Education | JoVE

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RL Circuit without Source

JoVE Core (Core: Electrical Engineering)

Maximum Power Transfer

JoVE Core (Core: Electrical Engineering)

Superposition Theorem for AC Circuits

JoVE Core (Core: Electrical Engineering)

Integrator and Differentiator

JoVE Core (Core: Electrical Engineering)

Independent and Dependent Sources

JoVE Core (Core: Electrical Engineering)

Parallel RLC Circuits

JoVE Core (Core: Electrical Engineering)

Design Example: Frog Muscle Response

JoVE Core (Core: Electrical Engineering)

Nodal Analysis with Voltage Sources

JoVE Core (Core: Electrical Engineering)

Equivalent Capacitance

JoVE Core (Core: Electrical Engineering)

Equivalent Resistance

JoVE Core (Core: Electrical Engineering)

Kirchoff's Laws using Phasors

JoVE Core (Core: Electrical Engineering)

RC Circuit with Source

JoVE Core (Core: Electrical Engineering)

Norton's Theorem

JoVE Core (Core: Electrical Engineering)

Norton Equivalent Circuits

JoVE Core (Core: Electrical Engineering)

Characteristics of Practical Op Amps

JoVE Core (Core: Electrical Engineering)

Series RLC Circuit with Source

JoVE Core (Core: Electrical Engineering)

Circuit Terminology

JoVE Core (Core: Electrical Engineering)

Design Example: Automobile Ignition System

JoVE Core (Core: Electrical Engineering)

Nodal Analysis

JoVE Core (Core: Electrical Engineering)

Series and Parallel Capacitors

JoVE Core (Core: Electrical Engineering)

Current Dividers

JoVE Core (Core: Electrical Engineering)

Phasor Relationships for Circuit Elements

JoVE Core (Core: Electrical Engineering)

RC Circuit without Source

JoVE Core (Core: Electrical Engineering)

Thevinin's Theorem

JoVE Core (Core: Electrical Engineering)

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