\"Multisim 10 Circuit Simulation and Application\" is a book published by Machinery Industry Press in 2011. This book systematically introduces the features and usage of NI Multisim10 simulation software, especially the newly added single-chip microcomputer simulation, ladder diagram language design simulation, Lab VIEW instrument, virtual breadboard and virtual ELVIS, and introduces the application of Multisim10 in circuit analysis, analog circuit, digital circuit and circuit fault diagnosis with examples. Preface Chapter 1 Introduction 1.1 Teaching and Learning Electronics 1.2 NI Electronics Education Platform 1.2.1 Concept 1.2.2 Composition of NI Electronics Education Platform 1.2.3 Experimental Examples 1.3 Features of Multisim10 Chapter 2 Quick Start 2.1 Overview of NI Multisim10 Suite 2.2 NI Multisim10 Schematic Input and Simulation 2.2.1 Schematic Input 2.2.2 Circuit Function Simulation 2.2.3 Report Output Chapter 3 Multisim10 Operating Environment 3.1 Menu Commands 3.1.1 File Menu 3.1.2 Edit Menu 3.1.3 Window Display Menu 3.1.4 Place Menu 3.1.5 MCU Menu 3.1.6 Simulation Menu 3.1.7 File Transfer Menu 3.1.8 Report Menu 3.1.9 Tool Menu 3.1.10 Option Menu 3.1.11 Window Menu 3.1.12 Help Menu 3.2 Common toolbars 3.2.1 System toolbar 3.2.2 Design toolbar 3.2.3 Component library toolbar 3.2.4 Instrument library toolbar 3.2.5 Other functions Chapter 4 Basic operations of Multisim10 4.1 Create a circuit window 4.1.1 Set the interface size 4.1.2 Show/hide tables, title boxes and page borders 4.1.3 Select compliance standards 4.1.4 Component placement mode settings 4.1.5 Select circuit colors 4.1.6 Set fonts for component identification, nominal values and names 4.2 Component selection 4.3 Placing components 4.3.1 Selecting components and using the browsing window 4.3.2 Using the “In Use List” 4.3.3 Moving a placed component 4.3.4 Copying/replacing a placed component 4.3.5 Set the component color? 4.4 Wiring4.4.1 Automatic Wiring4.4.2 Manual Wiring4.4.3 Combining Automatic and Manual Wiring4.4.4 Customizing Wiring Methods4.4.5 Modifying Wiring Paths4.4.6 Setting Wiring Colors4.5 Manually Adding Nodes4.6 Rotating Components4.7 Setting Component Properties4.7.1 Displaying Identification Information of Placed Components4.7.2 Viewing the Nominal Value or Model of Placed Components4.7.3 Setting Errors for Placed Components4.7.4 Automatically Setting Errors4.8 Finding Components in a Circuit4.9 Identification4.9.1 Changing Component Identification and Properties4.9.2 Changing Node Numbers4.9.3 Adding Title Boxes4.9.4 Adding Notes4.9.5 Adding Descriptions4.10 Virtual Wiring4.11 Subcircuits and Hierarchy4.11.1 Overview of Subcircuits and Hierarchy4.11.2 4.11.3 Add subcircuits to circuits... Chapter 5 Virtual Instruments Chapter 6 LabVIEW Instruments Chapter 7 Basic Analysis Methods of Multisim10 Chapter 8 Postprocessors Chapter 9 Multimcu MCU Simulation Chapter 10 Virtual Breadboard Chapter 11 Virtual ELVIS Chapter 12 Virtual Programmable Controller Chapter 13 Application of Multisim10 in Circuit Analysis Chapter 14 Application of Multisim10 in Analog Circuits Chapter 15 Application of Multisim10 in Digital Circuits Chapter 16 Application of Multisim10 in Circuit Fault Diagnosis References
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