Design and mixed modeling of PhCCD with vertical antiblooming structure

E. V. Kostyukov, A. A. Pugachev, A. S. Skrylev, Pavel A. Skrylev
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引用次数: 1

Abstract

Mixed modeling of photosensitive CCD-features is given. The modeling includes simulation of the following design stages: 2D-fabrication process, 2D-potential and electric field distributions and wells providing desired characteristics of the CCD pixel, charge capacity, photosensitivity, noises, modulation transfer function, and output signal using specialized CAD. A new four-phase PhCCD-chip with size of photosensitive area equal to 582(H) X 500 (V) pixels, pixel size 17 (V) X 11 (H) micrometers , photodiode accumulator, and vertical antiblooming structure has been simulated and designed.
垂直防花结构PhCCD的设计与混合建模
给出了光敏ccd特征的混合建模。建模包括以下设计阶段的仿真:2d制造过程、2d电位和电场分布以及使用专用CAD提供所需CCD像素特性、电荷容量、光敏性、噪声、调制传递函数和输出信号的井。模拟和设计了一种光敏面积为582(H) × 500 (V)像素、像素尺寸为17 (V) × 11 (H)微米、光电二极管蓄能器和垂直防晕结构的新型四相phccd芯片。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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