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• Week 1: 1. Zero Reference Level, Chassis Ground, Ohm‘s Law, Formula Variations of Ohm‘s Law, Graphical Representation of Ohm‘s Law,
• Week 2: Linear Resistor, Non Linear Resistor, Cells in Series and Parallel, 2. Resistive Circuits
• Week 3: 3. Resistors, Inductors
• Week 4: Energy Sources
• Week 5: Magnetism and electromagnetism
• Week 6: Solid State. Atomic structure, Electron distribution of different atoms, Energy bands in solids, Bonds in solids, Conduction in solids
• Week 7: Conductors, Semiconductors and types of semiconductors, Insulators, Majority and Minority charge carriers, Mobile charge carriers and immobile ions, Drift current in good conductors.
• Week 8: P-N Junction. Formation of depletion layer, Junction or barrier voltage, Forward biased P-N Junction, Forward V/I Characteristics,
• Week 9: Reverse biased P-N Junction, Re-verse Saturation Current, Reverse V/I Characteristics, Junction breakdown, Junction Capacitance
• Week 10: Optoelectronics Devices
• Week 11: DC Power Supplies
• Week 12: The Basic Transistor
• Week 13: Modulation and Demodulation. Carrier Waves, Modulation, Demodulation or Detection, Comparison between Amplitude Modulation (AM) and Frequency Modulation (FM).
• Week 14: Integrated Circuits. Advantages of ICs and Drawbacks of ICs, Scale of Integration
• Week 15: Classification of ICs by function, Linear and Digital Integrated Circuits, IC Terminology, Fabrication of IC Components, Popular Application of ICs, Operational Amplifier
• Week 16: Fiber Optics. Structure of Optical Fibers, Classification of Optical Fibers, Fiber Characteristics