Single Mode Steel Tube 1550NM Wideband Couplers


Basic Information:

Wideband CouplersThe dual window Wideband Couplers (WBC) split or couple optical power in two wave-length regions while maintaining a very broad operating bandwidth.

Split and coupling ratios are available from 1% to 99%. WBCs are widely considered one of the most cost-effective solutions for optical power management. The WBC is an all-fiber device, based on Geehe's fused biconic technology, and is designed and manufactured to meet military and Telcordia requirements.

From Taper equipment to software, every step is R&D by own team, quality is more stable.

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1×2 Fused WDM Benefit&Features:

• Dual window wideband operation
• Low insertion loss over entire band-width and temperature (typical IL change <±0.1 dB)
• Ultra-low PDL and temperature sensitivity
• High directivity•Compact design
• Environmentally stable, over 10 years of proven field reliability

Fused WDM Benefit&Features:

* GR-1209-CORE Requirements for passive optic components

* GR-1221-CORE Reliability assurance requirements for passive optical components

* GR-326-CORE Requirements for single-mode optical connectors sand jumpers assemblies

* TIA-604 Fiber optic connector interpretability standard

* ROHS Directive on the restriction of hazardous substances

1×2 Fused WDM Applications:

• Passive Optical Network (PON)
• Optical Amplifiers
• Optical Access Networks/LAN
• Monitoring Systems
• Optical Fiber Sensor
• Medical OCT Devices
• Datacenters
• Telecommunications
• CATV and LAN
• Monitoring of Networks

Specifications& Technology Parameters:

* The above specification is excluding the connector
* Other specifications can be made on customer requires

Ordering Information:

WDM Cable Types:

1. Single-mode fibers allow one mode to propagate.
2. Multimode fibers support the propagation of multiple modes.
3. Wavelength range is the range of wavelengths the WDM will operate in.
4. Bandwidth, also called channel spacing, is the size of the windows in nm.
5. Channel spacing is the center-to-center difference in frequency between neighboring channels. Two hundred GHz corresponds to .4 nm spacing, 100 GHz corresponds to .2 nm spacing, and 50 GHz corresponds to .1 nm spacing.
6. Number of channels is the number of channels the device has to send information. This number can range from 4 to 160 with design enhancements adding more channels.
7. Insertion loss is the attenuation caused by the insertion of wavelength division multiplexers (WDM) in an optical transmission system.
Polarization-dependent loss is the maximum deviation in insertion loss across all input polarization states.

Wuhan Geehe Comm Service:

-- Continuous improvement; accepting new challenges
-- Innovating new processes, and creating new products for the benefit of our customers

-- Free samples for testing

-- Factory inspection, also accept the third party inspect

-- Younger Team