What is the advantage of the P control over On-OFF? What disadvantage does it present? this control action? 2. When we design a controller it is equivalent to introducing zeros and/or poles
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- 1. What is the steady state output? 2. What is the steady state error? 3. What is the issue with this type of controller and how can we resolve this issue?Explain the use of controllers in Control system. What is proportionalcontroller and with example?Scnerio: You have to design a controller for a split Air conditioner. The Air conditioner can go into 4 states. They are Heat, cold, dry, auto. The controller receives an input from the user and for every input it changes the state in the sequence – Heat -> cold -> dry ->auto -> Heat. Note Your also have to make state diagram, state transition table, and the circuit acording to the design. FOR 4 states I GUESS flip flops Iis used for circut diagram. solve as soon as possible
- Discuss the concept of linearization and why it is essential in control system design.3. What is the effect of adding a zero to the root locus? And a pole? 4. What does the compensation consist of? 5. When is it introduced into a system? 6. How can we characterize a controller when we design it? ValveWhat happens to the flow speed with high proportional gain and why? What effects of integral action upon the nature of a PI controller?
- i)What do you mean by PD controller? ii)Draw the controller output graph and also write the controller output equation iii) Give one advantage and disadvantage of PD controller. A- BIEIntegral control mode plays a very vital role in PI and PID controllers. How does the controller output p(t) change to the error of the signal e(t)? You can give equations in your answer. For any equation given, define the terms in the equation. (i) Figure 4-2 shows error signal which is fed to the integral controller. Sho how the control signal p(t) respond to the error signal e(t)? (ii) Explain the adjustments in a typical integral control parameters and the expected response from the controller. (iii) e(t) Figure 4-2 Plss give me a proper explanationHello i encountered this problem in a book of NISE control engineering system 6th Edition. An exercise problem with an answer and i have hard time to solve it, Please help me so ican revieew. Thank you
- Hello, I got question. In the closed loop control system given below, z is the zero of the controller. According to this; a. Maximum overshoot will be less than 5% and settling time less than 2 secondsDesign the controller accordingly.b. What type of controller is the controller you are designing (P, PI, PD, PID) andWrite down the parameters of this controller according to your calculations.c. Can the controller you design meet the required values in item a?Please explain.Thanks for answer.i) Draw the electronic circuit of I controller and also write the electronic output equation and General controller output equation . Mention advantages . ii) Suggest two sensing elements to measure Level parameter. iii) Identify the control strategy used in the given figure and define .Hello, I encountered this exercise while studying in a book (picture below), I would like your expertise on how the answer came up. Ive been trying but i cant seem to answer it properly. Thank you. This is from a book called NISE Control systems engineering 6th Edition.