
HPCF Optic Fiber Cable AT-VY(ZN)Y 2K200_230 0.37 8.4mm Black
AT-VY(ZN)Y 2K200/230 0.37 8.4mm Black

AT-VY(ZN)Y 2K200/230 0.37 8.4mm Black

U-DQ(ZN)H 8G 50/125 OM3 Black LSZH 7.0mm, 800N Fiber Optics Cable

LC Simplex Fiber Optic Connector Kit | Small-Form-Factor Single-Fiber Termination. This LC simplex connector kit provides the components needed to terminate one compatible optical fiber in the compact LC format. The image shows the connector body, ferrule assembly, crimp sleeve, boot and protective parts used in a controlled cable-assembly process.

LC Simplex Fiber Optic Adapter Single Channel Small Form Factor Coupler. This LC simplex adapter provides one optical coupling channel for mating two compatible LC connectors. Its narrow housing is well suited to single-fiber links and custom panels where every millimeter of space matters.

SMA to SMA Fiber Optic Adapter Threaded Bulkhead Coupler for Specialty Fiber. This SMA to SMA fiber optic adapter provides a threaded bulkhead interface for joining two compatible SMA fiber connectors. The metal body and mounting hardware make it suitable for stable installation in instruments, panels and custom optical enclosures.

UV VIS Silica Optical Fiber Broadband Ultraviolet and Visible Light Guide. UV-VIS silica optical fiber is designed to transmit light across ultraviolet and visible wavelength regions for analytical, sensing and illumination applications. The silica core and cladding are protected by a coating or buffer that supports handling and incorporation into a finished optical cable.

High Temperature Single Mode Fiber Heat Resistant Fiber for Precision Optical Links. High-temperature single-mode fiber is designed for precision optical transmission in environments where conventional coatings and cable materials may degrade. Its small light-guiding core supports single-mode operation within the specified wavelength range, while a heat-resistant protective layer enables integration into elevated-temperature assemblies.

G50 80 Multimode Optical Fiber Compact Specialty Fiber for Short Reach Light Delivery. G50 80 multimode fiber, 50 80 optical fiber, specialty multimode fiber, compact silica fiber, multimode light guide, sensor fiber, custom optical fiber PRODUCT INTRODUCTION G50/80 multimode optical fiber uses a nominal 50 micrometer core and 80 micrometer cladding format for compact light transmission in specialty optical assemblies. Its geometry is suited to applications that need a smaller overall glass di

Radiation Hard 50 125 245 Multimode Fiber Specialty Fiber for Harsh Radiation Environments. This radiation-hard multimode fiber uses a nominal 50 micrometer core, 125 micrometer cladding and 245 micrometer coating format. It is designed for optical systems that may be exposed to ionizing radiation, where standard fiber can experience increased attenuation or reduced service life.

VIS IR Silica Optical Fiber Visible to Infrared Light Transmission Fiber.

Deep UV Silica Optical Fiber Specialty Fiber for Ultraviolet Light Transmission. Deep-UV silica optical fiber is engineered for transmitting ultraviolet light in wavelength regions where ordinary communications fiber is not suitable. The illustrated construction shows a silica core and cladding protected by an outer coating or buffer selected to support handling and integration into a finished fiber assembly.

High Temperature 62.5 125 Multimode Fiber Heat Resistant Optical Transmission Fiber. This high-temperature multimode fiber uses a 62.5/125 micrometer glass geometry and a heat-resistant protective system for optical transmission in environments where standard cable materials may not be appropriate. It is intended for integration into qualified assemblies exposed to elevated process or equipment temperatures.