Question

Example (2): By using the Z-N method , Design the PID Controller for Mass - Spring - damping system (MSD) as shown in below figure? Indicate the type of the of system damping type and calculate the damping frequency , critical damping coefficient? OR By using the Z-N method , Calculate the parameters of PID controller to control the Mass - Spring - damping system (MSD) model which given in below figure? And indicate the type of the of system damping type and calculate the damping frequency , critical damping coefficient ? Note: M= kg, b= 10 N.s/m and k = 20 N/m

          Example (2): By using the Z-N method , Design the PID Controller for Mass - 
Spring - damping system (MSD) as shown in below figure? Indicate the type of the
of system damping type and calculate the damping frequency , critical damping
coefficient?
OR
By using the Z-N method , Calculate the parameters of PID controller to control
the Mass - Spring - damping system (MSD) model which given in below figure?
And indicate the type of the of system damping type and calculate the damping
frequency , critical damping coefficient ?
Note: M= kg, b= 10 N.s/m and k = 20 N/m

Example (2): By using the Z-N method , Design the PID Controller for Mass -
Spring - damping system (MSD) as shown in below figure? Indicate the type of the
of system damping type and calculate the damping frequency , critical damping
coefficient?
OR
By using the Z-N method , Calculate the parameters of PID controller to control
the Mass - Spring - damping system (MSD) model which given in below figure?
And indicate the type of the of system damping type and calculate the damping
frequency , critical damping coefficient ?
Note: M= kg, b= 10 N.s/m and k = 20 N/m

Added by Daniel A.

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