Difference between Yokogawa AQ6370D and AQ6370C Spectral Analysers
The AQ6370 Spectrum Analyser is a high-performance spectrometer that can be used to measure the spectral characteristics of a wide range of optical communication equipment and devices. Its application areas include: optical fibre communication, optical sensing, optical materials, optical measurement.The wavelength range of AQ6370 Spectrum Analyser is 600~1700nm, which covers the range of visible and near infrared light, and it is suitable for a variety of optical applications.
AQ6370D is an upgraded model of AQ6370C with the following main differences:
- The AQ6370D adds features such as data logging, gated sampling, resolution correction and advanced markers to record and analyse more spectral data.
- The AQ6370D is available in both standard and high-performance models, with the high-performance version offering higher wavelength accuracy, dynamic range and stray light rejection.
- The AQ6370D's extended scanning range of 50,001 data sampling points allows measurement of a wider wavelength range while maintaining high resolution.
- The AQ6370D has been discontinued on 1 December 2023 and its replacement is the AQ6370E.
The AQ6370C can be used for testing and research and development of optical active devices, optical passive devices, optical transmission equipment, etc. The AQ6370C is a spectrum analyser, manufactured by Yokogawa Metrology & Instrumentation, which was discontinued in 2014:
- Wavelength range: 600~1700nm
- High wavelength accuracy: ±0.01nm
- High wavelength resolution: 0.02nm
- Large dynamic range: 78dB (typical)
- Wide power range: +20~-90dBm
- Fast measurement: 0.2 sec (100nm span)
- Suitable for singlemode and multimode fibres
- Built-in wavelength reference source
- Multiple analysis functions
- Macro Programming Functions
- Fast remote interface
What are the applications of AQ6370 Spectrum Analyser?
The AQ6370 Spectrum Analyser is a high-performance spectrometer that can be used to measure the spectral characteristics of a wide range of optical communication equipment and devices.The AQ6370 Spectrum Analyser is suitable for a wide range of optical applications with a wavelength range of 600~1700 nm, covering the visible and near-infrared light range. Its application areas include:
- Optical fibre communication: it can measure the wavelength, power, OSNR, SMSR, spectral width and other parameters of DWDM systems, optical amplifiers, lasers, filters, optical switches and so on.
- Optical sensing: it can measure the reflection spectrum, transmission spectrum, strain, temperature and other parameters of optical fibre grating, optical fibre laser, optical fibre gyroscope and so on.
- Optical materials: can measure absorption spectrum, emission spectrum, transmission spectrum, reflection spectrum and other parameters of semiconductors, liquid crystals, solar cells and so on.
- Optical Measurement: It can measure dispersion, chromatic aberration, colour temperature, colour coordinates and other parameters of optical instruments, optical systems, optical components, etc.
AQ6370 Spectrum Analyser for testing?
The AQ6370 Spectrum Analyser is a high-performance spectrometer that can be used to measure the spectral characteristics of a wide range of optical communication equipment and devices. The general steps for testing with the AQ6370 Spectrum Analyser are as follows:
- Power-on calibration: Connect the optical input connector and optical output connector of the spectrum analyzer with optical fibre, and press the SYSTEM OPTICAL ALIGNMENT and EXECUTE softkeys to perform alignment adjustment and wavelength calibration.
- Setting Test Conditions: Press SWEEP AUTO to execute automatic measurement, or press SPAN, LEVEL and SETUP to manually set parameters such as scanning range, reference power, resolution and sensitivity.
- Connect the device under test: connect the optical input connector of the spectrum analyzer and the optical output connector of the device under test with optical fibre and observe the measurement waveform.
- Analyze the measurement results: Press ANALYSIS to select the corresponding analysis function, such as wavelength, power, OSNR, SMSR, spectral width, etc., or press MARKER to set the marker point and read the data on the waveform.
- To save the measurement data: Press FILE, select ITEM SELECT, choose the type of data to be saved, such as GRAPHIC, TRACE, DATA, etc., and then press WRITE, select the storage location, input the file name and press EXECUTE to save the data.
The AQ6370 Spectrum Analyser is a high-performance spectrometer that can be used to measure the spectral characteristics of a wide range of optical communication equipment and devices. Its application areas include: optical fibre communication, optical sensing, optical materials, optical measurement.The wavelength range of AQ6370 Spectrum Analyser is 600~1700nm, which covers the range of visible and near infrared light, and it is suitable for a variety of optical applications.
AQ6370D is an upgraded model of AQ6370C with the following main differences:
- The AQ6370D adds features such as data logging, gated sampling, resolution correction and advanced markers to record and analyse more spectral data.
- The AQ6370D is available in both standard and high-performance models, with the high-performance version offering higher wavelength accuracy, dynamic range and stray light rejection.
- The AQ6370D's extended scanning range of 50,001 data sampling points allows measurement of a wider wavelength range while maintaining high resolution.
- The AQ6370D has been discontinued on 1 December 2023 and its replacement is the AQ6370E.
The AQ6370C can be used for testing and research and development of optical active devices, optical passive devices, optical transmission equipment, etc. The AQ6370C is a spectrum analyser, manufactured by Yokogawa Metrology & Instrumentation, which was discontinued in 2014:
- Wavelength range: 600~1700nm
- High wavelength accuracy: ±0.01nm
- High wavelength resolution: 0.02nm
- Large dynamic range: 78dB (typical)
- Wide power range: +20~-90dBm
- Fast measurement: 0.2 sec (100nm span)
- Suitable for singlemode and multimode fibres
- Built-in wavelength reference source
- Multiple analysis functions
- Macro Programming Functions
- Fast remote interface
What are the applications of AQ6370 Spectrum Analyser?
The AQ6370 Spectrum Analyser is a high-performance spectrometer that can be used to measure the spectral characteristics of a wide range of optical communication equipment and devices.The AQ6370 Spectrum Analyser is suitable for a wide range of optical applications with a wavelength range of 600~1700 nm, covering the visible and near-infrared light range. Its application areas include:
- Optical fibre communication: it can measure the wavelength, power, OSNR, SMSR, spectral width and other parameters of DWDM systems, optical amplifiers, lasers, filters, optical switches and so on.
- Optical sensing: it can measure the reflection spectrum, transmission spectrum, strain, temperature and other parameters of optical fibre grating, optical fibre laser, optical fibre gyroscope and so on.
- Optical materials: can measure absorption spectrum, emission spectrum, transmission spectrum, reflection spectrum and other parameters of semiconductors, liquid crystals, solar cells and so on.
- Optical Measurement: It can measure dispersion, chromatic aberration, colour temperature, colour coordinates and other parameters of optical instruments, optical systems, optical components, etc.
AQ6370 Spectrum Analyser for testing?
The AQ6370 Spectrum Analyser is a high-performance spectrometer that can be used to measure the spectral characteristics of a wide range of optical communication equipment and devices. The general steps for testing with the AQ6370 Spectrum Analyser are as follows:
- Power-on calibration: Connect the optical input connector and optical output connector of the spectrum analyzer with optical fibre, and press the SYSTEM OPTICAL ALIGNMENT and EXECUTE softkeys to perform alignment adjustment and wavelength calibration.
- Setting Test Conditions: Press SWEEP AUTO to execute automatic measurement, or press SPAN, LEVEL and SETUP to manually set parameters such as scanning range, reference power, resolution and sensitivity.
- Connect the device under test: connect the optical input connector of the spectrum analyzer and the optical output connector of the device under test with optical fibre and observe the measurement waveform.
- Analyze the measurement results: Press ANALYSIS to select the corresponding analysis function, such as wavelength, power, OSNR, SMSR, spectral width, etc., or press MARKER to set the marker point and read the data on the waveform.
- To save the measurement data: Press FILE, select ITEM SELECT, choose the type of data to be saved, such as GRAPHIC, TRACE, DATA, etc., and then press WRITE, select the storage location, input the file name and press EXECUTE to save the data.