
Vendor: Uni-T
Type: Digital Oscilloscopes
Price:
209.00
Are you an electrical engineer or an electrical engineering professor looking for precision and versatility in your waveform analysis tools? Meet the UNI-T UTD2052CL+ Digital Storage Oscilloscope (DSO), designed to meet your exacting standards and provide you with unparalleled features and capabilities for waveform analysis.
Explore the UNI-T UTD2052CL+, a robust digital storage oscilloscope with a 50MHz bandwidth and dual analog channels, tailored for intricate electrical analysis. This DSO distinguishes itself with a real-time sample rate of 500MSa/s and a memory depth of 64kpts, coupled with a high waveform capture rate of 5,000wfms/s, ensuring detailed and fast waveform representation.
The UNI-T UTD2052CL+ Digital Storage Oscilloscope (DSO) Math Function supports comprehensive waveform operations, crucial for in-depth electrical studies and teaching. The dual display ZOOM function on its 7-inch screen allows for simultaneous observation of the overall waveform and specific details, enhancing analysis accuracy.
The XY mode is particularly useful for comparing the phase differences between signals, an essential feature in laboratory settings. The UNI-T UTD2052CL+ Digital Storage Oscilloscope (DSO) AUTO Mode streamlines the setup process, auto-adjusting to the optimal display settings based on the input signals.
FFT Spectral Analysis takes the UNI-T UTD2052CL+ Digital Storage Oscilloscope (DSO) capabilities further, perfect for studying harmonic content, noise characteristics in DC power supplies, and analyzing vibrations. The scope also offers 34 automatic parameter measurements and a suite of triggers including Video and Slope Trigger, making it adaptable for a wide range of electrical testing scenarios.
The UNI-T UTD2052CL+ Digital Storage Oscilloscope (DSO) empowers electrical engineers and professors with the tools they need for accurate and insightful waveform analysis. Elevate your work and purchase the UNI-T UTD2052CL+ now from our website to unlock a new level of precision in your electrical engineering endeavors. Your next breakthrough awaits!

Vendor: Uni-T
Type: Digital Oscilloscopes
Price:
219.00
Are you an electrical engineer grappling with complex waveform analysis challenges? Meet the UNI-T UTD2102CL+ Digital Storage Oscilloscope (DSO), an instrument designed to empower you with the precision and versatility needed to overcome the most demanding electrical engineering tasks.
The UNI-T UTD2102CL+ Digital Storage Oscilloscope (DSO) is your partner in overcoming the complexities of electrical engineering challenges. Unlock the potential of this advanced tool and elevate your work to new heights of precision and accuracy. Purchase the UNI-T UTD2102CL+ now and revolutionize your electrical engineering endeavors. Your next breakthrough awaits!

Vendor: Uni-T
Type: Digital Oscilloscopes
Price:
225.00
For electrical engineers and professors seeking precision and versatility in waveform analysis, meet the UNI-T UTD2072CL Digital Storage Oscilloscope (DSO). This cutting-edge instrument is engineered to meet your demanding requirements and offers an array of features and capabilities that will elevate your waveform analysis tasks to new heights.
Meet the UNI-T UTD2072CL, a standout digital storage oscilloscope designed for the discerning electrical professional. Featuring a 70MHz bandwidth and two analog channels, this DSO is a powerhouse for detailed electrical analysis. It offers a 500MSa/s real-time sample rate and a substantial 64kpts memory depth, combined with a waveform capture rate of 5,000wfms/s, ensuring both speed and precision in waveform visualization.
The Math Function in the UNI-T UTD2072CL Digital Storage Oscilloscope (DSO) goes beyond basic operations, allowing for intricate waveform analysis crucial for high-level electrical engineering work and academic research. The ZOOM function on its expansive 7-inch screen offers dual display capabilities, providing a comprehensive view of both the overall and specific sections of waveforms, crucial for intricate signal analysis.
With its XY mode, the UNI-T UTD2072CL Digital Storage Oscilloscope (DSO) excels in phase comparison between signals, making it an invaluable tool in laboratories and classrooms. The AUTO Mode feature simplifies operation, automatically configuring the optimal settings for waveform displays. The FFT Spectral Analysis function extends its use to frequency domain analysis, essential for signal integrity checks and harmonic analysis.
The UNI-T UTD2072CL Digital Storage Oscilloscope (DSO) also comes equipped with 34 automatic parameter measurements and a range of trigger options, including Video and Slope Trigger, adapting to a variety of electrical testing needs. Its user-friendly interface and robust functionality make it an ideal choice for professionals and educators seeking precision and versatility in their work.
The UNI-T UTD2072CL Digital Storage Oscilloscope (DSO) empowers electrical engineers and professors with the tools they need for accurate and insightful waveform analysis. Elevate your work and acquire the UNI-T UTD2072CL now from our website to unlock a new level of precision in your electrical engineering endeavors. Your next breakthrough is within reach!

Vendor: Uni-T
Type: Digital Oscilloscopes
Price:
255.00
Are you an electrical engineering professor looking to enhance your teaching capabilities and provide students with invaluable hands-on experience? Allow us to introduce the UNI-T UTD2152CL Digital Storage Oscilloscope (DSO). This advanced instrument is tailored to your instructional needs, offering a suite of features designed to reinforce key course topics and foster a deeper understanding of electrical engineering concepts.
The UNI-T UTD2152CL Digital Storage Oscilloscope (DSO) is your ally in delivering high-quality electrical engineering education. Elevate your courses by integrating this advanced tool and watch as your students gain a deeper understanding of electrical engineering concepts. Acquire the UNI-T UTD2152CL now and revolutionize your teaching approach. Your students' next breakthrough is just a waveform away!