Welcome to the ENGG 225 Course Information Page!
University
Calendar Description
Apply fundamentally important circuit laws, including Ohm's and Kirchhoff's laws,
using precisely defined conventions for voltage, current, and power.
Analyze DC circuits using well-established systematic methods, including node voltage
analysis, mesh-current analysis, Thevenin and Norton equivalent circuits,
and superposition.
Analyze circuits employing operational amplifiers, including analysis and design
of inverting, non-inverting, and other useful amplifier circuits.
Predict the time-domain voltage-current behaviour, power, and energy of
capacitors and inductors.
Perform steady-state sinusoidal analysis of AC circuits using the same circuit
analysis methods as used in DC circuits, instead using complex impedances and phasers.
Determine complex power in AC circuits, including average power, reactive power,
and power factor.
Analyze DC motor and generator circuits in common machine configurations,
such as separately-excited, shunt-connected, and series-connected; you will
be able to relate electrical current, voltage, and power to physical torque,
power, and shaft speed.
Please use D2L for access to all current course material and information. All twelve active first-year blocks are merged into one common D2L shell.
Norm Bartley, August, 2023