We discuss the design of an innovative general-purpose Digital Silicon Photomultiplier (d-SiPM) with 32 × 32 SPADs, aiming at improving dynamic range and readout timing jitter, by means of a mixed-signal architecture.
Towards low timing jitter photon number-resolved Digital Silicon Photomultiplier
Berretta, Davide;Incoronato, Alfonso;Sesta, Vincenzo;Villa, Federica
2021-01-01
Abstract
We discuss the design of an innovative general-purpose Digital Silicon Photomultiplier (d-SiPM) with 32 × 32 SPADs, aiming at improving dynamic range and readout timing jitter, by means of a mixed-signal architecture.File in questo prodotto:
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