What is the difference between Yokogawa aq6370c and aq6370b spectrum analyser?
The main difference between the AQ6370C and the AQ6370B is the improved performance and enhanced functionality.The AQ6370C surpasses the AQ6370B in a number of areas, including accuracy, speed, and spectral analyser functionality.
The AQ6370C is available in both standard and high-performance versions, indicating that it offers different configurations to meet the needs of different users. Secondly, the AQ6370C features a number of enhancements that have enabled the AQ6370C to outperform the AQ6370B in the marketplace.The AQ6370C also places special emphasis on its high-speed measurement technology, which, through optimised motor design and the use of acceleration/deceleration control, achieves a scan time of 0.2 seconds or less in the 10-nm wavelength range. This is especially important for application scenarios that require fast measurements.
While the AQ6370B is also an excellent spectrum analyser, featuring high wavelength resolution and a wide dynamic range, and offering higher throughput than its predecessor at the time of its release, the AQ6370C's performance enhancements make it an even more powerful and flexible option.
To summarise, the AQ6370C offers performance improvements over the AQ6370B, particularly in terms of accuracy, speed and specific features such as high-speed measurement technology.
What is the specific comparison between AQ6370C and AQ6370B in terms of accuracy?
The comparison between AQ6370C and AQ6370B in terms of accuracy is mainly in terms of wavelength accuracy and wavelength resolution.AQ6370C has a wavelength range of 600~1700nm, high wavelength accuracy ±0.01nm and high wavelength resolution of 0.02nm, which indicates that the AQ6370C performs well in terms of measurement accuracy and is able to provide very accurate wavelength measurement results. results.
The wavelength accuracy of the AQ6370B spectrum analyser varies over different wavelength ranges. In the wavelength range of 1520~1580nm, its wavelength accuracy is ±0.02nm; while in the wavelength range of 1450~1520nm, the wavelength accuracy is ±0.04nm and ±0.1nm. In addition, there are also information mentioning that the wavelength accuracy of the AQ6370B is ±0.02nm, as well as that of the high performance version in the C-band, the wavelength accuracy of ±0.01nm, and the standard version in the C+L band. The wavelength accuracy in the C+L band is ±0.02nm for the high performance version and ±0.02nm for the standard version.
The main difference between the AQ6370C and the AQ6370B is the improved performance and enhanced functionality.The AQ6370C surpasses the AQ6370B in a number of areas, including accuracy, speed, and spectral analyser functionality.
The AQ6370C is available in both standard and high-performance versions, indicating that it offers different configurations to meet the needs of different users. Secondly, the AQ6370C features a number of enhancements that have enabled the AQ6370C to outperform the AQ6370B in the marketplace.The AQ6370C also places special emphasis on its high-speed measurement technology, which, through optimised motor design and the use of acceleration/deceleration control, achieves a scan time of 0.2 seconds or less in the 10-nm wavelength range. This is especially important for application scenarios that require fast measurements.
While the AQ6370B is also an excellent spectrum analyser, featuring high wavelength resolution and a wide dynamic range, and offering higher throughput than its predecessor at the time of its release, the AQ6370C's performance enhancements make it an even more powerful and flexible option.
To summarise, the AQ6370C offers performance improvements over the AQ6370B, particularly in terms of accuracy, speed and specific features such as high-speed measurement technology.
What is the specific comparison between AQ6370C and AQ6370B in terms of accuracy?
The comparison between AQ6370C and AQ6370B in terms of accuracy is mainly in terms of wavelength accuracy and wavelength resolution.AQ6370C has a wavelength range of 600~1700nm, high wavelength accuracy ±0.01nm and high wavelength resolution of 0.02nm, which indicates that the AQ6370C performs well in terms of measurement accuracy and is able to provide very accurate wavelength measurement results. results.
The wavelength accuracy of the AQ6370B spectrum analyser varies over different wavelength ranges. In the wavelength range of 1520~1580nm, its wavelength accuracy is ±0.02nm; while in the wavelength range of 1450~1520nm, the wavelength accuracy is ±0.04nm and ±0.1nm. In addition, there are also information mentioning that the wavelength accuracy of the AQ6370B is ±0.02nm, as well as that of the high performance version in the C-band, the wavelength accuracy of ±0.01nm, and the standard version in the C+L band. The wavelength accuracy in the C+L band is ±0.02nm for the high performance version and ±0.02nm for the standard version.