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- Discuss the pressure response in figure I after using the PID controller in tems of the Rise Time, Steady State Error, Settling Time, and Overshoot. Pressure vs Time Setpoint Actual 1532 26 15:1241 15:256 Time ARKR ES (ed)X=(A+B'+C+D')(A'+B+C'+D')(A'+B'+C'+D)(A'+B'+D') WHAT IS SOP FORM? FAST PLEASE...The steady-state error is smaller than 1%, and the settling time and overshoot requirements have been met. As you can see, the design process for root locus is very much a trial and error process. That is why it is nice to plot the root locus, pick the gain, and plot the response all in one step. If we had not been able to get a satisfactory response by choosing the gains, we could have tried a different lag controller, or even added a lead controller. Question: 1:- What is the advantage of the adding a Lag controller for the SS model? 2:- What is the effect of increasing the value gain (K) on the system using the proportional controller? 3:- The characteristic equation of linear control system are given as follows Construct the root locus for K s'+2s²+(K+2)S+5K=0 Drawing the root locus of the system using Matlab Program?
- Hello. I am confused which route to take for this problem. I could break it into parts, but do I put it into its odd and even functions for symmetry? Could you guide me through this problem? Thank you for your help.Write a Note on use of ODE in solving series RL circuit. Using Kirchhoff's voltage law find ordinary differential equation (ODE) representing system of series RL circuit. Solve that ODE and find out function for current i. Do detailed Curve Sketching analysis (Domain, Intercepts, Symmetry, Asymptotes, Intervals of Increase or Decrease, Local maximum and minimum, Concavity and points of Inflection, Sketch the function/ Plot the graph) of it (function for current 'i'). a. Following is the description of an RL circuit: constant voltage V = 5 V, R = 50 Q, L = 1 H, initial current i = 0 Amp. Calculate i' at any time t in RL circuit. Show equation for transient current. Calculate steady state current.Need this answered in Canonical POS form (using the highlighted 0's) in the attached screen shot table first, then to covert to minimized SOP form. I don't understand how to convert from Canonical POS form below listed as from the screen shot chart... to minimized SOP form. a.) Y = (A'+B'+C)(A'+B+C)(A+B'+C')(A+B+C') b.) W = (A+B'+C')(A+B'+C)(A+B+C')+(A+B+C)
- Sketch the root locus given the following set of open-loop poles and open-loop zeros. State which rule you were able to apply in each case. Answer all the following questionDetermine stability of the characteristic equation according to; a) Routh Criteria, b) Hurwitz Criteria and c) Continuous Division Criteria.QUESTION 3 (a) There are 4 different types of transform (i to iv), can be used to represent a continuous and discrete time signal. The chosen types of transfom are selected based on the finite or infinite duration and also the generated signal either periodic or aperiodic. In the table, fill in the blanks with i, ii, iii or iv depending on which transform(s) can be used to represent the signal described. i- Contimuous-time Fourier Series (CTFS) Discrete-time Fourier Series (DTFS) 11- ii- Contimuous-time Fourier Transfom (CTFT) iv- Discrete-time Fourier transform (DTFT) Signal description Transform Continuous time Infinite duration Periodic Discrete time Infinite duration Aperiodic