The framework of whole dimmer control system, the realization of hardware circuit and software flow were expounded emphatically. 重点阐述了调光控制系统总设计框架、各个硬件模块电路和相应的软件流程。
With its simplicity of realization and its flexibility and reliability in controlling, the control network has been widely used in stage lighting dimmer and is also applicable to other master/ slave control network. 该控制网络因实现简单,控制灵活可靠,已在舞台灯光控制中获得广泛应用,亦适用于其它主、从式控制网络。
Comparing with the current airfield light dimmer control system, the application prospect of this system is pointed out. 论文的最后部分全面总结了该系统的设计方案,并与现行的机场调光系统进行比较,指出了该系统的应用前景。
The Design and Realization of the Airfield Light Dimmer Control System 机场灯光调光器控制系统的设计与实现
Because the airfield light dimmer control system has operating fast, reliable characteristics during switching over the light grade, the designs of systematic software and hardware are all around these characteristics. 由于机场调光系统对切换光级的速度和系统可靠性有特殊要求,所以系统的软硬件部分都是围绕着这两个特点进行设计。
After referring to papers widely home and abroad, the air navigation dimmer system is designed based on instantaneous current repetitive-PI hybrid control. 在广泛查阅国内外文献资料后,结合调光器的技术要求,采用重复PI混合控制方法设计出一套基于电流瞬时值的机场助航灯调光器系统。
Air navigation dimmer, as the core control device of air navigation lighting system, is the key factor to guarantee aircraft pilot to land safely under various visibility. 机场助航灯调光器是机场助航灯系统的核心控制设备,为飞机驾驶员在各种能见度情况下安全着陆提供保障。
The comparison of dimmer control systems based on current RMS feedback control and instantaneous current feedback control is engaged in, the simulation platforms of two control modes based on Saber are established and then the simulation results are analyzed respectively. 论文还比较性的阐述了基于电流有效值反馈控制与基于电流瞬时值反馈控制的调光器控制系统,并搭建了Saber仿真平台分别对两种控制方式进行仿真分析。