Categories
Telemetry

Z-Sat CW telemetry 2021-11-09

@KOMAKI_AMSATCOM @SatNOGS #jaxa Z-Sat telemetry over Stockholm recorded by SatNOGS station 858:
https://network.satnogs.org/observations/4978588/

Categories
Telemetry

Hirogari OPUSATⅡ CW telemetry 2021-10-20

@SSSRC_HIROGARI successful receive of OPUSAT-II CW telemetry. Reported to Hirogari RX report page and diploma downloaded, thank you!

I have used the following hardware and software:

  • RX at aprox 145.900 MHz CW
  • 2 * 6 el RHCP VHF Yagis from Vårgårda
  • AlfaSpid RAS az/el rotor
  • LNA Mini-2 from SHF Elektronik
  • LMR-400 coax
  • Airspy Mini
  • SDR-Console v3 with doppler correction of downlink and satellite tracking, rotor control
  • PstRotator for rotor control interface between SDR-Console and RAS controller
  • VB-Cable: virtual audio cable for piping audio from SDR Console to FlDigi. Set to 96 kHz and 16 bit.
  • FlDigi for CW decoding
Categories
Telemetry

DO-111 DYI-1 RTTY telemetry 2021-10-16

My first RX of DO-111 DYI-1 RTTY telemetry. Note the custom setup for 100 baud RTTY.

I have used the following hardware and software:

  • RX at aprox 437.124 MHz USB
  • 26 el UHF LFA X-Yagi (2* 13 el) from InnovAntennas.
  • AlfaSpid RAS az/el rotor
  • LNA Mini-70 from SHF Elektronik
  • LMR-400 coax
  • Airspy Mini
  • SDR-Console v3 with doppler correction of downlink and satellite tracking, rotor control
  • PstRotator for rotor control interface between SDR-Console and RAS controller
  • VB-Cable: virtual audio cable for piping audio from SDR Console to FlDigi. Set to 96 kHz and 16 bit.
  • FlDigi for RTTY decoding, 100 baud shift 450 7N2 according to image above
Categories
Telemetry

Maya-3 CW telemetry 2021-10-15

#maya3 CW telemetry at 437.375 MHz and decoded with CW Telemetry Decoder. Please join the tracking contest! Read more at:
https://twitter.com/STAMINA4Space/status/1448540683166388224

I have used the following hardware and software:

  • RX at aprox 437.375 MHz CW
  • 26 el UHF LFA X-Yagi (2* 13 el) from InnovAntennas.
  • AlfaSpid RAS az/el rotor
  • LNA Mini-70 from SHF Elektronik
  • LMR-400 coax
  • Airspy Mini
  • SDR-Console v3 with doppler correction of downlink and satellite tracking, rotor control
  • PstRotator for rotor control interface between SDR-Console and RAS controller
  • VB-Cable: virtual audio cable for piping audio from SDR Console to FlDigi. Set to 96 kHz and 16 bit.
  • FlDigi for CW decoding.
  • Maya CW Telemetry Decoder. Can be downloaded at:
    https://t.co/D2yw3AuLPZ?amp=1
Categories
Telemetry

Maya-3 Maya-4 RX after deploy 2021-10-06

RX at 11:14UTC over Stockholm 437.375 MHz. Strong CW signal.

Categories
Telemetry

UVSQ-SAT telemetry 2021-09-10

@uvsqsat telemetry 9k6 BPSK – strong signal.

I have used the following hardware and software:

  • RX at aprox 437.019 MHz Wide-USB
  • 26 el UHF LFA X-Yagi (2* 13 el) from InnovAntennas.
  • AlfaSpid RAS az/el rotor
  • LNA Mini-70 from SHF Elektronik
  • LMR-400 coax
  • Airspy Mini
  • SDR-Console v3 with doppler correction of downlink and satellite tracking, rotor control
  • PstRotator for rotor control interface between SDR-Console and RAS controller
  • VB-Cable: virtual audio cable for piping audio from SDR Console to Soundmodem. Set to 96 kHz and 16 bit.
  • Soundmodem G3RUH BPSK9600 v 0.04b at mode BPSK G3RUH 9600bd. Be sure that the BPSK signal is centered “over” the signal in the spectrum.
  • UVSQsat Decoder v0.6. Data is beeing sent to both SatNOGS network database and MVP Telemetry server.