W-CUBE
Informationen über den Satelliten. W-CUBE
| Name im Katalog Spacetrack | W-CUBE |
| Folge W-CUBE | W-CUBE Tracker |
| Flugzeiten W-CUBE | Flugzeiten W-CUBE |
| In die Umlaufbahn bringen |
2021-06-30 g.02:00 (3 vor Jahren)
|
| Tage im Orbit | 1446 |
| Herkunftsland/-organisation | USA (US) |
| Wir analysieren den polnischen Text, der 'Miejsce startu' lautet. | AFETR (Kennedy Space Center/Cape Canaveral, USA) |
| Perygeum | 520 km |
| Apogäum | 537 km |
| Neigung der Umlaufbahn (Inklination) | 97.67° |
| Runden pro Tag | 16 |
| Höhe W-CUBE | 447.12 km |
Informationen über W-CUBE
Demonstrate the use of the 75-GHz frequency band for future telecommunications satellites. Feature an integrated dual-frequency beacon transmitter developed by VTT. The signal it broadcasts will be observed at the prime contractor JOANNEUM RESEARCH''s measurement station in Graz, Austria.
The overall objective of this activity is to improve the knowledge and modeling of the atmospheric RF propagation channel at W-band, through:
The provision of a service that allows the continuous transmission of a stable, unmodulated W-band and Q-band carrier signal from a CubeSat-like nano-satellite that allows reception on the ground by a propagation terminal
Providing the signal to other research institutions and scientists worldwide to gather data from as many climate regions as possible for analysis
Performing atmospheric channel propagation measurements of the signal from this beacon.
Orbital Elemente
Durchschnittshöhe der Orbitalbahn. W-CUBE
Durchschnittsgeschwindigkeit W-CUBE
Durchschnitt W-CUBE
Frequenzen W-CUBE
W tabelce, częstotliwości. W-CUBE.
| Downlink | Modus |
|---|---|
| 2245.400 MHz | GFSK Rktr |
Fotos W-CUBE Zdjęć.: 9
