Used ANRITSU MT8860C #9168283 for sale

ANRITSU MT8860C
ID: 9168283
WLAN Test sets.
ANRITSU MT8860C is an advanced, cost-effective, and highly versatile vector network analyzer (VNA). ANRITSU MT 8860C can measure the complex impedance and the electrical parameters of modern networks, such as antennas and communication components. It is an essential tool for the development, production, and quality control of RF and microwave devices and systems. MT8860C covers frequencies from 1 MHz to 8.5 GHz with an accuracy of 0.005 dB. Its wide dynamic range of 130 dB allows it to measure both power and gain accurately. The unit also includes a built in Noise Figure and Intermodulation Distortion analyzers that can measure accurately down to -168 dBm. With its two-port configuration and built-in mixer, it is ideal for measuring noise figure and intermodulation products from two-carrier inputs. MT 8860C is very user-friendly. It has an intuitive touch-screen interface that makes it easy to navigate complex measurement setups and quickly access features like Marker tracking, Limit Testing, and real-time group delay measurements. It also allows the user to adjust parameters such as bandwidth, measurement speed, and complex format without the need to change physical cables. ANRITSU MT8860C also includes a built-in recorder so that parameters can be monitored for a period of time and adjusted accordingly. This is ideal for optimizing the performance of an antenna or other network component. The built-in USB ports allow the unit to be deeply integrated in a wide variety of laboratory setups, enabling the capturing of data remotely and increasing the speed of the process. In conclusion, ANRITSU MT 8860C is a powerful, reliable, and cost-effective Vector Network Analyzer. It provides a wide range of measurement capabilities for RF and microwave test. Its intuitive interface and built-in recorders make it easy to use, while its USB integration aids in testing quickly and efficiently. MT8860C is ideal for the development, production, and quality control of modern networks and components.
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