Your New Favorite Ascentta Optical (tgg Type) Polarization-dependent Free-space Isolator (650nm) Limited Time 40% Off [qpt5zUGR]

Ascentta Optical TGG Polarization-Dependent Isolator (650nm)

MSE Supplies proudly presents the Your New Favorite Ascentta Optical (tgg Type) Polarization-dependent Free-space Isolator (650nm) Limited Time 40% Off [qpt5zUGR], a cutting-edge optical component designed for precision applications. This isolator leverages the advanced TGG crystal technology to provide polarization-dependent optical isolation, making it ideal for green laser systems. With its efficient Faraday rotation at 650nm and polarization-dependent operation, this isolator ensures optimal performance and reliability.

Key Features and Specifications

The Ascentta Optical TGG Polarization-Dependent Isolator boasts several key features that set it apart from other isolators in the market. The TGG crystal offers an exceptional Faraday rotation at 650nm, ensuring efficient polarization-dependent operation. This isolator is designed for free-space integration, allowing for custom integration into various optical setups. Its suitability for moderate to high power levels makes it a versatile solution for a wide range of applications. Additionally, the TGG crystal's high Verdet constant contributes to low loss and high laser damage resistance. Here are some of the key specifications:

• Isolation: (Typ.) 26dB, (Min) 23dB at 23°C
• Insertion Loss: (Max) 0.6dB at 23°C
• Extinction Ratio: (Min) 28dB
• Package Dimension: Φ16xL33 mm (Cylinder)
• Operating Temperature: 10 to 50 ℃
• Storage Temperature: 0 to 60 ℃

Applications and Benefits

The Ascentta Optical TGG Polarization-Dependent Isolator finds its applications in a variety of fields, including protection for DPSS and fiber lasers, quantum optics research setups, and interferometry and precision measurement systems. This isolator not only ensures back-reflection protection but also offers flexibility in integration, making it a valuable component for high-power and scientific applications. By choosing this isolator, you gain the following benefits:

• Enhanced Performance: Efficient polarization-dependent operation for optimal results
• Custom Integration: Free-space design allows for easy integration into various optical setups
• Reliability: High Verdet constant and low loss for long-term performance