Eric,
Sounds good. As far as the VOR code, a previous version was on the mailing
list (that version wasn't working but was close), and after I have a chance
to clean up my current version, I'll post that as well.
I haven't done as much with that since I began to put the effort into
porting the c
Hello everyone,
I am a new one. I am interesting in the USRP project. I want to make the
motherboard by myself, because my family has a factory in China that produce
the PCB and I have some circuit experience. Question is can I succeed if I
just follow the circuit diagram. And which one is
On Wed, Apr 30, 2008 at 07:55:47PM +0200, Diana Iosifescu wrote:
> Hello,
>
> I would like to develop a user card, to interface with the USRP
> motherboard,
> with a high resolution UHF synthesized local oscillator for a flexible
> narrowband application that can not use any standard card.
> Is th
On Wed, Apr 30, 2008 at 3:10 PM, Wireless Monster
<[EMAIL PROTECTED]> wrote:
> Hi all,
>
> Does anybody know how to calculate the delay introduced by the filter used
> by the rational_resampler_ccc block (formula or a way to measure it, as the
> parameters are fixed)
>
> Thanks for your help!
The
Hi all,
Does anybody know how to calculate the delay introduced by the filter used
by the rational_resampler_ccc block (formula or a way to measure it, as the
parameters are fixed)
Thanks for your help!
___
Discuss-gnuradio mailing list
Discuss-gnuradi
Hello,
I would like to develop a user card, to interface with the USRP
motherboard,
with a high resolution UHF synthesized local oscillator for a flexible
narrowband application that can not use any standard card. Is this
possible? Can I program the I2C/SPI chips through GNU radio? (The on
card RO
On Wed, Apr 30, 2008 at 09:38:33AM -0400, Wireless Monster wrote:
> Hi Eric,
> No, I am trying to adjust the Tx gain... Any clue?
> Thx!
If you look at the value returned by self.subdev.gain_range(), you'll
note that the minimum and maximum values are the same. That is, the
board has no adjustabl
George Nychis wrote:
And finally, here we have it:
http://cyprus.cmcl.cs.cmu.edu/tmp/new_flex/success.jpg
I didn't completely understand the 2 stages of tuning... I had the first
stage down pat, but didn't understand the second, hence everything kind
of breaking once i tried it, and things not
