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Preface | XI | |
Course Objectives | XIII | |
Parts List for Experiments | XV | |
Unit 1 | Basics of DC Electronics | |
Unit Introduction | 1 | |
Unit Objectives | 1 | |
Important Terms | 2 | |
Electronic Systems | 4 | |
Energy, Work, and Power | 6 | |
Structure of Matter | 7 | |
Self-Examination | 11 | |
Electrostatic Charges | 12 | |
Static Electricity | 13 | |
Self-Examination | 13 | |
Electric Current | 14 | |
Conductors | 15 | |
Insulators | 15 | |
Semiconductors | 15 | |
Current Flow | 16 | |
Electric Force (Voltage) | 18 | |
Resistance | 19 | |
Voltage, Current, and Resistance | 20 | |
Volts, Ohms, and Amperes | 21 | |
Self-Examination | 22 | |
Components, Symbols, and Diagrams | 23 | |
Resistors | 25 | |
Schematics | 28 | |
Block Diagrams | 29 | |
Wiring Diagrams | 29 | |
Self-Examination | 29 | |
Electric Units | 31 | |
Scientific Notation | 34 | |
Self-Examination | 35 | |
Batteries | 36 | |
Self-Examination | 40 | |
Experimental Activities for DC Circuits | 41 | |
Tools and Equipment | 42 | |
Important Information | 42 | |
Lab Activity Troubleshooting and Testing | 42 | |
Experiment 1-1 | Components, Equipment, and Symbols | 48 |
Experiment 1-2 | Resistor Color Code | 53 |
Unit 1 Examination: Basics of DC Electronics | 56 | |
Unit 2 | Measuring Voltage, Current, and Resistance | |
Unit Introduction | 59 | |
Unit Objectives | 59 | |
Important Terms | 60 | |
Measuring Resistance | 60 | |
Self-Examination | 64 | |
Measuring Voltage | 65 | |
Measuring Current | 67 | |
Self-Examination | 70 | |
Parallel Circuit Measurements | 72 | |
Combination Circuit Measurements | 72 | |
Digital Meters | 73 | |
Self-Examination | 74 | |
Experiment 2-1 | Measuring Resistance | 76 |
Experiment 2-2 | Measuring Voltage | 80 |
Experiment 2-3 | Measuring Current | 85 |
Experiment 2-4 | Familiarization with Power Supply | 89 |
Unit 2 Examination: Measuring Voltage, Current, and Resistance | 91 | |
Unit 3 | Ohm's Law and Electric Circuits | |
Unit Introduction | 93 | |
Unit Objectives | 93 | |
Important Terms | 94 | |
Use of Calculators | 95 | |
Ohm's Law | 96 | |
Self-Examination | 98 | |
Series Electric Circuits | 99 | |
Summary of Series Circuits | 101 | |
Examples of Series Circuits | 101 | |
Self-Examination | 102 | |
Parallel Electric Circuits | 104 | |
Summary of Parallel Circuits | 106 | |
Examples of Parallel Circuits | 107 | |
Self-Examination | 109 | |
Combination Electrical Circuits | 110 | |
Examples of Combination Circuits | 111 | |
Kirchhoff's Laws | 113 | |
Self-Examination | 114 | |
Power in Electric Circuits | 115 | |
Voltage Divider Circuits | 117 | |
Self-Examination | 120 | |
Maximum Power Transfer | 121 | |
Kirchhoff's Voltage Law Problems | 122 | |
Equivalent Circuits | 125 | |
Self-Examination | 130 | |
Experiment 3-1 | Application of Ohm's Law | 134 |
Experiment 3-2 | Series DC Circuits | 137 |
Experiment 3-3 | Parallel DC Circuits | 140 |
Experiment 3-4 | Combination DC Circuits | 143 |
Experiment 3-5 | Power in DC Circuits | 147 |
Experiment 3-6 | Voltage Divider Circuits | 150 |
Experiment 3-7 | Kirchhoff's Voltage Law | 153 |
Experiment 3-8 | Kirchhoff's Current Law | 155 |
Experiment 3-9 | Superposition Method | 157 |
Experiment 3-10 | Thevinin Equivalent Circuits | 159 |
Experiment 3-11 | Norton Equivalent Circuits | 162 |
Experiment 3-12 | Maximum Power Transfer | 164 |
Experiment 3-13 | Bridge Circuits | 166 |
Unit 3 Examination: Ohm's Law and Electric Circuits | 169 | |
Unit 4 | Magnetism and Electromagnetism | |
Unit Introduction | 173 | |
Unit Objectives | 173 | |
Important Terms | 174 | |
Permanent Magnets | 175 | |
Magnetic Field Around Conductors | 177 | |
Magnetic Field Around a Coil | 178 | |
Self-Examination | 179 | |
Electromagnets | 179 | |
Ohm's Law for Magnetic Circuits | 181 | |
Domain Theory of Magnetism | 181 | |
Electricity Produced by Magnetism | 182 | |
Magnetic Effects | 184 | |
Self-Examination | 185 | |
Experiment 4-1 | The Nature of Magnetism | 186 |
Experiment 4-2 | Electromagnetic Relays | 188 |
Unit 4 Examination: Magnetism and Electromagnetism | 190 | |
Unit 5 | Electronic Instruments | |
Unit Introduction | 193 | |
Unit Objectives | 193 | |
Important Terms | 194 | |
Analog Instruments | 195 | |
Self-Examination | 199 | |
Comparison Instruments | 206 | |
CRT Instruments | 206 | |
Numerical Readout Instruments | 208 | |
Chart-Recording Instruments | 208 | |
Self-Examination | 209 | |
Unit 5 Examination: Electronic Instruments | 210 | |
Unit 6 | Inductance and Capacitance | |
Unit Introduction | 213 | |
Unit Objectives | 213 | |
Important Terms | 214 | |
Inductance | 215 | |
Capacitance | 215 | |
Time-Constant Circuits | 221 | |
Self-Examination | 224 | |
Experiment 6-1 | Time-Constant Circuits | 228 |
Unit 6 Examination: Inductance and Capacitance | 232 | |
Appendix A | Electronics Symbols | 235 |
Appendix B | Electric Safety | 239 |
Appendix C | Electronic Equipment and Parts Sales | 243 |
Appendix D | Soldering Techniques | 245 |
Appendix E | Troubleshooting | 247 |
Index | 251 |
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Add Understanding Dc Circuits, Understanding DC Circuits covers the first half of a basic electronic circuits theory course, integrating theory and laboratory practice into a single text. Several key features in each unit make this an excellent teaching tool: objectives, key terms, sel, Understanding Dc Circuits to the inventory that you are selling on WonderClubX
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Add Understanding Dc Circuits, Understanding DC Circuits covers the first half of a basic electronic circuits theory course, integrating theory and laboratory practice into a single text. Several key features in each unit make this an excellent teaching tool: objectives, key terms, sel, Understanding Dc Circuits to your collection on WonderClub |