Used ANRITSU 68367C #9085281 for sale

ANRITSU 68367C Vector Network Analyzer is an electronic test equipment designed and manufactured by ANRITSU Corporation. It is a highly accurate measurement instrument capable of making impedance, S-parameter, and gain measurements of various electronic devices. 68367C is suitable for applications in the telecommunications, aerospace, defence, automotive, and consumer electronics industries. ANRITSU 68367C features an optimized hardware configuration that includes a frequency range of 9 kHz to 3 GHz, a maximum generator output level of +14 dBm, and a noise floor of -180 dBm. It also comes with a 5.7-inch TFT-LCD touch screen display that offers easy operation and graphical presentation of measurement data. 68367C supports various test instruments, software applications, and functionality controls that are designed to facilitate testing procedures and minimize test time. For example, it allows for comprehensive two-port measurements such as insertion loss, return loss, and gain flatness, and its built-in calibration capabilities simplify the calibration process, resulting in high accuracy and repeatability. Additionally, ANRITSU 68367C is equipped with Autotest, which is an automated system that automates various measurements and setup procedures, and an Auto-Characterization Wizard that helps to quickly optimize device performance. It is also compatible with a variety of instrument peripheral devices, such as printers, PCs, and program generators, and it allows for remote testing via Ethernet and GPIB interfaces. 68367C offers excellent measurement performance, reliable operation, and intuitive user controls, making it an ideal test equipment solution for applications in multiple Industries. Its wide frequency range, high dynamic range, and powerful signal processing capabilities make it suitable for a wide range of profiles, such as component, system, and network testing. Furthermore, its easy setup, calibration, and operation processes enable users to quickly obtain accurate measurement results with minimum effort.