LABANCA, IVAN GIUSEPPE

LABANCA, IVAN GIUSEPPE  

DIPARTIMENTO DI ELETTRONICA, INFORMAZIONE E BIOINGEGNERIA  

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Risultati 1 - 20 di 34 (tempo di esecuzione: 0.053 secondi).
Titolo Data di pubblicazione Autori File
2.4ps rms precision time-to-amplitude converter for high-performance time correlated single photon measurements 1-gen-2020 Giulia AcconciaIvan LabancaMassimo GhioniIvan Rech
32 Mcps time-correlated single photon counting with a single SPAD avoiding pile-up 1-gen-2022 Farina, SLabanca, IAcconcia, GGhezzi, AFarina, AD'Andrea, CRech, I
4 channel, 20 ps resolution, monolithic time-to-amplitude converter for multichannel TCSPC systems 1-gen-2012 CROTTI, MATTEO CARLORECH, IVANLABANCA, IVAN GIUSEPPEGHIONI, MASSIMO ANTONIO
4.3ps rms Time to Amplitude Converter for high-speed and high-performance Time Correlated Single Photon Counting measurements (Conference Presentation) 1-gen-2020 Giulia AcconciaIvan LabancaAngelo GulinattiMassimo GhioniIvan Rech
8x8 single photon counting module for spaceborne lidar 1-gen-2019 Acconcia, GiuliaLabanca, IvanGiudici, AndreaGhioni, MassimoRech, Ivan +
A 150nm fully integrated active quenching circuit driving custom technology SPAD at 250Mcps 1-gen-2022 Andrea GiudiciGiulia AcconciaIvan LabancaMassimo GhioniIvan Rech
A 32 mcps single-channel system for high-speed and low distortion microscopy: on-field measurements and future evolution 1-gen-2022 Serena FarinaIvan LabancaGiulia AcconciaIvan RechAlberto GhezziCosimo D'Andrea +
A hardware approach to overcome pile-up in TCSPC: from principles to field verification 1-gen-2023 Serena FarinaIvan LabancaGiulia AcconciaIvan Rech
A simple and flexible FPGA based autocorrelator for afterpulse characterization of single-photon detectors 1-gen-2014 GONG, SIXIALABANCA, IVAN GIUSEPPERECH, IVANGHIONI, MASSIMO ANTONIO
Beyond pile-up in time-correlated single photon counting with a single-channel SPAD system 1-gen-2022 Giulia AcconciaSerena FarinaIvan LabancaMassimo GhioniIvan Rech
Beyond pile-up limitation in time-correlated single photon counting measurement with high-speed and low-distortion electronics 1-gen-2020 Giulia AcconciaSerena FarinaIvan LabancaMassimo GhioniIvan Rech
Compact 32-channel time-resolved single-photon detection system 1-gen-2013 CUCCATO, ANDREAANTONIOLI, SEBASTIANOGULINATTI, ANGELOLABANCA, IVAN GIUSEPPERECH, IVANGHIONI, MASSIMO ANTONIO
Development and characterization of an 8x8 SPAD-array module for gigacount per second applications 1-gen-2017 CECCARELLI, FRANCESCOGULINATTI, ANGELOLABANCA, IVAN GIUSEPPERECH, IVANGHIONI, MASSIMO ANTONIO
Fast and compact time-correlated single photon counting system for high-speed measurement with low distortion 1-gen-2020 Giulia AcconciaSerena FarinaIvan LabancaMassimo GhioniIvan Rech
Fast fully integrated active quenching circuit for single photon counting up to 160 Mcounts/s 1-gen-2019 Giulia AcconciaIvan LabancaAngelo GulinattiMassimo GhioniIvan Rech
Fast fully-integrated active quenching circuit driving an external SPAD up to 250Mcounts/s 1-gen-2022 Andrea GiudiciGiulia AcconciaIvan LabancaMassimo GhioniIvan Rech
Fast photon counting and high NIR quantum efficiency: attaining 8.8ns dead time with a RT-SPAD and an integrated AQC 1-gen-2022 Andrea GiudiciSerena FarinaIvan LabancaGiulia AcconciaIvan Rech
Fast time-correlated single photon counting system to overcome pile-up limitation with single photon avalanche diodes 1-gen-2021 Farina, SerenaAcconcia, GiuliaLabanca, IvanGhioni, MassimoRech, Ivan
Fully integrated high-speed electronics for remote sensing with a large array of single photon avalanche diodes 1-gen-2019 Acconcia, GiuliaLabanca, IvanGiudici, AndreaGhioni, MassimoRech, Ivan +
Fully integrated time-to-amplitude converter for multidimensional TCSPC applications 1-gen-2011 CROTTI, MATTEO CARLORECH, IVANGHIONI, MASSIMO ANTONIOLABANCA, IVAN GIUSEPPE