Ultimate Electric Circuits Course for Electrical Engineers

• Fundamentals of electric DC circuits
• SI units or international Units
• Definition of the electric charge, current, voltage, power, and energy
• Difference between dependent and independent sources
• Applications of DC Circuits
• Principle of TV picture tube or CRT
• Electricity bills calculations
• Basic laws of Electricity
• Ohm’s Law
• Open Circuit and Short Circuit
• Fixed and Variable Resistance
• Definition of Conductance
• Series and parallel connections
• Nodes, Branches, and loops in electric circuits
• Kirchhoff’s Laws (Current and Voltage)
• Series resistors and voltage division
• Parallel resistors and current division
• Wye-Delta transformations and vice-versa
• Applications as Lightning Systems
• Nodal analysis with/without voltage source
• Supernode
• Mesh analysis with/without a current source

• Super mesh
• Comparison of Nodal and Mesh analysis
• Applications as DC transistor circuits
• Linearity property
• Superposition theorem
• Thevenin’s theorem
• Norton’s theorem
• Maximum power transfer
• Source transformation
• Application of resistance measurement
• Various types of operational amplifiers
• Ideal operational and inverting/non-inverting amplifiers
• Summing and Cascaded operational amplifier circuits
• Digital-to-Analog converter
• Instrumentation amplifiers
• Capacitors and inductors
• Simplifying series and parallel capacitors
• Practical capacitors and inductors
• Simplifying series and parallel inductors
• Energy stored in capacitors
• Energy stored in inductors
• Capacitors and inductors as an integrator
• Capacitors and inductors as a differentiator

Course Summary

1. Basic Circuit Concepts
2. Basic Laws
3. Methods of Analysis
4. Circuit Theorems
5. Operational Ampflifiers
6. Capacitors and Inductors

Who Is This Course For

• Electricians,
• Students,
• Anyone interested in electric circuits

Requirements

• No prior knowledge about electric circuits
• Passion for learning and never giving up