For the first part, transfer function...I am getting a weird answer that is not working in MatLab, need help to get transfer function Also, if you can help with parts b, c and d. ******THE LOAD RESISTANCE IS 1 OHM************
Please see illustrated circuit diagram to write all the time domain equations. See attached file for full problem description.
For a VTOL (Vertical Take Off and Landing) aircraft, there is the following Block Diagram (see attached VTOL_BlockDiagram file). a) Find the system response for step input and determine the steady state error b) Find the variation of Kc in the stability of VTOL c) Is the system always stable? a = 0.5; b = 10; c =3 ...continues
I have the question and the answer, but I could use a more detailed explanation on how to find the closed-loop characteristic equation, how to plot the root locus, and explain how to find the characteristic equation with K2 including how to plot the root locus. See attachment for problem description and answers.
Graphing the root locus and finding range of stability
I understand how to use Matlab to graph the loci, but I need help to understand how to graph the loci by hand. Sketch the Loci and find range of K for stability for these two problems K(s+1) ------------------ (s-1)(s^2 + 4s + 16) and K ------------------- (s-1)(s^2 + 4s + 7)
Using Damping Ratio for Characteristic Equation and Root Loci
See attachment for full description. Find the characteristic equation and root loci based on the specific damping ratio.
Bode Plots from a Transfer Function
The attachment below has the question and the answer. I am looking for a detailed explanation for finding the transfer function and a MATLAB script to find the Bode Plot for the two different cases. If you are interested in this problem, please send me an email and I will select you exclusively. I have several other problem ...continues
Drawing a Polar Plot using Matlab
See attachment for full problem description.
Find transfer function, bode plot, P.M. using Matlab
See attachment for full problem description. (1)Please show block diagram derivation for finding transfer function. (2)Bode Plot (3)Phase Margin (4)Show Stability
See attachment for full problem description. (1) Derive the block the diagram to transfer function. (2) Plot of Phase margin versus K
