Product Description
The Rigol MSO4034 is a very high quality four channel digital storage oscilloscope with build in logic analyser. It offers up to 4 GSa/s real-time sample rate, up to 350 MHz analogue bandwidth and 28 Mpts memory per digital channel at up to 1 GSa/s sample rate.
These high performances ensure not only to capture real-time instantaneous signal, but also to observe details of repeated signal. MSO4034 have up to 110.000 wfms/s refresh rate, which enable users to capture instantaneous signal and abnormal signal more quickly, to enhance waveform capturing ability, and to expedite circuit debug course. The quality of the Rigol Oscilloscopes is comparable to Agilent and Tektronix oscilloscopes.
Other advantages: 9" color LCD, bright and vivid waveform display; versatile trigger modes: i.e. slope, alternative, rise&fall edge, enable users to stabilize signal more easily. In economical oscilloscope field, MSO4034 have no doubt the highest performances, the most functions thus should be engineers best choice.
Comprehensive Measurement CapabilitiesWith four analog channels and sixteen digital logic channels, this oscilloscope empowers engineers to analyze both analog and digital signals simultaneously. Its wide vertical sensitivity range and extensive time base settings accommodate a variety of signal types, while precise triggers help capture elusive waveform events.
Designed for Laboratory PrecisionEngineered for professional laboratory use, the DSO's robust construction incorporates high-quality ABS and aluminum alloy materials. The device features a clear 7-inch TFT LCD display, intuitive controls, and built-in storage solutions, supporting seamless data capture and analysis in research and development environments.
Advanced Connectivity and Data HandlingSupporting both USB host/device and Ethernet LAN interfaces, the system allows easy connection to PCs, networks, and external storage devices. Users can store waveforms, share measurement data, and even automate processes, facilitating efficient collaboration and workflow integration.
FAQ's of 4ch. DSO with 350MHz,4GSa/s with 16ch. Logic Analyzer:
Q: How does the integrated logic analyzer enhance troubleshooting capability?
A: The 16-channel logic analyzer enables simultaneous analog and digital signal analysis, which is invaluable for diagnosing mixed-signal circuits. This integration allows you to capture digital events alongside analog waveforms, streamlining the debugging process and saving time.
Q: What is the process for saving and exporting measurement data?
A: You can store waveform data directly onto a USB flash drive or use the built-in storage. For remote data management, simply connect via the LAN (Ethernet) port to transfer files to a computer or network. This flexibility enables efficient documentation and further analysis.
Q: When should I use memory depths up to 24 Mpts?
A: The deep memory buffer of up to 24 million points is particularly useful for capturing long signal durations or high-speed events that require detailed waveform analysis. Use it during complex troubleshooting or when analyzing communication protocols spanning multiple cycles.
Q: Where is this oscilloscope best utilized?
A: This equipment is ideal for laboratories, research and development centers, and electronics production lines. Its advanced features make it a strong fit for any professional environment that demands comprehensive signal analysis and accurate diagnostics.
Q: What are the benefits of its multiple trigger types?
A: With edge, pulse width, logic, video, slope, alternate, and pattern triggers, the oscilloscope offers superior event capturing precision. These triggers help isolate specific waveform anomalies or timing issues that conventional oscilloscopes might miss.
Q: How do I operate the oscilloscope's controls for measurement adjustments?
A: The device features intuitive knobs, buttons, and a user-friendly menu navigation system. This allows quick adjustments for vertical sensitivity, time base, trigger settings, and math operations, ensuring efficient setup for various measurement tasks.