GigaPOF-120LD Optical Fiber, 120/750 µm - Industrial Fiber Optics, Inc.

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GigaPOF-120LD
Optical Fiber, 120/750 µm
GigaPOF-120LD Optical Fiber, 120/750 µm

Manufacturer: Chromis Fiberoptics
Manufacturer's PDF Data Sheet
Transmission graph
RoHS Certification: Yes

Applications: GigaPOF-120LD is a revolutionary plastic optical fiber offering high performance and unmatched simplicity in a single package. It offers instant termination, relaxed optical alignment tolerances, and excellent IR and visible transparency.
Spool Length: 1000 m
An overcladding layer of perfluorinated polymer (represented in gray) surrounds the central light-carrying core of this single-fiber cable. Cross-section view as depicted here is 24 times the product's actual size.

An overcladding layer of perfluorinated polymer (represented in gray) surrounds the central light-carrying core of this single-fiber cable. Cross-section view as depicted here is 24 times the product's actual size.

Sectional View

Structure
	Core Material	Perfluorinated polymer

	Cladding Material	Perfluorinated polymer

	Core Refractive Index	Gradient

	Refractive Index Profile	Graded-index

	Numerical Aperture	0.185

	Number of Fibers	1

		Unit	Value

	Core Diameter	µm	120

	Cladding Diameter	µm	750

	Approximate Weight	g/m

Jacket
	Material and Color	n/a

	Indication on Jacket	n/a

		Unit	Value

	Sub-unit Diameter	mm	n/a

	Outer Diameter	mm

	Fiber Tensile Strength	N	15

Part Number: GigaPOF-120LD Price (per meter)
1 to 2,499	$ 0.68
2,500 to 9,999	$ 0.64
10,000+	$ 0.57

Performance

Criteria for Acceptance
and/or
[ Test Conditions ]

Unit

Value

Maximum Rating	Storage Temperature	No Physical Deterioration [ in a Dry Atmosphere ]	° C	-20 to 70

	Operating Temperature	No Deterioration in Optical Properties [ in a Dry Atmosphere ]	° C	-20 to 70

		No Deterioration in Optical Properties [ under 85% RH condition ]	° C	75

Optical Properties	Transmission Loss	(850 nm Collimated Light) [ 25°C 85% RH ]	dB/m	5 dB/km

	Transmission Loss under 85% RH	(850 nm Collimated Light) [ Operating Temperature ]	dB/m	10 dB/km

Mechanical Characteristics	Minimum Bend Radius	Loss Increment <0.5 dB [ A Quarter Bend ]	mm	10

	Repeated Bending Endurance	Loss Increment <1 dB [ Conforms to the JIS C 6861 ]	Times	n/r

	Tensile Strength	Tensile Force at 5% [ Elongation: Conforms to JIS C. 6861 ]	N	15

	Twisting Strength	Loss Increment <1 dB [ Sample Length: 1 m Tensile Force: 4.9 N ]	Times	n/r

	Impact Strength	Loss Increment <1 dB [ Sample Length: 1 m JIS C 6861 ]	N.m	n/r