Product Description:
AQ6370 is a high-speed and high-performance spectroscopy analyzer from Yokogawa Electric Corporation, used for characterizing optical communication systems and optical components. With just one simple function key, you can utilize 13 built-in optical viewers for analysis functions and 7 trace calculation options suitable for popular applications. Yokogawa Electric Corporation continues to provide you with high-quality products to simplify your business practices.
AQ6370D is the latest version of Yokogawa's most popular telecommunications-grade OSA. It offers a universal wavelength range of 600 nm to 1700 nm, making it highly suitable for both telecommunications and general applications. The unique free-space input design allows for testing of DWDM-class single-mode and VCSEL source multimode fibers within a single model.
The new features include data recording, door sampling, resolution calibration, advanced marking function and enhanced automatic scanning mode.
Feature:
Diverse functions: It has a data recording function, which can record results such as WDM analysis and DFB-LD analysis, with timestamps. The data can be displayed in tables and graphs, and spectra can be stored for viewing and troubleshooting. A new advanced marking function has been added, allowing for the addition of markers to obtain the power density and integrated power of the specified spectrum, facilitating the direct acquisition of the OSNR value of the signal. The gated sampling function is helpful for the loop circuit testing of the optical transmission system, and is faster compared to traditional external triggering or scan enable functions. The scanning range of the automatic scanning mode has been expanded, supporting multi-mode applications.
High wavelength accuracy: The wavelength accuracy is ±0.01nm (for high-performance models in the C band, it can reach 0.01nm), and it can achieve high-precision measurement within the wavelength range of 600 - 1700nm, meeting the requirements for precise measurement of the wavelength of optical signals.
High resolution: The wavelength resolution is 0.02nm, which can clearly distinguish very close spectral signals, facilitating the analysis of complex spectral structures.
