WRITE A MATLAB PROGRAM.

3. Fabry-Perot Etalon: Write a program in matlab that simulates the a fabry perot. | Up = hd, elu = exp(i2kd) for double pass d Now, the difference between what you'll do with your program and what we did in class (used the geometric series sum) is that you will iterate through each reflection. Assume that the first transmitted was is simply U with amplitude VI. = 1. Each successive pass will be multiplied by h. U=U1+U2+U3 +... Vo (1+h+h+...) Using Matlab, write a program that sums up all of the reflections and plots the intensity spectrum as a function of frequency. Do this for h values of 0.2, 0.5 and 0.9. Compare your plot to the one derived from: Imax To Imax 1+(2F/1) sin? (1/2) Imax = (1-h) (2.5-18) Intensity of an Infinite Number of Waves Where, _ h 51-1h (2.5-19) Finesse 3. Fabry-Perot Etalon: Write a program in matlab that simulates the a fabry perot. | Up = hd, elu = exp(i2kd) for double pass d Now, the difference between what you'll do with your program and what we did in class (used the geometric series sum) is that you will iterate through each reflection. Assume that the first transmitted was is simply U with amplitude VI. = 1. Each successive pass will be multiplied by h. U=U1+U2+U3 +... Vo (1+h+h+...) Using Matlab, write a program that sums up all of the reflections and plots the intensity spectrum as a function of frequency. Do this for h values of 0.2, 0.5 and 0.9. Compare your plot to the one derived from: Imax To Imax 1+(2F/1) sin? (1/2) Imax = (1-h) (2.5-18) Intensity of an Infinite Number of Waves Where, _ h 51-1h (2.5-19) Finesse