Used ANRITSU ML2438A #9186752 for sale

ANRITSU ML2438A is a highly sophisticated and advanced electronic test equipment used for the testing and measurement of microwave signals. ML2438A has a wide measurement range from 10 kHz to 40GHz and has a 7 digit resolution, ultra-low phase noise, and fast measurement times over 40GHz. It also offers the user precision measurements such as CW level calculation and modulation depth measurement. ANRITSU ML2438A is specifically designed for researching and development in the realms of communication, automotive, and defense engineering. Its unique design and feature set are tailored for performing highly accurate and complex measurements over a wide range of frequencies and power levels. This is why ML2438A is such a desirable piece of equipment for many engineering laboratories and test centers. ANRITSU ML2438A is equipped with an internal sweep function, allowing it to achieve correct and consistent measurements with a high degree of repeatability. The sweep frequency and level can be adjusted by the user, thus helping to save time by eliminating the need for manual operations. It is also capable of performing simultaneous frequency and level measurements, meaning a single test can be completed with an accuracy level that has never been seen before. ML2438A features a comprehensive set of built-in functions, making it an incredibly versatile piece of equipment. These include an adjustable power meter with built-in VSWR capabilities, a spectrum analyzer with full IQ demodulation capability, a high-sensitivity noise figure measurement, and a frequency counter capable of measuring up to 6GHz frequencies. It is also compatible with a variety of probes and connectors to suit the individual application. ANRITSU ML2438A provides a reliable and accurate solution for the testing and measurement of microwave signals. With its advanced features, ML2438A enables users to easily and efficiently complete their tests and measurements. Highly accurate results can be obtained in a matter of seconds, making this an invaluable tool for both research and industrial applications.