Канал: The PhD Engineer

Circuits I: RLC Circuit Response

Circuits I: RLC Circuit Response

Circuits I: Example Using Ideal Transformer

Circuits I: Example Using Ideal Transformer

Circuits I: Example with Complex Power Calculations

Circuits I: Example with Complex Power Calculations

Circuits I: Example - Frequency Domain Equivalent Circuit

Circuits I: Example - Frequency Domain Equivalent Circuit

Circuits I: Example - Node-Voltage Method with AC Circuit

Circuits I: Example - Node-Voltage Method with AC Circuit

Circuits I: Unit Step Function in Circuits

Circuits I: Unit Step Function in Circuits

Circuits I: Example with RLC Circuit (Series, Natural Response)

Circuits I: Example with RLC Circuit (Series, Natural Response)

Circuits I: Example with RL Circuit

Circuits I: Example with RL Circuit

Circuits I: Example with RLC Circuit (Parallel, Natural Response)

Circuits I: Example with RLC Circuit (Parallel, Natural Response)

Circuits I: Example with RLC Circuit (Parallel, Step Response)

Circuits I: Example with RLC Circuit (Parallel, Step Response)

Circuits I: Example with RC Circuit

Circuits I: Example with RC Circuit

Circuits I: Recap on Inductors and Capacitors at Steady State

Circuits I: Recap on Inductors and Capacitors at Steady State

Circuits I: Example with Inductors and Capacitors at Steady State

Circuits I: Example with Inductors and Capacitors at Steady State

Circuits I: Example with Non-Inverting Amplifier Circuit

Circuits I: Example with Non-Inverting Amplifier Circuit

Circuits I: Example with Summing (Inverted) Amplifier Circuit

Circuits I: Example with Summing (Inverted) Amplifier Circuit

Circuits I: Example with Current and Voltage Divider, Superposition

Circuits I: Example with Current and Voltage Divider, Superposition

Circuits I: Example with Thevenin Equivalent

Circuits I: Example with Thevenin Equivalent

Circuits I: Example with Wheatstone Bridge (Balanced)

Circuits I: Example with Wheatstone Bridge (Balanced)

Circuits I: Example with Wheatstone Bridge (Unbalanced)

Circuits I: Example with Wheatstone Bridge (Unbalanced)

Circuits I: Example 2 with Mesh Current Analysis

Circuits I: Example 2 with Mesh Current Analysis

Circuits I: Example 1 with Mesh Current Analysis

Circuits I: Example 1 with Mesh Current Analysis

Circuits I: Example with Node Voltage Analysis

Circuits I: Example with Node Voltage Analysis

Circuits I: Example with Power Calculations

Circuits I: Example with Power Calculations

Circuits I: Kirchoff's Current Law (KCL)

Circuits I: Kirchoff's Current Law (KCL)

Circuits I: Kirchoff's Voltage Law (KVL)

Circuits I: Kirchoff's Voltage Law (KVL)

Circuits I: Lecture 17 Wrap-Up: Mutual Inductance & Transformers

Circuits I: Lecture 17 Wrap-Up: Mutual Inductance & Transformers

Circuits I: Lecture 15 Wrap-Up: Sinusoidal Steady State Analysis

Circuits I: Lecture 15 Wrap-Up: Sinusoidal Steady State Analysis

Circuits I: Lecture 11 Wrap-Up: Response in RL, RC, RLC Circuits

Circuits I: Lecture 11 Wrap-Up: Response in RL, RC, RLC Circuits

Circuits I: Lecture 14 Wrap-Up: Phasors and the Frequency Domain

Circuits I: Lecture 14 Wrap-Up: Phasors and the Frequency Domain

Circuits I: Lecture 13 Wrap-Up: Complex Numbers and Sinusoidal Sources

Circuits I: Lecture 13 Wrap-Up: Complex Numbers and Sinusoidal Sources

Circuits I: Lecture 12 Wrap-Up: Step and Natural Response of RLCs

Circuits I: Lecture 12 Wrap-Up: Step and Natural Response of RLCs

Circuits I: Lecture 10 Wrap-Up: RL and RC Circuits

Circuits I: Lecture 10 Wrap-Up: RL and RC Circuits

Circuits I: Lecture 9 Wrap-Up: Inductors and Capacitors

Circuits I: Lecture 9 Wrap-Up: Inductors and Capacitors

Circuits I: Lecture 8 Operational Amplifier (Op-Amp) Circuits

Circuits I: Lecture 8 Operational Amplifier (Op-Amp) Circuits

Circuits I: Lecture 7 Wrap-Up: Operational Amplifiers (Op-Amps)

Circuits I: Lecture 7 Wrap-Up: Operational Amplifiers (Op-Amps)

Circuits I: Combining Current/Voltage Sources

Circuits I: Combining Current/Voltage Sources

Circuits I: Lecture 6 Wrap-Up: Thevenin and Norton Equivalent Circuits

Circuits I: Lecture 6 Wrap-Up: Thevenin and Norton Equivalent Circuits

Circuits I: Lecture 5 Wrap-Up: Mesh Current Analysis

Circuits I: Lecture 5 Wrap-Up: Mesh Current Analysis

Circuits I: Lecture 4 Wrap-Up: Node Voltage (Nodal) Method

Circuits I: Lecture 4 Wrap-Up: Node Voltage (Nodal) Method

Circuits I: Lecture 3 Wrap-up: Parallel and Series Resistor Networks

Circuits I: Lecture 3 Wrap-up: Parallel and Series Resistor Networks

Circuits I: Lecture 2 Wrap-up: Voltage/Current Sources

Circuits I: Lecture 2 Wrap-up: Voltage/Current Sources