Speaker
Mr
Daniel Gonzalez
(Arquimea Ingenieria S.L.U)
Description
In the radiation environment envisaged for the interplanetary mission to Jupiter named Juice, the electronic equipment will require to withstand up to 300krad of Total Ionization Dose. The availability of high performance components that can cope with that requirement is low or non-existent and for that reason ESA funded an activity to create radiation tolerant high-performance mixed-signal IPs.
In the frame of the project two different ASICs where implemented: A rad-hard programmable ∑∆ modulator (CVB-001) which contains four separate ∑∆ modulator and a Rad-hard analogue front-end chip (CVC-001) which contains a Bessel Filter, a Digital to Analogue Converter, a Low Noise Amplifier and a Power amplifier.
Simulation and validation results of those chips and in particular the detailed behavior of each of the IPs will be presented.
Primary authors
Mr
Ernesto Pun
(Arquimea Ingeniería S.L.U)
Dr
Francesc Serra-Graells
(IMB CSIC)
Dr
Jordi Madrenas
(UPC)
Dr
Mario García
(UC3M)
Co-authors
Dr
Daniel Fernández
(UPC)
Mr
Daniel Gonzalez
(Arquimea Ingenieria S.L.U)
Dr
Fernando Muñoz
(University of Seville)
Dr
Luis Entrena
(UC3M)
Dr
Michele Dei
(IMB CSIC)
Dr
Richard Jansen
(ESA)
