About Metravi DSO-5050E Dual Channel Digital Storage Oscilloscope
- Double Analog Channels High-resolution colorful LCD display with resolution of 400 X 240 (or 800 X 480)
- To support plug and play USB storage instrument to communicate with computer.
- Automatic waveform and status setup. Waveform, setup, bitmap storage, waveform and setup reoccurrence.
- Elaborate view window extension function for delicate analysis of waveform details and profile
- Automatic measurement of 28 kinds of waveform parameters
- Automatic cursor tracing and measurement function
- Unique waveform recording and playback functions
- Embedded FFT
- Multiple mathematical calculation functions (including +, -, X, ) for waveform
- Edge, video, pulse width and ALT Trigger functions
- Multi-language menu display
- Bandwidth 50MHz
- Sampling Rage: 500MSA/Sec.
- Storage Depth: 25k
- Record Length: Sampling Point of 2 x 521k
- Vertical Deflection: 1mV/div~5V/div
Efficient Waveform AnalysisEasily capture, view, and analyze complex electronic signals with the DSO-5050E's dual channels and wide measuring range. Waveform math functions such as addition, subtraction, multiplication, and FFT allow for precise signal processing and analysis for development and troubleshooting tasks.
Advanced Triggering CapabilitiesThe oscilloscope includes diverse trigger modes-edge, pulse, video, slope, alternate-that help isolate specific signal events. This ensures you can detect and respond to anomalies with speed and accuracy, whether in laboratory experiments or electrical maintenance.
Intuitive Operation and StorageFeatures like auto measurement, cursor measurement, 32 parameters, and semi-automatic control provide intuitive operation. USB host/device interfaces support easy data storage and printing, streamlining workflow for technical professionals and educators.
FAQ's of Metravi DSO-5050E Dual Channel Digital Storage Oscilloscope:
Q: How do I use the DSO-5050E Digital Storage Oscilloscope for electronic signal analysis?
A: To analyze electronic signals, connect your test probes to the oscilloscope's input channels. Select the appropriate vertical and time base settings, and use the auto or manual modes for capturing and displaying waveforms. Utilize the math functions and measurement features for thorough signal diagnostics.
Q: What are the benefits of the dual channel functionality in this oscilloscope?
A: The dual channel capability enables simultaneous observation of two different signals, making it easier to compare waveforms, diagnose circuit behavior, and troubleshoot complex electronic systems in real time.
Q: When should I use the various trigger modes available on the DSO-5050E?
A: You should select trigger modes based on your application: use edge or pulse triggers to capture specific signal changes, slope or alternate for waveform transitions, and video for detailed video signal analysis. These modes help isolate and examine critical signal events during testing.
Q: Where can the DSO-5050E be effectively used?
A: This oscilloscope suits laboratory settings, research and development, educational institutions, and service & maintenance workshops. Its bench-top design, precise measurement ranges, and safety standards make it ideal for professional environments across India.
Q: How does USB storage support enhance workflow with the DSO-5050E?
A: The USB host and device interfaces allow you to save waveforms, export measurement data, or print results directly. This simplifies documentation and sharing of findings, making it convenient for analysis, reporting, and educational demonstrations.
Q: What process should I follow to ensure accurate measurements with the DSO-5050E?
A: Ensure proper probe calibration and connection, select correct measurement parameters, and use the device's auto measurement and cursor functions. The 3% vertical accuracy, 8-bit resolution, and 7-inch TFT LCD provide reliable and clear results for every analysis session.
Q: What is the typical application of the DSO-5050E Dual Channel Oscilloscope?
A: Typical applications include electronic and electrical signal testing, waveform observation, troubleshooting circuits, and analyzing system behavior in laboratories, R&D units, educational labs, and service centers.