Description: This course of Basic Electronics will introduce students to electronics, high technology field undergoing great expansion in many societies. Through a theoretical and hands- on Approach using a multitude of components and devices, students will explore the fascinating world of electricity and electronics.
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Basic Electronics
- Lecture 1: Semiconductor materials
- Lecture 2: PN Junction Diodes
- Lecture 3: Diode Equivalent Circuits
- Lecture 4: Diode Rectifier Circuits
- Lecture 5: Zener Diode and Applications
- Lecture 6: Clipping and Clamping Circuits
- Lecture 7: Transistor Operation – Part – 1
- Lecture 8: Transistor Operation Part – 2
- Lecture 9: Biasing the BJT – Part – 1
- Lecture 10: Biasing the BJT – Part – 2
- Lecture 11: BJT Small Signal Analysis
- Lecture 12: BJT Amplifier – Part – 1
- Lecture 13: BJT Amplifier Part – 2
- Lecture 14: Frequency Response of BJT Analysis – Part – 1
- Lecture 15: Frequency Response of BJT Analysis Part – 2
- Lecture 16: Transistor as a Switch
- Lecture 17: Metal Oxide Semiconductor Field Transistors- 1
- Lecture 18: Metal Oxide Semiconductor Field Transistors- 2
- Lecture 19: MOSFET under dc operation
- Lecture 20: MOSFET as an Amplifier
- Lecture 21: Small signal model of MOSFET – I
- Lecture 22: Small signal model of MOSFET – II
- Lecture 23: High Frequency model of MOSFET
- Lecture 24: Junction Field Effect Transistor
- Lecture 25: Operational Amplifier (Op-Amp)
- Lecture 26: Ideal Op-Amp
- Lecture 27: Op-Amp applications – I
- Lecture 28: Op-Amp applications
- Lecture 29: Op-Amp applications – III
- Lecture 30: The practical Op-Amp
- Lecture 31: Positive feedback and oscillation
- Lecture 32: Comparator
- Lecture 33: Large Signal Amplifiers
- Lecture 34: Transformer Coupled Power Amplifier
- Lecture 35: Class AB Operations of PowerAmplifier
- Lecture 36: Power BJTs
- Lecture 37: Regulated Power Supply
- Lecture 38: Four Layered Diode
- Lecture 39: Silicon Control Rectifier
- Lecture 40: SCR Applications
