Used ANRITSU MT8820C #9192155 for sale

ANRITSU MT8820C is an extremely accurate and versatile electronic test equipment designed to accurately measure shielding, isolation, insertion loss, return loss, and power. It offers a wide variety of measurement capabilities and is capable of testing high-frequency components and systems. ANRITSU MT 8820C includes a test instrument, power supply, probe head adapter, and several cables. This equipment is extremely versatile and is ideal for testing wires, cables, antennas, and any other high-frequency components. It measures frequency in the range of 200 KHz to 4 GHz, making it perfect for measuring communications and radar systems. It also is available with a built-in wideband preamplifier, and is able to provide precise readings even under harsh conditions. The test instrument includes a display screen and several buttons for controlling the test parameters. The test instrument also includes a VSWR (Voltage Standing Wave Ratio) meter which is used to display the Insertion Loss and Return Loss measurements. This is done by measuring the ratio of the forward and reflected power at each point in the frequency spectrum. MT 8820 C also includes a wide selection of calibration and measurement probes, which provide accurate, repeatable readings. The probes are available in various sizes and configurations, making them suitable for a variety of applications. The equipment also includes a two-port calibrator, which is used to establish a reference signal for testing. The power supply of MT8820C is designed to provide a stable power source with low noise and low distortion. It includes a manual calibration trim, and all necessary cables to connect the equipment to its power supply. The adapter supplied with the equipment is designed to accept most commercially available 9V or 12V DC power supplies. Overall, MT 8820C is an accurate, reliable, and dependable electronic test equipment. It is designed to test a wide variety of systems and components, and offers plenty of features for efficient and accurate testing. It is ideal for testing high-frequency systems such as communications and radar systems.