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Standard Single-Mode Fiber Coupler
Fiber Optic Couplers

Standard Single-Mode Fiber Coupler

Supplier
Shconnet
Category
Fiber Optic Couplers
Origin
China

A1XN optical splitter divides input optical power among multiple fibers at specified splitting ratios for different applications. Established fused-biconical-taper (FBT) technology provides low loss and low cost for single-mode and multimode couplers. Its wavelength-sensitive coupling region makes performance dependent on wavelength and fiber type. FBT splitters are offered at633nm,650nm,780nm,820nm,850nm,980nm,1053nm,1064nm,1310nm,1480 and1550nm. They provide accurate operating wavelengths and specified splitting ratios within a given bandwidth, with narrowband, broadband and ultrabroadband types. The basic2x2(1x2) unit can be cascaded into other configurations. Advances in FBT technology allow multiple fibers to be tapered simultaneously, reducing package size. Contact sales for further information.

Specification Snapshot
Polarization Dependent Loss [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =50:50]
0.10 dB
Polarization Dependent Loss [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =40:60]
0.10 dB
Polarization Dependent Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm / Split Ratio =50:50]
0.10 dB
Polarization Dependent Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm / Split Ratio =40:60]
0.10 dB
Polarization Dependent Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =50:50]
0.10 dB
Polarization Dependent Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =40:60]
0.10 dB
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Overview

A1XN optical splitter divides input optical power among multiple fibers at specified splitting ratios for different applications. Established fused-biconical-taper (FBT) technology provides low loss and low cost for single-mode and multimode couplers. Its wavelength-sensitive coupling region makes performance dependent on wavelength and fiber type. FBT splitters are offered at633nm,650nm,780nm,820nm,850nm,980nm,1053nm,1064nm,1310nm,1480 and1550nm. They provide accurate operating wavelengths and specified splitting ratios within a given bandwidth, with narrowband, broadband and ultrabroadband types. The basic2x2(1x2) unit can be cascaded into other configurations. Advances in FBT technology allow multiple fibers to be tapered simultaneously, reducing package size. Contact sales for further information.

Specifications

ParameterValue
Operating Wavelength [Bandwidth =+/- 20nm / Split Ratio =50:50]1310; 1480; 1550; 1625
Bandwidth [Operating Wavelength =1310；1480；1550；1625 / Split Ratio =50:50]+/- 20
Splitting Ratio [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm]50:50
Splitting Ratio [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm]40:60
Splitting Ratio [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm]30:70
Splitting Ratio [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm]20:80
Maximum Excess Loss [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =50:50]0.08 dB
Typical Excess Loss [Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =50:50]typical:0.05 dB
Typical Insertion Loss [Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =50:50]typical:3.05 dB
Maximum Insertion Loss [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =50:50]3.3 dB
Polarization Dependent Loss [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =50:50]0.10 dB
Operating Wavelength [Bandwidth =+/- 20nm / Split Ratio =40:60]1310; 1480; 1550; 1625
Bandwidth [Operating Wavelength =1310；1480；1550；1625 / Split Ratio =40:60]+/- 20
Maximum Excess Loss [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =40:60]0.08 dB
Typical Excess Loss [Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =40:60]typical:0.05 dB
Typical Insertion Loss [Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =40:60]typical:4.1/2.3
Maximum Insertion Loss [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =40:60]4.4/2.5
Polarization Dependent Loss [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =40:60]0.10 dB
Operating Wavelength [Bandwidth =+/- 20nm / Split Ratio =30:70]1310; 1480; 1550; 1625
Bandwidth [Operating Wavelength =1310；1480；1550；1625 / Split Ratio =30:70]+/- 20
Maximum Excess Loss [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =30:70]0.08 dB
Typical Excess Loss [Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =30:70]typical:0.05 dB
Typical Insertion Loss [Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =30:70]typical:5.3/1.6
Maximum Insertion Loss [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =30:70]5.6/1.8
Polarization Dependent Loss [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =30:70]0.15/0.10
Operating Wavelength [Bandwidth =+/- 20nm / Split Ratio =20:80]1310; 1480; 1550; 1625
Bandwidth [Operating Wavelength =1310；1480；1550；1625 / Split Ratio =20:80]+/- 20
Maximum Excess Loss [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =20:80]0.08 dB
Typical Excess Loss [Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =20:80]typical:0.05 dB
Typical Insertion Loss [Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =20:80]typical:7.1/1.0
Maximum Insertion Loss [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =20:80]7.4/1.1
Polarization Dependent Loss [Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =20:80]0.15/0.10
Operating Wavelength [Single-Window Broadband Type / Bandwidth =+/- 40nm / Split Ratio =50:50]1310; 1550
Bandwidth [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Split Ratio =50:50]+/- 40
Splitting Ratio [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm]50:50
Splitting Ratio [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm]40:60
Splitting Ratio [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm]30:70
Splitting Ratio [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm]20:80
Maximum Excess Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm / Split Ratio =50:50]0.08 dB
Typical Excess Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550/ Bandwidth =+/- 40nm/ Split Ratio =50:50]typical:0.05 dB
Typical Insertion Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550/ Bandwidth =+/- 40nm/ Split Ratio =50:50]typical:3.05 dB
Maximum Insertion Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm / Split Ratio =50:50]3.3 dB
Polarization Dependent Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm / Split Ratio =50:50]0.10 dB
Operating Wavelength [Single-Window Broadband Type / Bandwidth =+/- 40nm / Split Ratio =40:60]1310; 1550
Bandwidth [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Split Ratio =40:60]+/- 40
Maximum Excess Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm / Split Ratio =40:60]0.08 dB
Typical Excess Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550/ Bandwidth =+/- 40nm/ Split Ratio =40:60]typical:0.05 dB
Typical Insertion Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550/ Bandwidth =+/- 40nm/ Split Ratio =40:60]typical:4.1/2.3
Maximum Insertion Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm / Split Ratio =40:60]4.4/2.5
Polarization Dependent Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm / Split Ratio =40:60]0.10 dB
Operating Wavelength [Single-Window Broadband Type / Bandwidth =+/- 40nm / Split Ratio =30:70]1310; 1550
Bandwidth [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Split Ratio =30:70]+/- 40
Maximum Excess Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm / Split Ratio =30:70]0.08 dB
Typical Excess Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550/ Bandwidth =+/- 40nm/ Split Ratio =30:70]typical:0.05 dB
Typical Insertion Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550/ Bandwidth =+/- 40nm/ Split Ratio =30:70]typical:5.3/1.6
Maximum Insertion Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm / Split Ratio =30:70]5.6/1.8
Polarization Dependent Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm / Split Ratio =30:70]0.15/0.10
Operating Wavelength [Single-Window Broadband Type / Bandwidth =+/- 40nm / Split Ratio =20:80]1310; 1550
Bandwidth [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Split Ratio =20:80]+/- 40
Maximum Excess Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm / Split Ratio =20:80]0.08 dB
Typical Excess Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550/ Bandwidth =+/- 40nm/ Split Ratio =20:80]typical:0.05 dB
Typical Insertion Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550/ Bandwidth =+/- 40nm/ Split Ratio =20:80]typical:7.1/1.0
Maximum Insertion Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm / Split Ratio =20:80]7.4/1.1
Polarization Dependent Loss [Single-Window Broadband Type / Operating Wavelength =1310；1550 / Bandwidth =+/- 40nm / Split Ratio =20:80]0.15/0.10
Operating Wavelength [Dual-Window Broadband Type / Bandwidth =+/- 40nm / Split Ratio =50:50]1310&1550
Bandwidth [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Split Ratio =50:50]+/- 40
Splitting Ratio [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm]50:50
Splitting Ratio [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm]40:60
Splitting Ratio [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm]30:70
Splitting Ratio [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm]20:80
Maximum Excess Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =50:50]0.08 dB
Typical Excess Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550/ Bandwidth =+/- 40nm/ Split Ratio =50:50]typical:0.05 dB
Typical Insertion Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550/ Bandwidth =+/- 40nm/ Split Ratio =50:50]typical:3.05 dB
Maximum Insertion Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =50:50]3.3 dB
Polarization Dependent Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =50:50]0.10 dB
Operating Wavelength [Dual-Window Broadband Type / Bandwidth =+/- 40nm / Split Ratio =40:60]1310&1550
Bandwidth [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Split Ratio =40:60]+/- 40
Maximum Excess Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =40:60]0.08 dB
Typical Excess Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550/ Bandwidth =+/- 40nm/ Split Ratio =40:60]typical:0.05 dB
Typical Insertion Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550/ Bandwidth =+/- 40nm/ Split Ratio =40:60]typical:4.1/2.3
Maximum Insertion Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =40:60]4.4/2.5
Polarization Dependent Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =40:60]0.10 dB
Operating Wavelength [Dual-Window Broadband Type / Bandwidth =+/- 40nm / Split Ratio =30:70]1310&1550
Bandwidth [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Split Ratio =30:70]+/- 40
Maximum Excess Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =30:70]0.08 dB
Typical Excess Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550/ Bandwidth =+/- 40nm/ Split Ratio =30:70]typical:0.05 dB
Typical Insertion Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550/ Bandwidth =+/- 40nm/ Split Ratio =30:70]typical:5.3/1.6
Maximum Insertion Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =30:70]5.6/1.8
Polarization Dependent Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =30:70]0.15/0.10
Operating Wavelength [Dual-Window Broadband Type / Bandwidth =+/- 40nm / Split Ratio =20:80]1310&1550
Bandwidth [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Split Ratio =20:80]+/- 40
Maximum Excess Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =20:80]0.08 dB
Typical Excess Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550/ Bandwidth =+/- 40nm/ Split Ratio =20:80]typical:0.05 dB
Typical Insertion Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550/ Bandwidth =+/- 40nm/ Split Ratio =20:80]typical:7.1/1.0
Maximum Insertion Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =20:80]7.4/1.1
Polarization Dependent Loss [Dual-Window Broadband Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =20:80]0.15/0.10
Operating Wavelength [Ultra-Broadband Type / Bandwidth =380nm / Split Ratio =50:50]1270~1650 nm
Bandwidth [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Split Ratio =50:50]380 nm
Splitting Ratio [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm]50:50
Splitting Ratio [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm]40:60
Splitting Ratio [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm]30:70
Splitting Ratio [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm]20:80
Maximum Excess Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm / Split Ratio =50:50]0.12 dB
Typical Excess Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650/ Bandwidth =380nm/ Split Ratio =50:50]typical:0.08 dB
Typical Insertion Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650/ Bandwidth =380nm/ Split Ratio =50:50]typical:3.9 dB
Maximum Insertion Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm / Split Ratio =50:50]4.1 dB
Polarization Dependent Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm / Split Ratio =50:50]0.13 dB
Operating Wavelength [Ultra-Broadband Type / Bandwidth =380nm / Split Ratio =40:60]1270~1650 nm
Bandwidth [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Split Ratio =40:60]380 nm
Maximum Excess Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm / Split Ratio =40:60]0.12 dB
Typical Excess Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650/ Bandwidth =380nm/ Split Ratio =40:60]typical:0.08 dB
Typical Insertion Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650/ Bandwidth =380nm/ Split Ratio =40:60]typical:4.7/2.7
Maximum Insertion Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm / Split Ratio =40:60]4.8/2.8
Polarization Dependent Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm / Split Ratio =40:60]0.13 dB
Operating Wavelength [Ultra-Broadband Type / Bandwidth =380nm / Split Ratio =30:70]1270~1650 nm
Bandwidth [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Split Ratio =30:70]380 nm
Maximum Excess Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm / Split Ratio =30:70]0.12 dB
Typical Excess Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650/ Bandwidth =380nm/ Split Ratio =30:70]typical:0.08 dB
Typical Insertion Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650/ Bandwidth =380nm/ Split Ratio =30:70]typical:6.4/2.1
Maximum Insertion Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm / Split Ratio =30:70]6.6/2.2
Polarization Dependent Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm / Split Ratio =30:70]0.13 dB
Operating Wavelength [Ultra-Broadband Type / Bandwidth =380nm / Split Ratio =20:80]1270~1650 nm
Bandwidth [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Split Ratio =20:80]380 nm
Maximum Excess Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm / Split Ratio =20:80]0.12 dB
Typical Excess Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650/ Bandwidth =380nm/ Split Ratio =20:80]typical:0.08 dB
Typical Insertion Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650/ Bandwidth =380nm/ Split Ratio =20:80]typical:8.2/1.6
Maximum Insertion Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm / Split Ratio =20:80]8.4/1.7
Polarization Dependent Loss [Ultra-Broadband Type / Operating Wavelength =1270~1650 / Bandwidth =380nm / Split Ratio =20:80]0.13 dB
Operating Wavelength [Short Wavelength ( Specialty Single-Mode Fiber ) / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request )]633 nm
Operating Wavelength [Short Wavelength ( Specialty Single-Mode Fiber ) / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request )]650 nm
Operating Wavelength [Short Wavelength ( Specialty Single-Mode Fiber ) / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request )]780 nm
Operating Wavelength [Short Wavelength ( Specialty Single-Mode Fiber ) / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request )]820 nm
Bandwidth [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =633 / Split Ratio =50:50 ( Other Values on Request )]+/- 20
Splitting Ratio [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =633 / Bandwidth =+/- 20nm]50:50 (Other Values on Request)
Maximum Excess Loss [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =633 / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request )]0.25 dB
Typical Excess Loss [Short Wavelength ( Specialty Single-Mode Fiber )/ Operating Wavelength =633/ Bandwidth =+/- 20nm/ Split Ratio =50:50 ( Other Values on Request )]typical:0.20 dB
Polarization Dependent Loss [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =633 / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request )]0.10 dB
Temperature stability [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =633 / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request ) / -45 ~ +85°C range]<0.002dB (Over the-45 to+85°C Range)
Bandwidth [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =650 / Split Ratio =50:50 ( Other Values on Request )]+/- 20
Splitting Ratio [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =650 / Bandwidth =+/- 20nm]50:50 (Other Values on Request)
Maximum Excess Loss [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =650 / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request )]0.25 dB
Typical Excess Loss [Short Wavelength ( Specialty Single-Mode Fiber )/ Operating Wavelength =650/ Bandwidth =+/- 20nm/ Split Ratio =50:50 ( Other Values on Request )]typical:0.20 dB
Polarization Dependent Loss [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =650 / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request )]0.10 dB
Temperature stability [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =650 / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request ) / -45 ~ +85°C range]<0.002dB (Over the-45 to+85°C Range)
Bandwidth [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =780 / Split Ratio =50:50 ( Other Values on Request )]+/- 20
Splitting Ratio [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =780 / Bandwidth =+/- 20nm]50:50 (Other Values on Request)
Maximum Excess Loss [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =780 / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request )]0.20 dB
Typical Excess Loss [Short Wavelength ( Specialty Single-Mode Fiber )/ Operating Wavelength =780/ Bandwidth =+/- 20nm/ Split Ratio =50:50 ( Other Values on Request )]typical:0.15 dB
Polarization Dependent Loss [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =780 / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request )]0.10 dB
Temperature stability [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =780 / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request ) / -45 ~ +85°C range]<0.002dB (Over the-45 to+85°C Range)
Bandwidth [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =820 / Split Ratio =50:50 ( Other Values on Request )]+/- 20
Splitting Ratio [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =820 / Bandwidth =+/- 20nm]50:50 (Other Values on Request)
Maximum Excess Loss [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =820 / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request )]0.15 dB
Typical Excess Loss [Short Wavelength ( Specialty Single-Mode Fiber )/ Operating Wavelength =820/ Bandwidth =+/- 20nm/ Split Ratio =50:50 ( Other Values on Request )]typical:0.10 dB
Polarization Dependent Loss [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =820 / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request )]0.10 dB
Temperature stability [Short Wavelength ( Specialty Single-Mode Fiber ) / Operating Wavelength =820 / Bandwidth =+/- 20nm / Split Ratio =50:50 ( Other Values on Request ) / -45 ~ +85°C range]<0.002dB (Over the-45 to+85°C Range)
Operating Wavelength [Tap Type / Bandwidth =+/- 20nm / Split Ratio =1:99]1550; 1590
Bandwidth [Tap Type / Operating Wavelength =1550；1590 / Split Ratio =1:99]+/- 20
Splitting Ratio [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm]1:99
Splitting Ratio [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm]3:97
Splitting Ratio [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm]5:95
Splitting Ratio [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm]10:90
Split Ratio Deviation [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =1:99]+/-0.4
Maximum Excess Loss [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =1:99]0.08 dB
Typical Excess Loss [Tap Type / Operating Wavelength =1550；1590/ Bandwidth =+/- 20nm/ Split Ratio =1:99]typical:0.05 dB
Wavelength-Dependent Loss (WDL) [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =1:99]+/-0.2
PDL (Tap) [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =1:99 / Tap]<0.12 dB
Operating Wavelength [Tap Type / Bandwidth =+/- 20nm / Split Ratio =3:97]1550; 1590
Bandwidth [Tap Type / Operating Wavelength =1550；1590 / Split Ratio =3:97]+/- 20
Split Ratio Deviation [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =3:97]+/-0.8
Maximum Excess Loss [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =3:97]0.08 dB
Typical Excess Loss [Tap Type / Operating Wavelength =1550；1590/ Bandwidth =+/- 20nm/ Split Ratio =3:97]typical:0.05 dB
Wavelength-Dependent Loss (WDL) [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =3:97]+/-0.2
PDL (Tap) [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =3:97 / Tap]<0.12 dB
Operating Wavelength [Tap Type / Bandwidth =+/- 20nm / Split Ratio =5:95]1550; 1590
Bandwidth [Tap Type / Operating Wavelength =1550；1590 / Split Ratio =5:95]+/- 20
Split Ratio Deviation [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =5:95]+/-1.0
Maximum Excess Loss [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =5:95]0.08 dB
Typical Excess Loss [Tap Type / Operating Wavelength =1550；1590/ Bandwidth =+/- 20nm/ Split Ratio =5:95]typical:0.05 dB
Wavelength-Dependent Loss (WDL) [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =5:95]+/-0.15
PDL (Tap) [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =5:95 / Tap]<0.12 dB
Operating Wavelength [Tap Type / Bandwidth =+/- 20nm / Split Ratio =10:90]1550; 1590
Bandwidth [Tap Type / Operating Wavelength =1550；1590 / Split Ratio =10:90]+/- 20
Split Ratio Deviation [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =10:90]+/-1.5
Maximum Excess Loss [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =10:90]0.08 dB
Typical Excess Loss [Tap Type / Operating Wavelength =1550；1590/ Bandwidth =+/- 20nm/ Split Ratio =10:90]typical:0.05 dB
Wavelength-Dependent Loss (WDL) [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =10:90]+/-0.1
PDL (Tap) [Tap Type / Operating Wavelength =1550；1590 / Bandwidth =+/- 20nm / Split Ratio =10:90 / Tap]<0.12 dB
Operating Wavelength [Broadband Tap Type / Bandwidth =+/- 40nm / Split Ratio =1:99]1310&1550
Bandwidth [Broadband Tap Type / Operating Wavelength =1310&1550 / Split Ratio =1:99]+/- 40
Splitting Ratio [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm]1:99
Splitting Ratio [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm]3:97
Splitting Ratio [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm]5:95
Splitting Ratio [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm]10:90
Split Ratio Deviation [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =1:99]+/-1.0
Maximum Excess Loss [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =1:99]0.08 dB
Typical Excess Loss [Broadband Tap Type / Operating Wavelength =1310&1550/ Bandwidth =+/- 40nm/ Split Ratio =1:99]typical:0.05 dB
Wavelength-Dependent Loss (WDL) [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =1:99]+/-0.2
PDL (Tap) [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =1:99 / Tap]<0.15 dB
Operating Wavelength [Broadband Tap Type / Bandwidth =+/- 40nm / Split Ratio =3:97]1310&1550
Bandwidth [Broadband Tap Type / Operating Wavelength =1310&1550 / Split Ratio =3:97]+/- 40
Split Ratio Deviation [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =3:97]+/-1.0
Maximum Excess Loss [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =3:97]0.08 dB
Typical Excess Loss [Broadband Tap Type / Operating Wavelength =1310&1550/ Bandwidth =+/- 40nm/ Split Ratio =3:97]typical:0.05 dB
Wavelength-Dependent Loss (WDL) [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =3:97]+/-0.2
PDL (Tap) [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =3:97 / Tap]<0.15 dB
Operating Wavelength [Broadband Tap Type / Bandwidth =+/- 40nm / Split Ratio =5:95]1310&1550
Bandwidth [Broadband Tap Type / Operating Wavelength =1310&1550 / Split Ratio =5:95]+/- 40
Split Ratio Deviation [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =5:95]+/-1.5
Maximum Excess Loss [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =5:95]0.08 dB
Typical Excess Loss [Broadband Tap Type / Operating Wavelength =1310&1550/ Bandwidth =+/- 40nm/ Split Ratio =5:95]typical:0.05 dB
Wavelength-Dependent Loss (WDL) [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =5:95]+/-0.15
PDL (Tap) [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =5:95 / Tap]<0.15 dB
Operating Wavelength [Broadband Tap Type / Bandwidth =+/- 40nm / Split Ratio =10:90]1310&1550
Bandwidth [Broadband Tap Type / Operating Wavelength =1310&1550 / Split Ratio =10:90]+/- 40
Split Ratio Deviation [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =10:90]+/-2.0
Maximum Excess Loss [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =10:90]0.08 dB
Typical Excess Loss [Broadband Tap Type / Operating Wavelength =1310&1550/ Bandwidth =+/- 40nm/ Split Ratio =10:90]typical:0.05 dB
Wavelength-Dependent Loss (WDL) [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =10:90]+/-0.1
PDL (Tap) [Broadband Tap Type / Operating Wavelength =1310&1550 / Bandwidth =+/- 40nm / Split Ratio =10:90 / Tap]<0.15 dB
Operating Wavelength [Low PDL Type / Bandwidth =+/- 20nm / Split Ratio =50:50]1310; 1480; 1550; 1625
Bandwidth [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Split Ratio =50:50]+/- 20
Splitting Ratio [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm]50:50
Splitting Ratio [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm]40:60
Splitting Ratio [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm]30:70
Splitting Ratio [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm]20:80
Maximum Excess Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =50:50]0.08 dB
Typical Excess Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =50:50]typical:0.05 dB
Typical Insertion Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =50:50]typical:3.05 dB
Maximum Insertion Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =50:50]3.3 dB
Polarization Dependent Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =50:50]0.04 dB
Operating Wavelength [Low PDL Type / Bandwidth =+/- 20nm / Split Ratio =40:60]1310; 1480; 1550; 1625
Bandwidth [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Split Ratio =40:60]+/- 20
Maximum Excess Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =40:60]0.08 dB
Typical Excess Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =40:60]typical:0.05 dB
Typical Insertion Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =40:60]typical:4.1/2.3
Maximum Insertion Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =40:60]4.4/2.5
Polarization Dependent Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =40:60]0.04 dB
Operating Wavelength [Low PDL Type / Bandwidth =+/- 20nm / Split Ratio =30:70]1310; 1480; 1550; 1625
Bandwidth [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Split Ratio =30:70]+/- 20
Maximum Excess Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =30:70]0.08 dB
Typical Excess Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =30:70]typical:0.05 dB
Typical Insertion Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =30:70]typical:5.3/1.6
Maximum Insertion Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =30:70]5.6/1.8
Polarization Dependent Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =30:70]0.06/0.04
Operating Wavelength [Low PDL Type / Bandwidth =+/- 20nm / Split Ratio =20:80]1310; 1480; 1550; 1625
Bandwidth [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Split Ratio =20:80]+/- 20
Maximum Excess Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =20:80]0.08 dB
Typical Excess Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =20:80]typical:0.05 dB
Typical Insertion Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625/ Bandwidth =+/- 20nm/ Split Ratio =20:80]typical:7.1/1.0
Maximum Insertion Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =20:80]7.4/1.1
Polarization Dependent Loss [Low PDL Type / Operating Wavelength =1310；1480；1550；1625 / Bandwidth =+/- 20nm / Split Ratio =20:80]0.06/0.04
Operating Wavelength [1x3 (3x3) Single-Pass Tapering / Bandwidth =+/-20nm / Split Ratio =33.3/33.3/33.3]1310 nm
Operating Wavelength [1x3 (3x3) Single-Pass Tapering / Bandwidth =+/-20nm / Split Ratio =33.3/33.3/33.3]1550 nm
Bandwidth [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310 / Split Ratio =33.3/33.3/33.3]+/-20
Splitting Ratio [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310 / Bandwidth =+/-20nm]33.3/33.3/33.3
Maximum Excess Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310 / Bandwidth =+/-20nm / Split Ratio =33.3/33.3/33.3]0.1 dB
Typical Excess Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310/ Bandwidth =+/-20nm/ Split Ratio =33.3/33.3/33.3]typical:0.08 dB
Typical Insertion Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310/ Bandwidth =+/-20nm/ Split Ratio =33.3/33.3/33.3]typical:5.2 dB
Maximum Insertion Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310 / Bandwidth =+/-20nm / Split Ratio =33.3/33.3/33.3]5.4 dB
Typical Wavelength-Dependent Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310/ Bandwidth =+/-20nm/ Split Ratio =33.3/33.3/33.3]typical:+/-0.15
Maximum Wavelength-Dependent Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310 / Bandwidth =+/-20nm / Split Ratio =33.3/33.3/33.3]+/-0.2
Uniformity [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310 / Bandwidth =+/-20nm / Split Ratio =33.3/33.3/33.3]<0.8 dB
Typical Polarization-Dependent Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310/ Bandwidth =+/-20nm/ Split Ratio =33.3/33.3/33.3]typical:0.08 dB
Maximum Polarization-Dependent Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310 / Bandwidth =+/-20nm / Split Ratio =33.3/33.3/33.3]0.10 dB
Temperature stability [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310 / Bandwidth =+/-20nm / Split Ratio =33.3/33.3/33.3 / -45 ~ +85°C range]0.002dB (Over the-45 to+85°C Range)
Bandwidth [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1550 / Split Ratio =33.3/33.3/33.3]+/-20
Splitting Ratio [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1550 / Bandwidth =+/-20nm]33.3/33.3/33.3
Maximum Excess Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1550 / Bandwidth =+/-20nm / Split Ratio =33.3/33.3/33.3]0.1 dB
Typical Excess Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1550/ Bandwidth =+/-20nm/ Split Ratio =33.3/33.3/33.3]typical:0.08 dB
Typical Insertion Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1550/ Bandwidth =+/-20nm/ Split Ratio =33.3/33.3/33.3]typical:5.2 dB
Maximum Insertion Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1550 / Bandwidth =+/-20nm / Split Ratio =33.3/33.3/33.3]5.4 dB
Typical Wavelength-Dependent Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1550/ Bandwidth =+/-20nm/ Split Ratio =33.3/33.3/33.3]typical:+/-0.15
Maximum Wavelength-Dependent Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1550 / Bandwidth =+/-20nm / Split Ratio =33.3/33.3/33.3]+/-0.2
Uniformity [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1550 / Bandwidth =+/-20nm / Split Ratio =33.3/33.3/33.3]<0.8 dB
Typical Polarization-Dependent Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1550/ Bandwidth =+/-20nm/ Split Ratio =33.3/33.3/33.3]typical:0.08 dB
Maximum Polarization-Dependent Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1550 / Bandwidth =+/-20nm / Split Ratio =33.3/33.3/33.3]0.10 dB
Temperature stability [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1550 / Bandwidth =+/-20nm / Split Ratio =33.3/33.3/33.3 / -45 ~ +85°C range]0.002dB (Over the-45 to+85°C Range)
Operating Wavelength [1x3 (3x3) Single-Pass Tapering / Bandwidth =+/-40nm / Split Ratio =33.3/33.3/33.3]1310&1550
Bandwidth [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310&1550 / Split Ratio =33.3/33.3/33.3]+/-40
Splitting Ratio [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310&1550 / Bandwidth =+/-40nm]33.3/33.3/33.3
Maximum Excess Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310&1550 / Bandwidth =+/-40nm / Split Ratio =33.3/33.3/33.3]0.15 dB
Typical Excess Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310&1550/ Bandwidth =+/-40nm/ Split Ratio =33.3/33.3/33.3]typical:0.1 dB
Typical Insertion Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310&1550/ Bandwidth =+/-40nm/ Split Ratio =33.3/33.3/33.3]typical:5.6 dB
Maximum Insertion Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310&1550 / Bandwidth =+/-40nm / Split Ratio =33.3/33.3/33.3]5.8 dB
Typical Wavelength-Dependent Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310&1550/ Bandwidth =+/-40nm/ Split Ratio =33.3/33.3/33.3]typical:+/-0.4
Maximum Wavelength-Dependent Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310&1550 / Bandwidth =+/-40nm / Split Ratio =33.3/33.3/33.3]+/-0.6
Uniformity [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310&1550 / Bandwidth =+/-40nm / Split Ratio =33.3/33.3/33.3]<1.2 dB
Typical Polarization-Dependent Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310&1550/ Bandwidth =+/-40nm/ Split Ratio =33.3/33.3/33.3]typical:0.1 dB
Maximum Polarization-Dependent Loss [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310&1550 / Bandwidth =+/-40nm / Split Ratio =33.3/33.3/33.3]0.15 dB
Temperature stability [1x3 (3x3) Single-Pass Tapering / Operating Wavelength =1310&1550 / Bandwidth =+/-40nm / Split Ratio =33.3/33.3/33.3 / -45 ~ +85°C range]0.002dB (Over the-45 to+85°C Range)
Operating Wavelength [1x4/4x4( Single-Pass Tapering ) / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]1310 nm
Operating Wavelength [1x4/4x4( Single-Pass Tapering ) / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]1550 nm
Operating Wavelength [1x4/4x4( Single-Pass Tapering ) / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]1310&1550
Bandwidth [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310 / Split Ratio =25/25/25/25]+/-40
Splitting Ratio [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310 / Bandwidth =+/-40nm]25/25/25/25
Maximum Excess Loss [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]0.1 dB
Typical Excess Loss [1x4/4x4( Single-Pass Tapering )/ Operating Wavelength =1310/ Bandwidth =+/-40nm/ Split Ratio =25/25/25/25]typical:0.08 dB
Typical Insertion Loss [1x4/4x4( Single-Pass Tapering )/ Operating Wavelength =1310/ Bandwidth =+/-40nm/ Split Ratio =25/25/25/25]typical:6.8 dB
Maximum Insertion Loss [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]7.2 dB
Typical Wavelength-Dependent Loss [1x4/4x4( Single-Pass Tapering )/ Operating Wavelength =1310/ Bandwidth =+/-40nm/ Split Ratio =25/25/25/25]typical:+/-0.2
Maximum Wavelength-Dependent Loss [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]+/-0.4
Uniformity [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]<1.2 dB
Typical Polarization-Dependent Loss [1x4/4x4( Single-Pass Tapering )/ Operating Wavelength =1310/ Bandwidth =+/-40nm/ Split Ratio =25/25/25/25]typical:0.05 dB
Maximum Polarization-Dependent Loss [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]0.10 dB
Temperature stability [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25 / -45 ~ +85°C range]0.002dB (Over the-45 to+85°C Range)
Bandwidth [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1550 / Split Ratio =25/25/25/25]+/-40
Splitting Ratio [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1550 / Bandwidth =+/-40nm]25/25/25/25
Maximum Excess Loss [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1550 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]0.1 dB
Typical Excess Loss [1x4/4x4( Single-Pass Tapering )/ Operating Wavelength =1550/ Bandwidth =+/-40nm/ Split Ratio =25/25/25/25]typical:0.08 dB
Typical Insertion Loss [1x4/4x4( Single-Pass Tapering )/ Operating Wavelength =1550/ Bandwidth =+/-40nm/ Split Ratio =25/25/25/25]typical:6.8 dB
Maximum Insertion Loss [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1550 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]7.2 dB
Typical Wavelength-Dependent Loss [1x4/4x4( Single-Pass Tapering )/ Operating Wavelength =1550/ Bandwidth =+/-40nm/ Split Ratio =25/25/25/25]typical:+/-0.2
Maximum Wavelength-Dependent Loss [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1550 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]+/-0.4
Uniformity [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1550 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]<1.2 dB
Typical Polarization-Dependent Loss [1x4/4x4( Single-Pass Tapering )/ Operating Wavelength =1550/ Bandwidth =+/-40nm/ Split Ratio =25/25/25/25]typical:0.05 dB
Maximum Polarization-Dependent Loss [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1550 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]0.10 dB
Temperature stability [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1550 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25 / -45 ~ +85°C range]0.002dB (Over the-45 to+85°C Range)
Bandwidth [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310&1550 / Split Ratio =25/25/25/25]+/-40
Splitting Ratio [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310&1550 / Bandwidth =+/-40nm]25/25/25/25
Maximum Excess Loss [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310&1550 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]0.15 dB
Typical Excess Loss [1x4/4x4( Single-Pass Tapering )/ Operating Wavelength =1310&1550/ Bandwidth =+/-40nm/ Split Ratio =25/25/25/25]typical:0.1 dB
Typical Insertion Loss [1x4/4x4( Single-Pass Tapering )/ Operating Wavelength =1310&1550/ Bandwidth =+/-40nm/ Split Ratio =25/25/25/25]typical:7.2 dB
Maximum Insertion Loss [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310&1550 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]7.5 dB
Typical Wavelength-Dependent Loss [1x4/4x4( Single-Pass Tapering )/ Operating Wavelength =1310&1550/ Bandwidth =+/-40nm/ Split Ratio =25/25/25/25]typical:+/-0.4
Maximum Wavelength-Dependent Loss [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310&1550 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]+/-0.6
Uniformity [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310&1550 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]<1.5 dB
Typical Polarization-Dependent Loss [1x4/4x4( Single-Pass Tapering )/ Operating Wavelength =1310&1550/ Bandwidth =+/-40nm/ Split Ratio =25/25/25/25]typical:0.1 dB
Maximum Polarization-Dependent Loss [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310&1550 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25]0.15 dB
Temperature stability [1x4/4x4( Single-Pass Tapering ) / Operating Wavelength =1310&1550 / Bandwidth =+/-40nm / Split Ratio =25/25/25/25 / -45 ~ +85°C range]0.002dB (Over the-45 to+85°C Range)
Temperature stability [Within -45 ~ +85°C]<0.002dB (Over the-45 to+85°C Range)
Directivity [1x2 / optional]> 50; > 60 optional
Directivity [2x2]> 60 dB
Operating Temperature-20 ~ +70 °C
Transport/Storage Temperature-45 ~ +85 °C
Fiber TypeCorning SMF-28
Input/Output Length [optional]1m Standard Length; Other Lengths Optional
Input/Output Mode250um Bare Fiber
Input/Output Mode900um Loose Tube
Input/Output Mode2,0/3.0mm Loose Tube
Standard Package Dimensions [Input/Output Type=250um Bare Fiber]Ф3.0 x 48
Small Package Dimensions [Input/Output Type=250um Bare Fiber]Ф3.0 x 30
Connector Type [PC/UPC]FC, SC, ST
Connector Type [APC]FC, SC
Standard Package Dimensions [Input/Output Type=900um Loose Tube]Ф3.0 x 56 90X16X9
Small Package Dimensions [Input/Output Type=900um Loose Tube]Ф3.0 x 30
Standard Package Dimensions [Input/Output Type=2,0/3.0mm Loose Tube]90X16X9 106X79X10
Small Package Dimensions [Input/Output Type=2,0/3.0mm Loose Tube]Ф3.0 x 30
Dry-Heat Aging [Reliability Test Conditions]85±2°C;5000 Hours
Damp-Heat Aging [Reliability Test Conditions]75±2^oC; Humidity90±5%RH;5000 Hours
Low-Temperature Storage [Reliability Test Conditions]-40±5^oC;5000 Hours
Water Immersion Test [Reliability Test Conditions]43±2^oC; PH5.5±0.5;168 Hours
High/Low Temperature Cycling [Reliability Test Conditions]-40±2^oC to85±2^oC;500 Cycles
Vibration/Shock [Reliability Test Conditions]10Hz to2000Hz,1.52mm Maximum Amplitude,3Axes,2Hours per Axis
Stress Test [Reliability Test Conditions]1.8m,3Axes,8Times per Axis

Applications

Optical-power distribution; fiber-optic communication systems; fiber-optic CATV systems; fiber-optic sensing systems; optical instrumentation.

Key Features

Low excess loss; high environmental stability; high directivity; low polarization sensitivity; high return loss; all-fiber construction.

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Supplier Information

Sh
Shconnet
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Shanghai Connet Fiber Communication Technology Co., Ltd. was founded in 2003 and is a high-tech enterprise specializing in the research, development, and production of laser light sources, fiber lasers, fiber amplifiers, and related products. Currently, the company has formed four major series of products led by laser light sources, fiber lasers, fiber amplifiers, and fiber gratings, including laser light sources of various wavelengths, single-frequency lasers, high-power fiber amplifiers, single-frequency polarization-maintaining fiber amplifiers, continuous and pulsed fiber lasers, high-power fiber gratings, phase-shifted gratings, chirped gratings, and other related products, providing innovative products and solutions for the research and development of high-performance fiber lasers, LiDAR, fiber sensing, fiber communication, test and measurement, scientific research, and other fields. Shanghai Connet is committed to continuously providing globally leading technologies and products, serving fields including: special fiber applications, fiber laser research and industrialization, fiber sensing and fiber optic gyroscope research, LiDAR applications, and laser industrial applications. The philosophy of Shanghai Connet Fiber Communication Technology Co., Ltd. is: continuously introducing globally leading technologies and products, and fully providing support and assistance to domestic users. After years of accumulation and development, the company has formed a series of products led by single-frequency fiber lasers, pulsed fiber laser light sources, high-power fiber amplifiers, and special fiber lasers, providing innovative product solutions for LiDAR, fiber sensing, coherent and spectral synthesis, research, testing and measurement of high-performance fiber lasers, spectral analysis, fiber communication, and other fields. Shanghai Connet Laser Technology Co., Ltd. is a wholly-owned subsidiary of Shanghai Connet Fiber Communication Technology Co., Ltd. It is a high-tech enterprise specializing in the research, development, and production of laser light sources, fiber lasers, fiber amplifiers, and related products, founded in 2007. Since its establishment, Shanghai Connet Laser Technology Co., Ltd. has been guided by technological innovation, committed to providing products and services representing cutting-edge technology and future development trends for scientific research and production applications in industrial lasers, LiDAR, fiber sensing, fiber communication, and other fields. After years of accumulation and development, the company has formed three major series of products led by laser light sources, fiber lasers, and fiber amplifiers, including laser light sources of various wavelengths, high-power fiber amplifiers, single-frequency polarization-maintaining fiber amplifiers, continuous and pulsed fiber lasers, and other related products, providing innovative product solutions for the research and development of high-performance fiber lasers, test and measurement, spectral analysis, coherent synthesis, LiDAR, fiber sensing, fiber communication, and other fields. "Looking to the future, pursuing quality; independent innovation, striving for excellence" is the development philosophy that Shanghai Connet Laser Technology Co., Ltd. has adhered to since its founding. We take quality pursuit as the core, rely on a professional R&D team and advanced concepts, continuously develop and innovate, strive for excellence, and shoulder social responsibility, seeking long-term development.

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