Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT E4406A #196888 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT E4406A is an electronic test equipment designed to provide users with accuracy, precision, and repeatability in their RF measurements. It is a combination of the advanced digital signal processing (DSP) technology and an extensive array of software capabilities. With a frequency range of up to 26 GHz, the instrument can be used for various types of radio frequency and microwave measurements such as phase noise, two-port vector network, and harmonic measurements. HP E4406A utilizes a DSP architecture that effectively and efficiently performs operations needed to provide the desired accuracy of the measurements on signals across the dynamic range. The instrument has advanced algorithms and capabilities such as frequency selection, sub-harmonic rejection, low-noise automatic gain control (AGC), and droop compensation for improved accuracy and repeatability. The instrument also features a wide range of measurement capabilities that include spectrum analysis, modulation, spectrum sweep, and cable and antenna analysis. Additionally, measurements such as pulse, AM/FM, AM/PM, microwave level, and peak power can be done with the use of the appropriate option. The included software is also capable of controlling the instrument and processing the acquired measurements. AGILENT E4406A has an easy-to-use interface that is designed for both first time users and experienced RF professionals. It has an intuitive graphical touch-screen user interface which can quickly guide a user through the setup and operation of the instrument. The instrument also comes with a built-in Ethernet interface, which can be used to interface with the computer for remote operation and data acquisition. All these features, coupled with its accuracy, precision, and repeatability, make KEYSIGHT E4406A an ideal instrument for a wide variety of radio frequency and microwave measurements. It is an ideal choice for both research and production use.