PZ2-SM3-PC-E-155 Fiber Stretchers

The PZ2-SM3-PC-E-155, an exceptional contribution by Optiphase, stands as a pinnacle in fiber stretching technology, specifically engineered to cater to the high demands of optical interferometric measurement and sensing systems. This product encapsulates a fiber-wound piezoelectric element housed within a robust enclosure, making it an ideal solution for applications requiring precise control and reliability. With a specified operational wavelength of 1550.0 nm, this stretcher utilizes an SM fiber type and is equipped with FC/PC connectors, ensuring seamless integration into your existing setup. The enclosed design not only offers protection but also facilitates quick and straightforward installation, significantly reducing downtime and enhancing productivity.

Part of the esteemed PZ2 family, the PZ2-SM3-PC-E-155 model exemplifies the innovative multi-layer winding approach that Optiphase is renowned for. This series is celebrated for delivering enhanced modulation functions while maintaining high operational frequencies, thereby expanding its utility across a plethora of applications, from white-light scanning interferometry to large-angle modulation of interferometric phase. With a focus on versatility, the PZ2 models are compatible with commercial PM fibers like PANDA or Bowtie, as well as RC fibers for reduced cladding, offering users a wide array of options to meet specific application requirements.

Key Features

• The PZ2-SM3-PC-E-155 provides an extensive stretch capacity, making it suitable for diverse optical measurement applications.
• Its enclosed design with FC/PC connectors ensures durability and ease of installation, minimizing downtime and operational disruptions.
• Designed to operate efficiently at a wavelength of 1550.0 nm, it caters to specialized industrial and research needs.
• Capable of high modulation levels without proprietary drivers, it offers flexibility using standard laboratory equipment.
• The multi-layer winding technology enhances modulation capabilities, supporting complex measurement tasks.
• This model supports bipolar voltage drive, adding convenience and operational flexibility compared to unipolar setups.
• Engineered for high-frequency operations, it maintains linearity and precision even under demanding conditions.

Applications

• Ideal for Optical Coherence Tomography (OCT) applications requiring precise scattering and boundary measurements.
• Suitable for Optical Coherence Domain Reflectometry (OCDR), providing accurate boundary definition in optical pathways.
• Highly effective in open-loop demodulation processes, enhancing signal clarity and accuracy.
• Used extensively in sensor simulation, facilitating advanced research and development projects.
• Supports white-light scanning interferometry, ensuring high-resolution measurements and analyses.
• Enables large-angle modulation of interferometric phase, critical for complex optical experiments.
• Adaptable for use in high-frequency optical communication systems, optimizing signal transmission quality.

What's Next?

As optical technology continues to advance, the PZ2-SM3-PC-E-155 positions itself as a crucial tool for researchers and industrial users aiming to push the boundaries of optical measurement and analysis. Its comprehensive feature set and robust design offer unparalleled performance, making it a preferred choice in the field. This model's adaptability and ease of integration pave the way for more efficient and accurate experimental setups, driving innovation and discovery in optical sciences.

AMS Technologies, as your trusted solution provider, brings you this cutting-edge technology backed by years of expertise and a commitment to excellence. Explore the full potential of the PZ2-SM3-PC-E-155 and elevate your optical applications to new heights with our dedicated support and service.