Adequate knowledge in:
This course covers all the information needed for Formative and EASA exams in the following topics:
Coils Factors affecting Inductance of an Inductor
Factors affecting Inductance of an Inductor Induction of Motion Lenz's Law & Polarity, Self-induction
Mutual Inductance
Factors affecting Mutual Induction (Important for EASA and Formative)
Growth and Decay of Current in a Series RL Circuit
Introduction AC wave characteristics AC Terminology
AC Terminology Non-sinusoidal waves Generation of Sinusoidal Voltage
AC Phase 3-Phase Star & Delta Connection
Properties of 3-Phase System
Phase Shift Ohmic Resistance Inductive Reactance Capacitive Reactance
Capacitive Reactance Effect of frequency
Series RLC Circuits
Series RLC Circuits 2
Series and Parallel RLC Practice
True, Reactive, and Apparent Power Calculations
Summary
Filter - General Introduction
Series Resonance Filters
Parallel Resonance Filters
Two Port Networks Pass Filters
Band-Pass Filters
Transformer Intro Construction and Mode of Operation Transformer Shapes
Load Conditions and Transformer Ratio
Transformer Ratio
Step-Up & Step-Down Transformer Transformer Losses Polarity Power Transfer
Auto Transformer Current Transformer Three-Phase Transformer
Basic AC Generators Generation of Sinusoidal Voltage
Synchronous Generator - Stationary Field Machine Synchronous Generator - Revolving Field Machine Synchronous Generator - Single, Two, and Three Phase
Permanent Magnet Generator (PMG)
AC Motors Synchronous and Asynchronous Motors
Induction Motors (Split-Shaded Pole and Capacitor Motors)
Induction Motors (Split-Shaded Pole and Capacitor Motors)
More than 5 years of experience in tutoring several EASA part 66 Modules
M03-b (Electrical Fundamentals 2)
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