Description
The FNIRSI DPOX180H Digital Phosphor Oscilloscope is a high-performance, compact measurement instrument designed for engineers, technicians, and electronics enthusiasts. With 2 channels and 180MHz bandwidth, it provides accurate and reliable visualization of complex electronic signals for research, testing, and troubleshooting applications.
Equipped with a 500MSa/s real-time sampling rate, the DPOX180H captures high-frequency signals with exceptional precision. Its advanced digital phosphor technology allows users to clearly observe signal transitions, glitches, and anomalies that traditional oscilloscopes may miss. The oscilloscope’s high resolution ensures detailed waveform analysis, making it ideal for modern electronics development and diagnostics.
The device features a large, high-contrast LCD display that provides clear, detailed visualization of waveforms. Users can measure voltage, frequency, rise/fall time, and other critical signal parameters with ease. The intuitive interface allows fast access to measurement functions, cursors, and triggers, reducing setup time and increasing productivity.
Key Features:
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2 input channels for simultaneous signal monitoring
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180MHz bandwidth for high-frequency signal capture
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Real-time sampling rate: 500MSa/s
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Digital phosphor technology for precise waveform analysis
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High-contrast LCD display with clear waveform visualization
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Multiple measurement functions: voltage, frequency, rise/fall time, and more
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Advanced trigger options for complex signal capture
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Compact, lightweight, and portable design
The DPOX180H is suitable for a wide range of applications, including electronics design, laboratory testing, educational purposes, and field diagnostics. Its advanced features allow engineers to troubleshoot circuits, verify component behavior, and ensure proper system functionality with high confidence.
Applications:
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Signal analysis and waveform monitoring in electronics projects
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Troubleshooting and testing of analog and digital circuits
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Frequency response and timing measurement
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Educational lab experiments and electronics training
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Industrial and research laboratory diagnostics
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Verification of embedded system signals and microcontroller outputs
