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Switching Power Supply Printed Circuit Board (PCB) Engineering Design 302 pages 38.0M HD Bookmark Edition.part1

  • 2016-03-07
  • 34.05MB
  • Points it Requires : 2

Switching power supply printed circuit board (PCB) engineering design 302 pages 38.0M high-definition bookmark version. Part 1 is divided into: part 1, part 2, please pay attention to download the full version! Author: Yang Heng Publisher: China Electric Power Press \"Switching Power Supply Printed Circuit Board (PCB) Engineering Design\" The first chapter mainly introduces the commonly used circuit topologies in switching power supplies, so that readers can have a concise understanding of the basic theory of switching power supplies and lay the foundation for subsequent designs; Chapter 2 analyzes the causes of EMI in switching power supplies and the countermeasures when arranging the PCB of switching power supplies, and strives to enable readers to gain a thorough understanding; Chapter 3 uses six switching power supply PCB layout examples to enable readers to further understand the skills of PCB layout, which has practical reference; Chapter 4 introduces how to reasonably balance the heat source for adapter-type switching power supplies to achieve the best power supply performance; Chapter 5 introduces the process requirements of SMT components. A reasonably designed PCB board will eventually be installed with electronic components. Whether the installation of SMT components meets the electrical performance requirements is closely related to the overall performance of the power supply; Chapter 6 introduces the use of Prote199SE and techniques, striving to spend the least time to meet engineering requirements. \"Switching Power Supply Printed Circuit Board (PCB) Engineering Design\" mainly introduces the thinking and techniques of switching power supply PCB wiring methods. It is hoped that through the introduction of \"Switching Power Supply Printed Circuit Board (PCB) Engineering Design\", the switching power supply designers can improve their understanding of EMC and thermal design, thereby improving the quality and output of switching power supply products.

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