The task manager output suggests everything should be working. A diagram or verbal diagram of your setup would also help. Include any audio devices and external decoders that may be running at the sam

If you've not provided a full size screen shot of SDRC when it is exhibiting this problem that might be a good idea, too. Show as much detail about your setup as possible, of course. That means using

To clarify a little, the "GTX 1650 Super" is a name for a model of nVidia video card sold by many different manufacturers. MSI, ASUS, Gateway, ZOTAC, and Evga are the most commonly encountered version

You do not have to enable the overclocking, And, I believe the cards do not switch to overclocked operation if it is not needed. {^_^}

In the US it is not even available from Amazon, only from Amazon affiliates. I'm wary of NewEgg these days. Dunno about TigerDirect. So.... {o.o}

Of course, you could get a large TV monitor, use the HDMI port, and enjoy the pleasures of a huge screen you can sit well away from and still see the full resolution. The huge screen is minimum of 55"

Figure one signal is present, a unit gain (0 dBfs) sinewave. Without shaping it will appear in one or two bins ideally. You take the power level for all bins within the bandwidth Y and sum their power

Heh heh - processing in the frequency domain makes a lot of this easy. The chief issue is the current FFT resolution compared the bandwidth you want. The "cheap, quick, and dirty" solution is sum the

2) Kriss, I believe that is Synchronous AM detection mode. Phase lock to the carrier and use that to provide carrier for the demodulation process. It is nice for selective fading conditions. So SAM ma

Hm, throttled down a bit the HL2 is about perfect for a really skanky hack. Back in the early 60s I was on two meters with an ARC-1 transceiver. It was a single crystal per channel radio with a 9.72 M

And I cannot read a thing on that picture. And without the controls usually on the left side it's impossible to figure out what you are doing be it right or wrong. Don't be stingy with information. Ov

Nor did mine. I tried to tell T'bird to use a constant width font. But by the time it made it back here the font stuff was stripped. Ah well. SDRC -> Virtual Audio Cable |->FLdigi |->speakers I wonder

#sdr-consolev3

Your hookups did not translate very well, probably due to formatting issues. Did you mean something like: SDRC -> Virtual Audio Cable |->FLdigi |->speakers If going to analog is included in any setup

#sdr-consolev3

That one line is probably the reason you have few if any problems. {^_^}

#sdr-consolev3

For a given current through the diode the voltage across the diode will be smaller. Or said another way the Schottky diode clips at a lower voltage level. {^_^}

The Schottkty diodes will produce higher levesls of IM products with lower level signals. That is to say Schottky is nice for fast and robust but bad for IMD. That is why some people use multiple Scho

Those diodes will introduce IMD at lower signal levels than the silicon epitaxial diodes. {^_^}

Hm, thanks for the pointer to this diode. It would be much better protection than a 1N4148. The added benefit of that diode is properly mounted it may be usable to about 1 GHz or maybe more. There is

Now that you ask, yes, it is a concern. How about I assign you some home work? Calculate what voltage level on the diode clips the signal by about 3 dB. One or two digits accuracy should be OK for app

I can understand that. It's a freaking big problem. I had a friend go blind in his last couple years before he became unreachable presumably deceased. {^_^}