Principles of Electric Machines and Power Electronics Notes (2nd edition)

These notes cover the course work of Electromagnetic Systems also known as Power Engineering. Sections include: Magnetic Circuits (Inductance, Energy Loss), Ideal and Non-Ideal Transformers (Voltage Regulation, Open/Close Circuit Tests, Efficiency), Electromagnetic Conversion (Simple Solenoid, Relay, Moving Coil Transducers, Motor Action), Three Phase Systems (Power Factor Correction, Tariffs, Star-Delta Connection) and Travelling Waves in Lossless Transmission Lines.

A comprehensive summary of the course notes for EEE2044S, excluding 3 Phase Circuits. Information and figures are taken from the lecture notes in 2022 and the course's prescribed textbook. The following sections are covered: Magnetic Circuits, Transformers and DC Machines.

A comprehensive summary of the course notes for EEE2044S, excluding 3 Phase Circuits. Information and figures are taken from the lecture notes in 2022 and the course's prescribed textbook. The following sections are covered: Magnetic Circuits, Transformers and DC Machines.

These notes cover the course work of Electromagnetic Systems also known as Power Engineering. Sections include: Magnetic Circuits (Inductance, Energy Loss), Ideal and Non-Ideal Transformers (Voltage Regulation, Open/Close Circuit Tests, Efficiency), Electromagnetic Conversion (Simple Solenoid, Relay, Moving Coil Transducers, Motor Action), Three Phase Systems (Power Factor Correction, Tariffs, Star-Delta Connection) and Travelling Waves in Lossless Transmission Lines.