Design of a high performance Sn-doped ZnO thin film MSM UV photodetector

Yantao Liu, Wenxia Wang, Jianping Ma
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Abstract

Sn-doped ZnO thin film was prepared to enhance its photoelectric performance, and the ZnO based photodetector was fabricated by co-sputtering method. The I-V characteristic of the detector under different Sn doped DC sputtering power, the ultraviolet light source was set at 365 nm with 0.5 mW power. The examined photodetector performance manifest that optimum Sn doping level is investigated at 15 W, the maximum photocurrent and spectral responsivity are obtained to be 4.39 mA and 24.4 A/W, the fastest time response is obtained to be tr=29.0 ms and tf =33.2 ms.
高性能掺锡ZnO薄膜MSM紫外光电探测器的设计
为了提高ZnO薄膜的光电性能,制备了掺杂sn的ZnO薄膜,并采用共溅射法制备了ZnO基光电探测器。不同掺锡直流溅射功率下探测器的I-V特性,紫外光源设置为365 nm,功率为0.5 mW。光电探测器性能测试表明,在15 W时Sn掺杂最优,获得的最大光电流为4.39 mA,光谱响应率为24.4 A/W,最快响应时间tr=29.0 ms, tf =33.2 ms。
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