Used ANDO AQ7270 #9110579 for sale

ANDO AQ7270 is a multi-functional, modular electronic test equipment that is well-suited for use in a variety of applications, including optical fiber network characterization, component characterization, and system-level evaluation. AQ7270 contains two modules, the Optical Spectrum Analyzer (OSA) and the Optical Time Domain Reflectometer (OTDR). The OSA module is used for measuring the spectral distribution of optical signals. It can measure spectral power, noise, amplitude, pulse shape, frequency, and other similar characteristics of optical signals. The OSA uses a spectrometer to collect the optical signal data, and a powerful signal processing system to process the results. The OSA also offers a wide dynamic range and a fast sampling rate to help capture accurate data. The OTDR module offers a comprehensive solution for testing optical fiber networks. Its main functions include locating breaks or bends in optical fibers, and measuring the optical power and optical return loss of different points along the length of optical fibers. It can also be used for testing the length of a particular section or for determining the presence of macro-bends, micro-bends, and kinks in a fiber. ANDO AQ7270 also offers a comprehensive suite of features that make it ideal for a variety of test and measurement tasks. These features include an intuitive user interface with real-time 3D visualization of the measurement results, a variety of automated data display options, and an easy-to-use command language for controlling the device. AQ7270 also offers a high accuracy of up to 0.1dB accuracy, coupled with a fast acquisition rate, which makes it a highly reliable tool for testing optical fiber networks. Overall, ANDO AQ7270 is a powerful multi-functional test and measurement system that offers a comprehensive solution for testing an optical fiber network. It gives users the tools they need to accurately assess the performance of a fiber network, and allows them to generate actionable results quickly and accurately.