Front Matter
Cover
Title Page and Copyright
Preface
Before We Begin
What is covered
Organization
Learning by Doing
Notation
Feedback
Part One: Electrical Properties and Behaviors
Fundamental Concepts
Voltage and Current
Current and Signal Velocity
First Circuit
Ohm’s Law
Investigating Resistance
Series Circuits
Voltage Dividers
Parallel Circuits
Combining Resistors
Mixed Series and Parallel Circuits
Combining Voltage Sources
Kirchhoff’s Law
Applying Kirchhoff’s Law
Sources and Common Returns
Simplifying Circuits
Thevenin and Norton Equivalence
Power
AC Voltages and Currents
Definitions
AC Waveform Characteristics
AC Wavefrom Composition
Conveying Information
Time, Frequency, and Modulation Domains
A Simple AC Circuit
Expressing Values
Engineering Notation
Decibels
Percentage and PPM
Phase
Wavelength
Linear and Log Plotting
Passive Electrical Properties
Resistance
Capacitance
Inductance
Mental Model
Current and Voltage Phase
Reactance and Impedance
Transformer
AC Passive Circuits
RC time constant
RC differentiator
RC Filters
RC & RL Lowpass filters
RC & RL Highpass filters
Resonance
Part Two: Active components
Semiconductors
Semiconductor Materials
Diodes
BJT Transistors
FET Transistors
Thyristors and More
Integrated Circuits
Discrete Circuits
Full Wave Rectification
Split Power Supplies
Active Regulator
Simple Zener Regulation
Adjustable Regulator with Feedback
Darlington and Sziklia connected transistors
BJT Common Collector Amplifier
BJT Common Collector Amlifier
BJT Push Pull Amplifier
Oscillators
Contact
Privacy Policy
copyright © 2021 John Miskimins
