Tài liệu Fiber Optic Cable Ruggedized Breakout Cables doc

Ruggedized Breakout CablesADC’s ruggedized breakout cables provide factory standard guaranteed performance specifications.. They are 100% optically tested and are offered with a variety

Ruggedized Breakout Cables

ADC’s ruggedized breakout cables provide

factory standard guaranteed performance

specifications They are 100% optically tested

and are offered with a variety of optical

performance levels.

Features:

• 245/900 or 500/900 µm polyester buffer

• Flame retardant polyurethane jacket

• Extremely rugged

• Superior abrasion resistance

• Excellent performance at extreme

temperature

• Compatible with all industry standard

connectors

Applications:

• Military and tactical applications where cables are abused

• Outdoor use where quick retrieval and rough handling are necessary

• Electronic News Gathering environments [ENG]

• Security applications

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Ruggedized Simplex and Duplex Cables

Environmental Characteristics:

Storage Temperature -55˚ to 85 ˚C (-67˚ to 185 ˚F)

Operating Temperature -40˚ to 85 ˚C (-40˚ to 185 ˚F)

Installation Temperature -40˚ to 85 ˚C (-40˚ to 185 ˚F)

Specifications

Mechanical Characteristics:

Low Temperature Bend Test EIA-FOTP-37A C (F) Passed @ -40 (-40)

6 Fiber Cable

Flame Retardant Polyurethane Outer Jacket 2.4 mm Flame Retardant Polyurethane Subunit

900 µm Polyester Tight Buffer

Dielectric Central Strength Member Aramid Yarn Strength Member

245 or 500 µm Acrylate Coated Fiber

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Ruggedized Breakout Cables

Construction Characteristics:

Strand Count Single Jacket mm (in) Dual Jacket mm (in)

Optical Performance:

Multimode

Fiber

Maximum Attenuation

@ 850/1300 nm

Typical Attenuation

@ 850/1300 nm

Minimum Bandwidth

@ 850/1300 nm

Core Diameter (µm)

Clad Diameter (µm)

Coat Diameter (µm)

Numerical Aperture

Singlemode

Fiber

@ 1310/1550 nm @ 1310/1550 nm

Mode Field Diameter (µm)

@ 1310 nm @ 1550 nm

SPEC SHEET

*Replace XXXor YYY with Fiber Type below:

XXX = Fiber Type

050 = 50/125/500 µm Multimode

100 = 100/140/500 µm Multimode

200 = 200/230/500 µm Multimode

YYY = Fiber Type

010 = Singlemode

062 = 62.5/125/245 µm Multimode