Special Edition Ascentta Polarization-maintaining (pm) Dual-stage Isolator (1064nm), Fc/apc Connectors Save Big: 90% Off [fIkriSUR]

Ascentta PM Dual-stage Isolator: High-Performance Solution for Precision Applications

Introducing the Ascentta Polarization-Maintaining (PM) Dual-stage Isolator, a cutting-edge optical component designed for demanding applications in the optical communication industry. This isolator is tailored for PM fiber systems and offers exceptional performance in blocking backward reflections, while preserving the polarization state of the input light. The result is a reduction in polarization-dependent losses, making it ideal for use in polarization-sensitive applications such as quantum communication and fiber sensing. Its dual-stage design combines two Faraday rotators in series, providing higher isolation levels necessary for sensitive applications like fiber amplifiers and lasers.

Key Features and Specifications of the Ascentta PM Dual-stage Isolator

The Ascentta PM Dual-stage Isolator stands out with its advanced features and robust specifications. Here are some of its key advantages:

• Dual-stage Isolation: Enhanced isolation capabilities achieved by串联 two Faraday rotators, ensuring superior performance in sensitive applications.
• FC/APC Connectors: Features low reflection and high reliability, offering a seamless and secure connection.

The isolator operates at a specific wavelength of 1064nm, providing a stable and consistent performance. With an isolation of 55dB at 23°C and a typical insertion loss of 3.0dB, this isolator offers a reliable solution for various optical systems. It also boasts a minimum return loss of 55/50 dB and an extinction ratio of 20 dB, ensuring minimal signal degradation and optimal performance.

Applications and Benefits of the Ascentta PM Dual-stage Isolator

Utilizing the Ascentta PM Dual-stage Isolator in your optical system offers numerous benefits, especially in the realm of polarization-sensitive applications. Its direct integration capability without the need for additional polarization controllers simplifies the setup and reduces complexity. Here are some of the applications where this isolator can make a significant impact:

• Quantum Communication: Ensures the integrity of the signal transmission by blocking backward reflections and maintaining polarization.
• Fiber Sensing: Enhances the sensitivity and accuracy of fiber-based sensors by reducing polarization-dependent losses.

With its versatile design and superior performance, the Ascentta PM Dual-stage Isolator is an indispensable component for high-performance optical systems. To learn more about customization or bulk orders, please contact us today.