Rony Parvej’s EEE Job Preparation Lecture 7 & 8: Transients ......Rony Parvej’s EEE Job...

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Transfer Function

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

EXAM QUESTION SOLUTION

Determine the equivalent transfer function of the system shown bellow.

NWPGCL-14

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Determine the values of natural frequency, damping factor and unit step response of a system

represented by the second order transfer function,

10

H (s) = -------------

s2 + 6s +5

EGCB-14

Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system

Consider the feedback control system shown bellow:

Determine the range of gain K for which the system is stable.

BPDB-2015