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3D Simulation of the Closed Shell-Electrode Detector

机译:封闭壳电极检测器的3D仿真

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A new structure of 3D detectors has been proposed. In order to separate it from the non-etch-through 3D-Trench electrode detectors, we call it as the Closed Shell-Electrode Detector (CSED, Chinese Patent #ZL201620361767.1). The detector concept of the CSED will be described in detail here. Full 3D simulations of the performance behavior of the CSED will be carried out and presented. These simulations include detector potential, electric field, and electron (or hole) concentration profiles, as well as detector leakage current, capacitance, and charge collection properties. Comprehensive comparisons between the CSED and the non-etch-through 3D-Trench electrode detectors will be made. The novel CSED has much better electric field profiles near the backside and are much better isolated from neighboring cells than that in non-etch-through 3D-Trench electrode detectors.
机译:已经提出了一种新的3D探测器结构。为了将其与非蚀刻通过3D沟槽电极检测器分开,我们称为封闭的外壳电极检测器(CSED,中国专利#ZL201620361767.1)。这里将详细描述CSED的探测器概念。将进行并呈现CSED的性能行为的完整3D模拟。这些模拟包括检测器电位,电场和电子(或孔)浓度分布,以及检测器漏电流,电容和充电收集性能。将制作CSED和非蚀刻通过3D沟槽电极检测器之间的综合比较。该新颖CSED在背面附近具有更好的电场曲线,并且从相邻电池中分离比在非蚀刻3D沟槽电极检测器中更好。

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