Used ANRITSU ML2487A #9384262 for sale

ANRITSU ML2487A is an electronic test equipment designed to measure and optimize high frequency microwave devices, from components to systems and from design to production. It measures up to 40 GHz with a high level of accuracy and repeatability. ML2487A is a vector network analyzer that features a low-noise vector signal source (VSS) and a low-noise, low-intermodulation (IM) receiver. ANRITSU ML2487A boasts a maximum RF output of +30dBm and is capable of measuring a variety of transmission-line related parameters including S-parameters, insertion loss and return loss. The analyzer is particularly useful as a tool for characterizing active devices; it can measure gain, noise figure, intercept and compression point. ML2487A supports a variety of standards and protocols such as WCDMA, GSM, CDMA, and LTE. It provides traceable test results through the use of its reference grade internal standards. Furthermore, the analyzer is capable of performing measurements including transmission, reflection, vector error, and asymmetry. ANRITSU ML2487A comes with a variety of measurement modes including one-port or two-port scan, setting the start, stop and step frequency, and up to three different trace types. The instrument has Optional port extensions, which vastly expand the capabilities of the standard ML2487A. ANRITSU ML2487A uses a graphical user interface (GUI) designed with measurement visibility and ease of use in mind. The GUI makes it simple to control the instrument and provides detailed, user-defined measurement results. The analyzer also features a variety of automatic features such as calibration, setting of markers, test and alignment diagrams, and data reporting. This equipment also features a powerful emulators for both analog and digital systems, allowing the device to evaluate both analog and digital microwave components. Users can also access a library of analysis templates and save frequently used configurations for easy recall. ML2487A is an advanced instrument designed to provide exceptional measurement accuracy and reliability and to optimize the development of high frequency microwave devices from components to systems. It is a versatile, easy to use solution for users working in fields such as communications, computer microprocessors, high-frequency electronics, and satellite communications.