Descriptions
Power Electronics Design Series: Power Factor Correction. In this immersive and comprehensive course, we’ll walk you through the fundamentals of PFC concepts, starting with basic boost PFC topologies designed for low-power applications, and moving on to advanced PFC topologies tailored for high-power applications. Power scenarios. What sets this course apart is our commitment to bridging theory and practice. Not only will you understand the basic principles, but you’ll also see them brought to life with real-world design examples, ensuring you’re well prepared to tackle PFC challenges with confidence.
Whether you are an electrical engineer looking to advance your career, a dedicated technician who wants to stay ahead of industry trends, an AC/DC SMPS engineer looking to optimize power systems, or simply a passionate power electronics enthusiast, this course is designed to suit your spirit. We are here to help you not only understand the concepts but also see their practical applications and real-world implications.
What you will learn
- Overview of diode bridge rectifier concepts: DC bulk capacitor design, input power factor definition, hold-up time, line impedance effects, inrush currents
- Introduction to PFC concepts: THD, meaning of PF, PFC standards, energy storage, types of PFCs, passive and active PFC, control techniques
- Power stage design and analysis of basic PFC topologies such as: BCM Boost PFC, FCCrM PFC, CCM Boost PFC, Hysteretic PFC, ACL PFC
- Power stage design and analysis of advanced PFC topologies such as: Interleaved PFC, Bridgeless PFC, Single-stage isolated PFC, Follow-Boost PFC
- Practical field topics, design references for further reading
Who is this course suitable for?
- Engineering students, Power system professionals, Electronics designers, SMPS designers, Entrepreneurs and startups, Consultants and contractors, AC/DC power supply designers, Researchers and academics
Power Electronics Design Series Specifications: Power Factor Correction
Contents of the Power Electronics Design Series: Power Factor Correction
Requirements
- Basic understanding of the principles of electrical engineering and circuit analysis
- Basics of algebra, trigonometry and analysis
- Basic understanding of fundamental physics concepts such as voltage, current, power and energy
- Genuine interest in the topic.
Pictures
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installation Guide
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File size
1.35GB