The Agilent/Keysight DSO9024H is a 250 MHz, 4-channel digital storage oscilloscope engineered for high-fidelity signal capture and analysis in demanding measurement environments. The instrument delivers up to 12-bit vertical resolution with 4096 quantization levels—significantly exceeding the 256 levels of conventional 8-bit oscilloscopes. Combined with hypersampling technology and linear noise reduction, this architecture achieves noise floors up to 3× lower than traditional designs, enabling precise measurements across medical, automotive, consumer electronics, and power analysis applications that demand low-noise performance and extended dynamic range.
Technical Specifications
• Bandwidth: 250 MHz
• Channels: 4 analog inputs
• Vertical Resolution: Up to 12 bits
• Sample Rate: 1.25 GSa/s maximum
• Memory Depth: Up to 100 Mpts per channel (100 Mpts in single-channel mode; 50 Mpts in 2/4-channel mode)
• Input Range: 1 mV/div to 1 V/div (adjustable attenuation)
• Display: 15-inch XGA LCD
• Power Supply: Autoranging 100–240 VAC
• Power Consumption: 375 W maximum
• Depth: 9 inches (23 cm)
• Weight: 26 pounds (11.8 kg)
– Key Features
• 12-bit resolution captures subtle signal details missed by 8-bit instruments
• Hypersampling produces up to 16 samples per group for enhanced signal fidelity
• 100 Mpts memory depth enables extended capture windows and post-trigger analysis
• Noise reduction technology provides cleaner waveforms without sacrificing bandwidth
• Compact 9-inch depth accommodates tight bench and rack configurations
– Connectivity & Integration
• USB ports (front and side panel) for device communication and control
• LAN interface (RJ-45) for remote instrument access and data transfer
• RS-232 serial port for legacy system integration
• Parallel printer connection available
• Windows-based architecture with Infiniium 9000 Series system software
• PathWave Calibration Advisor (PCA) software for calibration tracking and interval management
– Typical Applications
Medical device signal analysis, automotive power distribution testing, consumer electronics debugging, and precision power quality measurements.
