Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT E4422B #9127016 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT E4422B is a high performance electronic test equipment designed to test and measure RF and microwave signals. It provides a user-friendly environment to quickly measure and analyze RF and microwave transceiver performance in the lab, field and production test. Its features include a graphical user interface, vector signal analyzers, wide dynamic range power sensors, and comprehensive analysis and measurement software. HP E4422B is designed with a 9 kHz to 26.5 GHz frequency range, allowing for testing of a variety of different RF and microwave signals. It utilizes four independent channels and can be upgraded with additional modules for greater flexibility. It has multiple interfaces to the user computer for comprehensive data storage, control, and analysis. The built-in vector signal analyzers provide rapid signal magnitudes, linear characteristics, and automatic calibration of the setup for optimal performance. The wide dynamic range of the power sensors offers accurate test results in spite of strong signal levels and ambient noise. It has multiple selectable ranges including pulsed, peak-hold, and RMS capabilities. AGILENT E4422B also features a 4-port, true RMS detector to provide additional precision and accuracy for RMS measurements. The extensive list of included measurement and analysis software packages makes it easy to customize the measurements to your specific needs. It includes features like swept spectrum analyzer, harmonic balance power supply simulator, and RSSI measurement program. It also includes an automated built-in RF test library with an intuitive sequence setting. E4422B is designed with top of the line RF and microwave signal tests and measurements in mind. The comprehensive software package and wide dynamic range of the power sensors make it an ideal test solution for any RF or microwave testing. Its user-friendly graphical interface is easy to use and will easily yield precise results.