Keysight / Agilent DSO80804B Digital Oscilloscope
The Keysight / Agilent DSO80804B Digital Oscilloscope is a cutting-edge solution for professionals needing high-precision and versatile signal analysis. With an impressive 8-GHz bandwidth, upgradeable to 13 GHz, this oscilloscope is engineered to meet the rigorous demands of modern testing environments.
Key Features
- 4 Analog Channels: Capture and analyze complex signals simultaneously with four dedicated channels.
- Sample Rate: Achieve sample rates of up to 40 GSa/s, providing heightened accuracy in data collection.
- Memory: Standard 512 kpts memory with the option to expand to 2 Mpts, and up to 64 Mpts at 4 GSa/s, ensuring extensive data storage capabilities.
- XGA Display: Experience a vibrant XGA display with 256 levels of intensity grading for a clear and detailed visualization of signals.
Industry Leading Signal Integrity
- Noise Floor: Exceptionally low noise floor of 294 uV @ 5 mV/div, enhancing the clarity of signal measurements.
- Trigger Jitter: Enjoy unparalleled precision with trigger jitter specifications of less than 500 fs (rms).
- Vertical Sensitivity: Lowest hardware vertical sensitivity at 5 mV/div, allowing for the detection of minute signal variations.
- Noise Reduction: Utilize the industry’s only noise reduction option (Option 005) to further improve measurement accuracy.
Largest Selection of Application Solutions
- Jitter Analysis: Comprehensive jitter analysis tools built into the oscilloscope for detailed signal performance evaluation.
- Customization Packages: A wide array of customization options, including User Defined Functions and integration with MatLab® for tailored solutions.
InfiniiMax Probing Solutions
- Probing System: Industry’s lowest noise floor probing system ensures high-fidelity signal measurements.
- Signal Fidelity: Experience the highest signal fidelity with the InfiniiMax II probing system, designed for premium performance.
- Interchangeable Probe Heads: Flexibility with interchangeable probe heads, adapting to various measurement needs seamlessly.