Seasonal Pick Ascentta Single-mode Polarization-insensitive Single-stage Isolator (1550nm), Fc/pc Connectors - Today Only [Kvr6Imnj]

Ascentta Single-Mode Polarization-Insensitive Isolator

The Seasonal Pick Ascentta Single-mode Polarization-insensitive Single-stage Isolator (1550nm), Fc/pc Connectors - Today Only [Kvr6Imnj], is a cutting-edge optical component designed for O-band (1550nm) applications. This isolator stands out for its exceptional polarization-insensitive operation, ensuring consistent performance regardless of the polarization state of incident light. With standard FC/PC connectors, it seamlessly integrates with single-mode fiber systems, providing reliable protection against back reflections and enhancing the stability of laser sources and sensitive optical components.

Key Product Properties

This isolator leverages the Faraday magneto-optic effect to provide unidirectional light transmission, which is crucial for protecting laser sources and sensitive optical components. The single-stage design, utilizing a single Faraday rotator and polarizer set, offers isolation for standard optical communication systems. Its FC/PC connectors are pre-installed with ceramic ferrules, ensuring low insertion loss and high return loss for optimal performance. The specifications include an isolation of 50dB (typical) and 40dB (minimum) at 23°C, with an insertion loss of 0.4dB (typical) across the entire state of polarization (SOP).

Applications and Benefits

The Ascentta Single-Mode Polarization-Insensitive Isolator is highly versatile and finds applications in a variety of fields. It is ideal for fiber laser systems, telecom transceiver modules, optical test & measurement equipment, and laser devices. Its polarization-insensitive nature and robust performance make it an essential component for maintaining stable operation in demanding environments. Whether you are working on cutting-edge fiber laser technology or telecom infrastructure, this isolator offers the reliability and precision you need to ensure optimal performance and longevity of your equipment.