Used ANRITSU MT9083B2 #9136448 for sale

ANRITSU MT9083B2 is an advanced electronic test equipment for calibrating, inspecting, and verifying all parts of communication networks, including telecommunication systems, signal analysis, and network analytics. This highly versatile test equipment is capable of performing a wide range of operations including VSWR, frequency response, phase response, amplitude response, and echo reverberation. MT9083B2 is equipped with a wide variety of features that allow professionals to carry out accurate testing and adjustment procedures quickly and easily. This equipment's user-friendly interface is incredible, offering a range of input and output options as well as easy to use menus and customizable settings. In addition, the large LCD screen helps make operation of the equipment more intuitive. ANRITSU MT9083B2 also includes a range of powerful measurement capabilities. Its High-Speed Intensity Measurement (HSIM) option allows for accurate measurements of extremely small signals, such as signal deformation and ultimate phase convergence. Additionally, the Vector Network Analyzer (VNA) option allows for the measurement of the spectrum of various signals in both the 2D and 3D formats. Moreover, MT9083B2 supports various waveform and vector processing tools to analyze signal degradation and amplitude, as well as sophisticated analysis such as downlink propagation loss, link radio frequency coverage, and other advanced functions. Furthermore, this device also boasts various display options including a waveform display, history traces, and a wide range of analysis methods. Overall, ANRITSU MT9083B2 is an incredibly reliable electronic test equipment that is perfect for any professional's needs. It is designed to withstand even the harshest testing environments, and its powerful features allow for testing of complex and difficult cases with ease. With plenty of input/output options, customizable settings, and measurement capabilities, MT9083B2 is the ideal tool for any engineer's arsenal.