Used ANRITSU MT8820C #9013617 for sale

ANRITSU MT8820C is a state-of-the-art electronic test equipment used to measure a wide variety of RF parameters, from the cellular to microwave bands. This versatile device provides a comprehensive range of integrated testing functions and expandable capabilities. The primary purpose of ANRITSU MT 8820C is to provide automated measurement of radio frequency (RF) parameters typically needed by engineers in industry and research applications. This includes frequency, phase, power, modulation performance, and two-tone intermodulation distortion measurements. The system can be configured to operate within both cellular and microwave bands with high-level broadband accuracy. The device is composed of three main subsystems; the RF Signal Generator, the RF Power Meter, and the Digital RF Analyzer. The Signal Generator can be operated sequentially at numerous frequency bands ranging from 100kHz to 4GHz. The RF Power Meter and Digital RF Analyzer measure the RF signal strength and distortion against a desired signal path. This highly visible display provides a wide variety of technical information that software engineers, hardware engineers, and technicians use to ensure accurate performance of systems and signals. MT 8820 C also provides a comprehensive remote control and data logging facility. This optional feature allows for automatic set up of RF measurements, allowing users to monitor their system's performance and to record data from remote sites. In addition, MT8820C can be adapted to many laboratory environments, due to its modular architecture. This means that the primary RF components can be replaced, extended or upgraded as required so that the device can be tailored to meet many different applications. Overall MT 8820C is a powerful, reliable and accurate device, which can measure a wide variety of RF parameters with excellent speed and resolution. Its modular architecture, coupled with its remote control and data logging options make it a valuable tool for the research and development of advanced wireless systems.