Dr. Chrysler's Engineering Education Channel

1-7 Adopting a Cosine Reference for Phasors

1 - 4.5 Introduction to Frequency and Phase Modulation, and Instantaneous Frequency Concept

2 - 4.2 The Meaning of Double Sideband Suppressed Carrier

Plotting Voltage when Current in Capacitor is Known Example Problem

Example - Functional "Standard" Wave Form Equation

Example - Converting Complex Numbers from Rectangular to Polar

1 - 4.4.1 Introduction to Single Sideband (SSB) Amplitude Modulation (AM)

Introduction to AC Analysis

Derivation of Inductor Impedance

Node Voltage Example Problem

Designing an Averaging Op Amp Example Problem

Phasor Diagram Example Problem

Finding Voltage in a Circuit with a Dependent Source Example Problem

1-7 Adopting a Cosine Reference for Phasors

Defining a UNIFORM PLANE WAVE in z direction, Magnetic Field Equations

12 - 4.2.2 Diode Bridge Switching Modulator Explained

Finding Voltage in a Circuit with a Dependent Source Example Problem

6 - 4.3 Example of Modulation Index Effect

Circuit Node, Series, Parallel Identification Example Problem

1-7 Deriving the Phasor Relationship for Electromagnetics

Mesh Current Circuit Solution Example Problem

Dealing with Surface Normal Vectors in Undergraduate Electromagnetics

Node Voltage Circuit Solution Example Problem

Review of Complex Numbers

Calculating Non-Inverting Op Amp Gain Example Problem

Series RLC Derivation

2 - 4.3 Effect of Distortion on DSB SC

2 - 4.8 Frequency Mixing and Frequency Conversion

Breaking a Vector into Tangent and Normal Components

2 - 4.9 Narrowband Angle Modulated Signal Generation

7 - 4.2.1 Full Overview of DSB-SC Modulation and Demodulation

Defining Complex Permittivity

Finding a Normal Line to a Function at a Point (When a Tangent Line is Already Known)

2 - 3.5 Inverse Fourier Transform of Ideal Low Pass Filter

Equivalent Impedance Example Problem

Finding Current Response in Inductor Example Problem

1 - 4.6 How much Bandwidth does FM Require? Bandwidth Analysis Introduction

Deriving the Solution for the Electric Field from the Wave Equation

Defining a UNIFORM PLANE WAVE in z direction, Electric Field Equations

Thevenin Equivalent Circuit & Superposition Example Problem

Example - Converting Complex Numbers from Polar to Rectangular

Transform to Phasor Example Problems

1 - 4.4.2 QAM Introduction

5 - 4.4.1 SSB Signal Definition in Time Domain

8 - 3.1 Existence of the Fourier Transform

Finding a Tangent Line to a Function at a Point

Finding Normal and Tangent Unit Vector from Normal and Tangent Lines

Equivalent Circuits & Source Transformation Example Problem

LTSPICE Tutorial: Voltage Controlled Switch, Pulsed Voltage Source, RC Charge & Discharge

1 - 4.4 Introduction to Bandwidth Efficient Amplitude Modulation