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Robust Array-Composite Micromachined Thermopile IR Detector by CMOS Technology

机译:CMOS技术的稳健的阵列复合微机械热电堆红外探测器

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摘要

An improvement in mechanical stability and a reduction in time constant have been obtained over a traditional CMOS-compatible micromachined thermopile infrared detector. The single big thermopile (SBT) is replaced with a series-connected small thermopile array (STA). The small thermopile in array-composite structure is scaled down compared with the traditional SBT structure. Compared with SBT, STA shows a better compromise among mechanical stability, time constant, and sensitivity. Because of the small floating structure design, the STA detector only shows a one-fourth deflection as the SBT detector. In addition, the time constant of the STA detector is also much reduced due to the size effect, while sensitivity and detectivity for SBT and STA detectors are nearly the same.
机译:与传统的兼容CMOS的微加工热电堆红外探测器相比,已经获得了机械稳定性的提高和时间常数的减少。单个大热电堆(SBT)替换为串联的小热电堆阵列(STA)。与传统的SBT结构相比,阵列复合结构的小型热电堆按比例缩小。与SBT相比,STA在机械稳定性,时间常数和灵敏度之间表现出更好的折衷。由于采用了小的浮动结构设计,因此STA检测器的偏转仅为SBT检测器的四分之一。此外,由于尺寸效应,STA检测器的时间常数也大大降低,而SBT和STA检测器的灵敏度和检测率几乎相同。

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