Optical technology plays an important role in modern communications, sensing and component research. To enable accurate measurement and analysis of optical signals, Anritsu has launched the MS9740B Spectrum Analyzer. With its high accuracy, resolution and flexibility, the instrument has become the tool of choice for optical researchers, helping them break through technical bottlenecks and drive innovation.
Key features:
Passive device measurement speed of less than 0.2 sec (5nm) and short resolution time;
Dedicated application software for evaluating optical active devices
Excellent price/performance ratio
Low power consumption (75VA) and light weight (under 15kg)
Minimum resolution bandwidth of 30pm
One unit for single-mode fiber and multimode fiber
High-precision Spectral Analysis
With advanced optical design and high-speed signal processing, the MS9740B is capable of fast and accurate spectral analysis over a wide range of wavelengths. Whether it is a simple continuous scanning mode, or more complex peak search mode and multi-peak search mode, MS9740B can provide accurate measurement results. Its high resolution and low bias performance allow researchers to gain insight into optical signals from different angles and obtain more accurate data.
Widely used areas
The MS9740B is widely used in the research and development of optical communications, fiber optic sensing and optical components. In the field of optical communication, the instrument can help engineers accurately measure parameters such as optical fiber transmission performance, light source frequency stability and optical device loss to ensure stable and optimized system performance. In the field of fiber optic sensing, the MS9740B can be used to measure the effect of environmental parameter changes on optical signals with high precision, providing powerful support for sensor design and optimization. In addition, the instrument can also be applied to the characterization and performance evaluation of optical components, providing a reliable data base for the development of new materials and devices.
User interface and flexible data analysis
MS9740B spectrum analyzer adopts a friendly user interface, making the operation more convenient and intuitive. Users can control and set up the instrument through a computer or touch screen, and quickly realize the desired measurement mode switching. At the same time, the instrument provides a variety of data analysis functions, such as real-time spectrogram display, data tracking and spectral comparison, enabling users to intuitively understand the characteristics of the optical signal and the pattern of change. In addition, MS9740B also supports data export and saving, which is convenient for subsequent in-depth research and further analysis.
Future Development and Outlook
With the continuous development of optical technology, the requirements for spectrum analyzers are getting higher and higher. In the future, we can look forward to the further optimization and function expansion of MS9740B, the exploration and practice of more application fields. Meanwhile, with the application of technologies such as artificial intelligence and big data analysis, MS9740B is expected to integrate more intelligent functions, provide more comprehensive and efficient data analysis and processing solutions, and further promote the progress of optical research and development.
It provides important support and assistance for optical research and development. Its high-precision spectral analysis capability, widely applicable application areas and user-friendly interface and data analysis functions enable researchers to measure and analyze optical signals more accurately and efficiently.
As a high-precision instrument, the MS9740B Spectrum Analyzer provides reliable tools and data support for optical research and development. Its superior performance and flexibility make it a promising instrument for a wide range of applications in the fields of optical communications, fiber optic sensing and optical components. We look forward to the future development of this instrument and believe it will continue to drive innovation and progress in optical technology.
Optical technology plays an important role in modern communications, sensing and component research. To enable accurate measurement and analysis of optical signals, Anritsu has launched the MS9740B Spectrum Analyzer. With its high accuracy, resolution and flexibility, the instrument has become the tool of choice for optical researchers, helping them break through technical bottlenecks and drive innovation.
Key features:
Passive device measurement speed of less than 0.2 sec (5nm) and short resolution time;
Dedicated application software for evaluating optical active devices
Excellent price/performance ratio
Low power consumption (75VA) and light weight (under 15kg)
Minimum resolution bandwidth of 30pm
One unit for single-mode fiber and multimode fiber
High-precision Spectral Analysis
With advanced optical design and high-speed signal processing, the MS9740B is capable of fast and accurate spectral analysis over a wide range of wavelengths. Whether it is a simple continuous scanning mode, or more complex peak search mode and multi-peak search mode, MS9740B can provide accurate measurement results. Its high resolution and low bias performance allow researchers to gain insight into optical signals from different angles and obtain more accurate data.
Widely used areas
The MS9740B is widely used in the research and development of optical communications, fiber optic sensing and optical components. In the field of optical communication, the instrument can help engineers accurately measure parameters such as optical fiber transmission performance, light source frequency stability and optical device loss to ensure stable and optimized system performance. In the field of fiber optic sensing, the MS9740B can be used to measure the effect of environmental parameter changes on optical signals with high precision, providing powerful support for sensor design and optimization. In addition, the instrument can also be applied to the characterization and performance evaluation of optical components, providing a reliable data base for the development of new materials and devices.
User interface and flexible data analysis
MS9740B spectrum analyzer adopts a friendly user interface, making the operation more convenient and intuitive. Users can control and set up the instrument through a computer or touch screen, and quickly realize the desired measurement mode switching. At the same time, the instrument provides a variety of data analysis functions, such as real-time spectrogram display, data tracking and spectral comparison, enabling users to intuitively understand the characteristics of the optical signal and the pattern of change. In addition, MS9740B also supports data export and saving, which is convenient for subsequent in-depth research and further analysis.
Future Development and Outlook
With the continuous development of optical technology, the requirements for spectrum analyzers are getting higher and higher. In the future, we can look forward to the further optimization and function expansion of MS9740B, the exploration and practice of more application fields. Meanwhile, with the application of technologies such as artificial intelligence and big data analysis, MS9740B is expected to integrate more intelligent functions, provide more comprehensive and efficient data analysis and processing solutions, and further promote the progress of optical research and development.
It provides important support and assistance for optical research and development. Its high-precision spectral analysis capability, widely applicable application areas and user-friendly interface and data analysis functions enable researchers to measure and analyze optical signals more accurately and efficiently.
As a high-precision instrument, the MS9740B Spectrum Analyzer provides reliable tools and data support for optical research and development. Its superior performance and flexibility make it a promising instrument for a wide range of applications in the fields of optical communications, fiber optic sensing and optical components. We look forward to the future development of this instrument and believe it will continue to drive innovation and progress in optical technology.
