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EEE Rony Parvej’s Lecture– 7 & 8: Control System & Transients Update: 30 April, 2015 fecabook.com/ronyiut
Transcript of EEE - WordPress.com · EXAM QUESTION SOLUTION Determine the equivalent transfer function of the...
EEE
Rony Parvej’s
Lecture– 7 & 8: Control System & Transients
Update: 30 April, 2015
fecabook.com/ronyiut
Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system
TRANSIENTS
For the circuit shown bellow, Let VC (0) = 45V. Determine VC (t) and VX (t) at t > 0
0.
DPDC-2014
The switch in Figure has been in position A for a long time. At t=0, the switch moves to
B. Determine v(t) for t > 0.
DWASA-
2014
Control System
Determine the equivalent transfer function of the system shown bellow.
NWPGCL-14
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
Consider the feedback control system shown bellow:
Determine the range of gain K for which the system is stable.
BPDB-2015
Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system
Formulas at a glance:
Rony Parvej’s EEE Job Preparation Lecture – 7 & 8: Transients & Control system
Important Examples from Fundamentals of Electric Circuits by Alexandar, Sadiku
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
CONTROL SYSTEM
Rules for solving block diagrams:
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
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
