Used ROHDE & SCHWARZ NRV-Z32 #171545 for sale

ROHDE & SCHWARZ NRV-Z32 is an electronic test equipment designed for testing and measuring complex network performance. It is a high-performance solution for testing digital, mixed-signal and optical components, as well as networks and systems. NRV-Z32 is powered by an innovative Electronic Measurement Engine (EME), which is built on the latest technology and advanced measurement instruments. It is packed with a wide range of programmable tools and resources, enabling engineers to accurately test and measure various types of electronic components and systems. The EME includes various performance parameters such as: device under test (DUT) response time, frequency band measurement, system noise, signal-to-noise ratio, linearity, gain, maximum speed, and more. ROHDE & SCHWARZ NRV-Z32 offers high-performance scanning and analysis of devices, systems, and networks. The scan feature enables engineers to quickly analyze the device's performance, enabling them to identify potential design flaws and overall performance issues. Furthermore, the device's advanced analysis module helps engineers identify systems and networks potential issues and improve performance. NRV-Z32 is also equipped with a comprehensive GUI for controlling, configuring, and programming the device's different parts. This user-friendly software allows engineers to quickly, efficiently, and easily manage their tests by setting any parameters, monitor the progress of an in-progress test, and review the result. ROHDE & SCHWARZ NRV-Z32 is equipped with a variety of interfaces including USB, Ethernet, SCPI, and more. This allows engineers to easily connect with external equipment and networks. Furthermore, the device's PLC compatibility allows users to quickly and easily transfer tests between different locations and systems. Overall, NRV-Z32 is an innovative electronic test equipment that offers advanced features and technologies to quickly, correctly and accurately test and measure electronic components and systems.