Electrical Engineering I

Course Code : [EPM201]

Programs : Energy and Sustainable Energy Program

Compulsory / Elective : Compulsory

Courses Level :Undergraduate

SI units, electrical potential, resistance, Electric current and Ohm’s law,
Resistance in series, Voltage divider rule, Kirchhoff’s laws, Maxwell’s loop
current method, Mesh analyses, Nodal analyses, Superposition theorem,
Thevenin equivalent circuit, Norton equivalent circuit, Star/delta
transformation, Maximum power transfer theorem, Periodic functions,
Sinusoidal functions, Time shift and phase shift, The average and effective
values, Nonperiodic functions, The unit step function, The unit impulse
function, Damped sinusoids, random signals, Types of capacitors, capacitors,
Charging and discharging of a capacitor with initial charge. Self inductance,
Mutual inductance, coefficient of coupling, inductances in series and parallel,
Energy stored in magnetic field, rise of current in inductive circuit,
Thevenin’s and Norton’s Theorms, Superposition of AC sources, AC
Bridges, AC power, Complex power, Power factor improvement, maximum
power transfer, Poly-phase circuits, Three phase systems, Y-Δ systems, High
pass and Low pass filters networks, half power frequencies, Ideal and
Practical filters, Exponential Fourier series, Applications in circuit analysis,
Fourier transform of non-periodic waveforms, Two port networks.