UNI-T UPO1102CS Oscilloscope

The UNI-T UPO1000CS series is a high-performance, cost-effective digital phosphor oscilloscope (DPO) designed for electronic design, debugging, education, and industrial applications. Combining advanced signal processing with user-friendly features, it delivers exceptional waveform visualization and analysis capabilities for engineers, researchers, and educators.

Key Features

1. Ultra Phosphor Technology 2.0
   • 3D Waveform Visualization: Displays amplitude, time, and signal intensity via multi-layered afterglow, revealing rare events and signal trends invisible on traditional digital storage oscilloscopes (DSOs).
   • High Capture Rate: Achieves up to 100,000 wfms/s in normal sampling mode, ensuring no signal of interest is missed, even for transient events like noise, jitter, or runt pulses.
2. Deep Memory & Fast Processing
   • 56 Mpts Memory Depth: Maintains high sampling rates (1 GSa/s) across a wide timebase range, balancing detailed waveform analysis with long-term signal observation.
   • Parallel Digital Signal Processing: Accelerates data handling and waveform reconstruction for real-time performance.
3. Multi-Scopes 2.0 Architecture
   • Independent Channel Systems: Each of the 2 analog channels has separate acquisition, vertical, and trigger systems, equivalent to two single-channel DPOs in one unit.
   • Split-Screen Modes: Enables real-time comparison of non-homologous signals or multi-device testing, with interference-free display for easy observation.
4. Advanced Triggering & Decoding
   • Full-Memory Hardware Decoding: Supports 3 protocols (RS232/UART, I2C, SPI) with millisecond-level decoding speed, hundreds of times faster than software-based solutions.
   • Comprehensive Trigger Modes: Includes edge, pulse, slope, and video triggering to capture complex signals reliably.
5. Multi-Domain Analysis
   • 1 Mpts Enhanced FFT: Provides independent spectrum view with 4 trace modes (e.g., amplitude, phase) and 4 detector types (peak, average, etc.) for multi-domain signal analysis.
   • Automatic Peak Measurement: Identifies key spectral components quickly, ideal for debugging RF and analog circuits.
6. Web-Based Remote Control
   • Cross-Platform Access: Connect and control the oscilloscope via web browser on PC or mobile devices, eliminating the need for local software installations.
   • Real-Time Monitoring: View live waveforms and adjust settings remotely for enhanced flexibility in lab or field environments.
7. User-Friendly Interface
   • 4.3-inch TFT LCD with 256 Gray Levels: Enhances waveform detail and intensity visualization for precise measurements.
   • Intuitive Controls: Physical knobs and menu-driven navigation for quick adjustments to vertical/horizontal settings, triggering, and math functions (e.g., FFT, waveform arithmetic).