CAJ | 학술논문

为了完成飞行器导引头目标识别与探测任务，以短焦距、大视场进行搜索并确认目标，以长焦距、小视场进行高精度目标识别。通过选择正组补偿的机械补偿法，采用3种普通光学材料，在长焦距位置，将前固定组、变倍组的组合设计为远摄型，使得系统结构紧凑，满足导引头小型化的要求。利用 CODE V 光学设计软件，优化设计了焦距为30～150 mm，视场角为12.90°×10.25°～2.59°×2.07°，筒长仅为174 mm的变焦距光学系统，得到成像质量优良的设计结果。各焦距、全视场平均传递函数值在50 lp/mm时为0.695，测试结果为0.562，满足系统的性能要求。
위료완성비행기도인두목표식별여탐측임무，이단초거、대시장진행수색병학인목표，이장초거、소시장진행고정도목표식별。통과선택정조보상적궤계보상법，채용3충보통광학재료，재장초거위치，장전고정조、변배조적조합설계위원섭형，사득계통결구긴주，만족도인두소형화적요구。이용 CODE V 광학설계연건，우화설계료초거위30～150 mm，시장각위12.90°×10.25°～2.59°×2.07°，통장부위174 mm적변초거광학계통，득도성상질량우량적설계결과。각초거、전시장평균전체함수치재50 lp/mm시위0.695，측시결과위0.562，만족계통적성능요구。
In order to complete recognition and detection tasks of the aircraft seeker , a high precision , minia-turization of the zoom optical system is designed .Targets are searched and identified at short focal length , wide field , and recognized at long focal length , narrow field .The mechanical compensation method is selected using three kinds of common optical materials .At the location of the long focal length , combinatorial design of the front group and the zoom group can make the system compact , and meet seeker miniaturization require-ments.The zoom optical system with optimization focal length about 12.90°×10.25°~2.59°×2.07°and lene tube length only 174 mm is designed by using the CODEⅤ optical design software .For the each focal length and each field of view , the average MTF is 0.695, and tested result is 0.562 at 50 lp/mm, which can meet performance requirements of the system .