A 600-GHz CMOS Array Detector

Minje Cho, Doyoon Kim, Jae-Sung Rieh
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Abstract

This study develops a 600-GHz band array detector in a 65-nm CMOS technology. The unit pixel detector is based on a common-gate differential pair integrated with an on-chip differential patch antenna. A detector array was completed by arranging 36 pixels in a 6×6 configuration and integrating switches for row/column selection and signal path. The array exhibited average responsivity and NEP (noise equivalent power) of 1,320 V/W and 114 pW/Hz0.5, respectively. Imaging experiments were conducted at approximately 600 GHz by utilizing the developed array detector.
一种600 ghz CMOS阵列探测器
本研究开发了一种基于65纳米CMOS技术的600 ghz波段阵列探测器。单位像素检测器基于集成了片上差分贴片天线的共门差分对。探测器阵列由36个像素组成6×6结构,并集成行/列选择开关和信号路径。该阵列的平均响应度和噪声等效功率分别为1320 V/W和114 pW/Hz0.5。利用研制的阵列探测器在600 GHz左右的频率下进行了成像实验。
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