Get Your Fiber Optic Patch Cable, Fc/pc Narrow Key To Lc/pc Simplex Pm (polarized Maintaining), 1550nm, 0.9mm Loose Tube Hytrel, 2-meter Essentials [agSZ3U4C]

Fiber Optic Patch Cable with Advanced Features

The L-Com FCA-PM15FCLC-9-02 is a premium fiber optic patch cable designed for high-performance applications. Constructed with a 0.9mm fiber diameter and featuring a simplex form factor, this cable combines exceptional stability and reliability. Its loose tube hytrel jacket not only offers superior protection against wear and tear but also enhances the cable's mechanical strength, ensuring durability and longevity. With a 2-meter length, it is versatile enough for a variety of projects without being excessively long.

Technical Specifications and Advantages

This fiber optic cable boasts FC/PC narrow key to LC/PC connectors aligned to the slow axis, providing a precise and secure connection. The 1550nm wavelength is ideal for long-distance transmission and high-speed data applications. The FCA-PM15FCLC-9-02 features a high extinction ratio of over 23dB, ensuring minimal signal degradation. Its low insertion loss and high return loss contribute to overall performance, making it an excellent choice for fiber laser, fiber amplifier, and telecommunication components. Additionally, the cable supports LC, SC, FC, in-series, and between-series configurations, offering flexibility for various applications.

Wide-Ranging Applications and Industry-Relevant Features

Ideal for fiber laser, fiber amplifier, and metrology applications, the FCA-PM15FCLC-9-02 is a versatile solution for demanding environments. Its use extends to fiber optic guidance, inertial components, and interferometric sensors, making it a crucial component in precision testing and measurement. The simplex patch cord's high stability and reliability make it a trusted choice for telecommunications and test and measurement applications. Key features include a simplex PM patchcord, FC/PC narrow key to LC/PC connectors, and alignment to the slow axis, all designed to enhance performance and meet the stringent requirements of modern communication systems.