Rigol MHO2024 Digital 200 MHz 500 MP 12 Bit Mixed signal (MSO) 1 pc(s)

The oscilloscope of the MHO2000 series oscilloscope is a reliable and cost-efficient mixed signal oscilloscope with an analogue bandwidth of up to 350 MHz, 12-bit ADC and integrated protocol analyzer, logic analyzer, signal generator and other functions. Ideal for applications in medical electronics, power supply and automotive electronics enables efficient, multidimensional testing and analysis.

Ultra-high resolution for capturing the smallest details
The MHO2000 series offers excellent 12-bit resolution with up to 4096 quantization levels and significantly improves the measurement accuracy. As compared to 8-bit oscilloscopes it provides up to 16 times more details and captures fine signal changes. With a vertical sensitivity up to 200 μV/div it is Ideal for tests of power ripple or medical signals and allows for precise and reliable analyzes.

Versatile triggering and decoding functions for various sectors
The MHO2000 series offers various trigger types such as edge, interval, timeout, video, serial bus and range trigger to reliably detect abnormal signals. It also supports the protocols like I2C, SPI, CAN, CAN-FD, FlexRay, I2S, MIL-STD-1553B, SENT and others to meet test requirements in the Embedded, Automotive and Computing sectors.

Standard digital channel, stable signal transmission
The MHO2000 series is equipped with digital channels and supports the PLA3204 logic probe for efficient debugging of analogue and digital signals. This equipment enables precise digital analysis and acquisition of signal interactions in complex systems, WAS ensures high efficiency and accuracy in research & development, troubleshooting and performance optimization.

Built-in function generator for expanded analyzes
The MHO2000 high resolution digital oscilloscopes support an integrated 16-bit resolution Dual channel signal generator that delivers waveforms up to 50 MHz, including sine, square, triangle and pulse waves, noise, DC current and many user-defined waveforms. This can be used in various ways in scientific experiments and in industrial control.

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