Stephan, WOLF is 10 b/s bpsk, and should be run through a linear PA to limit the bandwidth. Even at that, it does not have PSK31's carefully-shaped envelope, and thus consumes about 40 Hz BW. John, W
Stefan: If you want to try an audio WOLF-10 file on 8970 Hz here is a .wav file recorded at 24000 samples per second. You can run it into your Tx (using a dummy load of course :-) and see what the si
Ive got to be honest and run Wolf via a TS870, HB (VK5BR) transverter with 10MHz IF, squarer. then into a Decca 1Kw PA on 136kHz - the shaping, waveform and sideband clicks werent that "bad" but I wa
At 06:47 PM 1/29/2012, Stefan DK7FC wrote: Hmmmmmmmmmmmm, so what about a WOLF VLF test? Can the program easily be configured to transmit at 8970 Hz? I.e. does it generate a tone at that frequency? P
Hi Bill and Jim, Thanks for making some things clear. I didn't spend to much attention to that mode so far. I won't use it on LF (ockay, never say never) but on VLF it may be interesting for me. The
Hmmmmmmmmmmmm, so what about a WOLF VLF test? Can the program easily be configured to transmit at 8970 Hz? I.e. does it generate a tone at that frequency? Please confirm that no linear mode PA is nee
Many mails. I'm just answering your first one, pse QRX ;-) Can the WOLF10 program configured to generate a 8970 Hz audio output? I don't know about the WOLF10 program, but Stewart's original command-
Thanks Bill, Many mails. I'm just answering your first one, pse QRX ;-) Can the WOLF10 program configured to generate a 8970 Hz audio output? 73, Stefan Am 30.01.2012 02:29, schrieb Bill de Carle: St
I think the wolf mode is psk based and requires a linear TX , there are of course mfsk and o/o modes that may may be suitably adapted for direct use ... G. From: [email protected]
