I wonder if any Flex 3000 or 5000 users have found a way scan amateur band
frequencies and not invoke the relay "clicks" that I presume are associated
with bandpass filters ?  I and several other Flex owners often operate ALE
that involves scanning several bands , a change in band at least every
second. Older traditional radios like Icom or Kenwood also have relay
clicks when using ALE software that scans.  ALE software  developers have
been able to get around this  by scanning using VFO B but switching
automatically to VFO A when transmitting. With a Flex 3000 and a Flex 5000
using PowerSDR 2.7.2 or older versions,  there is an audible click at each
band change even when scanning using VFO B. I have noticed however that
when I use ALE for MARS frequencies , the audible clicks are not there.
 After some experimenting I have concluded that it may be related to the
fact that when scanning using MARS channels, PowerSDR shows "GEN" in the
band selection panel, thus I am guessing that when in "GEN" mode, the
bandpass filters are not invoked. If I set Powersdr to GEN and begin
scanning amateur frequencies, PowerSDR automatically switches back to SSB
or CW... and the relays clicks are heard.

 I'm also wondering if editing the XML database file would allow a user to
solve this problem.  If I edited that file and specified a few amateur
frequencies as being  in "shortwave bands" would that solve the issue?  I
am guessing no.

Aside from ALE software, I also use Commander from DX Lab Suite to scan
amateur frequencies on different bands.  I noticed that PowerSDR does not
stay in "split" mode when scanning amateur bands .  Anyone find a way for
it to stay in split mode while scanning ?

Andy K3UK
_______________________________________________
Flexedge mailing list
[email protected]
http://mail.flex-radio.biz/mailman/listinfo/flexedge_flex-radio.biz
This is the FlexRadio Systems e-mail Reflector called FlexEdge.  It is used for 
posting topics related to SDR software innovation and other technical SDR 
topics.

Reply via email to