Simulation of the Geiger Mode Operation of a Single Photon Detection Avalanche Photodiode(Lasers, Quantum Electronics)

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概要

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• Detection efficiency and dark count of a Geiger mode single photon detection avalanche photodiode was studied by a numerical simulation. The ionization process triggered by a single hole injection was simulated at a bias voltage slightly greater than the avalanche breakdown voltage for calculation of the detection efficiency. Tunneling effect in the multiplication layer was taken into account for the dark count simulation. In the gated-mode operation, the avalanche build-up time also affects on the signal to noise ratio. The multiplication layer thickness is a key parameter for the device performances.

• 社団法人電子情報通信学会の論文
• 2003-07-01

著者

• KAGAWA Toshiaki

  Shonan Institute of Technology

関連論文

• Passive Geiger Mode Operation of a Si Two-Photon Absorption Avalanche Photodiode and Its Temperature Dependence(Recent Progress in Photon Detection Technology)
• Simulation of the Geiger Mode Operation of a Single Photon Detection Avalanche Photodiode(Lasers, Quantum Electronics)
• Design of Deep Guard Ring for Geiger Mode Operation Avalanche Photodiode(Lasers, Quantum Electronics)
• Polarization Dependences of Two-Photon Absorption in Si and GaAs Photodiodes at a Wavelength of 1.55 μm
• Measurement of Constant and Time-Dependent Polarizations Using Two-Photon Absorption of Si Avalanche Photodiode

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