PZ3-PM2-APC-E-1550P Fiber Stretchers

The PZ3-PM2-APC-E-1550P, crafted by Optiphase, exemplifies the pinnacle of precision in fiber stretching technology. This enclosed fiber stretcher is equipped with FC/APC connectors, ensuring optimal connectivity and ease of integration into existing optical systems. Operating at a wavelength of 1550.0 nm, it is tailored for advanced applications in interferometry and optical sensing. The PZ3 series, renowned for its mid-range capabilities, offers a unique combination of performance and versatility, making it an indispensable tool for researchers and industrial users alike.

The PZ3 family of fiber stretchers stands as a testament to Optiphase's innovation in the realm of optical measurement technologies. These devices are meticulously designed for a wide array of applications ranging from open loop demodulation to sensor simulation and variable optical delay. With its multi-layer winding technique, the PZ3 series enhances modulation while maintaining high operational frequency, thus providing robust and reliable performance. Available in various configurations including SM, commercial PM with Panda or Bowtie structures, and RC fiber types, the PZ3 caters to diverse optical requirements. Enclosed models like the PZ3-PM2-APC-E-1550P integrate seamlessly into laboratory settings, offering hassle-free setup without the need for proprietary drivers, as they can be powered by standard electronics.

Key Features

• The PZ3-PM2-APC-E-1550P operates at a precise wavelength of 1550.0 nm, ideal for specialized interferometric applications.
• Fitted with FC/APC connectors, this model guarantees superior signal integrity and minimal insertion loss.
• The enclosed design ensures durability and protection from environmental factors, enhancing longevity and reliability.
• Its Panda PM fiber structure provides exceptional polarization maintenance, crucial for high-precision measurements.
• With a modulation constant finely tuned for 1550 nm, it supports extensive modulation control, crucial for dynamic optical systems.
• The PZ3 series is designed for ease of use, compatible with common laboratory equipment, eliminating the need for proprietary drivers.
• Engineered for versatility, it supports a broad range of applications, from variable optical delay to sensor simulation.

Applications

• Suitable for open loop demodulation, allowing for precise phase shift analysis in optical systems.
• Ideal for sensor simulation, providing accurate replication of sensor conditions for testing and calibration.
• Used in variable optical delay applications, enabling fine-tuning of signal timing in complex networks.
• Essential for general-purpose fiber interferometry, enhancing the accuracy and reliability of measurements.
• Facilitates large angle modulation of interferometric phase, expanding the capabilities in advanced research setups.
• Designed for high-frequency modulation, making it suitable for dynamic environments requiring rapid response times.
• Perfect for deployment in harsh environments due to its rugged enclosure and stable performance characteristics.

What's Next?

As optical technologies continue to evolve, the PZ3-PM2-APC-E-1550P positions itself as a cornerstone for future advancements in fiber optic research and industrial applications. Its robust design and versatile functionality make it a valuable asset for any optical laboratory or research facility. Leveraging the advanced capabilities of the PZ3 series will ensure that users remain at the cutting edge of optical technology innovation.

AMS Technologies proudly offers the PZ3-PM2-APC-E-1550P as part of our comprehensive portfolio of advanced optical solutions. Our commitment to delivering state-of-the-art products ensures that your application needs are met with precision and reliability. For detailed specifications and integration support, contact AMS Technologies, your trusted partner in optical innovation.