Wholesale Ascentta Single-mode Optical (tgg Type) Isolator (850nm), Fc/pc Connectors Flash Sale: 70% Off [EAuI9gSx]

Ascentta Single-Mode Optical Isolator (TGG Type) for 850nm, FC/PC Connectors

Introducing the Ascentta Single-Mode Optical Isolator, a high-performance optical solution designed specifically for 850nm laser applications. This isolator stands out due to its innovative use of terbium gallium garnet (TGG) crystal technology, ensuring exceptional performance with low loss and high laser damage resistance. Its core features include a TGG crystal that acts as the Faraday rotator crystal, providing non-reciprocal transmission and maintaining low loss while effectively blocking back-reflections. The isolator is a single-stage design, which offers a cost-effective and efficient solution for standard optical communication systems.

Advanced Technical Specifications and Key Benefits

The Ascentta Single-Mode Optical Isolator boasts an impressive array of technical specifications, making it suitable for a wide range of demanding applications. With a high laser damage threshold and FC/PC connectors pre-installed with ceramic ferrules, this isolator guarantees low insertion loss and high return loss. Key specifications include isolation of up to 28dB, insertion loss of less than 1.5dB, and a return loss of at least 45dB at 850nm. Additionally, the isolator handles optical power up to 150mW and features a fiber length of 1m. This isolator is also designed with a user-friendly package dimension of Φ21xL80 mm, ensuring ease of integration into existing systems.

Applications and Target Markets

The Ascentta Single-Mode Optical Isolator finds extensive use in various industries. It is ideal for protecting 850nm DPSS and fiber lasers, as well as for applications in laser spectroscopy and scientific research systems. Moreover, it is highly suitable for Lidar and optical sensing applications, and it plays a crucial role in quantum optics experiments. With its high-quality performance and versatile design, this isolator is a must-have for professionals in the optical communication, scientific research, and laser technology sectors.