首页> 外文会议>Proceedings of 2007 8th International Conference on Electronic Measurement Instruments >Design of Micro-oxidation power control system based on LPC2119
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Design of Micro-oxidation power control system based on LPC2119

机译:基于LPC2119的微氧化功率控制系统设计

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摘要

MAO (micro-oxidation) is a surface process technique which makes ceram layer grows in the original position of the surface of metal. A self-developed micro-oxidation power control system was introduced in this paper. The hardware part composed of low consumption 32-bit microcontroller LPC2119 developed by Philips Company instead of MSC 51 single chip, which enhanced the stability and extensibility of system; while the software design adopted uC /OS-Ⅱ multitask type instead of the traditional forward and backward design type, which enhanced the precision and real-time response of the system. Parameters can be set the same as PC, and preset functions can also realized in this system. We have used the PID control way in the sysytem.. In addition, large scale adjustment of voltage, current, pulse frequency and duty ratio can also be satisfied. The developed system has been applied in products, leading to well effects.
机译:MAO(微氧化)是一种表面处理技术,可使陶瓷层在金属表面的原始位置生长。介绍了自行开发的微氧化功率控制系统。硬件部分由飞利浦公司开发的低功耗32位微控制器LPC2119代替MSC 51单片机组成,提高了系统的稳定性和可扩展性。软件设计采用uC /OS-Ⅱ多任务类型,而不是传统的前向和后向设计类型,从而提高了系统的精度和实时响应。可以将参数设置为与PC相同,并且还可以在此系统中实现预设功能。系统中使用了PID控制方式。此外,还可以实现电压,电流,脉冲频率和占空比的大规模调整。所开发的系统已应用于产品中,从而产生了良好的效果。

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