Project Overview
Small Spacecraft Systems & Payload Centre – IIST-ISRO, Trivandrum, India
International Satellites Program in Research and Education (INSPIRESat-3)
October 2024 - Present
As part of the INSPIRESat-3 CubeSat mission, a multinational initiative involving LASP, IIST, the University of Alberta (Canada), and FZJ University (Germany), this project focuses on the Satellite Communication Subsystem. The mission aims to enhance space-based research through advanced communication technologies, with a particular emphasis on RF engineering solutions.
Key Contributions and Developments
1. UHF Band Monopole Tape Antenna for Beacon Data Transmission
- Designed a monopole tape antenna optimized for UHF band operation.
- Conducted rigorous testing and validation at the SSPACE Laboratory to ensure optimal performance in beacon data transmission.
2. X-Band Patch Array Antenna for Primary Data Transmission
- Engineered a high-performance patch array antenna for efficient S-band data transmission.
- The design is undergoing verification and optimization to meet the mission’s stringent communication requirements.
Mission Impact and Future Prospects
- The INSPIRESat-3 communication subsystem is set to enhance global satellite research, facilitating high-efficiency data transmission.
- Ongoing testing and verification will refine the antenna and RF subsystem designs for future small satellite missions.
- Exploration of advanced RF technologies for enhanced satellite communication efficiency and resilience.
Additional Links
1. More about SSPACE Laboratory: Click here
This work contributes to the advancement of small satellite communication systems, reinforcing the collaborative efforts in international space research.
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