Discover Ascentta Optical (tgg Type) Polarization-dependent Free-space Isolator (635nm) Save 50% Now [MToLKBgS]

Ascentta Optical TGG Type Polarization-Dependent Isolator

The Ascentta Optical TGG Type Polarization-Dependent Isolator is a cutting-edge component designed for green laser systems. This isolator harnesses the power of terbium gallium garnet (TGG) crystal technology to provide efficient polarization-dependent optical isolation at the 635nm wavelength. With its free-space design and flexibility, this isolator is an essential tool for high-power and scientific applications, offering back-reflection protection without the need for fixed connectors.

Key Features and Specifications

This isolator boasts a TGG crystal that delivers efficient Faraday rotation at 635nm, ensuring precise polarization-dependent operation. Its free-space design allows for seamless integration into custom optical setups, making it an adaptable solution for various applications. Key specifications include an isolation of 23dB to 26dB at 23°C, an insertion loss of up to 0.6dB, and an extinction ratio of at least 28dB. The isolator is suitable for moderate to high power levels, with a package dimension of Φ16xL33 mm. It operates within a temperature range of 10 to 50°C and can be stored at temperatures ranging from 0 to 60°C.

Applications and Benefits

The Ascentta Optical TGG Type Polarization-Dependent Isolator is ideal for protecting DPSS and fiber lasers, enhancing the performance of quantum optics research setups, and improving interferometry and precision measurement systems. This isolator's non-reciprocal transmission, achieved through its TGG crystal with a high Verdet constant, ensures low loss and high laser damage resistance. Whether you're a researcher in quantum optics or an engineer in precision measurement, this isolator offers the reliability and performance needed to advance your projects. MSE Supplies is committed to providing top-quality fiber optical products and can assist with customization or bulk orders. Contact us for more information.