected by both amplitude
and frequency, how would you recommend I empirically determine/set a peak
deviation of 2400Hz for 1200Hz baseband?
Is this experiment not possible to visualize/determine on a
On Mon, Jun 26, 2017 at 10:07 AM, Brashendeavours wrote:
> Where my results differ from what I expect, is approximately above 100Hz.
> Using an baseband of 1200Hz, I no longer get a signal sweeping from -ive to
> +ive, I get [a constant frequency of 1200Hz on the
I am trying to wrap my head around FM modulation, and have setup some
experiments in GNU Radio to help, but they have only raised more questions.
I am trying to achieve a peak deviation of 2400Hz using a baseband signal
of 1200Hz. In my flowgraph [here](http://imgur.com/5pzSnsq), and [here](