Abstract: The need of fault-robust and multi-Gb/s links is increasing in several domains where operations in harsh (autonomous driving for ground/aerial vehicles, on-board satellites) or extremely harsh (High Energy Physics – HEP) environments is required to transfer data in failsafe way from arrays of high-bandwidth sensors.
The radiation could have a heavy impact on the functioning of Integrated Circuits (ICs), reducing their reliability and even limiting their use in some applications. State of the art technologies developed for the HL-LHC limits its applicability to fluences of 1016 cm-2 and 200 Mrad TID. Much higher fluences are expected for the Future Circular Collider (FCC) experiments.
Several approaches, based on circuits, technologies, and shields are proposed in the literature to improve the ICs radiation hardness. The solutions based on commercial-node technology implementing particularly circuit and system approaches are especially attractive for cost and mass reduction. For this and for the high interest of the INFN community, the seminar will deal with the state-of-the-art challenges and circuit solutions for high-speed radiation tolerant systems.
Abstract e slide disponibili su: https://agenda.infn.it/e/ciarpi
Il seminario si terrà in presenza nella Sala Galilei (stanza 131) per un numero limitato di persone (48) e via Zoom al seguente indirizzo:
https://infn-it.zoom.us/j/84261721878?pwd=MDZNaGdBUlcvUUJXa2phSHZVZk5sdz09
ID riunione: 842 6172 1878
Passcode: 611379