Used ROHDE & SCHWARZ ZNB8 #9268513 for sale

ROHDE & SCHWARZ ZNB8 is an electronic test equipment (ETE) designed for the testing of RF and microwave components. It is a Vector Network Analyzer that offers fast and precise testing capabilities. ZNB8 is a single-instrument solution, with capabilities up to 50 GHz. Its main features include: 1. High-accuracy polarimetric measurements: ROHDE & SCHWARZ ZNB8 allows for precise angle and magnitude measurement, for example of circularly polarized components. These measurements are essential for designing components such as antennae. 2. Fast, flexible scalar network analysis and vector network analysis: ZNB8 supports a range of scalar and vector network analysis such as S-parameter, phase, group delay, Zin/Zout, stability, gain compression and additional custom measurement functions. It is able to quickly and accurately measure multiple parameter simultaneously, making it useful for characterizing components with complex parametric behavior. 3. High-speed hardware: ROHDE & SCHWARZ ZNB8 features an 8.5 GHz IF bandwidth, as well as a 25 GHz iband switch for high-speed measurements. ZNB8 offers high-speed acquisition, typically less than a few milliseconds, as well as fast DC settling time to consolidate three-port measurement. 4. Wide frequency range: ROHDE & SCHWARZ ZNB8 is capable of measurements from 1 kHz up to 50 GHz. The maximum frequency range is achieved through the application of external mixers thus allowing it to analyze low power signals. 5. Multiple personalities: ZNB8 comes with an interchangeable software personality that allows the users to perform vector network analysis and other measurements. 6. Expandable architecture: ROHDE & SCHWARZ ZNB8 is designed to be easily expanded and reconfigured according to the user's need. It can also be connected to external devices, such as amplifiers, signal generators and multiplexer, to extend its capabilities. ZNB8 is a comprehensive ETE that offers a wide range of powerful capabilities in one single instrument. It allows for fast and accurate testing of RF and microwave components, offering various outcomes. Its scalar and vector network analysis capabilities make it suitable for a range of different measurements, while its wide frequency range and expandable architecture make it a versatile and useful tool for the development of RF components.