High Resolution Modular Oscilloscopes MO3 Series

Product Overview

MO3 series high resolution modular oscilloscopes have powerful performance, the thickness of the body is only 3cm, it is not a traditional sense of the virtual oscilloscope, can be connected to any display device (including LCD TV, projector, etc.) through the HDMI interface for direct use, but also through the network port or the SFP + optical port to connect with the computer, to realize the remote control and data acquisition and analysis.MO3 series analog bandwidth of 500MHz, sampling rate 3GSa/s, storage depth of 360Mpts, 4 analog channels, user-friendly UI design, rich measurement items, to give you a new experience. MO3 series analog bandwidth up to 500MHz, sampling rate 3GSa/s, storage depth up to 360Mpts, 4 analog channels, humanized UI design, rich measurement items, bring you a new experience.

Flexible connectivity and remote control

It can be used directly by connecting with any display device through HDMI interface, or connecting to computer through LAN port to realize remote control and testing through the upper computer software and SCPI command.

high speed transmission

Data transfer rates of up to 10Gbps provide you with unlimited possibilities for integrated secondary development, and you can even use the MO3 series modular oscilloscopes as an uninterrupted high-speed acquisition device as long as the data throughput rate of your computer is sufficient.

matrix connection

Supports rack mounting, or matrixing N machines to work synchronously for a higher number of analog channels (4*N).

12-bit vertical resolution

The MO3 series uses a 12-bit high-resolution ADC with up to 4096 levels of quantization, which is 16 times that of a conventional 8-bit ADC, to help users observe the details of waveforms more completely and clearly.

Very low noise floor

The MO3 series can still achieve a noise floor of less than 80μVrms at a full bandwidth of 500MHz, allowing you to accurately capture weak but important signals during circuit debugging and signal analysis.

Deep storage, segmented storage standard

With 360Mpts of storage depth, opening 2 channels at the same time still doesn't cut it, and the signal still has excellent fidelity at large timebases;

Standard segmented storage, the limited storage space is divided into multiple small segments, multiple triggering events are gathered in a single storage space, with convenient analysis and viewing functions, through the free fusion of display and display one by one, so that the analysis and localization of more accurate and efficient, so that the "sea to find a needle" becomes possible.

Hardware digital filtering

Hardware digital filtering can selectively pass or block signal components in a specific frequency range; this is useful for analyzing specific frequency bands of a signal or observing changes in specific frequency components.