CAJ | 학술논문

在光全息实验中,需要使用自动化程序控制方案对运动平台等仪器进行控制.传统控制是借助以 PC 为核心的仪器控制系统完成的,但是基于 PC 的控制系统构成较复杂、成本较高,不具有小型化、便携仪器特点.本文设计并实现了具有基于 ARM 嵌入式系统的光学仪器控制系统,系统通过标准化接口与仪器实现通信,使用可视化界面与用户进行交互,并使用印刷线路板技术将系统集成在一起.该系统可实现对快门、运动平台、功率计等光全息实验中需要使用的仪器设备的控制,并具有可视化的控制和显示界面.
재광전식실험중,수요사용자동화정서공제방안대운동평태등의기진행공제.전통공제시차조이 PC 위핵심적의기공제계통완성적,단시기우 PC 적공제계통구성교복잡、성본교고,불구유소형화、편휴의기특점.본문설계병실현료구유기우 ARM 감입식계통적광학의기공제계통,계통통과표준화접구여의기실현통신,사용가시화계면여용호진행교호,병사용인쇄선로판기술장계통집성재일기.해계통가실현대쾌문、운동평태、공솔계등광전식실험중수요사용적의기설비적공제,병구유가시화적공제화현시계면.
Some instruments such as motion stages and shutters in optical holographic experiments are commonly used with automatic programming control. The automatic control is commonly achieved based on instruments controlling system with PC as major component,which is more complex, high costs and less compact. In this paper, instruments controlling system for optical holographic experiments is designed and implemented based on ARM Embedded System. The system communicates with instruments via standardized interfaces and interacts with users by using visual interfaces. The whole system is integrated by printed-circuit boards. The instrument controlling system can implement auto control to shutters, motion stages, and power meters. Visual interfaces for control and display are designed and achieved.