PZ3-PM2-O-131P Fiber Stretchers

The PZ3-PM2-O-131P by Optiphase is a state-of-the-art mid-range fiber stretcher that epitomizes precision and adaptability in optical interferometric measurement systems. This sophisticated device is meticulously designed for specific applications requiring open loop demodulation, sensor simulation, and large angle modulation of interferometric phase. Crafted with a unique Panda polarization-maintaining fiber structure, it offers unparalleled stability and minimal optical loss, ensuring that your measurements are both accurate and reliable.

This product comes with a convenient mounting kit that includes a top mount aluminum retainer and silicone rubber pads, enhancing its ease of installation and use. The open connector design allows for flexible integration into existing systems, while the 1310.0 nm operational wavelength ensures compatibility with a wide range of optical setups. Its robust design features a two-layer fiber wind, offering a fiber length of 15 meters, perfect for applications that demand high precision over extended distances.

The PZ3 family of fiber stretchers from Optiphase is renowned for its innovative multi-layer winding technique, which enhances modulation functions while maintaining high operational frequencies. These devices are available with single-mode (SM), polarization-maintaining (PM), and reduced cladding (RC) fiber types, offering customizable solutions for diverse industrial needs. Notably, these stretchers do not require proprietary drivers, which simplifies the setup process and reduces costs, as they can be driven by standard laboratory equipment such as signal generators or op-amps.

Key Features

• The PZ3-PM2-O-131P features an open connector design, providing flexibility and ease of integration into various optical systems without the need for proprietary drivers.
• Designed with a Panda PM fiber structure, this stretcher ensures superior polarization maintenance, reducing cross-talk and enhancing measurement accuracy.
• Operating at a wavelength of 1310.0 nm, it offers broad compatibility with optical communication systems and measurement setups.
• With a two-layer fiber wind and a 15-meter fiber length, it is optimized for precise phase modulation over long distances.
• The accompanying mounting kit includes a top mount aluminum retainer and silicone rubber pads, facilitating easy and stable installation.
• Its high modulation constant allows for effective optical path displacement, ensuring accurate and reliable data collection across various applications.
• The fiber stretcher operates efficiently within a frequency range below 5 KHz, making it suitable for high-precision tasks.

Applications

• Ideal for open loop demodulation in optical sensing systems, providing high accuracy and reliability in signal processing.
• Used in sensor simulation to emulate real-world scenarios, ensuring robust system testing and validation.
• Suitable for variable optical delay lines, crucial for synchronization and timing applications in optical networks.
• Essential for general-purpose fiber interferometry, offering precise control over optical paths in complex experimental setups.
• Perfect for large angle modulation of interferometric phase, facilitating advanced research in optical physics and engineering.
• Supports dynamic optical path adjustment in laser communication systems, enhancing data transmission efficiency.
• Valuable in the development of new optical technologies, enabling researchers to explore novel concepts and methodologies.

What's Next?

Incorporating the PZ3-PM2-O-131P into your optical systems will undoubtedly elevate your experimental capabilities, providing high precision and adaptability for various industrial applications. As a leading solution provider, AMS Technologies offers unparalleled support and expertise to ensure seamless integration and optimal performance of your fiber stretchers. Our commitment to innovation and excellence guarantees that you receive the highest quality products and services tailored to meet your specific needs. Embrace the future of optical measurement with the PZ3-PM2-O-131P and experience the difference in precision and reliability.