CAJ | 학술논문

针对大口径、长焦距、宽视场平行光管高像质的应用需求，提出一种采用离轴三反射镜结构的平行光管。从共轴三反理论出发，推导出系统的初始结构；并且在用zemax软件优化时，提出一种基于ZPL语言优化离轴量的方法。设计出一个焦距10 m，视场2o×1o的离轴三反平行光管。设计结果表明，系统像质接近衍射极限，全视场波像差RMS值优于/200(=632.8 nm)，系统总长度小于f'/3，为大口径、长焦距、宽视场光管设计提供了一种设计方法。
침대대구경、장초거、관시장평행광관고상질적응용수구，제출일충채용리축삼반사경결구적평행광관。종공축삼반이론출발，추도출계통적초시결구；병차재용zemax연건우화시，제출일충기우ZPL어언우화리축량적방법。설계출일개초거10 m，시장2o×1o적리축삼반평행광관。설계결과표명，계통상질접근연사겁한，전시장파상차RMS치우우/200(=632.8 nm)，계통총장도소우f'/3，위대구경、장초거、관시장광관설계제공료일충설계방법。
For the application demand of high image quality collimator with large diameter, long focal length and wide field, an off-axis three-mirror configuration for the light collimator was proposed. Based on the coaxial three-mirror configuration theories, the computation of the initial structure of the system was dervied, and a method of optimizing the off-axis amount was put forward by using the ZPL language of zemax software. A wide field off-axis three-mirror light tubes was designed, with focal length of 10 m, F-number of 28.57. Results show that the modulation transfer function of this system is near the diffraction limit, within the field 2oí1o, the full field wave-front aberration is less than /200 ( =632.8 nm), the total length of the system is less than f’/3, providing a possibility design of long focal length, large diameter, and wide field of view light collimator.