The handbook is a useful tool for engineers engaged in power system design and looks at the fundamental theory behind PFC and the key considerations that need to be addressed when implementing power factor control.
Various PFC approaches, such as Continuous Conduction Mode (CCM) PFC, Interleaved PFC, Bridgeless PFC, and Single Stage Isolated PFC are evaluated. The handbook will help engineers optimize their power system designs for specific application criteria, thereby enhancing overall power performance.
An overview of different PFC topologies: Critical Conduction Mode (CrM), Continuous Conduction mode (CCM), Frequency Clamp Critical Conduction Mode (FCCrM), Bridgeless, Interleaved, Single Stage
Comprehensive analysis of PFC operating modes
Detailed comparison between these different types of PFC implementation.
“Power supply design is becoming increasingly challenging as demands for integrated power factor correction, higher active efficiency, and lower standby power consumption must be aligned with greater levels of functionality,” said Christophe Warin, ON Semiconductor’s AC-DC business unit manager. “Simultaneously, there is growing pressure for home and office electronics to comply with more stringent environmental guidelines, such as ENERGY STAR. By employing the PFC techniques described in this handbook, OEMs will be able to realize major improvements in overall energy efficiency levels, and rapidly bring products to market that meet global performance benchmarks.
The Power Factor Correction (PFC) Handbook may be accessed at www.onsemi.com/pub_link/Collateral/HBD853-D.PDF. The current version of the PFC handbook was updated with the assistance of Dhaval Dalal (firstname.lastname@example.org) from ACP Technologies, a consulting firm involved in design, training and marketing services for power electronics.
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