1x2 Single-mode fiber coupler
A fiber coupler is a device used in a fiber system with one or more input fibers and one or more output fibers. Light entering an input fiber may appear at one or more outputs, with the power distribution potentially depending on wavelength and polarization.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Wavelength [1×2 SSC / Bandwidth (nm): ±±15 / Grade : P] | 1310/1550/ Other |
| Wavelength [1×2 SSC / Bandwidth (nm): ±±15 / Grade : A] | 1310/1550/ Other |
| Wavelength [1×2 DWC / Bandwidth (nm): ±40 / Grade : P] | 1310,1550 |
| Wavelength [1×2 DWC / Bandwidth (nm): ±40 / Grade : A] | 1310,1550 |
| Wavelength [1×2 DWC / Bandwidth (nm): ±80 / Grade : P] | 1310,1550 |
| Wavelength [1×2 DWC / Bandwidth (nm): ±80 / Grade : A] | 1310,1550 |
| Bandwidth [1×2 SSC / Wavelength (nm): 1310/1550/ Other / Grade : P] | ±±15 |
| Bandwidth [1×2 SSC / Wavelength (nm): 1310/1550/ Other / Grade : A] | ±±15 |
| Bandwidth [1×2 DWC / Wavelength (nm): 1310,1550 / Grade : P] | ±40 nm |
| Bandwidth [1×2 DWC / Wavelength (nm): 1310,1550 / Grade : A] | ±40 nm |
| Bandwidth [1×2 DWC / Wavelength (nm): 1310,1550 / Grade : P] | ±80 nm |
| Bandwidth [1×2 DWC / Wavelength (nm): 1310,1550 / Grade : A] | ±80 nm |
| Excess loss [1×2 SSC / Wavelength (nm): 1310/1550/ Other / Bandwidth (nm): ±±15 / Grade : P] | ≤0.07 dB |
| Excess loss [1×2 SSC / Wavelength (nm): 1310/1550/ Other / Bandwidth (nm): ±±15 / Grade : A] | ≤0.10 dB |
| Excess loss [1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±40 / Grade : P] | ≤0.07 dB |
| Excess loss [1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±40 / Grade : A] | ≤0.10 dB |
| Excess loss [1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±80 / Grade : P] | ≤0.07 dB |
| Excess loss [1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±80 / Grade : A] | ≤0.10 dB |
| Insertion Loss [50/50 / 1×2 SSC / Wavelength (nm): 1310/1550/ Other / Bandwidth (nm): ±±15 / Grade : P] | ≤3.4 dB |
| Insertion Loss [50/50 / 1×2 SSC / Wavelength (nm): 1310/1550/ Other / Bandwidth (nm): ±±15 / Grade : A] | ≤3.6 dB |
| Insertion Loss [50/50 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±40 / Grade : P] | ≤3.6 dB |
| Insertion Loss [50/50 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±40 / Grade : A] | ≤3.8 dB |
| Insertion Loss [50/50 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±80 / Grade : P] | ≤3.8 dB |
| Insertion Loss [50/50 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±80 / Grade : A] | ≤4.0 dB |
| Insertion Loss [40/60 / 1×2 SSC / Wavelength (nm): 1310/1550/ Other / Bandwidth (nm): ±±15 / Grade : P] | ≤4.4/2.6 |
| Insertion Loss [40/60 / 1×2 SSC / Wavelength (nm): 1310/1550/ Other / Bandwidth (nm): ±±15 / Grade : A] | ≤4.7/2.8 |
| Insertion Loss [40/60 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±40 / Grade : P] | ≤4.7/2.7 |
| Insertion Loss [40/60 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±40 / Grade : A] | ≤4.9/2.9 |
| Insertion Loss [40/60 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±80 / Grade : P] | ≤5.0/2.8 |
| Insertion Loss [40/60 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±80 / Grade : A] | ≤5.2/3.0 |
| Insertion Loss [30/70 / 1×2 SSC / Wavelength (nm): 1310/1550/ Other / Bandwidth (nm): ±±15 / Grade : P] | ≤5.7/1.9 |
| Insertion Loss [30/70 / 1×2 SSC / Wavelength (nm): 1310/1550/ Other / Bandwidth (nm): ±±15 / Grade : A] | ≤6.0/2.0 |
| Insertion Loss [30/70 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±40 / Grade : P] | ≤6.0/1.9 |
| Insertion Loss [30/70 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±40 / Grade : A] | ≤6.3/2.1 |
| Insertion Loss [30/70 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±80 / Grade : P] | ≤6.4/2.0 |
| Insertion Loss [30/70 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±80 / Grade : A] | ≤6.7/2.2 |
| Insertion Loss [20/80 / 1×2 SSC / Wavelength (nm): 1310/1550/ Other / Bandwidth (nm): ±±15 / Grade : P] | ≤7.6/1.25 |
| Insertion Loss [20/80 / 1×2 SSC / Wavelength (nm): 1310/1550/ Other / Bandwidth (nm): ±±15 / Grade : A] | ≤8.0/1.35 |
| Insertion Loss [20/80 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±40 / Grade : P] | ≤7.9/1.3 |
| Insertion Loss [20/80 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±40 / Grade : A] | ≤8.4/1.4 |
| Insertion Loss [20/80 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±80 / Grade : P] | ≤8.3/1.3 |
| Insertion Loss [20/80 / 1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±80 / Grade : A] | ≤8.7/1.5 |
| Polarization Dependent Loss (PDL) [1×2 SSC / Wavelength (nm): 1310/1550/ Other / Bandwidth (nm): ±±15 / Grade : P] | ≤0.10 dB |
| Polarization Dependent Loss (PDL) [1×2 SSC / Wavelength (nm): 1310/1550/ Other / Bandwidth (nm): ±±15 / Grade : A] | ≤0.15 dB |
| Polarization Dependent Loss (PDL) [1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±40 / Grade : P] | ≤0.15 dB |
| Polarization Dependent Loss (PDL) [1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±40 / Grade : A] | ≤0.20 dB |
| Polarization Dependent Loss (PDL) [1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±80 / Grade : P] | ≤0.15 dB |
| Polarization Dependent Loss (PDL) [1×2 DWC / Wavelength (nm): 1310,1550 / Bandwidth (nm): ±80 / Grade : A] | ≤0.20 dB |
Applications
Key Features
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
10xxnm High Power Tap Coupler
Fiber Optic Couplers
Lightcomm
Center Wavelength λ_c [Center wavelength must be specified, e.g.1064nm,1080nm etc.]: 1030 ~ 1090 nm Bandwidth: ±10 nm Typical Excess Loss: 0.2 dB
Lightcomm 1x2 and 2x2 10xx nm high power tap couplers are used in fiber laser and amplifier systems to monitor both forward and backward power. It can work under high power condition with exceptional low excess loss.
-
1X3 Polarization Maintaining Coupler
Fiber Optic Couplers
Lightcomm
Coupling ratio [The specifications are without connectors; Slow axis working.]: 33/33/33 Fiber type [The specifications are without connectors; Slow axis working.]: PM panda fiber Pigtail type [The specifications are without connectors; Slow axis working.]: 250um bare fiber
LightComm uses unique fusing technique and polarization maintaining fiber to build the 1x3 polarization maintaining fused coupler (1x3PMC).The coupling ratio could be selected according to customer’s request. It features low excess loss, small size and high polarization extinction ratio. PMC is widely used for optical sensors and optical gyro, optical amplifier.
-
1×N(2×N) Single Mode Coupler Module
Fiber Optic Couplers
Lightcomm
Insertion loss [SSSC/SWBC;N×4;N=1,2; Without connector;Grade P]: ≤6.9 dB Insertion loss [SSSC/SWBC;N×4;N=1,2; Without connector;Grade A]: ≤7.3 dB Typical excess loss [SSSC/SWBC;N×4;N=1,2; Without connector;Grade P/A Shared]: 0.25 dB
1×N (2×N) coupler splitter modules are cascaded with the single mode couplers. These modules are widely used for FTTH, LAN, and CATV optical networks.
-
Flange/Adapter Lifo-fj SC Single-Mode
Fiber Optic Couplers
Lifo-fj
Inspection Standard: YD/T 1272.3-2015, Fiber optic connectors, Part 3: SC type Insertion loss [1310nm / 1550nm; Test Environment 27°C; Relative Humidity 55%]: ≤0.20 dB
-
PLC Splitter OPLC-X-XX-X-X-XX-XX-X-X
Fiber Optic Couplers
O-send
Specification 1: 1260nm~1650nm Specification 2: 2CH~64CH
The PLC splitter is a silica-substrate optical power divider with compact size, broad operating wavelengths, high reliability and uniform power distribution. It is particularly suitable for passive optical networks connecting central and terminal equipment to split optical signals. The supplier offers 1×N and 2×N series and customized products for different applications. All products comply with Telcordia GR-1221 and GR-1209.
Related Articles
As a professional manufacturer of precision optical thin-film components, sycco-optics (Shandong Yanggu Hengjing Optoelectronics) launches high-performance 850nm narrow band pass filters for near-infrared precision detection, intelligent sensing and optical imaging systems. Adopting advanced vacuum coating technology, the filter realizes high transmittance in the target band and deep blocking in interference bands. It effectively eliminates stray light and spectral noise, serving as a core optical component for machine vision, biochemical detection and photoelectric sensing equipment.
The accelerated construction of new‑generation power systems has brought revolutionary upgrades to power‑equipment maintenance workflows.
As a top‑tier supplier of tunable laser chips, Shandong Zhongxin Optoelectronics Technology Company has newly launched the world’s first budget‑friendly fiber‑Bragg‑grating (FBG) demodulator and scanning module.
Widely adopted in small home appliances, industrial instruments, smart toys and atomization devices, the 0603 patch emerald green LED serves as a core status-indicating optical component.
Loading...
Name
Phone
Organization
Use Case
Database Platform