UP主： 封面： 简介：充电器、服务器电源、电动车驱动、无线充电——背后全是电力电子。MIT 6.622（2023 春）把开关电源从原理讲到工程落地：整流与功率因数 → Buck/Boost/反激正激 → 磁件与...
视频选集 [中文] 01-电力电子导论：为何成为经典 [中文] 02-开关电源分析方法与整流器 [中文] 03-整流器负载调整率 [中文] 04-功率因数与交流失真测量 [中文] 05-DC-DC：从Buck到Boost [中文] 06-DC-DC开关实现与反激升降压 [中文] 07-DC-DC元件选型与纹波分析 [中文] 08-DC-DC纹波与不连续导通模式 [中文] 09-磁学基础与电感设计 [中文] 10-变压器磁路：漏感与励磁 [中文] 11-多绕组变压器与悬臂模型 [中文] 12-磁性元件损耗与高效设计 [中文] 13-隔离DC-DC：反激与正激 [中文] 14-隔离DC-DC：多输出与漏感 [中文] 15-开关损耗与缓冲电路 [中文] 16-热建模与散热设计 [中文] 17-逆变器原理与傅里叶分析 [中文] 18-逆变器谐波消除技术 [中文] 19-多电平逆变器与谐波消除 [中文] 20-开关模式整流器 [中文] 21-三相系统：高功率基石 [中文] 22-三相整流：二极管桥实战 [中文] 23-三相逆变器与PWM调制 [中文] 24-DC-DC动态建模与控制入门 [中文] 25-状态空间平均法建模 [中文] 26-升压变换器控制设计实战 [中文] 27-电流模式控制全讲透 [中文] 28-EMI滤波器：纹波与EMC [中文] 29-EMI：寄生参数与阻尼优化 [中文] 30-EMI：共模与差模噪声抑制 [中文] 31-开关电容转换器入门 [中文] 32-开关电容充放电损耗 [中文] 33-软开关：效率飙升的秘密 [中文] 34-软开关逆变器与ARCP [中文] 35-谐振变换器与无线输电 [中文] 36-谐振变换器FHA分析法 [中文] 37-谐振匹配网络电压电流缩放 [中文] 38-栅极驱动与PCB布局实战 [英文] 01-电力电子导论：为何成为经典 [英文] 02-开关电源分析方法与整流器 [英文] 03-整流器负载调整率 [英文] 04-功率因数与交流失真测量 [英文] 05-DC-DC：从Buck到Boost [英文] 06-DC-DC开关实现与反激升降压 [英文] 07-DC-DC元件选型与纹波分析 [英文] 08-DC-DC纹波与不连续导通模式 [英文] 09-磁学基础与电感设计 [英文] 10-变压器磁路：漏感与励磁 [英文] 11-多绕组变压器与悬臂模型 [英文] 12-磁性元件损耗与高效设计 [英文] 13-隔离DC-DC：反激与正激 [英文] 14-隔离DC-DC：多输出与漏感 [英文] 15-开关损耗与缓冲电路 [英文] 16-热建模与散热设计 [英文] 17-逆变器原理与傅里叶分析 [英文] 18-逆变器谐波消除技术 [英文] 19-多电平逆变器与谐波消除 [英文] 20-开关模式整流器 [英文] 21-三相系统：高功率基石 [英文] 22-三相整流：二极管桥实战 [英文] 23-三相逆变器与PWM调制 [英文] 24-DC-DC动态建模与控制入门 [英文] 25-状态空间平均法建模 [英文] 26-升压变换器控制设计实战 [英文] 27-电流模式控制全讲透 [英文] 28-EMI滤波器：纹波与EMC [英文] 29-EMI：寄生参数与阻尼优化 [英文] 30-EMI：共模与差模噪声抑制 [英文] 31-开关电容转换器入门 [英文] 32-开关电容充放电损耗 [英文] 33-软开关：效率飙升的秘密 [英文] 34-软开关逆变器与ARCP [英文] 35-谐振变换器与无线输电 [英文] 36-谐振变换器FHA分析法 [英文] 37-谐振匹配网络电压电流缩放 [英文] 38-栅极驱动与PCB布局实战
![[中文] 01-电力电子导论：为何成为经典](http://i1.hdslb.com/bfs/storyff/_00002sxulwnbslc0n2v1vhokdvw8ntb_firsti.jpg)
![[中文] 02-开关电源分析方法与整流器](http://i0.hdslb.com/bfs/storyff/_000032d8a4f1kphpp2dta4h6gvxw7mb_firsti.jpg)
![[中文] 03-整流器负载调整率](http://i0.hdslb.com/bfs/storyff/_00001a3bp2f7ju3xt2o9oxkgwiupgjb_firsti.jpg)
![[中文] 04-功率因数与交流失真测量](http://i0.hdslb.com/bfs/storyff/_00001as9x68ipnwq61y8x0xgi1zt6tb_firsti.jpg)
![[中文] 05-DC-DC：从Buck到Boost](http://i0.hdslb.com/bfs/storyff/_00000t8bdi8qd1zsr2k3ikn42ikat6b_firsti.jpg)
![[中文] 06-DC-DC开关实现与反激升降压](http://i1.hdslb.com/bfs/storyff/_00003tgnaclv1ajui2l1pnt96je06cb_firsti.jpg)
![[中文] 07-DC-DC元件选型与纹波分析](http://i0.hdslb.com/bfs/storyff/_000004vhu81dhqxt62caihonp8fae1b_firsti.jpg)
![[中文] 08-DC-DC纹波与不连续导通模式](http://i2.hdslb.com/bfs/storyff/_0000229x7s2dn1x562ghqd57j4hbbqb_firsti.jpg)
![[中文] 09-磁学基础与电感设计](http://i1.hdslb.com/bfs/storyff/_000015yh7p5u7fjs72bwvlz33xi2zpb_firsti.jpg)
![[中文] 10-变压器磁路：漏感与励磁](http://i0.hdslb.com/bfs/storyff/_000031u5664ag74jq2inndjdne238tb_firsti.jpg)
![[中文] 11-多绕组变压器与悬臂模型](http://i2.hdslb.com/bfs/storyff/_000038a0z4sl9wv8z2qqkhb4h4r6thb_firsti.jpg)
![[中文] 12-磁性元件损耗与高效设计](http://i1.hdslb.com/bfs/storyff/_00000h0fdys5qydiw2t4tq28zq8t1sb_firsti.jpg)
![[中文] 13-隔离DC-DC：反激与正激](http://i1.hdslb.com/bfs/storyff/_00000fqeg2gfgpeml2iuob1qr4ko0wb_firsti.jpg)
![[中文] 14-隔离DC-DC：多输出与漏感](http://i1.hdslb.com/bfs/storyff/_00000hhela9qc1em3211wk1vg8jxdzb_firsti.jpg)
![[中文] 15-开关损耗与缓冲电路](http://i1.hdslb.com/bfs/storyff/_00002koaw1mrqz5xq2107w0r3wk30nb_firsti.jpg)
![[中文] 16-热建模与散热设计](http://i1.hdslb.com/bfs/storyff/_0000332arre3m2mzb2s2eyaqg78eb3b_firsti.jpg)
![[中文] 17-逆变器原理与傅里叶分析](http://i2.hdslb.com/bfs/storyff/_00001cbn3l65mj34c24qu1sp6norsvb_firsti.jpg)
![[中文] 18-逆变器谐波消除技术](http://i2.hdslb.com/bfs/storyff/_000018p7dl0xmpe752k6klsj958zinb_firsti.jpg)
![[中文] 19-多电平逆变器与谐波消除](http://i1.hdslb.com/bfs/storyff/_00002q0o8cpafw5pa2pbm3xroe3kokb_firsti.jpg)
![[中文] 20-开关模式整流器](http://i2.hdslb.com/bfs/storyff/_0000034pnl4jl7juo2eax5jx4vrp90b_firsti.jpg)
![[中文] 21-三相系统：高功率基石](http://i0.hdslb.com/bfs/storyff/_00003e56pmdoe12yg2upaoltwa8rtgb_firsti.jpg)
![[中文] 22-三相整流：二极管桥实战](http://i2.hdslb.com/bfs/storyff/_000029ky67sgio5gd2tkiv0097oqt2b_firsti.jpg)
![[中文] 23-三相逆变器与PWM调制](http://i1.hdslb.com/bfs/storyff/_00002atixogqfjxqt25z394xt7mej5b_firsti.jpg)
![[中文] 24-DC-DC动态建模与控制入门](http://i0.hdslb.com/bfs/storyff/_000004s9sgsdmd5gd28qhdpm3jlunhb_firsti.jpg)
![[中文] 25-状态空间平均法建模](http://i0.hdslb.com/bfs/storyff/_00003981sdcabl1e72mx01q9why4j6b_firsti.jpg)
![[中文] 26-升压变换器控制设计实战](http://i1.hdslb.com/bfs/storyff/_00000rpwoolqehkga2kt6zan5wenvfb_firsti.jpg)
![[中文] 27-电流模式控制全讲透](http://i2.hdslb.com/bfs/storyff/_0000129g9h09qi40p2sepzag9lmu4jb_firsti.jpg)
![[中文] 28-EMI滤波器：纹波与EMC](http://i0.hdslb.com/bfs/storyff/_00000nawd5c6gmyw02nsovwozjx00ab_firsti.jpg)
![[中文] 29-EMI：寄生参数与阻尼优化](http://i2.hdslb.com/bfs/storyff/_00001qrcvtvd2repz23pmggbw7i4rqb_firsti.jpg)
![[中文] 30-EMI：共模与差模噪声抑制](http://i0.hdslb.com/bfs/storyff/_00002pjh8lezgdlp72lbimz0nhw36kb_firsti.jpg)
![[中文] 31-开关电容转换器入门](http://i0.hdslb.com/bfs/storyff/_00003n94ic5noz9t52ahcb2yigntwlb_firsti.jpg)
![[中文] 32-开关电容充放电损耗](http://i1.hdslb.com/bfs/storyff/_00000fujm2l8uydw82q02m1rbeqqv4b_firsti.jpg)
![[中文] 33-软开关：效率飙升的秘密](http://i1.hdslb.com/bfs/storyff/_00003dzlx4zz5ssgb2ue56kexby49ab_firsti.jpg)
![[中文] 34-软开关逆变器与ARCP](http://i0.hdslb.com/bfs/storyff/_00000ylbmqgnv4zpf2r29q1mi3x9ewb_firsti.jpg)
![[中文] 35-谐振变换器与无线输电](http://i1.hdslb.com/bfs/storyff/_00000ibvmz341098h2lkmijim4btsab_firsti.jpg)
![[中文] 36-谐振变换器FHA分析法](http://i1.hdslb.com/bfs/storyff/_00003bhestfvuadhk2nx1qzp6s0ptib_firsti.jpg)
![[中文] 37-谐振匹配网络电压电流缩放](http://i1.hdslb.com/bfs/storyff/_00000vznml8kkxvp225aq8xycb1xk2b_firsti.jpg)
![[中文] 38-栅极驱动与PCB布局实战](http://i1.hdslb.com/bfs/storyff/_00001wq8f0wqsffzy2ns6qz5yadqe6b_firsti.jpg)
![[英文] 01-电力电子导论：为何成为经典](http://i1.hdslb.com/bfs/storyff/_00003qh7fgkqfql3e2pn2utqm47i5sb_firsti.jpg)
![[英文] 02-开关电源分析方法与整流器](http://i1.hdslb.com/bfs/storyff/_00001ognm6ese7a1v2jze1q1cb8n8sb_firsti.jpg)
![[英文] 03-整流器负载调整率](http://i1.hdslb.com/bfs/storyff/_00002jhjes52aeki82i1y25fv8sh3jb_firsti.jpg)
![[英文] 04-功率因数与交流失真测量](http://i0.hdslb.com/bfs/storyff/_00001hwg1b446uut12ma80bj8hwxinb_firsti.jpg)
![[英文] 05-DC-DC：从Buck到Boost](http://i1.hdslb.com/bfs/storyff/_00000154m5uxcu6ah29s56jzd3a9yrb_firsti.jpg)
![[英文] 06-DC-DC开关实现与反激升降压](http://i2.hdslb.com/bfs/storyff/_00003jgjy4ke6bm7v27ae5vd8osis5b_firsti.jpg)
![[英文] 07-DC-DC元件选型与纹波分析](http://i0.hdslb.com/bfs/storyff/_000006n2deleoy9q32hegozmz1ivy5b_firsti.jpg)
![[英文] 08-DC-DC纹波与不连续导通模式](http://i0.hdslb.com/bfs/storyff/_00003ng9xony3jy8n2m0xp874ti7psb_firsti.jpg)
![[英文] 09-磁学基础与电感设计](http://i1.hdslb.com/bfs/storyff/_00003l6pd1gsz9x002qb0uuzvqwhe4b_firsti.jpg)
![[英文] 10-变压器磁路：漏感与励磁](http://i0.hdslb.com/bfs/storyff/_00000ttb5qfoo1yp22792b2ntqic97b_firsti.jpg)
![[英文] 11-多绕组变压器与悬臂模型](http://i0.hdslb.com/bfs/storyff/_00003swb16if2ysyi20gq9kt5yw4qxb_firsti.jpg)
![[英文] 12-磁性元件损耗与高效设计](http://i1.hdslb.com/bfs/storyff/_00000022cnu17djd51yetsozcqcaugb_firsti.jpg)
![[英文] 13-隔离DC-DC：反激与正激](http://i2.hdslb.com/bfs/storyff/_00000bh0cv06l7pw12erwi01jygwptb_firsti.jpg)
![[英文] 14-隔离DC-DC：多输出与漏感](http://i0.hdslb.com/bfs/storyff/_000022de615be6ueo2fnr2fcyt4nklb_firsti.jpg)
![[英文] 15-开关损耗与缓冲电路](http://i2.hdslb.com/bfs/storyff/_00000kkclwq0xry0824o2dilenj824b_firsti.jpg)
![[英文] 16-热建模与散热设计](http://i0.hdslb.com/bfs/storyff/_00000fzj6ywk9wpgi2qiij10dn6rtqb_firsti.jpg)
![[英文] 17-逆变器原理与傅里叶分析](http://i1.hdslb.com/bfs/storyff/_00001obgrbsqbwmh92qx51e7s542m0b_firsti.jpg)
![[英文] 18-逆变器谐波消除技术](http://i1.hdslb.com/bfs/storyff/_000005lk9rq4wwl8u2sfieegokjq6bb_firsti.jpg)
![[英文] 19-多电平逆变器与谐波消除](http://i1.hdslb.com/bfs/storyff/_00000vtcorokdxqcm2kw2nnjc10go5b_firsti.jpg)
![[英文] 20-开关模式整流器](http://i2.hdslb.com/bfs/storyff/_000017y0zhblph30o2t5esorkldi0yb_firsti.jpg)
![[英文] 21-三相系统：高功率基石](http://i2.hdslb.com/bfs/storyff/_000021qqth0n9t03328isapqkhmknkb_firsti.jpg)
![[英文] 22-三相整流：二极管桥实战](http://i1.hdslb.com/bfs/storyff/_000002joysq7ol78a2jl55kvzauzg6b_firsti.jpg)
![[英文] 23-三相逆变器与PWM调制](http://i2.hdslb.com/bfs/storyff/_000033274y2d579qk2ov6knpc7nd5yb_firsti.jpg)
![[英文] 24-DC-DC动态建模与控制入门](http://i0.hdslb.com/bfs/storyff/_000028bpisdefbc4p281r7c0lgvv1vb_firsti.jpg)
![[英文] 25-状态空间平均法建模](http://i2.hdslb.com/bfs/storyff/_00002na6ori637zvm1yhc7d2efww91b_firsti.jpg)
![[英文] 26-升压变换器控制设计实战](http://i0.hdslb.com/bfs/storyff/_00002mznj2xjbc3k91ymq50tjtgzpkb_firsti.jpg)
![[英文] 27-电流模式控制全讲透](http://i0.hdslb.com/bfs/storyff/_00003udhffbtyyycw2f0e39n866wx0b_firsti.jpg)
![[英文] 28-EMI滤波器：纹波与EMC](http://i1.hdslb.com/bfs/storyff/_000034phhn6n1gk1h1z84fa96csjp8b_firsti.jpg)
![[英文] 29-EMI：寄生参数与阻尼优化](http://i2.hdslb.com/bfs/storyff/_00002prya3s4ziia5223d0hikjo894b_firsti.jpg)
![[英文] 30-EMI：共模与差模噪声抑制](http://i1.hdslb.com/bfs/storyff/_00000ex5rhg6fxerf2nm7icu8b8qplb_firsti.jpg)
![[英文] 31-开关电容转换器入门](http://i2.hdslb.com/bfs/storyff/_00000e6fup4ejp3dw2jcnkcj9p7kzbb_firsti.jpg)
![[英文] 32-开关电容充放电损耗](http://i0.hdslb.com/bfs/storyff/_00001k5h7dkb8kngj2peea0by4726qb_firsti.jpg)
![[英文] 33-软开关：效率飙升的秘密](http://i1.hdslb.com/bfs/storyff/_000031ow22v51fg3722bvtb6hs4tfwb_firsti.jpg)
![[英文] 34-软开关逆变器与ARCP](http://i0.hdslb.com/bfs/storyff/_000006z5gubavlbec21jukdjh2two2b_firsti.jpg)
![[英文] 35-谐振变换器与无线输电](http://i2.hdslb.com/bfs/storyff/_000035m06hba7zvd62vmwk9xf1jtlkb_firsti.jpg)
![[英文] 36-谐振变换器FHA分析法](http://i1.hdslb.com/bfs/storyff/_000010y50kq4yugxc2gidyr5dvpbt3b_firsti.jpg)
![[英文] 37-谐振匹配网络电压电流缩放](http://i2.hdslb.com/bfs/storyff/_00003caw86tmbp7w22aktjfjr7al0jb_firsti.jpg)
![[英文] 38-栅极驱动与PCB布局实战](http://i2.hdslb.com/bfs/storyff/_00002co5pu3vl3jko22bo0qlqi1t3bb_firsti.jpg)