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(a) Electro-optic materials have indices of refraction that depend on field. Consider a material where the indices of refraction along the x and y directions depend on the electric field applied along z: 1 - InorEz nx = no- ny = no + 1 + Inor Ez Where r is the electro-optic constant of the material. X Show that the phase difference accumulated between the optical electric field along x and y after traveling through the material a distance L is: 44= 2nrE,L λο

(a) Electro-optic materials have indices of refraction that depend on field. Consider a material where the indices of refraction along the x and y directions depend on the electric field applied along z: 1 - InorEz nx = no- ny = no + 1 + Inor Ez Where r is the electro-optic constant of the material. X Show that the phase difference accumulated between the optical electric field along x and y after traveling through the material a distance L is: 44= 2nrE,L λο

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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(a) Electro-optic materials have indices of refraction that depend on field. Consider a material where the indices of refraction along the x and y directions depend on the electric field applied along z: nx = no- 1 -Inor Ez 1 ny = no + n³r Ez Where r is the electro-optic constant of the material. V X Show that the phase difference accumulated between the optical electric field along x and y after traveling through the material a distance L is: 14= 2nrE,L λο
Transcribed Image Text:(a) Electro-optic materials have indices of refraction that depend on field. Consider a material where the indices of refraction along the x and y directions depend on the electric field applied along z: nx = no- 1 -Inor Ez 1 ny = no + n³r Ez Where r is the electro-optic constant of the material. V X Show that the phase difference accumulated between the optical electric field along x and y after traveling through the material a distance L is: 14= 2nrE,L λο
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