Used ROHDE & SCHWARZ ZVA67 #293771148 for sale

ROHDE & SCHWARZ ZVA67 is a high-performance network analyzer specifically designed for applications in the microwave range where precision and stability are of paramount importance. It provides the ideal platform for high-accuracy measurements of power, frequency, and time domain in the frequency range of 50-67GHz. The device relies on the one-port network analysis technique to accurately measure the S11, S12, and S21 forward and reverse reflection coefficients, as well as power measurements of an interrogated device. ROHDE & SCHWARZ ZVA 67 offers high-speed scanning capabilities to guarantee fast and precise measurements, while its advanced RF hardware provides excellent dynamic range and wide-sweep bandwidths. As a network analyzer, it provides the means to characterize a DUT's microwave properties including phase and group delay, insertion loss, return loss and impedance before arriving at base-line traceable calibration. The analyzer's hardware is precisely tuned to isolate itself from external interference. The frequency synthesizers provide high spectral purity even when subjected to stringent temperature and environmental conditions, with linearity up to 20GHz. Its small footprint also guarantees minimal setup time and unrestricted port stability from direct supporting environment. ZVA67 also features several PC-based software and external signal control capabilities. The powerful Windows-compatible software used to monitor the instrument's status enables a user to quickly and precisely define their measurements, while at the same time providing a user with comprehensive graphical results. For external signal control, the instrument also includes an interface for external signal digitizers and switches, allowing for application flexibility and broader operational options. Overall, ZVA 67 Network Analyzer provides the ideal platform for users in search of high-precision characterization of devices and components up to 67GHz. Its functionality and user-friendly design make it a great candidate for testing in the microwave range.