Yokogawa AQ6373E vs AQ6373B Spectrum Analyser Difference?
2024-06-26
View：1104
The Yokogawa AQ6373E offers slight improvements in dynamic range, wavelength accuracy and resolution over the AQ6373BI spectrum analyser, as well as the addition of a large LCD touch screen and APP mode for easier operation. Both are similar in terms of application areas and are suitable for medical, biological and materials processing. If you need higher performance and better user experience, it is recommended to choose the AQ6373E; if you have a limited budget or don't have particularly high requirements for certain performance, the AQ6373B is also a good choice.
The AQ6373E is richer and more diverse than the AQ6373B in terms of application optimisation and function expansion, especially for laser evaluation and production test applications. The main differences between the Yokogawa AQ6373E and the AQ6373B are application optimisation and function expansion:
Application Optimisation:
The AQ6373E not only features standard performance models, but also a high-resolution model optimised for laser evaluation applications and a limited edition model designed for production test applications.
The AQ6373B is used more often for short-wavelength lasers, passive components, LEDs, as well as in the fields of biology, material processing, consumer goods and telecommunications.
Additional Features:
The AQ6373E comes preloaded with a variety of basic applications, such as WDM testing, DFB-LD testing, FP-LD testing, etc., and can be extended by downloading additional applications through its official website.
The AQ6373B, on the other hand, relies heavily on Yokogawa's proprietary Remote Command Mode for operation.
What are the specific high-resolution models of the Yokogawa AQ6373E, and what are their features and application scenarios?
Wavelength Resolution Setting: High-resolution models have a wavelength resolution of 0.01~10nm, while standard models have a wavelength resolution of 0.02~10nm.
Application features:
High-speed and accurate analysis: The AQ6373E is capable of high-speed and accurate analysis of short wavelengths.
Versatile use: The device is suitable for a variety of applications, including accelerating the development and manufacture of short-wavelength lasers, passive devices, and LEDs.
Wide range of application scenarios: It has a wide range of applications in biomedicine, materials processing, consumer products and healthcare.
Specific application scenarios:
Medical field: AQ6373E can be used in the development of pulse oximeter to measure blood oxygen saturation using LED light source.
Materials Processing: In the materials processing field, the AQ6373E can be used to analyse and optimise the optical properties of materials.
Consumer products: In the field of consumer products, the AQ6373E can be used to test and improve the optical properties of products
Do the Yokogawa AQ6373E and AQ6373B spectrum analysers have the same resolution?
The resolution of the Yokogawa AQ6373E and AQ6373B spectrum analysers are not identical. According to the search results, the wavelength resolution setting of the AQ6373E spectrum analyser can be 0.01nm to 10nm, where it can be set to 0.01nm in the wavelength range of 350nm to 600nm, whereas the wavelength resolution of the AQ6373B spectrum analyser can be 0.02nm to 10nm, where it can be set to 0.01 in the range of 400nm to 470nm. nm. Therefore, while both provide high resolution, the AQ6373E may be slightly better than the AQ6373B in some wavelength ranges.
Yokogawa AQ6373E vs AQ6373B Spectrum Analyser Difference?
2024-06-26
The Yokogawa AQ6373E offers slight improvements in dynamic range, wavelength accuracy and resolution over the AQ6373BI spectrum analyser, as well as the addition of a large LCD touch screen and APP mode for easier operation. Both are similar in terms of application areas and are suitable for medical, biological and materials processing. If you need higher performance and better user experience, it is recommended to choose the AQ6373E; if you have a limited budget or don't have particularly high requirements for certain performance, the AQ6373B is also a good choice.
The AQ6373E is richer and more diverse than the AQ6373B in terms of application optimisation and function expansion, especially for laser evaluation and production test applications. The main differences between the Yokogawa AQ6373E and the AQ6373B are application optimisation and function expansion:
Application Optimisation:
The AQ6373E not only features standard performance models, but also a high-resolution model optimised for laser evaluation applications and a limited edition model designed for production test applications.
The AQ6373B is used more often for short-wavelength lasers, passive components, LEDs, as well as in the fields of biology, material processing, consumer goods and telecommunications.
Additional Features:
The AQ6373E comes preloaded with a variety of basic applications, such as WDM testing, DFB-LD testing, FP-LD testing, etc., and can be extended by downloading additional applications through its official website.
The AQ6373B, on the other hand, relies heavily on Yokogawa's proprietary Remote Command Mode for operation.
What are the specific high-resolution models of the Yokogawa AQ6373E, and what are their features and application scenarios?
Wavelength Resolution Setting: High-resolution models have a wavelength resolution of 0.01~10nm, while standard models have a wavelength resolution of 0.02~10nm.
Application features:
High-speed and accurate analysis: The AQ6373E is capable of high-speed and accurate analysis of short wavelengths.
Versatile use: The device is suitable for a variety of applications, including accelerating the development and manufacture of short-wavelength lasers, passive devices, and LEDs.
Wide range of application scenarios: It has a wide range of applications in biomedicine, materials processing, consumer products and healthcare.
Specific application scenarios:
Medical field: AQ6373E can be used in the development of pulse oximeter to measure blood oxygen saturation using LED light source.
Materials Processing: In the materials processing field, the AQ6373E can be used to analyse and optimise the optical properties of materials.
Consumer products: In the field of consumer products, the AQ6373E can be used to test and improve the optical properties of products
Do the Yokogawa AQ6373E and AQ6373B spectrum analysers have the same resolution?
The resolution of the Yokogawa AQ6373E and AQ6373B spectrum analysers are not identical. According to the search results, the wavelength resolution setting of the AQ6373E spectrum analyser can be 0.01nm to 10nm, where it can be set to 0.01nm in the wavelength range of 350nm to 600nm, whereas the wavelength resolution of the AQ6373B spectrum analyser can be 0.02nm to 10nm, where it can be set to 0.01 in the range of 400nm to 470nm. nm. Therefore, while both provide high resolution, the AQ6373E may be slightly better than the AQ6373B in some wavelength ranges.