The RIGOL MHO2000 Series High-Resolution Digital Oscilloscope is an economical high-resolution mixed-signal digital oscilloscope with reliable performance. It offers a maximum analog bandwidth of up to 350 MHz, is equipped with a 12-bit ADC, and integrates the functions of multiple instruments such as a protocol analyzer, logic analyzer, and signal generator. It is suitable for various testing and analysis tasks in fields such as medical electronics, power supplies, electricity, and automotive electronics. It is a fully functional and powerful all-in-one economical instrument. The MHO2000 Series oscilloscope can evaluate system designs from multiple perspectives, enabling easy and multi-dimensional insights at your fingertips.

New MHO2000 Series High-Resolution Digital Oscilloscope

High Resolution | Abundant Triggers | Advanced Analysis

Product Highlights

1. Ultra-High Resolution to Capture Subtle Details

The RIGOL MHO2000 Series High-Resolution Digital Oscilloscope features an excellent 12-bit vertical resolution and a quantization accuracy of up to 4096 levels, effectively improving the measurement accuracy.

Compared with traditional 8-bit devices, it can provide up to 16 times more fineness and capture subtle changes in the waveform. Whether in critical application scenarios such as power supply ripple testing or medical device detection, with a vertical sensitivity of up to 200 μV/div, even the smallest signals can be accurately captured.

The MHO2000 Series helps you analyze signal characteristics more effectively, ensuring accurate measurements every time and enabling your technological innovations.

2. Abundant Trigger and Decoding Functions to Meet Different Industry Needs

The RIGOL MHO2000 Series High-Resolution Digital Oscilloscope offers a wide range of trigger types, including edge, interval, timeout, video, serial bus, and area triggers, which can meet the stable capture and triggering requirements of different abnormal signals. At the same time, the MHO2000 Series supports multiple buses such as I2C, SPI, CAN, CAN-FD, FlexRay, I2S, MIL-STD-1553B, and SENT, meeting the bus testing needs of industries such as embedded systems, automotive, and computers.

3. Standard Digital Channels for Stable Signal Transmission

The RIGOL MHO2000 Series High-Resolution Digital Oscilloscope comes with standard digital channels. Paired with the PLA3204 logic analysis probe, it helps tackle the challenges of analog and digital signal debugging. This combination not only enables in-depth digital signal analysis but also helps you accurately capture and analyze signal interactions in complex circuit systems. Whether for advanced R & D, fault troubleshooting, or performance optimization, it ensures that you can complete tasks with high efficiency and precision, significantly increasing the project success rate.

4. Built-in Function Generator Supporting Multiple Advanced Analyses

The RIGOL MHO2000 Series High-Resolution Digital Oscilloscope supports a built-in dual-channel signal generator with a 16-bit resolution, providing a waveform output of up to 50 MHz, including sine waves, square waves, triangular waves, pulse waves, noise, DC, and various built-in arbitrary waves. It can be widely used in various scientific experiments and industrial control fields.

Product Parameters

· Maximum analog bandwidth of 350 MHz

· 2 GSa/s real-time sampling rate (all channels)

· 12-bit vertical resolution

· 4 analog channels + 16 digital channels

· 500 Mpts memory depth

· 10.1-inch touch screen

With its 12-bit ADC, the RIGOL MHO2000 Series oscilloscope can capture subtle changes in the waveform, making it suitable for precise requirements such as power supply ripple and medical instrument testing. Meanwhile, its 2 GSa/s real-time sampling rate and 500 Mpts deep memory achieve a 5x oversampling rate, effectively avoiding waveform distortion and making the measured waveforms more real and reliable. In addition, the MHO2000 Series integrates the functions of a digital oscilloscope, spectrum analyzer, signal generator, protocol analyzer, and logic analyzer, meeting various testing needs, reducing desktop space occupation, and being widely used in various complex testing scenarios.

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MHO2000