A Front-End Circuit in 28 Nm CMOS for Hydrogenated Amorphous Silicon Detectors in Clinical Dosimetry

Giovanni Mazza,Lorenzo Piccolo,Luca Antognini,Saba Aziz,Aishah Bashiri,Lucio Calcagnile,Daniela Calvo,Domenico Caputo,Anna Paola Caricato,Roberto Catalano,Roberto Cirio,Giuseppe Antonio Pierro,Tommaso Croci,Giacomo Cuttone, Gianpiero De Cesare,Paolo De Remigis,Sylvain Dunand,Michele Fabi,Luca Frontini,C. Grimani,Mariacristina Guarrera,Maria Ionica,Keida Kanxheri,Matthew Large, Francesca Lenta,Valentino Liberali,Nicola Lovecchio,Maurizio Martino,Giuseppe Maruccio,Mauro Menichelli,Anna Grazia Monteduro,Arianna Morozzi,Francesco Moscatelli,Augusto Nascetti,Stefania Pallotta,Daniele Passeri,Maddalena Pedio,Marco Petasecca,Giada Petringa,Francesca Peverini,Pisana Placidi,Gianluca Quarta,Silvia Rizzato,Federico Sabbatini,Leonello Servoli,Alberto Stabile,C. Talamonti,Jonathan Emanuel Thomet,L. Tosti,Mattia Villani,Richard James Wheadon,Nicolas Wyrsch,Nicola Zema

2024 13TH INTERNATIONAL CONFERENCE ON MODERN CIRCUITS AND SYSTEMS TECHNOLOGIES, MOCAST 2024（2024）

Cited 0|Views15

Key words

Hydrogenated Amorphous Silicon,Clinical Dosimetry,Input Current,Sensor Size,Dynamic Range,Ionizing Radiation,Gain Values,Control Logic,Nuclear Physics,Output Frequency,Clock Frequency,Capacitive Sensor,Promptness,Slew Rate,Bandwidth Values,Timing Jitter,Test Chip,Reference Clock,Output Of The Discriminator,Source Of Fluctuations

AI Read Science

Must-Reading Tree

Example

Generate MRT to find the research sequence of this paper

Chat Paper

Summary is being generated by the instructions you defined