Used ROHDE & SCHWARZ ZNB20 #9212065 for sale

ROHDE & SCHWARZ ZNB20 is an electronic test equipment specifically designed for the testing and verification of complex wireless communication systems. It is based on a powerful vector signal analysis platform, and is capable of handling a wide range of radio frequency and baseband tests. ZNB20 features a baseband RF coverage of up to 6 GHz within an instantaneous bandwidth of 160 MHz, and a real time signal analysis bandwidth of 40 GHz. Together with ROHDE & SCHWARZ R&S ZNA RF signal analyzer, it provides full coverage of baseband and RF analysis needs from 5 kHz to 6 GHz. ROHDE & SCHWARZ ZNB20 also features a built-in high frequency analyzer up to 40 GHz, allowing for the full validation and characterization of high frequency radio components. ZNB20 vector signal analysis platform is powerful enough to allow users to quickly characterize, debug, and optimize their radio frequency systems. It has low noise figure, tight dynamic range, and low distortion, allowing users to accurately and precisely characterize their devices. Additionally, its advanced baseband analysis tools allow users to quickly discover, simulate, and verify system performance, aiding in the design process. ROHDE & SCHWARZ ZNB20 has intuitively designed user interfaces, which allows for quick navigation as well as the ability to quickly access any test setup, saving time and effort when setting up experiments or analyzing results. To ensure user safety when performing experiments, this electronic test equipment is certified to various safety standards, such as MIL-STD-810G, and IEC 60320-2. All in all, ZNB20 is a comprehensive and powerful test solution for the verification of wireless communication systems. Its high dynamic range, wide frequency coverage, intuitive user interface, and safety standards certification make it an ideal choice for RF engineers interested in testing their products and verifying signals. With its robust design and capabilities, ROHDE & SCHWARZ ZNB20 is a reliable solution fortoday's most demanding electronic tests.