Used ANRITSU MS616B #9006792 for sale

ANRITSU MS616B is an electronic test equipment used for measuring spectral parameters of active devices such as antennas, amplifiers, and waveguides. It is an analyzer based on the swept frequency measurement method that uses a fast Fourier transform (FFT) algorithm. Using MS616B, high-accuracy measurements of active devices such as power spectrum, return loss, and isolation can be quickly and accurately made up to 6 GHz. It features a wide range of instrument settings, making it suitable for a variety of uses. ANRITSU MS616B is equipped with reference marker settings and a high performance marker search function (MLS) to make accurate measurements of active devices. It also comes with an intuitive user interface for quick and easy operation. The FFT Algorithm is used to accurately capture small frequencies, allowing for quick and reliable measurements. The maximum resolution bandwidth of the instrument is 100 MHz, which is useful for making precise spectrum measurements. MS616B also has accurate amplitude scaling of its vertical axis, enabling accurate analysis of signals with small changes in amplitude. In terms of portability and storage, ANRITSU MS616B is compact and light weight, making it suitable to be carried and stored in tight spaces. It also features a variety of measurement functions such as field strength measurement and transmitter power measurement, which make it suitable for a variety of applications. MS616B is equipped with multiple types of communication interfaces, such as Ethernet and USB, so it can easily be connected with a PC, allowing for detailed data analysis. The instrument also features an integrated web server that allows users to easily control and monitor it remotely. Overall, ANRITSU MS616B is an excellent test equipment choice, offering accurate and reliable active device measurements up to 6 GHz and packed with easy-to-use features and high-end functions. It is suitable for a wide range of applications, thanks to its portability, various communication interfaces, and additional measurement functions.