PZ3-SM2-APC-E-131 Fiber Stretchers

The PZ3-SM2-APC-E-131 Fiber Stretcher, crafted by Optiphase, is a distinguished member of the PZ3 mid-range fiber stretcher family. Designed for precision and versatility, this model features FC/APC connectors, operating at a wavelength of 1310.0 nm. Enclosed in a robust housing, it ensures seamless integration into your optical interferometric measurement and sensing systems. The PZ3-SM2-APC-E-131 is engineered with a 2-layer single-mode (SM) fiber structure, offering an efficient modulation constant and exceptional optical path displacement capabilities. Its enclosed design facilitates a straightforward setup, making it an ideal choice for applications ranging from open loop demodulation to sensor simulation and variable optical delay.

The PZ3 series stands as a testament to Optiphase’s expertise in all-fiber interferometers. This family of fiber stretchers is renowned for its unique multi-layer winding approach, which enhances modulation functions while maintaining high operational frequency. Available in various configurations, including SM, PM [PANDA or Bowtie], and RC [SM Reduced Cladding] fiber types, these stretchers are versatile tools in optical interferometry. The PZ3 series does not require proprietary drivers, allowing users to operate them with standard electronics such as signal generators and op-amps for low voltage applications. This flexibility is further complemented by the enclosure options that simplify use and enhance protection.

Key Features

• The PZ3-SM2-APC-E-131 operates with FC/APC connectors, ensuring a stable connection and minimal signal loss during operation.
• Enclosed in a durable housing, this fiber stretcher offers enhanced protection against environmental factors, ensuring longevity.
• Designed for a wavelength of 1310.0 nm, it is optimized for a broad range of optical applications in industry and research.
• Utilizes a 2-layer single-mode fiber, providing efficient modulation with a constant of 12.2/λ radians/V, suitable for precision applications.
• Offers an optical path displacement of 1.9 µm/Volt, ensuring precise control over light path adjustments.
• Operates within a temperature range of 0° to 70° C, allowing for reliable performance in various environments.
• The PZ3 series’ bipolar drive design offers greater convenience compared to unipolar systems, enhancing compatibility with existing equipment.

Applications

• Ideal for open loop demodulation, providing accurate phase modulation for complex optical systems.
• Facilitates sensor simulation, enabling precise testing and calibration of optical sensors.
• Perfect for implementing variable optical delays, crucial in advanced communication and data processing systems.
• Supports general-purpose fiber interferometry, extending its utility across various experimental setups.
• Suitable for large-angle modulation of interferometric phases, enhancing the scope of optical experiments.
• Compatible with standard laboratory equipment, simplifying integration into existing research setups without requiring modifications.
• Provides essential functionality in environments requiring high-frequency operations, thanks to its unique modulation characteristics.

What's next?

For researchers and industrial users seeking advanced solutions for their optical interferometry needs, the PZ3-SM2-APC-E-131 offers unparalleled performance and flexibility. Its robust design and compatibility with standard electronics make it a versatile addition to any lab. As you explore the potential of this device, consider how AMS Technologies can support your journey as a leading solution provider in the field. We offer comprehensive support and a wide range of products tailored to meet the most demanding technological challenges.