Difference between revisions of "Fldigi CW"
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| − | In this example, Fldigi is being used to decode the CW beacon from the 33499 - KKS-1 satellite. The center frequency is set for 800Hz and the morse code rate set around 15 +/- 2 WPM. | + | In this example, Fldigi is being used to decode the [[CW]] beacon from the 33499 - KKS-1 satellite. The center frequency is set for 800Hz and the morse code rate set around 15 +/- 2 WPM. |
<p>[[File:FldigiCW156704.png]]</p> | <p>[[File:FldigiCW156704.png]]</p> | ||
== How to == | == How to == | ||
| − | * Convert the captured .ogg audio file to .wav | + | * Download the .ogg file from the observation. The downloaded file will have a filename that looks like this: satnogs_ObservationNumber_YYYY-MM-DD-SomeMoreStuff.ogg. |
| − | * Launch Fldigi | + | * Convert the captured .ogg audio file to .wav. On a Linux command line, the conversion looks like this: |
| + | <pre> | ||
| + | $ sox satnogs_ObservationNumber_YYYY-MM-DD-SomeMoreStuff.ogg ObservationAudio.wav | ||
| + | </pre> | ||
| + | Or with vorbis-tools installed on Debian: | ||
| + | <pre> | ||
| + | $ oggdec satnogs_ObservationNumber_YYYY-MM-DD-SomeMoreStuff.ogg | ||
| + | </pre> | ||
| + | * Launch Fldigi. | ||
* Click on File, Audio, Playback. Then select the .wav file. | * Click on File, Audio, Playback. Then select the .wav file. | ||
| − | * Set Op Mode to CW | + | * Set Op Mode to CW. |
* Adjust the center frequency to where the CW signal appears on the waterfall display. | * Adjust the center frequency to where the CW signal appears on the waterfall display. | ||
* Configure modems, CW, General. Set the BW and WPM to match the signal you want to decode. Save, close. | * Configure modems, CW, General. Set the BW and WPM to match the signal you want to decode. Save, close. | ||
| + | |||
| + | [[Category:Operate]] | ||
| + | [[Category:Software]] | ||
| + | [[Category:RF Modes]] | ||
Latest revision as of 23:33, 19 January 2020
In this example, Fldigi is being used to decode the CW beacon from the 33499 - KKS-1 satellite. The center frequency is set for 800Hz and the morse code rate set around 15 +/- 2 WPM.
How to
- Download the .ogg file from the observation. The downloaded file will have a filename that looks like this: satnogs_ObservationNumber_YYYY-MM-DD-SomeMoreStuff.ogg.
- Convert the captured .ogg audio file to .wav. On a Linux command line, the conversion looks like this:
$ sox satnogs_ObservationNumber_YYYY-MM-DD-SomeMoreStuff.ogg ObservationAudio.wav
Or with vorbis-tools installed on Debian:
$ oggdec satnogs_ObservationNumber_YYYY-MM-DD-SomeMoreStuff.ogg
- Launch Fldigi.
- Click on File, Audio, Playback. Then select the .wav file.
- Set Op Mode to CW.
- Adjust the center frequency to where the CW signal appears on the waterfall display.
- Configure modems, CW, General. Set the BW and WPM to match the signal you want to decode. Save, close.
