Electrical Circuits

Learn Electrical Circuits the exam way—clear concepts, worked examples, and 77 focused lessons in electrical engineering.

Instructor: DAKALA SREENIVASULU

Last updated Aug 2026 en

2 learners enrolled

all-levels

This course includes

— on-demand video
Access on mobile & desktop
Full lifetime access
Certificate of completion

Course content

8 sections · 77 lectures

Lec-1 : Current Preview
Lec-2 : Voltage
Lec-3 : Ohm's law
Lec-4 : Energy and Power
Lec-5 : Resistance
Lec-6 : Circuit
Lec-7 : Inductance
Lec-8 : Capacitance
Lec-9 : Voltage And Current sources

Lec-10 : KVL Preview
Lec-11 : Voltage Division Rule
Lec-12 : KCL
Lec-13 : Current Division Rule
Lec-14 : Nodal Analysis
Lec-15 : Super node Analysis
Lec-16 : Mesh Analysis
Lec-17 : Super Mesh Analysis

Lec-18 : Star delta And Delta star transformation Preview
Lec-19 : Source transformation
Lec-20 : Superposition Theorem
Lec-21 : Example on Superposition Theorem
Lec-22 : Thevenin's Theorem
Lec-23 : Example on Thevenin's Theorem
Lec-24 : Norton's Theorem
Lec-25 : Example on Norton's Theorem
Lec-26 : Maximum power Transfer Theorem
Lec-27 : Reciprocity Theorem
Lec-28 : Tellegen's Theorem
Lec-29 : Millman's Theorem
Lec-30 : Substitution Theorem

Lec-31 : Alternating Current & Voltage Preview
Lec-32 : Average voltage
Lec-33 : RMS Value of Voltage
Lec-34 : Peak factor and Form Factor
Lec-35 : Purely Resistive Circuit
Lec-36 : Purely Inductive Circuit
Lec-37 : Purely Capacitive Circuit

Lec-38 : Impedance of Series RL Circuit Preview
Lec-39 : Impedance of Series RC Circuit
Lec-40 : Example on Series RL Circuit
Lec-41 : Example on Series RC Circuit
Lec-42 : Impedance of Series RLC Circuit
Lec-43 : Example on Series RLC
Lec-44 : RL Parallel Circuit Problem
Lec-45 : RC Parallel Circuit Problem
Lec-46 : Compound Circuits

Lec-47 : Instantaneous Power Preview
Lec-48 : Average Power
Lec-49 : Power Factor and Apparent Power
Lec-50 : Example on Apparent power, Average power, Power Factor
Lec-51 : Reactive Power
Lec-52 : Power Traingle
Lec-53 : Problem on Power and Power Factor

Lec-54 : Concept Of Mesh Analysis Preview
Lec-55 : Mesh Equations by inspection Method
Lec-56 : Example on Mesh Equations by inspection
Lec-57 : Nodal Analysis
Lec-58 : Example on Nodal Analysis
Lec-59 : Nodal Equation By Inspection Method
Lec-60 : Example On Node Equation by Inspection Method
Lec-61 : Superpostion Theorem
Lec-62 : Example on Super position Theorem
Lec-63 : Thevenin's Theorem
Lec-64 : Example on Thevenin's Theorem
Lec-65 : Norton's Theorem
Lec-66 : Example on Norton's Theorem
Lec-67 : Maximum power transfer Theorem
Lec-68 : Example on Maximum power transfer Theorem

Lec-69 : Series Resonance | RLC circuit Preview
Lec-70 : Impedance & Phase angle | RLC Circuit
Lec-71 : Resonance frequency | under maximum VL & VC
Lec-72 : VL & VC plots | Voltage Vs frequency
Lec-73 : RLC series circuit | Bandwidth
Lec-74 : Q factor RLC series circuit
Lec-75 : Parallel resonance
Lec-76 : Resonant frequency | Parallel resonant Circuit
Lec-77 : Impedance with frequency | Parallel resonant

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Electrical all-levels

Description

Electrical Circuits is an exam-focused electrical engineering programme designed for electrical engineering students targeting university exams and GATE-style practice (all levels). Lessons are paced for semester revision and competitive practice, with clear explanations you can replay anytime.

You will strengthen circuit intuition and numerical methods for Electrical Circuits, with diagrams and steps that match how examiners expect answers. Syllabus highlights include Basics of Electrical circuits, Kirchhoff's laws & Analyzing Methods, Useful Theorems in Circuit Analysis, Introduction to AC & Phase Relations In RLC, Impedance, and Power and Power Factor. Across 77 lessons, you will move from foundations to problem-solving patterns that show up in university papers and placement tests.

Taught by DAKALA SREENIVASULU, this course keeps theory short and practice heavy—so you can revise faster, spot examiner cues, and build confidence before mocks and finals.