The stability of microcomputer application system is affected by all kinds of unstable factors.
微机应用系统的稳定性受到各种不稳定因素的影响。
In microcomputer application system, real time control can be fast and accurate by PID algorithm.
在微机应用系统中，使用PID算法实现参数控制，可以取得快速、精确的控制效果。
This paper discussed some typical techniques of microcomputer application in vacuum measurement and control.
本文讨论了真空测量与控制中微型计算机应用的若干典型技术。
The algorithms which are suitable for microcomputer application system have advantages of smaller memory and high speed for creating CRCC.
算法具有占用存储单元少、生成CRC码速度快的特点，适宜在单片机系统中应用。
This paper analyses all kinds of unstable factors of microcomputer application system, and provides some measures to solve these problems.
本文对微机应用系统不稳定的各种因素进行了分析，并提出了解决办法。
The paper analyzes the disturbance sources of microcomputer application system and provides practical and concrete anti-disturbance methods of both software and hardware.
较详细地分析了微机应用系统的干扰源，并结合实际给出了采取软、硬件两种方法抗干扰的具体措施。
The estimate method of DC load and AC load based on the bus in microcomputer application system is introduced. The load driver and the balance of single direction and dual direction bus are focused.
介绍了总线直流负载和交流负载的估算办法，也为解决单向总线和双向总线的负载驱动及平衡问题提出了具体的解决方案。
The estimate method of DC load and AC load based on the bus in microcomputer application system is introduced. The load driver and the balance of single direction and dual direction bus are focused.
介绍了总线直流负载和交流负载的估算办法，也为解决单向总线和双向总线的负载驱动及平衡问题提出了具体的解决方案。
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