The FBT Fiber Optic Splitter 1x6 FC APC

1x6 Splitting Ratio: Cost-effectively multiplies the number of connections from a single fiber strand to six output fibers, supporting six devices simultaneously.

FBT Technology: Utilizes FBT technology to ensure reliable performance with low insertion loss, typically less than 0.5 dB, and high uniformity, with a maximum deviation of 1.0 dB, guaranteeing consistent signal distribution across all six output fibers.

FC APC Connectors: Equipped with precision-engineered FC APC connectors, the splitter facilitates seamless and secure connections, minimizing signal loss during transmission.

Compact Design: The splitter's compact size makes it ideal for space-constrained environments, allowing for easy integration into existing network infrastructure.

Durability: The splitter's robust construction ensures its longevity and reliability in demanding network environments.

Description

Product Details

Features:

l Low Insertion loss

l Various Coupling Ratio

l Compact Size

 

Specifications:

Coupling Ratio	Insertion Loss(dB)
	Tap	Signal
50/50	2.8-3.6	≤3.6
45/55	3.3-3.9	≤3.0
40/60	3.8-4.5	≤2.6
35/65	4.2-5.0	≤2.2
30/70	4.6-5.7	≤1.9
25/75	5.8-6.7	≤1.6
20/80	6.7-7.6	≤1.2
15/85	7.8-9.0	≤0.98
10/90	9.3-11.0	≤0.63
5/95	12.4-14.0	≤0.41
1/99	18.6-21.0	≤0.25
Excess Loss(Typ.)(dB)	0.10
PDL(Max.)(dB)	0.15
Operating Wavelength(nm)	1310±40, 1550±40,1310/1550±40,1310/1550/1490±40 or custom wavelength
Directivity(dB)	≥55
Port Configuration	1×2 or 2×2
Note: All the data above does not include connectors

 

Parameter	Unit	Specification
Operating Wavelength	nm	1310±40, 1550±40,1490±10
(1×N)(2×N)		N=3	N=4	N=5	N=6	N=8	N=10		N=16		N=24	N=32
Fiber Type		Corning SMF-28e
IL(MAX)	dB	5.6	7.1	8.3	9.2	10.6	11.75	14.4		15.6		17.4
Uniformity	dB	0.5	0.7	1.1	1.3	1.5	1.7	1.8		2		2.2
Return Loss	dB	≥55
Directivity	dB	≥55
PDL	dB	0.2	0.2	0.3	0.3	0.3	0.3	0.4		0.5		0.5

Note: All the data above does not include connectors.

1x6 Splitting, also known as 1 to 6 optical fiber splitter, is a passive optical device that splits an optical signal from a single input into six identical outputs. It is commonly used in fiber optic communication systems to distribute optical signals to multiple destinations.

 

A 1x6 splitter typically consists of a fused biconical tapered structure made of silica glass. The incoming optical signal enters the splitter through an input port and propagates through the tapered structure. As the light travels through the taper, it gradually expands, causing it to be split into multiple paths. The split light beams are then coupled into six output fibers, each carrying an equal portion of the original signal.

 

Single-mode splitters: These splitters are designed for single-mode optical fibers, which are used for long-distance transmission.
Multimode splitters: These splitters are designed for multimode optical fibers, which are used for short-distance transmission.
APC (Angled Polished Connector) splitters: These splitters have APC connectors, which provide low insertion loss and high return loss.
PC (Pre-polished Connector) splitters: These splitters have PC connectors, which are more economical but have slightly higher insertion loss and lower return loss.

 

1x6 splitters are widely used in various fiber optic communication applications, including:

Fiber optic networks: Splitters are used to distribute optical signals to multiple users or devices in a fiber optic network.
Fiber optic sensors: Splitters are used to connect multiple sensors to a single optical interrogator.
Fiber optic test equipment: Splitters are used to split optical signals for testing and measurement purposes.

1x6 splitters are widely used in various fiber optic communication applications, including:

Fiber optic networks: Splitters are used to distribute optical signals to multiple users or devices in a fiber optic network.
Fiber optic sensors: Splitters are used to connect multiple sensors to a single optical interrogator.
Fiber optic test equipment: Splitters are used to split optical signals for testing and measurement purposes.
Using and Precautions of 1x6 Splitters

When using 1x6 splitters, it is important to follow these guidelines:

Clean the connectors: Before connecting the splitter to the optical fibers, clean the connectors with alcohol and a lint-free cloth to remove any dust or debris.
Inspect the connectors: Inspect the connectors for any damage or contamination. If the connectors are damaged, replace them.
Properly connect the fibers: Carefully connect the optical fibers to the splitter's input and output ports. Make sure the connectors are properly aligned and tightened.
Avoid excessive bending: Avoid bending the optical fibers too tightly, as this can cause signal loss or damage to the fibers.
Store in a dry and dust-free environment: Store the splitter in a dry and dust-free environment to prevent contamination.
By following these guidelines, you can ensure that your 1x6 splitter will perform properly and provide you with many years of reliable service.

 

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