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Question: Take a second order system and apply various configurations of continuous time and discrete time PID controller. Solution: We will take the same second order system which we took in Assignment # 02 i.e simple mass spring damper system. m= 1kg , b=10 N.s/m , k=20 N/m , f=1N G(s)=1/s 2 +10s+20 [Ref: Feedback Control Systems, 4 th Edition C.L Phillips and R.D Harbor] Configuration # 01 K p =350, K i =300, Kd=50 Simulation

DCS Assignment # 03

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Page 1: DCS Assignment # 03

Question:

Take a second order system and apply various configurations of continuous time and discrete

time PID controller.

Solution:

We will take the same second order system which we took in Assignment # 02 i.e simple mass

spring damper system.

m= 1kg , b=10 N.s/m , k=20 N/m , f=1N

G(s)=1/s2+10s+20 [Ref: Feedback Control Systems, 4

th Edition C.L Phillips and R.D

Harbor]

Configuration # 01

Kp=350, Ki=300, Kd=50

Simulation

Page 2: DCS Assignment # 03

Output

Configuration # 02

K=350, A1 = 1, A2=0.2

Simulation

Page 3: DCS Assignment # 03

Output

Configuration # 03

Simulation

K=400 , A=0.07 , a = 3

Page 4: DCS Assignment # 03

Output

Configuration # 04

Simulation

Page 5: DCS Assignment # 03

Output

Discrete PID

Positional Form

Sampled at T= 1 sec

Kp=2.5 , Ki= 4.8 , Kd=0.2

Page 6: DCS Assignment # 03

Output

Velocity Form

Sampled at T= 1 sec

Kp=2.5 , Ki= 4.8 , Kd=0.2

Page 7: DCS Assignment # 03

Output