论文部分内容阅读
紫外光散射通信系统需要高光效、易调制、长寿命的散射光源。设计并实现了一种基于感应耦合等离子体(ICP)的紫外无极放电灯结构,分析了其发光原理并测试了光谱特性,研究了紫外无极灯的重复启动性能,对无极灯作为紫外光通信系统光源的可行性进行探讨,总结出要使无极紫外通信光源实用化还需在驱动电路和耦合方式两个方面作进一步研究。
UV light scattering communication system needs high light efficiency, easy modulation, long-life scattering light source. A structure of UV discharge lamp based on inductively coupled plasma (ICP) was designed and realized. The principle of luminescence was analyzed and the spectral characteristics were tested. The repetitive starting performance of UV lamp was studied. The performance of the electrodeless lamp as UV communication system The feasibility of light source to explore, concluded that to Promise Promise uv light source practical needs in the drive circuit and the coupling of two ways for further study.