Fox-1B

Fox-1B, AO-91 or AMSAT OSCAR 91[3] is an American amateur radio satellite. It is a 1U Cubesat, was built by the AMSAT-NA and carries a single-channel transponder for FM radio. The satellite has a whip antenna for the 70cm and 23cm bands (uplink), and a second antenna for the 2m band (downlink). Fox-1B is the second amateur radio satellite of the Fox series of AMSAT North America.

Fox-1B
Mission typeCommunications
OperatorAMSAT[1]
COSPAR ID2017-073E[1]
SATCAT no.43017[1]
Spacecraft properties
ManufacturerVanderbilt University, Radio Amateur Satellite Corporation
Launch mass1.3 kilograms (2.9 lb)
Dimensions10 by 10 by 10 centimetres (3.9 in × 3.9 in × 3.9 in)
Start of mission
Launch date18 November 2017, 09:47 UTC
RocketDelta II 7929-10C
Launch siteVandenberg SLC-2W
Orbital parameters
Reference systemGeocentric
RegimeLow Earth
Semi-major axis7,013 kilometres (4,358 mi)
Perigee altitude461.3 kilometres (286.6 mi)[2]
Apogee altitude823.7 kilometres (511.8 mi)[2]
Inclination97.7°[2]
Period97.40 minutes[2]
Epoch24 June 2018[2]
 

To facilitate a satellite launch as part of NASA's Educational Launch of Nanosatellites (ELaNa) program, the satellite carries a student experiment conducted by Vanderbilt University's Institute for Space and Defense Electronics. The RadFx experiment at this institute hosts four payloads for the study of radiation effects on commercially available electronic components. So it should be tested electronic components "off the shelf" under space conditions. The payload of AMSAT North America is a single-channel FM converter from UHF to VHF. After successful launch, the satellite was assigned the OSCAR number 91.

Mission

The satellite was launched on November 18, 2017, with a Delta II rocket, along with the main payload Joint Polar Satellite System and 4 other Cubesat satellites (MiRaTA, Buccaneer RMM, EagleSat and MakerSat 0) from Vandenberg Air Force Base. After only a few hours, telemetry was received and the transponder put into operation.

Fox-1B Transponder Mode Beacon Waterfall.
Frequencies
145.960 MHz downlinkFM
435.250 MHz uplink67.0 Hz CTCSS
gollark: I can manage probably 0.01 FLOPS given a bit of paper to work on, while my phone's GPU can probably do a few tens of GFLOPS, but emulating my brain would likely need EFLOPS of processing power and exabytes of memory.
gollark: Depending on how you count it my brain is much more powerful, or much less, than a lemon-powered portable electronic device.
gollark: Of course, it's possible that this is the wrong way to think about it, given that my brain is probably doing much more computation than a tablet powered by 5000 lemons thanks to a really optimized (for its specific task) architecture, and some hypothetical ultratech computer could probably do better.
gollark: I mean, it uses maybe 10W as far as I know (that's the right order of magnitude) so about as much as a tablet charger or 5000 lemons.
gollark: I *think* you'd only need 2500 lemons, wired in groups of 5.

See also

References
  1. "AO-92". NSSDCA. NASA GSFC. Retrieved 2018-06-24.
  2. "FOX-1B (RADFXSAT AO-91)". n2yo.com. Retrieved 2018-06-24.
  3. "RadFxSat (Fox-1B) Launched, Designated AMSAT-OSCAR 91 (AO-91)". Trevor Essex. Retrieved 2018-06-24.
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