Okay, well best of luck with that. I hope the B200 has the necessary
capabilities to do what you need.
Here are the links to block writing, hope this helps.
https://wiki.gnuradio.org/index.php/OutOfTreeModules
https://wiki.gnuradio.org/index.php/BlocksCodingGuide
Thank you,
Alex
On Fri, Jul 9,
Yes, I use it for another project which is a pulse FMCW radar project
In this project, we need an LFM with receiving time (dead-time) for testing
the function of the radar (transmitter and receiver etc..)
Do you have any tutorial to modify the block of GNU Radio? I am a hardware
guy so it may tak
What on the other device are you trying to measure? Are you simply
attempting to see if you can receive a signal, or are you trying to receive
information of some kind?
Generating an LFM signal is no problem, and modifying the source code is a
good way to go if that's all you want to do. You are r
Thank Alex for your answer,
For the second question, I will not design a pulse doppler radar with a
linear FM pulse. But I wonder that I could generate an LFM signal (to
measure another RF device at 1GHz) using Ettus B200?
Due to the limit of the hardware capabilities, I think I can only generate
Hello,
It has been a while since I used the FMCW block in the Radar toolbox, but
from what I can remember, the three samples sections are defining the
percentage of the signal you want distributed in each of those sections.
For example, if you want 50% of your signal to be CW, and 50% to be
up-chi
Hello all,
I want to make an FMCW signal generation with GNU Radar toolbox and Ettus
B200
I saw that you have several examples in
https://github.com/kit-cel/gr-radar/tree/master/examples/simulation, but I
do not understand the following parameters of the FMCW block
- Samples CW
- Samples up-chirp
-
