Used ANDO MN924A #9201310 for sale

ANDO MN924A is an electronic test equipment designed to measure and monitor the performance of optical layers in transmission systems. It is suited to assess the performance of optical fibers and other components in a wide range of transmission networks. MN924A has a large display that gives the user clear visual information from a variety of different measurements. Its design also enables users to switch between two different display modes - Real-Time and Logging - for more focused troubleshooting. ANDO MN924A offers a wide range of functions for efficient performance monitoring, including optical power measurements of optical channels such as wavelength, power and optical signal-to-noise ratio (OSNR). It also features a unique Simultaneous Multi-Wavelength Measurement Function (SMWF) that allows it to measure four optical wavelengths simultaneously and quickly provides a complete overview of the optical layer and its deficiencies. MN924A features an Autocorrelator Measurement Function (ACF) that helps detect the presence of chromatic dispersion (CD) and polarization mode dispersion (PMD) errors caused by the interaction of optical signals over long distances. With this feature, ANDO MN924A can quickly assess the performance of optical fibers and helps prevent unwanted wavelength drift due to environmental conditions. MN924A is equipped with an intuitive menu system that allows users to intuitively setup and store measurement parameters. Its range of parameters, including optical power threshold, averaging time, and optical decay option, can be adjusted for more accurate measurements. It also has a wide measuring range (up to 65dBm) and a high accuracy for precise readings. ANDO MN924A has an Ethernet output for remote control and monitoring of the system. This allows users to control MN924A from a central location, giving them greater flexibility in assessing the performance of their transmission systems. Overall, ANDO MN924A provides a comprehensive solution for assessing the performance of optical components and layers in a variety of transmission networks. Its range of features, accuracy, and intuitive design make it an ideal choice for quickly and accurately assessing the performance of the entire optical layer.