CASTRIOTTA, MICHELE

CASTRIOTTA, MICHELE  

DIPARTIMENTO DI ELETTRONICA, INFORMAZIONE E BIOINGEGNERIA  

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Titolo Data di pubblicazione Autori File
CMOS driving circuit operating down to 77 K for single-photon emitting diode 1-gen-2022 Castriotta, MicheleFalbo, AlexanderOrsenigo, LucaFerrari, Giorgio +
Cryogenic characterization and modeling of a CMOS floating-gate device for quantum control hardware 1-gen-2022 Castriotta M.Prati E.Ferrari G.
Design of a Low Noise and Low Background Charge Sensitive Amplifier for the Readout of Germanium Detectors 1-gen-2022 Butta, D.Meli, G.Carminati, M.Riboldi, S.Ferrari, G.Castriotta, M.Fiorini, C. +
Floating-gate transistor at cryogenic temperature: Characterization and modelling of tunnelling and hot electrons injection 1-gen-2020 Castriotta M.Prati E.Ferrari G.
Fully CMOS integrated programmable charge-to-digital readout operating at cryogenic temperature for semiconductor qubits 1-gen-2022 Castriotta, MPrati, EFerrari, G +
Fully Integrated Cryo-CMOS Spin-to-Digital Readout for Semiconductor Qubits 1-gen-2023 M. CASTRIOTTAE. PRATIG. FERRARI
Fully Integrated Silicon Photonic Erbium-Doped Nanodiode for Few Photon Emission at Telecom Wavelengths 1-gen-2023 Tavani, GiulioBarri, ChiaraCelebrano, MicheleCastriotta, MicheleDi Giancamillo, MatteoFerrari, GiorgioRotta, DavideFinazzi, MarcoBollani, MonicaPrati, Enrico +
Fully-integrated data acquisition system operating at cryogenic temperature for semiconductor qubits 1-gen-2022 Castriotta, MPrati, EFerrari, G