Keysight Technologies MSOX3104G InfiniiVision 3000G X Series, 1GHz Bench Oscilloscope, 4 Analogue Channels, 16 Digital

The MSOX3104G from Keysight Technologies is part of the high performance InfiniiVision 3000G X-series oscilloscopes and has a bandwidth of 1 GHz.

If you are looking for a high-performance, feature-rich oscilloscope that combines digital and analog measurement capabilities, the MSOX3104G mixed signal oscilloscopes will be your instrument of choice. These versatile digital instruments can help you maintain high test speed and flexibilty in the most complex applications and provides engineers with a flexible solution for collecting performance and debug information from today’s complex embedded systems. The instrument delivers the industry’s best visualisation technology, as well as exceptional data capture properties and precise waveform measurements.

These oscilloscopes offer high-end technology in a small form factor. Its intuitive touch user-interface, industry-leading waveform update rate, zone trigger and standard features enables you to capture and isolate elusive glitches which cannot be performed on other scopes.

The Keysight Technologies has InfiniiVision 3000G X-series oscilloscopes with bandwidth of 1 GHz offer high-end technology in a small form factor. Its intuitive touch user-interface, industry-leading waveform update rate, and zone trigger can capture and isolate elusive glitches. This oscilloscope has 4 analog channels and 16 digital channels.

High performance mask and measurement limit testing enabled in hardware
Frequency response analysis
Best in usability
Designed for touch operation to simplify use
Waveform and measurement histograms
Built-in function, arbitrary waveform generator

Mixed Signal oscilloscopes are designed to work with a mixture of analog, digital and RF signals. They are suited for applications such as high-speed communications and networking, PCs, printers, motors and drives, robotics, vision systems packages in aerospace/defense and automotive industries.