Thank Ron,
The problem is the maximum supported frequency of the oscilloscope is 1GHz,
while the generated frequency is 500 MHz to 6 GHz. Then the Oscilloscope
can not capture the waveform with a good enough resolution.
I would like to close this question and thank you very much for your useful
i
Try reducing the gain in the UHD Sink block. At full output, the
waveform will be compressed.
You can also set your Signal Source frequency to zero.
Ron
On 11/15/19 07:05, Van-Dung PHAM wrote:
Dear @Ron,
Thank you for your kindly reply
As you said, I change the frequency to 50MHz-6GHz, and
Dear @Ron,
Thank you for your kindly reply
As you said, I change the frequency to 50MHz-6GHz, and I the Oscilloscope I
got the correct frequency as I want
However, the shape of the signal isn't really sinus. The maximum sampling
rate of my oscilloscope is 5 GSa/s
Do you think the sample rate co
Dear,
You can change the signal waveform (fro signal source) from sine to cosine.
On Fri, Nov 15, 2019 at 9:25 PM Ron Economos via USRP-users <
usrp-users@lists.ettus.com> wrote:
> You can't have a center frequency of 1 kHz in your UHD Sink block. The
> frequency range of the B200 is 50 MHz to 6
You can't have a center frequency of 1 kHz in your UHD Sink block. The
frequency range of the B200 is 50 MHz to 6 GHz.
If you change the center frequency to 50 MHz, you should see a 50.001
MHz signal.
Be sure to terminate the output of the B200 with 50 ohms. With Gain Type
= Normalized, Gain
Dear all,
I am a newbie in this domain. I want to generate a cosine waveform in the
output of usrp-B200 (TX/RX). So I make it as the following picture
[image: image.png]
But what I got in the oscilloscope is not a cosine/sine waveform. I don't
know where I have a mistake.
Thank you very much for
