Question

Question: Following figure shows the block diagram of a complex control system. a) Draw its equivalent signal flow graph. b) Find its transfer function by either block diagram reduction or Mason's gain rule. c) Write its impulse and step response equations. d) Find out the forced value of impulse and step response (if exists).

          Question: Following figure shows the block diagram of a complex control system.
a) Draw its equivalent signal flow graph.
b) Find its transfer function by either block diagram reduction or Mason's gain rule.
c) Write its impulse and step response equations.
d) Find out the forced value of impulse and step response (if exists).

Question: Following figure shows the block diagram of a complex control system.
a) Draw its equivalent signal flow graph.
b) Find its transfer function by either block diagram reduction or Mason's gain rule.
c) Write its impulse and step response equations.
d) Find out the forced value of impulse and step response (if exists).

Added by Randy C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sri K

09/21/2023

Step 1

Step 1: To draw the equivalent signal flow graph, we need to represent the system using nodes and directed edges to show the flow of signals. Show more…

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Question: Following figure shows the block diagram of a complex control system. a) Draw its equivalent signal flow graph. b) Find its transfer function by either block diagram reduction or Mason's gain rule. c) Write its impulse and step response equations. d) Find out the forced value of impulse and step response (if exists) Question: Following figure shows the block diagram of a complex control system a) Draw its equivalent signal flow graph. b) Find its transfer function by either block diagram reduction or Mason's gain rule c) Write its impulse and step response equations. d) Find out the forced value of impulse and step response (if exists). 15 R(s) Y(s) 1 15 s+1 S s+1