The ratio r = (n1 n)/(n1 n) indicates ____________

Angular power distribution coefficient

Explore topic-wise MCQs in Optical Communications.

This section includes 8 Mcqs, each offering curated multiple-choice questions to sharpen your Optical Communications knowledge and support exam preparation. Choose a topic below to get started.

Explore topic-wise MCQs in Optical Communications.

The intrinsic loss through a multimode fiber joint is independent of direction of propagation.

In a single mode fiber, the losses due to lateral offset and angular misalignment are given by 0.20 dB and 0.46 dB respectively. Find the total insertion loss.

Determine coupling efficiency if the misalignment loss in a graded index fiber is 0.102.

A graded index fiber has a parabolic refractive index profile ( =2) and core diameter of 42 m. Estimate an insertion loss due to a 2 m lateral misalignment when there is index matching and assuming there is uniform illumination of all guided modes only.

Losses caused by factors such as core-cladding diameter, numerical aperture, relative refractive index differences, different refractive index profiles, fiber faults are known as ____________

Two joined graded index fibers that are perfectly aligned have refractive indices R = 1.93 for receiving fiber E = 2.15 for emitting fiber. Calculate the coupling loss.

The ratio r = (n1 n)/(n1 n) indicates ____________

A measure of amount of optical fiber emitted from source that can be coupled into a fiber is termed as ______________

Two joined graded index fibers that are perfectly aligned have refractive indices _R = 1.93 for receiving fiber _E = 2.15 for emitting fiber. Calculate the coupling loss.