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Using Multisim 6.1 [Multiple-component retail product]

  • Formāts: Multiple-component retail product, 176 pages, height x width x depth: 272x213x13 mm, weight: 435 g, Illustrations, Contains 1 Paperback / softback and 1 CD-ROM
  • Izdošanas datums: 06-Apr-2000
  • Izdevniecība: Delmar Cengage Learning
  • ISBN-10: 0766811336
  • ISBN-13: 9780766811331
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  • Multiple-component retail product
  • Cena: 94,15 €*
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Using Multisim 6.1Palielināt
  • Formāts: Multiple-component retail product, 176 pages, height x width x depth: 272x213x13 mm, weight: 435 g, Illustrations, Contains 1 Paperback / softback and 1 CD-ROM
  • Izdošanas datums: 06-Apr-2000
  • Izdevniecība: Delmar Cengage Learning
  • ISBN-10: 0766811336
  • ISBN-13: 9780766811331
Citas grāmatas par šo tēmu:
Permanent link: https://www.kriso.lv/db/9780766811331.html
Keywords:
This unique workbook teaches how to troubleshoot circuits with the help MultiSIM(TM) 6.1. Working on the computer, you will learn to make measurements, replace components, and test results just as you would in a lab. Circuits contain built-in faults to give you troubleshooting practice. This exciting approach quickly builds the skill and confidence needed to do live circuit troubleshooting.
Preface xi
Introduction to Electronics Workbench MultiSim®: The Electronics Lab in the Computer
1(5)
Working within the Microsoft Windows™ Environment
1(1)
Opening and Using Electronics Workbench MultiSIM®
1(5)
Introduction to Electricity and Electronics: Electrical Quantities and Components
6(15)
Electronic Components
7(4)
The Basic Circuit
11(1)
Changing and Measuring Resistance Values
12(2)
Changing Voltage Values and Related Circuit Changes
14(1)
Resistor Color Codes (Three-and Four-Band Resistors)
14(1)
Resistor Color Codes (Five-Band)
15(1)
Adjusting and Measuring Potentiometer Resistance in EWB
16(2)
Validating Ohm's Law
18(2)
Calculating Power Consumption
20(1)
Electric Circuits
21(7)
Introduction
21(7)
Recognizing a Complete Circuit
22(1)
Recognizing a Series Circuit
23(1)
Recognizing a Parallel Circuit
23(1)
Recognizing a Series-Parallel Circuit
23(1)
Determining Current Paths in a Complex DC Circuit
24(1)
Measuring Voltage in a Circuit
25(3)
Analyzing and Troubleshooting Series Circuits
28(9)
Introduction
28(9)
Recognizing a Series Circuit
29(1)
Measuring Voltage and Current in a Series Circuit
29(2)
Using Kirchhoff's Voltage Law in a Series Circuit
31(1)
Determining Total Resistance in a Series Circuit
32(1)
Determining Unknown Parameters in Series Circuits
32(2)
Grounding the Circuit
34(1)
Series-Aiding and Series-Opposing Power Sources
35(1)
Unloaded Voltage Dividers and Resistor Power Requirements
36(1)
Analyzing and Troubleshooting Parallel Circuits
37(9)
Introduction
37(9)
Recognizing a Parallel Circuit
38(1)
Measuring Voltage and Current in a Parallel Circuit
39(1)
Using Kirchhoff's Current Law in a Parallel Circuit
40(1)
Determining Total Resistance in a Parallel Circuit
41(3)
Determining Unknown Parameters in a Parallel Circuit
44(2)
Analyzing and Troubleshooting Series-Parallel Circuits
46(8)
Introduction
46(8)
Recognizing a Series-Parallel Circuit
47(1)
Simplifying Series-Parallel Circuits
48(1)
Measuring Voltage and Current in a Series-Parallel Circuit
48(2)
Loaded and Unloaded Voltage Divider Circuits
50(1)
The Effects of Voltmeter Loading
51(1)
Dealing with Bridge Circuits
52(2)
Complex Circuits and Network Analysis
54(10)
Introduction
54(10)
Recognizing a Complex Circuit
55(1)
Mesh Analysis
55(2)
Nodal Analysis
57(1)
The Superposition Theorem
57(1)
Using Thevenin's Theorem
58(1)
Using Norton's Theorem
59(2)
Tee-to-Pi and Pi-to-Tee Conversions
61(3)
Electrical Power Sources
64(6)
Introduction
64(6)
Using DC Power Sources With Internal Resistance
65(2)
DC Power Sources in Series
67(1)
DC Power Sources in Parallel
68(1)
Additional DC Power Sources in EWB
69(1)
Introducing the Alternating Current (AC) Power Source
69(1)
Measuring Direct Current Parameters
70(11)
Introduction
70(11)
Using the Digital Multimeter (DMM) in DC Circuits
71(3)
Using the Digital Panel Meters in DC Circuits
74(1)
Internal Resistance of Current and Voltage Meters
75(1)
Calculating the Value of Shunt Resistors for Ammeters
76(1)
Calculating the Value of Multiplier Resistors for Voltmeters
77(1)
The Oscilloscope as a DC Test Instrument
78(3)
Electromagnetic Devices
81(5)
Introduction
81(5)
Using the Inductors Found in EWB
82(1)
Using EWB Transformers
83(1)
Using the EWB Relay Component
84(1)
Using the EWB DC Motor
85(1)
Alternating Voltage and Current
86(10)
Introduction
86(10)
AC Waveforms
87(1)
Measuring Time and Frequency of AC Waveforms
87(3)
Measuring RMS, Average, Peak, Peak-to-Peak, and Instantaneous Values of AC Waveforms
90(1)
Phase Relationships between Waveforms
91(1)
Harmonic Relationships between AC Signals
92(1)
Characteristics of EWB Measuring Instruments in AC Circuits
92(2)
Voltage, Current, Resistance, and Power in Resistive AC Circuits
94(2)
Inductance and Inductive Reactance
96(8)
Introduction
96(8)
Measuring Inductance with an Inductance Test Circuit
97(1)
Calculate and Measure Inductance
98(1)
Calculating and Measuring Inductive Reactance in an AC Circuit
99(2)
Phase Relationships in Inductive Circuits
101(1)
The Q of an Inductor and Power Losses in Coils
102(2)
Resistive-Inductive Circuits
104(12)
Introduction
104(12)
Series Resistive-Inductive (RL) Circuits
105(3)
Parallel Resistive-Inductive (RL) Circuits
108(3)
Series-Parallel Resistive-Inductive (RL) Circuits
111(2)
Pulse Response and L/R Time Constants of RL Circuits
113(3)
Capacitance and Capacitive Reactance
116(9)
Introduction
116(9)
Testing Capacitors with a Capacitor Test Circuit
117(2)
Calculating and Measuring Total Capacitance
119(1)
Calculating and Measuring Capacitive Reactance in an AC Circuit
120(2)
Phase Relationships in Capacitive Circuits
122(3)
Resistive-Capacitive Circuits
125(11)
Introduction
125(11)
Series Resistive-Capacitive (RC) Circuits
125(4)
Parallel Resistive-Capacitive (RC) Circuits
129(2)
Series-Parallel Resistive-Capacitive (RC) Circuits
131(2)
Pulse Response and Time Constants of RC Circuits
133(3)
Resistive-Inductive-Capacitive Circuits
136(12)
Introduction
136(12)
Series Resistive-Inductive-Capacitive (RLC) Circuits
137(4)
Parallel Resistive-Inductive-Capacitive (RLC) Circuits
141(2)
Series-Parallel Resistive-Inductive-Capacitive (RLC) Circuits
143(2)
Series and Parallel Resonant Circuits
145(3)
Transformer Circuits
148(4)
Introduction
148(4)
Transformer Step-Up and Step-Down Circuits
148(2)
Transformer Buck/Boost Circuits
150(2)
Passive Filter Circuits
152(7)
Introduction
152(7)
The EWB Bode Plotter
153(2)
Low-Pass Filter Circuits
155(2)
High-Pass Filter Circuits
157(1)
Band-Pass Filter Circuits
158(1)
Band-Reject, Bandstop, and Notch Filter Circuits
159