Smith M
Appl Opt. 1969 May 1;8(5):1027-33. doi: 10.1364/AO.8.001027.
Equations defining the bias conditions for thermistor radiation detectors, and the dependence of responsivity, time constant, and noise equivalent power on these conditions are derived for two bias networks. By choosing bias temperature as the independent variable, a set of curves applicable to bias optimization of all thermistors of a given material type are constructed. Detector noise is discussed in detail.
针对两种偏置网络,推导了定义热敏电阻辐射探测器偏置条件的方程,以及响应度、时间常数和噪声等效功率对这些条件的依赖性。通过选择偏置温度作为自变量,构建了一组适用于给定材料类型所有热敏电阻偏置优化的曲线。详细讨论了探测器噪声。