阅读说明：本技术 变形物镜系统和形成具有不同焦距的变形物镜组件的方法 (Anamorphic objective lens system and method of forming an anamorphic objective lens assembly having different focal lengths ) 是由 伊恩·A·尼尔 于 2020-02-14 设计创作，主要内容包括：本申请公开了变形物镜系统和形成具有不同焦距的变形物镜组件的方法。变形物镜系统(100LS)和用于形成具有不同焦距(FLY)并利用前变形部分(20)和两个或更多个非变形部分(50(i))的集合的变形物镜组件(100(i))的集合的方法。非变形部分与前变形部分光学地匹配,并且它们的前端(52)被配置为容易附接到前变形部分的后端(24)和从前变形部分的后端(24)分离以产生具有不同焦距的变形物镜组件。因为变形物镜系统仅使用单个前变形部分和多个非变形附件,所以与对于期望焦距中每一个使用单独的变形物镜相比,具有多个变形物镜组件的成本显著降低。(An anamorphic objective lens system and method of forming an anamorphic objective lens assembly having different focal lengths are disclosed. An anamorphic objective lens system (100LS) and method for forming a set of anamorphic objective lens assemblies (100(i)) having different Focal Lengths (FLY) and utilizing a front anamorphic portion (20) and a set of two or more non-anamorphic portions (50 (i)). The non-deformed portions are optically matched with the front deformed portions, and their front ends (52) are configured to be easily attached to and detached from the rear ends (24) of the front deformed portions to produce deformed objective lens assemblies having different focal lengths. Because the anamorphic objective lens system uses only a single front anamorphic portion and a plurality of non-anamorphic attachments, the cost of having a plurality of anamorphic objective lens assemblies is significantly reduced as compared to using a separate anamorphic objective lens for each of the desired focal lengths.)