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互補式金氧半影像感測器效能參數萃取方法之研究
Thesis

互補式金氧半影像感測器效能參數萃取方法之研究

劉書成
Masters, 國立清華大學, 電子工程研究所
2004

Abstract

影像感測器 電容 暗電流 量子效率 APS CBCM Dark current Quantum Efficiency CMOS
The parameter measurements of CMOS image active sensor are fundamental for the performance optimization of CMOS APS. However, most critical parameters of a APS, such as capacitance and dark current, are difficult to measure directly. A simple method based on CBCM for measuring the capacitance of CMOS active image sensor has been proposed. Samples fabricated by 0.35μm standard CMOS process are designed and measured. Using the extracted capacitance value from this CBCM technique, the quantum efficiency and dark current of CMOS APS can be accurately predicted .The proposed methods for parameters extraction in a CMOS APS are proven to provide high accuracy without the need of large-area test patterns.

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