Description

6362D spectral analyzer (referred to as spectrometer) is a high resolution, large dynamic, high speed and high performance spectral analyzer, suitable for 600nm ~ 1700nm spectrum range of DWDM, optical amplifier and other optical system test; LED, FP-LD, DFB-LD, optical transceiver and other optical active device testing; Optical passive device testing such as optical fiber and fiber grating.

20pm Minimum resolution 6362D spectral analyzer (spectrometer) supports different spectral resolution Settings, multiple spectral resolution Settings can be flexibly switched, and the minimum spectral resolution is better than 20pm

Peak retrieval 6362D spectral analyzer (spectrometer) adopts the spectral adaptive peak retrieval algorithm with independent intellectual property rights, high peak retrieval accuracy, adaptability and robustness, and fast operation speed.

Single longitudinal mode laser spectral analysis 6362D spectral analyzer (spectrometer) has the function of multi-scene spectral analysis, for DFB-LD and other single longitudinal mode laser light source, the instrument provides threshold analysis and edge mode rejection ratio analysis of two analysis methods, effectively and accurately evaluate the center wavelength, spectral bandwidth and edge mode rejection ratio of single longitudinal mode light source to be measured.

Multi-longitudinal mode laser spectral analysis For FP-LD and other multi-longitudinal mode laser sources, 6362D spectral analyzer (spectrometer) provides ndB loss analysis, envelope analysis and root-mean-square analysis of three analysis methods, multi-dimensional comprehensive evaluation of the center wavelength and spectral bandwidth of multi-longitudinal mode source to be measured.

A variety of optoelectronic device application analysis function 6362D spectral analyzer (spectrometer) can be used for one-click testing and analysis of LED, FP-LD, DFB-LD, LD module and other types of lasers, to achieve batch processing of all test items. In addition to the spectral measurement application of semiconductor laser source, the instrument also integrates optical fiber polarization mode dispersion measurement application, wavelength division multiplexing application, fiber amplifier application, wavelength division multiplexing filter application, wavelength division multiplexing fiber amplifier application and other spectral application functions. The following is a typical analysis of wavelength division multiplexing application.