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Infrared system design using coherent IR fiber bundles

机译:使用相干红外光纤束的红外系统设计

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Abstract: When designing wide field of view tactical or scientific infrared systems, the performance requirements often demand that a large aperture, diffraction limited telescope be specified. In such cases, it is often difficult to maintain a flat focal plane and to limit the image plane size to match an existing infrared focal plane array technology. In this paper the design of an optical system containing a coherent infrared fiber bundle is described. The advantages of reformatting a curved liner image plane to match a planar 2-D focal plane array are discussed. To validate the design concepts, a 12 channel fluoride fiber was employed to relay the image of a Schmidt Telescope to a remotely located detector array. A comparison of predicted system performance and measured system performance is presented. !3
机译:摘要:在设计宽视场战术或科学红外系统时,性能要求经常要求指定大孔径,衍射极限望远镜。在这种情况下,通常难以维持平坦的焦平面并限制像平面的大小以匹配现有的红外焦平面阵列技术。在本文中,描述了包含相干红外光纤束的光学系统的设计。讨论了重新格式化弧形衬里图像平面以匹配平面二维焦平面阵列的优点。为了验证设计概念,采用了12通道氟化物光纤将Schmidt望远镜的图像中继到远程检测器阵列。给出了预测的系统性能和测得的系统性能的比较。 !3

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