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book Optical Fiber Communications 4th Edition by Gerd Keiser cover

Optical Fiber Communications 4th Edition by Gerd Keiser

Edition 4ISBN: 978-0073380711
book Optical Fiber Communications 4th Edition by Gerd Keiser cover

Optical Fiber Communications 4th Edition by Gerd Keiser

Edition 4ISBN: 978-0073380711
Exercise 6
Based on coupled-mode theory, the reflectivity of a fiber grating is given by 36 Based on coupled-mode theory, the reflectivity of a fiber grating is given by 36    and    where    and    Here, = -p /= 2 n eff / -p/ , with being the grating period and p an integer. For values of KL = 1, 2, 3, and 4, plot R(L) as a function of L for the range -10 L 10. Note that R max is found by setting = 0.
and Based on coupled-mode theory, the reflectivity of a fiber grating is given by 36    and    where    and    Here, = -p /= 2 n eff / -p/ , with being the grating period and p an integer. For values of KL = 1, 2, 3, and 4, plot R(L) as a function of L for the range -10 L 10. Note that R max is found by setting = 0.
where Based on coupled-mode theory, the reflectivity of a fiber grating is given by 36    and    where    and    Here, = -p /= 2 n eff / -p/ , with being the grating period and p an integer. For values of KL = 1, 2, 3, and 4, plot R(L) as a function of L for the range -10 L 10. Note that R max is found by setting = 0.
and Based on coupled-mode theory, the reflectivity of a fiber grating is given by 36    and    where    and    Here, = -p /= 2 n eff / -p/ , with being the grating period and p an integer. For values of KL = 1, 2, 3, and 4, plot R(L) as a function of L for the range -10 L 10. Note that R max is found by setting = 0.
Here, = -p /= 2 n eff / -p/ , with being the grating period and p an integer. For values of KL = 1, 2, 3, and 4, plot R(L) as a function of L for the range -10 L 10. Note that R max is found by setting = 0.
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Optical Fiber Communications 4th Edition by Gerd Keiser
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