For this problem, you are to find Vo the voltage across the 4 Ohm resistor on ri

Question

For this problem, you are to find Vo the voltage across the 4 Ohm resistor on right side of schematic, see figure below. Create a MATLAB script file to solve for Vo. Use Mesh analysis (which you probably did for the homework solution), solve for the mesh currents, then simply multiply the appropriate Mesh current by 4 Ohm to get Vo. Create a PSpice program to solve for Vo. The following are hints/suggestions. To simplify the PSpice component values, let omega = 1. With omega = 1, the inductor and capacitor values can easily be calculated. For the coupled inductors, you will need a K_Linear component. To find the coupling for K_Linear, use M = k Squareroot (L_1L_2) and solve for k In PSpice, dots are on left side of inductor when first placed on schematic. Take this into consideration to get proper dot orientation. Use VAC. Then Analysis > Setup > AC Sweep > Total Pts = 1 > You figure out Start and Stop frequency based on omega = 1. (Know how to divide?) Bring the following to Lab 7: The derivation of your Mesh equations. A printout of your Matlab code along with the Matlab results. Your PSpice schematic and Pspice Results.

Explanation / Answer

Matlab Script:

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a=[2-2i 0 2i; 2i -2i -6-6i; 0 -12-8i 2i ];

b=[24; 0; 0];

x=b;

Vo=4*x(2)

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