RU0LL
Asiatic Russia
Points trajectory
Total tour points over time (chronological).
Tour history
| Tour | Season | Class | Points | FREQ Error (Hz) | PULSE Error (ms) | PPS Error (ms) |
|---|---|---|---|---|---|---|
| Tour 6 | 1.2026 | PRO | 171.20 | -0.350 | +0.29 | -0.17 |
| Tour 5 | 1.2026 | PRO | 182.70 | +0.010 | +0.28 | 0 EXACT |
| Tour 4 | 1.2026 | PRO | 113.50 | +0.120 | -0.75 | +0.96 |
| Tour 3 | 1.2026 | PRO | 162.50 | -0.005 | -0.5 | +0.3 |
| Tour 2 | 1.2026 | PRO | 165.70 | -0.050 | +1.15 | +0.8 |
| Tour 1 | 1.2026 | PRO | 191.10 | -0.025 | 0 EXACT | +2.1 |
Season standings
Method archive
Measurement methods this participant chose to publish.
Tour 5 — 1.2026
For my QTH, only the 20-meter band at 15 UTC is suitable. This time the signal was not bad, with slight QSB. Overall, I hope for a good result in the measurements of the fifth round. This time the post-analysis took me about four hours of thinking...
Tour 2 — 1.2026
The main secret in such measurements is preliminary calibration. You need to determine in advance the values of signal delay to your QTH and the Doppler shift for the current contest time. Knowing these corrections, you need to use them. They will be different for each location.
Tour 1 — 1.2026
TS-950SDX (10 kHz sync) + home-made GPSDO, Spectrum Lab & Virtins Multi-Instrument, 3-el SteppIR Yagi. Doppler correction of -0.25 Hz to the measured value