FPS-002 Phase Shifter

The PZ2-SMF3-APC-E is a high-efficiency fiber stretcher crafted to meet the rigorous demands of optical interferometric measurement and sensing systems. Enclosed within a robust housing, this device incorporates FC/APC connectors and utilizes 3-layer SMF28 fiber, ensuring optimal performance over an extensive wavelength range of 780 to 1625 nm. This product exemplifies precision engineering, offering a remarkable modulation constant of 35.4 radians/V at a wavelength of 1.550 µm. With a fiber stretch capacity of 3.8 µm/Volt and an optical path displacement of 5.6 µm/Volt, it is designed for applications that require precise phase modulation and large angle modulation of interferometric phase, making it an ideal choice for Optical Coherence Tomography (OCT) and Optical Coherence Domain Reflectometry (OCDR). As part of the PZ2 series, the PZ2-SMF3-APC-E belongs to a family of fiber stretchers renowned for their extensive stretch capabilities and high operational frequency. These devices are equipped with a multi-layer winding approach, enhancing modulation functions without compromising on performance. Unlike traditional models, the PZ2 series does not require proprietary drivers, adding flexibility and convenience to its usage. With the capability to be driven by standard electronics such as signal generators and op-amps, it simplifies setup and operation for researchers and industrial users alike. Key Features The PZ2-SMF3-APC-E provides unmatched stretch capabilities, tailored for advanced interferometric applications. It operates efficiently over a wide wavelength range from 780 nm to 1625 nm, ensuring versatility in various optical applications. With a robust enclosed design and FC/APC connectors, it guarantees ease of integration and reliable performance. The 3-layer SMF28 fiber construction offers superior modulation characteristics, crucial for precision tasks. Its design supports bipolar voltage drive, eliminating the need for offset voltage adjustments, thereby simplifying configurations. This device is compatible with standard laboratory equipment, enhancing its applicability across different research settings. Engineered for stability, it maintains a linearity error of less than 0.5% at low voltage drives, ensuring accuracy in results. Applications Ideal for Optical Coherence Tomography (OCT), where precise boundary definition and scattering measurements are critical. Suited for Optical Coherence Domain Reflectometry (OCDR) applications, providing accurate phase modulation for detailed analysis. Extensively used in white-light scanning interferometry, facilitating high-resolution surface profiling. Supports open loop demodulation, essential for dynamic measurement environments. Enables sensor simulation, offering controlled test conditions for sensor development and validation. Useful in large angle modulation of interferometric phase, enhancing the scope of interferometric techniques. A perfect fit for research and industrial applications requiring high-frequency modulation capabilities. What's next? For researchers and industry professionals seeking cutting-edge solutions in optical modulation and measurement, the PZ2-SMF3-APC-E represents a pinnacle of innovation and reliability. Its unparalleled performance metrics and ease of integration make it an indispensable tool in advanced optical applications. As you explore new frontiers in interferometry and optical coherence technologies, this fiber stretcher stands ready to support your endeavors with precision and efficiency. AMS Technologies, a leader in optical solutions, is committed to providing high-quality products and comprehensive support to facilitate your research and industrial projects. Our expertise and dedication to customer satisfaction ensure that you receive not only superior products but also the guidance needed to achieve your goals. Contact us today to learn more about how the PZ2-SMF3-APC-E can enhance your optical systems.