Finding Ki, Kp & Kv Using Final Value Theorem

AI Thread Summary
To find the values of Ki, Kp, and Kv using the final value theorem, the original problem and transfer function are necessary for accurate guidance. The discussion suggests that the ramp input may have been applied incorrectly, indicating a potential misunderstanding of the problem. It is implied that the transfer function should be second-order to properly apply the final value theorem. Without the complete context or details of the problem, it's challenging to provide a definitive solution. Clarifying the specifics of the transfer function and the ramp input is essential for further assistance.
vtaela
Messages
25
Reaction score
0
hi

i need to perform a final value theorem for the ramp input shown below in order to find Ki Kp and Kv.

could someone guide me on how to find these values?


Scan.jpg


thank you
 
Engineering news on Phys.org
Is this a homework problem or some problem from a book you're trying to solve?

In any case, your attachment doesn't provide enough information to solve for your unknowns. Are Kp, Ki and Kv gains for a PID controller?

I can't see what you would gain by applying the final value theorem.
 
It certainly looks like homework, but beyond that you should have provided the original problem. To me, it looks like you applied the ramp incorrectly, but I can't be sure without the original problem.

Is that your transfer function on the left that you tried to apply a ramp to? My suspicion is that it should have been 2nd order, then you can apply the ramp to the transfer function, then apply the final value theorem to remove the transient portion of the transfer function.
 
Hi all, i have some questions about the tesla turbine: is a tesla turbine more efficient than a steam engine or a stirling engine ? about the discs of the tesla turbine warping because of the high speed rotations; does running the engine on a lower speed solve that or will the discs warp anyway after time ? what is the difference in efficiency between the tesla turbine running at high speed and running it at a lower speed ( as fast as possible but low enough to not warp de discs) and: i...
Thread 'Where is my curb stop?'
My water meter is submerged under water for about 95% of the year. Today I took a photograph of the inside of my water meter box because today is one of the rare days that my water meter is not submerged in water. Here is the photograph that I took of my water meter with the cover on: Here is a photograph I took of my water meter with the cover off: I edited the photograph to draw a red circle around a knob on my water meter. Is that knob that I drew a red circle around my meter...
Back
Top