Lectures in Capacitors
- Lecture 1: Basics (What Is A Capacitor?)
- Lecture 2: Capacitor With Dielectric
- Lecture 3: Capacitors In Parallel
- Lecture 4: Capacitors In Series
- Lecture 5: Finding The Equivalent Capacitance
- Lecture 6: Finding The Charge On & Voltage Across Capacitors
- Lecture 7: Current - Voltage Relationship (1 Of 2)
- Lecture 8: Current - Voltage Relationship (2 Of 2)
- Lecture 9: Energy Stored In Capacitor
- Lecture 10: Example Problem (1 Of 4) Q=? U=?
- Lecture 11: Example Problem (2 Of 4) V=? U=?
- Lecture 12: Example Problem (3 Of 4) I(T)=? I(T=2S)=?
- Lecture 13: Example Problem (4 Of 4) V(T)=? V(T=0.1S)=?
- Lecture 14: Capacitors With Current Source
- Lecture 15: Given Voltage, Determine Current=?
- Lecture 16: Given Current, Determine Voltage=?
- Lecture 17: Find The Equivalent Capacitance 1
- Lecture 18: Find The Equivalent Capacitance 2
- Lecture 19: Capacitors As Voltage & Current Dividers
- Lecture 20: Find The Voltage Across The Capacitors
- Lecture 21: The Integrator Circuit
- Lecture 22: The Summing Integrator Circuit
- Lecture 23: The Differentiator Integrator Circuit
- Lecture 24: The Differentiator: Example
- Lecture 25: The Analog Computer
- Lecture 26: The Analog Computer: Example