Electronic Industry Press ISBN: 9787121055775
flyleaf
copyright page
preamble
catalogs
Chapter 1 Getting to Know Multisim 10 Software
1.1 Multisim 10 Overview
1.2 Multisim 10 software interface
1.3 Toolbar
1.5 Setting Schematic Capture Parameters
1.6 Design Toolbox
exercise question
Chapter 2 Basic Schematic Capture Settings
2.1 Introduction to Schematic Capture
2.4 Placement of components
2.5 Wiring the components
2.6 Adding nodes manually
2.8 Finding Components in a Circuit
2.9 Setting up labels
2.10 Circuit Description Toolbox
2.11 Linking a form to a circuit
2.12 Print Circuit
Chapter 3 Schematic Capture Advanced Settings
3.1 Component Properties
3.2 Assigning error messages to components
3.3 Data table view
3.4 Title Block Editor
3.5 Electrical rules check
exercise question
Chapter 4 Large Circuit Design
4.1 Tiling Multiple Circuit Design Charts
4.3 Renaming the component environment
4.4 Bus
4.5 Product variants
4.6 Project Manager and Version Control
exercise question
Chapter 5 Components
5.1 Structure of the component database
5.2 Locating components in the database
5.3 Types of information stored in the element
5.5 Converting databases
5.6 Updating components from the database
5.7 Consolidation of databases
5.8 Introduction to Component Editing
5.10 Editing Components
5.11 Editing Component General Properties
5.13 Editing Component Models
5.14 Simulating Action Models and Control Source Syntaxes
5.15 Editing Component Pin Models
5.16 Editing Component Packages
5.17 Editing the electrical parameters of the component
5.18 Editing user data
5.20 Creating Models Using Code Patterns
exercise question
Chapter 6 Simulation
6.1 Introduction to Multisim Simulation
6.3 Multisim SPICE Simulation Techniques
6.4 RF Simulation
6.7 Simulation Error Log Index
6.8 Convergence Assistant
6.10 Simulation Summary
Chapter 7 Instruments
7.1 Introduction to Multisim Instruments
7.2 Printing instruments
7.3 Interactive Simulation Setup
7.4 Multimeter
7.5 Function Generator
7.6 Wattmeter (watts)
7.7 Oscilloscope
7.8 Bode Plotter (Porter)
7.9 Word Generator (character generator)
7.10 Logic Analyzer
7.11 Logic Converter
7.12 Distortion Analyzer
7.15 Measurement Probe
7.16 Four Channel Oscilloscope
7.17 Frequency Counter
7.18 IV Analyzer (Voltammetric Characterization Analyzer)
7.19 Agilent Simulated Instruments
7.20 Tektronix Simulated Oscilloscope
7.21 Voltmeter (Voltmeter)
7.23 Current Probe
7.24 LabVIEW Instrument
exercise question
Chapter 8 Analysis
8.1 Introduction to Multisim Analysis
8.3 Setup analysis
8.4 DC Operating Point Analysis (DC OPA)
8.5 AC Analysis
8.6 Transient Analysis (Transient Analysis)
8.7 Fourier Analysis (Fourier Analysis)
8.8 Noise Analysis
8.9 Distortion Analysis (DIA)
8.10 DC Sweep Analysis (DC Sweep Analysis)
8.11 DC and AC Sensitivity Analysis (DC and AC Sensitivity Analysis)
8.12 Parameter Sweep Analysis (PSA)
8.13 Temperature Sweep Analysis (TSA)
8.14 Transfer Function Analysis (TFA)
8.15 Worst Case Analysis (WCA)
8.16 Pole Zero Analysis (PZA)
8.17 Monte Carlo Analysis (MCA)
8.18 Line Width Analysis (Trace Width Analysis)
8.19 Nested Sweep Analyses (Nested Sweep Analyses)
8.20 Batched Analyses
8.21 User Defined Analyses (UDAs)
8.22 Custom Analysis Options dialog box
exercise question
Chapter 9 Post-processing
9.1 Introduction to post-processing
9.3 Post-processing variables
Chapter 10 Reporting
10.1 Bill of Materials (BOM)
10.2 Component Detail Report (CDR)
10.4 Schematic Statistics Report (Schematic Statistics Report)
10.5 Spare Gates Report (Spare Gates Report)
10.7 Cross Reference Report (CRR)
10.8 Product Variant Filtering dialog
Chapter 11.
11.1 Introduction to Information Transformation
11.3 Forward Annotation
11.6 Exporting a network table file
11.8 Internet Design Sharing
Chapter 12: Radio frequency
12.1 Introduction to Multisim RF Modules
12.3 Radio-frequency instrumentation
12.4 RF Analysis
12.5 RF Model Generator
12.6 Designing an RF Circuit
Chapter 13 Getting to Know Ultiboard 10 and Setting Its Basic Parameters
13.1 Printed Circuit Board Basics and Introduction to Ultiboard 10
13.2 Ultiboard 10 Software Interface
13.3 Toolbar
13.4 Setting global parameters
13.5 Setting PCB Properties
13.6 Design Toolbox
13.8 Customizing the User Interface
exercise question
Chapter 14 Setting Up Project Files
14.1 Creating a new project file
14.2 Document operations
14.3 Selecting and deselecting components
14.4 Placement and selection mode
14.5 Finding Components
14.7 Setting up layers
14.8 Creating Border Boundary Lines
14.9 Setting the board reference point
14.11 Setting up the Group Editor
exercise question
Chapter 15 Component Manipulation
15.1 Placement of components
15.2 Aids for placing components
15.3 Towing elements
15.5 Component Pushout
15.6 Ruler Bar
15.8 Component Alignment
15.9 Setting component spacing
15.11 Replicating Groups
15.12 Inverted Placement Element
15.14 Viewing and Editing Attribute, Shape, and Graphics Attributes
15.16 Selecting and placing components from the database
15.17 Editing Components and Form Factor Packages
15.19 Viewing and Editing Through-Hole Pin Attributes
15.20 Viewing and Editing SMT Component Pin Attributes
15.21 Finding Components
15.22 Positioning elements
15.25 Creating New Components
15.26 Database management
15.27 Setting up the database class directory
15.28 Adding components to the database
15.29 Merging, converting databases
exercise question
Chapter 16 Setting Up Copper-Film Conductors and Copper Cladding
16.1 Placing copper film leads
16.2 Placement of buses
16.3 Setting the Density Toolbar
16.5 Average copper-film wire spacing
16.6 Delete copper-film conductors
16.8 Split Copper Cladding
16.9 Delete all copper cladding
16.11 Viewing and Editing Copper Cladding Properties
16.12 Setting up the perforations
16.13 Placement of SMD Multi-Port Extenders
16.14 Setting up the network
16.15 Using the Network Table Editor
16.16 Network Bridges
16.17 Copper overlay for duplicate wiring
16.18 Swapping Pins and Gates
exercise question
Chapter 17 PCB Calculator, Auto Layout, Auto Routing
17.1 PCB Transmission Line Calculator
17.2 PCB Differential Impedance Calculator
17.3 Auto Layout and Auto Routing
17.4 Automated wiring bus
17.5 Placement of automatic test points
exercise question
Chapter 18 Preparing for Production Assembly, Manufacturing
18.1 Placing and editing text
18.2 Capturing the screen
18.4 Renumbering Components
18.5 Returning Comments to Multisim
18.6 Bent foot
18.8 Organizing PCB Files
18.10 Viewing Circuit PCBs in 3D
18.11 Circuit PCB Perimeter Design Using Mechanical CAD
exercise question
Chapter 19 Ultiboard 10 Wiring Example with Multisim 10
19.1 PCB Design for Fully Balanced Preamplifiers
19.2 Power amplifier PCB design
19.3 Hardware circuit for six-digit electronic number lock with 4 x 4 keypad
19.4 8051 Input Port Application Circuit
19.5 PCB Design of 3 8015 Multiplexed Data Transfer Circuits
exercise question
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