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第一部分：电磁兼容基础) h. d5 C) _5 `" N3 W) }4 V
Part 1 EMC basic knowledge# i- Q+ p* c; t) v/ e3 P) Z
1．电磁兼容概述
4 W9 g: g' h5 `1. Overview of EMC
3 D7 N/ n9 W1 w1.1 电磁兼容的定义7 T1 {. Y; m' I) b6 K5 e, b8 f
1.1 Definition of EMC1 _# ?8 V" @' N7 N) {) i8 N
1.2 电磁兼容的研究领域+ Q4 H/ ?7 L* i) F! b" K, U
1.2 Research area of EMC
- Z" r. t' p: K8 R6 \, R' G8 c" N, n1.3 实施电磁兼容的目的
. P6 x2 n4 v+ o, A! l. |+ n+ ^) [ J1.3 Purpose of conducting EMC/ H3 I9 t0 J# u% V0 |8 L3 t& I/ L
2．电磁兼容发展动态
& S+ b) N& U1 Y$ p7 A& t" e2. Dynamic state of EMC development" ~- R* y1 E' Z2 X8 z
2.1 国内外电磁兼容发展动态( v/ X8 O3 ?* L% a: R
2.1 Domestic and abroad EMC development1 `" M8 P' }$ Y0 b8 m! [
2.2 世界主要国家、地区的电磁兼容管理情况
" t u% s8 i7 t7 I; \1 ?2.2 State of EMC management of mAIn countries and areas! R6 y. s# E7 t* `9 c% A, R1 t$ b
2.3 国内EMC的发展与3C认证的EMC要求, b. t) D- m. o: g2 X1 `" N. b
2.3 EMC development in China and EMC requirement for CCC
0 x8 K# r+ o+ g' y5 y' x8 r# b- E3．电磁兼容理论基础
" j) l" y1 s* l% L: ]' t3. Theoretical principle of EMC Q I/ i, k) Z1 M l
3.1 基本名词术语9 m) l4 F, z" [. g1 @5 O
3.1 Vocabulary of terms( X/ w) W3 k5 }5 w% a
3.2 电磁兼容测试中常用单位
5 W9 P: S( D3 j; q: d3.2 Staple units in EMC tests5 g. V9 P: ~9 H1 e( Z9 w
3.3 电磁干扰形成的三要素
! i( z& `! K1 T8 B3.3 Three elements of forming EMC9 d0 r2 u# D7 a- l- f
3.4 电磁骚扰源的特性
" R' p# [( l$ u4 [- Q3.4 Speciality of electromagnetic disturbance source/ ~" Z9 f) i7 z8 e( f6 a) J1 u
3.5 电磁骚扰传播特性
0 j2 u' c4 j* P! i0 X3.5 Spreading speciality of electromagnetic disturbance$ T1 O# }! K! Y9 t
4．电磁兼容标准及其认证; u% {) q% ?3 D# P) g" U' ?; ]0 |
4. EMC standards and certification
2 ?, c% @" k H& g2 _4.1 电磁兼容标准及组织
1 ]2 k8 J0 `! |( |/ F" l4.1 EMC standards and organization
Z& ~( R; t0 i" z4.2 世界主要国家、地区EMC质量管理简介" Q% b* X. J) j
4.2 EMC quality management of main countries and areas" ?* B0 H z5 D, D1 k, ^
4.3 我国电磁兼容的质量管理及认证（含3C认证）
1 i& Q% S- a# J" ~; T) Q0 b7 X2 A4.3 EMC quality management and certification in China (including CCC)2 k4 R* N8 \, j c
第二部分：电磁兼容测试& m1 a- q& e- p: S4 ]" p7 c; c
Part 2 EMC tests
$ Y$ S" \& B, B# f1 电磁兼容主要测试场地
/ H$ i$ E4 S Y1 Main test sites of EMC
% e: i: |. x$ D2 电磁骚扰测量的主要检测仪器和设备* b+ r3 ?- X; }8 u& H# V) n8 t. N
2 Main instruments and equipments of EMI: B- `% ?. o7 ~ Y/ P$ p! _+ A
3 电磁抗扰度测量的主要检测仪器和设备
+ @6 @1 [; h$ j! \ F+ D: b* C0 t3 Main instruments and equipments of EMS5 r9 A+ {! f) v2 @+ ^- c* G0 X
4 电磁骚扰测试项目及方法
$ w$ d- C# l! s d- V( R# d4 Test items and methods of EMI. i2 ^$ S. p0 [& o, z
5 电磁抗扰度测试项目及方法
* k7 Y: ^( R' ]! T5 Test items and methods of EMI
9 ]# o3 F ? \% h P第三部分：如何顺利通过电磁兼容试验
0 X% {% p( P* s* DPart 3 How to pass EMC tests favorably1 s: ]1 P/ r- x$ T7 j. j
1．概述7 c- y7 I Z' T% h- M6 c. a
1. Overview9 N' z% d& C3 L6 Z& y
1.1 什么时候需要电磁兼容整改及对策
# x% o4 c Q6 r# D1.1 When are EMC countermeasures needed?
* G. k! j5 K' t/ W; t1.2 常见的电磁兼容整改措施
$ u2 u! {& N. C( u8 I" _1.2 Staple EMC corrective actions
% c3 v6 s5 O K) H- C8 J2．电磁骚扰发射测试常见问题对策及整改措施, x; `7 i: w4 V( r
2. Staple problems and corrective actions in EMI tests/ b8 ?/ e0 d \/ W1 R4 Z
2.1 电子、电气产品内的主要电磁骚扰源
) }7 a% H* e. @2 L" ?6 y2.1 Main EMI source in electronic and electric products
, H$ x3 ^1 D- u2.2 骚扰源定位
- Y5 j1 Q- x. r: d- \$ N4 ~2.2 EMI source localization/ b) ~# M0 P1 N6 V2 Y* N+ u6 I8 ` V
2.3 电子、电气产品连续传导发射超标问题及对策' V Y% r0 Z) L G! Z; s
2.3 Continuous conducted emissions tests fail and countermeasures
' [! ~0 }8 w8 w0 y4 t6 ~. V) C2.4电子、电气产品断续传导发射超标问题及对策9 n o0 ^7 P8 r5 h8 B0 t
2.4 Discontinuous conducted emissions tests fail and countermeasures1 K( F T( U Z3 D, x- t# f2 Q
2.5 电子、电气产品辐射骚扰超标问题及对策
' s" X( d0 s( f9 N2.5 Radiation emissions tests fail and countermeasures
3 }' x, a( d' \3 C H4 g2.6 骚扰功率干扰的产生和对策
& z, m* R* |7 }' x/ o- B2.6 Disturbance power tests fail and countermeasures+ |1 {+ X3 S! J5 T8 y3 e9 \, N
3．谐波电流测试常见问题对策及整改措施
# R3 x3 y+ l7 a& T3. Staple problems and corrective actions in harmonic current tests; ^, L0 Y9 y; q
3.1测量标准介绍
5 }; {9 M/ B. O3.1 Introduction of standards, K6 c7 [6 ^, d2 \1 d
3.2 谐波电流发射的基本对策
; Y1 J |- z4 [* \% m, ?, W3.2 Basic countermeasures for hARMonic current
9 R4 J9 v) G. N9 n. V/ g6 A0 U0 E3.3 低频谐波电流抑制滤波解决方案* k, U+ x4 i7 @ @" n) L) u A
3.3 Solutions of restraining low-frequency harmonic current by filtering2 J" Q8 `5 p K7 g9 v( E2 B5 w
3.4 主动PFC解决方案
7 f: h& ^. A, U" ^/ e3.4 Active PFC solutions" p3 D! A+ T+ [/ U& z% r
3.5 谐波问题的其它对策
4 Y3 o, ^6 e# D) ~3.5 Other countermeasures for harmonic current
% I' W, [3 D$ n, n4．瞬态脉冲抗扰度测试常见问题对策及整改措施$ o3 S4 m8 {% B) E1 J$ m) Z& n- h z* [
4. Staple problems and corrective actions in transient pulse tests; f- `1 U9 Q7 j1 p
4.1 综述" N; c, l4 Q, @$ j5 M
4.1 Overview; E2 i, l0 f7 m
4.2 静电放电抗扰度测试常见问题对策及整改措施
; G- O9 Z6 e7 a6 U: [5 \: d' |4.2 Staple problems and corrective actions in ESD tests5 g, a; g. U% f) Q
4.3 电快速瞬变脉冲群抗扰度测试常见问题对策及整改措施0 g1 e4 c& f2 N3 z/ \1 [* M) j( o
4.3 Staple problems and corrective actions in EFT tests
. j6 x/ {3 q/ W4.4 浪涌冲击抗扰度测试常见问题对策及整改措施
0 o0 d/ y5 q/ r4.4 Staple problems and corrective actions in surge tests: ?/ }0 F8 Y- ?7 K- t) _
5．工频（低频）场电磁干扰、抗扰及防护- U' y! q s2 @6 E5 P y
5. EMI and EMS of power frequency(low Frequency)
. s9 E8 o/ G2 k& W5.1 工频电磁辐射的危害* P0 s* J9 }8 d/ N* V
5.1 Harm of electromagnetic radiation
1 C7 d# p8 Q9 a5 w, W$ _* h# l! m5.2 用电设备与工频（低频）场电磁干扰 B1 N6 X6 Y. F$ H8 u
5.2 Utilization equipments and power frequency(low Frequency)electromagnetic disturbance
& s: Y" H( C ?5.3 用电设备的低频电磁发射及对策! D: a; p) b A3 @0 U1 G& d, u
5.3 Low-frequency electromagnetic radiation and countermeasures of utilization equipment0 K; E8 k- m7 C8 Y4 d( q8 D, f; n
5.4用电设备的工频抗扰度问题及对策, E7 G" G0 B6 [2 a1 t/ e$ U1 K% T8 t5 U
5.4 power frequency immunity of utilization equipment- u+ e& q6 e2 M7 }- W5 _' e
第四部分：滤波电路及开关电源的电磁兼容设计
+ ^ n8 z9 O1 M$ @$ V* T" a0 SPart 4 Filter circuit and EMC designation of switching power supply
1 F9 v: d5 ^) K9 [3 s) v! T0 E8 d1．滤波电路设计- a( m0 H" r% y% K: P3 ?3 K
1. Designation of filter circuit
6 @ p/ b N: x& b1.1 滤波器的分类及特性
, t2 B; q7 }# J. W# `0 P& a1.1 classification and speciality of filters
: A7 S# a% {- `" k8 p$ z1.2 滤波电路的设计
# A7 P; f8 Z6 \- T1 a, ~7 A1.2 Designation of filter circuit
: u$ O" S: n5 p% z: S; S* ?2 t1.3 滤波器的选择、安装和使用$ {7 d; @1 g8 J5 o
1.3 Selection, installation and use of filters/ {, u/ j5 p# j0 h# {7 H
2．开关电源的电磁兼容设计
`) b |) x8 g4 o/ D2. EMC designation of switching power supply
9 `0 y6 [4 t4 p2.1 开关电源工作原理及电磁骚扰来源
. e* m' J: ?8 Y0 s5 Z S2 j# R% I& @2.1 Operating principle and EMI source of switching power supply
; x& t% f+ l9 ~# k2.2 电磁兼容标准对开关电源的要求3 s2 ?: L: o C- p
2.2 Requirements for switching power supply in EMC standards
& |+ j7 |( E% w. H/ ?8 [" m2.3开关电源电磁骚扰的抑制措施
& R0 I0 Z! ]; b5 `3 H4 X5 f. |2.3 EMI suppression of switching power supply
8 L4 Q3 W# U, _8 R! D/ G7 w% H第五部分：AV产品3C认证EMC检测问题与对策, A4 |7 |# d! @* p3 v
Part 5 Problems and countermeasures in CCC tests for AV products3 K: _& ]. j& `) ?' M- T
1．关于3C认证* `+ v( |* y [% N: _
1. About CCC- q7 z f, H( [
2．AV认证检测中常见电磁兼容问题与对策
2 Y- d6 F9 W9 e2. Staple EMC problems and countermeasures of AV product) M4 T! c6 Y1 S! \* c6 z$ R
3．IT认证检测中常见电磁兼容问题与对策, u* a3 C1 q$ P9 m
3. Staple EMC problems and countermeasures of IT product. f% M, l' ?3 _/ `6 x6 ]' m
4．影响检测进度的非技术问题! i8 V) B, P! }/ l1 m1 e9 |
4. Nontechnical problems which affect test tempi
/ W8 v2 L m8 N- K5 k+ }) l" S0 C第六部分：现场答疑和交流
@+ B5 v2 z% e# A- P7 O. mPart 6 Consultion and intercommunion5 S8 F" M& ]9 h0 `- O% A: M3 r% w
EMC培训课件.part1.rar
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EMC培训课件.part2.rar
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