Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT N9000A #9108976 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT N9000A is an electronic test equipment that is used primarily for troubleshooting, maintenance, and development. This test equipment is designed to measure and analyse a wide range of signals, from high-speed pulsed signals to low-level radio frequency and broadband signals. For example, HP N9000A has the capability to measure both steady-state, low-amplitude signals, as well as the quasi-fast changing electrical and magnetic fields found in higher-speed digital, analog and RF circuits. AGILENT N9000A features two, two-channel synthesizers, two vector signal analyzers and two logic analyzers. It also has four frequency counters. The two-channel synthesizers can generate Waveforms of various shapes and sizes, allowing engineers to model and achieve efficient system performance. The two analyzers can measure and analyze complex signals while the logic analyzer can capture and analyze on-the-fly signals with great accuracy. HEWLETT-PACKARD N9000A has the capability to measure and analyze signals over a wide frequency range, from 50 Hz to 6 GHz. The combination of excellent frequency range, measurement accuracy and channel resolution makes N9000A ideal for analyzing high-speed signals for troubleshooting and maintenance. KEYSIGHT N9000A also has a 7-inch touchscreen interface and intuitive software that provides easy operation. The software includes a suite of analysis functions that can detect and identify failing components and circuits. Engineers can also configure AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT N9000A to measure an application specific design by customizing the frequency limit, spectrum limit and noise floor. HP N9000A is a powerful tool for troubleshooting, maintenance and development that features two synthesizers, two vector analyzers, two logic analyzers, four frequency counters and a touchscreen interface. Its wide frequency range, ample channels and intuitive software increase the ease of use and simplify troubleshooting and development. Engineers can also customize the frequency limit and spectrum limit to measure and analyze application specific designs.