luminalab.app

Module teaching guides

For each module: usage guide, learning goals and lesson tips.

Ohm's Law & Power Management Ohm's Law, series and parallel circuits, dissipated power and short circuit
Capacitor Charge & Discharge RC charge and discharge, exponential curve, time constant τ
AC Behaviour (R, L, C) Behaviour of R, L, C in alternating current, impedance and phasors
Filters RC, Bandpass and RLC filters: frequency response with Bode plot
Forces & Vectors Composition and decomposition of forces, resultant, equilibrium
Magnetic Force & Motor Force on a conductor in a magnetic field and DC motor simulation
Electrostatics Coulomb's Law and electric field, interactive visualisation of field lines
Logic Gates Logic gates, truth tables and combinational circuits
Fluid Dynamics Pascal's Principle, Boyle-Mariotte Law and Archimedes' Principle
Power Factor & AC Power Active, reactive and apparent power, power triangle and power factor correction with capacitor
Three-Phase AC Systems Three-phase systems, rotating phasors, star and delta connections, power triangle
Hooke's Law & Spring Composition Hooke's Law, elastic energy, springs in series and in parallel
Op-Amp Op-amp inverting/non-inverting, virtual short, saturation, comparator with hysteresis