Shenzhen Winners Communication Technology Co.,Ltd
Shenzhen Winners Communication Technology Co.,Ltd
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Optimal Polarization-Maintaining Fiber PMF With Wide Operating Temperature Range Of -40°C To 85°C
Are you looking for high-quality Polarization Maintaining Fibers (PMF) for your optical applications? Look no further! Our PMF product offers exceptional performance and reliability, making it the ideal choice for a wide range of optical systems.
Operating within a wavelength range of 1310 Nm to 1550 Nm, our PMF ensures compatibility with various optical systems and applications. Whether you are working in telecommunications, fiber optic sensors, or other optical fields, our PMF is designed to meet your specific wavelength requirements.
When it comes to polarization performance, our PMF excels with a low Polarization Dependent Loss of less than 0.1 dB. This ensures minimal signal degradation and reliable polarization maintenance, making our PMF suitable for demanding optical systems where signal integrity is crucial.
Additionally, our PMF offers excellent Polarized Crosstalk performance, with a crosstalk level of less than or equal to -28 dB/km. This high level of crosstalk attenuation ensures minimal interference between polarized signals, leading to clear and reliable optical transmission.
For added durability and reliability, our PMF features a Proof Test Level exceeding 100 kpsi. This high proof test level ensures that our fibers can withstand demanding operating conditions, providing you with peace of mind regarding the reliability and longevity of your optical systems.
Furthermore, our PMF boasts a short beat length of less than 3.0 mm, making it ideal for applications that require precise control over the polarization state of light. Whether you need to maintain specific polarization characteristics or minimize polarization variations, our PMF is up to the task.
How to Choose PMF (Beat Length/ER): When selecting a PMF for your application, consider the beat length and extinction ratio (ER) to ensure optimal performance. The beat length determines the period over which the polarization state of light repeats, while the ER indicates the ability of the fiber to maintain a specific polarization state.
Fiber Hydrophone PMF (Underwater Sensing): Our PMF is also well-suited for fiber hydrophone applications, particularly in underwater sensing systems. With its high-performance polarization maintenance and low crosstalk, our PMF can help enhance the sensitivity and accuracy of underwater sensing systems.
Bow-Tie PMF (High Birefringence): If you require a PMF with high birefringence for specialized applications, our Bow-Tie PMF is the perfect choice. With its unique design and exceptional performance, our Bow-Tie PMF offers high birefringence levels for applications that demand precise polarization control.
When it comes to Precision Metrology PMF applications, the Winners PM1310/PM1550 Polarization Maintaining Fibers are the ideal choice. Originating from China, these fibers are designed to meet the demanding requirements of Precision Metrology systems, particularly in environments where strain and temperature variations are prevalent. The coating diameter of 245±5 Um ensures durability and protection, making them suitable for long-term use in such scenarios.
The Operating Wavelength Range of 1310 Nm - 1550 Nm allows for flexibility in various Precision Metrology setups, ensuring compatibility with different optical components. With a Polarized crosstalk of ≤-28 DB/km, these fibers minimize signal interference, guaranteeing accurate and reliable data transmission in critical metrology applications.
Furthermore, the Winners PM1310/PM1550 fibers exhibit a Polarization Extinction Ratio of ≥20dB, enhancing the signal quality and reducing noise for precise measurements. This attribute is essential for achieving high-accuracy results in Industry 4.0 High-Accuracy PMF Use Cases, where reliability and consistency are paramount.
Operating seamlessly in a temperature range of -40°C to +85°C, these fibers demonstrate resilience to extreme conditions commonly encountered in industrial settings. The Core/Cladding Concentricity Error of <0.5 Um ensures optimal light transmission, maintaining signal integrity for superior metrology performance.
Our Product Technical Support and Services for Polarization Maintaining Fibers include:
- Assistance with installation and setup of the fibers
- Troubleshooting guidance for any issues related to the fibers
- Recommendations for optimal use and maintenance of the fibers
- Updates on new developments and applications in polarization maintaining fiber technology