Used ANRITSU MT 2651B #132357 for sale

ANRITSU MT 2651B is a two-port VNA test unit for performing basic network analysis applications. This instrument is an ideal choice for testing high-fidelity RF components such as low-noise amplifiers, directional couplers, filters, and antennas. The comprehensive featureset and high-frequency performance of MT 2651B makes it a versatile instrument for both production and development applications. ANRITSU MT 2651B operates at up to 26.5 GHz and has a test accuracy of 0.155 DB. The high-resolution mode offers an additional performance step by providing a test accuracy of 0.053 DB. The unit also provides an optional external phase-locked reference frequency, which enhances phase and frequency stability to further improve the test accuracy. The unit contains an integrated RF switch matrix, offering excellent port-to-port isolation values between 40 dB and 70 dB (depending on the test frequency). Its flexible plug-in test set makes MT 2651B an ideal choice for a variety of parallel and serial measurements, including scalar network analysis, dual-port and single-port s-parameter measurements, Smith chart display, and power sweep. The unit also provides advanced features for broadband measurements such as CW transmission and vector-modulated transmission with pulse modulation measurements for maximum performance on wide-bandwidth or frequency-selective networks. It also features a user-programmable trigger output for synchronization with other test instruments. The PC-aid control allows users to access ANRITSU MT 2651B's advanced features through the Windows compatible User-Defined Measuring Sequences interface. This makes it easy to create custom measurement sequences and scripts for a variety of applications. Data can be collected, plotted, and analyzed in the Graph and Data Browser, or saved in the user-defined data file. Overall, MT 2651B is a versatile, accurate, and user-friendly VNA test unit. Its broad range of features and high-frequency performance make it a great choice for performing a wide range of basic network analysis applications.