About MS9740A Anritsu Anritsu Spectrum Analyser Essentials, Bookmark this post!
The MS9740A is a spectrum analyser from Anritsu designed to analyse optical signals in the wavelength range of 600 to 1750 nm.With its high-performance optical resolution and high-speed measurement capability, the MS9740A is capable of evaluating data from up to 300 channels and displaying the information required for WDM signal analysis, such as centre wavelength, level, and signal-to-noise ratio.
In addition, the MS9740A offers excellent cost performance and dynamic range performance of ≥60 dB (0.4 nm from peak wavelength) and a polarisation dependence of ±0.05 dB35 at 1550/1600 nm. The unit also supports remote control via GPIB and Ethernet, making it more flexible and convenient for practical applications.
The MS9740A is a desktop-type spectrum analyser for evaluating active optoelectronic devices, offering high performance measurement capabilities as well as cost-effectiveness and flexibility for a wide range of application scenarios that require accurate measurement and analysis of optical signals in the wavelength range of 600 to 1750 nm.
What are the detailed technical specifications of the MS9740A Spectrum Analyser?
The detailed technical specifications of the MS9740A Spectrum Analyser include:
Wavelength range: 600 nm to 1750 nm .
Maximum input optical power: +23 dBm (with optical attenuator on).
Dynamic range: High dynamic range of 60 dB (at 0.4 nm from peak wavelength) and normal dynamic range of 58 dB (at 0.4 nm from peak wavelength).
Resolution: 0.03, 0.05, 0.07, 0.1, 0.2, 0.5, 1.0nm (RBW: 3dB pass bandwidth).
Applicable fibres: 10µm/125µm SM fibre (ITU-T G.652), 50µm/125µm GI fibre.
Optical Connector: User exchangeable FC, SC, ST, DIN, LC.
Test wavelength accuracy: ±.... .nm (exact value not provided, but indicates accurate wavelength measurement capability).
Scan time: 80% shorter than older models.
These specifications demonstrate the performance, flexibility, and efficiency of the MS9740A Spectrum Analyzer, making it an ideal tool for evaluating active optical devices (such as SFP, XFP, and SFP+ modules), optical transceivers, and VCSEL and DFB sources.25 In addition, its high performance and multimode fibre-optic input options help to improve R&D and production-line efficiency, especially for VCSEL and DFB sources in the 850-...nm band. nm band VCSEL and DFB-LD evaluation.
How does the MS9740A compare in performance to other Anritsu brand spectrum analysers?
How the MS9740A compares in performance to other Anritsu brand spectrum analysers can be analysed in several ways. First, the MS9740A/MS9740B products offer a 50% reduction in measurement processing time compared to earlier models, while ensuring high performance and a complete test menu, which demonstrates a significant improvement in efficiency and performance.30 Second, the MS9740A offers the option of multimode fibre optic (MMF) inputs above the 850 nm band, which is important for development and manufacturing efficiency gains.31 In addition, although no direct comparison with the MS9780A is mentioned, it is clear from the description that the MS9780A is also a high-performance spectroscopic analyser employing advanced optics and electronics to quickly and accurately measure and identify the spectral properties of a wide range of substances.
The MS9740A offers significant performance improvements over earlier models, particularly in terms of measurement processing time and test menu completeness. It also has advanced features for specific applications, such as multimode fibre measurements.31 The MS9780A, another high-performance spectral analysis device, is highlighted as employing state-of-the-art technology, suggesting that it also excels in terms of performance, although specific performance parameters are not detailed. Therefore, it can be inferred that the MS9740A has a high level of performance when compared to other Anritsu-branded spectrum analysers such as the MS9780A, but specific application requirements and technical features need to be taken into account when choosing one.
What is the market price of the MS9740A Spectrum Analyser?
The MS9740A Spectrum Analyser has a number of different quoted market prices. the MS9740A Spectrum Analyser's selling price varies depending on the sales channel, whether it is new or used, and whether there is a special offer available. As a result, the price at the time of specific purchase may vary.
What are some case studies of the MS9740A Spectrum Analyser in action?
Case studies of the MS9740A Spectrum Analyser in real-world applications include:
In optical transceiver module application testing, the MS9740A Spectrum Analyzer can achieve one-time detection of the centre wavelength, optical power, OSNR and other experimental items required for LD module inspection, and these data can be clearly and understandably displayed in the same screen.
MS9740A spectrum analyser is widely used in environmental monitoring, industrial testing, scientific research and other fields. Its spectral range covers a wide range of wavelengths such as ultraviolet, visible, and near infrared, which can meet the application needs of different fields.
The spectrum analyser provides high performance optical resolution and high speed measurement to support the needs of component and device manufacturers. Waveform data can be measured in 0.2 seconds for benchtop applications covering 600nm to 1750nm.
In application testing of fibre-optic amplifiers, the MS9740A ensures that the main performance indicators of fibre-optic amplifiers are accurately assessed by testing the input and output of the amplifiers, primarily assessing their gain characteristics (G) and noise figure (NF).
The MS9740A spectrometer also shows its high-resolution advantage in infrared laser spectral wavelength measurement, conveniently monitoring the laser process, which is especially important for practical application scenarios where the laser wavelength needs to be known in advance.
In addition, the MS9740A has also been used in the study of peak-finding for optical fibre Bragg grating reflectance spectra, which shows that it also has a wide range of applications in the field of optical research.
The MS9740A Spectrum Analyser has been used in a wide range of applications including optical transceiver module testing, environmental monitoring, industrial testing, scientific research, fibre optic amplifier performance evaluation, and infrared laser wavelength measurements, demonstrating its broad applicability and highly efficient data processing capabilities.
What is the user feedback and rating for MS9740A Spectrum Analyser?
User feedback and reviews of the MS9740A Spectrum Analyser are generally positive. Firstly, from a promotional outreach perspective, the spectral analyser has been noted for its high basic performance specification and multimode fibre input, which suggests that it meets the needs of the market in terms of technical specifications.The MS9740A spectral analyser supports a wide range of test wavelengths with high wavelength accuracy, technical parameters that are an important advantage for users who require precise measurements.
From a recycling and supply perspective, the Anritsu MS9740A/MS9710C spectrum analysers have been praised for their fast test speeds and application software specifically designed for the evaluation of optical active devices, demonstrating that they provide efficient and accurate performance in real-world applications.
The MS9740A spectrum analyser has performed well in terms of user feedback and reviews, with key benefits including cost-effective performance, fast test speeds, high-accuracy wavelength measurements and dedicated application software support making it a popular choice.
The MS9740A is a spectrum analyser from Anritsu designed to analyse optical signals in the wavelength range of 600 to 1750 nm.With its high-performance optical resolution and high-speed measurement capability, the MS9740A is capable of evaluating data from up to 300 channels and displaying the information required for WDM signal analysis, such as centre wavelength, level, and signal-to-noise ratio.
In addition, the MS9740A offers excellent cost performance and dynamic range performance of ≥60 dB (0.4 nm from peak wavelength) and a polarisation dependence of ±0.05 dB35 at 1550/1600 nm. The unit also supports remote control via GPIB and Ethernet, making it more flexible and convenient for practical applications.
The MS9740A is a desktop-type spectrum analyser for evaluating active optoelectronic devices, offering high performance measurement capabilities as well as cost-effectiveness and flexibility for a wide range of application scenarios that require accurate measurement and analysis of optical signals in the wavelength range of 600 to 1750 nm.
What are the detailed technical specifications of the MS9740A Spectrum Analyser?
The detailed technical specifications of the MS9740A Spectrum Analyser include:
Wavelength range: 600 nm to 1750 nm .
Maximum input optical power: +23 dBm (with optical attenuator on).
Dynamic range: High dynamic range of 60 dB (at 0.4 nm from peak wavelength) and normal dynamic range of 58 dB (at 0.4 nm from peak wavelength).
Resolution: 0.03, 0.05, 0.07, 0.1, 0.2, 0.5, 1.0nm (RBW: 3dB pass bandwidth).
Applicable fibres: 10µm/125µm SM fibre (ITU-T G.652), 50µm/125µm GI fibre.
Optical Connector: User exchangeable FC, SC, ST, DIN, LC.
Test wavelength accuracy: ±.... .nm (exact value not provided, but indicates accurate wavelength measurement capability).
Scan time: 80% shorter than older models.
These specifications demonstrate the performance, flexibility, and efficiency of the MS9740A Spectrum Analyzer, making it an ideal tool for evaluating active optical devices (such as SFP, XFP, and SFP+ modules), optical transceivers, and VCSEL and DFB sources.25 In addition, its high performance and multimode fibre-optic input options help to improve R&D and production-line efficiency, especially for VCSEL and DFB sources in the 850-...nm band. nm band VCSEL and DFB-LD evaluation.
How does the MS9740A compare in performance to other Anritsu brand spectrum analysers?
How the MS9740A compares in performance to other Anritsu brand spectrum analysers can be analysed in several ways. First, the MS9740A/MS9740B products offer a 50% reduction in measurement processing time compared to earlier models, while ensuring high performance and a complete test menu, which demonstrates a significant improvement in efficiency and performance.30 Second, the MS9740A offers the option of multimode fibre optic (MMF) inputs above the 850 nm band, which is important for development and manufacturing efficiency gains.31 In addition, although no direct comparison with the MS9780A is mentioned, it is clear from the description that the MS9780A is also a high-performance spectroscopic analyser employing advanced optics and electronics to quickly and accurately measure and identify the spectral properties of a wide range of substances.
The MS9740A offers significant performance improvements over earlier models, particularly in terms of measurement processing time and test menu completeness. It also has advanced features for specific applications, such as multimode fibre measurements.31 The MS9780A, another high-performance spectral analysis device, is highlighted as employing state-of-the-art technology, suggesting that it also excels in terms of performance, although specific performance parameters are not detailed. Therefore, it can be inferred that the MS9740A has a high level of performance when compared to other Anritsu-branded spectrum analysers such as the MS9780A, but specific application requirements and technical features need to be taken into account when choosing one.
What is the market price of the MS9740A Spectrum Analyser?
The MS9740A Spectrum Analyser has a number of different quoted market prices. the MS9740A Spectrum Analyser's selling price varies depending on the sales channel, whether it is new or used, and whether there is a special offer available. As a result, the price at the time of specific purchase may vary.
What are some case studies of the MS9740A Spectrum Analyser in action?
Case studies of the MS9740A Spectrum Analyser in real-world applications include:
In optical transceiver module application testing, the MS9740A Spectrum Analyzer can achieve one-time detection of the centre wavelength, optical power, OSNR and other experimental items required for LD module inspection, and these data can be clearly and understandably displayed in the same screen.
MS9740A spectrum analyser is widely used in environmental monitoring, industrial testing, scientific research and other fields. Its spectral range covers a wide range of wavelengths such as ultraviolet, visible, and near infrared, which can meet the application needs of different fields.
The spectrum analyser provides high performance optical resolution and high speed measurement to support the needs of component and device manufacturers. Waveform data can be measured in 0.2 seconds for benchtop applications covering 600nm to 1750nm.
In application testing of fibre-optic amplifiers, the MS9740A ensures that the main performance indicators of fibre-optic amplifiers are accurately assessed by testing the input and output of the amplifiers, primarily assessing their gain characteristics (G) and noise figure (NF).
The MS9740A spectrometer also shows its high-resolution advantage in infrared laser spectral wavelength measurement, conveniently monitoring the laser process, which is especially important for practical application scenarios where the laser wavelength needs to be known in advance.
In addition, the MS9740A has also been used in the study of peak-finding for optical fibre Bragg grating reflectance spectra, which shows that it also has a wide range of applications in the field of optical research.
The MS9740A Spectrum Analyser has been used in a wide range of applications including optical transceiver module testing, environmental monitoring, industrial testing, scientific research, fibre optic amplifier performance evaluation, and infrared laser wavelength measurements, demonstrating its broad applicability and highly efficient data processing capabilities.
What is the user feedback and rating for MS9740A Spectrum Analyser?
User feedback and reviews of the MS9740A Spectrum Analyser are generally positive. Firstly, from a promotional outreach perspective, the spectral analyser has been noted for its high basic performance specification and multimode fibre input, which suggests that it meets the needs of the market in terms of technical specifications.The MS9740A spectral analyser supports a wide range of test wavelengths with high wavelength accuracy, technical parameters that are an important advantage for users who require precise measurements.
From a recycling and supply perspective, the Anritsu MS9740A/MS9710C spectrum analysers have been praised for their fast test speeds and application software specifically designed for the evaluation of optical active devices, demonstrating that they provide efficient and accurate performance in real-world applications.
The MS9740A spectrum analyser has performed well in terms of user feedback and reviews, with key benefits including cost-effective performance, fast test speeds, high-accuracy wavelength measurements and dedicated application software support making it a popular choice.