The UNI-T UTD2102CEX+ is a 100 MHz, 2-channel digital storage oscilloscope (DSO) designed for engineers, technicians, educators, and hobbyists seeking a reliable and affordable benchtop instrument. It combines essential waveform capture and measurement capabilities in a compact, easy-to-use package, making it ideal for electronics testing, education labs, field service, and automotive diagnostics.

This model is part of UNI-T’s UTD2000CEX+ series, known for offering a solid balance of performance and value. It features a 1 GSa/s sample rate—double that of the economy CL+ models—ensuring better signal fidelity at higher frequencies.

Key Features

• 100 MHz Bandwidth & 2 Channels – Two analog channels provide the capability to analyze complex signals or compare multiple waveforms simultaneously, suitable for a broad range of applications from audio to digital circuits.
• 1 GSa/s Real-Time Sample Rate – A high sampling rate captures fine signal details and transients accurately, crucial for reliable analysis of high-speed signals.
• 64 kpts Memory Depth – Extended memory per channel allows you to capture longer signal sequences at high resolution, which is useful for analyzing complex serial communication or infrequent events.
• 7-Inch Color TFT LCD Display – A large, 800 x 480 resolution screen provides a clear and detailed view of waveforms, menus, and measurement readouts for easy analysis.
• Comprehensive Trigger System – Includes Edge, Pulse Width, and Video triggering options, enabling you to stabilize and isolate specific signal conditions for effective troubleshooting.
• Automatic Measurements – Quickly characterizes signals with 34 automatic measurements, including frequency, period, rise time, fall time, amplitude, and duty cycle.
• Math and Analysis Functions – Perform addition, subtraction, and FFT (Fast Fourier Transform) for basic waveform analysis and frequency domain viewing.
• USB Connectivity – Easily connect to a PC for data transfer, remote control, and saving waveform screenshots for documentation.