Brief: Watch the demo to catch practical tips and quick performance insights. This video showcases the Panda polarization-maintaining fiber, highlighting its manufacturing process and superior polarization-maintaining characteristics. You'll see how it performs in applications like fiber optic gyroscopes and learn why its key metrics, such as attenuation and beat length, meet or exceed international standards.
Related Product Features:
The Panda PM fiber offers excellent polarization-maintaining characteristics for reliable performance.
It features good geometric uniformity and low losses for efficient light transmission.
High stability and reliability ensure consistent operation in demanding environments.
The fiber provides a short beat length for effective polarization maintenance.
It exhibits high birefringence performance for superior polarization control.
Good bending stability allows for flexible installation without performance degradation.
Easy melting and low welding loss simplify integration into optical systems.
Manufactured using the MCVD process for consistent quality and performance.
FAQs:
What is the Panda polarization-maintaining fiber primarily used for?
It is widely used in coherent optical fiber sensors, especially in fiber optic gyroscopes, polarization-maintaining fiber couplers, polarization-sensitive devices, fiber optic polarization sensors, and laser pigtails.
How does the Panda PM fiber perform compared to international standards?
Key performance indicators such as optical fiber attenuation, beat length, and polarization crosstalk meet or exceed international standards, ensuring high quality and reliability for various applications.
What are the main advantages of using Panda polarization-maintaining fiber?
It offers excellent polarization performance, high stability, good bending stability, easy melting with low welding loss, and high birefringence, making it ideal for precision optical systems.