PZ2-PM2-O-850P Fiber Stretchers

The PZ2-PM2-O-850P by Optiphase is a high-efficiency fiber stretcher designed to meet the demanding needs of optical interferometric measurement and sensing systems. This state-of-the-art device operates at a wavelength of 850.0 nm, offering extensive stretch capabilities that are essential for advanced research and industrial applications. Utilizing a Panda polarization-maintaining (PM) fiber structure, this stretcher ensures exceptional stability and precision, making it ideal for applications such as Optical Coherence Tomography (OCT) and Optical Coherence Domain Reflectometry (OCDR). The open connector design facilitates seamless integration into existing systems, while the included mounting kit ensures secure and versatile installation.

As a part of the renowned PZ2 family, this fiber stretcher represents the pinnacle of Optiphase's expertise in all-fiber interferometer technology. The PZ2 series is renowned for its multi-layer winding technique, which enhances modulation functions while maintaining high operational frequencies. Available in SM, PM, and RC fiber types, the PZ2 series offers unparalleled versatility and performance. The PZ2-PM2-O-850P specifically addresses the needs of users requiring a robust and reliable solution for precise optical path displacement, delivering up to 5.6 μm/Volt. The open fiber stretcher model, with its bare leads and convenient mounting kit, provides an ideal balance of flexibility and functionality.

Key Features

• The PZ2-PM2-O-850P features an open connector design that allows for easy integration with existing laboratory setups and equipment.
• Designed for a wavelength of 850.0 nm, this fiber stretcher offers optimal performance in a wide range of optical applications.
• The Panda PM fiber structure ensures high polarization-maintaining capabilities, crucial for sensitive measurement tasks.
• This device supports a bipolar voltage drive, enhancing convenience and compatibility with standard laboratory equipment.
• The included mounting kit, featuring a top mount aluminum retainer and silicone rubber pads, facilitates secure and versatile installation.
• The PZ2 series' unique multi-layer winding approach enhances modulation functions and maintains high operational frequencies.
• Optiphase's fiber stretchers require no proprietary drivers, allowing use with standard electronics such as signal generators and op-amps.

Applications

• The PZ2-PM2-O-850P is ideally suited for Optical Coherence Tomography (OCT), providing accurate scattering and boundary definition measurements.
• In Optical Coherence Domain Reflectometry (OCDR), this fiber stretcher enables precise phase modulation crucial for high-resolution imaging.
• Perfect for open loop demodulation, this device offers reliability and precision in various measurement systems.
• Utilizing white-light scanning interferometry, the PZ2-PM2-O-850P delivers comprehensive and detailed analysis results.
• The stretcher is instrumental in sensor simulation applications, providing consistent and repeatable results.
• Ideal for large angle modulation of interferometric phases, this model supports complex research tasks.
• With its robust design, the PZ2-PM2-O-850P excels in environments requiring high-frequency modulation and precision.

What's Next?

The PZ2-PM2-O-850P fiber stretcher is more than just a component; it is a critical tool for advancing scientific research and industrial innovation. By integrating this device into your optical systems, you gain access to unparalleled precision, flexibility, and performance. Whether for academic research or industrial applications, the PZ2-PM2-O-850P empowers users to push the boundaries of what is possible in optical measurement and sensing.

AMS Technologies is your go-to solution provider for all your optical component needs, offering a wide array of products and expert guidance. Our partnership with Optiphase ensures that you receive not only top-quality products like the PZ2-PM2-O-850P but also the support and expertise necessary to maximize their potential. Contact us today to learn more about how we can assist you in achieving your project goals.