The Agilent/Keysight DSO9104H is a 1 GHz bandwidth digital sampling oscilloscope with four analog channels designed for high-speed signal acquisition and analysis. It captures waveforms at up to 5 GSa/s with 100 Mpts standard memory depth, delivering 11-bit vertical resolution at full bandwidth and 12-bit resolution at 500 MHz or lower. The instrument achieves up to 3X noise reduction compared to traditional 8-bit oscilloscopes through hypersampled ADCs and hardware-based linear noise reduction technology, enabling precise characterization of complex signals in digital design, telecommunications, and research applications.
Technical Specifications
• Bandwidth: 1 GHz
• Analog Channels: 4
• Maximum Sample Rate: 5 GSa/s
• Memory Depth: 100 Mpts standard
• Vertical Resolution: 11 bits at 1 GHz; 12 bits at 500 MHz or less (up to 4096 quantization levels)
• Display: 15″ XGA LCD
• Physical Depth: 9 inches
• Noise Performance: Up to 3X less noise than 8-bit oscilloscopes
– Key Features
• Hypersampled ADCs with low-pass front-end filtering to prevent aliasing; each ADC generates up to 16 hypersamples between acquisition points, averaged for noise minimization
• Linear Noise Reduction (LNR): Hardware-based DSP filtering implemented across ADC, memory controller, and FPGA for hypersample averaging and noise cancellation
• Responsive Deep Memory for extended capture periods at high sample rates
• Advanced Triggering with intuitive configuration dialogs and descriptive graphics for isolating specific conditions
• Optional MSO Upgrade: Integrated digital channels for mixed-signal analysis and timing relationship visualization
• Optional Protocol Analyzer: Integrated protocol viewers for physical layer isolation and protocol-to-physical layer correlation
• Color-coded front-panel controls with per-channel dedicated knobs and graphical user interface
– Application Software Support
• Serial Protocol Analysis: I2C, SPI, RS-232, CAN, LIN, FlexRay, USB 2.0
• Ethernet Compliance, Power Analysis, and FPGA Dynamic Probing
– Compatibility & Integration
Mixed-signal and protocol analysis capabilities expand functionality through optional modules, enabling comprehensive debugging and compliance verification across digital and analog domains.
