MSO5000 Series Digital Oscilloscopes

Switching Power Supply Loop Analysis Function - Burdettu (Requires MSO5000-AWG Option)

The MSO5000 Bird's-eye diagram function can visually provide test curves and data to help engineers quickly determine system stability by analyzing parameters such as phase margin and gain margin.

7-in-1 Integrated Oscilloscope

Combines seven separate instruments in one, including an oscilloscope, a 16-channel logic analyzer, a spectrum analyzer, an arbitrary waveform generator (optional), a digital voltmeter, a high-precision frequency meter and totalizer, and a protocol analyzer.

9-inch multi-touch capacitive screen

The 9-inch multi-touch capacitive screen supports a variety of gestures to provide users with a maximally optimized interactive experience.

Convenient Web Control Remote Control

Users only need to enter the IP address of the oscilloscope in the address bar of the Web browser to open the Web Control control software and easily handle the remote control.

Supports up to 450,000 frames of hardware waveform recording and analysis

The hardware waveform recording function adopts segmented storage technology, which can be realized by setting trigger conditions to selectively capture and store the signals of user's concern and mark the time on the signals, which not only ensures the high efficiency of capture, but also further extends the total time of waveform observation.

Waveform capture rate up to 500,000 times per second

A waveform capture rate of up to 500,000 wfms/s allows for fast detection of burrs and other episodic events in the signal, which greatly improves debugging efficiency for engineers.

Ultra-high sampling bandwidth ratio

The MSO5000 series provides a maximum real-time sampling rate of 8GSa/s at 350MHz bandwidth, about 23 times the sampling bandwidth ratio makes it a leading oscilloscope product in its class, and also has an ultra-long waveform storage depth of 200Mpts.

Full-memory hardware measurements

Simultaneously observing and accurately measuring two signals with widely differing frequencies, full-memory hardware measurements can measure accurate frequency values in waveforms with 340k rising edges.