Training Sessions
Ohm’s Law – 9 minutes Names the electrical quantities represented by I, E, and R. States Ohm’s law in words and as a formula. Shows how to calculate the current, voltage, or resistance of a simple circuit when any two of the quantities are known. Presents a memory aid.
Series Circuits – 10 minutes Describes how to calculate: total resistance of a series circuit when its individual series resistances are known; resistance of a single series component when the total circuit resistance and the remaining series resistances are known. States Kirchhoff’s voltage law, and shows how to calculate the voltage drops across each component in a series circuit.
Parallel Circuits – 12 minutes States Kirchhoff’s current law. How to calculate the branch currents in a parallel circuit when the source voltage and the individual branch resistances are known, the total current through a parallel circuit when the individual branch currents are known, and the total resistance of a parallel circuit when the individual branch resistances are known.
SeriesParallel Circuits – 12 minutes Working with resistance strings in parallel, and resistance banks in series. How to calculate: total resistance of a seriesparallel circuit, voltage drops in a seriesparallel circuit, branch currents in a seriesparallel circuit.
Shortcut Methods – 9 minutes How to use proportional voltage drops, proportional branch currents. Special cases in parallel circuits: two parallel branches, several branches of equal resistance.
Troubleshooting DC Circuits – 11 minutes Demonstrates how to troubleshoot a DC motor drive circuit, a grounded DC distribution system, a series circuit, a parallel circuit.
