方法设计的焦度计主要由照明系统、准直系统、投影光学系统组成。
Methods The designed lensometer primarily consists of light system, collimating system and projective system.
然后通过调节外加的几何光学透镜，在长达100米的红外远距离大功率半导体激光器照明系统中将得到利用。
It will be used in the illumination system of high power semiconductor laser over a long infrared distance of 100 meters through adjusting an additional geometric optical lens.
针对人士：想要学习利用ZEMAX进行更多的照明系统建模和杂散光分析的光学工程师。
Who should attend: Optical engineers who wish to learn more about modeling illumination systems and performing stray light analysis with ZEMAX.
在CXA2高密度高性能LED阵列允许照明制造商降低系统级的热学，机械和光学成本。
The high performance of the CXA2 High Density LED arrays allow lighting manufacturers to reduce thermal, mechanical and optical costs at the system level.
无线光学通信：从事无线光学通信系统集成及应用研究，特别是基于LED照明的无线光学通信系统的研究。
Wireless optical communication: Engaged in research of wireless optical communication systems integration and application, particularly LED-lighting-based wireless optical communication system.
故进行LED照明系统光学设计方法研究既具有理论价值又含有实际的意义。
Therefore, the research on the optical design method for LED lighting system not only has theoretical value but also actual meaning.
根据光学扩展量理论分析了LED选型方法，总结了基于LED光纤传输照明系统的设计原则和要点。
LED type choosing method is analyzed according to etendue theory. Fiber transmission based on LED illumination system design principle and design key points are summarized.
介绍了激光辅助照明主动红外成像系统的基本原理和组成、激光光源的制作和技术参数、光学系统和接收器件的选用。
The fundamental theories and structure of the active IR imaging system with laser illumination, the manufacturing techniques and technical parameters of laser sources were presented.
本文主要介绍背景照明光源的投射光学系统用的显示光源。
The article mainly presents the light sources of the backlighting and the display for projection optical systems.
从几何光学的角度对其读出照明光学系统进行设计，并进行实验研究和理论分析。
In this paper, the readout system is designed by geometrical optics method and the experiment shows that the system works well.
一种显示系统包括光源和第一光学系统，所述第一光学系统光耦合到所述光源，并且适于沿着照明路径而提供照明光束。
A display system includes a light source and a first optical system coupled to the light source and adapted to provide an illumination beam along an illumination path.
LED作为照明光源在现代光电仪器中得到广泛应用，光能利用效率与光学系统形式密切相关。
LED has been widely used as a kind of light source in modern optoelectronic devices. The light energy utilization efficiency and optical system form are closely related.
系统采用均匀红外光源进行照明，利用光学传感器摄取包含人体静脉信息的红外图像。
The average infrared lighting is adopted, and the infrared vein image containing information of hand vein can be acquired by optical CMOS sensor.
根据现实情况提出了适用于自由曲面照明系统的光学模型，并通过将光源包埋入自由曲面的方法实现100%的理论能量利用率。
According to the lighting requirements, the optical systems are designed. With the LED source emerged in the optical system, an ideal efficiency of 100% can be achieved.
为在平面上实现所需的照明，满足照明系统的要求，需要对光学系统进行二次设计。
In order to achieve the required illumination on a plane and meet the requirements of a lighting system, it is necessary to do the secondary design for optics system.
在光学软件中对反射器光学系统进行照明模拟，结果说明通过自由曲面反射器作用于LED，可以在目标路面上形成均匀照明的矩形光斑。
The results illustrate that through the role of reflector cup on the LED, we can get a uniform rectangular facula in the target surface.
在光学软件中对反射器光学系统进行照明模拟，结果说明通过自由曲面反射器作用于LED，可以在目标路面上形成均匀照明的矩形光斑。
The results illustrate that through the role of reflector cup on the LED, we can get a uniform rectangular facula in the target surface.
应用推荐