20240039790. RADIATION TOLERANT SOFTWARE DEFINED RADIO DEVICE FOR MULTI-BAND RADIO APPLICATIONS IN SPACE SYSTEMS simplified abstract (Deutsches Zentrum für Luft- und Raumfahrt e.V.)

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RADIATION TOLERANT SOFTWARE DEFINED RADIO DEVICE FOR MULTI-BAND RADIO APPLICATIONS IN SPACE SYSTEMS

Organization Name

Deutsches Zentrum für Luft- und Raumfahrt e.V.

Inventor(s)

Jan Budroweit of Bonn (DE)

RADIATION TOLERANT SOFTWARE DEFINED RADIO DEVICE FOR MULTI-BAND RADIO APPLICATIONS IN SPACE SYSTEMS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240039790 titled 'RADIATION TOLERANT SOFTWARE DEFINED RADIO DEVICE FOR MULTI-BAND RADIO APPLICATIONS IN SPACE SYSTEMS

Simplified Explanation

The abstract of the patent application describes a radiation-tolerant software-defined radio device for multi-band radio applications in space systems. The device includes components that are not officially qualified for use in space but are used in terrestrial applications.

  • The patent application is for a radiation-tolerant software-defined radio device for space systems.
  • The device includes components that are not officially qualified for use in space but are used in terrestrial applications.
  • The device is designed for multi-band radio applications in space systems.
  • The device utilizes software-defined radio technology, allowing for flexibility and adaptability in radio communication.
  • The device is capable of withstanding radiation in space environments, making it suitable for use in space systems.
  • The components used in the device are not officially qualified for space use, suggesting a cost-effective approach by repurposing existing components.

Potential Applications:

  • Communication systems in satellites and spacecraft
  • Radio communication in space exploration missions
  • Remote sensing and data collection in space systems

Problems Solved:

  • Limited availability of radiation-tolerant components for space systems
  • Costly development of space-qualified components
  • Lack of flexibility and adaptability in traditional radio communication systems for space

Benefits:

  • Cost-effective solution by utilizing components not officially qualified for space use
  • Flexibility and adaptability through software-defined radio technology
  • Radiation tolerance for reliable operation in space environments
  • Potential for faster development and deployment of space systems due to the use of existing components.


Original Abstract Submitted

the radiation tolerant software defined radio device for multi-band radio applications in space systems comprising components for terrestrial application not qualified officially for use in space, the components comprising