The hardware designing method and the concrete logic circuit of single board microcomputer for tracking controll are given.
本文给出了一用于跟踪控制的单板微计算机硬件设计方法及其具体逻辑电路。
Introduces the composition and application of a microcomputer pro-gram used for designing and calculation checking of gear shaver, shaper cutter and hob-ber.
介绍剃齿刀、插齿刀、滚齿刀的微机设计和校验计算程序的编制及其应用。
This article concerns with designing both hardware and software of a GP-IB interface with the 8031 single-chip microcomputer, the results of relevant experiments are also presented.
本文讨论运用8031单片微型计算机实现GP -IB接口的硬件及软件的设计方法，并给出实验结果。
Here is presented a method of designing the microcomputer controlled excitation adjuster with on-line change of PID parameters. It gives a good reference for developing new productions.
本文介绍了在线情况下，改变PID参数的微机励磁调节器的设计方法，对开发新品种有一定的参考价价值。
This article describes the structure of Telecontrolling multi-microcomputer system in railroad, including hardware and software designing.
本文介绍了铁路远程多微机系统的结构及其类型。
A plan for designing and setting up a model of moving graph for the symmetrical three phase voltage is proposed, and it is developed and used in the microcomputer.
提出建立一个发生对称三相电压的动画模型，对其进行规划设计，并在微型计算机上开发实施。
A method for measuring the dynamic frequency characteristics of a system with 8031 single chip microcomputer was presented, the circuit diagram was given and the software designing was introduced.
提出了用8031单片机及相应接口电路来完成系统动态频率特性测试的方法，给出了硬件的电路原理图，介绍了软件设计。
This paper introduces a testing system for the working balance of auto-wheels by using 8031 Single-Chip Microcomputer(SCM). The hardware and software designing of this system are described in detail.
介绍了一种车轮动平衡8031单片机测试系统，并对其硬件和软件设计进行了详细的说明。
This paper deals with the software and hardware designing and its characteristics of the controlling system TPCS-1 for tungsten bars furnace by microcomputer.
本文介绍了TPCS - 1型钨棒炉程序控温系统的软、硬件设计及其特点。
This testing system use microcomputer-control, by designing the hardware and software, to carry out the testing of fatigue-limit of crankshaft, and data process controled automatically.
该系统利用微机控制，通过硬件控制系统设计和软件设计，实现了曲轴疲劳极限测试、数据处理等全过程的自动控制。
This testing system use microcomputer-control, by designing the hardware and software, to carry out the testing of fatigue-limit of crankshaft, and data process controled automatically.
该系统利用微机控制，通过硬件控制系统设计和软件设计，实现了曲轴疲劳极限测试、数据处理等全过程的自动控制。
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