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An optical fiber is kept along the zˆ direction. The refractive indices for the electric fields along xˆ and yˆ directions in the fiber are nx = 1.5000 and ny = 1.5001, respectively (nx nydue to the imperfection in the fiber cross-section). The free space wavelength of a light wave propagating in the fiber is 1.5μm. If the light wave is circularly polarized at the input of the fiber, the minimum propagation distance after which it becomes linearly polarized, in centimeter, is ___________.Correct answer is between '0.36,0.38'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared
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the GATE exam syllabus. Information about An optical fiber is kept along the zˆ direction. The refractive indices for the electric fields along xˆ and yˆ directions in the fiber are nx = 1.5000 and ny = 1.5001, respectively (nx nydue to the imperfection in the fiber cross-section). The free space wavelength of a light wave propagating in the fiber is 1.5μm. If the light wave is circularly polarized at the input of the fiber, the minimum propagation distance after which it becomes linearly polarized, in centimeter, is ___________.Correct answer is between '0.36,0.38'. Can you explain this answer? covers all topics & solutions for GATE 2024 Exam.
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An optical fiber is kept along the zˆ direction. The refractive indices for the electric fields along xˆ and yˆ directions in the fiber are nx = 1.5000 and ny = 1.5001, respectively (nx nydue to the imperfection in the fiber cross-section). The free space wavelength of a light wave propagating in the fiber is 1.5μm. If the light wave is circularly polarized at the input of the fiber, the minimum propagation distance after which it becomes linearly polarized, in centimeter, is ___________.Correct answer is between '0.36,0.38'. Can you explain this answer?, a detailed solution for An optical fiber is kept along the zˆ direction. The refractive indices for the electric fields along xˆ and yˆ directions in the fiber are nx = 1.5000 and ny = 1.5001, respectively (nx nydue to the imperfection in the fiber cross-section). The free space wavelength of a light wave propagating in the fiber is 1.5μm. If the light wave is circularly polarized at the input of the fiber, the minimum propagation distance after which it becomes linearly polarized, in centimeter, is ___________.Correct answer is between '0.36,0.38'. Can you explain this answer? has been provided alongside types of An optical fiber is kept along the zˆ direction. The refractive indices for the electric fields along xˆ and yˆ directions in the fiber are nx = 1.5000 and ny = 1.5001, respectively (nx nydue to the imperfection in the fiber cross-section). The free space wavelength of a light wave propagating in the fiber is 1.5μm. If the light wave is circularly polarized at the input of the fiber, the minimum propagation distance after which it becomes linearly polarized, in centimeter, is ___________.Correct answer is between '0.36,0.38'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice An optical fiber is kept along the zˆ direction. The refractive indices for the electric fields along xˆ and yˆ directions in the fiber are nx = 1.5000 and ny = 1.5001, respectively (nx nydue to the imperfection in the fiber cross-section). The free space wavelength of a light wave propagating in the fiber is 1.5μm. If the light wave is circularly polarized at the input of the fiber, the minimum propagation distance after which it becomes linearly polarized, in centimeter, is ___________.Correct answer is between '0.36,0.38'. Can you explain this answer? tests, examples and also practice GATE tests.