Used JDSU / ACTERNA ANT-20 #9172508 for sale

JDSU / ACTERNA ANT-20 is a widely used electronic test equipment suitable for use in both research and development laboratories and production testing environments. JDSU ANT-20 has been designed to accurately and reliably analyze and test a wide variety of electronic circuits, components and assemblies. At the heart of ACTERNA ANT-20 is an advanced network analyzer and an automated frequency response tester. These two components together allow precise measurements of transmission line frequency response and gain. The network analyzer has extensive channel-independent signal routing capabilities, giving engineers unprecedented flexibility for testing multiple components in the same setup. The frequency response tester features dual-channel test capability with variable signal generator frequency and amplitude control, plus it supports both sine and swept frequency sweep measurements. ANT-20 also incorporates built-in signal modulation and analysis capability. The signal is routed to an internal electronic oscilloscope that provides a range of signal analysis tools. This means that engineers can analyze frequency and time-domain responses, as well as assess linearity and distortion of the signal. Other key features of JDSU / ACTERNA ANT-20 include high-speed signal sampling, vector network analysis capabilities, a wide range of temperature and environmental measurement options, and built-in noise figure analysis. All of these features make JDSU ANT-20 an incredibly versatile test tool. ACTERNA ANT-20 is designed with a rugged construction, making it ideal for test environments that require demanding performance in a rugged package. The equipment is also easy to set up and operate, with simple menus and controls, and intuitive graphical displays. Overall, ANT-20 is a powerful and reliable test instrument for a wide range of electronic testing applications. With its comprehensive features, JDSU / ACTERNA ANT-20 provides quick and accurate measurement results, saving users time and money in the process. By using this equipment, engineers can ensure that their circuits, components and assemblies are operating at the highest performance.