Used ANRITSU MT8820C #9013616 for sale

ANRITSU MT8820C is a microwave communications transmission analyzer which is designed for measuring the characteristics of radio frequency (RF) systems in the fields of communications, broadcast, aerospace/defense and research. The analysis capabilities of ANRITSU MT 8820C are both effective and efficient and are used for testing a wide range of system components such as amplifiers, antennas, mixers, oscillators, filters and other components. It offers frequency coverage from 9 kHz to 20 GHz and includes a variety of test features such as return loss and insertion loss measurements. Additionally, vector modulation analysis and phase noise measurements can be performed with MT 8820 C. The frequency counter feature is extremely useful since it provides highly accurate frequency readings of multiple signals in a single measurement. MT 8820C also features a wide range of calibration options which allow you to select the most suitable calibration curve for your requirements. This helps to minimize calibration time and improve accuracy. Additionally, the unit offers support for dual and triple port fixtures which allow for the testing of multiple ports simultaneously. The unit is equipped with an intuitive, graphical user interface which allows operators to easily adjust parameters and quickly switch between different measurement views. Additionally, a built-in printer is included which allows you to quickly print out measurement results. ANRITSU MT 8820 C feature a host of other useful features such as an adjustable gain output, built-in automatic test function, built-in signal generator, and GPIB and RS-232 interfaces. Furthermore, the unit is lightweight and compact which makes it fairly easy to transport and for storing in tight spaces. Overall, MT8820C is an extremely powerful and effective piece of electronic test equipment which is used to test many different system components and perform a variety of analysis operations. It features a wide range of useful options which can be used to improve accuracy and reduce calibration time. Additionally, the unit is lightweight and fairly easy to transport and operate.