CAJ | 학술논문

为实现高信噪比、高光谱分辨率的光谱探测性能，在时间调制型傅里叶变换光谱仪中，需要控制反射镜往复精密摆动，完成干涉光程差的均匀扫描调制。首先分析了光谱探测性能对光程扫描控制性能要求间的关系；在此基础上，针对星载干涉仪对光程差扫描的高性能要求，给出了一种基于极点匹配的控制器设计方法。该方法借助于状态反馈设计结果，采用易于工程应用的前项和前馈环节加以有效实现，简化了控制器的设计与实现难度。通过仿真试验，验证了该方法的有效性。
위실현고신조비、고광보분변솔적광보탐측성능，재시간조제형부리협변환광보의중，수요공제반사경왕복정밀파동，완성간섭광정차적균균소묘조제。수선분석료광보탐측성능대광정소묘공제성능요구간적관계；재차기출상，침대성재간섭의대광정차소묘적고성능요구，급출료일충기우겁점필배적공제기설계방법。해방법차조우상태반궤설계결과，채용역우공정응용적전항화전궤배절가이유효실현，간화료공제기적설계여실현난도。통과방진시험，험증료해방법적유효성。
To achieve a high signal-to-noise ratio, high spectral resolution spectroscopy detection performance, it needs to control the mirror reciprocating precision swing to complete uniformity scan modulation of the interference optical path difference in time modulation type Fourier transform spectrometer. Firstly, the relationship between the spectral detection performance and the scanning control performance requirements was analyzed. On this basis, according to the high performance requirements, a controller design method based on the pole assignment was proposed. Referencing the state feedback design results, the forward and the feed-forward link was used to realize effectively. The controller design and the difficulty of the realization was simplified. The simulation results show that the proposed method is effective.