Development of an Arduino based PicoSatellite-OBC

Bokade, Rohit; Bhide, Supriya; Bhor, Harsh Namdeo; Vanjari, Nisha; Shinde, Umesh

doi:10.2139/ssrn.3561174

Cited by 1 publication

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“…Therefore the maximum distance must be insurance that the ground segment can have the communication link at the critical altitude. Logically the link budget calculations specifically whether the hardware are reliable or must replace with another higher power transmitter [6]. We can calculate the link budget with a particular formula that appears in: Based on formula (1), the margin would be 30 dB for 20 km altitude.…”

Section: System Conceptual Designmentioning

confidence: 99%

Modeling of the Meteorological Balloon-Cube with LoRa-Based Ground Station

Rastinasab

2020

JES

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Every day 80,000 weather balloons are launched to the Earth’s upper atmosphere with meteorology payloads to provide accurate meteorological data. Meteorological data could be used for airport stations and weather stations. Meanwhile, there are many remote sensing satellites above the Earth’s atmosphere, but balloons are still essential due to increased weather prediction accuracy. Many balloons launch into the atmosphere daily, but it would be a one trip tripe because this balloon goes to the atmosphere then transmits the meteorological data to the ground segment, and that is all no one looks to recycle it, on the other hand, if the balloon could be recycled there would be many financial benefits. This project presents a high altitude meteorological balloon-Cube relative to measuring atmosphere humidity, temperature, air pressure, and a photography payload for surface imaging that ascended up to 20Km altitude Cube reach this altitude will eject box on the ground. The telemetry data are transmitted to the ground station through two communication applications, first using a LoRa based transceiver at which it receives a command from the LoRa ground station and the second one, and payload transmits the data by an SMS in 5min after it lands on the ground. Therefore, it could be recycled. This paper presents a Cube-Balloon fabrication and flight test information to acknowledge this Cube’s feasibility for real meteorological projects.

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Section: System Conceptual Designmentioning

confidence: 99%

Modeling of the Meteorological Balloon-Cube with LoRa-Based Ground Station

Rastinasab

2020

JES

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Development of an Arduino based PicoSatellite-OBC

Cited by 1 publication

References 0 publications

Modeling of the Meteorological Balloon-Cube with LoRa-Based Ground Station

Modeling of the Meteorological Balloon-Cube with LoRa-Based Ground Station

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