Ando AQ6317B Optical Spectrum Analyzer

The AQ6317B is an advanced optical spectrum analyzer for a wide range of applications, including light source evaluation, measurement of loss wavelength characteristics in optical devices, and waveform analysis of WDM (Wavelength Division Multiplexing) systems.
Especially at C-band and L-band, the unit achieves high wavelength accuracy and wavelength linearity, and can evaluate optical devices for WDM. Analysis functions make operation and expandability simple.
The AQ6317B contains the latest Ando technology for optical spectrum analyzers. A reference equipment for the next generation.
In comparison with the former model, the wavelength accuracy of the AQ6317B has been improved to ±20 pm, and it is specified as for the L-band as well. WDM analysis function and notch width analysis function are improved, and multi-channel NF analysis function and optical filter analysis function are newly added. It has become much easier to use with other improvements, such as sweep speed-up.

Features:
• Wide dynamic range for 50 GHz WDM-Signals
The dynamic range is 70 dB at peak ±0.4 nm, and 60 dB at peak ±0.2 nm.
High-resolution measurement achieves wide dynamic range with 50 GHz spacing WDM system. 
• High wavelength accuracy
Provides ±0.02 nm wavelength accuracy at 1520 to 1580 nm, and ±0.04 nm at 1580 to 1620 nm, with ±0.01 nm wavelength linearity, making it especially useful for high-precision loss wavelength characteristics and other evaluation of WDM devices.
The wavelength scale indicates both in air and in vacuum.
• High wavelength resolution
Achieves wavelength resolution of 0.015 nm.
• Versatile analysis functions
Analysis functions for WDM and other optical devices (LD, LED, FBG, etc.).
• Synchronous sweep
In conjunction with an AQ4321 Tunable Laser Source, much higher wavelength resolution/wide dynamic range can be achieved by high-speed synchronous sweep.
• High sensitivity
High sensitivity allows measurement of light at down to -90 dBm, covering from 1200 to 1650 nm.
• Low polarization dependency
Measurements such as gain of optical amplifier can be proceeded accurately because polarization dependency is suppressed as low as ±0.05 dB.
• High-level accuracy
Accurate within ±0.3 dB.
•High power measurement: Max. +20 dBm (100 mW)
Even high-power output from an optical amplifier can be measured directly without an optical attenuator.

Additional technical information is available by downloading the .pdf data sheet below.

For pricing information, or to receive an official price quotation for the Ando AQ6317B Optical Spectrum Analyzer, please click on the "Request Quote" button below.

Advantest Q8381 Optical Spectrum Analyzer

Optical Spectrum Analysis of Wide Dynamic Range
Features:
• Wavelength Range: 0.6 to 1.75 μm
• 0.1 nm Resolution
• Wide Dynamic Range: 50 dB (at +/- 5nm Away)
• High Speed Measurement

Additional technical information is available by downloading the .pdf data sheet below.

For pricing information, or to receive an official price quotation for the Advantest Q8381 Optical Spectrum Analyzer, please click on the "Request Quote" button below.

Advantest Q8384 Optical Spectrum Analyzer

Can measure and evaluate ultra high-speed optical DWDM transmission systems, and optical components at high wavelength resolution and high accuracy. New high-end optical spectrum analyzer adopting a new four-pass monochromator system providing high wavelength resolution and wide dynamic range.

Features:
• 10 pm resolution bandwidth
• 20 pm wavelength accuracy (after calibration with Opt. 25)
• Wide dynamic range: 50 dB (±0.1 nm), 60 dB (±0.2 nm)
• Optical frequency display
• Accurate NF measurement on EDFAs
• Can handle power levels as high as +23 dBm (200 mW)
• Abundance of WDM analysis functions
• Limit line function for Pass/Fail analysis provided

Additional technical information is available by downloading the .pdf data sheet below.

For pricing information, or to receive an official price quotation for the Advantest Q8384 Optical Spectrum Analyzer, please click on the "Request Quote" button below.