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Preface | |
Introduction | |
Overview | |
Basic Concepts | |
Circuits | |
DC Circuits | |
Ohm's Law | |
Kirchhoff's Law | |
Single-Loop Circuits | |
Single-Node-Pair Circuits | |
Resistor Combinations | |
Nodal Analysis | |
Loop and Mesh Analysis | |
Superposition | |
Source Exchange | |
Thevenin's and Norton's Theorems | |
Measurements and the Wheatstone Bridge | |
Transient Analysis | |
Capacitors and Inductors | |
First Order Circuits | |
Second-Order Circuits | |
AC Steady State Analysis | |
Sinusoidal Functions | |
The Sinusoidal Function/Complex Number Connection | |
Phasor Relationships for Circuit Elements | |
Impedance and Admittance | |
Y & Delta; Transformations | |
Basic Analysis Using Kirchhoff's Laws | |
Nodal Analysis | |
Mesh and Loop Analysis | |
Superposition | |
Source Transformation | |
Thevenin's and Norton's Theorems | |
Nonsinusoidal Steady State Response | |
Steady State Power Analysis | |
Instantaneous Power | |
Average Power | |
Effective or RMS Values | |
The Power Factor | |
Complex Power | |
Power Factor Correction | |
Typical Residential AC Power Circuits | |
Three-Phase Circuits | |
Magnetically Coupled Circuits and Transformers | |
Magnetic Circuits | |
Mutual Inductance | |
The Linear Transformer | |
The Ideal Transformer | |
Transformer Applications | |
Network Frequency Characteristics | |
Sinusoidal Frequency Analysis | |
Passive Filter Networks | |
Resonant Circuits | |
Electronics | |
Introduction to Electronics | |
Energy and Power | |
Analog and Digital Systems; Signals and Pulses | |
Analog Systems; Amplifiers and Gain | |
Modulation and Demodulation; Encoding and Decoding | |
Digital Systems; Information, Sampling and Logic Gates | |
Electronic Instrumentation and Measurement Systems | |
Operational Amplifiers (OpAmps) | |
The Ideal Op Amp | |
The Noninverting Amplifier | |
The Unity-Gain Buffer | |
The Inverting Amplifier | |
The Principle of Negative Feedback | |
The Differential Amplifier | |
The Summing Circuit | |
The Integrator | |
The Active Filter | |
The Current-to-Voltage Convertor | |
The Nonideal Op-Amp | |
Semiconductors, Diodes, and Power Supplies | |
P- and N- Type Semiconductors | |
Current Conduction in Semiconductors | |
The p-n Junction Diode | |
Diode Circuit Models | |
Power Supply Circuits | |
Wave Shaping: Clippers and Clampers | |
The Zener or Avalanche Diode | |
Load Lines and Graphical Solutions | |
Photodiodes and Light Emitting Diodes | |
Transistor Fundamentals: Switches, Large-Signal Amplifiers and Power Electronics | |
MOSFET Fundamentals | |
MOSFET Output Curves and Regions of Operation | |
The NOT Gate: MOSFET Implementation | |
Other FET Types | |
Large Signal Amplifiers: Using the MOSFET | |
BJT Fundamentals | |
BJT Output Curves | |
The NOT Gate: BJT Implemenatation | |
Large-Signal Amplifiers: Using the BJT | |
Power and Voltage Limits of MOSFETs and BJTs | |
Thyristors, Silicon-Controlled Rectifiers (SCRs) and Motor Control | |
Small Signal Transistor Amplifiers | |
General Linear Two-Port Models | |
The MOSFET Small-Signal Model | |
MOSFET Amplifier Circuits: Small-Signal Analysis | |
Voltage Gain Loss at the Input | |
The BJT Small-Signal Model | |
BJT Amplifier Circuits: Small Signal Analysis | |
Multi-Stage Amplifiers | |
Digital Logic Circuits | |
Number Systems | |
Boolean Algebra | |
Truth Tables | |
Switching Networks | |
Canonical Forms | |
Function Minimization | |
Combinatorial Logic Design | |
Sequential Logic Circuits | |
Digital Electronic Logic Gates | |
Review of Ideal Logic Gates | |
Real Logic Gates: Speed | |
Basic Logic Gates Using Relays | |
Basic Logic Gates Using MOSFETs | |
Basic Logic Gates Using BJTs | |
Electromechanical Systems | |
DC Machines | |
Fundamental Concepts | |
A Simple Rotating Machine | |
The Basic DC Machine | |
Equivalent Circuits and Analysis | |
AC Polyphase Machines | |
The Revolving Magnetic Field | |
The Polyphase Induction Machine: Balanced Operation | |
The Polyphase Synchronous Machine: Balanced Operation | |
AC Machine Applications | |
Complex Numbers | |
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