Investigation of Radiation tolerances and designs of Ultra Wide Band wireless solutions
Programme Reference
T401-601ED
Status
Closed
Country
Germany
Start Date
2020
End Date
2024
Programme: TDE Prime Contractor: IHP GMBH
Subcontractors:
UNIV APPLIED SCIENCES BREMERHAVEN • Germany
Objectives
To investigate radiation tolerance of Ultra Wide Band (UWB) transceivers and to design UWB transceiver library cells
Description
In this activity, UWB Transceiver integrated circuits (ICs) will be radiation tested in order to identify their sensitivities. Design changes at technology level (library cells) will be done in order to reduce/nullify the radiation effects on the UWB Transceiver ICs. Proposed tasks:1) To perform radiation testing on current ICs related with UWB technology.2) To upgrade/re-design the UWB library cells for mitigating any possible effect related with radiation results in anticipation to the development of a rad-hard/rad-tol UWB transceiver3) Integration of UWB transceivers in a reliable sensor Network representative of a Space transportation application Activity will be performed in coordination with FLPP
• Application domain: ST-Space Transportation
•
Technology Domain:
1-On-board Data Subsystems
23-Electrical, Electronic and Electro-mechanical (EEE) Components and Quality
25-Quality, Dependability and Safety
4-Space Systems Environments and Effects
7-Electromagnetic Technologies and Techniques
1-On-board Data Subsystems
23-Electrical, Electronic and Electro-mechanical (EEE) Components and Quality
25-Quality, Dependability and Safety
4-Space Systems Environments and Effects
7-Electromagnetic Technologies and Techniques
•
Competence Domain:
3-Avionic Systems
3-Avionic Systems
• Initial TRL: TRL 3
• Target TRL: TRL 4
• Achieved TRL: TRL 4
•HarmoRoadMap: Data Systems and On Board Computers (2016.1)
•IPC Document: ESA/IPC(2019)3
•Public Document: