Accurate power measurement is essential for evaluating product performance, improving efficiency, and validating modern electrical systems. As power electronics become more complex, understanding the fundamentals of power measurement is increasingly important for obtaining reliable and repeatable results.
This webinar provides a practical introduction to the principles behind AC and DC power measurements and demonstrates how they apply in real engineering environments.
What You Will Learn
- Understand the fundamentals of AC and DC power measurement
- Learn how harmonics and distorted waveforms influence measurement results
- Gain practical insight into single- and three-phase measurement techniques
- Develop a stronger understanding of true RMS, real, reactive, and apparent power
- Apply practical techniques to improve measurement accuracy and reduce uncertainty
Speaker
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Deepak Sapkota
Field Application Engineer
Yokogawa
Bio: Deepak Sapkota is a Field Application Engineer for Yokogawa Test&Measurement North America, where he manages oscilloscope and probe product lines, high-speed DAQs, and power applications. He holds a Ph.D. in Materials and Biomaterials Science and Engineering from the University of California Merced, CA with his research focused on nonlinear optics. Prior to joining Yokogawa, he worked at Lawrence Berkeley National Laboratory in Berkeley, CA where he focused on beam shaping technology for high power ultrashort laser for three years.
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