Abstract

This paper presents a mathematical model, a program, and the results of a calculation for multielement hybrid IR photodetector devices based on a photodiode-direct-injection-device system. The program is implemented in the MATHCAD system for mathematical calculations and makes it possible to calculate all the main parameters of multielement hybrid IR photodetector devices, using both the model parameters and the experimental photoelectric parameters of the IR photodiodes, which depend on the electrophysical and design parameters of the readout devices.

© 2010 Optical Society of America

Ultralow-noise near-infrared detection system with a Si p–i–n photodiode

Makoto Akiba and Mikio Fujiwara
Opt. Lett. 28(12) 1010-1012 (2003)

Direct detection system for independent triplet-sideband signals based on a single photodiode

Dongyan Wu, Leilei Wang, Zheng Hu, Yilin Chen, Chenlei Lu, Tianrong Guo, Gen Miao, Li Zhao, and Jiangnan Xiao
Opt. Lett. 48(18) 4877-4880 (2023)

Infrared charge-injection-device array performance at low background

C. R. McCreight and J. H. Goebel
Appl. Opt. 20(18) 3189-3196 (1981)

Charge-injection-device 2 × 64 element infrared array performance

Mark E. McKelvey, Craig R. McCreight, John H. Goebel, and A. Arlo Reeves
Appl. Opt. 24(16) 2549-2557 (1985)

Polysilicon near-infrared photodetector with performance comparable to crystalline silicon devices

Sol Yoon, Kihyun Kim, Hyeonsu Cho, Jun-Sik Yoon, Myoung Jin Lee, M Meyyappan, and Chang-Ki Baek
Opt. Express 25(26) 32910-32918 (2017)