UNI-T UPO1102 100MHz 2Ch DSO Ultra Phosphor Digital Oscilloscope 1 GSa/s Memory Depth 56 Mpts 500,000 wfm/s 7in display 1Mpts FFT Sampling Points

<span>UNI-T UPO1102 Digital Phosphor Oscilloscope – Your Ultimate Companion for Elevated Electronic Excellence</span><p><span>Are you ready to elevate your electronic and electrical projects to new heights? Introducing the UNI-T UPO1102 Digital Phosphor Oscilloscope – the ultimate solution designed for professionals and enthusiasts alike. Whether you're involved in electronic design, debugging, education, or industrial applications, the UPO1102 stands out with its advanced features and budget-friendly pricing. </span></p>UPO1102 Top Specifications:<br><br><ul><li><p><strong>Bandwidth:</strong> Experience high-performance signal analysis with a bandwidth of <strong>100MHz</strong>, ensuring the efficient handling of electronic and electrical projects.</p></li><li><p><strong>Analog Channels:</strong> Benefit from the versatility of <strong>2</strong> <strong>analog channels</strong>, allowing for comprehensive monitoring and analysis in various applications.</p></li><li><p><strong>Real-Time Sample Rate:</strong> Achieve precision in data acquisition with a remarkable real-time sample rate of <strong>1GSa/s</strong>, ensuring accurate representation of waveforms.</p></li><li><p><strong>Max. Memory Depth:</strong> Capture and retain intricate details within waveforms effortlessly, thanks to the substantial maximum memory depth of <strong>56Mpts</strong>.</p></li><li><p><strong>Waveform Capture Rate:</strong> Enhance efficiency with a waveform capture rate of <strong>500,000wfms/s</strong>, providing real-time insights for prompt decision-making.</p></li></ul>What's in it for Engineers?<p><span>The inclusion of an independent DVM module, robust trigger and bus decoding functions, and full-memory hardware real-time decoding speaks directly to the needs of engineers working across various technical domains. The UNI-T UPO1102 is an invaluable tool for tasks related to communication, semiconductor, computer, integrated circuit design, instrumentation, industrial electronics, consumer electronics, automotive electronics, field maintenance, and research and development. </span></p>Understand the UNI-T UPO1102 Better with These Great Features<p><br></p>UNI-T UPO1002 Series Storage Depth<strong>Impressive Storage Depth</strong><p><span>Experience a maximum storage depth of 56Mpts, allowing for the capture and retention of intricate waveform details. This substantial storage capacity, coupled with the system's commitment to capturing comprehensive signal nuances, exemplifies its advanced capabilities in waveform analysis.</span></p>1Mpts FFT Sampling Point for Precise Frequency Analysis<p>The oscilloscope's <strong>1Mpts FFT sampling points </strong>enables in-depth frequency domain signal analysis. You can customize spectrum analyzer functions for comprehensive signal examination, including frequency range, detection mode, and spectrum marking.</p>UNI-T UPO1002 Series Navigation FunctionsCursor and Navigation Functions<br><p>When "Cursor" is turned on, the parameters of the waveform in the cursor area can be measured. The cursor function can measure the time and voltage of CH1, CH2, MATH, REF at the same time. Navigation functions include time navigation, marker navigation, and segment navigation.</p><strong>Real-Time Insights with Serial Bus Trigger and Hardware Decoding</strong><p><span>Incorporating cutting-edge hardware decoding technology ensures seamless and instantaneous decoding of information in real-time. This forward-thinking approach facilitates swift and efficient data processing, keeping you at the forefront of technological advancements.</span></p>UNI-T UPO1002 Series Cursor FunctionsExtensive Storage Capacity for In-Depth Waveform Analysis<p><span>Boasting an impressive <strong>56M sampling points per channel</strong>, the UPO1002 series stands out in sustaining a high sampling rate across a broad time base range. This feature facilitates a meticulous analysis of waveforms while preserving a comprehensive per</span></p>