Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT MSO9404A #9130711 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT MSO9404A is a multi-channel high-performance 4-digit oscilloscope with a sample rate of 125MS/s. It is capable of capturing transient events and capturing and analyzing data at up to 9.3ns/sample. The oscilloscope has four channels that can be individually controlled, allowing for the simultaneous evaluation of four different signals. The high-density array of 1,024 digital channels and up to 2GB waveform memory makes this device suitable for precise capturing and analysis of wide-band signals and noise. HP MSO9404A also features trigger holdoff to prevent the near avalanche of user data signals and automation tools for time-saving measurements and a built-in signal generator. The included SmartMath software gives users an extensive choice of math and measurement functions. AGILENT MSO9404A offers a waveform-capture speed of up to 55 Mhz/s and a multiple-channel capture rate of up to 17 MHz/s. It is equipped with USB 2.0, LAN, and GPIB interfaces, as well as a 4.3" color display and two 8-bit logic inputs with selectable threshold levels. The oscilloscope is also capable of automatic parameter measurements and serial decode features like I2C, CAN, SPI, and FlexRay. For better waveform and data analysis, MSO9404A includes a built-in FFT analyzer with adjustable sampling window, window functions, and various filter types. Its display resolution can resolve to 0.1ns in X-Y mode and 0.4ns in persistence mode. The device also offers an adjustable time base from 100 ms/div to 250 ps/div and scale ranges from 5mV/div to 1V/div. In addition, KEYSIGHT MSO9404A offers spectrum analysis with a frequency range of up to 50 MHz and a dynamic range of up to 73dB. This model is supported by a three year warranty and includes a Windows XP or later operating system. With its advanced features and capabilities, HEWLETT-PACKARD MSO9404A oscilloscope will be an excellent tool for today's demanding debugging and testing applications.