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Free Download Complete Circuit Analysis 2 Intermediate to Advanced
Published 8/2026
Created by Miled El-Jabbour
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English | Duration: 29 Lectures ( 3h 24m ) | Size: 720.8 MB
Master transients, AC power, phasors, Laplace transforms, transfer functions, filters, and transfromers.
What you'll learn
Analyze first-order and second-order circuits, including LC, RC, and RLC circuit responses. Apply complex numbers and phasor calculations to solve AC circuit problems. Calculate instantaneous, complex, real, reactive, and apparent power in AC circuits. Evaluate power factor and apply power-factor correction techniques. Apply the maximum power transfer theorem to AC electrical circuits. Use Laplace transforms to analyze circuits and determine their transient and steady-state responses. Derive and interpret transfer functions for electrical circuits and systems. Analyze the behavior and frequency response of different electrical filters. Understand the operation and analysis of transformers. Analyze one-port and two-port networks using appropriate network parameters.Requirements
A basic understanding of electrical circuits, voltage, current, resistance, capacitors, and inductors. Familiarity with Ohm's Law, KCL, KVL, nodal analysis, and mesh analysis. Basic knowledge of algebra, trigonometry, and introductory calculus is helpful. Completion of a basic circuit-analysis course, such as Complete Circuit Analysis: Beginner to Advanced, is recommended. A calculator, notebook, and willingness to practice circuit problems are all you need.Description
Master advanced circuit analysis and develop the skills to solve complex electrical engineering problems with confidence.
Complete Circuit Analysis II: Advanced Circuits and Systems builds upon the fundamentals of circuit analysis and takes you into transient behavior, AC power, frequency-domain methods, and electrical network analysis. The course presents each topic systematically, helping you understand the theory, select the correct method, and apply it effectively.
You will begin by analyzing first-order circuits before progressing to LC and second-order circuits. You will learn how circuit behavior changes over time and how energy-storage components affect transient and natural responses.
The course then introduces complex numbers and phasor calculations, giving you the essential mathematical tools required to analyze sinusoidal circuits. You will explore instantaneous, complex, reactive, and apparent power, together with power factor, power-factor correction, and maximum power transfer.
You will also learn how to use Laplace transforms to solve circuit problems, derive transfer functions, and examine circuit behavior in the frequency domain. The course covers electrical filters, transformers, and the analysis of one-port and two-port networks.
Throughout the course, you will study
First-order, LC, and second-order circuits Complex numbers and phasor calculations Instantaneous, real, reactive, complex, and apparent power Power factor and maximum power transfer Laplace transforms and transfer functions Electrical filters and frequency response Transformer operation and analysis One-port and two-port networksThis course is ideal for electrical, electronics, computer, and mechatronics engineering students, as well as engineers and technicians who want to strengthen or refresh their advanced circuit-analysis skills.
By the end of the course, you will be able to approach advanced circuit problems using time-domain and frequency-domain techniques while selecting the most appropriate analysis method for each situation.
Enroll today and take the next step toward mastering advanced circuit analysis.
Who this course is for
Electrical, electronics, computer, and mechatronics engineering students who want to master advanced circuit analysis. Learners who have completed a basic circuit-analysis course and want to continue to an intermediate or advanced level. University students who need support with transient analysis, AC power, phasors, Laplace transforms, filters, transformers, and network analysis. Engineers and technicians who want to refresh or strengthen their circuit-analysis and problem-solving skills. Anyone preparing for advanced electrical engineering courses, examinations, or technical careers.Homepage
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