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Increasing dual band infrared zoom ranges

机译:增加双频红外缩放范围

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Pixel binning actively changes the pixel size of a detector element in an optical system. When combined with a fixed focal length lens it has the same effect on field of view as changing the focal length of a lens with a fixed pixel size. The change in pixel size scales the instantaneous field of view, and if the size of the FPA scales equally, so does the field of view. This capability can be combined with traditional optical zoom lenses to significantly increase the overall zoom range of an optical system. In a multi-spectral, dual band zoom lens, the combination of optical and pixel zoom reduces the complexity of the optics while significantly increasing the overall zoom range. The benefits of combining both optical and pixel zoom in a dual band infrared system is explored in this paper.
机译:像素衬合在光学系统中主动改变检测器元件的像素尺寸。当与固定焦距透镜结合时,它对视场具有相同的效果,改变具有固定像素尺寸的镜头的焦距。像素大小的变化缩放了瞬时视野,如果FPA的大小相等,则视野也是如此。这种能力可以与传统的光学变焦镜头相结合,以显着增加光学系统的整体变焦范围。在多光谱,双频段变焦镜头中,光学和像素变焦的组合降低了光学器件的复杂性,同时显着增加了整体缩放范围。本文探讨了组合光学和像素缩放的优势。在本文中探讨了双频段红外系统。

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