UNI-T MSO/UPO2000 Series Digital Storage Oscilloscopes

UNI-T's MSO/UPO2000 Series digital oscilloscope is a high-performance instrument featuring UNI-T's innovative Ultra Phosphor technology and is designed with diverse applications in mind including communication, semiconductor, and consumer electronics. This oscilloscope combines ease of use, excellent technical indicators, and numerous features for faster and more accurate measurement tasks, including the precise capture of abnormal events with Fast Acquire technology.

Key Series Features

Web Control

Featuring a built-in Web Server, this instrument allows remote control, waveform observation, and access to measurement results via a browser. This capability is particularly suited for specialized environments with high-pressure and high-temperature requirements. Achieving cross-platform control without the need for driver software or host computer installations, the MSO/UPO2000 Series supports two web page layouts and touch operations for both PCs and mobile phones. This design enhances usability, providing a more accessible and convenient user experience.

Bode Plot

Suitable for loop analysis, this is a crucial measurement frequently employed to characterize the frequency response (including gain, phase, and frequency) of diverse electronic designs found in contemporary applications, including passive filters, amplifier circuits, and negative feedback networks utilized in switch-mode power supplies.

AWG Function Arbitrary Waveform Generator

With its integrated dual-channel function arbitrary waveform generator, the MSO/UPO2000 Series can produce a variety of waveforms, including sine waves, square waves, ramp waves, pulse waves, arbitrary waves, noise, and DC. It achieves a maximum frequency output of 50MHz for sine waves.

Maximum Memory Depth up to 56Mpts per channel

This oscilloscope effectively sustains a high sampling rate across an extended time base range. It adeptly balances capturing both the overall waveform and its finer details, significantly enhancing the capability to capture abnormal waveforms.