JoVE | Education

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Source Transformation for AC Circuits

JoVE Core (Core: Electrical Engineering)

Inverting and Non-inverting OpAmps

JoVE Core (Core: Electrical Engineering)

Power and Energy

JoVE Core (Core: Electrical Engineering)

Series RLC Circuit without Source

JoVE Core (Core: Electrical Engineering)

Design Example: Strain Gauge Bridge or Wheatstone Bridge

JoVE Core (Core: Electrical Engineering)

Capacitors

JoVE Core (Core: Electrical Engineering)

Kirchhoff's Voltage Law

JoVE Core (Core: Electrical Engineering)

Phasor Arithmetics

JoVE Core (Core: Electrical Engineering)

Graphical and Analytic Representation of Sinusoids

JoVE Core (Core: Electrical Engineering)

Series and Parallel Inductors

JoVE Core (Core: Electrical Engineering)

Source Transformation

JoVE Core (Core: Electrical Engineering)

Mesh Analysis for AC Circuits

JoVE Core (Core: Electrical Engineering)

Characteristics of OpAmp

JoVE Core (Core: Electrical Engineering)

Voltage

JoVE Core (Core: Electrical Engineering)

Second-Order Circuits

JoVE Core (Core: Electrical Engineering)

Linear Circuits

JoVE Core (Core: Electrical Engineering)

Instrumentation Amplifier

JoVE Core (Core: Electrical Engineering)

Kirchhoff's Current Law

JoVE Core (Core: Electrical Engineering)

Sinusoidal Sources

JoVE Core (Core: Electrical Engineering)

Energy Stored in Inductors

JoVE Core (Core: Electrical Engineering)

Design Example: Capacitance Multiplier Circuit

JoVE Core (Core: Electrical Engineering)

Mesh Analysis with Current Sources

JoVE Core (Core: Electrical Engineering)

Node Analysis for AC Circuits

JoVE Core (Core: Electrical Engineering)

Operational Amplifiers

JoVE Core (Core: Electrical Engineering)

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