Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT DSOS404A Infiniium #293589838 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT DSOS404A Infiniium is an electronic test equipment designed to measure and analyze signal integrity, jitter and signal degradation on printed circuit boards, communications boards and other electrical systems. The equipment has the ability to capture and analyze signals up to 40 GHz. It is the perfect choice for engineers who need to monitor and analyze high-speed physical layer signals to ensure their designs are robust and reliable. HP DSOS404A Infiniium is powered by an innovative design with an integrated Touchscreen Interface for a seamless start up and operation experience. The device utilizes an improved digital oscilloscope architecture that features an expanded DSP core and high-speed memory capable of reaching speeds up to 20 GS/s for real time analysis and sampling. This allows users to capture critical waveforms in record speeds, enabling them to make quicker and more accurate data measurements. The DSOS404A can measure signals up to 400 mega samples per second and offers four-channel scale-time correlation and packet-triggering capabilities. It is also equipped with a wide range of intuitive tools including waveform view, automatic search, and waveform markers. These make complex waveform measurements simple and fast. The DSOS404A also comes with a wide range of built-in measurement applications such as Eye Diagram, Jitter Analysis, Eye Height Analysis, and Pattern Generation. Users can customize their measurement to fit their exact application needs and save the configuration for later access. Additionally, the device supports built-in Ethernet support and an optional AS02M processor which allows users to access the data remotely, making it ideal for those in the field. AGILENT DSOS404A Infiniium is designed to be both powerful and easy-to-use. With its intuitive display, increased speed and convenient features, it is an ideal choice for engineers who need to monitor and analyze high-speed physical layer signals quickly and reliably.