The PZ1-PM1-APC-E-131B by the manufacturer is an innovative high-speed fiber stretcher designed for advanced optical interferometric applications. This exceptional product features FC/APC connectors and operates at a wavelength of 1310.0 nm, providing unparalleled precision and reliability. The enclosed design ensures the protection of internal components, allowing for seamless integration into various systems. Utilizing a PZ1 stretcher type and PM fiber with a Bowtie structure, this model delivers superior performance in terms of modulation and sensitivity. The PZ1 series of fiber stretchers, renowned for their high-speed capabilities, includes models with different fiber types such as SM, PM, and RC. These devices are essential for optical interferometric measurement and sensing systems, enabling functionalities like open-loop demodulation, sensor simulation, and variable optical delay. The unique multi-layer winding technique enhances modulation functions while maintaining a high operational frequency. Available with multiple termination options, these stretchers offer flexibility and ease of use without requiring proprietary drivers. Key Features The PZ1-PM1-APC-E-131B features FC/APC connectors, ensuring optimal signal integrity and minimal insertion loss, which is crucial for high-precision applications. Operating at a wavelength of 1310.0 nm, this fiber stretcher is suitable for a wide range of optical applications, providing versatility and adaptability. The enclosed design protects the sensitive components from environmental factors, enhancing the longevity and reliability of the device. Utilizing the Bowtie structure in PM fibers, the device minimizes polarization mode dispersion, resulting in clearer signal transmission. The PZ1 series’ ability to operate with general-purpose electronics reduces setup costs and simplifies integration into existing systems. High-speed operation paired with a compact form factor allows for easy installation even in limited space environments. The unique multi-layer winding approach enhances modulation capabilities, delivering unmatched performance in its class. Applications Ideal for optical interferometric measurement systems, providing precise control over interference patterns for accurate data acquisition. Used in sensor simulation, it facilitates the testing and calibration of optical sensors in various industrial applications. The variable optical delay function is critical in telecommunications, allowing for precise timing adjustments in signal processing. Suitable for general-purpose fiber interferometry, supporting a range of experimental setups in research laboratories. Employed in large angle modulation of interferometric phase, crucial for advanced photonics research and development. Provides open-loop demodulation capabilities, enhancing the performance of optical systems in dynamic environments. Perfect for educational settings, offering a practical tool for teaching and demonstrating optical principles and technologies. What’s Next? The PZ1-PM1-APC-E-131B sets a new standard in high-speed fiber stretching technology, making it an indispensable tool for researchers and industrial users seeking precision and reliability. Its advanced features and robust construction ensure that it meets the demands of modern optical applications. With a focus on quality and performance, this model promises to enhance your optical systems significantly. AMS Technologies, a trusted solution provider, offers comprehensive support and guidance for integrating the PZ1 series into your projects. Their expertise in optics and photonics ensures that you receive the best advice and service, helping you optimize the performance of your optical systems with the latest advancements in fiber stretching technology.

Introducing the PZ1-PM1-APC-E-131P by Optiphase, a high-speed fiber stretcher designed to meet the demanding needs of optical interferometric measurement and sensing systems. This product is crafted with precision, integrating a 1-layer PM Panda fiber structure that ensures optimal performance in various applications. With FC/APC connectors, it offers superior alignment precision, reducing back reflection and ensuring consistent signal integrity. The PZ1's enclosed design protects the internal components, enhancing durability and reliability in challenging environments. Operating at a wavelength of 1310.0 nm, this stretcher is tailored for applications requiring exacting standards in modulation and phase control.The PZ1 series represents Optiphase's dedication to innovation in fiber technology. As the high-speed member of our fiber stretcher family, the PZ1 employs a unique multi-layer winding approach that enhances modulation functions while maintaining high operational frequencies. Available in SM, PM, or RC fiber types, the PZ1 is versatile, offering multiple termination choices to suit specific user requirements. Its compact form factor and ability to be driven with general-purpose electronics make it a cost-effective solution for a wide range of optical applications.Key FeaturesThe PZ1-PM1-APC-E-131P features FC/APC connectors which provide excellent alignment and minimize signal loss, ensuring high-quality connections in optical systems.Designed for high-speed operations, the PZ1 offers a low profile and small footprint, making it ideal for integration into compact and space-constrained environments.Its enclosed design provides robust protection against environmental variables, thereby extending the lifespan of the device and maintaining consistent performance.The use of Panda PM fiber ensures a high polarization extinction ratio, critical for applications demanding precise polarization control.With a wavelength operation centered at 1310.0 nm, this fiber stretcher is optimized for applications requiring narrowband operation and high sensitivity.The PZ1 is capable of being driven by standard laboratory electronics, eliminating the need for specialized drivers and simplifying operational setup.Optiphase's expertise in fiber optics guarantees a high performance-to-cost ratio, making the PZ1 a competitive choice in the market.ApplicationsIdeal for open loop demodulation, the PZ1-PM1-APC-E-131P can be employed in systems where phase stability and accuracy are paramount.Its high-speed capabilities make it suitable for sensor simulation, providing realistic testing environments for various sensor technologies.The stretcher serves as a reliable component in variable optical delay lines, crucial for synchronizing signals in complex optical networks.General-purpose fiber interferometry applications benefit from the PZ1’s precise modulation characteristics and robust design.Large angle modulation of interferometric phase is achievable with the PZ1, expanding its utility in advanced optical research and development.Compatible with a wide range of optical measurement systems, the PZ1 enhances the fidelity of data acquisition through its precise modulation control.The PZ1’s design supports integration into educational and research laboratories, facilitating innovative experiments in photonics and fiber optics.What's Next?The PZ1-PM1-APC-E-131P is not just a product; it is part of a broader commitment to providing cutting-edge solutions in the field of fiber optics. As researchers and industrial users continue to push the boundaries of optical technology, Optiphase remains at the forefront, offering products that empower innovation and discovery. Explore the possibilities with the PZ1 series and elevate your optical systems to new heights.For comprehensive support and customized solutions, AMS Technologies stands as a trusted partner. With expertise in photonics and beyond, AMS Technologies provides the necessary tools and guidance to integrate the PZ1 into your systems effectively. Reach out today to discover how we can assist in optimizing your optical applications.

The PZ1-PM1-APC-E-1550B by Optiphase is a high-speed fiber stretcher specifically designed to meet the demanding requirements of advanced optical interferometric measurement and sensing systems. Utilizing piezoelectric technology, this product features FC/APC connectors, ensuring optimal performance in applications requiring precise alignment and minimal back reflection. Operating at a wavelength of 1550.0 nm, the fiber stretcher employs a sophisticated 'Bowtie' polarization-maintaining (PM) fiber structure, which ensures exceptional stability and precision during modulation processes. As part of the renowned PZ1 series, the PZ1-PM1-APC-E-1550B stands out with its enclosed design, offering robust protection against environmental factors that may affect performance. The PZ1 family of fiber stretchers is acclaimed for its versatile application range, from open-loop demodulation and sensor simulation to variable optical delay and general-purpose fiber interferometry. With a compact form factor and high speed, the PZ1 series embodies innovation with its unique multi-layer winding design, enhancing modulation function while maintaining high operational frequency. Key Features The PZ1-PM1-APC-E-1550B features a high-speed operation capability, making it ideal for dynamic applications where rapid response is critical. It offers a cost-effective solution without compromising on quality or performance, providing excellent value for budget-conscious projects. The compact and low-profile design allows for easy integration into existing systems, reducing the need for additional space or complex modifications. With its Bowtie PM fiber, the device ensures a high polarization extinction ratio, crucial for maintaining signal integrity in demanding environments. The enclosed construction protects the internal components, enhancing durability and extending the product's lifespan even in harsh settings. Multiple termination options, including FC/APC connectors, allow for flexible configurations tailored to specific application needs. Compatible with standard laboratory equipment, the PZ1 can be driven by common signal generators and op-amps, eliminating the need for proprietary drivers. Applications Open-loop demodulation: Ideal for applications requiring precise phase control and stabilization in optical systems. Sensor simulation: Provides an accurate representation of sensor behavior under various conditions, facilitating testing and development. Variable optical delay: Enables precise timing adjustments in optical networks, essential for synchronization and data processing. General-purpose fiber interferometry: Supports a wide range of interferometric techniques, enhancing measurement accuracy and reliability. Large angle modulation: Suitable for applications demanding significant phase shifts without sacrificing signal fidelity. Interferometric phase modulation: Offers fine control over phase variations, crucial for advanced optical research and development. Optical path displacement: Ensures accurate path length adjustments, vital for maintaining coherence in complex optical setups. What's Next? The PZ1-PM1-APC-E-1550B represents the pinnacle of Optiphase's dedication to advancing fiber optic technology. As industries continue to push the boundaries of optical measurement and sensing, this fiber stretcher is uniquely positioned to meet the evolving demands of researchers and industrial users alike. Its high-speed performance, combined with a robust design and flexible integration options, makes it an ideal choice for cutting-edge projects across various sectors. AMS Technologies stands as a leading solution provider in the realm of advanced optical systems. By partnering with Optiphase, AMS Technologies ensures that customers receive not only top-tier products like the PZ1-PM1-APC-E-1550B but also unparalleled support and expertise in deploying these solutions effectively. Take the next step in optimizing your optical system by exploring the capabilities of the PZ1 series today.

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-850B, crafted by Optiphase, stands out as a high-performance fiber stretcher designed for precision in optical interferometric applications. Encapsulated in a robust enclosure, this model is equipped with FC/APC connectors and operates at a wavelength of 850.0 nm. It employs the sophisticated Bowtie polarization-maintaining (PM) fiber structure, ensuring exceptional phase modulation capabilities. This unit is part of the PZ1 series, renowned for its high-speed operation and adaptability in demanding environments. The PZ1 stretchers are engineered to provide a high performance-to-cost ratio, making them a preferred choice among industrial and research users who require reliable and efficient fiber stretching solutions. The PZ1 family of fiber stretchers, including the PZ1-PM1-APC-E-850B, is distinguished by its high-speed operation and compact form factor. These stretchers incorporate a unique multi-layer winding technique, enhancing modulation efficiency while maintaining high operational frequency. Designed to be driven by general-purpose electronics, they eliminate the need for proprietary drivers, thus offering significant convenience and flexibility. Optiphase's expertise in all-fiber interferometers has culminated in this series, which covers a wide range of applications from open loop demodulation and sensor simulation to variable optical delay and large-angle modulation of interferometric phase. The PZ1 series is versatile, offering models with various fiber types including SM, PM, and RC, each tailored for specific applications and requirements. Key Features The PZ1-PM1-APC-E-850B features a Bowtie PM fiber structure that provides superior polarization control, crucial for maintaining signal integrity in complex applications. With FC/APC connectors and an enclosed design, this model is engineered for high reliability and ease of integration into existing systems. Operating at an optimal wavelength of 850.0 nm, it ensures compatibility with a wide range of optical systems and applications. The stretcher's high-speed operation is facilitated by a sophisticated piezoelectric element, delivering precise fiber stretching capabilities. Designed for use with general-purpose electronics, it requires no proprietary drivers, significantly reducing setup complexity and cost. The compact and low-profile form factor allows for easy installation in constrained spaces, making it ideal for both laboratory and field applications. Optiphase's advanced multi-layer winding approach enhances modulation efficiency, ensuring robust performance across various operational scenarios. Applications Ideal for open loop demodulation, offering precise phase shift control essential for accurate signal processing in optical systems. Used in sensor simulation, providing reliable and repeatable fiber stretching for testing and development of optical sensors. Facilitates variable optical delay, critical for timing adjustments and synchronization in complex optical networks. Enables large-angle modulation of interferometric phase, enhancing the capability of interferometry-based measurement systems. Suitable for general-purpose fiber interferometry, delivering high precision and stability required in experimental setups. Supports a range of optical sensing applications, benefiting from its high-speed and low-cost operation. Widely used in research environments where precision and reliability in fiber modulation are paramount. What's Next? As optical technologies continue to evolve, the demand for high-performance fiber stretchers like the PZ1-PM1-APC-E-850B is set to grow. Researchers and industry professionals seeking advanced interferometric solutions will find this product line indispensable for their projects. With Optiphase's commitment to innovation and quality, the PZ1 series remains at the forefront of fiber stretching technology, offering unparalleled performance and adaptability. AMS Technologies is your trusted partner in delivering cutting-edge optical solutions. With a comprehensive portfolio of products and expert support services, AMS Technologies ensures you have the right tools and guidance to meet your optical technology needs. Explore our range of solutions today and discover how we can empower your research and development endeavors.

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-APC-E-980B is a sophisticated high-speed fiber stretcher designed by Optiphase, a division of Halliburton specializing in optical interferometric systems. This product features an advanced piezoelectric element enclosed within a compact package, designed to operate efficiently at the specified wavelength of 980.0 nm. Users will appreciate the incorporation of FC/APC connectors, which ensure superior signal fidelity and minimal optical loss. The device employs a Bowtie structured polarization-maintaining (PM) fiber, which is integral to maintaining high polarization extinction ratios, crucial for demanding applications in precision optics.The PZ1 series represents a pinnacle in fiber stretching technology, offering a unique multi-layer winding approach that enhances modulation functions while maintaining excellent operational frequencies. This family of products includes models equipped with Single Mode (SM), PM, and Reduced Cladding (RC) fiber types, catering to a broad spectrum of optical measurement and sensing applications. Notably, PZ1 fiber stretchers offer a high performance-to-cost ratio, unrivaled by competitors, and their compact form factor allows integration into confined spaces with ease.Key FeaturesThe PZ1-PM1-APC-E-980B utilizes a Bowtie PM fiber structure, ensuring remarkable stability and performance in polarization-sensitive applications.With its FC/APC connectors, users experience reduced insertion loss and back reflections, crucial for maintaining high-quality signal transmission.The enclosed design of the stretcher protects the internal components, enhancing durability and reliability over prolonged use.Capable of being driven by standard laboratory electronics, this device reduces the need for proprietary equipment, thereby cutting down on additional expenses.The stretcher operates efficiently across a wide range of voltages with minimal linearity error, ensuring precise control over modulation characteristics.Its compact dimensions allow for seamless integration into existing systems without requiring significant modifications or additional space.Manufactured within the United States, this product guarantees high standards of quality and compliance with rigorous industry benchmarks.ApplicationsIdeal for optical interferometry, the PZ1-PM1-APC-E-980B provides precise modulation for enhanced measurement accuracy.It is extensively used in sensor simulation, delivering reliable performance for testing and calibration purposes.Suitable for optical delay lines, this fiber stretcher offers adjustable time delay settings critical for synchronization tasks.The unit supports large angle modulation of interferometric phase, essential for advanced research experiments.Open loop demodulation processes benefit from the high-speed capabilities of the PZ1, ensuring rapid response times.In general-purpose interferometry, the device’s robust design and operational flexibility make it an invaluable component.Its use in various industrial applications highlights its adaptability and effectiveness in challenging operational environments.What's Next?The PZ1-PM1-APC-E-980B stands as a testament to Optiphase's commitment to innovation and excellence in optical technology. As industries continue to evolve, the demand for high-precision, adaptable, and cost-effective solutions remains paramount. This fiber stretcher not only meets these demands but surpasses them, setting new standards in performance and reliability.AMS Technologies, as a leading solution provider, offers comprehensive support and expertise to help integrate the PZ1 series into your operations seamlessly. By choosing AMS Technologies, you gain access to a wealth of knowledge, ensuring that your investment in cutting-edge optical technology reaps maximum returns. Partner with AMS Technologies to explore the full potential of the PZ1-PM1-APC-E-980B and elevate your research and industrial applications to new heights.For further information or to make a purchase, contact our team today and take the first step towards enhancing your optical systems with the PZ1 series.

The PZ1-PM1-APC-E-980P is a high-speed fiber stretcher designed for precision optical applications where performance and reliability are critical. Manufactured with FC/APC connectors, it operates at a wavelength of 980.0 nm, ensuring exceptional accuracy and minimal signal loss. The device's enclosed design protects the internal components from environmental factors, enhancing its durability and long-term stability.At the heart of the PZ1 series is the advanced piezoelectric element, expertly engineered for high-speed operations within a wide range of optical interferometric measurement and sensing systems. This model features the Panda PM fiber structure, which is perfect for maintaining polarization in demanding applications. The PZ1's unique multi-layer winding enhances modulation functions while retaining high operational frequencies, setting it apart from other devices in the market.Key FeaturesThe PZ1-PM1-APC-E-980P boasts a compact and low-profile form factor, making it ideal for integration into tight spaces without compromising on performance.Its high-speed operation facilitates rapid adjustments in optical path lengths, critical for precision measurements and sensor simulations.With its enclosed design and robust build quality, the PZ1 ensures long-lasting performance even in challenging environments.The use of Panda PM fibers in this model guarantees superior polarization maintenance, essential for accurate interferometric measurements.Designed for versatility, the PZ1 can be driven by standard lab equipment, eliminating the need for proprietary drivers and reducing overall setup costs.Multi-layer winding technology enhances the modulation constant, providing precise control over interferometric phase changes.The PZ1 offers multiple termination choices, allowing users to select configurations that best suit their specific application needs.ApplicationsThis fiber stretcher is ideal for open-loop demodulation tasks, providing reliable performance in complex optical systems.It's widely used in sensor simulation environments, where precise control over optical paths is necessary for accurate data interpretation.The PZ1 excels in variable optical delay applications, offering unmatched flexibility and precision in time-delay adjustments.In general-purpose fiber interferometry, the device's high-speed capabilities ensure rapid and accurate modulation of optical phases.The PZ1 is perfect for large-angle modulation of interferometric phase, crucial for advanced optical experiments and studies.Its compatibility with general-purpose electronics makes it a versatile tool across various laboratory setups and industrial applications.The PZ1 is highly suitable for systems requiring precise polarization control, thanks to its advanced Panda PM fiber technology.What's Next?As optical technologies continue to evolve, the demand for high-precision, reliable fiber stretchers like the PZ1-PM1-APC-E-980P grows. Researchers and industrial users seeking to enhance their optical measurement systems will find this product indispensable. With its superior design and exceptional performance metrics, the PZ1 sets a new standard in the field of optical interferometry.For those looking to integrate cutting-edge optical solutions, AMS Technologies provides comprehensive support and consultation services. As a leader in optical technology distribution, AMS Technologies offers expert guidance to ensure that your systems achieve peak performance. Contact us today to discover how the PZ1-PM1-APC-E-980P can revolutionize your optical applications.

The PZ1-PM1-E-131B is a cutting-edge high-speed fiber stretcher meticulously crafted for precision optical applications, particularly in interferometric measurement and sensing systems. This device operates with a wavelength of 1310.0 nm, providing unparalleled performance in terms of modulation and signal clarity. Housed in an enclosed structure, the PZ1-PM1-E-131B ensures safety and durability, making it suitable for challenging industrial environments. The fiber type utilized is PM with a specific Bowtie structure, which enhances its polarization-maintaining capabilities, offering superior stability in demanding applications. This fiber stretcher is part of the esteemed PZ1 series, renowned for its innovative multi-layer winding approach that optimizes modulation while maintaining high operational frequencies. The PZ1 series offers flexibility with multiple fiber types including SM, PM, and RC, catering to diverse application needs. With its compact form factor, the PZ1 series is designed to integrate seamlessly into existing systems, providing a high performance-to-cost ratio that outshines other competitive products on the market. Key Features Designed for high-speed operations, the PZ1-PM1-E-131B supports a wide range of interferometric applications, ensuring precision and reliability. The device features bare leads connectors, facilitating straightforward integration and minimizing connection losses. Its enclosed design ensures protection against environmental factors, enhancing the longevity and performance consistency of the device. The use of PM fiber with Bowtie structure provides exceptional polarization maintenance, crucial for high-precision applications. The PZ1-PM1-E-131B can be driven using standard electronics, eliminating the need for proprietary drivers and reducing overall system costs. A versatile operational wavelength range from 780 to 1625 nm ensures compatibility with various optical systems and measurement setups. Compact and lightweight, this device can be easily mounted in tight spaces, making it ideal for modern, space-constrained laboratory environments. Applications Ideal for open loop demodulation tasks, the PZ1-PM1-E-131B provides accurate phase modulation necessary for precise measurement outputs. It serves as an excellent choice for sensor simulation, enabling researchers to test and calibrate sensors with high accuracy. The stretcher supports variable optical delay lines, crucial for synchronizing different components in complex optical systems. In general-purpose fiber interferometry, the PZ1-PM1-E-131B excels by enhancing measurement precision and reducing noise levels. Large angle modulation of interferometric phase is achievable, supporting advanced research and development projects in optics. Its application in multi-fiber termination setups allows for efficient system configuration and scalability in research facilities. Suitable for laboratory experiments involving large signal range operations, ensuring flexibility and adaptability in experimental designs. What's Next? As industries evolve towards more sophisticated optical technologies, the PZ1-PM1-E-131B stands out as a pivotal component driving innovation in fiber optic systems. By integrating this advanced fiber stretcher into your setup, you can achieve unprecedented accuracy and efficiency in your optical measurements and experiments. Whether you're involved in research or industrial applications, the PZ1-PM1-E-131B promises to elevate your operational capabilities to new heights. AMS Technologies, a leader in technology solutions, provides comprehensive support and expertise for integrating the PZ1 series into your systems. With a commitment to delivering cutting-edge solutions and exceptional customer service, AMS Technologies ensures that you achieve optimum performance and reliability from your fiber optic components. Explore the possibilities with AMS Technologies and transform your optical systems today.

The PZ1-PM1-E-131P is a cutting-edge optical component designed for high-speed fiber stretching applications. This high-performance device is characterized by its enclosed enclosure, ensuring optimal protection and reliability in various industrial environments. With bare leads as connectors, it offers straightforward integration into existing systems. The primary wavelength of operation is precisely 1310.0 nm, making it suitable for a wide range of optical communication and sensing tasks. The product utilizes a single-layer Panda PM fiber structure, known for its high polarization extinction ratio, which significantly enhances the quality and precision of optical signals. The PZ1 family of fiber stretchers represents Optiphase's pinnacle of engineering in the field of optical interferometric measurement and sensing systems. With a unique multi-layer winding technique, these devices provide superior modulation capabilities while maintaining high operational frequencies. Available in various fiber configurations, including SM, PM, and RC fibers, the PZ1 series is versatile enough to meet the demands of numerous applications. The compact design and efficient cost-performance ratio make it a preferred choice among researchers and industrial users alike. The ability to operate with standard electronic equipment without requiring proprietary drivers adds further to its appeal, offering ease of use and integration. Key Features The PZ1-PM1-E-131P operates at a wavelength of 1310.0 nm, providing excellent performance for optical communication and sensing tasks. Its enclosed design ensures durability and protection against environmental factors, enhancing longevity and reliability. Utilizes the Panda PM fiber structure, known for its high polarization extinction ratio, which improves signal clarity and precision. The bare leads connector option allows for flexible integration into a wide range of systems and applications. Capable of being driven by general-purpose electronics, eliminating the need for specialized drivers and reducing operational costs. Compact form factor enables easy installation in space-constrained environments, maximizing system efficiency. Offers a high-speed response, ideal for dynamic optical interferometry and modulation applications. Applications Ideal for open-loop demodulation, providing precise control over optical signal processing and interpretation. Can be used in sensor simulation to test and validate optical sensor systems under various conditions. Suitable for variable optical delay applications, offering adjustable timing capabilities in complex optical circuits. Supports general-purpose fiber interferometry, enhancing the precision and accuracy of interferometric measurements. Applicable in large-angle modulation of interferometric phase, enabling advanced modulation techniques in optical systems. Useful for optical communication systems that require high-speed and reliable signal processing components. Essential for research and development in photonics and optical engineering, driving innovation and discovery. What's Next? The PZ1-PM1-E-131P is more than just a component; it is an invitation to explore new horizons in optical technology. Its high-speed operation and versatile application potential make it an indispensable tool for any advanced optical system. By integrating this fiber stretcher into your projects, you can achieve unprecedented levels of performance and precision. AMS Technologies stands ready to support your journey with a comprehensive range of optical solutions tailored to meet the specific needs of your applications. As a trusted provider, AMS Technologies offers not only world-class products but also expert advice and service to ensure your project's success. Discover the difference that innovative technology and dedicated support can make by choosing AMS Technologies as your solution provider today.

The PZ1-PM1-E-155B is a high-speed fiber stretcher designed by Optiphase, integrating advanced piezoelectric technology within a compact and enclosed form factor. This model is particularly engineered for precise optical interferometric measurement and sensing applications, operating seamlessly at a wavelength of 1550.0 nm. It features bare leads, ensuring versatile connectivity while maintaining its structural integrity with an enclosed enclosure type. The stretcher employs a Bowtie polarization-maintaining (PM) fiber, which is renowned for its superior performance in maintaining polarization state under various conditions. The intrinsic design of the PZ1-PM1-E-155B allows it to deliver unparalleled performance in applications demanding high precision and stability. The PZ1 series represents Optiphase’s commitment to high-speed and cost-effective fiber stretching solutions. Each model within this family, including the PZ1-PM1-E-155B, benefits from Optiphase’s unique multi-layer winding approach, enhancing modulation functions without compromising the operational frequency. These stretchers are compatible with standard electronics such as signal generators and op-amps, making them highly flexible and adaptable for various research and industrial uses. The product line supports a range of fiber types, including SM, PM, and RC fibers, each catering to specific application needs with configurations that do not require proprietary drivers, thereby simplifying integration into existing systems. Key Features High-speed performance ensures quick response times crucial for dynamic optical systems, significantly enhancing operational efficiency. The use of Bowtie polarization-maintaining fiber optimizes the device for applications requiring strict control over polarization states, thus improving measurement accuracy. Compact and enclosed design facilitates easy integration into confined spaces without sacrificing functionality or access. The bare lead connector type offers flexibility in connectivity options, supporting easy setup and maintenance within complex systems. Engineered to operate efficiently across a wide operational wavelength range, specifically optimized at 1550.0 nm for superior functionality. Compatibility with general-purpose electronics reduces the need for specialized equipment, lowering overall system costs and complexity. The high performance-to-cost ratio makes the PZ1-PM1-E-155B an economically viable solution for high-precision optical applications. Applications Ideal for open loop demodulation processes where real-time data transmission and reception are critical, ensuring minimal signal distortion. Used in sensor simulation environments to replicate real-world conditions with high fidelity, aiding in better product development and testing. Supports variable optical delay applications, allowing for precise control over light path lengths to enhance signal processing capabilities. Effective in general-purpose fiber interferometry, offering robust performance for a wide range of scientific and industrial measurements. Utilized in large angle modulation of interferometric phases, providing flexibility and accuracy in optical phase measurement systems. Suitable for integration into optical communication systems, ensuring high-speed data transmission with minimal loss. Beneficial in research settings for experimental setups requiring stable and reliable fiber stretching capabilities. What's Next? As optical technologies continue to evolve, the demand for high-precision instruments like the PZ1-PM1-E-155B is expected to rise. With its cutting-edge design and functionality, this fiber stretcher positions itself as a pivotal component in the future of optical measurement and sensor technology. Researchers and industrial users can leverage its advanced features to enhance their systems' capabilities, paving the way for new innovations in the field. For those looking to integrate the PZ1-PM1-E-155B into their projects, AMS Technologies offers comprehensive support and solutions tailored to your specific requirements. As a leading provider of technical services and systems solutions, AMS Technologies ensures that every purchase is backed by expert guidance and support, ensuring seamless integration and optimal performance of your optical systems.

The PZ1-PM1-E-155P is an advanced high-speed fiber stretcher, meticulously engineered to cater to a broad spectrum of optical interferometric measurement and sensing system applications. This model features an enclosed setup with bare leads, optimized for high precision and reliability. Operating at a wavelength of 1550.0 nm, this fiber stretcher utilizes a unique Panda polarization-maintaining (PM) fiber structure, ensuring minimal signal distortion and maintaining high fidelity in data transmission. Designed by Optiphase, a leader in fiber optics technology, the PZ1 series represents the pinnacle of fiber stretching technology. With its high-speed capability and compact form factor, it integrates seamlessly into various setups without requiring proprietary drivers—a significant advantage over other models. The PZ1 family includes several configurations for different fiber types, including SM, PM, and RC fibers, each tailored to specific operational needs. This versatility makes the PZ1 series ideal for tasks ranging from open-loop demodulation and sensor simulation to variable optical delay and large-angle phase modulation. Key Features High-speed operation allows for rapid data processing, making the PZ1-PM1-E-155P suitable for dynamic measurement environments. Compact design with a low-profile enclosure facilitates easy integration into existing systems, saving valuable space in laboratory settings. The use of Panda PM fiber ensures superior polarization maintenance, crucial for applications requiring high signal integrity. Offers a high performance-to-cost ratio, providing exceptional value compared to other fiber stretchers on the market. Compatible with standard electronic equipment, eliminating the need for specialized drivers, thus reducing setup complexity and cost. Multiple termination options enhance flexibility and ease of use, allowing for quick adjustments based on project requirements. Engineered for bipolar voltage drive, offering greater convenience and adaptability in various operational scenarios. Applications Ideal for optical interferometry, where precise control and modulation of optical paths are required for accurate measurements. Used in sensor simulation to replicate real-world conditions, facilitating the development and testing of new sensor technologies. Essential for variable optical delay applications, providing precise time delay adjustments critical for synchronizing optical signals. Supports open-loop demodulation processes, enhancing the accuracy and efficiency of signal processing tasks in research and industry. Facilitates large-angle modulation of interferometric phase, expanding the potential for complex signal analysis and manipulation. Beneficial in telecommunications for maintaining polarization states in fiber optic networks, ensuring high-quality data transmission. Suitable for aerospace and defense sectors where reliable and robust optical systems are paramount for mission-critical operations. What's Next? The PZ1-PM1-E-155P is more than just a fiber stretcher; it is a testament to Optiphase’s commitment to innovation and excellence in fiber optic technology. By integrating this device into your systems, you leverage cutting-edge technology that enhances accuracy, efficiency, and reliability in optical measurements. Whether you are involved in fundamental research or industrial applications, the PZ1-PM1-E-155P offers unmatched performance and versatility. AMS Technologies stands as a premier solution provider, offering comprehensive support and expertise in deploying the PZ1 series and other advanced optical solutions. Their team of experts is ready to assist in selecting the right configuration and ensuring seamless integration into your existing systems, maximizing the potential of your optical measurement and sensing capabilities. Contact AMS Technologies today to explore how the PZ1-PM1-E-155P can elevate your projects to new heights.

The PZ1-PM1-E-850B by Optiphase is an advanced fiber stretcher designed to meet the sophisticated demands of optical interferometric measurements and sensing systems. With a precise operational wavelength of 850.0 nm, this model features a bare leads connector and an enclosed enclosure, ensuring robust performance in diverse environments. The fiber type utilized is PM (Polarization Maintaining) with a Bowtie structure, which is known for its superior polarization extinction ratio and reliability across various applications. Optiphase's PZ1 series represents a pinnacle in high-speed fiber stretching technology. These devices are engineered with a unique multi-layer winding approach, providing enhanced modulation capabilities while maintaining high operational frequencies. The PZ1 family includes models with SM, PM, and RC fiber types, accommodating a wide range of optical applications. This series is renowned for its exceptional performance-to-cost ratio, compact form factor, and versatility, allowing easy integration into existing systems without requiring specialized drivers. Key Features The PZ1-PM1-E-850B delivers unmatched speed and precision, making it ideal for high-resolution optical measurements and simulations. Its compact and enclosed design ensures durability and ease of integration in confined spaces, providing a hassle-free setup. Featuring a bare leads connector, this model offers flexibility in connectivity options, catering to specific user requirements. Designed with a Bowtie PM fiber structure, it maintains high polarization integrity, crucial for sensitive optical systems. The fiber stretcher operates efficiently with general-purpose electronics, eliminating the need for proprietary drivers and reducing overall system costs. The advanced multi-layer winding technique enhances modulation functions, ensuring reliable performance in diverse applications. Optiphase’s commitment to quality is evident in the meticulous engineering of the PZ1 series, ensuring consistent and reliable operation. Applications The PZ1-PM1-E-850B is perfect for use in optical interferometry, where precision and speed are paramount. It supports open loop demodulation processes, facilitating accurate and efficient signal processing in complex systems. Ideal for sensor simulation applications, this stretcher aids in the development and testing of advanced sensing technologies. It serves as a vital component in variable optical delay lines, offering precise control over optical path lengths. Researchers can leverage its capabilities in general-purpose fiber optic experiments, enhancing experimental accuracy and repeatability. The device is indispensable in large angle modulation of interferometric phases, supporting a wide array of scientific investigations. Its robust design and high performance make it suitable for demanding industrial applications, where reliability and precision are critical. What's Next? The PZ1-PM1-E-850B stands out as a premier solution for researchers and industrial users seeking high-speed, high-precision fiber stretching capabilities. As optical technologies continue to evolve, the demand for reliable, versatile components like the PZ1 will only increase. Customers are encouraged to explore the full range of Optiphase products to discover how these innovative solutions can enhance their optical systems. AMS Technologies, a leading solution provider in the field of optical technologies, offers comprehensive support and expertise in deploying Optiphase’s cutting-edge products. With a focus on delivering tailored solutions, AMS Technologies is dedicated to helping clients achieve optimal performance in their optical applications.

The PZ1-PM1-E-850P is a high-speed fiber stretcher engineered to precise specifications, offering unparalleled performance for optical interferometric measurement and sensing systems. This top-tier product by the manufacturer features an enclosed design, ensuring durability and stability in various operational environments. Equipped with bare leads and utilizing Panda polarization-maintaining (PM) fiber, it operates at a wavelength of 850.0 nm, making it ideal for applications requiring high precision and reliability.Part of the esteemed PZ1 series, this fiber stretcher stands out due to its unique multi-layer winding approach, which enhances modulation function while maintaining high operational frequencies. The PZ1 family includes various configurations that cater to specific needs, whether using SM, PM, or RC fibers, each designed to provide optimal performance in different scenarios. With its compact form factor and ability to be driven by general-purpose electronics, the PZ1 series offers significant versatility and convenience, distinguishing itself from competitive devices.Key FeaturesThe PZ1-PM1-E-850P features a high-speed operation, providing rapid response times essential for demanding optical applications.Its use of Panda PM fiber ensures high polarization extinction ratios, critical for maintaining signal integrity and reducing noise.With a compact and enclosed design, the device can be easily integrated into existing systems, saving space and simplifying installation.Multiple termination options, including bare leads, provide flexibility in connectivity and system integration.The product supports standard electronics for drive, such as signal generators and op-amps, eliminating the need for proprietary drivers.Boasting a low operational cost, the PZ1-PM1-E-850P offers an excellent performance-to-cost ratio, making it a cost-effective choice for budget-conscious projects.The fiber stretcher's robust build and high-quality materials ensure longevity and reliability in various industrial and research applications.ApplicationsThe PZ1-PM1-E-850P is perfect for open-loop demodulation tasks, providing precise control over optical signals.It serves as an excellent tool for sensor simulation, aiding in the development and testing of advanced sensing technologies.Ideal for variable optical delay applications, the device enhances the flexibility and accuracy of optical systems.In general-purpose fiber interferometry, it offers unmatched precision, supporting cutting-edge research and development.For large-angle modulation of interferometric phase, the PZ1-PM1-E-850P excels, delivering consistent and reliable performance.Its use in optical path length adjustment helps refine the accuracy of complex optical systems.The product is also suitable for custom applications that require bespoke optical solutions, thanks to its adaptability and high performance.What's Next?Explore the potential of the PZ1-PM1-E-850P in enhancing your optical measurement and sensing systems. Its advanced features and robust design make it a top choice for researchers and industrial users seeking high-performance solutions. With the expert support of AMS Technologies, a renowned solution provider, you can integrate this fiber stretcher into your projects seamlessly, ensuring successful outcomes and continued innovation. AMS Technologies offers comprehensive support and expertise to help you maximize the benefits of the PZ1 series in your specific applications, paving the way for future advancements in the field.

The PZ1-PM1-E-980B, crafted by Optiphase, represents a sophisticated milestone in the realm of fiber optic technology. This high-speed fiber stretcher, designed with meticulous precision, features a state-of-the-art piezoelectric element that is encased within a robust enclosure, ensuring optimal performance and longevity. The product is equipped with bare leads connectors and is designed to operate at a wavelength of 980.0 nm, making it exceptionally suited for advanced interferometric measurement and sensing systems. The PZ1-PM1-E-980B employs a single-layer PM fiber structure characterized by Bowtie configuration, providing an enhanced polarization extinction ratio, which is crucial for applications requiring precise optical modulation. The PZ1 family of fiber stretchers from Optiphase is renowned for its high-speed performance and versatile application capabilities. These devices are integral in open-loop demodulation, sensor simulation, variable optical delay, and large angle modulation of interferometric phase. Each model within the PZ1 series, including the PM, SM, and RC fiber variants, is engineered with a unique multi-layer winding technique, delivering superior modulation functions while maintaining high operational frequencies. The compact form factor and low-profile design allow these stretchers to be easily integrated into a wide range of system devices without necessitating specialized drivers. Furthermore, the PZ1 series distinguishes itself by being highly adaptable to standard laboratory equipment, offering significant convenience over other models that require proprietary solutions. Key Features High-speed operation ensures rapid response times suitable for dynamic applications in optical measurement systems. The utilization of a Bowtie PM fiber structure enhances polarization control, essential for maintaining signal integrity in complex optical setups. Its enclosed design provides robust protection against environmental factors, thereby extending the device's operational lifespan. Compact and low-profile form factor allows seamless integration into constrained spaces, facilitating versatile deployment across various systems. Compatible with general-purpose electronics, eliminating the need for custom drivers and reducing setup time and cost. Offers a high performance-to-cost ratio, making it a cost-effective solution for a wide range of industrial and research applications. Multiple termination options, including bare leads, provide flexibility in system design and quicker installation processes. Applications Ideal for open-loop demodulation in optical interferometry, enhancing measurement accuracy in research environments. Perfect for sensor simulation tasks, providing a reliable platform for developing and testing new sensor technologies. Used in variable optical delay lines, allowing precise control of light path lengths in advanced photonic systems. Supports large angle modulation of interferometric phase, crucial for detailed analysis in metrology applications. Beneficial in general-purpose fiber interferometry setups, enhancing system flexibility and functionality. Suitable for integration in high-frequency modulation systems, supporting a broad range of frequencies needed for modern applications. Extensively used in research and development environments requiring robust, high-performance optical components. What's Next? As you explore the capabilities of the PZ1-PM1-E-980B, you'll find it to be an indispensable tool in advancing your optical systems. Its combination of high-speed operation, robust design, and versatility makes it an ideal choice for both industrial and academic research applications. If your projects demand precision and reliability, the PZ1 series offers a comprehensive solution tailored to meet the most demanding requirements. AMS Technologies stands as a leading solution provider in the field of advanced photonic components. With a commitment to innovation and quality, AMS Technologies delivers cutting-edge products like the PZ1-PM1-E-980B, ensuring your projects achieve unparalleled success. Whether you are looking to enhance existing systems or develop new technologies, AMS Technologies provides the expertise and support necessary to drive your projects forward.

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-131B is a high-speed fiber stretcher meticulously crafted to meet the demanding needs of optical interferometric measurement and sensing systems. With its FC/PC connectors and enclosed design, this product ensures optimal performance at an operational wavelength of 1310.0 nm. Designed with a bowtie PM fiber structure, it offers unmatched precision and reliability in various applications. The PZ1 series is renowned for its compact and versatile configuration, allowing seamless integration into existing systems without the need for proprietary drivers. This flexibility makes it ideal for research and industrial environments where adaptability and efficiency are paramount.The PZ1 family of fiber stretchers represents the pinnacle of Optiphase's engineering expertise, combining high-speed capabilities with a robust design. This series includes options for SM, PM, or RC fibers, catering to a wide range of operational requirements. The unique multi-layer winding technique enhances modulation functionality while maintaining a high operational frequency, setting the PZ1 apart from competitors. Notably, the PZ1 series supports bipolar voltage drive, offering greater convenience and versatility compared to unipolar systems. Whether used for open loop demodulation, sensor simulation, or general-purpose fiber interferometry, the PZ1 family delivers exceptional performance across all applications.Key FeaturesThe PZ1-PM1-PC-E-131B offers a high-speed operation that is essential for dynamic measurement and sensing tasks, ensuring real-time data acquisition and analysis.Its enclosed design with FC/PC connectors provides robust protection against environmental factors, enhancing durability and reducing maintenance needs.With a compact form factor, this fiber stretcher can be easily integrated into confined spaces, making it suitable for a variety of system configurations.The product's compatibility with standard electronics like signal generators and op-amps eliminates the need for specialized drivers, reducing overall system costs.The bowtie PM fiber structure ensures high polarization stability, which is crucial for accurate measurement in interferometric applications.Operating efficiently over a wide wavelength range, the PZ1-PM1-PC-E-131B offers unparalleled versatility for diverse optical setups.Optiphase's innovative multi-layer winding approach enhances modulation capabilities, providing superior performance in complex optical environments.ApplicationsIdeal for open loop demodulation processes, the PZ1-PM1-PC-E-131B allows for precise control and modulation in optical systems.It serves as a reliable component in sensor simulation, facilitating the testing and calibration of optical sensors under various conditions.The product's high-speed capabilities make it suitable for variable optical delay applications, enabling precise timing adjustments in photonic circuits.In general-purpose fiber interferometry, the PZ1 provides consistent and repeatable measurements, essential for research and development projects.The stretcher's large angle modulation capability supports advanced modulation schemes, enhancing the functionality of optical communication systems.With its robust design, the PZ1 is used in harsh industrial environments, where reliability and performance are critical.The product is also employed in large angle modulation of interferometric phase, expanding its utility in complex optical experiments.What's next?As optical technologies continue to evolve, the PZ1-PM1-PC-E-131B remains at the forefront of innovation, providing researchers and industrial users with a reliable solution for their measurement and sensing needs. Its unique features and adaptability ensure that it will continue to serve as a cornerstone in the development of advanced optical systems. For those seeking comprehensive solutions and cutting-edge products, AMS Technologies stands as a leading provider in the field of optical technologies. Their commitment to quality and innovation ensures that users of the PZ1 series receive unparalleled support and expertise, facilitating the successful implementation of optical systems across various industries.

The PZ1-PM1-PC-E-131P by Optiphase is an exemplary product within the realm of high-speed fiber stretchers, specifically designed to cater to the demanding needs of optical interferometric measurement and sensing systems. This fiber stretcher incorporates cutting-edge technology with its FC/PC connectors, ensuring a robust and reliable connection that enhances performance in precise applications. Operating at a wavelength of 1310.0 nm, it provides exceptional modulation capabilities crucial for various industrial and research purposes. Crafted with a Panda PM fiber structure, the PZ1-PM1-PC-E-131P offers superior polarization-maintaining properties. This enclosed design encapsulates the advanced piezoelectric element, which is pivotal for open-loop demodulation and sensor simulation, as well as for implementing variable optical delays. The product’s fiber type, PM, is known for its excellent polarization extinction ratio, making it indispensable for applications requiring high precision and stability. The PZ1 family of fiber stretchers stands out due to its unique multi-layer winding approach, delivering enhanced modulation functions while maintaining high operational frequencies. This model, part of the expansive PZ1 series, is tailored for versatility, allowing integration into various setups without the need for proprietary drivers. The flexibility offered by the PZ1 series is unmatched, with options available to accommodate SM, PM, or RC fiber types, each designed to meet specific industrial requirements. Key Features The high-speed operation of the PZ1-PM1-PC-E-131P ensures rapid response times, essential for time-sensitive applications in optical interferometry. Its cost-effective design does not compromise on quality, offering exceptional value while maintaining top-tier performance standards. The compact package allows for easy integration into tight spaces, making it ideal for systems with limited room for additional components. With multiple termination choices, users can select the configuration that best suits their setup, enhancing usability and efficiency. The unique multi-layer winding technique provides heightened modulation functions, improving overall system accuracy and reliability. Designed to be driven with general-purpose electronics, it simplifies setup and reduces the need for specialized equipment, lowering operational costs. The enclosure protects the delicate internal components, ensuring long-lasting durability even in challenging environments. Applications Ideal for open-loop demodulation processes, the PZ1-PM1-PC-E-131P provides the precision needed for accurate data interpretation in research settings. It excels in sensor simulation, offering a reliable platform for developing and testing new sensor technologies in laboratory environments. The device supports variable optical delay applications, crucial for experiments requiring precise timing adjustments. In general-purpose fiber interferometry, it delivers consistent and accurate modulation, enhancing experimental outcomes. Its capability for large angle modulation of interferometric phase is vital for advancing optical research and development. Owing to its enclosed design, it is suitable for use in environments where protection from external factors is necessary. Industries leveraging optical communication technologies can benefit from its high-speed modulation features, improving data transmission efficiency. What's Next? As you consider incorporating the PZ1-PM1-PC-E-131P into your projects, it's essential to recognize the unparalleled support provided by AMS Technologies. As a leading solutions provider, AMS Technologies offers comprehensive services and expertise to ensure you make the most of your Optiphase products. Whether you require technical advice or assistance with integrating the fiber stretcher into your system, AMS Technologies is committed to delivering exceptional service and support. Explore the potential of the PZ1-PM1-PC-E-131P today and elevate your optical systems to new heights of precision and efficiency. Contact AMS Technologies to learn more about how this advanced fiber stretcher can transform your applications.

The PZ1-PM1-PC-E-1550B is a cutting-edge fiber stretcher designed for high-speed optical applications. With its FC/PC connectors and enclosed design, this device offers unparalleled performance in precision optical measurements and sensing systems. Operating at a wavelength of 1550.0 nm, it utilizes PM fiber with a Bowtie structure, ensuring optimal polarization properties and minimal signal loss. The PZ1-PM1-PC-E-1550B stands out due to its compact form factor and ease of integration into various setups, making it a preferred choice for technicians and researchers alike. Part of the renowned PZ1 family, the PZ1-PM1-PC-E-1550B shares the hallmark features of high-speed operation and robust construction. These fiber stretchers are known for their unique multi-layer winding approach, providing enhanced modulation capabilities while maintaining high operational frequency. The PZ1 series supports a broad spectrum of fiber types, including SM, PM, and RC fibers, offering flexibility for diverse applications. Designed with versatility in mind, the PZ1 can be driven by standard electronics such as signal generators and op-amps without needing specialized drivers, making it both efficient and cost-effective. Key Features The PZ1-PM1-PC-E-1550B features high-speed performance, making it ideal for dynamic optical applications that require rapid response times. Its compact and enclosed design ensures easy integration into tight spaces, enhancing the versatility of installation options. Equipped with FC/PC connectors, this model guarantees secure and reliable fiber connections, minimizing signal degradation. The use of PM fiber with a Bowtie structure enhances polarization control, crucial for precision optical measurements. Designed to operate at a wavelength of 1550.0 nm, it covers a critical range for telecommunications and sensing applications. Compatible with general-purpose electronics, it does not require proprietary drivers, reducing both setup time and costs. The PZ1 series is built with a focus on durability and performance, ensuring long-term reliability in demanding environments. Applications Ideal for open-loop demodulation systems where precise phase adjustments are critical to performance. Used extensively in sensor simulation setups, providing accurate replication of interferometric conditions. Facilitates variable optical delay applications, crucial for timing adjustments in optical networks. Serves as a fundamental component in fiber interferometry, supporting complex measurement tasks. Enables large angle modulation of interferometric phases, expanding the capabilities of optical testing equipment. Essential for research labs focusing on advanced optical communications and sensor technologies. Widely adopted in industrial settings for quality control and calibration of optical instruments. What's Next? The PZ1-PM1-PC-E-1550B is more than just a fiber stretcher; it's a gateway to advanced optical experimentation and innovation. Whether you're developing new sensing technologies or enhancing existing systems, the PZ1 series offers the reliability and precision needed to push the boundaries of optical science. Researchers and industrial users can expect unparalleled support from AMS Technologies, a leading solution provider committed to delivering cutting-edge photonics solutions tailored to your needs. Explore the full potential of the PZ1-PM1-PC-E-1550B and transform your optical applications today. Contact AMS Technologies to learn more about how our products can enhance your research and development efforts.

Introducing the PZ1-PM1-PC-E-1550P, a cutting-edge fiber stretcher from Optiphase, designed to deliver unparalleled performance in optical interferometric applications. This high-speed device is crafted for precision, incorporating a single-layer Panda Polarization Maintaining (PM) fiber with FC/PC connectors, ensuring optimal connectivity and minimal signal loss. Operating at a wavelength of 1550.0 nm, this fiber stretcher is enclosed to protect its sophisticated internal mechanisms, making it ideal for demanding environments. The PZ1 series stands as a hallmark of innovation, offering a unique combination of high speed, low cost, and compact design. It is engineered for versatility, applicable in a myriad of systems including open loop demodulation, sensor simulation, and variable optical delay systems. The multi-layer winding approach employed in the PZ1 family enhances modulation capabilities while maintaining high operational frequency, making it superior to competitive devices in terms of performance-to-cost ratio. Key Features Featuring a high-speed operation that meets the demands of advanced optical applications, this fiber stretcher ensures rapid response and precise control. The enclosed design offers robust protection against environmental factors, extending the lifespan and reliability of the device. With FC/PC connectors, installation and integration into existing systems are seamless, minimizing downtime and setup complexity. The Panda PM fiber structure provides exceptional polarization maintenance, crucial for high-precision interferometric measurements. Compatible with a wide range of general-purpose electronics, the PZ1 does not require proprietary drivers, offering user flexibility and cost savings. Compact and lightweight, this device can be easily integrated into space-constrained environments without compromising performance. Manufactured in the USA, the PZ1-PM1-PC-E-1550P adheres to stringent quality standards, ensuring durability and performance consistency. Applications Ideal for use in optical sensor simulation, allowing researchers to replicate and study sensor responses under various conditions. Enhances precision in open-loop demodulation processes, providing accurate phase modulation necessary for advanced research. Suitable for general-purpose fiber interferometry, facilitating diverse experimental setups and configurations. Enables large angle modulation of interferometric phase, essential for complex optical experiments and analyses. Supports variable optical delay systems, contributing to advancements in telecommunications and signal processing. Perfect for laboratory environments where versatility and adaptability of equipment are paramount. Used in sensor calibration processes, ensuring measurement accuracy and reliability across various applications. What's Next? As technology evolves, the demand for high-precision optical devices like the PZ1-PM1-PC-E-1550P continues to grow. Optiphase remains at the forefront of innovation, committed to enhancing the capabilities of fiber stretchers to meet future market needs. Researchers and industrial users can rely on Optiphase's expertise in fiber optic technology, ensuring that their projects benefit from the latest advancements in the field. AMS Technologies is your trusted partner in sourcing the latest in optical technology solutions. With an extensive portfolio of products and a commitment to customer satisfaction, AMS Technologies provides unparalleled support and expertise. Contact us today to learn how the PZ1-PM1-PC-E-1550P can elevate your research and industrial applications to new heights.

The PZ1-PM1-PC-E-850B is a sophisticated high-speed fiber stretcher engineered to meet the rigorous demands of optical interferometric measurement and sensing systems. Manufactured with precision, this device employs a single-layer Polarization-Maintaining (PM) fiber structure in a Bowtie configuration, ensuring optimal performance at an operational wavelength of 850.0 nm. The enclosed design, coupled with FC/PC connectors, facilitates secure connections while maintaining the integrity of signal transmission. Its compact form factor not only ensures ease of integration into various systems but also guarantees exceptional performance without the need for proprietary drivers, making it a cost-effective choice for researchers and industrial users alike. The PZ1 family of fiber stretchers is renowned for its high-speed capabilities, setting a benchmark in the field of optical interferometry. This series is designed to cater to a wide spectrum of applications, including open loop demodulation, sensor simulation, and large angle modulation of interferometric phases. Optiphase's innovative multi-layer winding approach enhances modulation functions while maintaining a high operational frequency. The PZ1 series accommodates different fiber types, including SM, PM, and RC fibers, providing versatile solutions for diverse optical applications. Notably, the PZ1 delivers an unparalleled performance-to-cost ratio, outperforming other devices in the market, which makes it a preferred choice for advanced optical systems. Key Features The PZ1-PM1-PC-E-850B features a high-speed operation, ensuring rapid response times essential for dynamic optical systems. Utilizing a single-layer PM fiber with a Bowtie structure, it offers superior polarization extinction, enhancing signal fidelity. Designed with FC/PC connectors, it ensures robust connections, minimizing signal loss and improving system reliability. The compact, enclosed design allows for seamless integration into existing setups, saving valuable space. Compatible with general-purpose electronics, it eliminates the need for specialized proprietary drivers, reducing overall system costs. A wide operational wavelength range from 780 to 1625 nm, specifically optimized for 850.0 nm, provides flexibility for various applications. Its low profile allows for easy installation, ensuring that it fits comfortably within complex system architectures. Applications Ideal for optical interferometric measurements where precision and speed are paramount. Used in sensor simulations, it provides accurate and reliable data for testing and analysis. Facilitates open loop demodulation, crucial for advanced signal processing tasks in research and industrial applications. Serves as a variable optical delay line, offering precise control over light path adjustments. Essential for large angle modulation of interferometric phases, enabling comprehensive phase manipulation. Suitable for use in general-purpose fiber interferometry, offering versatility across multiple projects. Provides enhanced modulation functions for applications requiring high frequency operational capabilities. What's next? With its cutting-edge design and superior functionality, the PZ1-PM1-PC-E-850B represents the pinnacle of fiber stretcher technology, catering to the evolving needs of optical systems globally. As industries and research fields continue to demand higher precision and efficiency, products like the PZ1-PM1-PC-E-850B will play a pivotal role in advancing technological capabilities. Optiphase remains committed to innovation, ensuring that their products not only meet but exceed industry standards. For those seeking a comprehensive solution provider, AMS Technologies stands out as a leader in the field. With a rich history of delivering high-quality products and unparalleled support, AMS Technologies is dedicated to helping customers navigate the complexities of optical technologies. Their expertise, combined with a broad portfolio of products, positions them as a trusted partner in achieving technological excellence.

The PZ1-PM1-PC-E-850P is a high-speed fiber stretcher meticulously engineered for researchers and industrial users who require precise optical modulation. Utilizing advanced piezoelectric technology, this device operates within an 850.0 nm wavelength, making it ideal for a broad spectrum of optical interferometric measurements and sensing systems. The PZ1-PM1-PC-E-850P features an enclosed design with FC/PC connectors, providing secure and robust connectivity. Its compact form factor and low-profile design ensure seamless integration into existing systems, while the single-layer Panda PM fiber structure delivers superior performance in maintaining polarization integrity. As part of the esteemed PZ1 series, the PZ1-PM1-PC-E-850P exemplifies Optiphase's commitment to innovation and quality. This family of fiber stretchers is renowned for its high-speed capabilities and flexible application potential. They offer a unique multi-layer winding approach that enhances modulation functions while sustaining high operational frequencies. Available in SM, PM, or RC fiber configurations, each model in the PZ1 series is designed to cater to specific user needs, ensuring optimal performance across various applications. Key Features The PZ1-PM1-PC-E-850P boasts a high-speed operation, significantly enhancing the efficiency of optical systems in both laboratory and industrial environments. Its low cost makes it an economical choice without compromising on quality or performance, offering excellent value for money. The fiber stretcher's compact package allows for easy installation and integration into tight spaces, optimizing lab and workspace usage. Compatible with general-purpose electronics, the PZ1-PM1-PC-E-850P can be driven by standard lab equipment like signal generators and op-amps, eliminating the need for proprietary drivers. The Panda PM fiber structure ensures high polarization extinction ratios, which is crucial for maintaining signal integrity in precision applications. With multiple termination choices, including FC/PC connectors, this model facilitates versatile setup configurations tailored to specific user requirements. Manufactured in the USA, the PZ1-PM1-PC-E-850P upholds the highest standards of production quality and reliability. Applications Ideal for open-loop demodulation processes where precise phase control is paramount for system accuracy and reliability. Used extensively in sensor simulation, the PZ1-PM1-PC-E-850P aids in recreating real-world conditions for testing and calibration purposes. In variable optical delay lines, this fiber stretcher provides adjustable delay paths, crucial for synchronizing optical networks. Perfect for general-purpose fiber interferometry, enhancing the ability to measure minute changes in optical path length with precision. Supports large-angle modulation of interferometric phase, allowing for significant flexibility in modulation schemes. Suitable for high-frequency applications, the PZ1 series is designed to handle frequencies extending past resonance. Widely used in research environments, contributing to advancements in fiber optic technology and applications. What's Next? With the PZ1-PM1-PC-E-850P, you gain a cutting-edge tool that not only meets but exceeds the demands of modern optical systems. Its robust design, coupled with unparalleled performance, positions it as an essential component for any advanced optical measurement or sensing setup. As technology evolves, so too does the potential for innovation with the PZ1 series, promising to deliver ever greater efficiencies and capabilities. AMS Technologies stands as your trusted partner in providing high-quality optical solutions. With a focus on customer satisfaction and technical excellence, AMS Technologies offers unparalleled support and expertise, ensuring you harness the full potential of the PZ1-PM1-PC-E-850P and other advanced fiber stretcher models. Contact us today to learn more about how we can support your optical innovation journey.

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.

The PZ1-PM1-PC-E-980P fiber stretcher is a cutting-edge, high-speed solution designed specifically for the demanding applications of optical interferometry. Featuring FC/PC connectors, this device operates at a wavelength of 980.0 nm and is enclosed for enhanced durability and performance. Built with precision, the PZ1-PM1-PC-E-980P utilizes a single-layer Panda polarization-maintaining (PM) fiber, ensuring optimal polarization extinction and minimal modulation constants. This configuration makes it especially suitable for high-precision measurement systems where maintaining the integrity of the signal is paramount.Part of the esteemed PZ1 family, this stretcher stands out due to its innovative multi-layer winding technique. This technique enhances modulation capabilities while maintaining an impressive operational frequency range. The PZ1 series is renowned for its versatility, offering solutions that include SM, PM, and RC fibers to cater to a broad spectrum of optical applications. With its compact design, it easily integrates into various system architectures, providing users the flexibility to adapt to different settings without compromising on performance.Key FeaturesThe high-speed operation of the PZ1-PM1-PC-E-980P ensures quick response times, crucial for dynamic optical systems and real-time applications.Cost-efficiency is a hallmark of the PZ1 series, providing advanced technology without the premium price tag, making it accessible for both research institutions and industrial enterprises.Its compact and low-profile form factor allows for easy integration into systems with limited space, enhancing its versatility across various applications.The use of Panda PM fiber guarantees superior polarization-maintaining characteristics, essential for precise optical measurements and high fidelity signal processing.The enclosed design protects against environmental factors, ensuring reliable performance even in challenging operating conditions.With FC/PC connectors, the PZ1-PM1-PC-E-980P offers robust connectivity options, facilitating seamless integration into existing fiber optic networks.Capable of being driven by standard laboratory electronics, this fiber stretcher eliminates the need for proprietary drivers, simplifying setup and reducing overall project costs.ApplicationsIdeal for open loop demodulation systems, the PZ1-PM1-PC-E-980P offers unparalleled precision and reliability.In sensor simulation, its high-speed capabilities ensure that it can accurately replicate a wide range of environmental conditions.The device excels in variable optical delay applications, providing precise control over light path lengths for dynamic optical experiments.General purpose fiber interferometry benefits from its robust design, delivering consistent performance across diverse scenarios.Its high modulation efficiency makes it perfect for large angle modulation of interferometric phases, critical for advanced optical research.The PZ1-PM1-PC-E-980P supports complex optical sensing systems, enhancing the accuracy and sensitivity of measurements.In the telecommunications sector, its polarization-maintaining properties help maintain the integrity of signals over long distances.What's Next?As industries increasingly rely on high-speed fiber optic technologies, the PZ1-PM1-PC-E-980P presents itself as an indispensable tool for researchers and engineers alike. Its combination of speed, precision, and versatility ensures that it meets the evolving needs of modern optical applications. To explore the full potential of the PZ1 series and integrate these advanced capabilities into your projects, consider partnering with AMS Technologies. As a leading provider of technological solutions, AMS Technologies offers comprehensive support and expertise to help you harness the power of the PZ1-PM1-PC-E-980P and other innovative products.