EGR-231 Engineering Circuit Analysis
Engineering Circuit Analysis provides an,introduction to electric circuits. circuit,topologies including series, parallel,,series-parallel, and non-planar circuits are,explained. Fundamental circuit elements are,studied including resistance, capacitance,,self-and mutual-inductance, constant-voltage,sources, constant-current sources, and controlled,sources. Magnetism as it relates to self-and,mutual-inductance is described. Basic law and,theorems are applied. Specifically, Ohm's law,,Kirchhoff's Voltage Law and Kirchhoff's Current,Law are described and applied. Mesh and nodal,analysis are used. DC and sinusoidal steady-state,circuits using the phasor concept are introducted.,Time-domain and analysis of R-L-C circuits is,covered as well as an introduction to Laplace,transforms.
Prerequisite
Successful completion of
MTH-235 and,
PHY-215 with a grade of C or higher, and,previous or concurrent enrollment in
MTH-236 and
PHY-225, or instructor consent.