The Keysight DSOX92004A Infiniium is a 20 GHz analog bandwidth oscilloscope built for high-speed signal characterization, RF analysis, and transient measurement in demanding laboratory and production environments. Its bandwidth upgrades to 33 GHz, paired with 80 GSa/s dual-channel or 40 GSa/s quad-channel sampling, enables precise capture of wide-bandwidth phenomena. The instrument combines a noise floor as low as 1.6 mVrms at 20 GHz (50 mV/div) with sub-100 fS jitter measurement capability, delivering the timing and amplitude resolution required for serial bus validation, RF component testing, and protocol compliance work.
Technical Specifications
• Bandwidth: 20 GHz analog (upgradeable to 33 GHz)
• Sample Rate: 80 GSa/s (2 channels); 40 GSa/s (4 channels)
• Memory Depth: Up to 2 Gpts; 20 Mpts/channel standard; 50 Mpts/channel on DSA models
• Noise Floor: 1.6 mVrms at 20 GHz, 50 mV/div
• Jitter Measurement Floor: <100 fS
• Probing System: 30 GHz oscilloscope probes with bandwidth-upgradeable capability; PrecisionProbe channel characterization and compensation
• Display: 12.1" color touch-screen
• Power: 100–240 V, 47–63 Hz; 800 W (4-channel models)
– Key Features
• Fully customized probe amplifier s-parameter characterization for accurate probe correction
• Application-specific measurement software with jitter, trigger, and analysis tools
• Pre-built compliance testing software for emerging serial standards (SAS 6G, SATA 6G, PCIe Gen 3, DisplayPort 1.2)
• MATLAB integration for custom measurement routines
• Gigabit Ethernet (LAN) and USB 2.0 standard; optional GPIB and VGA
– Typical Applications
• High-speed serial bus characterization and protocol validation
• RF signal analysis and transient measurement
• Jitter and timing analysis in clock and data recovery circuits
• Physical layer compliance testing
– Compatibility & Integration
Standard connectivity includes Gigabit Ethernet and USB 2.0 host/device ports. Optional GPIB and VGA interfaces support legacy test environments. Indoor Pollution Degree 2 operation.
