- Based on RIGOL's brand new self-developed Centaurus technical platform
- 12-bit resolution[1]
- Max. 350 MHz bandwidth, 4 analog channels, and 1 external trigger channel
- Standard configuration of 16 digital channels (required to purchase the logic analyzer probe)
- Real-time sample rate: up to 2 GSa/s
- Max. memory depth 500 Mpts
- Vertical sensitivity up to 200 μV/div
- Max. waveform capture rate of 1,000,000 wfms/s (in fast recording mode)
- Arbitrary/Function Waveform Generator (AFG)[2], power analysis, histogram, digital signal analysis, Bode plot, and protocol decodings
- Search and navigation functions enable users to quickly search for the signals with exceptions and locate them accurately
- 256-level intensity grading display, with digital real-time fluorescence technology
- 10.1" 1280*800 high-definition touch screen
- Brand new Flex knob brings friendly user experience
- Standard configuration of USB Device, USB Host, LAN, HDMI interfaces
- Battery pack-powered, convenient to charge anytime and anywhere, providing great feasibility for measurement
- Online upgrade
- Standard configuration of the photoelectric encoder operating knob to improve the service life of the instrument
The MHO2000 series features excellent 12-bit resolution with up to 4096 quantization levels, greatly improving measurement accuracy. Compared to 8-bit oscilloscopes, it delivers up to 16× detail, capturing subtle signal variations. With vertical sensitivity down to 200 μV/div, it’s ideal for power ripple or medical signal testing, ensuring precise analysis for innovation and reliability.
The MHO2000 series offers multiple trigger types—edge, interval, timeout, video, serial bus, and area trigger—for reliable capture of abnormal signals. It also supports I2C, SPI, CAN, CAN-FD, FlexRay, I2S, MIL-STD-1553B, SENT, and more, meeting bus testing needs across embedded, automotive, and computing industries.
The MHO2000 series comes standard with digital channels and supports the PLA3204 logic probe for efficient analog and digital signal debugging. This setup enables deep digital analysis and precise capture of signal interactions in complex systems, ensuring high efficiency and accuracy in R&D, troubleshooting, and performance optimization to boost project success rates.
The MHO2000 series high-resolution digital oscilloscope supports a built-in dual-channel signal generator with 16-bit resolution, providing waveform output up to 50MHz, including sine wave, square wave, triangle wave, pulse wave, noise, DC, and a variety of built-in arbitrary waves, which can be widely used in various scientific experiments and industrial control fields.
