A 60k-pixel SP AD-based, multi-functional image sensor is designed and fabricated in a 110-nm CMOS image sensor technology. The 30.0−μm pixel with 12.9% fill-factor can operate in multiple working modes to count photons with a 7-bit counter, to timestamp them with an in-pixel time-to-digital converter down to 184ps resolution and 8-bit depth, or to generate a fast sequence of 7 gated binary images. Thanks to its reconfigurability, up to 3 kHz frame rate and less than 80 mW power consumption, the sensor can be applied to a large spectrum of applications: here its use in a Fluorescence Lifetime Imaging Microscopy setup, in a quantum physics experiment, and in the acquisition of a high dynamic range scene are demonstrated.

A reconfigurable 224×272-pixel single-photon image sensor for photon timestamping, counting and binary imaging at 30.0-μm pitch in 11 0nm CIS technology

Gasparini, Leonardo;Garcia, Manuel Moreno;Zarghami, Majid;Perenzoni, Matteo
2022-01-01

Abstract

A 60k-pixel SP AD-based, multi-functional image sensor is designed and fabricated in a 110-nm CMOS image sensor technology. The 30.0−μm pixel with 12.9% fill-factor can operate in multiple working modes to count photons with a 7-bit counter, to timestamp them with an in-pixel time-to-digital converter down to 184ps resolution and 8-bit depth, or to generate a fast sequence of 7 gated binary images. Thanks to its reconfigurability, up to 3 kHz frame rate and less than 80 mW power consumption, the sensor can be applied to a large spectrum of applications: here its use in a Fluorescence Lifetime Imaging Microscopy setup, in a quantum physics experiment, and in the acquisition of a high dynamic range scene are demonstrated.
2022
978-1-6654-8494-7
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11582/335949
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