Product Description
The Luna LWA7000 series is a light wave element analyzer launched by Luna Innovations. The core model is LWA 7601-C, which is based on the optical frequency domain reflection (OFDR) technology. It mainly focuses on high-resolution reflection/ transmission dual-mode measurement for passive optical devices and fiber links, balancing both R&D verification and mass production testing. It is suitable for photon integration, silicon photonic chips, optical modules, and fiber network detection scenarios. This series integrates reflection/ transmission measurement capabilities in a single instrument, using a high-resolution OFDR engine. Without the need for multiple equipment combinations, it can complete distributed loss tracking, reflection event location, and spectral analysis. It has an internal processor and an intuitive operation interface, supporting rapid scanning and automated testing. It can be directly integrated into the production line automation system to enhance detection efficiency and data consistency.
Key features
OFDR technology advantages: Spatial resolution up to 20μm, zero dead zone measurement, capable of accurately locating tiny reflection events (such as connectors, end face defects); high reflection sensitivity, capable of capturing reflection signals as low as -100dB, suitable for devices with high isolation.
Dual-mode measurement + multi-functional integration: One-click switch between reflection/ transmission modes, simultaneously obtaining IL, RL, length, and distributed loss data; supports 1520–1640nm spectral analysis, suitable for testing devices of different wavelengths.
