Thanks a lot for the help.
In a non Software Radio FM transmitter we have an integrator, local osc,
mixer, and RF filter.
In this case, I can´t find the integrator and the RF section. why? are not
necessary?.
Thanks again.
Jorge Chavez
Mexico
On 11/9/05, cswiger <[EMAIL PROTECTED]> wrote:
>
>
Hi Everyone:
I´m looking for a block diagram of the fm_tx4.py, the code is not totally
understandable for me, that's why i´m trying to find a diagram.
Thanks for the help. Sorry but i´m pretty new with GNU Radio.
Jorge Chávez.
Mexico
___
Discuss-gnurad
I'm trying to understand how the USRP TX-A and TX-B outputs (on the
Basic TX daughterboards) are generated, and how they are related to
each other. This has been discussed here before [1] but I think that
diagram and explanation were not quite complete. I think I've got it
now. Can anyone here
On Wed, 9 Nov 2005 [EMAIL PROTECTED] wrote:
> Damn, I just bought an Agilent 5230. :) I should have waited.
>
Don't hold your breath.
But seriously, I thought this was an interesting instrument, an HP 4800A:
http://cgi.ebay.com/HP-4800A-VECTOR-IMPEDANCE-METER-NICE_W0QQitemZ7559376862QQcategoryZ
Damn, I just bought an Agilent 5230. :) I should have waited.
Looks good though.
On Wed, 9 Nov 2005, cswiger wrote:
> Gang - My Vector Analyzer works amazingly well enough that I put up
> a brag page:
>
> http://webpages.charter.net/cswiger/phase/reflection_smith/smith_chart.html
>
> that is
Gang - My Vector Analyzer works amazingly well enough that I put up
a brag page:
http://webpages.charter.net/cswiger/phase/reflection_smith/smith_chart.html
that is to say, I plug in a 1nF cap and it reads -9.95e-10 (995pF), plug
in a 1.5uH inductor and it reads 1.59E-6. Essentially it measures
Hi all,
I am working on a highly experimental project where I need to transmit and
receive noisy signals over the USRP, i.e. the noise is added digitally to
the signal at the transmitter itself.
Hence I would need to transmit and receive *only* real samples on the
USRP, without any filtering, inte
