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单相功率因数校正技术.pdf

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1、中图分类号：TM464 论文编号：1028703 05-0092 学科分类号:080804 密级：公开硕士学位论文单相 Boost 功率因数校正技术研究研究生姓名昌建军学科、专业电力电子与电力传动研究方向航空电源指导教师严仰光教授孟小利讲师南京航空航天大学研究生院自动化学院二0 0 五年二月Nanjing University of Aeronautics and Astronautics The Graduate School College of Automation Engineering Research on Single-Phase

2、 Boost Power Factor CorrectionA Thesis inElectrical Engineering by Chang JianjunAdvised by Professor Yan Yangguang and Instructor Meng Xiaoli Submitted in Partial Fulfillment of the Requirements for the Degree of Master of Engineering February,2005 文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9

3、A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY

4、9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:C

5、Y9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:

6、CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码

7、:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编

8、码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档

9、编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2承诺书本人郑重声明：所呈交的学位论文，是本人在导师指导下，独立进行研究工作所取得的成果。尽我所知，除文中已经注明引用的内容外，本学位论文的研究成果不包含任何他人享有著作权的

10、内容。对本论文所涉及的研究工作做出贡献的其他个人和集体，均已在文中以明确方式标明。本人授权南京航空航天大学可以有权保留送交论文的复印件，允许论文被查阅和借阅,可以将学位论文的全部或部分内容编入有关数据库进行检索，可以采用影印、缩印或其他复制手段保存论文。(保密的学位论文在解密后适用本承诺书)作者签名：日期：文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10

11、K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X1

12、0K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X

13、10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10

14、X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R1

15、0X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R

16、10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2

17、R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2南京航空航天大学硕士学位论文摘要电力电子产品的广泛应用，对电网造成了严重的谐波污染。这使得功率因数校正技术成为电力电子研究的热点之一。九十年代以来，功率因数校正技术取得了长足的进展，提出了许多新颖的功率因数校正原理及拓扑结构。随着高速度、廉价的数字信号处理器的出现，数字控制技术与功率因数校正技术的结合为后者提供了更强有力的手段和方法。本文对 Boost电路的功

18、率因数校正技术进行了分析和研究。第一章为绪论，主要介绍了功率因数校正技术以及数字信号处理器的发展情况，说明了课题的研究背景和目的。第二章分为两部分，其一是电感电流断续模式的功率因数校正技术，分析了其工作原理，推导了DCM 约束关系和电感参数设计公式，基于MC56F8013 芯片制作了一台原理样机；其二，对由模拟控制芯片实现的临界连续工作模式的功率因数校正方法进行了设计与实验验证。第三章介绍了 DSP芯片的产生发展以及本文采用的DSP芯片的基本性能，详细叙述了由该芯片实现的数字功率因数校正技术和方法，并进行了实验验证。第四章着重介绍基于DSP 的具有软开关的功率因数校正技术，并给出实验结果与分析

19、。最后，第五章为全文小结，总结了整个课题的研究内容，并提出进一步工作设想。关键词：升压变换器，功率因数校正，数字信号处理器，电感电流断续模式，电感电流临界连续模式，电感电流连续模式，软开关技术i文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2

20、ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2

21、 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J

22、2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5

23、J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W

24、5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2

25、W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I

26、2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2单相 Boost 功率因数校正技术研究Abstract A great deal applications of power electronic products result in very bad harmonic pollution.As a result of it,PFC had became one of the study focuses in power electronics.Since 1990s,people have found many of n

27、ovel theories and circuit topologies and made a great progress in PFC.Along with high speed and low price DSP,PFC techlonogy combining with digital control gets more powerful means.In this paper,Boost circuit for PFC had been analyzed in detail.Chapter 1 is the summary of this paper and introduces t

28、he development of PFC and digital signal processor and explains the background and the aim of research task.Chapter 2 was made up of two parts:One is the introduction of PFC circuit operation in Discontinuous-Conduction-Mode(DCM).I had analyzed its principle and deduced restricted formulas about thi

29、s mode and built a prototype demo to verify the favorable performance resulted from DSP control.And another is the introduction of PFC circuit operation in Boundary-conduction-Mode(BCM).Likewise,I had given the restriction about this mode and implemented a 500 watt prototype demo controlled by speca

30、il IC.Chapter 3 focuses on Power Factor Conrretion in Continuous-Conduction-Mode(CCM)controlled by DSP.First,there are introduction of the development of DSP and the primary feature of MC56F8323.Secondly,I had implemented digital PFC with this DSP chip and got excellent performance.Chapter 4 focuses

31、 on PFC with zero-voltage-switching and analyzes the experiment result.Chapter 5 is the conclusion of all works and the end of this paper.Keywords:Boost,PFC,Digital Signal Processor,DCM,BCM,CCM,ZVT ii文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X

32、10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10

33、X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R1

34、0X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R

35、10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2

36、R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A

37、2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9

38、A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2南京航空航天大学硕士学位论文目录第一章绪论.11.1功率因数校正技术概述.1 1.2数字信号处理技术概述.2 1.3课题背景和研究目的.4 1.4本文研究的主要内容.5 第二章电感电流临界连续和断续模式PFC 技术.62.1引言.6 2.2有源功率因数校正的基本原理和控

39、制方法.6 2.3电感电流断续模式DCM 功率因数校正技术.7 2.3.1 MC56F8013芯片特点与资源介绍.8 2.3.2电路工作状态.8 2.3.3 电感电流断续时的导通比与输入功率因数.9 2.3.4 DCM 电感的设计.12 2.3.5 控制程序.13 2.3.6 实验结果.14 2.4 电感电流临界连续模式BCM 功率因数校正技术.15 2.4.1 MC34262 芯片的特点与基本性能.17 2.4.2 BCM 的约束关系（开关周期公式）.18 2.4.3 电路参数设计.19 2.4.4 实验结果与分析.21 2.5 本章小结.22 第三章电感电流连续模式的数字功率因数校正技术.

40、233.1 引言.23 3.2 MC56F8323 芯片介绍.23 3.2.1 MC56F8323 的主要特性.24 3.2.2 MC56F8323 的外设资源.24 3.2.2.1 脉宽调制模块PWM.25 3.2.2.2 模数转换器ADC.25 3.2.2.3 定时器单元TIMER.25 iii文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ

41、4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 H

42、J4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4

43、HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4

44、 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K

45、4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10

46、K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X1

47、0K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2单相 Boost 功率因数校正技术研究3.2.2.4 通信模块.26 3.2.3 MC56F8323 外围电路.26 3.2.3.1 供电电路.27 3.2.3.2 BDM 调试工具.27 3.2.3.3 复位电路.28 3.2.3.4 串口电路.28 3.3 数字控制的CCM 模式 PFC电路设计.29 3.3.1 Boost型PFC电路主功率器件参数.30 3.3.

48、1.1 设计要求.30 3.3.1.2 主功率器件参数设计与选择.30 3.3.2 Boost 型PFC电路的数字控制方法.33 3.3.2.1 电流数字正弦给定的PFC算法.34 3.3.2.2 数字功率因数校正的整体方案.36 3.3.3 数字功率因数校正的软件设计.37 3.4 仿真与实验.41 3.4.1 Matlab仿真.41 3.4.2 系统实验.42 3.5 本章小结.44 第四章基于DSP 的软开关功率因数校正技术.464.1 引言.46 4.2 软开关方案与工作原理.46 4.2.1 ZVT Boost 软开关技术.47 4.2.2 工作模态分析.47 4.3 系统设计.50

49、 4.3.1 辅助电路硬件设计.51 4.3.2 最小占空比.54 4.3.3 采样调理电路与驱动电路.54 4.3.4 硬件保护.55 4.4 软件方案.56 4.4.1 交错 PWM 波形与 ZVT_PWM 波形的生成.56 4.4.2 程序配置与流程.58 4.5 试验结果分析.60 iv文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W

50、2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4W2I2W5J2 ZK10J9C2F8G2文档编码:CY9A2R10X10K4 HJ4

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