Yes, LO leakage, more specifically DC imbalance in the I and Q channels; I
assume you are using a daughter board with an IQ modulator? This is
supposedly corrected for in the firmware, however, probably not done over
temperature. You can probably tweak it by adding/subtracting a few LSB of
DC of
On 11/29/2010 01:35 PM, Steven Clark wrote:
One would think something like this would work, but I've noticed that
even if you're sending 0's to your usrp sink, the transmitter still
puts out some amount of power (plenty strong enough to be detectable
via a spec-an). This power goes away if y
> Think of the on/off part as a control stream consisting of 1's and
> 0's. Generate the control stream, and multiple the control stream by
> the carrier stream.
>
> Don't try to start and stop the graph or anything like that from
> python.
>
> You can probably generate the control stream with a
>
On Mon, Nov 29, 2010 at 12:42:38AM -0800, Steve Mcmahon wrote:
> Hello:
> I have a USRP2 board and a WBX daughterboard. I am trying to
> implement a scheme where a single-tone sine wave (at frequencies
> between 1 kHz and 10 kHz) is transmitted
> intermittently. Specifically, time is divided into
Hello:
I have a USRP2 board and a WBX daughterboard. I am trying to implement a scheme
where a single-tone sine wave (at frequencies between 1 kHz and 10 kHz) is
transmitted intermittently. Specifically, time is divided into intervals,
defined by the user on the command line, typically of value
