Matt Ettus wrote:
>
> On 01/19/2010 09:47 AM, Christoph Thein wrote:
>> Hi,
>>
>> is there a possibility to read the data coming from the auxiliary ADC
>> (AD7922)
>> at the moment? I couldn't find any hint in the code or on the mailing
>> list
>> that could point me to a good direction to star
I am using USRP1 with DBSRX.
My goal is to implement signal conditioning algorithm. Input is the tuned
frequency, output is the optimal gain settings to utilize the full range of
ADCs with saturation below acceptable threshold.
As the RSSI is not available for DBSRX, the idea is to acquire a sho
Eric Blossom wrote:
>
> On Tue, Jun 16, 2009 at 08:23:37AM -0700, Kutik wrote:
>>
>> I would like to change the USRP master clock to 10MHz.
>>
>> I call urx->set_fpga_master_clock_freq(10e6) prior to
>> usrp_standard_rx::make.
>>
>>
I would like to change the USRP master clock to 10MHz.
I call urx->set_fpga_master_clock_freq(10e6) prior to
usrp_standard_rx::make.
I wonder how to set the REFCLK_DIVISOR in db_dbs_rx::_refclk_divisor().
>From all examples I have seen the (master_clock/REFCLK_DIVISOR) is 4MHz.
This would mean
I had similar problem with boost 1.36
Solved by using ./configure --with-boost-include-dir=/usr/include/boost-1_36
when building the GNU radio sources.
Sriram Krishnan-3 wrote:
>
> I have installed the latest version of boost(1.39) but when I do
> ./configure
> during the install process...it g
I believe for the C code you can use "gdb" from Cygwin. For my installation
of Cygwin it was not part of standard installation configuration, so maybe
you have to install the debugger.
--
View this message in context:
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Sent from
My HW configuration: USRP1 with DBSRX, no input signal.
Using the script to plot FFT usrp_fft.py -f 1003.25M -d 8 -g 72 I see two
spurious spikes at 1000 MHz and 1004 MHz (the next one is at 1008 MHz).
http://www.nabble.com/file/p23854396/fft_no%2Bsignal.png
Where does these spurious signals c
My goal is to implement signal conditioning algorithm. Input is the tuned
frequency, output is the optimal gain settings to utilize the full range of
ADCs with saturation below acceptable threshold.
I would like to ask for clarification regarding the over-count value. From a
thread "usrp: rssi/cl
I use following code to tune db A, subdevice 0 :
usrp_tune_result result;
int site = 0; // site A
db_base_sptr dbsrx = urx->db(site)[0];
urx->tune(0, dbsrx, freq, &result);
Where freq is your desired center frequency.
To check the applied configuration you can use:
prin
Hello,
I want to repeat short data acquisitions using the USRP1 via C++ interface.
With the following settings:
DECIM 128
BYTES_TO_READ 15360
CHANNELS 1
I get error read: usb_reap_async: usb_reap: timeout error
Please find attached modified version of C++ interface example (2 repeated
acquisiti
Problem solved.
I've forgot to replace cygusrp-0.dll with the new one from the 3.2 release.
Additionally I had to add boost_thread-gcc34-mt-1_36.dll if I want to run
the compiled executable with Windows.
Kutik wrote:
>
> Hello,
>
> I've updated to release 3.2.
>
Hello,
I've updated to release 3.2.
I am running the example from C++ Interfacing Questions. I get the following
error:
6 [main] testusrp 5792 _cygtls::handle_exceptions: Exception:
STATUS_ACCESS_VIOLATION
382 [main] testusrp 5792 open_stackdumpfile: Dumping stack trace to
testusrp.
Hello,
I would like to capture signals using the USRP1 (rev 4.5) with DBSRX. For
the first test I am using CW signal from generator at 1.501GHz, 0 dBm
(verified to be precise). To capture the signal I use the usrp_rx_cfile.py
(usrp_rx_cfile.py -R a -d 8 -f 1.500G -N 40064 -s -g 45 usrp.dat)
I pl
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