Physics 3300 Electrical Circuit Analysis Lectures
Watch video lectures covering electrical circuit analysis, including Ohm’s Law, circuit theorems, operational amplifiers, nodal and mesh analysis, and Laplace transforms.
Video Lectures
38 Lectures, 53 Videos
Part 1
1A – Introduction; Units; Current
1B – Voltage or Potential Difference; Power
2 – Types of Circuits and Circuit Elements; Ohms’s Law
3A – Kirchhoff’s Current Law
3B – Kirchhoff’s Voltage Law
4A – Analysis of a Single Loop Circuit
4B – The Single Node-Pair Circuit
5A – Resistance and Source Combinations
5B – Voltage and Current Division
6 – The Operational Amplifier (Part 1)
7 – The Operational Amplifier (Part 2)
8 – The Operational Amplifier (Part 3)
9 – Nodal Analysis (Part 1)
10 – Nodal Analysis (Part 2)
11 – Mesh Analysis
12 – Source Transformations
13 – Problems in Source Transformations
14 – Linearity and Superposition
15 – Thévenin’s and Norton’s Theorems (Part 1)
16 – Thévenin’s and Norton’s Theorems (Part 2)
Part 2
17 – 1 Inductance (Part 1)
17 – 2 Inductance (Part 2)
18 – 1 Capacitance (Part 1)
18 – 2 Capacitance (Part 2); The Integrator and Differentiator
19 – Inductance and Capacitance Combinations
20 – Source-Free RL and RC Circuits
21 – The General RL Circuit
22 – The Simple and General RC Circuit
22 – Corollary to 22
23 – The Application of the Unit-Step Forcing Function
24 – 1 Unit-Step Forced RL Circuits
24 – 2 Unit-Step Forced RC Circuits
25 – 1 The RLC Circuit; Source-Free Parallel RLC Circuits
25 – 2 The Overdamped Parallel RLC Circuit
26 – 1 The Critically Damped Parallel RLC Circuit
26 – 2 The Underdamped Parallel RLC Circuit
27 – The Source-Free Series RLC Circuit
28 – The Complete Response of the RLC Circuit
Part 3
29 – 1 Sinusoidal Steady State Analysis
29 – 2 Forced Sinusoidal Response
30 – The Complex Forcing Function
31 – 1 The Phasor
31 – 2 Phasor Relationships for R, L, C
32 – Kirchhoff’s Laws Using Phasors
33 – Nodal and Mesh Analysis
34 – 1 AC Power Analysis
34 – 2 Average Power
35 – Maximum Power Transfer Theorem; Effective Values; Apparent Power; Power Factor
Part 4
36 – 1 The Complex Frequency (Part 1)
36 – 2 The Complex Frequency (Part 2); Definitions of Two-sided and One-sided Laplace Transforms
37 – 1 Laplace Transforms of Simple Time Functions; Inverse Transform Techniques
37 – 2 Inverse Transform Techniques (Part 2); Time Differentiation and Integration Theorems
38 – The Time-shift, Initial-Value, Final-Value Theorems