Circuits 2

Topics

The dedicated map for the eight-unit circuits sequence.

UNIT_MAP
01 // Course Content

Unit Breakdown

UNIT_01Active

Sinusoidal Steady-State Analysis

Response of circuits driven by sinusoids, RMS values, steady-state assumptions, and frequency-aware behavior.

SinusoidsRMSSteady State
UNIT_02Active

Phasors & Complex Impedance

Transform voltage and current into phasor form, then work with impedance in complex notation for cleaner AC analysis.

PhasorsImpedanceComplex Plane
UNIT_03In Progress

AC Power Analysis

Real, reactive, and apparent power with power factor and complex power relationships.

Power FactorReactive PowerComplex Power
UNIT_04In Progress

Series & Parallel RLC Circuits

Transient intuition meets steady-state resonance, damping, and frequency-selective behavior in RLC networks.

ResonanceDampingRLC
UNIT_05Upcoming

Frequency Response & Bode Plots

Construct and interpret transfer functions in magnitude and phase across frequency.

Bode PlotsdBTransfer Functions
UNIT_06Upcoming

Active Filters & Op-Amps

Low-pass, high-pass, and band-pass filter topologies implemented with op-amp stages.

Low-PassOp-AmpsButterworth
UNIT_07Upcoming

Three-Phase Circuits

Line and phase relationships, Y and Delta configurations, and power in balanced three-phase systems.

Three PhaseY/DeltaPower
UNIT_08Upcoming

Laplace Transform & Circuit Analysis

Bring initial conditions, poles, zeros, and the s-domain into the analysis toolkit.

s-DomainPoles/ZerosInverse Laplace