Introducing the PZ1-PM1-APC-E-155P, an advanced fiber stretcher equipped with cutting-edge FC/APC connectors and designed specifically for high-speed operations at a wavelength of 1550.0 nm. This meticulously engineered device is enclosed in a robust casing, ensuring durability and consistent performance across a variety of demanding environments. The PZ1-PM1-APC-E-155P utilizes the highly efficient Panda PM fiber structure, offering exceptional polarization maintenance and minimal optical loss, making it an ideal choice for precision applications in optical interferometry and sensing systems. The PZ1 series, a hallmark of Optiphase's innovation in fiber stretching technology, exemplifies versatility and superior performance. Designed to meet the rigorous demands of modern optical systems, the PZ1 family includes a range of models tailored for SM, PM, and RC fiber types. Each variant offers unique benefits such as high-speed modulation, compact design, and the ability to operate without proprietary drivers, allowing seamless integration into existing systems. The PZ1 series stands out for its cost-effectiveness and ease of use, positioning it as a leader in the market for fiber stretchers. Key Features High-speed operation with a modulation constant optimized for precision tasks, ensuring reliable performance at 1550.0 nm. Enclosed design with FC/APC connectors for enhanced durability and reduced signal loss, providing long-term reliability in harsh conditions. Panda PM fiber structure delivers exceptional polarization maintenance, crucial for maintaining signal integrity in complex systems. Compact and lightweight, the device integrates easily into space-constrained setups without compromising on functionality. Operates efficiently with common laboratory equipment, negating the need for specialized drivers and simplifying the setup process. Multiple termination options available, offering flexibility and convenience in deployment across various systems. Manufactured in the USA, ensuring high-quality standards and support for industrial applications worldwide. Applications Ideal for open loop demodulation in optical interferometric measurement systems, providing precise phase control and modulation. Essential for sensor simulation applications where accurate and repeatable fiber stretching is required. Facilitates variable optical delay setups, allowing for dynamic adjustments in signal processing systems. Supports general-purpose fiber interferometry tasks, enhancing the capabilities of research and development projects. Enables large-angle modulation of interferometric phase, expanding the possibilities for advanced optical experiments. Useful in maintaining high polarization extinction ratios in demanding optical networks and communication systems. Suitable for integration into laboratory and industrial environments, offering reliable performance in critical operations. What's Next? The PZ1-PM1-APC-E-155P represents the pinnacle of Optiphase's commitment to advancing fiber stretching technology. Its innovative design and robust feature set make it an indispensable tool for researchers and industrial users seeking precision and reliability. With its ability to seamlessly integrate into diverse applications, the PZ1 series continues to set new standards in the field of fiber optics. AMS Technologies, a prominent solution provider, offers comprehensive support and distribution for the PZ1 series. Their expertise ensures that customers receive not only a product but a complete solution tailored to their specific needs. Partnering with AMS Technologies guarantees access to top-tier technical assistance and service, further enhancing the value of the PZ1 family. Discover the future of fiber stretching with the PZ1-PM1-APC-E-155P. Contact AMS Technologies today to explore how this exceptional device can elevate your optical systems to new heights of performance and efficiency.

The PZ1-PM1-APC-E-850P is an exemplary product from the innovative suite of fiber stretchers offered by Optiphase. This high-speed fiber stretcher is designed with precision and technical excellence, tailored specifically to meet the needs of advanced optical interferometric systems. Encapsulated within a robust enclosure, this model is equipped with FC/APC connectors and operates at a wavelength of 850.0 nm, offering unparalleled performance in its category. Engineered with Panda polarization-maintaining (PM) fiber, the PZ1-PM1-APC-E-850P showcases a unique single-layer design that ensures a high polarization extinction ratio, which is crucial for reducing modulation constants while maintaining signal integrity. The advanced piezoelectric technology embedded in this device allows it to operate efficiently across a broad range of applications including sensor simulation, open-loop demodulation, and variable optical delay. The compact form factor and low profile make it an optimal choice for integration into confined spaces without compromising on performance or reliability. Key Features Designed for high-speed operation, the PZ1-PM1-APC-E-850P offers swift response times essential for dynamic optical applications. The use of Panda PM fiber enhances polarization maintenance, making it ideal for applications requiring stable polarization states. Enclosed design with FC/APC connectors ensures environmental protection and superior connection stability. Capable of operating seamlessly with general-purpose electronics, thus eliminating the need for proprietary drivers and reducing overall system costs. Compact and lightweight, facilitating easy installation and integration into existing systems with minimal spatial constraints. Wide operational wavelength range ensures adaptability across various optical communication and measurement systems. High-performance modulation functions enable precise control over optical phase changes. Applications Ideal for optical interferometry, providing accurate phase modulation for intricate measurement tasks. Suited for sensor simulation in research environments, allowing for the testing and calibration of sensor systems. Effective in open-loop demodulation processes where phase accuracy is critical to system performance. Used in variable optical delay lines to manage timing in complex optical networks. Essential in large angle modulation applications, offering reliable and repeatable performance. Supports general-purpose fiber interferometry, enhancing the capability of both commercial and custom optical setups. Beneficial in laboratory settings for experimental setups requiring precise optical path adjustments. What's Next? The PZ1-PM1-APC-E-850P stands as a testament to Optiphase's commitment to advancing optical technology. Its integration-friendly design and high-speed capabilities make it a leading choice for professionals seeking cutting-edge solutions in fiber optics. As industries continue to evolve, the demand for reliable and efficient fiber stretching solutions will grow, and the PZ1-PM1-APC-E-850P is poised to lead this transformation. AMS Technologies serves as a premier solution provider, offering a comprehensive portfolio of products and services in the realm of optical technology. With a focus on delivering exceptional value and support, AMS Technologies ensures that customers receive the most advanced and effective solutions tailored to their specific needs. Explore the possibilities with the PZ1-PM1-APC-E-850P and discover how it can elevate your optical systems to new heights.

The PZ1-PM1-E-980P high-speed fiber stretcher by Optiphase is a pioneering solution designed for precision optical applications. As an enclosed unit featuring a bare leads connector configuration, the PZ1-PM1-E-980P is engineered for researchers and industrial users seeking unparalleled performance in fiber stretching technology. Operating at a wavelength of 980 nm, this device incorporates a unique Panda PM fiber structure, ensuring optimal polarization maintenance. The one-layer design of the PM fiber not only enhances the polarization extinction ratio but also delivers a reduced modulation constant, making it ideal for applications demanding high precision and low noise. The PZ1 series, to which the PZ1-PM1-E-980P belongs, represents Optiphase's commitment to excellence in fiber stretcher technology. As a member of this distinguished family, the PZ1 models are renowned for their high-speed capabilities and cost-effectiveness. These stretchers offer a compact footprint, allowing seamless integration into various optical systems. With multiple termination options and a multi-layer winding approach, the PZ1 series stands out for its enhanced modulation performance. Designed to operate with standard laboratory electronics, these stretchers eliminate the need for proprietary drivers, simplifying setup and operation across diverse environments. Key Features The PZ1-PM1-E-980P boasts a compact and enclosed design, facilitating easy integration into constrained spaces without compromising performance. With its high-speed operation, the stretcher supports fast response times, crucial for dynamic optical measurement and sensing applications. The bare leads connector configuration allows for straightforward connection, enhancing user convenience and reducing setup time. Optiphase's Panda PM fiber structure ensures superior polarization maintenance, critical for precision interferometric measurements. The one-layer PM fiber design minimizes modulation constants, offering precise control over optical path adjustments. Operating at a wavelength of 980 nm, the PZ1-PM1-E-980P provides optimal performance in near-infrared applications. Compatibility with general-purpose electronics reduces operational costs and simplifies system integration for users. Applications The PZ1-PM1-E-980P is ideal for open-loop demodulation tasks, where its high-speed and precision capabilities are paramount. In sensor simulation, this fiber stretcher offers accurate emulation of real-world conditions, enhancing testing and development processes. For variable optical delay applications, the device provides precise control over light path adjustments, essential for timing-sensitive tasks. The stretcher excels in general-purpose fiber interferometry, offering reliability and accuracy across a range of experimental setups. Its ability to modulate interferometric phase with large angles makes it suitable for advanced optical modulation research. The compact design allows for integration into portable measurement systems, expanding its usability in field applications. With its robust construction, the PZ1-PM1-E-980P is well-suited for industrial environments requiring durable and reliable optical components. What's Next? Optiphase's PZ1-PM1-E-980P fiber stretcher represents the pinnacle of innovation in optical component technology. By combining high-speed operation with cost-effective design, it addresses the needs of both academic researchers and industrial users. Its compatibility with standard electronics and multiple termination options make it a versatile choice for a wide range of applications.As you consider incorporating the PZ1-PM1-E-980P into your optical systems, AMS Technologies stands ready to support you as a leading solution provider in the field. With extensive expertise in advanced photonics, AMS Technologies offers comprehensive support and guidance, ensuring you maximize the potential of Optiphase's cutting-edge fiber stretcher technology.

The PZ1-PM1-PC-E-980B is a sophisticated high-speed fiber stretcher designed for advanced optical applications. Utilizing FC/PC connectors, this device operates at a precise wavelength of 980.0 nm, ensuring optimal performance across a multitude of environments. The enclosed design ensures protection and durability, while the stretcher's PZ1 type allows for unparalleled modulation capabilities. Crafted with PM fiber featuring a Bowtie structure, this product guarantees superior control over polarization, making it an indispensable tool for researchers and industrial users engaged in precision optical work.Belonging to the esteemed PZ1 family of products, this model exemplifies the cutting-edge engineering that Optiphase is renowned for. The PZ1 series stands out due to its unique multi-layer winding approach, which enhances modulation functions without compromising on operational frequency. Available with SM, PM, or RC fiber types, these stretchers are versatile and cost-effective solutions for complex optical interferometric measurement systems. The PZ1 family is celebrated for its compact design, low-cost implementation, and capability to be driven by general-purpose electronics without requiring proprietary drivers, thus offering a high performance-to-cost ratio unmatched by competitors.Key FeaturesThe PZ1-PM1-PC-E-980B offers high-speed operation, ensuring efficient performance in demanding optical applications.Its compact and enclosed form factor allows for easy integration into existing systems, saving valuable space and enhancing device protection.The use of Bowtie PM fiber provides excellent polarization control, which is crucial for maintaining signal integrity in precision applications.With FC/PC connectors, the device facilitates secure and reliable connections, minimizing the risk of signal loss or degradation.The device supports a broad wavelength range, centered at 980.0 nm, making it suitable for various research and industrial needs.Engineered for compatibility with common laboratory electronics, the PZ1-PM1-PC-E-980B simplifies setup and maintenance processes.Designed with flexibility in mind, it features multiple termination options, allowing for quick and customizable setups.ApplicationsIdeal for open-loop demodulation tasks, providing precise control and modulation of optical signals.Widely used in sensor simulation, enabling accurate testing and development of optical sensors.Perfect for variable optical delay applications, offering unmatched precision in timing adjustments.Essential for general-purpose fiber interferometry, facilitating detailed analysis and experimentation.Enables large-angle modulation of interferometric phase, supporting advanced research and development projects.Highly suitable for use in optical sensing systems, enhancing accuracy and reliability of measurements.An invaluable tool for optical communication systems, aiding in the development and refinement of next-generation technologies.What's Next?For those looking to advance their research or enhance their optical systems, the PZ1-PM1-PC-E-980B offers a compelling combination of performance, flexibility, and affordability. Designed to meet the needs of sophisticated optical applications, this fiber stretcher can be seamlessly integrated into your existing setups, providing immediate improvements in modulation and signal control. To explore the full potential of this product and other advanced optical solutions, consider partnering with AMS Technologies, a leader in the field of optical and electronic technologies. Known for delivering comprehensive solutions and unmatched expertise, AMS Technologies is your go-to provider for innovative products and services that push the boundaries of what’s possible in the world of optics.

Fiber Stretchers;Wavelength: 1550;Fiber Type: PM;Stretcher Type: PZ1;Enclosure: enclosed;Connector: FC/APC Connectors;Fiber Type: Bowtie

The PZ1-PM4-APC-E-980P by Optiphase is a state-of-the-art optical fiber stretcher designed to meet the demanding needs of contemporary optical interferometry applications. Engineered with precision, this high-speed fiber stretcher is equipped with FC/APC connectors, ensuring low insertion loss and high return loss, which are crucial for maintaining signal integrity in optical systems. Operating at a wavelength of 980.0 nm, the product is enclosed to provide robust protection against environmental factors, extending its lifespan and reliability. The PZ1 model employs a Panda polarization-maintaining (PM) fiber type, renowned for its superior polarization extinction ratio, making it an ideal choice for applications requiring precise polarization control. The PZ1 series represents the pinnacle of Optiphase's innovation in fiber stretching technology. With a unique multi-layer winding architecture, these devices offer unparalleled modulation capabilities while operating at high frequencies. Available in various configurations, including SM, PM (Panda or Bowtie), and RC fiber types, the PZ1 stands out for its adaptability and performance. The compact form factor allows it to be easily integrated into limited spaces, and its compatibility with general-purpose electronics eliminates the need for proprietary drivers, providing users with unmatched flexibility and cost-efficiency. Key Features High-speed operation enhances the efficiency and accuracy of optical measurement systems, setting new standards in fiber stretching performance. The cost-effective design ensures that high-quality optical solutions are accessible to a wider range of industries and research fields. The compact and enclosed package is engineered to protect the fiber stretcher from environmental hazards, ensuring long-term operational reliability. Multiple termination choices, including FC/APC connectors, allow for seamless integration into existing optical networks without extensive modifications. Unique multi-layer winding technique maximizes modulation depth and frequency response, supporting diverse applications in optical interferometry. Operates effectively with standard electronics, such as signal generators, making it versatile and user-friendly for various experimental setups. Designed for bipolar drive, offering greater convenience compared to unipolar devices, thus enhancing operational flexibility. Applications Ideal for open-loop demodulation tasks, where high precision and stability are required to decode signals accurately. Perfect for sensor simulation, enabling researchers to replicate and study various sensor behaviors under controlled conditions. Variable optical delay applications benefit from the PZ1's ability to adjust phase delays with high accuracy, essential for synchronization tasks. General-purpose fiber interferometry is enhanced by the PZ1's precise modulation capabilities, vital for developing new optical technologies. The device supports large-angle modulation of interferometric phase, critical for advanced optical communication systems. Useful in educational settings for demonstrating the principles of optical interferometry and fiber optics to students and researchers. Can be employed in industrial settings for quality control processes where optical measurements are crucial for ensuring product standards. What's Next? As the field of optical technology continues to evolve, the PZ1-PM4-APC-E-980P positions itself as a cornerstone in the future of precision optical measurements and applications. Its sophisticated design and high-performance capabilities make it an indispensable tool for both current and emerging technologies. Optiphase remains committed to advancing optical fiber technology, ensuring that each product iteration surpasses the expectations of even the most demanding users. AMS Technologies, as a leading solution provider, stands ready to support customers with innovative and customizable solutions tailored to their specific needs. Our partnership with Optiphase allows us to deliver cutting-edge products like the PZ1 series, backed by expert technical support and comprehensive service offerings. Contact us today to learn how the PZ1 can transform your optical systems.

The PZ1-PM4-PC-E-850P by Optiphase is a high-speed fiber stretcher specifically designed to meet the demanding needs of optical interferometric measurement and sensing systems. Engineered with precision, this device operates seamlessly within the wavelength of 850.0 nm and boasts FC/PC connectors, ensuring stable and reliable connections for high-end applications. The enclosed structure of the PZ1-PM4-PC-E-850P offers enhanced protection and durability, making it a robust choice for both industrial and research environments. Within the PZ1 series, the PZ1-PM4-PC-E-850P stands out due to its integration of PM (Polarization Maintaining) fiber with a Panda structure, which ensures excellent polarization extinction ratio, vital for maintaining signal integrity in sophisticated optical systems. The PZ1 series is renowned for its compact design and high performance-to-cost ratio, which makes them a preferred choice in scenarios requiring precise modulation and minimal distortion. The unique multi-layer winding technique used in the PZ1 family enhances the modulation capabilities, ensuring high operational frequencies without the need for proprietary drivers—allowing usage with standard laboratory equipment such as signal generators and op-amps. Key Features The PZ1-PM4-PC-E-850P offers unparalleled speed and precision, thanks to its advanced piezoelectric element design. Its compact and enclosed form factor allows easy integration into existing systems without compromising on performance. With FC/PC connectors, users can expect a secure and stable connection that minimizes signal loss and maximizes efficiency. The high polarization extinction ratio of the Panda PM fiber ensures superior signal clarity and reduces noise. Operates efficiently with a bipolar voltage drive, providing convenience and flexibility in various applications. Compatible with a range of standard laboratory electronics, reducing the need for specialized equipment. Designed for a wide operational temperature range, ensuring reliability under diverse environmental conditions. Applications The PZ1-PM4-PC-E-850P excels in open-loop demodulation tasks, delivering high precision and stability. It serves as an ideal component in sensor simulation setups, offering accurate and repeatable measurements. Perfect for variable optical delay implementations, where timing precision is critical. Widely used in general-purpose fiber interferometry due to its adaptability and performance. Suitable for large-angle modulation of interferometric phase, enhancing measurement capabilities. Effective in telecommunications applications requiring low-loss and high-stability transmission. Valuable in research environments where high-speed optical path displacement is necessary. What's Next? Optiphase continues to innovate with its PZ1 series, pushing the boundaries of what's possible in fiber optics technology. With ongoing advancements in materials and design, future iterations promise even greater precision and functionality. Researchers and industry professionals alike can look forward to enhanced versions that will further streamline operations and improve outcomes across various sectors. Investing in a PZ1-PM4-PC-E-850P today ensures you are at the forefront of optical technology, ready to tackle the challenges of tomorrow's developments. As a trusted solution provider, AMS Technologies offers comprehensive support and expertise in implementing Optiphase products. Whether you're looking to upgrade existing systems or exploring new applications, AMS Technologies provides tailored solutions that meet your specific needs, ensuring optimal performance and satisfaction with your investment. Contact AMS Technologies today to discover how the PZ1-PM4-PC-E-850P can revolutionize your optical systems.

The PZ1-SM4-APC-E-850 is an advanced fiber stretcher designed to elevate your optical measurement and sensing systems with its high-speed capabilities. Engineered by Optiphase, this product is a standout in the realm of fiber stretchers, offering unparalleled performance for a wide array of applications. Featuring an 850.0 nm wavelength, the PZ1-SM4-APC-E-850 is equipped with FC/APC connectors and enclosed in a compact design, making it suitable for seamless integration into various setups. The single-mode (SM) fiber structure ensures precision and reliability in your operations.Belonging to the esteemed PZ1 family of fiber stretchers, the PZ1-SM4-APC-E-850 embodies Optiphase's commitment to innovation and excellence. This family is known for its unique multi-layer winding approach that enhances modulation functions while maintaining high operational frequencies. The PZ1 series supports various fiber types, including SM, PM, and RC fibers, providing versatility and adaptability for different industrial needs. With its ability to operate with standard electronics, the PZ1 offers convenience and cost-effectiveness unmatched by competitors.Key FeaturesThe PZ1-SM4-APC-E-850 boasts high-speed operation, catering to demanding industrial and research applications that require rapid response times.Its low-cost design ensures that you can achieve high-performance results without compromising your budget, offering an excellent performance-to-cost ratio.The compact package allows for easy integration into tight spaces, making it an ideal choice for systems with limited room for additional components.With multiple termination choices available, the PZ1 provides flexibility in setup and deployment, enhancing user convenience and system compatibility.The unique multi-layer winding design ensures enhanced modulation functions, delivering superior performance and accurate measurements.The ability to be driven by general-purpose electronics eliminates the need for proprietary drivers, reducing complexity and setup time.Its enclosed design protects the internal components, ensuring durability and longevity in various environmental conditions.ApplicationsThe PZ1-SM4-APC-E-850 is perfectly suited for open loop demodulation, providing precise control over optical signals for improved system performance.Ideal for sensor simulation, this fiber stretcher can emulate sensor responses, aiding in the development and testing of new sensor technologies.It excels in variable optical delay applications, allowing for precise control over timing and synchronization in complex optical systems.For general-purpose fiber interferometry, the PZ1 offers reliable and accurate phase modulation, enhancing measurement accuracy.Large angle modulation of interferometric phase is achieved with ease, supporting advanced optical experiments and research.Its use in optical interferometric measurement systems makes it indispensable for researchers and engineers seeking high-precision results.The PZ1 is also applicable in sensing system applications, providing enhanced signal processing capabilities and improved data reliability.What's Next?As industries continue to demand faster, more accurate, and reliable optical measurement tools, the PZ1-SM4-APC-E-850 positions itself as a leading solution for modern challenges. Its robust design, coupled with advanced technological features, makes it an essential component in any advanced optical system. For those looking to enhance their optical systems with cutting-edge fiber stretching technology, Optiphase offers not just products but comprehensive solutions tailored to meet specific industrial needs. As a renowned provider of optical solutions, AMS Technologies stands ready to support your journey into advanced optical measurement and sensing technologies, offering expert guidance and support every step of the way.Explore the full potential of the PZ1-SM4-APC-E-850 and discover how it can transform your optical systems. Contact AMS Technologies today to learn more about how this innovative fiber stretcher can be integrated into your operations for superior performance and efficiency.

The PZ1-SM4-APC-E-980 is a high-speed fiber stretcher meticulously engineered for precision and reliability in demanding optical applications. This advanced device features FC/APC connectors and operates at a wavelength of 980.0 nm, ensuring optimal performance in a range of interferometric measurement and sensing systems. Encased in a robust enclosure, the PZ1-SM4-APC-E-980 integrates seamlessly into various setups thanks to its compact design. The stretcher utilizes single-mode (SM) fiber with a unique multi-layer winding, enhancing its modulation capabilities while maintaining high operational frequencies. As part of the distinguished PZ1 series, the PZ1-SM4-APC-E-980 benefits from Optiphase's expertise in fiber interferometry. The PZ1 family stands out for its high-speed functionality, affordability, and compact form factor, which collectively offer an impressive performance-to-cost ratio. These stretchers are compatible with multiple fiber types, including SM, PM, and RC fibers, and support various termination options to accommodate diverse application needs. Unlike other devices that require proprietary drivers, the PZ1 series can be operated using general-purpose electronics such as signal generators and op-amps, making it exceptionally versatile for researchers and industry professionals alike. Key Features The PZ1-SM4-APC-E-980 provides exceptional high-speed operation, allowing for rapid adjustments and precise measurements in dynamic environments. With a low-profile design, this fiber stretcher fits easily into tight spaces, making it ideal for compact experimental setups or industrial systems. The device supports a broad operational wavelength range, centered at 980.0 nm, catering to a variety of optical applications and ensuring compatibility with existing systems. Its unique multi-layer winding enhances modulation functions, providing superior performance compared to conventional single-layer designs. This stretcher is equipped with FC/APC connectors, guaranteeing minimal optical loss and optimal alignment in high precision tasks. Designed for ease of integration, the PZ1 series does not require specialized drivers, reducing setup complexity and cost. Optiphase’s commitment to quality is reflected in the PZ1’s durable construction and reliable performance across its operational temperature range. Applications Ideal for open loop demodulation systems, the PZ1-SM4-APC-E-980 provides accurate phase modulation required for high-fidelity signal processing. In sensor simulation tasks, this device enables precise control of optical path lengths, essential for calibrating and testing sensor responses. Its capability to introduce variable optical delay makes it suitable for use in advanced communication systems and research applications. The PZ1 is a preferred choice for general-purpose fiber interferometry, where its high modulation speed and accuracy are paramount. It supports large angle modulation of interferometric phase, offering flexibility and precision in experimental settings. Researchers can utilize the PZ1 for developing and testing new optical sensing technologies, benefiting from its robust and adaptable design. The device is also used in large-scale modulation applications, where its ability to maintain performance across a wide frequency range is advantageous. What's Next? For those seeking cutting-edge solutions in optical fiber technology, the PZ1-SM4-APC-E-980 represents a significant advancement in fiber stretcher design. Its unparalleled speed, accuracy, and versatility make it an indispensable tool for both academic researchers and industrial practitioners. As you explore the potential of the PZ1 series, consider AMS Technologies, a leader in optical solutions, as your partner in innovation. With their extensive experience and commitment to excellence, AMS Technologies offers comprehensive support and customized solutions tailored to your specific needs. To learn more about how the PZ1-SM4-APC-E-980 can enhance your projects and streamline your operations, contact us today and take the next step towards achieving superior optical performance.

The PZ2-PM2-APC-E-131P is a high-efficiency fiber stretcher engineered to meet the demanding needs of optical interferometric measurement and sensing systems. This advanced device, featuring FC/APC connectors, operates at a wavelength of 1310.0 nm and is enclosed for optimal protection and ease of use. At the core of its design is the Panda polarization-maintaining fiber structure, which ensures minimal signal degradation and high precision in phase modulation applications. The inclusion of PZ2 technology allows for a precise optical path displacement of up to 5.6 micrometers per volt, making it an ideal choice for applications that require high-resolution and repeatability. Part of the OPTIPHASE PZ2 family, the PZ2-PM2-APC-E-131P represents the pinnacle of fiber stretching technology. This family of products is renowned for providing the most extensive stretch capabilities, thanks to their multi-layer winding approach. These devices are indispensable in applications such as open-loop demodulation, sensor simulation, and white-light scanning interferometry. With a wide operational wavelength range and the ability to be driven by standard laboratory equipment without modification, the PZ2 series offers unparalleled flexibility and performance. Unlike other technologies that require proprietary drivers, the PZ2 series can be easily integrated into existing setups, saving time and resources. Key Features The PZ2-PM2-APC-E-131P features FC/APC connectors, ensuring low insertion loss and high return loss for optimal signal integrity. Operating at a precise wavelength of 1310.0 nm, this fiber stretcher is suitable for a variety of demanding optical applications. The enclosed design protects the internal components, enhancing durability and reliability in challenging environments. With a Panda PM fiber structure, it maintains polarization integrity, critical for sensitive measurements and applications. The device supports a bipolar voltage drive, offering greater operational flexibility compared to unipolar-only devices. Capable of being driven by standard lab equipment, it eliminates the need for specialized drivers, reducing system complexity. The high modulation frequency capability allows for a broader range of applications and higher resolution measurements. Applications Ideal for Optical Coherence Tomography (OCT), providing detailed scattering and boundary definition measurements. Used in Optical Coherence Domain Reflectometry (OCDR), enhancing accuracy in reflectometric analysis. Supports open-loop demodulation, allowing for precise phase measurements in complex optical systems. Facilitates sensor simulation, enabling the testing and calibration of various optical sensors. Utilized in white-light scanning interferometry, optimizing the modulation of interferometric phase. Perfect for large angle modulation tasks, providing extensive stretch capabilities for enhanced measurement range. Applicable in high-frequency modulation tasks, extending the operational bandwidth of optical systems. What's Next? The PZ2-PM2-APC-E-131P is poised to revolutionize the field of optical measurement and sensing, providing unmatched precision and flexibility. As industries demand more accurate and reliable optical solutions, the PZ2 family continues to innovate and expand its capabilities. By integrating these stretchers into your systems, you can expect improved performance and efficiency, paving the way for groundbreaking advancements in optical technology. AMS Technologies, as a leading solution provider, offers comprehensive support and expertise in deploying the PZ2 series into your applications. With a deep understanding of the challenges faced by researchers and industrial users, AMS Technologies ensures that you receive the most effective solutions tailored to your specific needs. Contact us today to learn more about how the PZ2-PM2-APC-E-131P can enhance your optical systems and drive your projects forward.

Wavelength: 1310Fiber Type: PMStretcher Type: PZ2Enclosure: mounting kitConnector: OpenFiber Type: Panda

The PZ2-PM2-O-155P fiber stretcher by Optiphase is an advanced, high-efficiency component designed for precision optical interferometric applications. Specifically engineered to cater to industrial and research environments, this device leverages a unique Panda polarization-maintaining (PM) fiber structure to deliver unmatched performance in optical coherence tomography (OCT), optical coherence domain reflectometry (OCDR), and other interference-based sensor systems. With a specified wavelength of 1550.0 nm, the PZ2-PM2-O-155P ensures optimal phase modulation and high fidelity signal processing across a wide range of operational settings. Part of the renowned Optiphase PZ2 series, the PZ2-PM2-O-155P is distinguished by its innovative multi-layer winding methodology, which enhances modulation capabilities while maintaining high operational frequencies. The inclusion of a mounting kit with an open connector design simplifies integration into existing systems. Unlike many competitors, this model does not require proprietary drivers, allowing for seamless operation with standard laboratory electronics like signal generators and op-amps. The product's versatility extends from its ability to handle bipolar voltage drives, providing greater flexibility and ease of use for technical professionals. Key Features High-efficiency Panda PM fiber structure ensures superior polarization management and signal integrity at a wavelength of 1550.0 nm. Open connector configuration with bare leads offers easy integration and compatibility with a variety of optical setups. A robust mounting kit is included, featuring an aluminum retainer and silicone rubber pads for secure installation. Operates efficiently with standard electronic equipment, eliminating the need for specialized drivers or additional modifications. Designed for bipolar drive configurations, enhancing flexibility and operational convenience in varied applications. Provides large-angle modulation of interferometric phase, supporting both open loop demodulation and sensor simulation tasks. Capable of maintaining high modulation frequencies, facilitating advanced measurement and sensing system applications. Applications Optical Coherence Tomography (OCT) for non-invasive medical imaging and diagnostic procedures. Optical Coherence Domain Reflectometry (OCDR) for precise boundary definition and scattering measurements. White-light scanning interferometry for high-resolution surface profiling and metrology. Sensor simulation to mimic real-world conditions in testing and development environments. Large-angle modulation to enhance the capabilities of interferometric phase applications. Open loop demodulation in various research and industrial settings requiring detailed phase information. Compatible with a range of optical interferometric measurement systems for versatile application support. What's next? For those in pursuit of cutting-edge optical technology solutions, the PZ2-PM2-O-155P fiber stretcher offers a reliable and efficient pathway to enhanced performance in interferometric applications. Its robust design and unparalleled compatibility with standard electronic components make it an ideal choice for researchers and industrial users seeking to push the boundaries of optical measurement and sensing technologies. As you look to optimize your system's capabilities, consider integrating the PZ2-PM2-O-155P to achieve new levels of precision and efficiency. AMS Technologies is your trusted partner in delivering comprehensive solutions tailored to your specific needs. With a commitment to excellence and a focus on innovation, AMS Technologies provides the expertise and support required to successfully implement advanced optical components like the PZ2-PM2-O-155P within your projects. Contact us today to explore how our solutions can help you achieve your technical and operational goals.

The PZ2-PM3-APC-E-131P by Optiphase is a cutting-edge high-efficiency fiber stretcher, engineered to meet the rigorous demands of modern optical interferometric measurement and sensing systems. This advanced device is equipped with FC/APC connectors, facilitating seamless integration into existing setups and ensuring minimal signal loss. Operating at a wavelength of 1310.0 nm, it offers unparalleled precision in applications such as Optical Coherence Tomography (OCT) and Optical Coherence Domain Reflectometry (OCDR), specifically those requiring detailed scattering or boundary definition measurements. Featuring a robust enclosed design, the PZ2-PM3-APC-E-131P protects its internal components from environmental factors, enhancing durability and reliability. The use of Panda PM fiber structure further optimizes performance by maintaining polarization state, which is crucial for high-precision applications. This model's piezoelectric element is wound in a multi-layer configuration, a hallmark of Optiphase's expertise, providing an enhanced modulation function essential for sophisticated interferometric phase modulation tasks. Key Features The PZ2-PM3-APC-E-131P utilizes FC/APC connectors, ensuring robust connectivity and reduced back reflection, which is vital for maintaining signal integrity. Designed for a wavelength of 1310.0 nm, it is tailored for optimal performance in specific optical measurement and sensing systems. The enclosed configuration provides added protection against external disturbances, increasing the longevity and reliability of the fiber stretcher. Employs a unique multi-layer winding approach, enhancing modulation capabilities while maintaining a high operational frequency. Compatible with standard laboratory equipment for low voltage applications, allowing easy integration without the need for proprietary drivers. Features a bipolar drive capability, offering greater convenience and flexibility in various operational scenarios. Supports a broad range of applications thanks to its high-efficiency fiber stretching mechanism and precise modulation characteristics. Applications Ideal for Optical Coherence Tomography (OCT), providing precise boundary definition and scattering measurements essential for medical imaging applications. Used in Optical Coherence Domain Reflectometry (OCDR) for accurate distance and thickness measurements in various materials. Serves in open-loop demodulation systems, enhancing signal accuracy and system performance. Essential for sensor simulation tasks, enabling detailed analysis and testing of optical sensors. Supports white-light scanning interferometry by providing precise modulation required for high-resolution measurements. Facilitates large angle modulation of interferometric phase, crucial for applications requiring extensive phase control. Adaptable for various industrial and research applications, where high precision and reliability are paramount. What's Next? As technology continues to evolve, the demand for precise and reliable measurement systems grows. The PZ2-PM3-APC-E-131P stands at the forefront of this evolution, offering unparalleled performance and adaptability for researchers and industrial users alike. Its robust design and advanced features make it an indispensable tool in the arsenal of any optical measurement professional. For those seeking comprehensive solutions in optical measurement and sensing, AMS Technologies stands as a premier provider. With a commitment to quality and innovation, AMS Technologies offers a wide range of products and services designed to meet the unique needs of their clients. Whether you are in academia, research, or industry, AMS Technologies provides the expertise and support you need to achieve your goals.

The PZ2-PM3-APC-E-155P is an advanced fiber stretcher designed by Optiphase, offering unparalleled efficiency and precision. This high-performance device is tailored specifically for optical interferometric measurement and sensing systems, providing exceptional stretch capabilities through its unique piezoelectric element. Encased in a robust enclosure, the PZ2-PM3-APC-E-155P features FC/APC connectors that facilitate quick and reliable connections, ensuring ease of use in demanding environments.The PZ2 family of fiber stretchers stands out due to its innovative multi-layer winding approach, enhancing modulation functions while maintaining high operational frequencies. This series supports various fiber types, including PM fiber with a Panda structure, designed for applications requiring precise polarization-maintaining capabilities. The PZ2 series accommodates a broad range of operational wavelengths from 780 nm to 1625 nm, making it versatile for numerous optical applications. Its compatibility with standard laboratory equipment without the need for proprietary drivers further underscores its user-friendly design.Key FeaturesThe PZ2-PM3-APC-E-155P utilizes a Panda PM fiber structure, ensuring reliable polarization maintenance which is crucial for precise optical measurements.Operating at a wavelength of 1550.0 nm, this fiber stretcher offers optimal performance for a wide array of optical applications.Its enclosed design with FC/APC connectors enables easy integration into existing systems, providing robustness and reliability in various environmental conditions.The device’s high modulation constant ensures significant phase modulation, enhancing its utility in applications like Optical Coherence Tomography (OCT).With a fiber stretch capability of 5.5 µm per Volt, it delivers precise control over optical path displacement, critical for interferometric applications.The PZ2 series is engineered for bipolar drive operation, simplifying the setup by allowing the use of standard electronics, such as signal generators and op-amps.It supports a wide operational temperature range from 0°C to 70°C, ensuring consistent performance under varying conditions.ApplicationsIdeal for Optical Coherence Tomography (OCT), the PZ2-PM3-APC-E-155P provides precise scattering and boundary definition measurements.In Optical Coherence Domain Reflectometry (OCDR), the device aids in enhancing the accuracy of distance and reflectivity measurements.The fiber stretcher's modulation capabilities make it suitable for sensor simulation, facilitating the development of advanced sensing technologies.Its application in white-light scanning interferometry results in high-resolution surface and thickness measurements, essential in material science research.For open loop demodulation, it offers unparalleled precision and efficiency, crucial for accurate data acquisition.Large angle modulation of interferometric phase is achieved with ease, supporting complex optical system research.The PZ2-PM3-APC-E-155P is also beneficial in telecommunications for testing and development of optical network components.What's Next?As you explore the capabilities of the PZ2-PM3-APC-E-155P, consider how this sophisticated fiber stretcher can enhance your optical measurement systems. Whether you're involved in research or industrial applications, Optiphase provides a comprehensive solution tailored to meet the rigorous demands of modern optical technologies. With a commitment to innovation and quality, Optiphase continues to lead in the development of high-efficiency fiber stretchers, designed to facilitate groundbreaking advancements in optical science and engineering.AMS Technologies, a trusted solution provider, offers a range of services and products to complement the PZ2 series, ensuring that all your technical requirements are met with precision and reliability. Contact us today to learn more about how we can support your project needs with our extensive expertise and product offerings.

The PZ2-PM3-APC-E-980P, crafted by Optiphase, is an advanced fiber stretcher that epitomizes precision and reliability in optical interferometric measurements. This enclosed device features FC/APC connectors and is specifically designed to cater to a wavelength of 980.0 nm. It incorporates a sophisticated three-layer PM fiber structure that enhances performance and stability across various applications. Its design facilitates seamless integration into optical systems, ensuring high efficiency and minimal signal loss.Belonging to the esteemed PZ2 family, this model stands out due to its unparalleled stretching capability among the Optiphase range. The PZ2 series offers a comprehensive solution for optical measurement needs, leveraging a unique piezoelectric element with a multi-layer winding approach. This innovation ensures optimal modulation performance while maintaining high operational frequencies, making it suitable for applications such as OCT and OCDR where precision and boundary definition are paramount. The enclosed design simplifies installation and use, negating the need for proprietary drivers.Key FeaturesThe PZ2-PM3-APC-E-980P boasts a robust three-layer PM fiber configuration, which ensures superior performance in demanding optical environments.Engineered for a wavelength of 980.0 nm, this fiber stretcher delivers precise and reliable results in specialized optical applications.Its FC/APC connectors facilitate secure and efficient connectivity, reducing the potential for signal degradation.The enclosure design provides protection and durability, enhancing the longevity and reliability of the device.Optiphase's proprietary multi-layer winding technique ensures enhanced modulation functions without compromising frequency response.Capable of operating with standard laboratory equipment, it offers flexibility and convenience in diverse settings.With a high operational frequency and extensive stretch range, the PZ2-PM3-APC-E-980P is ideal for large-angle modulation tasks.ApplicationsPerfect for Optical Coherence Tomography (OCT) applications, where accurate scattering measurements are critical.Utilized in Optical Coherence Domain Reflectometry (OCDR) for precise boundary definition in complex optical systems.Suited for open loop demodulation processes, enabling accurate phase measurements in interferometric setups.Ideal for sensor simulation tasks, providing reliable data for development and testing phases.Supports white-light scanning interferometry, enhancing the accuracy of optical path length measurements.Applicable in large angle modulation scenarios, where extensive fiber stretch is required for phase adjustments.Versatile enough to be used in custom optical measurement systems requiring precise modulation capabilities.What's Next?For researchers and industrial users seeking cutting-edge solutions in optical measurement, the PZ2-PM3-APC-E-980P represents a pinnacle of technological advancement. Its integration into your systems promises enhanced accuracy and efficiency, tailored to meet the exacting demands of modern optical applications. As part of Optiphase's commitment to innovation, the PZ2 series continues to push the boundaries of what's possible in fiber stretching technology.AMS Technologies stands as a leading provider of state-of-the-art measurement solutions, offering unparalleled expertise and support in deploying the PZ2 series. Whether your needs lie in research or industrial applications, AMS Technologies provides the tools and knowledge to ensure successful implementation and operation of your optical systems. Embrace the future of optical measurement with the PZ2-PM3-APC-E-980P and experience the difference in precision and reliability.

The PZ2-PM3-O-155P is a state-of-the-art high-efficiency fiber stretcher designed to meet the demanding needs of researchers and industrial users in optical interferometric measurement and sensing systems. This cutting-edge device features an open connector and is accompanied by a comprehensive mounting kit, enabling seamless integration into various setups. Operating at a wavelength of 1550.0 nm, it utilizes a Panda PM fiber structure to deliver superior performance. The PZ2-PM3-O-155P is engineered for applications requiring precise phase modulation, such as Optical Coherence Tomography (OCT) and Optical Coherence Domain Reflectometry (OCDR), where scattering or boundary definition measurements are critical. The PZ2 series represents a pinnacle of innovation in the field of fiber stretchers. Renowned for its extensive range of stretch capabilities, the series employs a unique multi-layer winding approach that enhances modulation functions while maintaining high operational frequencies. Available in SM, PM, and RC fiber types, the PZ2 series offers unparalleled flexibility. These fiber stretchers do not require proprietary drivers, allowing them to be driven by standard laboratory equipment, making them extremely user-friendly and adaptable to a wide range of optical systems. Key Features The PZ2-PM3-O-155P boasts a high modulation constant, providing precise phase adjustments that are crucial for advanced optical applications. Its Panda PM fiber structure ensures optimal polarization maintenance, which is essential for high-fidelity measurements. The product includes a convenient mounting kit, facilitating quick and easy setup without the need for additional tools. Designed for bipolar voltage drive, it offers greater convenience compared to other unipolar-only systems, enhancing operational flexibility. With an operational temperature range of 0° to 70°C, the PZ2-PM3-O-155P is suitable for a variety of environmental conditions. The open connector design allows for straightforward integration with existing systems, minimizing installation time. Engineered for use with standard electronics like signal generators and op-amps, it eliminates the need for specialized equipment, reducing overall system costs. Applications Optical Coherence Tomography (OCT) systems benefit from its precise modulation capabilities, essential for accurate imaging. In Optical Coherence Domain Reflectometry (OCDR), it provides reliable boundary definition measurements, crucial for material analysis. The PZ2-PM3-O-155P is ideal for sensor simulation tasks, offering consistent performance across varying conditions. It supports white-light scanning interferometry, enabling detailed surface characterization. Used in large-angle modulation of interferometric phases, it is indispensable for advanced optical research. Its flexibility makes it suitable for open loop demodulation, improving the accuracy of signal processing. The device's robust design ensures long-term reliability in industrial applications, minimizing downtime. What's Next? As a premier choice for professionals in the optical measurement field, the PZ2-PM3-O-155P stands out with its advanced features and adaptability. Whether you're engaged in cutting-edge research or industrial development, this fiber stretcher will enhance your capabilities, providing the precision and reliability required for success. Explore the full potential of your optical systems with the PZ2-PM3-O-155P and experience the future of fiber stretching technology. AMS Technologies is your trusted partner for innovative solutions in optical and photonic technologies. With a deep understanding of the industry and a commitment to customer satisfaction, we provide comprehensive support and guidance to ensure you select the right products for your needs. Contact us today to learn more about how we can assist you in achieving your goals.

The PZ2-SM3-APC-E-155 fiber stretcher by Optiphase is a pinnacle of precision and innovation, designed for those seeking exceptional performance in optical interferometric measurement and sensing systems. This high-efficiency stretcher is embedded with advanced technology to ensure seamless integration into your research or industrial applications. Featuring FC/APC connectors, it operates at a wavelength of 1550.0 nm, offering unparalleled accuracy and reliability. The enclosed design of the stretcher not only ensures protection against environmental factors but also provides ease of use, making it an ideal choice for both seasoned professionals and newcomers to the field.The PZ2 series is renowned for its versatility and capability to stretch single-mode (SM) fibers, boasting a unique piezoelectric element that allows for extensive stretching without compromising on efficiency. This family of products encompasses various models tailored for specific needs, from open-loop demodulation to sensor simulation, and excels in applications such as Optical Coherence Tomography (OCT) and Optical Coherence Domain Reflectometry (OCDR). Optiphase's dedication to innovation is evident in their multi-layer winding approach, which enhances modulation while maintaining high operational frequency, a testament to their expertise in the realm of fiber optics.Key FeaturesThe PZ2-SM3-APC-E-155 offers high-precision stretching capabilities, ensuring accurate results in demanding optical applications.Equipped with FC/APC connectors, this model guarantees low insertion loss and high return loss, critical for maintaining signal integrity.The enclosed design of the fiber stretcher provides protection and ease of use, facilitating quick and efficient setup in any environment.Operating at a wavelength of 1550.0 nm, it is optimized for a wide range of optical frequencies, enhancing compatibility with various systems.Its ability to function without proprietary drivers allows for flexible integration with standard laboratory equipment.Optiphase's advanced multi-layer winding technique enhances modulation capabilities, offering superior performance over standard stretchers.The model is compatible with SM fibers, ensuring broad applicability across different optical technologies.ApplicationsIdeal for Optical Coherence Tomography (OCT), the PZ2-SM3-APC-E-155 provides high-resolution cross-sectional imaging necessary for medical diagnostics.In Optical Coherence Domain Reflectometry (OCDR), it aids in precise boundary definition measurements, crucial for material characterization.Its high-frequency operation makes it suitable for open-loop demodulation, enhancing the accuracy of signal processing tasks.The model supports white-light scanning interferometry, offering detailed surface profiling for industrial quality control.Large angle modulation of interferometric phase is possible, facilitating advanced research in optical physics.It is used in sensor simulation applications, contributing to the development of new sensing technologies.The flexibility of integration with existing laboratory setups makes it a preferred choice for academic and commercial research facilities.What's Next?As you explore the potential of the PZ2-SM3-APC-E-155 fiber stretcher, consider how its unique features can enhance your current setup and future projects. The combination of Optiphase's cutting-edge technology and unmatched precision makes this product a valuable asset in any optical research or industrial application. With its robust design and reliable performance, the PZ2-SM3-APC-E-155 stands out as a leader in fiber stretching solutions.For those looking to integrate this innovative technology seamlessly into their operations, AMS Technologies provides comprehensive solutions and support. As a trusted provider, AMS Technologies offers guidance and expertise to help you maximize the benefits of Optiphase's PZ2 series, ensuring you stay at the forefront of optical advancements. Discover how AMS Technologies can assist you in achieving your goals with the PZ2-SM3-APC-E-155 and beyond.

The PZ2-SMF2-APC-E by Optiphase is a high-efficiency fiber stretcher, uniquely designed to cater to the needs of advanced optical interferometric measurement and sensing systems. This state-of-the-art product utilizes a 2-layer SMF28 single-mode fiber encapsulated within an enclosed design, ensuring maximum protection and durability. Equipped with FC/APC connectors, this fiber stretcher is engineered to deliver precise modulation over a wide range of wavelengths from 780 nm to 1625 nm, making it ideal for applications requiring stringent accuracy and reliability. The PZ2-SMF2-APC-E operates seamlessly in OCT (Optical Coherence Tomography) and OCDR (Optical Coherence Domain Reflectometry) applications, providing exceptional performance in scattering or boundary definition measurements. Part of the renowned PZ2 family of fiber stretchers, this model exemplifies Optiphase's commitment to innovation and excellence. The PZ2 series offers the most extensive stretch capabilities among its counterparts, featuring a unique multi-layer winding approach that enhances modulation functionality while sustaining high operational frequency. Available in various configurations, including SM, PM, or RC fiber types, the PZ2 models are designed to be driven by standard laboratory electronics, eliminating the need for proprietary drivers. The versatility and precision of the PZ2 family make it an indispensable tool for researchers and industrial users seeking reliable solutions for optical measurement challenges. Key Features High-efficiency fiber stretching with a 2-layer SMF28 fiber encased in a robust enclosure, offering enhanced protection and performance. Compatible with FC/APC connectors, ensuring low optical loss and high repeatability for precision applications. Operational across a broad wavelength range from 780 nm to 1625 nm, suitable for diverse optical sensing and measurement needs. Capable of open-loop demodulation, sensor simulation, and large angle modulation of interferometric phase, enhancing system capabilities. Eliminates the requirement for proprietary drivers, allowing compatibility with standard electronics like signal generators and op-amps. Delivers a modulation constant of 35.4/λ radians/V, providing accurate and reliable performance across specified wavelengths. Engineered to maintain high operational frequency with minimal linearity error, supporting precise and consistent results. Applications Ideal for Optical Coherence Tomography (OCT) applications, offering high-resolution imaging and precise boundary definition. Suitable for Optical Coherence Domain Reflectometry (OCDR), enabling detailed analysis of optical paths and interfaces. Used in white-light scanning interferometry, providing exceptional accuracy in surface and thickness measurements. Essential for large angle modulation in interferometric phase, enhancing the versatility of measurement systems. Applicable in sensor simulation, aiding in the development and testing of advanced optical sensors. Supports open loop demodulation, facilitating efficient signal processing in optical measurement systems. Versatile enough for use in academic research, industrial testing, and development environments. What's Next? As the demand for precise optical measurement solutions continues to grow, the PZ2-SMF2-APC-E stands out as a leading choice for researchers and industry professionals alike. Its innovative design, coupled with Optiphase’s expertise in fiber interferometry, ensures that users receive unparalleled performance and reliability. Whether you are advancing research in optical coherence or developing new applications in interferometric sensing, the PZ2-SMF2-APC-E provides the tools necessary for success. For those seeking a comprehensive solution provider, AMS Technologies offers an extensive range of products and services to support optical measurement and sensing needs. With a commitment to quality and customer satisfaction, AMS Technologies is your partner in achieving precision and excellence in optical applications. Contact us today to learn more about how our solutions can elevate your projects to new heights.

The PZ2-SMF2-O by Optiphase is a high-efficiency fiber stretcher designed to meet the needs of advanced optical interferometric measurement and sensing systems. It employs a unique multi-layer winding approach that enhances modulation capabilities while maintaining a high operational frequency. This model features a 2-layer SMF28 fiber configuration, offering an exceptional balance between performance and versatility. With its open connector design, it allows for seamless integration into various setups, providing a wide operational wavelength range from 780 to 1625 nm.The PZ2 family of fiber stretchers represents the pinnacle of Optiphase's engineering prowess in all-fiber interferometric solutions. Known for their extensive stretch capability, these stretchers are crucial in applications such as open loop demodulation, sensor simulation, and white-light scanning interferometry. They are indispensable in Optical Coherence Tomography (OCT) and Optical Coherence Domain Reflectometry (OCDR), especially in scenarios requiring scattering or boundary definition measurements. The PZ2 series is compatible with standard electronics for low voltage applications, eliminating the need for proprietary drivers.Key FeaturesHigh-efficiency fiber stretching with a 2-layer SMF28 configuration, ensuring optimal performance for sophisticated measurement systems.Open connector design facilitates easy integration and setup in various optical configurations, enhancing user convenience and flexibility.Wide operational wavelength range from 780 to 1625 nm, catering to diverse application needs across multiple industries.Unique multi-layer winding technique provides enhanced modulation capabilities without compromising on frequency responsiveness.Operates effectively with standard laboratory equipment, reducing the need for specialized drivers and thus lowering overall system costs.Robust design with a mounting kit included, ensuring stable installation and consistent performance in demanding environments.Manufactured in the USA, ensuring high-quality standards and reliability for industrial and research applications.ApplicationsOptical interferometric measurement systems benefit from the PZ2's superior stretch capabilities, providing precise phase modulation for accurate results.In sensor simulation, the fiber stretcher aids in replicating real-world conditions, enhancing the robustness and accuracy of sensor testing.White-light scanning interferometry applications utilize the PZ2 for its ability to handle large angle modulation effectively.Ideal for Optical Coherence Tomography (OCT) in medical imaging, where detailed boundary definition is critical for diagnostics.Optical Coherence Domain Reflectometry (OCDR) applications leverage the PZ2’s high stretch capability for improved scattering measurements.Research settings benefit from the PZ2’s versatility, allowing for experimentation across a broad range of optical wavelengths and setups.Industrial sensing systems employ the PZ2 for its durability and precision, crucial for monitoring and control applications.What's Next?The PZ2-SMF2-O fiber stretcher offers unparalleled precision and adaptability in optical measurement systems, making it an invaluable component for researchers and industrial users aiming to enhance their optical setups. As technology continues to evolve, so too does the demand for precision and reliability in fiber optic components. The PZ2 series stands at the forefront of this evolution, providing cutting-edge solutions for a variety of complex applications.AMS Technologies, a leading provider of advanced technological solutions, proudly offers the PZ2 family of products. With a commitment to innovation and quality, AMS Technologies ensures that you receive not only top-tier products but also expert support and guidance tailored to your specific needs. Explore the possibilities with Optiphase’s PZ2 series and elevate your optical systems to new heights of performance and efficiency.

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.

Wavelength: -Fiber Type: SMStretcher Type: PZ2Enclosure: mounting kitConnector: OpenFiber Type: -

The PZ3-PM2-APC-E-850P is an advanced fiber stretcher meticulously engineered for cutting-edge optical interferometric measurement and sensing system applications. Designed with precision, this model features FC/APC connectors and is enclosed for optimal protection and ease of use. Operating at a wavelength of 850.0 nm, the PZ3-PM2-APC-E-850P utilizes Panda polarization-maintaining (PM) fiber, ensuring superior performance in demanding environments.Belonging to the acclaimed PZ3 series of mid-range fiber stretchers from Optiphase, a Halliburton Service, this device inherits a legacy of innovation and reliability. The PZ3 family, recognized for its unique multi-layer winding approach, enhances modulation functions while maintaining a high operational frequency. These stretchers cater to a variety of fiber types, including SM, PM, and RC fibers, each tailored for specific operational needs. Their ability to operate without proprietary drivers, utilizing standard laboratory electronics, sets them apart as versatile tools in optical systems.Key FeaturesThe PZ3-PM2-APC-E-850P operates seamlessly at a wavelength of 850.0 nm, offering exceptional accuracy in phase modulation for precise optical experiments.Equipped with FC/APC connectors, this model ensures secure fiber connections and minimal signal loss, critical for maintaining data integrity in sensitive applications.The enclosed design provides robust protection against environmental factors, prolonging the life and reliability of the fiber stretcher in industrial settings.Utilizing Panda PM fiber, the stretcher delivers excellent polarization maintenance, which is crucial for coherent optical systems requiring precise polarization control.The PZ3 series is renowned for its high-frequency operation, allowing researchers to perform complex modulation tasks with enhanced efficiency.With a broad operational temperature range from 0° to 70°C, the PZ3-PM2-APC-E-850P can be deployed in various challenging conditions without compromising performance.The stretcher's compatibility with standard electronics, such as op-amps and signal generators, simplifies integration into existing laboratory setups, offering flexibility and cost-effectiveness.ApplicationsThe PZ3-PM2-APC-E-850P is ideal for open-loop demodulation processes, providing reliable phase modulation critical for accurate optical data analysis.This fiber stretcher is extensively used in sensor simulation, enabling the development and testing of new optical sensing technologies with high precision.Its capability for variable optical delay makes it a valuable tool for timing adjustments in complex optical networks, optimizing data transmission efficiency.General-purpose fiber interferometry benefits significantly from the PZ3's modulation capabilities, enhancing the resolution and accuracy of interferometric measurements.The PZ3-PM2-APC-E-850P supports large-angle modulation of interferometric phase, essential for dynamic optical experiments and research studies.Researchers involved in coherent optical communication systems leverage the PZ3's precise polarization maintenance for improved signal clarity and reduced error rates.The device finds application in advanced optical testing environments, where its robust design and high-frequency response are indispensable.What's Next?As optical technologies continue to evolve, the PZ3-PM2-APC-E-850P remains at the forefront of innovation, offering unmatched precision and reliability for researchers and industrial users. Optiphase, a key player in fiber optic solutions, continues to drive advancements in fiber stretcher technology, ensuring that their products meet the ever-growing demands of modern optical systems. Whether you're involved in research or industrial applications, the PZ3 series provides a comprehensive solution tailored to your needs.To explore further possibilities and integrate the PZ3-PM2-APC-E-850P into your projects, AMS Technologies stands as a trusted solution provider. With expertise in photonics and optics, AMS Technologies offers personalized support and guidance, ensuring that you achieve the highest level of performance and innovation in your applications.

The PZ3-PM3-APC-E-850B by Optiphase represents a sophisticated piece of photonics technology, designed specifically for high-precision applications requiring phase modulation and optical delay adjustments. This mid-range fiber stretcher features 3-layer polarization-maintaining (PM) Bowtie fiber, an enclosed structure, and is equipped with FC/APC connectors, all optimized for an 850 nm operational wavelength. Built to cater to the needs of researchers and industrial professionals, it offers the perfect combination of efficiency, reliability, and ease of use. Key features Enclosed Design: The fully enclosed module protects the fiber stretcher, ensuring reliable operation in varied environments while also facilitating simplified installation and integration. Precision Modulation: Utilizes a multi-layer winding method enhancing modulation function, ideal for applications needing accurate phase control and large angle modulation. Versatile Connectivity: Equipped with industry-standard FC/APC connectors, making it compatible with a range of standard laboratory equipment without requiring proprietary drivers. Broad Compatibility: Suited for various optical systems at an 850 nm wavelength, providing flexibility across different applications and setups. High Performance: Maintains high operational frequency and efficient modulation, crucial for systems focusing on fiber interferometry and sensor simulation. User-Friendly: Designed for ease of use with any laboratory electrical equipment such as standard signal generators or op-amps, offering great versatility with bipolar drive capability. Applications Optical Interferometric Measurements: Adapts efficiently to precision tasks demanding controlled optical delay and phase modulation. Sensor Simulation: Offers an ideal platform for simulating various sensor signals in a controlled optical environment. Open Loop Demodulation: Perfect for systems that require demodulation of optical signals with minimal error. Fiber Optics Communication Tests: Supports sophisticated testing scenarios in fiber optic communication systems, ensuring reliable data transmission and integrity. What's next? Discover how the PZ3-PM3-APC-E-850B can elevate your optical systems with its unparalleled precision and reliability. Contact our team today to learn more about integrating this powerful fiber stretcher into your setup, ensuring optimal performance and efficiency in your projects.

The PZ3-PM3-APC-E-850P is a sophisticated fiber stretcher designed for precise optical interferometric measurements and sensing applications. Manufactured by Optiphase, this mid-range model integrates advanced features to facilitate highly accurate open-loop demodulation, sensor simulation, and variable optical delay. Featuring FC/APC connectors, the PZ3-PM3-APC-E-850P ensures reliable and stable connections, minimizing signal loss and maximizing performance. Operating at a wavelength of 850.0 nm, this device is enclosed for enhanced protection and ease of use, making it ideal for both laboratory and industrial settings. As a member of the PZ3 series, the PZ3-PM3-APC-E-850P benefits from Optiphase's expertise in all-fiber interferometer design and manufacture. The PZ3 family represents a breakthrough in fiber stretching technology, utilizing a unique multi-layer winding approach that enhances modulation capabilities while maintaining high operational frequencies. The PZ3 series offers versatility with options for SM, PM (Panda or Bowtie), and RC fiber types, catering to a wide range of optical applications. Enclosed models like the PZ3-PM3-APC-E-850P feature an isolated BNC electrical interface and are ready to integrate with standard laboratory equipment, eliminating the need for proprietary drivers. Key Features Equipped with FC/APC connectors, the PZ3-PM3-APC-E-850P provides secure, low-loss connections for enhanced signal integrity. Designed for operation at a specific wavelength of 850.0 nm, ensuring compatibility with a wide range of optical systems and applications. The enclosed design protects the internal components from environmental factors, extending the device's operational lifespan and reliability. Utilizes Panda PM fiber structure, offering superior polarization maintenance for applications requiring high precision and accuracy. Operates with a bipolar voltage drive, providing flexibility and convenience during setup and calibration processes. Compatible with standard laboratory equipment, allowing seamless integration without the need for additional modifications or proprietary drivers. Manufactured by Optiphase, a leader in fiber optic technology, ensuring high-quality construction and performance consistency across the product line. Applications Ideal for optical interferometric measurement systems, offering precise phase modulation capabilities for enhanced performance. Suited for sensor simulation tasks, enabling researchers to test and validate sensor designs under controlled conditions. Used in variable optical delay lines, providing adjustable timing and synchronization for complex optical networks. Supports general-purpose fiber interferometry, expanding the range of experimental setups and research opportunities. Enables large-angle modulation of interferometric phase, improving measurement accuracy in dynamic testing environments. Compatible with open-loop demodulation processes, facilitating real-time signal processing and analysis. Applicable in industrial and academic research settings, supporting advanced optical experiments and innovations. What's next? The PZ3-PM3-APC-E-850P stands as a testament to Optiphase's commitment to innovation and excellence in fiber optic technology. As industries continue to evolve and demand higher precision in optical measurements, the PZ3 series offers the necessary tools to meet these challenges head-on. Whether you are conducting research or implementing complex industrial systems, the PZ3-PM3-APC-E-850P provides the reliability and performance you need to achieve your objectives. For more information on integrating this fiber stretcher into your setup, and to explore the full range of Optiphase solutions, contact AMS Technologies. As a leading solution provider, AMS Technologies offers unparalleled support and expertise in optical and photonic technologies, ensuring you have the resources needed to succeed in your endeavors. Ready to enhance your optical system? Contact us today to learn more about the PZ3-PM3-APC-E-850P and how it can benefit your applications.