- Ecgr 3122 Electromagnetic Waves Summer 2022 Homework 4 6 06 22 Name Two Optical Fibers Are Connected Through A Conne 1 (50.62 KiB) Viewed 19 times
ECGR 3122: Electromagnetic Waves Summer 2022 Homework #4 6/06/22 Name:- Two optical fibers are connected through a conne
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ECGR 3122: Electromagnetic Waves Summer 2022 Homework #4 6/06/22 Name:- Two optical fibers are connected through a conne
ECGR 3122: Electromagnetic Waves Summer 2022 Homework #4 6/06/22 Name:- Two optical fibers are connected through a connector as shown in the Figure. In the optical fibers, the attenuation is indicated in dB/km. Fiber (1) is rated as 1 dB/km (a good fiber) the second as 10 dB/km. The source of light is in free space (not shown), at a wavelength of 400 nm (a red laser or light emitting diode). Assume both fibers are low-loss dielectric (which in practice they are: conductivity of glass of 10-¹2 S/m and that propagation is from fiber (1) into fiber (2). Calculate: The exact complex reflection and transmission coefficients at the interface. Fiber (1) Fiber (2) f₂ = fo M2 Mo E2 = 480. α₂ E1 = 68, a₁=1 dB/km Figure 10 dB/km. Interface: