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Papers collected by RMY Electronics
Date：2024-05-06    Publisher：admin    View：
 2011-Jan_Journal of Modern Optics_Advances in InGaAsP-based avalanche diode single photon detectors
 2015-Nov._Infrared and Laser Engineering_SPAD on GPQC with balanced APD-PIN junction capacitance (中文 in Chinese)
 2016-Oct._J.Infrared Millim. Waves_Spike-noise Balanced Technique for High-Sp. Det. of SPADs (中文 in Chinese)
 2017-June_Optics Express_Fully integrated free-running InGaAs(InP) SPAD for accurate lidar app.
 2018-Mar_Infrared Technology_Recent Progress in InGaAs/InP Infrared APDs (中文 in Chinese)
 2018-Oct_Reviw of Sci. Instr._1.5 μm lidar with MMF coupling free-running InGaAs/InP SPAD
 2020-Jan_Acta Phys. Sin. _1.06 μm Satellite Laser Ranging & Space Debris Det. (中文 in Chinese)
 2020-Jan_Infrared and Laser Engineering_InP-based free running mode SPAD (中文 in Chinese)
 2020-May_Reviw of Sci. Instr._Photon counting detector of InGaAs/InP SPAD for laser ranging app.
 2020-June_ISSW2020_Itzler - InP-based SPADs for Automotive Lidar
 2020-Oct_Sensors_Reducing Afterpulsing in InGaAs(P) SPADs with Hybrid Quenching
 2021-Mar_Optics Express_Exploiting SPAD performance of InGaAs NFAD with fast active quenching
 2017-May_Proc. of SPIE Vol. 10229_Satellite laser ranging in the near-infrared regime
 2019-Ocy_Proc. of SPIE Vol. 11027_Lunar laser ranging utilizing a highly efficient solid-state detector in the near-IR
 2021-June_Chinese Laser_Integrated InGaAsP Near-Infrared SPD with Fast Active Quenching (中文 in Chinese)
 2022-Aug_Optics and Laser Technology_Multi-beam single-photon LiDAR with hybrid multiplexing in wavelength and time
 2022-Feb_Chinese Optics Letters_Multi-channel pseudo-random coding single-photon ranging and imaging
 2023-March_Infrared and Laser Engineering_Integrated low-noise near-infrared SPD based on InGaAs NFAD (中文 in Chinese)
 2023-Jan_Proc. 2nd NEO and Debris Detection Conf_Advanced InGaAs/InP SPD Optimized for SLR and Space Debris Tracking
 2024-April_Rev. Sci. Instrum. 95_A versatile photon counting system with active AP suppression for free-running NFAD

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