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Using numerical techniques, plot the intensity distribution for LP01 and LP11 modes. Vary the value of V (reduce it to 1.5) and plot several of the intensity plots (of LP01) to demonstrate the effects of V on the evanescent field. Show that at V=2.405, the core contains about 83% of the power in the fiber for the LP01 mode. You must use a 3-D plot to demonstrate the effect of increase in cladding.
I will need the matlab codes for the plot.
Strings: The MATLAB also handles strings that are a sequence of characters in single quotes. For illustration, using the double function on a string will represent the equival
Constants: The variables are used to store values which can change, or that are not known ahead of the time. Most of languages also have the capacity to store constants that a
Model the three degree of freedom system shown in Figure Q5 and solve for the displacements of the three masses due to a force of 10 N applied to the bottom mass at a frequency of
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In MATLAB, create a correlation matrix for all of the variables in the data (it should be an 8x8 matrix). To do this you will have to convert the "southern"variable into a number.
using newton divided diference formula find f(15) and f (8)
Q. An expression for a sawtooth wave over the internal 0 ≤ t ≤ T0 is given by f(t) = At/T0. The student is encouraged to check the Fourier coefficients to be a 0 = A/2, an = 0 for
1. Given these sinusoids: x 1 (t) = 0.5cos(25t+20°), x 2 (t)=0.85cos(25t+160°) and x 3 (t)= 0.81cos(25t-145°) (a) Subplot the phasors X 1 , X 2 and X 3 corresponding t
Solve the optimality condition for each P equation against M according to the following relation: Condition for Optimality: ∇ M = λ ∇ P with respect to C and T.
IIR filter using Bilinear trasformation
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