Consider a single mode fiber having core refractive index n1= 1.5. The fiber length is 12m. Find the time taken by the axial ray to travel along the fiber.a.0.06μsecb.0.30μsecc.0.90μsecd.1.00μsec

The velocity of light in the core of a step index fibre is 2 × 108 ms−1 ,and the critical angle at the core–cladding interface is 70°. Determine thenumerical aperture and the acceptance angle for the fibre in air, assumingit has a core diameter suitable for consideration by ray analysis. ( 3 marks)The velocity of light in a vacuum is 3 × 108 ms−

A ray of light travels with a speed of 2 ×× 10810 8 in a medium `A' and enters into another medium `B' travelling with velocity 2.5 ×× 10810 8 m/s. If absolute refractive index of medium `A' is 1.52. Calculate the refractive index of medium `B' with respect to `A'.(Find answer upto one places of decimal)0.50.20.81

A single mode fiber has mode field diameter 10.2μm and V=2.20. What is the core diameter of this fiber?a.7.6μmb.10.1μmc.11.1μmd.13.2μm

step-index fibre has a numerical aperture of 0.26, a core refractive index of 1.5 and a core diameter of 100 micrometer. Calculate the acceptance angle.Question 1Answera.1.47° b.

An optical fiber has core-index of 1.480 and a cladding index of 1.478. What should be the core size for single mode operation at 1310nm?a.6.50μmb.7.31μmc.5.26μmd.8.71μm