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第一部分：电磁兼容基础
6 i% }4 u4 k* M% C% JPart 1 EMC basic knowledge2 Z% e* l9 |8 \
1．电磁兼容概述- R- c2 D# T( c
1. Overview of EMC
/ X. T2 `2 i8 n% e4 U+ y& Y1.1 电磁兼容的定义) I* I. y7 i8 t* P) u
1.1 Definition of EMC
8 d: ]: X0 E* ^3 ?5 r9 q0 ~1.2 电磁兼容的研究领域
. x6 Q: x% j [9 e1.2 Research area of EMC
. E! t0 L" r% y" L1 _. Q9 l. _1.3 实施电磁兼容的目的
6 _% |0 _8 F, Y7 L# A/ P' b1.3 Purpose of conducting EMC7 R& M( T5 y6 A( E
2．电磁兼容发展动态
$ ^4 T- t& [! y. y3 \8 o0 F2. Dynamic state of EMC development
/ P* Z0 S9 q; |4 ?2.1 国内外电磁兼容发展动态7 D% t% ]; q. ]' H6 R# R! n
2.1 Domestic and abroad EMC development$ v2 Y3 f, G6 i2 v) N
2.2 世界主要国家、地区的电磁兼容管理情况) v) r* o3 L3 c! |* D0 M8 _8 o
2.2 State of EMC management of mAIn countries and areas& A- h, m4 U; s- B7 U) p+ m
2.3 国内EMC的发展与3C认证的EMC要求' {; O) `# d; Q
2.3 EMC development in China and EMC requirement for CCC
0 {3 D% I$ v, k ^3．电磁兼容理论基础
5 l9 a4 G6 Q4 z3. Theoretical principle of EMC
* n) ?/ M" L* ~" h/ N, G3.1 基本名词术语1 }( q1 k6 J k8 n* z; i
3.1 Vocabulary of terms/ X$ e( _+ h: W5 S. |. \
3.2 电磁兼容测试中常用单位( X9 v: }& R/ G4 l h5 m6 Q
3.2 Staple units in EMC tests
# O) L b, t- v, N' ] [" Y Y3.3 电磁干扰形成的三要素3 Q {- Z' R& R. P$ v& _
3.3 Three elements of forming EMC7 E- ^ t! ~2 |6 w6 `7 t) ^& f
3.4 电磁骚扰源的特性. Q. B( }2 M& @/ A% f9 w- Y
3.4 Speciality of electromagnetic disturbance source! r+ c8 [- B, r3 c7 w" p/ `
3.5 电磁骚扰传播特性
6 U7 |, Y$ ]8 a* g) u2 K. P: D3.5 Spreading speciality of electromagnetic disturbance' S; I& I; O1 v
4．电磁兼容标准及其认证5 Y5 g) O. X7 o0 R7 w, i* V
4. EMC standards and certification7 g0 H2 Y5 V' Q5 U6 I3 E+ s2 u
4.1 电磁兼容标准及组织
, K1 O( l$ K* | z! V4.1 EMC standards and organization
$ h7 @3 X: n |1 ]' `6 l4.2 世界主要国家、地区EMC质量管理简介, L# ~9 w+ e# L6 R+ F
4.2 EMC quality management of main countries and areas% y! [! W0 E( V
4.3 我国电磁兼容的质量管理及认证（含3C认证）
! L. J- u+ F2 H4 O; o4 S+ S4.3 EMC quality management and certification in China (including CCC)
6 N/ `5 j+ ?8 W1 e5 A. u% f4 ~第二部分：电磁兼容测试; C. X O9 X8 o# n U4 g1 N
Part 2 EMC tests
w; s# a: l' g9 w! M7 u1 电磁兼容主要测试场地8 J M5 I# a( M4 d6 i) V
1 Main test sites of EMC
2 \% O' G8 y& Q( P2 电磁骚扰测量的主要检测仪器和设备
6 X# q% g& s3 r1 |7 `' O2 I! V2 Main instruments and equipments of EMI4 e% S- m# C! R+ o3 u$ I: h
3 电磁抗扰度测量的主要检测仪器和设备
, |) p4 m" _* F0 M8 _3 Main instruments and equipments of EMS' s2 {. t, n* q% o
4 电磁骚扰测试项目及方法
8 P( b4 x7 h1 q. x: ]3 J" E4 Test items and methods of EMI- c, d( D7 K& ^$ B# }) K
5 电磁抗扰度测试项目及方法2 e6 M9 `0 }2 N3 ]
5 Test items and methods of EMI
0 Z: Y3 x b m3 t( e0 Y% i第三部分：如何顺利通过电磁兼容试验1 p1 |* l& K$ v9 m$ n% E0 e) w
Part 3 How to pass EMC tests favorably+ N3 z3 T4 q( }" ?! {5 Z0 N
1．概述
- A1 ]# N8 W. z, U7 I1. Overview
" P. ]9 o. d! F" t% B2 y7 P# S1.1 什么时候需要电磁兼容整改及对策0 v4 A/ u5 s2 j# D, h1 M- M
1.1 When are EMC countermeasures needed?- n2 l6 y. t- W- I" f; s9 T
1.2 常见的电磁兼容整改措施
4 T! ]) `: v* w, ]* m1.2 Staple EMC corrective actions; a/ A, N( o& @( h# i
2．电磁骚扰发射测试常见问题对策及整改措施
d8 i8 N ]5 ]* W9 s) ^1 t2. Staple problems and corrective actions in EMI tests( P2 v! S/ x; U1 t3 V% s
2.1 电子、电气产品内的主要电磁骚扰源
" E- M5 H& I; B4 N1 m7 _2.1 Main EMI source in electronic and electric products1 n: @, \ \( G4 {& R3 ^
2.2 骚扰源定位
4 F4 o. g, ]$ Q2.2 EMI source localization
* U* f0 E2 D6 X9 D9 x/ N1 t- @- W2.3 电子、电气产品连续传导发射超标问题及对策
# `0 w. }' E- b" e' W- N- F2.3 Continuous conducted emissions tests fail and countermeasures7 t2 V* R% A x2 o; ~* c7 o4 e
2.4电子、电气产品断续传导发射超标问题及对策9 e; Q3 h# y. E- U
2.4 Discontinuous conducted emissions tests fail and countermeasures0 M8 e- U& v8 S' c
2.5 电子、电气产品辐射骚扰超标问题及对策8 j& l& [! J# E- l
2.5 Radiation emissions tests fail and countermeasures
: X! \+ O E" R0 U9 r G2.6 骚扰功率干扰的产生和对策0 z! d6 d, X( C9 E; K, r5 A6 A
2.6 Disturbance power tests fail and countermeasures9 o6 `$ v# S5 X" G( _! i
3．谐波电流测试常见问题对策及整改措施" ?1 S% D9 g' s0 S( H/ h
3. Staple problems and corrective actions in harmonic current tests1 w7 e+ h$ l) }% @5 m
3.1测量标准介绍
; g5 M( u3 f5 }% a0 W! n5 \( W3.1 Introduction of standards
0 t* Q* B9 N! Z* e# `% I3.2 谐波电流发射的基本对策* Y' r3 r% w0 B, Y5 _
3.2 Basic countermeasures for hARMonic current6 j" t# ]2 y6 j& }2 P& l, C$ F9 M
3.3 低频谐波电流抑制滤波解决方案
* y- h$ `6 F+ K3.3 Solutions of restraining low-frequency harmonic current by filtering
* Z o( x6 f1 A9 {# ^) M3.4 主动PFC解决方案
2 L8 J: p, e+ E! c: E2 V3.4 Active PFC solutions
& Q9 n8 P& B' F% ?% B, L3.5 谐波问题的其它对策
. g$ }- \* Q. D2 E' r% e8 e$ n1 H3.5 Other countermeasures for harmonic current, l$ j# `" l2 h2 _
4．瞬态脉冲抗扰度测试常见问题对策及整改措施
; g) ?, z/ D' |, t1 i: _4. Staple problems and corrective actions in transient pulse tests1 Q" O3 u2 Z% e* }
4.1 综述
! q8 \: D: g# l8 M4.1 Overview: F+ M+ i0 x* ~+ S) I- o& j# W
4.2 静电放电抗扰度测试常见问题对策及整改措施
9 A9 a( m5 I5 n9 E8 I4.2 Staple problems and corrective actions in ESD tests
7 _3 S* R2 T# i' `6 O+ R6 {- y- k4.3 电快速瞬变脉冲群抗扰度测试常见问题对策及整改措施
; e a# ]! M& ?# V& J+ [/ i4 ?4.3 Staple problems and corrective actions in EFT tests
& ^- S4 E+ k- }# G4.4 浪涌冲击抗扰度测试常见问题对策及整改措施6 B. X: k2 P# t% Y5 \
4.4 Staple problems and corrective actions in surge tests" x/ E' O; ^% h5 U% K7 f* Q" F% O
5．工频（低频）场电磁干扰、抗扰及防护
& V) e3 t0 ^% G* \, t: c5. EMI and EMS of power frequency(low Frequency)
0 A# @- w8 W8 ~' o* X6 Y( m5.1 工频电磁辐射的危害
. g4 ]4 x+ ^9 F/ I' A+ c/ R% k" ?* g5.1 Harm of electromagnetic radiation
# m' ?8 h" g# |, F2 F5.2 用电设备与工频（低频）场电磁干扰
2 ^- T: e' C3 t5 s) `$ T! Y) F3 A5.2 Utilization equipments and power frequency(low Frequency)electromagnetic disturbance
( e6 l* k8 A% d' U* v' s8 H9 s" D3 M5.3 用电设备的低频电磁发射及对策
* D' o: h+ ?! `, F. F* z/ v) D+ H) [5.3 Low-frequency electromagnetic radiation and countermeasures of utilization equipment* X2 X; M, a1 u t
5.4用电设备的工频抗扰度问题及对策* Q3 j. D- \5 K8 G9 M
5.4 power frequency immunity of utilization equipment
6 z0 M6 h& v1 P+ _( l- `9 ^第四部分：滤波电路及开关电源的电磁兼容设计$ Z" ?- }! j+ w
Part 4 Filter circuit and EMC designation of switching power supply* ^6 z4 E. b8 ]( L4 v
1．滤波电路设计) v- f- j/ p' {8 O1 _9 P! G
1. Designation of filter circuit" Z" _9 }. Y9 L
1.1 滤波器的分类及特性
" y4 ^8 ^1 ?" f8 D5 e& c% U+ M1.1 classification and speciality of filters
8 q0 ~4 I; r \; N& n- B1.2 滤波电路的设计
' F6 ~8 u& _9 e# ]' ?! R1.2 Designation of filter circuit% c& _& c/ t: ^$ r0 a4 E
1.3 滤波器的选择、安装和使用
: k4 W) ~$ M% R3 L( m1.3 Selection, installation and use of filters1 A* L3 O7 G( D7 }' B& _, {
2．开关电源的电磁兼容设计
& q7 X* E: [2 X5 L+ y2. EMC designation of switching power supply
D2 u/ k6 Y x7 s" q, ~& R; i2.1 开关电源工作原理及电磁骚扰来源
% ~7 O! N' C- H3 A \0 I5 B, [. l2.1 Operating principle and EMI source of switching power supply& K( P6 p) M) q/ B. D, l
2.2 电磁兼容标准对开关电源的要求3 X; N( j5 T+ E* v F5 J
2.2 Requirements for switching power supply in EMC standards% H* c) I$ z6 Q& Q* r0 Z: ?
2.3开关电源电磁骚扰的抑制措施( J6 H! N( \8 f9 P
2.3 EMI suppression of switching power supply" }, e: z* J4 @1 |' G
第五部分：AV产品3C认证EMC检测问题与对策8 y) E- J4 ?' l) Y
Part 5 Problems and countermeasures in CCC tests for AV products
8 r5 x+ F1 [6 y2 l8 {9 P, B1．关于3C认证
* o& a0 o4 Q7 x% d3 s1 r. n2 ]1. About CCC5 n" q& _* i4 G* a t3 s
2．AV认证检测中常见电磁兼容问题与对策
' U" W9 o( H( q6 d% O' ?7 L/ Y( y' e2. Staple EMC problems and countermeasures of AV product
. }7 ]1 R0 O2 @7 I8 A, T3．IT认证检测中常见电磁兼容问题与对策% Z4 G1 a8 f" ^' H
3. Staple EMC problems and countermeasures of IT product
" H2 x( A* ?( u4．影响检测进度的非技术问题% F1 f7 h4 f3 e( r, b' ~* V
4. Nontechnical problems which affect test tempi
0 f$ x8 N: g' f# i4 I第六部分：现场答疑和交流
+ d: _. o8 s; x, HPart 6 Consultion and intercommunion
( W( l2 M6 X" T6 Q6 z V, B4 A/ E$ F* Z
EMC培训课件.part1.rar
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EMC培训课件.part2.rar
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