About Metravi DSO-5100E 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 100MHz
- Sampling Rage: 1GSA/Sec.
- Storage Depth: 25k
- Record Length: Sampling Point of 2 x 521k
- Vertical Deflection: 1mV/div~5V/div
Versatile Dual Channel CapabilityThe DSO-5100E features two channels, enabling simultaneous measurement and comparison of different signal sources. This versatility supports complex electronic analysis, from diagnostics to detailed circuit testing, enhancing productivity for engineers and technicians.
Advanced Signal Capture and AnalysisOffering a bandwidth of 100 MHz and a real-time sample rate of up to 1GS/s, this oscilloscope ensures precise capture of fast-changing electronic signals. Its 8-bit resolution and significant memory depth allow for detailed waveform inspection and comprehensive analysis.
User-Friendly DesignWith a clear 7-inch TFT-LCD display and intuitive manual controls, the DSO-5100E prioritizes ease of use. Features like auto/normal/single trigger modes, cursor measurement, and USB storage simplify operation and speed up routine analysis tasks.
FAQ's of Metravi DSO-5100E Dual Channel Digital Storage Oscilloscope:
Q: How is the Metravi DSO-5100E Dual Channel Oscilloscope typically used in electronics testing?
A: This oscilloscope is primarily utilized for measuring, visualizing, and analyzing electronic signals in circuit diagnostics, design validation, and troubleshooting. Its dual channels allow for comparison and observation of multiple waveforms simultaneously.
Q: What are the main benefits of using a digital storage oscilloscope like the DSO-5100E?
A: Digital storage oscilloscopes offer accurate waveform capture, the ability to store up to 50 waveforms, flexible triggering options, and intuitive interfaces. These enhance productivity and analysis capabilities, making them invaluable in both development and repair environments.
Q: When should I use different probe attenuation settings (1X, 10X, 100X) with this oscilloscope?
A: Probe attenuation should be selected based on the signal amplitude and measurement requirements. Use 1X for low-voltage signals for maximum sensitivity, while 10X or 100X settings enable safe measurement of higher-voltage signals up to the 400V (PK-PK) input limit.
Q: Where can the DSO-5100E be mounted or used for optimal operation?
A: Designed as a bench-top instrument, the DSO-5100E is best suited for use in labs, workshops, educational institutes, or electronic repair facilities with a stable power supply and a controlled environment within the 0C to 40C temperature range.
Q: What process should I follow to store and retrieve waveforms using the USB interface?
A: To store waveforms, simply connect a USB storage device to the oscilloscope's USB port, select the desired waveform, and use the 'Save' function. To retrieve, access stored files via the USB menu, enabling quick recall for analysis or documentation.
Q: How do the trigger modes (Edge, Pulse, Video, Slope, Alternate) improve waveform measurement?
A: These trigger modes allow users to capture specific events or anomalies in a signal. By more precisely controlling when acquisition starts, users can reliably isolate glitches or particular portions of a waveform for in-depth examination.
Q: What is the measurement accuracy of the DSO-5100E, and why is it important?
A: The DSO-5100E delivers 3% voltage accuracy and 50 ppm timebase accuracy, ensuring that waveform measurements are both precise and reliable. This accuracy is crucial for dependable testing and diagnostics in both development and maintenance work.