1. Which one of the following most correctly describes the restrictions on K that assures that both transient response requirements are met? Show your work for full credit. (a) 0< K < v6 (b) 1< K < v6 (c) K = /6 (d) v6< K (e) No value of K > 0 will satisfy both requirements.

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Subject: Control System

4.
Which one of the following most correctly describes the restrictions on K that
assures that both transient response requirements are met? Show your work for full credit.
(a) 0< K < v6
(b) 1< K < v6
(c) K = V6
(d) v6< K
(e) No value of K > 0 will satisfy both requirements.
Transcribed Image Text:4. Which one of the following most correctly describes the restrictions on K that assures that both transient response requirements are met? Show your work for full credit. (a) 0< K < v6 (b) 1< K < v6 (c) K = V6 (d) v6< K (e) No value of K > 0 will satisfy both requirements.
2
Electronic Pacemaker
Electronic pacemakers regulate the speed at which the heart pumps blood. We consider the design
of a pacemaker to regulate heart rate, in which the closed-loop dynamics
Расemaker
| Неart
K
Desired
Actual
s+1
heart rate
heart rate
Y(s)
are described by the transfer function
R(s)
12K
for K > 0 that is a positive constant.
82 + 12s + 12K
The system should satisfy the transient response characteristics: 1) peak time less than or equal to
7 seconds, and 2) percent overshoot less than or equal to e- . 100 z 4.32%.
Transcribed Image Text:2 Electronic Pacemaker Electronic pacemakers regulate the speed at which the heart pumps blood. We consider the design of a pacemaker to regulate heart rate, in which the closed-loop dynamics Расemaker | Неart K Desired Actual s+1 heart rate heart rate Y(s) are described by the transfer function R(s) 12K for K > 0 that is a positive constant. 82 + 12s + 12K The system should satisfy the transient response characteristics: 1) peak time less than or equal to 7 seconds, and 2) percent overshoot less than or equal to e- . 100 z 4.32%.
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