Compact Ascentta Single-mode Polarization-insensitive Single-stage Isolator (1550nm), Fc/apc Connectors - Today Only [kZCt4d8P]

Ascentta Single-Mode Polarization-Insensitive Isolator

The Ascentta Single-Mode Polarization-Insensitive Isolator (1550nm) with FC/APC Connectors is a cutting-edge optical component designed to enhance the performance and reliability of O-band (1550nm) applications. This isolator is a crucial component for protecting sensitive laser sources and optical components by utilizing the Faraday magneto-optic effect to provide unidirectional light transmission and suppress back reflections. Its polarization-insensitive operation ensures stable performance regardless of the input polarization state, eliminating the need for polarization alignment.

Key Features and Specifications

This isolator stands out with its single-stage design, utilizing a single Faraday rotator and polarizer set, which is ideal for standard optical communication systems. The FC/APC connectors offer low reflection and high reliability, ensuring seamless integration with single-mode fiber systems. Key features include polarization insensitivity, a single-stage isolator design, and FC/APC connectors. Specifications such as isolation, insertion loss, and return loss are optimized for optimal performance in various environments. The isolator is compatible with SMF-28 fiber and has a fiber length of 1 meter, providing flexibility in system design.

Applications and Benefits

The Ascentta Single-Mode Polarization-Insensitive Isolator is a versatile component suitable for a wide range of applications. It is ideal for fiber laser systems, telecom transceiver modules, optical test and measurement equipment, and laser devices. By protecting sensitive optical components and maintaining stable performance, this isolator enhances the overall reliability and longevity of optical systems. Its robust design and precise specifications make it an essential choice for professionals in the field of optical communication and laser technology.