介绍了单片机仿真器的工作原理，提出了在实际使用中所遇到的一些问题，并给出了解决这些问题的办法。
This paper introduces the working principles of monolithic computer emulator, proposes some problems counted during its use, to which some solving methods ane given.
最后，本文利用基于MCS196 KC单片机开发系统对第二种控制方案进行了仿真分析及实验研究，实现了控制系统的稳定运行，并使调速系统具有良好的动静态性能。
At last, the simulating analysis and experimental research for the second scheme are implemented by development system based on MCS196KC chip. The steady running of the control system is realized.
在此基础上完成了相应的设计、仿真和调试，编写了频率控制模块单片机程序，完成了新型雷达高度表模拟器的总体设计。
On this basis, the corresponding complete design, simulation and debugging, preparation of the frequency control module microcontroller program, completed a new radar altimeter simulator design.
本文阐述如何用少量的汇编代码，对MCS5 1单片机的硬件功能进行扩展，实现多级中断的仿真。
The article discusses how to expand the function of the hardware of SCM MCS51 and accomplish multilevel interrupt simulation by using the fewest assemble codes.
在单片机用户系统的设计中，必须对硬件和软件进行具体仿真。通过分析单片机系统的晶振电路、上电总清和负载能力来解决实际遇到的问题。
This paper introduces simulation methods of MCU hardware and software systems and help to solve actual problems by analyzing crystal circuit, electriferous reset and load capacity of the systems.
在仿真的基础上，针对不加反馈电阻和加反馈电阻的FPTA2，以单片机为核心设计了两种FPTA2的配置电路。
Basing on the simulation, two kinds of configuration circuits are designed for the FPTA2 without feedback resistor and with feedback resistor basing on single chip microcomputer.
文章以等精度频率计为例引入单片机和CPLD结合设计电子系统的方法，并给出原理框图和仿真波形。
Tlus paper introduces a way to realize the equal accuracy frequency accounts with MCU and CPLD. and provides with the frame principle of frame as well as simulated wave.
在此四元组模型的基础上，应用面向对象设计的思想，结合跳跃表、动态空间管理、编译预处理等技术方法，构造出一个单片机软件仿真器类群。
With the theory of object-oriented design, jump table, dynamic memory management and code pre-processing, the class group of software simulators for single-chip microcomputers are designed.
对MCS—51单片机进行正向设计，包括系统划分、编写代码、RTL级仿真与综合、门级仿真等。
The design of MCS-51 Microcontroller is followed the Top-Down design way, including system partition coding (VHDL) RTL simulation synthesis, gate level simulation ect.
本文首先叙述了离散事件系统的仿真原理，详细论述了离散事件系统的仿真策略，为单片机系统仿真提供理论基础。
The principle of discrete-system simulation was firstly introduced, and the method of the simulating procedure was discussed in details, which were the foundations of task.
实验证明，单片机虚拟仿真实验简化了程序在目标硬件上的调试工作，有利于缩短系统开发周期，降低成本。
The result proves that the work load of program debugging in objective hardware was reduced, development process is accelerated and the cost is lowed by micro-controller virtual simulation experiment.
完成了输出幅度均衡的单片机控制流程设计，对椭圆函数低通滤波器的幅频特性进行了计算机仿真，并对整个方案中的各环节进行了分析。
As the result of go though this process, I also simulate the LPF feature of amplitude-frequency by computer, and make analysis each step in the over-all scheme.
并用FPGA模拟单片机减振电路，给出其仿真波形，从而验证了单片机减振电路的实用性。
The simulation circuit for microprocessor and simulation wave using FPGA is also given. The reliability and practicability of microprocessor shock absorption circuit are validated accordingly.
给出了把软件仿真技术与单片机在线编程技术相结合的单片机开发实现方案。
An application scheme for developing microcontroller is proposed; witch is combined with the software simulation and the on-line program technique for developing microcontroller.
采用本仿真开发实验板，可使初学者迅速掌握单片机原理及应用，熟悉汇编语言、甚至单片机c语言。
With this experiment board, the beginners can easily to grasp the principle and application of the Monolithic integrated circuit, be familiar with assemble languages, even the C51 languages.
采用本仿真开发实验板，可使初学者迅速掌握单片机原理及应用，熟悉汇编语言、甚至单片机c语言。
With this experiment board, the beginners can easily to grasp the principle and application of the Monolithic integrated circuit, be familiar with assemble languages, even the C51 languages.
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