Experience Precision with the Uni-T MSO2202-S Mixed Signal Oscilloscope (MSO)

The Uni-T MSO2202-S Mixed Signal Oscilloscope is a high-performance oscilloscope, built on UNI-T's original Ultra Phosphor technology, offering multifunctionality and ease of use. Designed to streamline your measurement tasks across various fields, including communication, semiconductor, computer, instrumentation, industrial electronics, consumer electronics, automotive electronics, on-site maintenance, and education, this oscilloscope accelerates your work while ensuring top-notch technical indicators.

Uni-T MSO2202-S Mixed Signal Oscilloscope Key Specifications:

• BANDWIDTH: 200MHz
• ANALOG CHANNELS: 2
• DIGITAL CHANNELS: 16 (UT-M15 Logic probe included)
• FUNCTION GENERATOR: 50MHz ARB Included
• REAL-TIME SAMPLE RATE: 2GSa/s
• MAX. MEMORY DEPTH: 56Mpts



• WAVEFORM CAPTURE RATE: 1,000,000wfms/s
• DISPLAY: 8in Multi-point Capacitive Touchscreen

Rich Trigger Functions: Leverage the Uni-T MSO2202-S Mixed Signal Oscilloscope advanced trigger options, such as edge, pulse width, video, ramp, runt pulse, over-amplitude pulse, delay, timeout, duration, setup hold, Nth edge, and pattern trigger, to capture and display your signals of interest with precision.

Robust Logic Analysis: The Uni-T MSO2202-S Mixed Signal Oscilloscope excels in parallel bus analysis, protocol decoding, and precise timing measurements, enhancing your analytical capabilities with features like Rank Selection, Data Bus Setting, Group Setting, Event Lists, and more.

Impressive 200MHz Bandwidth: When selecting an oscilloscope like the Uni-T MSO2202-S Mixed Signal Oscilloscope, consider the frequency of the devices you'll test. With a 200MHz bandwidth, it's suitable for applications at 40MHz and below, adhering to the "Rule of Five" for speed.

Vivid Grayscale Display: The original Ultra Phosphor display technology ensures long-term observation of waveform details and occasional abnormalities.

Function Generator: Equipped with a built-in dual-channel function arbitrary waveform generator, the Uni-T MSO2202-S Mixed Signal Oscilloscope can produce sine waves, square waves, ramp waves, pulse waves, arbitrary waves, noise, and DC. The maximum sine wave output frequency is 50MHz.

Generous Memory Depth: Maintaining a high sampling rate across a wider time base range, the MSO2202-S enhances the capture rate of abnormal waveforms.

User-Friendly Interface: Utilizing Multi-Scopes technology, the Uni-T MSO2202-S Mixed Signal Oscilloscope offers a more intuitive waveform display, allowing users to explore and analyze details conveniently. Each channel can be customized with different frequency, amplitude, and waveform settings.

Full Memory Hardware Decoding: Experience swift decoding thanks to full-memory hardware decoding capabilities with the Uni-T MSO2202-S Mixed Signal Oscilloscope’s deep storage 56Mpts, ensuring real-time decoding and improving diagnostic efficiency.

Intuitive Interaction: The 8-inch touch screen of the Uni-T MSO2202-S Mixed Signal Oscilloscope supports various gesture operations, such as click, slide, zoom, edit, and drag, ensuring a smoother and more convenient measurement experience. Traditional button and knob operations are also retained, optimizing the interactive experience.

XY Mode: In XY mode, you can use the Uni-T MSO2202-S Mixed Signal Oscilloscope to efficiently assess the phase disparities between two signals by utilizing cursor measurements on an XY plot.

Enhanced FFT Analysis: With support for full-screen, split-screen, waterfall chart views, and multiple detections, the Uni-T MSO2202-S Mixed Signal Oscilloscope delivers comprehensive frequency domain measurement information. Employ FFT (Fast Fourier Transform) mathematical operations to seamlessly convert time-domain signals (YT) into frequency-domain signals, facilitating the analysis of harmonic content, distortion, noise features, and vibrations.

Elevate your precision measurement endeavors with the Uni-T MSO2202-S Mixed Signal Oscilloscope (MSO), your trusted companion for mastering measurement and analysis across a spectrum of applications.