Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT N9010A #9203751 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT N9010A is an advanced electronic test equipment designed for a wide range of measurements in the research, development, and production markets. It is an RF spectrum analyzer that allows users to measure or monitor complex signals from 0.5 MHz to 20 GHz. It includes options for expanded frequency range, measurement applications, and real-time spectrum analysis. HP N9010A is equipped with a variety of features to help users make accurate measurements and data analysis. Its digital IF processing helps reduce measurement uncertainty and simplify signal analysis. It also features built-in frequency sweeper, step sweep, peak search, marker types, trace averaging, and pulse triggering. Additionally, its high dynamic range, along with a wide range of video bandwidths, allows for precision measurements. In terms of hardware, AGILENT N9010A features a hardware architecture that is reliable and characterized by low noise. It has a low noise figure, a wide selection of dynamic range, and a variety of I/O interfaces, all designed to ensure accurate analyses. The instrument supports USB, LAN, and GPIB ports, making connectivity simple. In addition, KEYSIGHT N9010A is a built-in measurement application. The platform offers several applications to facilitate accurate tests and analysis. It features 'Spectrum Analysis', which can measure signal amplitude over frequency, time, and other parameters. Other applications include Signal Analysis, Vector Signal Analysis, and Network Analysis applications. HEWLETT-PACKARD N9010A is an advanced test equipment designed to help professionals with the complex tasks associated with electronic measurements. In addition to its advanced features and built-in applications, the instrument offers a variety of support resources such as manuals and documentation, software downloads, and FAQs that help users optimize their experiments and make wiser decisions about the test and analysis of their measured signals.