Introduction to the
NI Electronics Education Platform
NI Electronics Education Platform软件介绍
Hands-On Session
手把手学习课程
Introduction 介绍
Overview 纵览
This cour is designed to give you a brief one-hour introduction to National Instruments Multisim software. The cour focus on the basic elements of schematic capture as well as simulation. Through four exercis, you can work with the NI Multisim environment, place and wire schematic components, simulate a completed circuit, and prototype and me
其实造句
asure the resulting design.
本课程是用来对NI公司的Multisim软件做以简单的一小时介绍。课程集中介绍了电路图输入和仿真的基本部分。通过四个练习，你可以在NI公司的Multisim环境下工作，为电路元器件布局布线，对整个电路进行仿真，然后对最终的设计进行原型化和测量。
Design Challenge 设计挑战
阿司匹林的作用The exercis in this cour are prented in the form of a design challenge. Each of the exercis is a step of the engineering design process. The challenge is to design a bandpass filter using the 741 operational amplifier.
本课程中的练习是以设计挑战的形式给出的。每个练习都是工程设计流程中的一个步骤。 挑战：采用蝴蝶园741运算放大器来设计一个带通滤波器。
Using Multisim, capture the filter and investigate its characteristics through simulation including gain and bandwidth. Then prototype the circuit in a 3D breadboarding environment. If you have the National Instruments Educational Laboratory Virtual Instrumentation Suite (NI ELVIS) workstation, you can prototype this circuit in the lab and measure its characteristics. Finally, during the last stage of the process, compare the real life behavior of the circuit with the simulations created in Multisim. Figure 1 shows the design process by the corresponding exerci number.
采用Multisim输入滤波器的原理图并进行仿真，测量滤波器特性(包括增益和带宽)。然后将电路在三维面包板环境中进行原型化。如果你有NI公司的教学实验室虚拟仪器包(NI ELVIS)工作站，那么你可以将电路在这个实验室中进行原型化并测量其特性。最后，在设计流程的最后一步，将电路的实际性能与使用Multisim足球运动的好处得到的仿真结果进行比较。表1按照相应的实验序号显示了整个的设计过程。写真是什么
Figure 1. Design Process 表1. 设计流程
Cour Requirements 潮汕美食课程要求
NI Multisim 10.0
NI ELVIS and the NI ELVIS 3.0 software
NI LabVIEW SignalExpress
1．NI Multisim 10.0软件
2．NI ELVIS 和 NI ELVIS 3.0 软件
3．NI LabVIEW SignalExpress软件
The NI Electronics Education Platform NI电子教育平台
The National Instruments electronics education platform includes Multisim circuit simulation software, industry-standard National Instruments LabVIEW measurement software, and the NI ELVIS prototyping workstation. This integrated hardware and software platform provides a hands-on method for students to gain in-depth knowledge of electronics design theory and practice. Bad on professional printed circuit board (PCB) design tools, the NI electronics education platform was designed with the needs of educators in mind, and aids student understanding through features such as integrated quizzes, virtual and rated components, 3D virtual breadboarding, easy measurements, and more.
NI公司电子教育平台软件包括Multisim电路仿真软件、工业标准NI LabVIEW测量软件和NI ELVIS原型化工作站。这个集成的硬件和软件平台，为学生获得电子设计理论与实践的深度知识提供了便捷的方法。 基于专业化的印刷电路板设计工具，NI 电子教育平台不仅在设计上考虑到教师的需求，并且通过集成化测验、虚拟和标准元器件、三维虚拟面包板和轻松测量等功能，来帮助学生理解。
The NI electronics education platform (Figure 2) compris Multisim, the Multisim MCU Module, NI Ultiboard, NI ELVIS, and LabVIEW.
NI电子教育平台(如图2所示)，由Multisim, Multisim MCU模块、NI Utiboard、NI ELVIS和LabVIEW软件组成。
Figure 2. The NI Electronics Education Platform 图2. NI电子教育平台
Multisim Multisim软件
Multisim is a powerful and intuitive software package designed to give students an easy-to-u platform for capturing and simulating circuits. It includes a professional-grade SPICE simulation engine, powerful analys, and virtual instruments such as oscilloscopes and function generators to easily and interactively simulate circuits.
弗洛伊德梦的解析Multisim是一个强大而直观的软件包，设计用于为学生们提供一个简单易用的电路输入和仿真平台。它包括一个专业级别的SPICE仿真工具，具备强大的分析功能，以及诸如示波器和函数发生器等的虚拟仪器，来方便地对电路电路进行交互式仿真。
Multisim MCU Module Multisim MCU 蒸土豆丝的做法模块
The National Instruments Multisim MCU Module adds microcontroller unit (MCU) cosimulation capabilities to Multisim, so you can include a microcontroller, programmed in asmbly or C code, within your SPICE-modeled circuit.
NI公司的Multisim MCU 模块在Multsim中加入了微控制器单元(MCU)联合仿真功能，这样用户就可以在SPICE模型电路中包含一个使用汇编或者C语言编程的微控制器了。
The Multisim MCU Module works with Intel/Atmel 8051/8052 and Microchip PIC16F84A chips as well as a broad range of advanced peripherals such as external RAM and ROM, keypads, and graphical and alphanumeric LCDs. With the Multisim MCU Module, students can take full advantage of the Multisim educational platform, which makes it the ideal choice for cours such as digital electronics, computer architecture, MCU programming, embedded control, nior design, and more.
