Introducing the Uni-T UPO1104 Digital Phosphor Oscilloscope

Discover the Uni-T UPO1104 Digital Phosphor Oscilloscope, a versatile and cost-effective instrument designed to amplify your electronic and electrical projects in various fields. This tool is your ultimate companion, whether you're engaged in electronic design, debugging, education, or industrial innovation, as it merges advanced features with state-of-the-art technology.

Advanced Features for Detailed Signal Analysis

The UPO1104's substantial storage depth of 56Mpts demonstrates an exceptional ability to capture and retain intricate waveform details. This extensive storage depth, coupled with the system's dedication to capturing comprehensive and detailed waveforms, underscores its advanced capabilities in delivering a detailed and nuanced signal analysis.

Comprehensive Frequency Domain Analysis

When it comes to capturing and retaining intricate details within waveforms, the UPO1104's 1Mpts FFT sampling points enhance your signal analysis by facilitating thorough frequency domain examinations. You can tailor spectrum analyzer functions, such as frequency range, detection mode, and spectrum marking, for a comprehensive and personalized exploration of your signals.

Precision Measurements with Cursor Activation

The UPO1104 also introduces precision in your measurements with the 'Cursor' activation feature. This feature enables simultaneous time and voltage measurements across multiple channels, while navigation functions offer improved control over time, markers, and segments. This user-friendly functionality allows you to derive detailed insights and streamline your waveform analysis process.

Innovative Hardware Decoding Technology

You can experience real-time insights through the UPO1104's innovative hardware decoding technology. This feature exemplifies our steadfast commitment to innovation, as information is decoded seamlessly and instantaneously, paving the way for quick and efficient data processing. Stay ahead of the curve with this progressive feature.