AQ6370C YOKOGAWA Spectrum Analyser Description
The YOKOGAWA AQ6370C is a high-performance spectrum analyser with world-class optical performance. With a wavelength range of 600 to 1700 nm, it is capable of delivering high wavelength accuracy of ±0.01 nm and high wavelength resolution of 0.02 nm. In addition, the AQ6370C features a large dynamic range of 78 dB (typical) and a wide power range of +20 to -90 dBm, making it capable of quickly measuring and processing a wide range of light sources.
Its stray light rejection capability, which achieves a high stray light rejection rate of 80 dB, which helps to shorten measurement time and improve measurement efficiency.The AQ6370C supports a wide range of analysis functions, including WDM (OSNR) analysis, WDM-NF (EDFA) analysis, DFB-LD analysis, etc., to satisfy different testing needs.
The AQ6370C is also equipped with a built-in wavelength reference source for wavelength calibration and optical alignment to ensure measurement accuracy and reliability. By optimising the motor design and using acceleration/deceleration control, the AQ6370C is able to achieve a scan time of 0.2 seconds or less in the 10-nm wavelength range, further enhancing measurement speed.
The AQ6370C is a powerful, fast-measuring, high-precision spectrum analyser suitable for optical characteristic measurements of optical communication equipment and devices, as well as for testing high-power light sources such as fibre lasers.
What is the market positioning and target user group of the AQ6370C Spectrum Analyser?
The AQ6370C Spectrum Analyser is marketed as a high-performance spectral analysis solution, aiming to outperform the highest-performance existing model on the market, the AQ6370B. It is available in two versions, the Standard and High Performance, which indicates that it is capable of meeting the needs of a variety of users, ranging from basic to advanced performance requirements.30 The target user group may be professionals who require high-precision and high-speed spectral analyses or businesses, including but not limited to the fields of electrical engineering, chemical analysis, and materials science. These users may have a high demand for improved work efficiency and accuracy of experimental results.
What is the performance and user feedback of AQ6370C in practical applications?
Intuitive operation: After years of user feedback, the front panel operation of the AQ6370C has become more intuitive and easier to operate. The addition of the mouse function makes navigation easier, while the keyboard can be used to input numbers and file names, improving ease of use. This has also been proven by other users who found the front panel operation intuitive and easy to use.
High stray light rejection: The AQ6370C has a high stray light rejection rate, which means that it is able to significantly reduce measurement times, an important advantage for users who need to acquire data quickly.
Data Logging Function: The device has a powerful data logging function that can record analysis results including WDM analysis (OSNR, optical signal/noise ratio), distribution feedback, and more. This feature is useful for users who need to analyse spectral data in detail.
Test Program Creation: By recording the user's actual keystrokes and parameter selections, the AQ6370C makes it easy to create test programs. This facilitates repetitive testing, especially if a large number of identical or similar tests need to be performed.
Resolution: In experiments, the AQ6370C demonstrated a resolution of 0.02, an important feature for application scenarios that require high-precision measurements.
Introduction of new features: Based on the AQ6370C, the AQ6370D (its upgraded version) introduces a number of new features. Although this information is specific to the AQ6370D, they reflect the manufacturer's attitude towards continuous product improvement, which may also be reflected in the AQ6370C to enhance the user experience.
The AQ6370C has demonstrated good operation intuition, high stray light rejection, powerful data logging, convenient test programme creation capability and high resolution in practical applications, all of which have received positive feedback from users. Meanwhile, the new features of the AQ6370D show that the manufacturer is constantly striving to improve product performance and user experience.
What are the technical specifications and features of the AQ6370C in detail?
Advanced Monochromator: This indicates that the AQ6370C incorporates advanced monochromator technology to improve the accuracy and reliability of measurements.
Faster circuitry: This means that the AQ6370C has an optimised electronic circuit design that enables faster data processing.
Noise cancellation technology: By using advanced noise cancellation technology, the AQ6370C is able to provide clearer and more accurate measurements in noisy environments.
Faster Measurement Speed: The AQ6370C supports fast scanning, taking only 0.2 seconds per 100nm, greatly reducing measurement time.
Fast Remote Interface (Ethernet, GPIB): This allows the AQ6370C to be remotely controlled and data transferred via a network or GPIB interface, increasing flexibility and convenience of use.
Wavelength range: With a wavelength range of 600 to 1700 nm, the AQ6370C covers a wide spectral region from the near infrared to the near ultraviolet.
High wavelength accuracy: Its wavelength accuracy is as high as ±0.01 nm, ensuring highly accurate measurement results.
High wavelength resolution: The AQ6370C features a high wavelength resolution of 0.02 nm, further enhancing its performance in fine measurements.
Stray Light Suppression Function: This new specification provides a stray light suppression function that eliminates the need to use a large dynamic measurement mode with slow scanning speeds, which is especially important for application scenarios that require high-precision measurements.
The Yokogawa AQ6370C Spectrum Analyzer provides an efficient, accurate and user-friendly solution for spectral analysis through its advanced monochromator, optimised circuit design, advanced noise reduction technology, fast measurement speed and flexible remote interface. In addition, its wide wavelength range, high wavelength accuracy and resolution, and stray light suppression make it ideal for a variety of optical measurement applications.
The YOKOGAWA AQ6370C is a high-performance spectrum analyser with world-class optical performance. With a wavelength range of 600 to 1700 nm, it is capable of delivering high wavelength accuracy of ±0.01 nm and high wavelength resolution of 0.02 nm. In addition, the AQ6370C features a large dynamic range of 78 dB (typical) and a wide power range of +20 to -90 dBm, making it capable of quickly measuring and processing a wide range of light sources.
Its stray light rejection capability, which achieves a high stray light rejection rate of 80 dB, which helps to shorten measurement time and improve measurement efficiency.The AQ6370C supports a wide range of analysis functions, including WDM (OSNR) analysis, WDM-NF (EDFA) analysis, DFB-LD analysis, etc., to satisfy different testing needs.
The AQ6370C is also equipped with a built-in wavelength reference source for wavelength calibration and optical alignment to ensure measurement accuracy and reliability. By optimising the motor design and using acceleration/deceleration control, the AQ6370C is able to achieve a scan time of 0.2 seconds or less in the 10-nm wavelength range, further enhancing measurement speed.
The AQ6370C is a powerful, fast-measuring, high-precision spectrum analyser suitable for optical characteristic measurements of optical communication equipment and devices, as well as for testing high-power light sources such as fibre lasers.
What is the market positioning and target user group of the AQ6370C Spectrum Analyser?
The AQ6370C Spectrum Analyser is marketed as a high-performance spectral analysis solution, aiming to outperform the highest-performance existing model on the market, the AQ6370B. It is available in two versions, the Standard and High Performance, which indicates that it is capable of meeting the needs of a variety of users, ranging from basic to advanced performance requirements.30 The target user group may be professionals who require high-precision and high-speed spectral analyses or businesses, including but not limited to the fields of electrical engineering, chemical analysis, and materials science. These users may have a high demand for improved work efficiency and accuracy of experimental results.
What is the performance and user feedback of AQ6370C in practical applications?
Intuitive operation: After years of user feedback, the front panel operation of the AQ6370C has become more intuitive and easier to operate. The addition of the mouse function makes navigation easier, while the keyboard can be used to input numbers and file names, improving ease of use. This has also been proven by other users who found the front panel operation intuitive and easy to use.
High stray light rejection: The AQ6370C has a high stray light rejection rate, which means that it is able to significantly reduce measurement times, an important advantage for users who need to acquire data quickly.
Data Logging Function: The device has a powerful data logging function that can record analysis results including WDM analysis (OSNR, optical signal/noise ratio), distribution feedback, and more. This feature is useful for users who need to analyse spectral data in detail.
Test Program Creation: By recording the user's actual keystrokes and parameter selections, the AQ6370C makes it easy to create test programs. This facilitates repetitive testing, especially if a large number of identical or similar tests need to be performed.
Resolution: In experiments, the AQ6370C demonstrated a resolution of 0.02, an important feature for application scenarios that require high-precision measurements.
Introduction of new features: Based on the AQ6370C, the AQ6370D (its upgraded version) introduces a number of new features. Although this information is specific to the AQ6370D, they reflect the manufacturer's attitude towards continuous product improvement, which may also be reflected in the AQ6370C to enhance the user experience.
The AQ6370C has demonstrated good operation intuition, high stray light rejection, powerful data logging, convenient test programme creation capability and high resolution in practical applications, all of which have received positive feedback from users. Meanwhile, the new features of the AQ6370D show that the manufacturer is constantly striving to improve product performance and user experience.
What are the technical specifications and features of the AQ6370C in detail?
Advanced Monochromator: This indicates that the AQ6370C incorporates advanced monochromator technology to improve the accuracy and reliability of measurements.
Faster circuitry: This means that the AQ6370C has an optimised electronic circuit design that enables faster data processing.
Noise cancellation technology: By using advanced noise cancellation technology, the AQ6370C is able to provide clearer and more accurate measurements in noisy environments.
Faster Measurement Speed: The AQ6370C supports fast scanning, taking only 0.2 seconds per 100nm, greatly reducing measurement time.
Fast Remote Interface (Ethernet, GPIB): This allows the AQ6370C to be remotely controlled and data transferred via a network or GPIB interface, increasing flexibility and convenience of use.
Wavelength range: With a wavelength range of 600 to 1700 nm, the AQ6370C covers a wide spectral region from the near infrared to the near ultraviolet.
High wavelength accuracy: Its wavelength accuracy is as high as ±0.01 nm, ensuring highly accurate measurement results.
High wavelength resolution: The AQ6370C features a high wavelength resolution of 0.02 nm, further enhancing its performance in fine measurements.
Stray Light Suppression Function: This new specification provides a stray light suppression function that eliminates the need to use a large dynamic measurement mode with slow scanning speeds, which is especially important for application scenarios that require high-precision measurements.
The Yokogawa AQ6370C Spectrum Analyzer provides an efficient, accurate and user-friendly solution for spectral analysis through its advanced monochromator, optimised circuit design, advanced noise reduction technology, fast measurement speed and flexible remote interface. In addition, its wide wavelength range, high wavelength accuracy and resolution, and stray light suppression make it ideal for a variety of optical measurement applications.