User-friendly Ascentta Polarization-maintaining (pm) Single-stage Isolator (c+l), No Connectors Essentials [3L9jAZt0]

Ascentta Polarization-Maintaining Single-Stage Isolator for Advanced Optical Systems

MSE Supplies presents the Ascentta Polarization-Maintaining (PM) Single-stage Isolator (C+L), a cutting-edge optical component designed to enhance the performance of PM fiber systems. This isolator excels in blocking backward reflections while maintaining the polarization state of the input light, which is crucial for applications requiring high precision and reliability. The inclusion of both C-band and L-band coverage (1530-1565nm and 1565-1625nm respectively) makes it a versatile solution for dual-band applications, ensuring seamless integration and simplified design processes.

Key Product Properties and Technical Specifications

The Ascentta PM Single-stage Isolator stands out with its exceptional isolation capabilities, offering a minimum isolation of 28dB at 23℃. This ensures minimal polarization-dependent losses, making it ideal for use in polarization-sensitive applications such as quantum communication and fiber sensing. With an insertion loss as low as 0.5dB and an extinction ratio of at least 20dB, this isolator maintains optimal signal quality. Its single-stage design utilizes a Faraday rotator, simplifying the integration process and reducing complexity. The isolator is also designed to handle up to 300 mW of optical power and comes with a 250um bare fiber and a 1m fiber length, providing flexibility in installation.

Applications and Benefits in Various Scenarios

The Ascentta Polarization-Maintaining Isolator is an indispensable tool for a wide range of industries. Its ability to preserve the polarization state of light makes it particularly valuable in quantum communication, where maintaining signal integrity is crucial. In fiber sensing, this isolator aids in accurate measurement by minimizing polarization-related errors. The isolator's compact size, Φ5.5 x L35 mm, and broad operational temperature range (-5 to 70℃) make it suitable for use in various environments, from research laboratories to industrial settings. Whether for enhancing the performance of existing systems or for developing new ones, this isolator offers the ideal combination of features, reliability, and ease of integration.