Compact Ascentta Isolator Hybrid: Tap + Single-stage Isolator + Wdm (980/1590nm), Fc/apc Connectors Collection [fAZwdMhs]

Compact Ascentta Isolator Hybrid: Tap + Single-stage Isolator + Wdm (980/1590nm), Fc/apc Connectors Collection [fAZwdMhs]

Introducing the Ascentta Isolator Hybrid, a cutting-edge optical component designed for advanced 980/1590nm wavelength applications. This versatile device combines the functionality of a tap coupler and a single-stage isolator, offering a compact and connector-free design that enhances system integration. The Ascentta Isolator Hybrid is ideal for signal monitoring and isolation, ensuring seamless operation in fiber optic communication systems.

Key Features and Specifications

The Ascentta Isolator Hybrid stands out with its hybrid tap coupler and isolator in a single unit. This innovative design utilizes a single Faraday rotator and polarizer set, providing robust isolation for standard optical communication systems. The tap coupler splits optical signals into transmitted and tapped beams with precise power ratios, allowing for real-time monitoring without disrupting primary fiber traffic. The FC/APC connectors ensure low reflection and high reliability, further enhancing the performance of the Ascentta Isolator Hybrid. Key specifications include a wavelength range of 1550±20 or 1590±20 nm, isolation of 40dB (typical), and insertion loss of 0.8dB (typical).

Applications and Benefits

With its versatile features and high performance, the Ascentta Isolator Hybrid finds applications in various fields. It is perfect for fiber optic communication systems, network monitoring and testing, optical signal processing, and research and development setups. The compact design and essential signal monitoring and isolation functions make it an invaluable tool for professionals in the industry. By choosing the Ascentta Isolator Hybrid, you can benefit from its advanced technology and reliable performance, ensuring seamless operation and improved efficiency in your optical communication systems.