Glass Bare Fiber & OTDR launch cable

Kontaktieren Sie uns

Glass Bare Fiber & OTDR launch cable

Bare Fiber (Glass & Plastic )

November 10, 2020

Kategorieverbindung: Bloße Glasfaser

Kontaktieren Sie uns

Glass Bare Fiber & OTDR launch cable， which connects the OTDR to the link-under-test, discloses the insertion loss and reflectance of the near-end connection.
Website：https://www.glassfiberopticcable.com/

OTDR Dummy fiber is designed to be used in conjunction with an OTDR to measure complete link loss of a fiber.

Umbauten:

#Faseroptikdraht #bloßer Lichtwellenleiter #Lichtwellenleiterspule

Brief: Discover the 700mm G652D Preform for SM Bare Optical Fiber Production, essential for long-distance fiber manufacturing. Learn how silica preforms ensure low loss and high durability in optical fiber production.

Related Product Features:

500mm - 700mm G652D preform for long-distance SM bare fiber production.
Made from high-purity silica for excellent transmission and low absorption.
Maintains core/clad ratio during the draw process for consistent fiber quality.
Resistant to mechanical and optical damage, ensuring durability.
Produced in a facility with advanced inline furnace technology.
Uses high-purity, oxygen-free Argon gas for protection during heating.
Suitable for drawing into optical fibers with glass or polymer cladding.
Precision-engineered for reliable performance in fiber optic applications.

FAQ:

What is the core material of the G652D preform?

The core material is high-purity silica, known for its excellent transmission properties and low absorption losses.
How is the preform heated during the fiber drawing process?

The preform is heated in an inline furnace with a graphite element, using high-purity, oxygen-free Argon gas to protect the graphite at high temperatures.
What are the advantages of using silica for optical fiber production?

Silica offers low absorption and scattering losses (~0.2 dB/km), high resistance to mechanical and optical damage, and maintains consistent core/clad ratios during production.