Noise Analysis of EMCCD and Optimum Design of its Operating Mode

Yui Gui Zhang; Tao Li; Zhi Kuan He

doi:10.4028/www.scientific.net/AMR.571.229

Paper Titles

Influence of Pump Light’s Duty Cycle on Cesium Atomic Magnetometer
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Performances of Non-Line-of-Sight Ultraviolet Multi-Scatter Propagation for Noncoplanar Geometries
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A Study of Automatic Calibration in Dual Linear-CCD Camera Intersection Measuring System
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Study on Ameliorating the SCG-LDPC Code for High-Speed Optical Communication Systems
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Noise Analysis of EMCCD and Optimum Design of its Operating Mode
p.229

Measurement of SO₂ Using Differential Optical Absorption Spectroscopy Based Fourier Transform Filtering
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Electronic and Optical Properties of RB₆ (R=La, Nd): A Computer Aided Design
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Measurement and Analysis of near Infrared Spectrum of Gasoline Vapor
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Research on Satellite Platform Vibration Compensation Technology for Space Optical Communication
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 571Noise Analysis of EMCCD and Optimum Design of its...

Noise Analysis of EMCCD and Optimum Design of its Operating Mode

Abstract:

As the core device of Low-light-level imaging technology, EMCCD noise performance determines imaging results of camera system at the most extend. In this paper, noise models to EMCCD and relevant parameters of the noise sources are discussed, and the noise effect to the parameters is simulated. Based on the results of noise analysis, optimum operating areas for inverted mode and non-inverted mode are carried out, which are the theoretical foundation and references to low-light-level camera system design.