Launch numerical aperture: Difference between revisions

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{{Short description|Numerical aperture of an optical system used to couple power into an optical fiber}}
{{Short description|Numerical aperture of an optical system used to couple power into an optical fiber}}
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In [[telecommunications]], '''launch numerical aperture''' ('''LNA''') is the [[numerical aperture]] of an [[optical]] system used to couple (launch) [[Power (physics)|power]] into an [[optical fiber]].
In [[telecommunications]], '''launch numerical aperture''' ('''LNA''') is the [[numerical aperture]] of an [[optical]] system used to couple (launch) [[Power (physics)|power]] into an [[optical fiber]].


LNA may differ from the stated NA of a final focusing element if, for example, that element is underfilled or the focus is other than that for which the element is specified.  
LNA may differ from the stated NA of a final focusing element if, for example, that element is underfilled or the focus is other than that for which the element is specified.  
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{{FS1037C MS188}}
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[[Category:Fiber optics]]


[[Category:Fiber optics]]
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Latest revision as of 22:14, 17 October 2025

Template:Short description Template:One source Template:Use dmy dates In telecommunications, launch numerical aperture (LNA) is the numerical aperture of an optical system used to couple (launch) power into an optical fiber.

LNA may differ from the stated NA of a final focusing element if, for example, that element is underfilled or the focus is other than that for which the element is specified. LNA is one of the parameters that determine the initial distribution of power among the modes of an optical fiber.

References

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