Laser Scanning Analyzer
Optowide's GouMax laser scanning analyzer (LSA series) is designed for in-depth performance testing of optical components. Customized precision optoelectronic integration and a dynamic dual-reference design, combining a built-in dynamic wavelength meter with real-time power monitoring, precisely evaluate insertion loss and polarization-dependent loss (PDL) of wavelength-division multiplexing components, polarization components, and fiber links in communications, research, and industrial inspection. It combines quantitative component-performance verification with automated testing. Three integration advantages are offered. Band and channel configurations match testing requirements:full optical-communication coverage or individual O-band and CL-band coverage, with single-channel through8-channel configurations for precise individual-component tests and parallel batch analysis. Dynamic wavelength and power references provide real-time calibration during high-speed laser scans, offsetting environmental interference to maintain wavelength accuracy and power repeatability. System compatibility supports Optowide tunable lasers or existing customer lasers, optional internal or external photodetectors (PDs), and FC/UPC, FC/APC, and other common interfaces for rapid integration without major test-system changes. An automated scan-analysis-output workflow performs rapid spectral scans and automatically analyzes insertion-loss spectra and PDL, reducing manual processing and evaluation time. DLLs and basic control programs support customized software and specialized test logic. Compact construction and a15~35℃ operating environment suit laboratories and industrial sites. Applications include batch PDL tests of multi-channel WDM components, fiber-link insertion-loss verification, research into new polarization components, and factory inspection of precision optics. Customized band coverage, channel counts, detector types, and interfaces are available with dedicated technical support to improve reliability and efficiency.
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