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Example 5.2 Block Diagram Reduction by Moving Blocks PROBLEM: Reduce the system shown in Figure 5.11 to a single transfer function. ? R(s) + V?(s) G?(s) V?(s) + V?(s) G?(s) V?(s) + V?(s) G?(s) C(s) Z V?(s) H?(s) V?(s) H?(s) V?(s) H?(s) FIGURE 5.11 Block diagram for Example 5.2

          Example 5.2
Block Diagram Reduction by Moving Blocks
PROBLEM: Reduce the system shown in Figure 5.11 to a single transfer function.
?
R(s) + V?(s) G?(s) V?(s) + V?(s) G?(s) V?(s) + V?(s) G?(s) C(s)
Z
V?(s)
H?(s)
V?(s) H?(s) V?(s) H?(s)
FIGURE 5.11 Block diagram
for Example 5.2

Example 5.2
Block Diagram Reduction by Moving Blocks
PROBLEM: Reduce the system shown in Figure 5.11 to a single transfer function.
?
R(s) + V?(s) G?(s) V?(s) + V?(s) G?(s) V?(s) + V?(s) G?(s) C(s)
Z
V?(s)
H?(s)
V?(s) H?(s) V?(s) H?(s)
FIGURE 5.11 Block diagram
for Example 5.2

Added by Zachary R.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Karan Soni

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11 directly, I'll provide a general approach to reducing a block diagram to a single transfer function. This approach will cover common elements found in block diagrams such as forward paths, feedback loops, summing points, and take-off points. Show more…

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Example 5.2: Block Diagram Reduction by Moving Blocks PROBLEM: Reduce the system shown in Figure 5.11 to a single transfer function. R(S+ V(s) G(s) V3s G2(s) V(s)+ Vs(s) G(s) C(s T ZG V(s) H(s) Vg(s) H(s) V(s) Hi(s) FIGURE 5.11: Block diagram for Example 5.2