High-Resolution Signal Acquisition
The HD302MSO features a 14-bit analog-to-digital converter (ADC), giving up to four times the vertical resolution and significantly lower noise compared to traditional oscilloscopes. This results in clearer, more detailed waveform capture and more accurate measurements.
Analog and Digital Channels
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2 analog channels for traditional waveform analysis
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16 digital channels (MSO) for mixed-signal system debugging
The mixed-signal capability allows you to analyze digital logic and analog signals in context — ideal for embedded design and complex system testing.
Fast Sampling & Deep Memory
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Up to 3.2 GSa/s sampling rate per channel
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Up to 100 Mpts memory depth
High sample rates and deep memory enable you to capture long, high-resolution signal sequences without compromise.
Intuitive Touchscreen Interface
The large 10.1-inch capacitive touchscreen display delivers a clear, interactive user experience that makes setup, navigation, and data review fast and intuitive.
Advanced Analysis Tools
The HD302MSO comes equipped with a range of built-in measurement and analysis functions including:
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Extensive automatic waveform measurements
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Advanced math functions including FFT and filters
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Zone triggering and serial protocol decoding (optional licensed)
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Hardware-based mask testing and histogram analysis
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Keysight FaultHunter automated signal inspection (optional)
These tools help you quickly isolate issues and gain deeper insight into your designs.
Key Specifications
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200 MHz base bandwidth (configurable up to 1 GHz)
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2 analog + 16 digital channels
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14-bit ADC with low noise front-end
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Up to 3.2 GSa/s sampling rate
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Up to 100 Mpts memory depth
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10.1-inch capacitive touchscreen display
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Mixed-signal analysis with time-correlated analog/digital capture
Ideal For
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Embedded systems development
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Automotive electronics testing
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Industrial design and debugging
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R&D laboratories
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Mixed-signal analysis applications
The Keysight HD302MSO delivers high-resolution performance and deep mixed-signal capability in a single, expandable oscilloscope — making it a powerful tool for modern electronics testing and design.