The electrical characterizations of multi-quantum well material for infrared detection

Wei He, Tong Zhou, B. Jiang, Yin Wan, Yan Su, Mincong Lu
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Abstract

The Temperature Coefficient of Resistance (TCR) is an important parameter in evaluating whether a multiquantum well material conThefirms the requirements for fabrication of micro bolometer pixels. However, the traditional measurements using a four points probe tester is incapable of performing the electrical characterizations due to the fact that the current flows perpendicularly with in quantum well layers. Herein, a new TCR testing method is designed for quantum well materials. The tester circuit is fabricated and shows great precision and low noise small current. Taking advantage of this TCR tester, the TCR of the quantum well material is detected to be approximately −2.2%/K, which is competitive with the other thermistor materials.
红外探测用多量子阱材料的电学特性
电阻温度系数(TCR)是评价多量子阱材料是否符合微测热像元制造要求的一个重要参数。然而,由于电流沿量子阱层垂直流动,使用四点探针测试仪的传统测量方法无法进行电学表征。本文设计了一种新的量子阱材料TCR测试方法。该测试电路具有精度高、噪声低、电流小等特点。利用该TCR测试仪,检测到量子阱材料的TCR约为- 2.2%/K,与其他热敏电阻材料相比具有竞争力。
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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