Response-time of Pyroelectric Detector Simulator

I. Klyuchnyk, A. Bondarenko, Pavlo Galkin, L. Golovkina, Yuriy Khoroshaylo, V. Shtanko, N. Kravets
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Abstract

A feature of thermal converters based on the pyroelectric effect is their reaction exclusively to a change in the intensity of the radiation flux incident on them. Therefore, for many applications of pyroconverters, the key point is their dynamic characteristics, which are estimated from the transient processes of pyrodetectors. On the basis of a mathematical model of a pyroelectric converter, a simulator of its temporal characteristics has been developed, which makes it possible to study the transient processes of both designed pyrodetectors and, if necessary, determine the parameters of already manufactured products.
热释电探测器模拟器的响应时间
基于热释电效应的热交换器的一个特点是它们只对入射在其上的辐射通量强度的变化作出反应。因此,对于许多热释光转化器的应用来说,关键是其动态特性,而动态特性是由热释光探测器的瞬态过程估计出来的。在热释电变换器数学模型的基础上,开发了热释电变换器时间特性模拟器,使研究设计的热释电变换器的瞬态过程成为可能,如果需要,还可以确定已生产产品的参数。
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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