ENEE4302 | CONTROL SYSTEMS 1

(Not For Computer  Engineering Students) System modeling with emphasis on controlled electrical systems, differential equation and transfer function models of linear time-invariant systems, response of first- and second-order linear systems, stability, Routh’s stability criterion, performance and stability of feedback control systems, the root locus method, frequency response and Bode plots, Nyquist’s stability criterion, compensation of control systems using root locus and frequency response, control of unstable systems. 

Parent Business Unit ID: 
Prerequisite: 
ENEE2302 | SIGNALS AND SYSTEMS
ENEE2305 | NETWORK ANALYSIS 2
ENEE2312 | SIGNALS AND SYSTEMS
ENEE2305 | NETWORK ANALYSIS 2