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Camera System MTF: combining optic with detector

机译:摄像头系统MTF:将光学元件与检测器相结合

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摘要

MTF is one of the most common metrics used to quantify the resolving power of an optical component. Extensive literature is dedicated to describing methods to calculate the Modulation Transfer Function (MTF) for stand-alone optical components such as a camera lens or telescope, and some literature addresses approaches to determine an MTF for combination of an optic with a detector. The formulations pertaining to a combined electro-optical system MTF are mostly based on theory, and assumptions that detector MTF is described only by the pixel pitch which does not account for wavelength dependencies. When working with real hardware, detectors are often characterized by testing MTF at discrete wavelengths. This paper presents a method to simplify the calculation of a polychromatic system MTF when it is permissible to consider the detector MTF to be independent of wavelength.
机译:MTF是用于量化光学组件分辨能力的最常见指标之一。大量文献致力于描述为独立光学组件(如相机镜头或望远镜)计算调制传递函数(MTF)的方法,一些文献致力于确定将光学组件与检测器结合使用的MTF的方法。关于组合电光系统MTF的公式主要基于理论,并且假设检测器MTF仅由像素间距描述,该像素间距不考虑波长依赖性。在使用实际硬件时,检测器的特征通常是在离散波长下测试MTF。当允许考虑检测器MTF与波长无关时,本文提出了一种简化多色系统MTF计算的方法。

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