Electronic Design Course, DVD. Why You Need This Course SEE VIDEO

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Rapid Practical Electronic Design - DVD and Text
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Why You Need This Course
If all you want to do is tinker, you don't need this course. But the field of electronics is so vast, if you want to design electronic circuits and not waste time studying what you don't need to know, you need to follow a path from someone who can teach you what you need to know, and not teach you what you don't need to know.
What You Get:
43 Lesson Video Course with over 10 hours of video.
220 page file that provides text of the video course.
No-risk 30-day money back guarantee if not satisfied for any reason.
RPED - You Need a Path - YouTube
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Requirements: Algebra and Trigonometry
Table of Contents
Resistors 6
Chapter 1: Properties of Resistors 7
Resistor Color Code 8
Ohm's Law 10
Resistor Power Derating Curve 10
Difference Between Power and Energy 11
Power in a Resistor 12
Noise in a Resistor 12
Resistor Types and Properties 14
Resistor Table 15
Potentiometers 16
Resistor Networks 18
Batteries in Series and Parallel 18
Resistors in Series and Parallel 18
Analyzing a Simple Battery and Resistor Circuit 19
Analyzing a Simple Battery and Two Resistor Circuit 21
Solving Resistor Networks 22
Kirchhoff's Circuit Laws 22
Voltage Division 22
Source Transformation 23
Thevenin's Theorem 26
Kirchhoff”s Loop Equations 27
Chapter 1 Summary 29
Chapter 1 Problems 31
Chapter 2: Calculus Simplified 35
What Is Calculus 35
What is a Derivative? 35
How to Take a Derivative 37
What is Integration? 39
Notation 39
The Indefinite Integral 40
The Definite Integral Finds the Area Under the Curve 40
Using WolframAlpha.com to Integrate and Differentiate 41
Chapter 2 Summary 42
Chapter 2 Problems 43
Chapter 3: Important Math Functions 46
The Exponential Function
e
x
and the Mathematical Constant e 46
How to Take the Derivative and Integral of
e
x
47
Imaginary and Complex Numbers 47
Why Imaginary Numbers Produce Solutions to Real-Life Engineering Problems 48
Euler's Formula and Euler's Identity 51
How to Add, Subtract, Multiply, and Divide Complex Numbers 52
Chapter 3 Summary 55
Chapter 3 Problems 56
Chapter 4: Some Important Concepts 59
Waveform Terminology 59
Waveforms: Sine, Square, Triangle, Exponential, and Sawtooth 59
Fourier Theory 59
Superposition 60
Frequency 61
Root Mean Square (RMS), Effective, Average, and Peak voltage 64
AC vs. DC 66
Decibels 67
Specifying Relative Power and Voltage Ratios 67
Specifying Absolute Power and Voltage Levels 68
Bandwidth 71
Power Delivered to a Load 72
Chapter 4: Summary 75
Chapter 4: Problems 77
Chapter 5: Capacitors 80
Combining Capacitors 81
Capacitor Properties 82
How to Select Your Capacitor 84
Ceramic Capacitors 85
Class 1 Capacitors 85
Class 2 Capacitors 88
Class X, Class Y, and Class X/Y Safety Capacitors 89
Electrolytic Capacitors 90
Tantalum Capacitors 91
Film Capacitors 91
Other Capacitor Factors 93
ESR Equivalent Series Resistance 93
Ripple Current 93
Dissipation Factor 94
Self Resonant Frequency 94
Capacitor Rules of Thumb 95
Chapter 5: Summary 96
Chapter 5: Problems 97
Chapter 6: Inductors 100
Inductor Properties 101
Combining Inductors 102
How to Select an Inductor 103
Chapter 7: Resistance, Reactance, and Impedance 106
Chapter 8: AC RC, RL, LC, and RLC Networks 108
How to Solve AC Networks 108
RC Low Pass Filter 108
Bode Plot for RC Low Pass Filter 113
Phasors Explained 114
How to Construct a Phasor Diagram 119
RC High Pass Filter 121
Bode Plot for RC High Pass Filter 122
RL Low Pass Filter 123
RL High Pass Filter 125
How to Use the Laplace Variable s to Plot Bode Plots 126
RLC and LC Network Using the Laplace Variable s 127
Oscillation and step response of resonant circuit 129
Resonance 129
Solving a Parallel Network 133
Filters 136
Chapter 8: Problems 137
Chapter 9: Power, Real, Apparent, and Reactive. Power Factor 141
Chapter 9: Summary 148
Chapter 10: Transient Response of RC and RL Networks 149
Transient Response for a Capacitor 149
Transient Response for an Inductor 152
Time Constant 153
Rise Time
t
R
, Slew Rate, and Bandwidth BW 154
Gain Bandwidth Product GBP 154
Chapter 10: Summary 155
Chapter 10: Problems 156
Chapter 11: Semiconductor Devices 158
Diodes 158
General Purpose Silicon Diodes 160
Bridge Rectifier 160
Schottky Diodes for Switching Power Supplies 162
Germanium Diodes 163
Zener Diodes 163
Transient Suppressor Diodes (TVS) 165
LED's (Light Emitting Diodes) 165
Bipolar Transistors (BJTs) 168
The Three Transistor Configurations: Common Emitter, Common Base, and Common Collector 170
How a Transistor Increases the Base Input Resistance 171
Why Feedback is Required for a Practical Amplifier 172
Design of a Common Collector Stage 173
Properties of the Base-Emitter Junction: Shockley's Equation 174
Design of a Common Base Stage 174
Design of a Common Emitter Stage 176
Darlington Transistors 180
Miller Capacitance 181
Cascode Configuration - Remedy for Miller Effect 181
Baker Clamp Anti-Saturation Circuit 182
Current Source 182
Current Mirror 183
Differential Amplifier Configuration 183
Driving a Relay 184
Transistor Testing 185
Field Effect Transistors (FETs) 185
Insulated Gate Bipolar Transistors (IGBTs) 188
Thyristors 188
The SCR 189
The Triac 190
The Diac 191
The Rate Effect 192
Steps to Designing a Snubber 194
Operational Amplifiers (Op Amps) 195
The Single Formula Technique 197
Choosing an Op Amp 198
Practical Considerations 201
Opto-Isolators 203
Transformers 204
Power Supplies 206
The 78xx Linear Regulators 206
The 79xx Negative Voltage Regulators 207
Digital Logic Electronics 208
How to Select a Fuse 211
The 555 Timer and How to Build an Oscillator. Crystal Oscillator 213
Arduino Microcomputer Basics 216
Miscellaneous 217
Soldering 217
List of Some Equations to Remember 218
List of Calculators 218
END 220
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