Used MAURY MICROWAVE MT986C #9044721 for sale

MAURY MICROWAVE MT986C is an advanced microwave network analyzer, designed specifically for characterizing electrical circuits operating at millimeter-wave frequencies. With its sophisticated design, MT986C is capable of measuring and analyzing a wide range of microwave parameters including transfer and insertion loss, gain, and impedance. MAURY MICROWAVE MT986C contains a two-port network analyzer featuring reflective and non-reflective calibration modes. It is also capable of performing automatic measurements of all types of microstrip and strip configurations, as well as coplanar waveguides, antennas, and other microwave components. The analyzer is equipped with broadband swept frequency instrumentation and is capable of measuring the S-parameters, gain, insertion loss, and coupling of a variety of microwave networks. MT986C includes a frequency range of 1 to 26 GHz, making it ideal for testing small-scale devices and complex structures such as ICs and their packages. Its compact design makes it perfect for applications where space is limited. Its large memory allows for quick storage and retrieval of test results, as well as an extensive amount of scalability options. In addition, MAURY MICROWAVE MT986C offers high speed, high accuracy, and high shielding performance. It provides a wide impedance matching range, so users can effectively measure small signal components and, with its dual-source capability, they can even measure components in realistic operating conditions. This makes MT986C ideal for systems integrators and device developers in the semiconductor, wireless, satellite, and aerospace industries. Furthermore, its user-friendly graphical interface makes complex testing easy and unintimidating. MAURY MICROWAVE MT986C is a valuable tool for engineers and technicians looking for quick, accurate, and reliable characterization of microwave components. With its wide frequency range, fast speed, and versatile features, MT986C is well suited for use in dozens of applications. This compact system can help users save time and money while providing reliable results with each use.