<snip> I would suggest that an even better way to interface N1MM with Carl's sofware would be to use a programing API. This is how the interface between Carl's software and WriteLog is done. It avoid
Agree, though it should be complicated enough to be able to accomodate things like you've described below and much more. Yupp. And integration with SSTV/PSK/RTTY/WSJT etc. etc. types programs as well
The key concern that I would have is port to port isolation of the switch on the RX IF line. Most switches fall into the range of 30-60db of isolation, that does not seem like nearly enough for when
I've never seen any lag here either, even with 4 N4PY sessions running simultaneously controlling 6 Pegasus radios, - 4 of which are sweeping (sweeping is more CPU and serial port traffic intensive).
Would be curious how much CPU horsepower are you running? After all raw hardware processing power cures a lot of performance ills in software. And if there are many other apps running? If there aren'
Black outs? what black outs? conditions have been pretty good... That is if you have SSB/CW coverage above all of those "DC" bands (<30Mhz). Those of us who primarily play on 50Mhz and up have been h
WriteLog definitely is via N4PY software, but don't belive that it can talk to the Jupiter directly though. Duane N9DG __________________________________________________ Do You Yahoo!? Tired of spam?
Tonight when I got home I confirmed that the Ten Tec Radios supported in WriteLog are the Delta II, Omni V/VI, Orion, and Pegasus. As pointed out by Carl the Pegasus is supported using a 'memory' int
I don?t know if any one else has done this before but I have created a DSP IF Corsair II, well sort of. The experimental lash-up that I?m playing with took all of 15 minutes to setup and get going. A
Since decided to give this shot just last night the info bellow is pretty much all that there is. Although I have been kicking this basic idea around for some time now, just finally got an SDR-1000 r
Another radio to think about when pondering the Ten Tec genealogy is the 580 Delta. It is rather unique in that it did not use any 9MHz IF filters at all like the 540/544, Omni's, Argosy's, Paragon a
Ah yes, the first IF at 11-11.5 MHz. The 580 Delta is an interesting design because the first LO is fixed, the band crystal were chosen such that the 1st mixer's output was in the 11-11.5 MHz range,
SDR and digital modes are not synonymous, SDR simply makes the implementing of digital modes and different analog mode types easier to implement in the radio, assuming of course that the SDR is desig
I would not directly key a 125V circuit either. In fact the Corsair II manual specifially advises against it. The EXT T/R section of the manual it says in part: "One side of this switch is also at gr
I concur with Steve's assessment regarding the SSB rag chewing case. The Pegasus/Jupiter are probably the two most pleasant SSB rag chewing radios that there are. They are not however the best there
I'd be curious what the audio spectrums look like for these two radios in the frequency domain vs. the time domain that these JPEG?s are done in? It is always interesting to see what audio artifacts
Yes I see the problem regarding the two inputs, so I went back and re-familiarized myself a bit with Spectrogram since its been awhile since I've used it. After experimenting with V6.x briefly this a
Yepp, it definitely doesn't meet the more demanding ham radio requirements for great RX performance while working signals at or bellow the noise floor using narrow band modes like SSB/CW. It doesn't
The center two pins are not capable of switching the 25A 13.8V DC current. The front panel switch is only rated for a few amps at most which is all that there would be in the 120V primary of the powe
<snip> My second pipe dream would be That "plug in" architecture would be called the PC PCI bus that's already here. In fact there are hundreds of millions of devices already using it, just not many