Hi Mike,
thanks for following up on this:
A signal with 0.1 microsecond rise time definitely has definitely more
than 6 MHz bandwidth :) so that's where my confusion stems from.
It will have something upwards of 20 MHz, rule of thumb should be
around 100 MHz bandwidths, and that fits nicely with t
Your statement " A signal with 0.1 microsecond rise time definitely has
definitely more than 6 MHz bandwidth" is not necessarily true.
Simple proof:
The first 3 components of a 1 Mcycle/sec square wave are: sin(2*pi*1e6*t) +
(1/3) sin(2*pi*3*1e6*t) + (1/5) sin(2*pi*5*1e6*t).
If you add just th
On Sat, Feb 01, 2020 at 02:58:06AM -0500, Mike wrote:
> The target signal of interest uses pulse modulation where each pulse is
> 1 microsecond in duration, with a rise time of less than 0.1 microsecond
> and a decay time of less than 0.2 microseconds. The goal is to identify
> the start (arriva
Hello,
Without a .pc in gr-iqbal, gr-osmosdr (3.8 branch) will not build as it
can't find gr-iqbal.
Likewise without a .pc in gr-osmosdr, gqrx will not build as it can't
find gr-osmosdr.
After creating .pc files for both the above all packages build and gqrx
runs fine.
I do not understan
> Without a .pc in gr-iqbal, gr-osmosdr (3.8 branch) will not build as it
> can't find gr-iqbal.
I just had a look at gr-osmosdr-0.1.4.127-3.mga7.src.rpm and this is
not using the official code from the gr3.8 branch of
git.osmocom.org/gr-osmosdr
The code in that repo at absolutely no point will ev
