可驱动容性负载的智能化大功率信号源研制

主要叙述了以AT89C55为核心的可驱动容性负载的智能化大功率信号源的设计,介绍了单片机在可驱动容性负载功率源中软、硬件设计的新方法.给出了所设计的硬件原理框图和程序主流程图,分析了信号源的产生、可驱动容性负载的功率放大器等问题.尤其是将单片机引入到功率放大技术中,使系统整体设计的可靠性大大提高.通过计算机和单片机间的通信,有效地实现了远程智能化控制.

Development of High Power Intelligent Signal Source of Drivable Capacitive Load

In this paper, the design of high power intelligent signal source for drivable capactive load taking AT89C55 as core was described. The new methods of using monolithic processor in its software and hardware design such as the principle bloack diagram, the chart of mainstream of procedure were introduced. The production of signal source, power amplifier of drivable capacitive load etc. were analyzed. So, by introducing monolithic processor into power amplifier technology, the integral design reliability was upgraded greatly. Through communication between computer and monolithic processor, the effective remote intelligent control may be realized.