光电工程
光電工程
광전공정
OPTO-ELECTRONIC ENGINEERING
2013年
1期
44-50
,共7页
毕卫红%许睿%付广伟%李魁星
畢衛紅%許睿%付廣偉%李魁星
필위홍%허예%부엄위%리괴성
显微物镜%PCF端面成像%ZEMAX%光学设计
顯微物鏡%PCF耑麵成像%ZEMAX%光學設計
현미물경%PCF단면성상%ZEMAX%광학설계
microscope objective%image on end panel of PCF%ZEMAX%optical system design
针对PCF熔接系统对显微物镜的长工作距离、高放大倍率和高分辨力的需要,本文设计了一组用于光子晶体光纤端面成像的特殊物镜,并通过ZEMAX仿真优化.该物镜具有40×高放大倍率、5 mm长工作距离、1μm的高分辨力、500μm×500μm较大视场等特点.通过实验验证该物镜达到了设计要求.
針對PCF鎔接繫統對顯微物鏡的長工作距離、高放大倍率和高分辨力的需要,本文設計瞭一組用于光子晶體光纖耑麵成像的特殊物鏡,併通過ZEMAX倣真優化.該物鏡具有40×高放大倍率、5 mm長工作距離、1μm的高分辨力、500μm×500μm較大視場等特點.通過實驗驗證該物鏡達到瞭設計要求.
침대PCF용접계통대현미물경적장공작거리、고방대배솔화고분변력적수요,본문설계료일조용우광자정체광섬단면성상적특수물경,병통과ZEMAX방진우화.해물경구유40×고방대배솔、5 mm장공작거리、1μm적고분변력、500μm×500μm교대시장등특점.통과실험험증해물경체도료설계요구.
According to the requirements of PCF splice system that the microscope objectives must work long distance, high magnification and high resolution, special optical lens is designed to get PCF information of end face, which is optimized through the ZEMAX simulation. The optical lens has 40×high magnification, 5 mm long working distance, 1μm high resolution, and 500 μm×500 μm field. Finally, it is proved that the lens meet all the requirements by the experiments.
