Used YOKOGAWA AQ6370C #293818829 for sale

YOKOGAWA AQ6370C is a high performance optical spectrum analyzer (OSA) designed for analyzing narrow-band signals in the broad wavelength ranges from 200 to 1700nm. It provides excellent precision and accuracy, making it well-suited for analyzing high-speed signals in the telecommunications, optical device, biomedical and aerospace fields. It is a fully automated and remote-controlled instrument that offers an intuitive user experience. AQ6370C has a wavelength resolution of up to 0.1pm and a spectral resolution of up to 0.01nm. It also features a wide dynamic range (typically 108dB) and is able to measure a wide variety of optical signals and components, such as lasers, spectrographs, detectors, couplers, filters, and amplifiers. In addition, it includes real-time real-time tracking of laser line widths, power sweep of filter cutoff, and duty cycle from ~1 to 99%. YOKOGAWA AQ6370C employs a uniform-sensitivity, passively-filtered, spectroscopy-type optical head design that provides excellent light collection for high-power or low-light applications. It features a range of optical ports, such as FC/SPC, SMA, ESP, and BNC, allowing connection of a wide array of components. It is equipped with a computer display port, which can be used to interface with a PC or laptop computer for data transfer and analysis. AQ6370C also provides a power meter function which can measure optical powers in the range from -80 to +30dBm. In addition, it features a triggered sweep mode, which allows the user to select time and sweep ranges, and a synchronous sweep mode, which synchronizes the sweep rates to a reference signal. YOKOGAWA AQ6370C is an invaluable tool for optimizing and troubleshooting optical networks. It supports a wide variety of optical measurement and analysis applications, such as optical power distribution, optical loss and dispersion, WDM power distribution, polarization studies, optical filter characteristics and laser wavelength. Its advanced features, combined with an intuitive user interface, make it an ideal solution for both research and industrial engineering.