Look at the FLL; It's nothing but a system that locks on tho the energy
that goes through a pass band's edges; if there's suddenly more energy
in the upper edge band, it corrects the frequency so that it follows up,
and vice versa.
However, 0.07% = 700 ppm. I've never met an oscillator that bad; th
Marcus, thank you for all the suggestions. This is a great group. Yes for
development I do not need the Zedboard, but for my experimental system I
need this to interface with my receiver circuitry. And yes it turned out
to be a software/OS system issue which I fixed.
I was able to figure out th
Hi Rob,
>When I boot my system, I get the below error. When I try to log out
from the Applications Menu, I get the error below that. Any suggestions
wold be great as I am stuck at the moment.
to be brutally honest: you don't need a zedboard to run GNU Radio to
prototype this kind of thing: Just
Hi Rob,
hope I didn't come on too cross yesterday; of course, the frequency
counting method works just as well, if you know your edges are sharp and
you can pinpoint a certain threshold.
I come from a very SDR-y background myself, and so I always presume your
signal quality will need significant
Thank you for the suggestions. I do in fact come from a very analog
background, I have implemented many frequency counters in micro's, so I am
thinking in this way. I will try the suggestions on FFT/frequency sinks.
On Thu, May 12, 2016 at 4:58 PM, Marcus Müller
wrote:
> By the way, I can bare
By the way, I can barely decipher your screenshot. I strongly recommend
using the screenshot functionality of your operating system instead of
using a camera to digitize the analog lightwaves that were generated
from a screen that converted the digital picture to light...
that being said, I don't r
