About Metravi MSO-5202D Mixed Signal Oscilloscope
- 200 / 100 / 60MHz bandwidth
- 1GSa/s Real Time sample rate
- Large (7.0 inch) colour display, WVGA (800480)
- 16 channels Logic Analyzer, 500MSa/s sample rate
- Record length up to 1M
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Trigger mode : edge/pulse width/line selectable video/slop/overtime etc.
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USB host and device connectivity, standard
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Multiple automatic measurements
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Four math functions, including FFTs standard
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VGA Optional
Versatile Signal AnalysisEquipped with both analog and digital inputs, the MSO-5202D is ideal for capturing complex mixed signals. Its advanced features, such as math functions (Add, Subtract, Multiply, FFT) and multiple trigger modes, allow users to analyze and interpret various electronic signals with high precision. A robust waveform capture rate and deep memory advance troubleshooting and analysis capabilities.
User-Friendly Design and ConnectivityThe oscilloscope boasts a vivid 7-inch color LCD for clear viewing, supporting multi-language operation. Multiple storage and connectivity options (USB, LAN, VGA, RS-232) enable easy data transfer and integration within modern laboratory environments. Its ergonomic manual and push-button controls foster efficient workflow for both students and engineers.
FAQ's of Metravi MSO-5202D Mixed Signal Oscilloscope:
Q: How does the Metravi MSO-5202D contribute to accurate signal measurement in electronics testing?
A: The MSO-5202D features a high vertical bandwidth (200 MHz) and a real-time sample rate of up to 2 GSa/s per channel. Its memory depth of up to 40 million points enables detailed waveform capture, allowing users to analyze complex signals with accuracy and reliability during diagnostic and development tasks.
Q: What process should I follow to save waveform data and screen images?
A: To store waveform data or screen images, connect a USB storage device to the USB Host port. Use the oscilloscope's menu system to select the desired save action-whether for waveform data, configuration settings, or screen captures-and follow the on-screen prompts to securely transfer data.
Q: When is it advantageous to use advanced trigger modes on the MSO-5202D?
A: Advanced trigger modes (including edge, pulse width, slope, video, alternative, pattern, duration, and serial bus) are beneficial when isolating specific signal events or analyzing serial communication. These triggers help pinpoint anomalies or transitions, optimizing recording and troubleshooting in R&D or educational labs.
Q: Where can the MSO-5202D be effectively utilized?
A: This mixed signal oscilloscope is best utilized in electronics laboratories, R&D centers, and educational institutions. Its ability to handle both analog and digital signals makes it ideal for measurement, analysis, and fault detection in circuit development and educational projects.
Q: What is the usage benefit of having 16 digital channels alongside 2 analog channels?
A: The addition of 16 digital channels greatly enhances the MSO-5202D's capacity to monitor and analyze multiple digital signals simultaneously, making it suitable for mixed-signal circuit debugging. Users can correlate analog phenomena with digital logic, streamlining diagnosis and facilitating advanced system analysis.
Q: How do the math functions on the MSO-5202D improve waveform analysis?
A: Math functions such as addition, subtraction, multiplication, and FFT allow users to perform complex calculations directly on captured waveforms. These tools are essential for identifying frequency components, comparing signals, and performing detailed waveform analysis without external computation tools.