On Fri, Dec 09, 2005 at 07:25:27PM -0500, [EMAIL PROTECTED] wrote:
> I know that the best method for correlating a is to use the new GMSK
> code. However, I am trying to understand the difference between the
> run and start/stop/wait commands and also gain additional insight into
> the simple_c
On Fri, Dec 09, 2005 at 06:52:26PM -0500, cswiger wrote:
> Is the usrp_siggen.py guarenteed to work up to about 64Mhz?
>
> I'm getting some screwy behavior around 44Mhz. Will look at
> it closer this weekend.
+/- 44 MHz is the highest we can tune the DUC in the AD9862.
FWIW, we return False if yo
I know that the best method for correlating a is to use the new GMSK
code. However, I am trying to understand the difference between the
run and start/stop/wait commands and also gain additional insight into
the simple_correlator function. When I try to run the below code using
the fg.run com
Is the usrp_siggen.py guarenteed to work up to about 64Mhz?
I'm getting some screwy behavior around 44Mhz. Will look at
it closer this weekend.
Here's a nice plot of a freq sweep past the 32Mhz receiver
nyquist frequency, clearly showing the signal flipping 180 deg:
http://webpages.charter.net/c
On Fri, Dec 09, 2005 at 06:19:24PM -0500, [EMAIL PROTECTED] wrote:
> I am trying to make a new by following the gr-howto-write-a-block. I was
> able to successfuly make myself a local directory structure with all the
> required file and compile the howto_square(2)_ff.cc.
>
> I also so did a 'make
The long awaited 2.6 release is out!
There are new tarballs for everything. It now includes sending and
receiving data at up to 1Mbit/sec using GMSK. There's also support for
the new USRP Flex 400 transceiver daughterboards. Handling of all
daughterboards has been unified, so most apps will work
I am trying to make a new by following the gr-howto-write-a-block. I was
able to successfuly make myself a local directory structure with all the
required file and compile the howto_square(2)_ff.cc.
I also so did a 'make check' in the src directory and it work good.
Now the question is how do yo
