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Explains the basics of electromagnetism, including what electricity and magnetism are and how they interact with each other.

Chapter 1 - Coulomb's Law and Kirchhoff's Circuit Laws Chapter 2 - Ohm's Law Chapter 3 - Theory of Relativity Chapter 4 - Special Relativity

Chapter 1 - Airborne Wind Turbine & Yaw Drive Chapter 2 - Swing Door Operator Chapter 3 - Rotary Encoder Chapter 4 - Biomechatronics & Dynamic Simulation Chapter 5 - Electrical Machine & Major Appliance Chapter 6 - HVAC Chapter 7 - Robotics Chapter 8 - Linear Encoder Chapter 9 - Mechatronics Chapter 10 - Automation Chapter 11 - Mechanical Engineering Chapter 12 - Automotive Engineering Chapter 13 - Servomechanism and Electromechanics Chapter 14 - Anti–Lock Braking System Chapter 15 - Mechanical Filter

Chapter 1 - Bode Plot Chapter 2 - Breakdown Voltage & Inrush current Chapter 3 - Input Impedance & Equivalent Series Resistance Chapter 4 - Johnson–Nyquist Noise Chapter 5 - Nominal Impedance & Overdrive Voltage Chapter 6 - Power Factor Chapter 7 - Phase Margin, Power Gain & Power Rating Chapter 8 - Shot Noise Chapter 9 - Stray Voltage Chapter 10 - Voltage Drop & Threshold Voltage Chapter 11 - Q Factor Chapter 12 - Electronic Circuit Chapter 13 - Semiconductor Device

Chapter 1 - Electric Charge and Electric Current Chapter 2 - Electric Field and Electric Potential Chapter 3 - Electromagnetism Chapter 4 - Electrical Network