Upgraded Version Vodl 630 Nm Variable Optical Delay Line - Us Warehouse [v6g3pDnt]

Upgraded Version Vodl 630 Nm Variable Optical Delay Line - Us Warehouse [v6g3pDnt]

The Upgraded Version Vodl 630 Nm Variable Optical Delay Line - Us Warehouse [v6g3pDnt] is a cutting-edge micro-optical device designed for precision applications. With its compact and rugged design, it is an ideal choice for integration into network equipment, test instruments, and optical coherence tomography (OCT) systems. This versatile tool offers a precise optical path variation of over 9 cm (300 ps), making it a valuable asset for timing alignment and optical path length adjustments.

Product Specifications and Features

The VODL-632-300-N-N-B-N-1-S model is engineered with a wide optical path length variation range, providing exceptional flexibility for various applications. Its high extinction ratio ensures reliable performance, while the epoxy-free optical path minimizes the risk of environmental degradation over time. Additionally, the low insertion loss of the Upgraded Version Vodl 630 Nm Variable Optical Delay Line - Us Warehouse [v6g3pDnt] maintains signal integrity throughout the optical path. This RoHS compliant device is designed with the highest standards of quality and reliability in mind, making it suitable for a range of professional applications.

Applications and Benefits

The Upgraded Version Vodl 630 Nm Variable Optical Delay Line - Us Warehouse [v6g3pDnt] is a powerful tool for professionals across various industries. Its precise optical path length variation and wide range of applications make it invaluable for network equipment and test instruments. In the field of optical coherence tomography, this device offers unparalleled precision for timing alignment, enhancing the overall performance of OCT systems. With its robust design and reliable performance, the Upgraded Version Vodl 630 Nm Variable Optical Delay Line - Us Warehouse [v6g3pDnt] is an essential component for professionals seeking to optimize their optical systems and achieve the highest levels of precision.