Workshop on Electronics for physics experiments and applications @INFN

Session

Operation in extreme environment

5 Mar 2025, 14:00

Aula Magna Lingotto (Torino)

Description

Contributi su resistenza alle radiazioni, criogenia, power-spazio

2. Performance of nanoscale CMOS analog front-end circuits in extreme radiation environments

Valerio Re

05/03/2025, 14:00

Talk

3. Total Ionizing Dose effects at ultra high doses: a comparison between planar and FinFET technologies

Serena Mattiazzo

05/03/2025, 14:35

Talk

In High-Energy physics applications, electronic devices will experience ever-increasing radiation doses. The forthcoming increase of the luminosity of the Large Hadron Collider (LHC) at CERN will require electronics to be able to withstand ultrahigh total ionizing dose (TID) levels up to 1 Grad(SiO2). For this reason, research on the TID response of modern technologies at ultrahigh doses has...

6. On-line Testing and Healing Permanent Radiation Effects in Reconfigurable Systems

Luca Sterpone

05/03/2025, 15:00

Talk

7. Radiation-hardened embedded FPGA for applications in high-energy physics

Luca Frontini

05/03/2025, 15:25

Talk

8. Very low noise transimpedance amplifiers to readout SiPMs at cryogenic temperature

Claudio Gotti

05/03/2025, 16:15

Talk

10. Low-Power Front-End Electronics chip design for the LITE_SLPD experiment in space applications

Davide Badoni

05/03/2025, 16:40

Talk

9. From lab to orbit: an overview of the IXPE readout electronics design

Massimo Minuti

05/03/2025, 17:05

Talk

11. Cold electronics for Martian and lunar exploration. Threats, opportunities and technological challengies

Luca Zerilli

05/03/2025, 17:30

Talk

12. Roundtable Discussion: Q&A and Insights

05/03/2025, 17:55

42. TID mechanisms on nanoscale CMOS technologies

Serena Mattiazzo (Università di Padova e INFN PD)

Talk

In High-Energy physics applications, electronic devices will experience ever-increasing radiation doses. The forthcoming increase of the luminosity of the Large Hadron Collider (LHC) at CERN will require electronics to be able to withstand ultrahigh total ionizing dose (TID) levels up to 1 Grad(SiO2). For this reason, research on the TID response of modern technologies at ultrahigh doses has...

43. Very low noise transimpedance amplifiers to readout SiPMs at cryogenic temperature

Claudio Gotti (Istituto Nazionale di Fisica Nucleare)

Talk

Several next-generation experiments will use SiPMs cooled to very low temperatures. The DUNE experiment will use large arrays of SiPMs to detect scintillation light produced in liquid argon (90 K) by neutrino interactions. Each channel will require single photon sensitivity with a total photosensitive area of tens of cm$^2$, read out with a single amplifier. Due to the low source impedance,...