PZ3-SM3-PC-E-131 Fiber Stretchers

The PZ3-SM3-PC-E-131 Fiber Stretcher by Optiphase represents an exemplary advancement in optical interferometry technology. This mid-range fiber stretcher is designed to provide high precision and reliability for industrial and research applications. The device is equipped with FC/PC connectors, ensuring secure and lossless connections. Operating at a wavelength of 1310.0 nm, it offers exceptional performance in various optical measurement and sensing systems. Enclosed within a sturdy casing, the PZ3-SM3 ensures ease of installation and protection against environmental factors, making it ideal for both laboratory and field settings.

The PZ3 series, as a family of products, showcases Optiphase's commitment to innovation in fiber stretching technology. Utilizing a unique multi-layer winding technique, these stretchers enhance modulation functions while maintaining high operational frequencies. Available in multiple configurations including SM, PM, and RC fiber types, the PZ3 series caters to a wide range of applications from open-loop demodulation to variable optical delay. These devices are specifically engineered to operate without proprietary drivers, allowing them to be driven by standard laboratory electronics, which makes them a versatile choice for researchers and engineers alike.

Key Features

• The PZ3-SM3-PC-E-131 operates efficiently at a wavelength of 1310.0 nm, bridging the gap between performance and versatility for optical systems.
• Its enclosed design with FC/PC connectors ensures a robust and reliable connection, minimizing optical losses and maximizing data integrity.
• With a modulation constant of 17.7/λ radians/V, this device guarantees precise control over optical phase modulation.
• The stretcher supports a bipolar voltage drive, offering greater flexibility compared to traditional unipolar designs.
• Engineered for compatibility with standard laboratory equipment, it eliminates the need for proprietary drivers, simplifying system integration.
• The multi-layer winding approach enhances modulation capabilities, providing superior performance across various frequencies.
• Constructed with high-quality materials, the PZ3-SM3-PC-E-131 offers durability and longevity, making it a cost-effective solution over time.

Applications

• Ideal for optical interferometric measurements, the PZ3-SM3-PC-E-131 serves as a crucial component in precision sensing systems.
• In sensor simulation setups, it provides accurate modulation required for developing and testing advanced sensor technologies.
• Its capability to manage variable optical delay makes it suitable for telecommunications and signal processing applications.
• The device supports large angle modulation of interferometric phase, which is essential in complex optical experiments.
• Used in open-loop demodulation, it offers enhanced signal clarity and fidelity for high-end research applications.
• With its robust design, it is optimal for field applications where environmental resilience is paramount.
• The PZ3-SM3-PC-E-131 can also be employed in general-purpose fiber interferometry, serving a broad spectrum of scientific inquiries.

What's Next?

As optical technologies continue to evolve, the PZ3-SM3-PC-E-131 stands poised to meet future demands with its adaptable design and state-of-the-art features. Researchers and industrial users looking for precision and reliability will find this fiber stretcher to be an indispensable tool in their arsenal. Whether in a laboratory setting or deployed in the field, its unparalleled performance and ease of use make it a preferred choice among professionals.

AMS Technologies, as a leading solution provider, offers comprehensive support for the PZ3 series, ensuring that users receive not only a superior product but also unmatched service and expertise. By choosing AMS Technologies, you gain access to a wealth of knowledge and resources dedicated to advancing your optical projects. Don't miss out on the opportunity to enhance your research and development efforts with the PZ3-SM3-PC-E-131. Contact us today to learn more and to place your order.