I have tried to solve the above question in the following way:
T = 1 for λ1 = 499nm
T ≤ 0.01 for λ2 = 500nm
for orthogonal incidence : Δs = 2nd, n = 1
Δs = m (λm)
m=1; n=1
d= λ1/2 = 249.5 nm
and i couldn't solve further...
Please help :)
Design a Fabry perot interferometer, that provides a transmission of T =1 for light with λ1 = 499nm under orthogonal incidence and a transmission for λ2 = 500nm of T≤0.01 (without any further maxima in between). How big has to be the finesse?
Draw the transmission curve of several Fabry -...