Used ANRITSU MN939C #9148978 for sale

ANRITSU MN939C is an advanced electronic test equipment designed to assist in verifying the performance of active RF components and assemblies. This versatile equipment offers measurements for power levels, cable losses, antenna radiation patterns, and impedance matching. With a maximum frequency range of up to 3GHz, the system offers superior performance for a wide range of simulation and testing applications. MN939C features a multi-path architecture which allows it to verify components in multiple paths for optimum accuracy. The unit works with a variety of sensors and detectors, measuring the input, radiation, and connection paths. It also offers video scopes to records the recorded data which can be used for detailed analysis. The machine can measure various aspects of RF performance including gain, insertion loss, power acceptance, reverse transmission, reflection, insertion loss, balanced and unbalanced measurements, as well as other parameters. The tool is also capable of multiplexing, time delay, and gain determination. The asset is also able to measure signal to noise, crosstalk, and other parameters. ANRITSU MN939C offers a variety of options which offer an abundance of flexibility and convenience. Its general-purpose interface protocol allows the model to be connected with popular PC platforms, and the equipment comes with an intuitive user interface. The system also includes a web-browser interface, allowing users to view their test results from any internet enabled device. The unit features an optimized power supply configuration which allows it to operate with minimal heat output, saving energy and resources. The machine also comes with a multi-position selector switch which allows the user to easily switch between various test setups. MN939C is an excellent choice for testing and verifying electronic circuits, and its impressive features make it one of the most versatile electronic test equipment platforms available on the market. With its cutting edge performance and unparalleled flexibility, it is the ideal platform for any electronic test environment.