2024年6月8日发(作者：)

目 录

第一章 软件概述 ················································································ 1

1.1、主要功能 ·················································································································· 1

1.2、系统组成及介绍······································································································· 2

1.3、运行所需要的环境 ··································································································· 3

第二章 使用说明 ················································································ 4

2.1、安装步骤 ·················································································································· 4

2.2、如何启动及退出仿真系统 ······················································································· 4

2.3、菜单栏和工具栏介绍 ······························································································· 6

2.4、如何开展实验 ········································································································ 11

2.5、连线和调节模块参数 ····························································································· 12

2.6、虚拟函数信号发生器 ····························································································· 14

2.7、示波器说明 ············································································································ 17

2.8、远程发送和远程接收 ····························································································· 19

2.9、C/C++二次开发 ····································································································· 20

2.10、MATLAB二次开发 ····························································································· 21

第三章 实验文件及报告提交说明 ·················································· 22

3.1学生实验文件提交及老师批阅说明 ········································································· 22

3.2学生实验报告提交及老师批阅说明 ········································································· 28

3.3注意事项 ··················································································································· 33

武汉凌特电子技术有限公司 e-Labsim仿真型开放实验室用户手册

第一章 软件概述

e-Labsim仿真型开放实验室是一套根据教学的需要，兼顾一般仿真型开

放实验室优势，运用先进的虚拟仿真技术，将实际的硬件设备通过虚拟化，

在PC机上实现与硬件相同的功能及操作方式；在此基础上，利用软件上的

优势，进行了灵活的扩展与二次开发，并集成多种虚拟仪器的综合的仿真型

开放实验室方案。

e-Labsim仿真型开放实验室是一种虚拟的实验环境和平台，但其又不同

于普通的“虚拟实验室”的概念，为了能做到实验室的开放以及让学生进行

创新实践，在产品实现方面，我们主要采取了几个方面的思路和方案：

1）建立真实完整的实验对象的数学模型，让学生在虚拟环境下感受到

的是真实的实验环境；

2）将实验对象按知识体系切割为一个个独立的模块，学生可以按照自

己的意愿将各模块以不同的方式进行组合以搭建出不同的功能实体或系统；

3）每一个模块的相关参数是可以按照学生的意愿来进行自由调节的；

4）提供多种虚拟的仪器仪表，且仪器仪表的外观、操作方式和操作习

惯与实际的设备完全一致。

1.1、主要功能

1）、基本上实现与实际硬件相同的实验操作与信号展示。

2）、可进行灵活的扩展与二次开发，开发包括C/C++算法开发及结合

Matlab引擎开发基于M语言的算法。且经过本系统验证过的开发算法，可

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