Hi Bob, hi Sam,
top of my head, UBX-160 doesn't even have adjustable bandwidth
(basically, of the modern devices, only AD9xxx-based systems have). So,
yeah, you'll always get a two-sided84 MHz analog bandwidth (that's how
you get 160 MHz in complex baseband). You'll notice when oversampling at
200
Bob,
The 84MHz bandwidth constraint is because of the analog bandpass filter [1]
on the UBX's RX signal path [2]. I'd guess that UHD will yell at you if you
feed in an invalid bandwidth, but I've never tried it. If I remember
correctly, you can sample at rates that aren't an even division of the M
On Wed, Apr 8, 2020 at 5:49 PM Tillson, Bob (US) via USRP-users <
usrp-users@lists.ettus.com> wrote:
> so with the UBX-160 on an X310, there is the following caveat:
>
>
>
> * The UBX 160 transmitter path has 160 MHz of bandwidth throughout the
> full frequency range of the device; the receiver pa
so with the UBX-160 on an X310, there is the following caveat:
* The UBX 160 transmitter path has 160 MHz of bandwidth throughout the full
frequency range of the device; the receiver path has 84 MHz of bandwidth for
center frequencies from 10 MHz to 500 MHz.
I guess my question is how does this
