Product Description:
LUNA's OBR 4600 is a professional optical backscatter reflectometer. With advanced optical frequency domain reflection (OFDR) technology, it performs exceptionally well in the testing and fault diagnosis scenarios of optical devices and short-distance optical networks. By precisely analyzing the backscattering of optical signals, it enables comprehensive detection of optical fiber links and optical devices. This equipment integrates a highly stable tunable laser source, an ultra-sensitive optical detector, and a high-performance data processing unit. The laser source can precisely output light signals within a specific wavelength range, the detector is responsible for efficiently capturing backscattered light, and the data processing unit quickly interprets the signals and presents detailed information about the optical fiber status. The OBR 4600 has standard optical interfaces and electrical interfaces, which facilitate connection with various optical components, testing instruments, and are widely used in fields such as optical device manufacturing, short-range optical network maintenance, and optical communication experiments in research institutions.
Product Features:
Ultra-high spatial resolution: The spatial resolution can reach up to 10 micrometers, enabling precise identification of extremely subtle structural changes and defects within optical fibers, such as clearly detecting minute cracks in fast connectors, providing high-precision data support for the quality assessment and fault location of optical devices.
Zero dead zone measurement: Achieving zero dead zone within a measurement range of up to 2 kilometers, it can conduct continuous detection of the optical fiber link without omissions, accurately identifying every loss point and anomaly, effectively avoiding the detection blind areas caused by dead zones in traditional testing equipment.
