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PID CONTROL OF A HYDRAULIC LIFT

PID CONTROL OF A HYDRAULIC LIFT

1/write the Procedure of the experiment in new words in one page
—————————————————–
2 write in one page a result and discussion about the experiment that is attached ( the data and charts are provided )
Some keys to help writing the results and discussion from these analysis’s:
*Determine the P controller term, PI Controller term, and the PID Controller term.
*Using this spreadsheet, determine the steady-state error that is associated with each. Determine the characteristics of each system, ie: Time Constant, Settling time, Percent Overshoot (%OS),Dampening Ratio (?), Natural Frequency (?).
*Discuss the effect of P, PI, and PID on the related system characteristics.
*What are the strengths and weakness of each control regime?
*What are some possible causes for error in this system? If there is any steady-state error, why is there?
*Please describe how the VI functions and what is happening as the data moves through the system.

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PID CONTROL OF A HYDRAULIC LIFT

PID CONTROL OF A HYDRAULIC LIFT

1/write the Procedure of the experiment in new words in one page
—————————————————–
2 write in one page a result and discussion about the experiment that is attached ( the data and charts are provided )
Some keys to help writing the results and discussion from these analysis’s:
*Determine the P controller term, PI Controller term, and the PID Controller term.
*Using this spreadsheet, determine the steady-state error that is associated with each. Determine the characteristics of each system, ie: Time Constant, Settling time, Percent Overshoot (%OS),Dampening Ratio (?), Natural Frequency (?).
*Discuss the effect of P, PI, and PID on the related system characteristics.
*What are the strengths and weakness of each control regime?
*What are some possible causes for error in this system? If there is any steady-state error, why is there?
*Please describe how the VI functions and what is happening as the data moves through the system.

Responses are currently closed, but you can trackback from your own site.

Comments are closed.

PID CONTROL OF A HYDRAULIC LIFT

PID CONTROL OF A HYDRAULIC LIFT

1/write the Procedure of the experiment in new words in one page
—————————————————–
2 write in one page a result and discussion about the experiment that is attached ( the data and charts are provided )
Some keys to help writing the results and discussion from these analysis’s:
*Determine the P controller term, PI Controller term, and the PID Controller term.
*Using this spreadsheet, determine the steady-state error that is associated with each. Determine the characteristics of each system, ie: Time Constant, Settling time, Percent Overshoot (%OS),Dampening Ratio (?), Natural Frequency (?).
*Discuss the effect of P, PI, and PID on the related system characteristics.
*What are the strengths and weakness of each control regime?
*What are some possible causes for error in this system? If there is any steady-state error, why is there?
*Please describe how the VI functions and what is happening as the data moves through the system.

Responses are currently closed, but you can trackback from your own site.

Comments are closed.

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