2022年开关电源复习总结 .pdf

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1、开关电源技术考试题型：填空，20 分；简答，20 分；画图分析，40 分；综合设计（误差放大器），20 分重要声明：此资料由个人整理，所有内容的正确性、准确性均不保证；若任何人因迷信此资料而造成错复、漏复、甚至是挂科等严重后果，本人概不负责，特此声明。第一章、绪论1.电源可以分为发出电能的电源和变换电能的电源两大类;发出电能的电源如发电机、电池等；变换电能的电源如线性电源、相控电源、开关电源等。变换是把一种形态的电能变换为另一种形态的电能,目的是把粗电变成精电.2.开关电源全电路中的电力电子器件工作在开关状态的电源目的：把粗电变成精电。开关-电力电器件工作在开关状态非线性;高频-电力电子器件工

2、作在高频而非工频;直流-电源输出是直流而非交流.3.开关电源的发展趋势高频化、模块化、数字化、绿色化4.开关电源的组成框图第二章、线性电源及开关电源的提出1.线性电源工作原理、原理图2.线性电源的最小调整电压(NPN)串联 NPN 晶体管的最小压差(Vdc-V0)为 2.5V 第三章、常用元件1.两个电压驱动控制型器件P-MOSFET（功率场效应晶体管、全控、单极型），IGBT（绝缘栅双极型晶体管、全控）均为电压驱动控制型器件P-MOSFET与 IGBT要求有正的持续的驱动电压使其保持为通态,要求有负的持续的电压使其关断并保持为可靠的短态.电压型驱动器件的驱动功率都远小于电流型开关器件.SCR

3、（晶体闸流管、半控）、BJT、GTO（门极可关断晶闸管、全控）均为电流驱动控制型器件。2MOSFET工作在哪两个区间工作在开关状态，即在截止区和非饱和区之间来回转换。3.光隔离、磁隔离器件光隔离一般采用光耦合器;磁隔离的元件通常是脉冲变压器4.TC4424,PC929，EXB840 TC4424是 P-MOSFET的驱动;IGBT的驱动是pc929、HCPL316J,EXB840 5.常用的两种缓冲电路缓冲电路又称吸收电路，抑制器件内因过电压、du/dt、过电流和di/dt，减小器件的开关损耗。关断缓冲电路（du/dt 抑制电路）-吸收器件的关断过电压和换相过电压，抑制 du/dt、减小关断损

4、耗。开通缓冲电路（di/dt 抑制电路）-抑制器件开通时的电流过冲和di/dt，减小器件的开通损耗。复合缓冲电路-关断缓冲电路和开通缓冲电路的结合按能量的去向分类法：耗能式缓冲电路和馈能式缓冲电路（无损吸收电路）通常将缓冲电路专指关断缓冲电路，将开通缓冲电路叫做di/dt 抑制电路。第四章、buck变换器1.原理图文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV

5、3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3

6、M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码

7、:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2

8、HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 Z

9、F3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档

10、编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P2 HV3U7E9S5L7 ZF3M9H7F10U4文档编码:CJ7T2I3A4P

11、2 HV3U7E9S5L7 ZF3M9H7F10U42.工作过程（原理）压降式(BUCK)变换器是一种输出电压等于或小于输入电压的单管非隔离直流变换器.电路由开关管Q1、二极管D1，输出滤波电感Lf 和输出滤波电容Cf 构成。根据输出滤波电感中电流是否连续，BUCK电路可以工作在电流连续模式CCM和电流断续模式 DCM。电感电流连续模式是指输出电感Lf 的电流总是大于零，电感电流断续是指开关管关断期间有一段时间Lf 的电流为零。在这两种工作方式之间有一个工作边界，即在开关管关断区间结束时，Lf 的电流刚好降为零。3.连续模式下的典型波形4简单的计算（V0=？）第五章、Boost变换器1.原理图

12、、工作（过程）原理文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T

13、1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编

14、码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C

15、5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9

16、T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1

17、N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5

18、I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S43.输出电压的调整是通过负反馈环控制开关管Q 的导通时间实现的。若直流负载电流上升，则导通时间会自动增加，为负载提供更多能量。若Vin 下降而Ton

19、不变，则峰值电流即Lf的储能会下降，导致输出电压下降，但负反馈环会检测到电压的下降并通过增大Ton来维持输出电压恒定2.（连续模式）典型波形3.简单的计算（V0 表达式，占空比）第六章、反激变换器1.工作原理开关管 Q1 导通时，变换器 T1 储存能量，负载电流由输出滤波电容Cf 提供；开关管 Q1关断时，变换器T1将储存的能量传送到负载RLd和输出滤波电容Cf，以补偿电容单独提供文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V

20、8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2

21、ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10

22、A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4

23、文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:C

24、T1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T1

25、0F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6

26、HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4负载电流时消耗的能量。2.优点不需要输出滤波电感（滤波电感在所有正激拓扑中是必需的），减小体积，降低成本。3.原理图及典型波形第七章、桥式变换器1.优点（两点）半桥和全桥开关变换器拓扑开关管的稳态关断电压等于直流输入电压，而不是像推挽、单端正激或交错正激拓扑那样为输入的两倍。所有桥式拓扑广泛应用于直接电网的离线式变换器。另一个优点是，能将变压器初级侧的漏感尖峰电压钳位于直流母线电压

27、，并将漏感储存的能量归还到输入母线，而不是消耗于电阻元件。故适用高输入电压、大功率的应用场所。2.半桥、全桥变换器的原理图、波形、简单的计算（V0=?）文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F

28、9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC

29、1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N

30、5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG

31、3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2

32、T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档

33、编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4半桥：计算：全桥

34、：文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:

35、CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T

36、10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6

37、 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6

38、V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2

39、 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I1

40、0A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4计算公式：第八章、正激和推挽变换器1.双管正激变换器的原理图、特点文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1

41、C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F

42、9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC

43、1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N

44、5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG

45、3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2

46、T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档

47、编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4第九章、输入输出级电路设计1.抑制噪声最常用的方式、差模、共模低通滤波器是PWM 开关电源抑制噪声干扰最常用的方式差模噪声：主回路引线（两根电源线）间的噪声（也称串模干扰）。共模噪声：主回路引线与地线（两根电源线与地线）间的噪声（也称共模干扰）。2.开关电源上合闸浪涌

48、电流的抑制（两种）1）串普通功率电阻（在整流回路中）+继电器：加入 R 后，合闸电流，适当选择R值即可将浪涌电流限制在有限值内。2）串热敏电阻：用负温度系数的热敏电阻代替R。合闸时，热敏电阻有一定的冷态阻值，随着电源向负载供电，热敏电阻电流增加，其阻值减小，功耗很低，满足防止合闸浪涌的要求。第十章、控制电路的设计1.PWM 控制电路的框图2.UC3842 的图文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I1

49、0A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S

50、4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码:CT1C5T10F9T6 HC1N6V8N5I2 ZG3I10A2T1S4文档编码: