The HP/Agilent 54112D is a four-channel digitizing oscilloscope delivering simultaneous capture at 400 MSa/s per channel across 100 MHz real-time bandwidth. Deep memory architecture records up to 64K points per channel, enabling precise acquisition of complex high-speed transients in research, design validation, and physics applications. The instrument combines flexible triggering logic with waveform analysis tools—zoom, pan, and mathematical functions—to extract actionable data from captured signals.
– Technical Specifications
• Bandwidth: 100 MHz (real-time and repetitive modes)
• Sample Rate: 400 MSa/s per channel
• Channels: 4 simultaneous
• Memory Depth: 64K points per channel (selectable to 8K)
• Rise Time: 3.5 ns
• A/D Resolution: 8 bits
• Vertical Range: 5 mV/div to 5 V/div
• Timebase: 249 ns/div to 1 s/div
• Record Length: 501 pt/sec
• Input Impedance: 50 Ω (DC) or 1 MΩ @ 6.5 pF (AC/DC)
• Input Coupling: AC, DC, Ground
• Display: Full color, 501 × 256 point resolution
• Power: 115/230 V AC (−25% to +15%), 48–66 Hz; 350 W maximum
• Weight: 25 kg net
– Key Features
• Pre- and post-trigger viewing for signal events
• Logic and digital triggering with configurable state patterns
• Delay trigger events mode: 1 to 16,000,000 count range
• Time-delayed trigger mode
• Maximum event counting: 35 MHz; maximum clock rate: 80 MHz
• Infinite persistence display mode
• Ten front-panel setup save/recall registers
• Waveform math functions and automated measurements
– Typical Applications
• High-speed digital system characterization
• High-energy physics signal analysis
• Complex transient capture and measurement
• Multi-channel signal correlation studies
– Compatibility & Integration
• Fully programmable via HP-IB (IEEE-488)
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