Resistance, Charge (C), Current (Amps), Voltage (Volts), Power (Watt), Ohms Law, Power Dissipated in Resistance, "preferred values" or "E-series" resistance, tolerance value, 4 band, 5 band, and 6 band resistors, The temperature coefficient (ppm/K), carbon film resistors, ceramic resistors, Potentiometers, Star and Delta Connections, Voltage divider, Potential Divider, Connecting LED to 9 V Battery with help of series resistance. Driving LED with Arduino.
Electrical Science
Course Curriculum
- Power Sources34 mins
- Basic Electrical Quantities39 mins
- Circuit Analysis and Kirchhoff’s Laws30 mins
- Mesh and Node Analysis27 mins
- Thevenin's Theorem28 mins
- Norton’s Theorem & Max Power Transform Theorem30 mins
- Superposition Theorem26 mins
- Capacitors46 mins
- Inductors37 mins
- First Order Circuits42 mins
- Second Order Circuits, RLC series and RLC Parallel Circuits32 mins
- Introduction to AC Circuits47 mins
- AC Response for Pure Resistive, Inductive and Capacitive Circuits24 mins
- AC Response for a Series RLC Circuits
- AC Response for Parallel RLC Circuits26 mins
- Resonance in AC Circuits37 mins
- Three Phase AC Circuits - Part 137 mins
- Three Phase AC Circuits – Part 225 mins
- Three Phase AC Circuits – Part 335 mins
- Passive Filters40 mins
- Transformer Theory and Operation35 mins
- Diode Rectifiers52 mins
- Diode Clipper and Clamper Circuits32 mins
- Introduction to BJT35 mins
- BJT Amplifiers-Part138 mins
- BJT Amplifiers-Part219 mins
Teacher
Sanjay Vidyadharan
Role : Professor
- Website : https://universe.bits-pilani.ac.in/pilani/vidhyadharan/Profile
- Experience : 25 Years
- Specialist in : Electronics and Electrical Engineering
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