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第一部分：电磁兼容基础
$ w8 F4 d' E5 O3 C7 S$ a" KPart 1 EMC basic knowledge
2 k# e) S& k8 B, v( v1．电磁兼容概述
! k3 @; y' |) ^* t- J1. Overview of EMC3 o |% d3 l7 m# O I9 u% W
1.1 电磁兼容的定义4 k) Z$ y5 d% f, l
1.1 Definition of EMC8 c/ J3 G0 f$ a. a: R" s. x9 W
1.2 电磁兼容的研究领域+ n8 B/ u/ I# H$ l7 ]( d$ O
1.2 Research area of EMC, h9 I9 u8 B+ p, @. k
1.3 实施电磁兼容的目的
- h: g; j* _- ~* y9 r r( G. j& g1.3 Purpose of conducting EMC
8 B4 f" v' D6 W: e0 d2．电磁兼容发展动态
( v- Y( O, k+ D2. Dynamic state of EMC development5 x2 B/ M: Q( h1 G/ e$ Q3 |: }$ O3 g
2.1 国内外电磁兼容发展动态
; H2 o' V, Y' a2.1 Domestic and abroad EMC development
7 [( E6 y4 S! A2.2 世界主要国家、地区的电磁兼容管理情况
0 l$ ^* p# b$ `: _1 x- F" `2.2 State of EMC management of mAIn countries and areas6 y% F* P. k, Q4 d2 X
2.3 国内EMC的发展与3C认证的EMC要求
9 m+ x9 I/ D _+ k; B2.3 EMC development in China and EMC requirement for CCC
4 M9 N% V0 P' i7 l, a8 d4 W8 M3．电磁兼容理论基础8 q8 L) f& n) u9 F
3. Theoretical principle of EMC/ Z6 o, a' p4 `+ c
3.1 基本名词术语/ a# A! {4 O' ]/ ~
3.1 Vocabulary of terms F# L$ K6 I5 ^" H( ]
3.2 电磁兼容测试中常用单位
% J0 y: M. i0 n. K, B3.2 Staple units in EMC tests
8 R! s5 `" B4 S; ?( ^3 q0 n- t3.3 电磁干扰形成的三要素
; E3 J' u4 _4 e) ^3.3 Three elements of forming EMC
# J8 s% X6 d2 t* z3.4 电磁骚扰源的特性1 f1 g5 ]8 f+ h5 F/ I# G6 g
3.4 Speciality of electromagnetic disturbance source
* `9 y7 o" q, k# ?$ T3.5 电磁骚扰传播特性
9 n( X- [- G3 W8 e' x* `4 a5 l1 x3.5 Spreading speciality of electromagnetic disturbance4 U' B3 P# C" Q7 v* o' x* Z* f
4．电磁兼容标准及其认证8 }/ N8 d* t( L7 }! V
4. EMC standards and certification% U- `* q9 {% i; {$ Y& w$ b
4.1 电磁兼容标准及组织
( o0 K ~; [! G, Q& k. `4.1 EMC standards and organization
& Z, @+ k5 G; ~4.2 世界主要国家、地区EMC质量管理简介4 `; `4 F/ M+ J8 P# O: F" d( M
4.2 EMC quality management of main countries and areas3 @( n; F+ q. I9 U- k* f
4.3 我国电磁兼容的质量管理及认证（含3C认证）
: J/ j* Z9 \) k' L4.3 EMC quality management and certification in China (including CCC)6 i, ]! r( n% g8 e' V! B0 z
第二部分：电磁兼容测试
4 J$ F+ Y. s) R, B' H6 rPart 2 EMC tests
2 J5 ^) }/ S, a/ K1 电磁兼容主要测试场地/ u" l3 E: ? G0 i r
1 Main test sites of EMC
# J3 [9 u: Y6 N% ]/ f2 电磁骚扰测量的主要检测仪器和设备% C5 [: W8 \8 d% S6 X% ^+ I
2 Main instruments and equipments of EMI
' g7 U3 {! ^9 b) `' m3 电磁抗扰度测量的主要检测仪器和设备7 V& T) @; _6 s. A" C
3 Main instruments and equipments of EMS
- w; h% y' p; T- @) U# F! u& L4 电磁骚扰测试项目及方法
9 p0 j4 S0 N1 E( j4 Test items and methods of EMI4 N. L6 l: J+ D/ |& o
5 电磁抗扰度测试项目及方法- Y+ Z: N8 e, Y+ r( A& _/ Z% [
5 Test items and methods of EMI
- M, ]9 M4 j7 ?2 l" S7 h第三部分：如何顺利通过电磁兼容试验: O( m# d5 }6 h [1 z
Part 3 How to pass EMC tests favorably: h/ B3 i1 N1 G
1．概述
, o) ^8 K, `( n; B, w1. Overview
6 B: i0 A$ s! i' q1.1 什么时候需要电磁兼容整改及对策! Z. k4 e! F& u$ G3 c" _
1.1 When are EMC countermeasures needed?
- w- e0 H: D. a: t, }1.2 常见的电磁兼容整改措施* x' d: M2 W" b( t
1.2 Staple EMC corrective actions) }+ y8 v. t9 T' `9 T
2．电磁骚扰发射测试常见问题对策及整改措施$ ]+ P& [: c4 u4 `# n7 b9 c
2. Staple problems and corrective actions in EMI tests
' l* K: p3 r4 ]8 k2 I" C2.1 电子、电气产品内的主要电磁骚扰源; e$ F" P( ~: i! ?* ~( m
2.1 Main EMI source in electronic and electric products
/ n2 K/ M: n7 E: j: M5 `2.2 骚扰源定位
4 V# T. Y$ A0 `$ I) p* N5 G* w( b5 \2.2 EMI source localization0 ^# Z0 V" J* F4 Z6 n3 c
2.3 电子、电气产品连续传导发射超标问题及对策
9 e1 f) }* \! q ?5 X" I8 e( l2.3 Continuous conducted emissions tests fail and countermeasures
6 T3 ~ [' J _4 V9 M6 @8 ]/ S* B2.4电子、电气产品断续传导发射超标问题及对策! g3 H1 r ^- J, Z
2.4 Discontinuous conducted emissions tests fail and countermeasures
9 _6 X3 v! Y7 p6 z, Q7 N1 t' ^% Y2.5 电子、电气产品辐射骚扰超标问题及对策
) m2 N4 S; o2 u7 u, a4 d2.5 Radiation emissions tests fail and countermeasures
3 j, N+ g* {" c& ]2.6 骚扰功率干扰的产生和对策
/ d1 s) L& J+ R0 D' |5 }! z* [2.6 Disturbance power tests fail and countermeasures6 _. ~4 o4 H* w' Y3 S) D8 @2 t6 i
3．谐波电流测试常见问题对策及整改措施4 l5 o$ o9 e9 ]5 I% k# X1 Z
3. Staple problems and corrective actions in harmonic current tests
: X/ `. ]7 H$ o( H8 x7 w8 @3.1测量标准介绍
2 F0 Y! t8 W4 l8 G. m3.1 Introduction of standards# R% ` c7 x' j6 p
3.2 谐波电流发射的基本对策" w. \0 q1 H& R: p9 f
3.2 Basic countermeasures for hARMonic current
' y1 g- A4 x3 K8 H! A2 J' O0 Q3.3 低频谐波电流抑制滤波解决方案/ S h% A2 W8 q6 Z
3.3 Solutions of restraining low-frequency harmonic current by filtering$ W9 j6 D0 [( c- w6 G4 B
3.4 主动PFC解决方案
, d% E- F: X8 j3.4 Active PFC solutions/ ^# v8 N& N/ Q' r+ N& k- \
3.5 谐波问题的其它对策
% S6 C. q- K/ p9 B/ v3.5 Other countermeasures for harmonic current
! J) k, s5 b0 v) A5 P3 }0 @8 A4．瞬态脉冲抗扰度测试常见问题对策及整改措施
+ \0 f) J0 }2 c, [: e4. Staple problems and corrective actions in transient pulse tests4 c: r8 i* R9 t$ F7 @1 Y
4.1 综述
: D. H2 r1 H+ _" ^" g, B4.1 Overview7 z) Z0 f2 B3 ^6 a
4.2 静电放电抗扰度测试常见问题对策及整改措施
2 A) L( Y4 B( L! k1 d3 M9 M4.2 Staple problems and corrective actions in ESD tests
8 D# B' @0 }" }+ R4.3 电快速瞬变脉冲群抗扰度测试常见问题对策及整改措施. i4 f, b: i4 H. C6 m
4.3 Staple problems and corrective actions in EFT tests1 y$ d6 g) c$ O
4.4 浪涌冲击抗扰度测试常见问题对策及整改措施1 i, }, I7 Z% P% l/ S! e
4.4 Staple problems and corrective actions in surge tests
: q% O5 `. }0 c/ O, C: h5．工频（低频）场电磁干扰、抗扰及防护/ b( i. I0 q3 q+ `
5. EMI and EMS of power frequency(low Frequency)) I0 ~, {# p5 R& B) h& f' ^
5.1 工频电磁辐射的危害: T" p$ Q2 K$ {- ~+ o2 O% `/ E
5.1 Harm of electromagnetic radiation
! i! w j Q% |4 c5.2 用电设备与工频（低频）场电磁干扰
, u8 i- j! f4 ?1 v5.2 Utilization equipments and power frequency(low Frequency)electromagnetic disturbance! @: w* {; o, ?! p
5.3 用电设备的低频电磁发射及对策' V, L1 p, E9 ^, I/ P
5.3 Low-frequency electromagnetic radiation and countermeasures of utilization equipment
0 @/ R% P6 Z/ H0 B4 A5.4用电设备的工频抗扰度问题及对策* S3 i: |/ O$ u/ x% P
5.4 power frequency immunity of utilization equipment' t0 j1 D# O) ~" T
第四部分：滤波电路及开关电源的电磁兼容设计
, e% K5 F, W# qPart 4 Filter circuit and EMC designation of switching power supply) ^7 B4 Z; U2 @4 {
1．滤波电路设计3 T, a/ s8 @, {1 h; D" Y+ L
1. Designation of filter circuit$ G; t) Z' a9 |( U/ Q, r
1.1 滤波器的分类及特性
( [9 @1 e: J0 K0 e1 D7 B" N1.1 classification and speciality of filters# V8 Y$ V V% H5 x! N' ]
1.2 滤波电路的设计* u# C" o$ `0 {! C- |- o8 _
1.2 Designation of filter circuit
8 s' \0 \( _2 v7 U4 ?# I1.3 滤波器的选择、安装和使用
7 B& \# |. r! I$ L) Z x1.3 Selection, installation and use of filters
4 \* x9 R4 W- M8 z' @) ~8 {) k2．开关电源的电磁兼容设计
. m2 J3 W; L# C: c& G3 D2. EMC designation of switching power supply
2 V* ?3 ^/ Z9 C9 B# p2.1 开关电源工作原理及电磁骚扰来源
% p' |7 `1 Z- J5 m# r% i2.1 Operating principle and EMI source of switching power supply
! @, t9 X7 C/ a/ t# V2.2 电磁兼容标准对开关电源的要求6 v1 z$ x0 S3 M; s+ Y
2.2 Requirements for switching power supply in EMC standards0 t/ z& p5 S& C# S
2.3开关电源电磁骚扰的抑制措施" Q# J( k( h" O; Q, q
2.3 EMI suppression of switching power supply
% \& V* q4 }2 w2 z. _/ h第五部分：AV产品3C认证EMC检测问题与对策
% w# \6 M4 _+ e2 }8 R+ s+ ~Part 5 Problems and countermeasures in CCC tests for AV products$ Q9 f% `4 {$ a9 C0 K. Y; e7 v' X
1．关于3C认证
- E/ [9 o B' U) Q* k* J$ S1. About CCC' D0 s; y! V0 e8 C- V
2．AV认证检测中常见电磁兼容问题与对策
2 }+ O9 b4 {) X8 f+ C `5 m) s2. Staple EMC problems and countermeasures of AV product
1 N1 V: d' R( E% g3．IT认证检测中常见电磁兼容问题与对策8 ^4 Y- W ?0 Q7 k% P7 ]6 L0 z% B
3. Staple EMC problems and countermeasures of IT product9 P; T6 O1 i) I h( R
4．影响检测进度的非技术问题2 ]/ ~& F4 s7 W% h
4. Nontechnical problems which affect test tempi* G1 Y/ c4 ?# G/ w; @
第六部分：现场答疑和交流4 e8 ^; W0 g/ Q+ g# f
Part 6 Consultion and intercommunion5 l( j- z K+ ~) @2 H: v/ `
EMC培训课件.part1.rar
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EMC培训课件.part2.rar
(5 MB, 下载次数: 76)
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