RIGOL is thrilled to introduce the MHO2000 series of high-resolution digital oscilloscopes. The MHO2000 Series boasts a maximum analog bandwidth of 350MHz and a 12-bit ADC, integrating multiple instrument functions such as protocol analyzer, logic analyzer, and signal generator. This series offers a reliable and economical solution for various test and analysis tasks in fields like medical electronics, power supply, electricity, and automotive electronics. With its comprehensive functionality and powerful performance, the MHO2000 series significantly reduces the complexity and cost of multi-functional test platforms.
High Resolution to Capture Low Signal Details
The MHO2000 series high-resolution digital oscilloscope has 12-bit vertical resolution and up to 4096 levels of quantization accuracy, significantly enhancing measurement precision. Compared to traditional 8-bit oscilloscopes, it offers up to 16 times greater detail, allowing for the capture of more subtle waveform changes. In critical application scenarios such as power ripple testing or medical equipment testing, the vertical sensitivity of up to 200μV/div ensures that even low signals are accurately captured.
Rich Triggering and Decoding Functions to Meet the Needs of Different Industries
The MHO2000 series high-resolution digital oscilloscope offers a wide range of trigger types, including edge, interval, timeout, video, serial bus, and area triggers, ensuring reliable capture of various abnormal signals. Additionally, the MHO2000 series supports multiple buses such as I2C, SPI, CAN, CAN-FD, FlexRay, I2S, MIL-STD-1553B, SENT, and more, catering to the bus testing requirements of industries like embedded systems, automotive, and computing.
Standard Digital Channels
The MHO2000 series high-resolution digital oscilloscopes come equipped with digital channels as standard. Paired with the PLA3204 logic analysis probe, they effectively address the challenges of debugging mixed analog and digital signals. This combination facilitates in-depth digital signal analysis and helps users accurately capture and analyze signal interactions within complex circuit systems. Whether for advanced R&D, troubleshooting, or performance optimization, the MHO2000 series ensures high efficiency and precision, significantly enhancing project success rates.
Built-in function generator, supporting a variety of advanced analysis
The MHO2000 series high-resolution digital oscilloscope features a built-in dual-channel signal generator with 16-bit resolution, capable of waveform output up to 50MHz. It supports various waveforms including sine, square, triangle, pulse, noise, DC, and a range of built-in arbitrary waves. This functionality is highly versatile, making it suitable for scientific experiments and industrial control applications. It streamlines equipment, optimizes costs, and supports professional tests such as self-calibration and mixed signal diagnosis.
The MHO2000 series oscilloscopes achieve a 5-fold oversampling rate on all channels, effectively preventing waveform distortion and ensuring that the measured waveform is more realistic and reliable. Additionally, the MHO2000 series integrates multiple functions, including digital oscilloscopes, spectrum analyzers, signal generators, protocol analyzers, and logic analyzers, to meet diverse testing needs, reduce equipment space requirements, and excel in various complex test scenarios.
The launch of the MHO2000 series further enriches Precision Instruments’ product lineup in the high-resolution oscilloscope field. It addresses diverse measurement needs across different scenarios with its differentiated functional combinations, embodying the company’s “customer solution-centric” philosophy. Moving forward, Precision Instruments will continue to advance its test and measurement technology, providing more efficient and accurate testing support to global customers through innovative products and customized solutions. This commitment will help customers achieve technological breakthroughs and commercial success in cutting-edge fields.
More information
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