1 x 2 Single Mode FBT Coupler, Mini type, Dual Window, SC/APC, 900μm loose tube

Name: 1 x 2 Single Mode FBT Coupler, Mini type, Dual Window, SC/APC, 900μm loose tube
Brand: T&S Communications Co., Ltd.

Identifier: 141004

Dual Window | Non-uniform Distribution

Features

Provides precise optical signal distribution with high stability
Dual window operation (1310/1550nm) for enhanced compatibility with optical networks
Pre-terminated with SC/APC connectors for quick and secure deployment
900μm loose tube offers mechanical protection while maintaining flexibility
Designed for PON, FTTx, and telecommunication applications

+ View More

Specification Drawings Request Quote

Product Description of 1 x 2 Single Mode FBT Coupler, Mini type, Dual Window, SC/APC, 900μm loose tube

Optimized for low insertion loss and superior stability, this 1×2 mini-type single-mode FBT coupler is ideal for high-performance fiber optic networks. It operates over dual wavelengths (1310nm & 1550nm), ensuring consistent optical performance. The SC/APC connectors minimize back reflection, making it suitable for FTTx, PON, and CATV systems. The 900μm loose tube provides enhanced fiber protection and easy handling.

Specifications

Packaging	Stainless Steel	Splitting Ratio	30/70
Fiber Mode	Corning Ultra	Cable Diameter	900μm
Connector	SC/APC	Grade	P
Insertion Loss	≤6.4dB/2.4dB	Uniformity	NA
Return Loss	≥55dB	PDL	≤0.2dB
Storage Temperature	-40℃ ~ + 85℃	Operating Temperature	-40℃ ~ + 85℃
Operating Wavelength	1310&1550nm	Bandwidth	±40nm
Packaging Dimension	φ3x60(mm)

Compliance

RoHS

Need Help? Contact Our Product Experts or Sales Team Today!

Latest News & Blog

Nov 13, 2025

DSP VS LPO

1. Introduction: The “Power Bottleneck” in AI NetworksToday’s data center landscape is undergoing a profound transformation. The explosive growth of AI workloads, the rapid expansion of cloud-scale...

Oct 31, 2025

HCF VS MCF

Is Hollow-Core or Multi-Core the Future of Fiber Technology? The question of whether Hollow-Core Fiber (HCF) or Multi-Core Fiber (MCF) will define the future of optical communication has become one of ...

Oct 11, 2025

Anti-Reflection (AR) and High-Reflection (HR) Optical Coatings

Optical thin-film coatings play a critical role in controlling how light interacts with optical components. Among the most widely used are anti-reflection (AR) coatings, which minimize surface reflections and enhance transmission, and high-reflection (HR) coatings...

View All