Question

For the system represented by the following block diagram determine: 1. Open loop transfer function 2. Feed Forward Transfer function 3. control ratio 4. feedback ratio 5. error ratio 6. closed loop transfer function 7. characteristic equation 8. closed loop poles and zeros if K=100.

          For the system represented by the following block diagram determine:
1. Open loop transfer function
2. Feed Forward Transfer function
3. control ratio
4. feedback ratio
5. error ratio
6. closed loop transfer function
7. characteristic equation
8. closed loop poles and zeros if K=100.

For the system represented by the following block diagram determine:
1. Open loop transfer function
2. Feed Forward Transfer function
3. control ratio
4. feedback ratio
5. error ratio
6. closed loop transfer function
7. characteristic equation
8. closed loop poles and zeros if K=100.

Added by Amy H.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Gregory Devenport

Step 1

Open Loop Transfer Function: The open loop transfer function is the product of all transfer functions in the path from the input to the output without considering any feedback loops. In this case, the open loop transfer function is given by G(s)H(s) = Show more…

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REDUCE THE BLOCK DIAGRAM FIRST For the system represented by the following block diagram determine: 1. Open loop transfer function 2. Feed Forward Transfer function 3. control ratio 4. feedback ratio 5. error ratio 6. closed loop transfer function 7. characteristic equation 8. closed loop poles and zeros if K=100 R c K 8+1 1 8+1 0.1 3+1