ExamVeda
Login
Home
1
The fibers which relax the spectral requirements for optical sources and allow flexible wavelength division multiplying are known as . . . . . . . .
Discuss
Answer & Solution
Answer: Option A
No explanation is given for this question. Let's Discuss on Board
2
Photonic crystal fibers also called as . . . . . . . .
Discuss
Answer & Solution
Answer: Option D
No explanation is given for this question. Let's Discuss on Board
3
An optical fiber behaves as a birefringence medium due to differences in . . . . . . . .
Discuss
Answer & Solution
Answer: Option A
No explanation is given for this question. Let's Discuss on Board
4
Any amount of stress occurring at the core-cladding interface would be reduced by grading the material composition.
Discuss
Answer & Solution
Answer: Option A
No explanation is given for this question. Let's Discuss on Board
5
A single mode fiber has mode field diameter 10.2μm and V = 2.20. What is the core diameter of this fiber?
Discuss
Answer & Solution
Answer: Option D
No explanation is given for this question. Let's Discuss on Board
6
The periodic arrangement of cladding air holes in photonic band gap fibers provides for the formation of a photonic band gap in the . . . . . . . .
Discuss
Answer & Solution
Answer: Option D
No explanation is given for this question. Let's Discuss on Board
7
A polarization maintaining fiber operates at a wavelength 1.2μm and have a modal birefringence of 1.8*10-3. Calculate the period of perturbation.
Discuss
Answer & Solution
Answer: Option B
No explanation is given for this question. Let's Discuss on Board
8
Which of the following is not related to Kerr effects?
Discuss
Answer & Solution
Answer: Option D
No explanation is given for this question. Let's Discuss on Board
9
A multimode step-index fiber has a core refractive index of 1.5 and relative refractive index difference of 1%. The length of the optical link is 6 km. Estimate the RMS pulse broadening due to intermodal dispersion on the link.
Discuss
Answer & Solution
Answer: Option B
No explanation is given for this question. Let's Discuss on Board
10
In waveguide dispersion, refractive index is independent of . . . . . . . .
Discuss
Answer & Solution
Answer: Option D
No explanation is given for this question. Let's Discuss on Board