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第一部分:电磁兼容基础7 m1 s8 q( R2 G# o( L3 Q! G
Part 1 EMC basic knowledge
7 j5 q6 N$ ]/ U8 k1 R1.电磁兼容概述1 d4 L, T; I+ c! i. w8 ~5 J
1. Overview of EMC
3 @$ f( P2 e! C1.1 电磁兼容的定义1 `1 @- L+ I/ K! c8 a, ?4 z
1.1 Definition of EMC
( B4 `# Y) I: v _4 p; [1.2 电磁兼容的研究领域
0 {0 r- z2 F+ {7 b% r6 ]1.2 Research area of EMC
# f% c0 D* z1 f8 I" P1.3 实施电磁兼容的目的
6 d* s; L1 a! E4 G0 v2 \- L5 p1.3 Purpose of conducting EMC
6 Z7 i9 [$ z4 _7 }- P2.电磁兼容发展动态# I0 E; U5 |4 s! k% F
2. Dynamic state of EMC development7 f( y: G! R; n6 i: U R! W4 U: x
2.1 国内外电磁兼容发展动态
$ F; U1 _2 ~ R! q5 ?2.1 Domestic and abroad EMC development* G+ \( ^8 A! u' D% H: C J" k! C+ t
2.2 世界主要国家、地区的电磁兼容管理情况
' {' [2 L+ V9 C2.2 State of EMC management of mAIn countries and areas! ]5 q& ?% j$ q
2.3 国内EMC的发展与3C认证的EMC要求
% `" F; x; f& }5 a% z- O, _ b2.3 EMC development in China and EMC requirement for CCC" l" y d$ B* C& T' v6 d+ `: n
3.电磁兼容理论基础
' Y2 y" _+ Y0 M* n3 T0 W& q& R3. Theoretical principle of EMC8 y( _5 e7 _3 |) Y
3.1 基本名词术语 |; i+ O% m$ a) t8 b2 H" V
3.1 Vocabulary of terms
, b7 L9 _2 R v C9 w+ }3.2 电磁兼容测试中常用单位$ l- f; \) |, y* X; d
3.2 Staple units in EMC tests
6 s" G3 s/ i* W7 L6 N5 c3.3 电磁干扰形成的三要素
7 `" Q" t' X8 t. {3.3 Three elements of forming EMC! f& V& D9 G5 J K s% K9 k
3.4 电磁骚扰源的特性
6 V. E: O( u s! [4 K3.4 Speciality of electromagnetic disturbance source5 I5 O* ?) ~# R& q8 T& b
3.5 电磁骚扰传播特性
% O; Q, ~& g. [/ H3.5 Spreading speciality of electromagnetic disturbance% ]/ r$ K2 S6 S$ K5 j' ]% @* g* t
4.电磁兼容标准及其认证
: t' W: O( o" `) @( G8 r$ u0 g$ y4. EMC standards and certification9 m1 T8 W2 L* n, v7 V, o* y/ Y
4.1 电磁兼容标准及组织
6 Q U/ V! r9 H& A4.1 EMC standards and organization
/ M4 S8 v/ l& x+ v; R& O+ n r4.2 世界主要国家、地区EMC质量管理简介" { H' a7 |( {# Y2 R/ Y- L# c
4.2 EMC quality management of main countries and areas2 \: X" d# o- t$ b/ y
4.3 我国电磁兼容的质量管理及认证(含3C认证)
- H* E7 B5 c1 [+ B$ \4.3 EMC quality management and certification in China (including CCC)
0 g6 q( V8 B3 M第二部分:电磁兼容测试
+ x, y5 k2 \$ F# W0 _3 P2 aPart 2 EMC tests
9 M: ~8 p: [% ~8 v. j' ?1 电磁兼容主要测试场地% s" G$ }( w2 J6 }
1 Main test sites of EMC6 d+ z5 a, M* s( f! q9 Q0 i
2 电磁骚扰测量的主要检测仪器和设备" j6 k* e4 _" D& u6 ]
2 Main instruments and equipments of EMI
7 U) }% M/ d% Q/ I! y! o3 电磁抗扰度测量的主要检测仪器和设备
% C# z/ b F5 c' B3 Main instruments and equipments of EMS
& p4 S Y: n+ j6 O; e" @+ |4 电磁骚扰测试项目及方法
. a, ^( z+ D2 U3 Z4 Test items and methods of EMI8 E2 A1 Y2 q1 n9 e
5 电磁抗扰度测试项目及方法
6 M3 n" o: S) N5 Test items and methods of EMI; i& j5 `, q% |- L8 |! m( Y5 L
第三部分:如何顺利通过电磁兼容试验
5 n5 v! I' A# C5 p$ D* U9 z7 [Part 3 How to pass EMC tests favorably
8 u: d. d: p- }* _% a& O1.概述# I5 r! R2 N4 H" f/ @, @
1. Overview+ x: J( E) n! ]0 c! V- q9 O
1.1 什么时候需要电磁兼容整改及对策' k5 u$ I. L2 U8 w$ M: D$ T6 W
1.1 When are EMC countermeasures needed?$ F6 o& l$ @8 Z) }1 H3 P# N/ R& O
1.2 常见的电磁兼容整改措施2 V) C5 z& B8 q0 {
1.2 Staple EMC corrective actions
0 F7 k4 K9 W2 m; r" t3 M9 a2.电磁骚扰发射测试常见问题对策及整改措施
7 ~5 U$ C& J: n2 M- h* x2. Staple problems and corrective actions in EMI tests
0 R' ]3 b! D/ ?+ i. D# z9 Q4 h( \4 Z2.1 电子、电气产品内的主要电磁骚扰源
) l) g, n, c1 f: N7 J2.1 Main EMI source in electronic and electric products: M1 b: d8 L; t# u) B. _* ]
2.2 骚扰源定位! [8 \! p: H( C. u
2.2 EMI source localization
2 |, _: O. h2 p |2.3 电子、电气产品连续传导发射超标问题及对策
$ V* U; ^! r# H6 l/ l% W2.3 Continuous conducted emissions tests fail and countermeasures
5 r7 A- E7 S: V; }! r% @! m2.4电子、电气产品断续传导发射超标问题及对策
+ A9 p& m6 j# M, J2 ?* H! A) c( F2.4 Discontinuous conducted emissions tests fail and countermeasures0 d0 @1 M$ m) Z! f( s8 W
2.5 电子、电气产品辐射骚扰超标问题及对策$ U2 V8 d+ Y, c+ ^) h
2.5 Radiation emissions tests fail and countermeasures; g6 j2 H. o6 I: t
2.6 骚扰功率干扰的产生和对策( F* _9 L) F: ^
2.6 Disturbance power tests fail and countermeasures
) M: a: `% R4 g; G1 _3.谐波电流测试常见问题对策及整改措施
# ]- d# D5 c+ r7 O7 [+ m3. Staple problems and corrective actions in harmonic current tests. m& n8 Z$ ^& v. ~6 Y1 f: I
3.1测量标准介绍6 z+ } L+ ?" u0 Q2 Q* @* D
3.1 Introduction of standards/ @! Q" o* |. ]
3.2 谐波电流发射的基本对策3 ]' R& s/ F- b& U
3.2 Basic countermeasures for hARMonic current
& C# @# _9 D5 `+ ]7 u0 |7 k3.3 低频谐波电流抑制滤波解决方案
+ y6 ~( A5 K- a2 q6 Q3.3 Solutions of restraining low-frequency harmonic current by filtering
; W* O6 v- x% B9 v" V3.4 主动PFC解决方案8 A: l" k: U H2 R T' z- H
3.4 Active PFC solutions' m$ @" F& p: A% J
3.5 谐波问题的其它对策
+ D2 U" m( R2 h1 ?7 e& {, [3.5 Other countermeasures for harmonic current# m) `. y2 W2 @& }1 Q% l' ^3 V
4.瞬态脉冲抗扰度测试常见问题对策及整改措施
, |! q1 n/ c, _2 v, b( @$ i% e' q6 G4. Staple problems and corrective actions in transient pulse tests
- p4 X7 j* T' R3 i. A8 O; n: m4.1 综述: | Q: w# r0 v) Q" L" _3 B
4.1 Overview- p( T6 q/ x) B( x% ^* T" _2 v7 H- ~1 n
4.2 静电放电抗扰度测试常见问题对策及整改措施! k' Z" A, r) \3 {# b
4.2 Staple problems and corrective actions in ESD tests
\( `2 {+ s/ e% ~2 a4.3 电快速瞬变脉冲群抗扰度测试常见问题对策及整改措施
$ X' q1 {% w3 v: c4.3 Staple problems and corrective actions in EFT tests
; Z V3 ^, d5 }. }4.4 浪涌冲击抗扰度测试常见问题对策及整改措施
7 L6 `+ M ?$ o, a$ \4.4 Staple problems and corrective actions in surge tests$ O9 d ?- O7 h. `8 L; m" \
5.工频(低频)场电磁干扰、抗扰及防护
( d' j, T/ C" b+ O: Z, J" e5. EMI and EMS of power frequency(low Frequency)& R: a& O+ |$ [* ? n
5.1 工频电磁辐射的危害
& S9 Q6 A/ P* _: i$ X8 X) V5.1 Harm of electromagnetic radiation% C0 |4 ?+ Q- F- B2 k( i- ?* b# J
5.2 用电设备与工频(低频)场电磁干扰; a7 n0 G4 N8 y: [
5.2 Utilization equipments and power frequency(low Frequency)electromagnetic disturbance: N% h5 W# Q& m
5.3 用电设备的低频电磁发射及对策! \1 p% T! Y5 h7 M& E' E$ Q
5.3 Low-frequency electromagnetic radiation and countermeasures of utilization equipment2 D1 }2 ^. ]; f' c% k8 @
5.4用电设备的工频抗扰度问题及对策2 B5 G: | O, `3 o
5.4 power frequency immunity of utilization equipment
/ h" ~8 `* L' W第四部分:滤波电路及开关电源的电磁兼容设计! y, S' d% L) m5 ?7 m% K+ ~- [
Part 4 Filter circuit and EMC designation of switching power supply
% }" l9 ?+ J7 c+ U) l/ q8 X& P: @1.滤波电路设计+ `) R, D; f1 l) |4 ?% W4 x: ~
1. Designation of filter circuit
0 S- [& P8 ~# g5 T6 C$ Y1.1 滤波器的分类及特性
8 C* ?; t; ], A& k v2 h" B1.1 classification and speciality of filters
/ L/ u7 n: _$ Z6 |0 w4 f0 y1.2 滤波电路的设计- N# N: s1 T( b( c# Q' d7 t3 ~
1.2 Designation of filter circuit
, \7 ?) Z3 M6 J2 V8 o1.3 滤波器的选择、安装和使用
# W2 M, N1 j3 ^5 a1.3 Selection, installation and use of filters1 q/ q4 t: N8 G* B- n% h
2.开关电源的电磁兼容设计
5 y; u9 x# B- {4 A2. EMC designation of switching power supply* A/ b3 b6 ^+ { [' t
2.1 开关电源工作原理及电磁骚扰来源
& d( Z, T ^) P2.1 Operating principle and EMI source of switching power supply5 H4 e1 T. S, j3 G5 `4 I1 ~
2.2 电磁兼容标准对开关电源的要求1 a8 X% r% ~% P% G% P
2.2 Requirements for switching power supply in EMC standards
& s3 Y7 P3 k: I h. q2.3开关电源电磁骚扰的抑制措施: B2 @' n/ U( i, d+ r2 i: U) q: z/ r
2.3 EMI suppression of switching power supply3 g8 V0 @- z* K0 n8 _8 K: e
第五部分:AV产品3C认证EMC检测问题与对策
! t+ c( ~; j+ v. h, XPart 5 Problems and countermeasures in CCC tests for AV products
, ?8 E8 s* _8 f+ K4 G, ?1.关于3C认证
O' N9 y/ M' m. e, k# t: b1. About CCC2 N+ V, e' [+ k
2.AV认证检测中常见电磁兼容问题与对策
, p- J. M1 d2 z, j8 d2. Staple EMC problems and countermeasures of AV product. t0 I0 A# g* G5 @
3.IT认证检测中常见电磁兼容问题与对策
/ g: H3 [/ I2 z) A3. Staple EMC problems and countermeasures of IT product
1 W$ w6 t; E0 b3 ]4.影响检测进度的非技术问题6 [8 i. ?% ]/ |* C- P0 ]4 P" w
4. Nontechnical problems which affect test tempi8 v. X# W5 K2 H; z& u
第六部分:现场答疑和交流& r Z3 a3 ?: X9 v9 u `7 z. p
Part 6 Consultion and intercommunion0 ?& W/ n3 M( F
EMC培训课件.part1.rar
(5 MB, 下载次数: 104)
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EMC培训课件.part2.rar
(5 MB, 下载次数: 76)
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