A system has the following response expressions such as: a-c (t)= 20e-10t b-C (t)= 2t -...
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A system has the following response expressions such as: a-c (t)= 20e-10t b-C (t)= 2t - 0.2 +0.2e-10t What will be the transfer function and the input type to the system? (assume zero initial condition) A servo mechanism is represented by the Differential equation ÿ+ y+ 4.8 y= 144 E, where signal, find: 1-Damping ratio and natural frequency, 2-Draw the block diagram of the system described by the above equation. A unity feedback control system is characterized by 0.4 s+1 G(s)= What are: s(s+0.6) 1- The system specification M, and t? 2- The response expression for step input? The response expression of a feedback system, when subjected to a unit step input, is c(t)= 1+0.2e-0-1.2e 10e to obtain the forward transfer function, and w - The forward transfer function of a unity feedback type 1, the second-order system, has a pole at (-2). The nature of gain K is so adjusted that the damping ratio. is equal to 0.4, the input to the system is r(t)= 1+4t find ess where E=C-0.5y is E=C-0.5y is the actuating 10. The closed-loop control system with inner and outer loops is shown in the following fig. P10 i) Identify the type of C(s) /E (s) ii) Find the values of Kp. Ky, Ka iii) Find C,, if r(t)=10 A system has the following response expressions such as: a-c (t)= 20e-10t b-C (t)= 2t - 0.2 +0.2e-10t What will be the transfer function and the input type to the system? (assume zero initial condition) A servo mechanism is represented by the Differential equation y+ 4.8 y=144 E, where signal, find: 1-Damping ratio and natural frequency, 2-Draw the block diagram of the system described by the above equation. A unity feedback control system is characterized by 0.4 s+1 What are: where E-C-0.5y is E=C-0.5y is the actuating G(s) = s(s+0.6) 1- The system specification M, and t? 2- The response expression for step input? The response expression of a feedback system, when subjected to a unit step input, is c(t)= 1+0.2e-0-1.2e 10e to obtain the forward transfer function, and w - The forward transfer function of a unity feedback type 1, the second-order system, has a pole at (-2). The nature of gain K is so adjusted that the damping ratio. is equal to 0.4, the input to the system is r(t)= 1+4t find ess 10. The closed-loop control system with inner and outer loops is shown in the following fig. P10 i) Identify the type of C(s) /E (s) ii) Find the values of Kp. Ky, Ka iii) Find C,, if r(t)=10 iv) What will be ess? R(s) 10 s(s+2) S Fig. P10 C(s) A system has the following response expressions such as: a-c (t)= 20e-10t b-C (t)= 2t - 0.2 +0.2e-10t What will be the transfer function and the input type to the system? (assume zero initial condition) A servo mechanism is represented by the Differential equation ÿ+ y+ 4.8 y= 144 E, where signal, find: 1-Damping ratio and natural frequency, 2-Draw the block diagram of the system described by the above equation. A unity feedback control system is characterized by 0.4 s+1 G(s)= What are: s(s+0.6) 1- The system specification M, and t? 2- The response expression for step input? The response expression of a feedback system, when subjected to a unit step input, is c(t)= 1+0.2e-0-1.2e 10e to obtain the forward transfer function, and w - The forward transfer function of a unity feedback type 1, the second-order system, has a pole at (-2). The nature of gain K is so adjusted that the damping ratio. is equal to 0.4, the input to the system is r(t)= 1+4t find ess where E=C-0.5y is E=C-0.5y is the actuating 10. The closed-loop control system with inner and outer loops is shown in the following fig. P10 i) Identify the type of C(s) /E (s) ii) Find the values of Kp. Ky, Ka iii) Find C,, if r(t)=10 A system has the following response expressions such as: a-c (t)= 20e-10t b-C (t)= 2t - 0.2 +0.2e-10t What will be the transfer function and the input type to the system? (assume zero initial condition) A servo mechanism is represented by the Differential equation y+ 4.8 y=144 E, where signal, find: 1-Damping ratio and natural frequency, 2-Draw the block diagram of the system described by the above equation. A unity feedback control system is characterized by 0.4 s+1 What are: where E-C-0.5y is E=C-0.5y is the actuating G(s) = s(s+0.6) 1- The system specification M, and t? 2- The response expression for step input? The response expression of a feedback system, when subjected to a unit step input, is c(t)= 1+0.2e-0-1.2e 10e to obtain the forward transfer function, and w - The forward transfer function of a unity feedback type 1, the second-order system, has a pole at (-2). The nature of gain K is so adjusted that the damping ratio. is equal to 0.4, the input to the system is r(t)= 1+4t find ess 10. The closed-loop control system with inner and outer loops is shown in the following fig. P10 i) Identify the type of C(s) /E (s) ii) Find the values of Kp. Ky, Ka iii) Find C,, if r(t)=10 iv) What will be ess? R(s) 10 s(s+2) S Fig. P10 C(s)
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I can see you have multiple control systems questions to be solved Lets address them one by one 1 For the system with the response expression ct 20 10et and bt 2t 02 02e10t The form of the response ct ... View the full answer
Related Book For
Fundamentals Of Electric Circuits
ISBN: 9780073301150
3rd Edition
Authors: Matthew Sadiku, Charles Alexander
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