介绍AT 89 C51单片机系统与智能调制解调器MODEM之间的接口电路和异步传输方式下的控制程序设计。
Interface circuit and the design of control program in asynchronous transfer mode between AT89C51 single chip microcomputer system and intelligent MODEM are introduced.
通过与不同的接口电路板的连接，可构成多种应用系统，也可构成其它专业课程的智能控制单元。
By means of it, some teaching experiments for hardwares such as monolithic processor systems and peripheral interface devices, and software programming experiments can be conveniently carried out.
应用单片机和相关电路，采用汇编语言编程，设计智能控制系统，与普通X线机联机，进行曝光控制。
An intelligent control system has been designed using the single chip and the related circuit, and with the assemble language. It is connected with the common X-ray units to control the exposure dose.
为实现数模混合电路的测试与故障诊断系统的智能化提供了一种新思路。
It provides a new idea for the mixed-signal circuits testing and the intelligentization of fault diagnosis system.
对智能功率开关的功能特性和采用智能功率开关组成的H桥电路的控制方法与工作原理进行了系统研究，并在试验台上对新的H桥驱动电路进行了试验验证。
Also it introduced the features of the smart power switches and the way to control the new H-bridge, which had been tested in test-bed and compared to traditional H-bridge.
对智能功率开关的功能特性和采用智能功率开关组成的H桥电路的控制方法与工作原理进行了系统研究，并在试验台上对新的H桥驱动电路进行了试验验证。
Also it introduced the features of the smart power switches and the way to control the new H-bridge, which had been tested in test-bed and compared to traditional H-bridge.
应用推荐