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Experiments Manual for Use with Grob's Basic Electronics 13th ed. [Pehme köide]

  • Formaat: Paperback / softback, 552 pages, kaal: 853 g
  • Ilmumisaeg: 27-Jan-2020
  • Kirjastus: McGraw-Hill Education
  • ISBN-10: 1260445305
  • ISBN-13: 9781260445305
Teised raamatud teemal:
  • Formaat: Paperback / softback, 552 pages, kaal: 853 g
  • Ilmumisaeg: 27-Jan-2020
  • Kirjastus: McGraw-Hill Education
  • ISBN-10: 1260445305
  • ISBN-13: 9781260445305
Teised raamatud teemal:
This lab book, written by Wes Ponick, provides students and instructors with easy- to-follow laboratory experiments. The experiments range from an introduction to laboratory equipment to experiments dealing with operational amplifiers. All experiments have been student tested to ensure their effectiveness. The lab book is organized to correlate with the topics covered in the text, by chapter. 

All experiments have a Multisim activity that is to be done prior to the actual physical lab activity. Multisim files are part of the Instructor’s Resources on Con- nect. This prepares students to work with circuit simulation software, and also to do “pre-lab” preparation before doing a physical lab exercise. Multisim coverage also reflects the widespread use of circuit simulation software in today’s electronics industries.
Preface vii
EXPERIMENT I Introduction Experiment-Electronics Math
1
Experiment 1-1 Lab Safety, Equipment, and Components (Resistor Color Code)
1(8)
Experiment 2-1 Resistance Measurements
9(8)
Experiment 2-2 Resistor V & I Measurements
17(8)
Experiment 3-1 Ohm's Law
25(6)
Experiment 3-2 Applying Ohm's Law
31(6)
Experiment 4-1 Series Circuits
37(6)
Experiment 4-2 Series Circuits-Resistance
43(6)
Experiment 4-3 Series Circuits-Analysis
49(6)
Experiment 4-4 Series Circuits-With Opens
55(6)
Experiment 4-5 Series-Aiding and Series-Opposing Voltages
61(6)
Experiment 4-6 Positive and Negative Voltages to Ground
67(6)
Experiment 5-1 Parallel Circuits
73(6)
Experiment 5-2 Parallel Circuits-Resistance Branches
79(6)
Experiment 5-3 Parallel Circuits-Analysis
85(6)
Experiment 5-4 Parallel Circuits-Opens and Shorts
91(8)
Experiment 6-1 Series-Parallel Circuits--Resistance
99(8)
Experiment 6-2 Series-Parallel Circuits--Networks
107(6)
Experiment 6-3 Series-Parallel Circuits--Analysis
113(6)
Experiment 6-4 Series-Parallel Circuits-Opens and Shorts
119(10)
Experiment 6-5 The Wheatstone Bridge
129(6)
Experiment 6-6 Additional Series-Parallel Circuits
135(4)
Experiment 6-7 Additional Series-Parallel Opens and Shorts
139(8)
Experiment 7-1 Voltage Dividers with Loads
147(6)
Experiment 7-2 Current Dividers
153(6)
Experiment 7-3 Potentiometers and Rheostats as Dividers
159(6)
Experiment 7-4 Voltage Divider Design
165(6)
Experiment 8-1 Analog Ammeter Design
171(4)
Experiment 8-2 Analog Voltmeter Design
175(6)
Experiment 8-3 Analog Ohmmeter Design
181(8)
Experiment 9-1 Kirchhoff's Laws
189(8)
Experiment 10-1 Network Theorems
197(4)
Experiment 11-1 Conductors and Insulators
201(10)
Experiment 12-1 Battery Internal Resistance
211(8)
Experiment 12-2 Load Match and Maximum Power
219(6)
Experiment 13-1 Magnetism
225(4)
Experiment 13-2 Electromagnetism and Coils
229(6)
Experiment 14-1 Relays
235(8)
Experiment 15-1 AC Voltage and Ohm's Law
243(6)
Experiment 15-2 Basic Oscilloscope Measurements
249(10)
Experiment 15-3 Additional AC Oscilloscope Measurements
259(8)
Experiment 15-4 Oscilloscope Measurements: Superposing AC on DC
267(8)
Experiment 16-1 Capacitors
275(8)
Experiment 17-1 Capacitive Reactance
283(8)
Experiment 18-1 Capacitive Reactance
291(6)
Experiment 18-2 Capacitive Phase Measurements: Using an Oscilloscope
297(6)
Experiment 19-1 Inductors
303(8)
Experiment 20-1 Inductive Reactance
311(8)
Experiment 21-1 Inductive Circuits
319(10)
Experiment 22-1 RC `Time Constant'
329(10)
Experiment 23-1 AC Circuits: RLC Series
339(6)
Experiment 24-1 Complex Numbers for AC Circuits
345(8)
Experiment 25-1 Series Resonance
353(6)
Experiment 25-2 Parallel Resonance
359(6)
Experiment 26-1 Filters
365(6)
Experiment 26-2 Filter Applications
371(8)
Experiment 27-1 The WYE(Y)-Connected Three-Phase AC Generator
379(6)
Experiment 28-1 P-N Junction
385(6)
Experiment 28-2 Transistor as a Switch
391(4)
Experiment 28-3 Diode Rectifiers
395(6)
Experiment 28-4 Rectification and Filters
401(6)
Experiment 28-5 Troubleshooting Power Supplies
407(10)
Experiment 29-1 Common-Emitter Amplifier
417(8)
Experiment 31-1 FET Amplifier
425(6)
Experiment 32-1 Two-Stage Transistor Amplifier
431(8)
Experiment 33-1 Light-Sensitive Diodes
439(4)
Experiment 33-2 Zener Diodes for Regulation and Protection
443(6)
Experiment 33-3 Silicon-Controlled Rectifier
449(8)
Experiment 34-1 Operational Amplifiers
457(10)
SUPPLEMENTAL EXPERIMENTS
Experiment A-1 Digital or and and Gates
467(4)
Experiment A-2 Digital nor and nand Gates
471(4)
Experiment A-3 Multivibrator Flip-Flop
475(4)
Experiment A-4 Integrated Logic Circuits
479(4)
Experiment B-1 Vacuum Tube Amplifier
483(8)
Appendix A Applicable Color Codes 491(3)
Appendix B Lab Report Preparation 494(4)
Appendix C Blank Graph Paper 498(10)
Appendix D How to Make Graphs 508(1)
Appendix E Oscilloscope Graticules 509(5)
Appendix F The Oscilloscope 514(3)
Appendix G Diode Data Sheet 517(1)
Appendix H Transistor Data Sheet 518(1)
Appendix I Component List 519