The Keysight DSO80204B Infiniium is a 2 GHz high-performance oscilloscope built for signal analysis, debugging, and complex waveform characterization in telecommunications, semiconductor testing, and R&D environments. This 4-channel instrument delivers 40 GSa/s sampling in 2-channel mode and 20 GSa/s in 4-channel mode, with optional memory depths up to 64 Mpts at 4 GSa/s. The XGA touch screen interface supports drag-and-drop waveform positioning and instant zoom for rapid signal inspection. Superior signal integrity is ensured by trigger jitter below 500 fs rms and a noise floor of 131 µV at 5 mV/div, making it ideal for high-speed serial data and compliance testing. The instrument’s bandwidth is fully upgradeable to 13 GHz.
Technical Specifications
• Bandwidth: 2 GHz (upgradeable to 13 GHz)
• Analog Channels: 4
• Sample Rate: 40 GSa/s (2-channel mode); 20 GSa/s (4-channel mode)
• Memory Depth: 512 kpts standard; 2 Mpts optional; 64 Mpts at 4 GSa/s
• Vertical Sensitivity: 5 mV/div minimum
• Noise Floor: 131 µV at 5 mV/div
• Trigger Jitter: < 500 fs rms
• Display: XGA touch screen with 256 intensity levels
• Input Power: ±10% nominal supply voltage tolerance
• Operating Environment: Pollution Degree 2
– Key Features
• Graphical user interface with drag-and-drop positioning and instant zoom
• InfiniiMax probing compatibility (1.5 GHz to 12 GHz) with multiple probe head options
• Full bandwidth upgradeability
• Extensive application software library: jitter analysis, serial data analysis, Ethernet/USB 2.0/DDR compliance testing, and signal integrity analysis
– Typical Applications
• High-speed digital and analog signal analysis
• Serial data protocol compliance verification
• Jitter and timing analysis
• Signal integrity characterization
• Semiconductor device testing
– Connectivity & Compatibility
• RJ-45 LAN interface
• USB host ports and motherboard I/O
• 10 MHz In/Out, Trigger Out, Auxiliary Trigger ports
• Compatible with InfiniiMax Series probes including differential solder-in, differential browser, and single-ended variants
