TARANIS (Tool for the Analysis of RAdiation from lightNIng and Sprites) is a CNES microsatellite dedicated to the study of magnetosphere-ionosphere-atmosphere coupling via transient processes. The TARANIS mission has four main objectives: estimation of the rate of occurrence of TLEs and associated emissions, identification of triggering actors, characterization of TGFs and accelerated runaway electrons from the atmosphere to the magnetosphere, identification of the effects of TLEs and TGFs on the coupling between the ionosphere and the magnetosphere, identification of the role of precipitated electrons in the coupling between the magnetosphere and the atmosphere.
Research Group : PEPS
- Scientific Responsible : P-L. Blelly
- Technical Manager : P. Devoto
IRAP is responsible for the supply of the IDEE energy electron detector including:
- Silicon and CdTe sensors that have been specially developed for the instrument by subcontractors. IRAP carried out the design optimization of the CdTe sensors in close collaboration with the manufacturer and defined and carried out the mechanical and thermal qualification.
- An ASIC front end developed at IRAP. This ASIC includes 5 Silicon detection chains and 8 CdTe, which include ADCs. It has been extensively tested and optimized to meet scientific requirements.
- One FPGA board and one high voltage board
- A converter board that includes an original ASIC latchup protection circuit.
Objectives and Planning
Instrument in phase C since January 2011.
CDR in March 2013.
Delta-CDR in June 2014.
Delivery of the 2 FMs at the beginning of September 2017.
AIT payload from September 2017 to April 2018
Launch planned for November 2019.
Recipe in flight first half of 2020.
Further Resources :
- CNES Webpage : http://smsc.cnes.fr/TARANIS/Fr/