Spectrum Analyzers

The MS9710B provides excellent wavelength accuracy and waveform shape. This diffraction grating Optical Spectrum Analyzer (OSA) features improved wavelength accuracy, resolution bandwidth, and signal-to-noise averaging, covering a wide wavelength range from 600 to 1750 nm. The MS9710B features high power level accuracy, wide dynamic range, and high reception sensitivity. Main features C-band Up to 100 GHz channel spacing Measurement range 600-1750 nm Wavelength accuracy 50 pm (1530-1570 nm MAX. RBW 70 pm RBW accuracy (0.2 nm) <3% (1530-1570 nm) Level flatness +/-0.1 dB (1530-1570 nm) PDL +/- 0.05 dB (C-band) Level linearity +/- 0.05 dB (C-band)

The MS96A is an optical Spectrum Analyser for a wide range of applications including light source evaluation, measurement of loss wavelenght characteristics in optical devices and waveform analysis of WDM Systems. Wavelength Range: 0.6 um - 1.75 um Wavelength Resolution: 0.1 nm

High-resolution optical spectrum analyzer for evaluating D-WDM systems and components. The AQ6317 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 1550 nm band, the unit achieves high wavelength accuracy and wavelength linearity, and can evaluate optical devices for WDM. Analysis functions make operation and expandability simple. 50 GHz WDM-Signals High-resolution measurement in a wide 50 GHz spectrum dynamic range. Analysis functions for WDM and other optical devices (LD, LED, FBG, etc.) Provides ±0.05 nm wavelength accuracy in the 1550 nm band, with ±0.01 nm wavelength linearity, making it especially useful for high-precision loss wavelength characteristic and other evaluation of WDM devices. The wavelength scale indicates both in air and in vacuum. In conjunction with a AQ4320 Tunable Laser Source, much higher wavelength resolution/wide dynamic range can be achieved by high-speed synchronous sweep. Achieves wavelength resolution of 0.015 nm Covers from 600 nm to 1750 nm and high sensitivity allow measurement of light at down to -90 dBm. Measurements such as gain of optical amplifier can be proceeded accurately because polarization dependency is suppressed as low as ±0.05 dB. Accurate within a ±0.3 dB. Even high-power output from an optical amplifier can be measured directly without an optical attenuator. 9.4-inch color LCD Pulsed light can be measured Three individual trace memories