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由于我的标准上有公司名字,就不直接贴上了,差异部分如下
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) r* n6 A6 j" @' _Page 9
7 f# _) u" Z; m( r$ k- _1 u1 Scope and object
5 c2 c4 ]) R$ c/ R& h6 kReplace the title of this clause by “Scope”: Z0 e8 F3 u" C! A/ b& {9 P
1.1 In the third paragraph, replace “CISPR 14” by “CISPR 14-1”.
# e+ |& A- V, {6 j u; ~# zPage 11
3 P+ V( f0 s5 y5 g% u7 `: e q2 Normative references
! g3 m \* i- h, v, iReplace the text by the following:- `8 y! m. T6 O8 ?; t# S" W2 `
The following referenced documents are indispensable for the application of this document.6 }% A# A* ^: r* c& z8 n- E# g
For dated references, only the edition cited applies. For undated references, the latest edition: V9 Q! o! J$ V6 \0 Y
of the referenced document (including any amendments) applies.! p/ C& Q' ]; ^9 G. K; d
IEC 60050-161, International Electrotechnical Vocabulary (IEV) – Chapter 161:; z8 a9 n" E$ a; v6 ?
Electromagnetic compatibility$ i3 B7 N B1 e
; \; I. N0 Y* ~: |, s" U& y( ^" m7 H7 r) K1 W5 q1 @
CISPR 14-2 Amend. 2 © IEC:2008 – 3 –
% _; r& h3 f5 _6 z. IIEC 61000-4-2:1995, Electromagnetic compatibility (EMC) – Part 4-2: Testing and
6 Z; T9 u& d0 A! E2 H Jmeasurement techniques – Electrostatic discharge immunity test
) t) H$ h3 m3 R) U9 OAmendment 1:1998- g; O* a, D+ t( t
Amendment 2:200015 B1 A( B* S( x* P6 I7 B
IEC 61000-4-3:2006, Electromagnetic compatibility (EMC) – Part 4-3: Testing and
" S2 H$ }; F2 i& H, j2 q+ ]* w) j+ Tmeasurement techniques – Radiated, radio-frequency, electromagnetic field immunity test
2 B' Y# r: s6 t. m8 B, l3 w9 uAmendment 1:200722 U6 z- }: D$ X- t. |( W% i
IEC 61000-4-4:2004, Electromagnetic compatibility (EMC) – Part 4-4: Testing and
* }& ]7 N8 n4 G: j) emeasurement techniques – Electrical fast transient/burst immunity test/ z* f) Q9 E1 g o) Y; S- G: l
IEC 61000-4-5:2005, Electromagnetic compatibility (EMC) – Part 4-5: Testing and
$ I1 ^. p9 @ ^- h- u2 zmeasurement techniques – Surge immunity test! |3 u- O" A% Z8 }2 s
IEC 61000-4-6:2003, Electromagnetic compatibility (EMC) – Part 4-6: Testing and4 T4 b1 _" T6 j; d; ]/ \
measurement techniques – Immunity to conducted disturbances, induced by radio-frequency
3 \0 p1 \( ]8 J0 N4 I" qfields& ?: R3 U% h5 {% ~; f9 x
Amendment 1:20042 E# _0 z6 _5 J. S( K
Amendment 2:20063
. B0 W7 d- z7 u6 g2 r6 B) x8 `+ TIEC 61000-4-11:2004, Electromagnetic compatibility (EMC) – Part 4-11: Testing and7 X' X3 L/ ]1 ]- Q+ }
measurement techniques – Voltage dips, short interruptions and voltage variations immunity tests a( } T# |7 @ _; t
CISPR 14-1:2005, Electromagnetic compatibility – Requirements for household appliances,1 G) |3 n2 K8 ?* ~7 a5 c
electric tools and similar apparatus – Part 1: Emission
3 k! x1 n* m* a) ]7 bPage 137 w" Y/ f) @0 K: J# n: x
3 Definitions
( j8 ~5 h0 w+ |( ^8 uReplace the title of this clause by “Terms and definitions”.
" M) d/ c" c* [3 O8 j9 S6 sReplace the first paragraph by the following:
1 Z' c8 g2 D: g9 p+ m9 BFor the purposes of this document, the terms and definitions related to EMC and related
9 W0 j! F" o* jphenomena found in IEC 60050-161, as well as the following terms and definitions apply.9 ^1 {0 _7 g0 ]& I( {
Add the following new definition:
- W( q3 l5 `% P$ A. a* P3.18
4 e1 |; q4 F+ Y0 y- _clock frequency
# f- b5 }5 f- k% efundamental frequency of any signal used in the device, excluding those which are solely+ Y& i) ]6 A$ ^! ]: L
used inside integrated circuits (IC)9 y; U3 `0 o& L9 }# y2 ]
NOTE High frequencies are often generated inside of integrated circuits (IC) by phase-locked-loop (PLL) circuits* N9 r7 x: L# i( i) h+ \4 ]$ c) X* o
from lower clock oscillator frequencies outside the IC.1 h% I$ Q; d/ _. O
___________
% {/ E: ` E* y; R+ [" E+ o6 W1 There exists a consolidated edition 1.2 (2001) that includes edition 1 and its Amendments 1 and 2.
6 s3 d2 q0 r; F& Q T4 @( V$ s2 There exists a consolidated edition 3.1 (2008) that includes edition 3 and its Amendment 1.
0 @- `, r/ y* ]* o5 P3 There exists a consolidated edition 2.2 (2006) that includes edition 2 and its Amendments 1 and 2.1 z7 i* j2 z, W
2 c# H& A e0 A# A; O
0 R9 a; ?* [" N4 r# e' O4 F& u– 4 – CISPR 14-2 Amend. 2 © IEC:2008
: |8 B) M; H7 iPage 13- V7 [. T7 m" b' r# V* o
4 Classification of apparatus( @0 C+ U, s# N
4.2 Delete Note 1 and renumber Note 2, introduced by Amendment 1, as NOTE.
3 p" S5 Q$ O% b2 [Page 15
p; U3 ^1 n, n7 |3 E5 Tests6 y, m S, y* j+ N2 H: B; q) o! @
Throughout the clause, including the tables, replace “IEC 1000” by “IEC 61000”.3 _/ U! ^; |$ b5 i8 C; y0 k4 C
Page 21
( z$ K$ s( v8 G; l% T- P5.6 Surges$ n( s8 P- W" s, l: Y
Table 12 – Input a.c. power ports
1 }! U( c$ t0 v. a0 H0 lIn the second column after 2 kV add "Line-to-Earth with 12 Ω Impedance" and after 1 kV add
- S+ s% }4 V; @- m2 F. u"Line-to-Line with 2 Ω Impedance".
3 n( a K- @; Y9 F2 jAfter Table 12, add the following paragraph as a new second paragraph:) J2 @% b8 f9 } j0 Z
The positive pulses are applied 90° relative to the phase angle of the a.c. line voltage to the+ I+ s5 G! p1 H9 G. I q
equipment under test, and the negative pulses are applied 270° relative to the phase angle of3 F: D+ E0 k$ X1 N/ @4 U
the a.c. line voltage to the equipment under test. Tests with other (lower) voltages than those
! G1 ]* ?7 |6 g4 tgiven in Table 12 are not required.
: K3 e* ` P6 w+ W+ y5.7 Voltage dips and interruptions9 H: a% R w1 P8 \
Table 13 – Input a.c. power ports
& s) J7 c9 C4 ?4 `# T- K( s' ~1 DReplace the existing Table 13 by the following new Table 13:
# S! ]" U# q$ e0 x, J8 k ^Table 13 – Input a.c. power ports
0 c" Z6 g3 `9 G1 YDurations for voltage dips1 F9 ^8 r3 E8 z8 t! T. Z
Environmental Test set-up4 B1 x1 n& f6 X/ o5 Q, @, j
phenomena2 J- e% ?: ^. C, X- C
Test level
5 c, _9 E, k1 O; o4 h; `. L# qin % UT0 u4 B# V9 ]. C3 a) I3 R% \) h. C& b1 G
50 Hz 60 Hz! T0 _) g) q9 Z" D$ u$ i( b
Voltage dips. K* f# L7 q9 S( r
in % UT& ^5 r$ M. `& d7 K! `
1006 d1 S9 r: n5 b4 d3 C
60
6 m2 M% R0 [7 z. b# |4 c- Q: l302 u: j" z6 k! O) U5 _2 u
0
6 R* y8 d" u" I4 ?% F9 D5 o40
0 O. k$ L! u; K, d7 a70( J& t$ U, e7 {% M
0,5 cycle
0 \+ Y3 L. c/ Y( l4 J3 y8 j10 cycles
9 E) Q6 V, p" H25 cycles$ R3 c! g5 r! q! Y0 U$ F
0,5 cycle
: ?0 ^) ] i; C" i& V8 Q$ V" {12 cycles& j+ `2 I, N1 s6 ]" L! j6 B6 B
30 cycles
3 H; n# }# N' H4 w# YIEC 61000-4-11
9 h* U2 \# z; q1 @ fVoltage change shall! o7 d* j I3 ?6 j) s6 Q- ~
occur at zero crossing
$ w5 `- w( ]1 t- F, i) J: vUT is the rated voltage of the equipment under test./ `% e. w; B/ V$ @
6 ]! I. s* `2 Z1 l; k- n. @
. i9 Z4 J. t5 eCISPR 14-2 Amend. 2 © IEC:2008 – 5 –9 P3 U! ?( J0 _( o( ^2 i
Page 27
# a6 W7 N' w6 Y) N6 i& j' a8 Conditions during testing7 @+ l" q' S. o6 M
8.1 Replace the first paragraph by the following paragraph:
! Z* d* j) v, G( dUnless otherwise specified, the tests shall be made while the apparatus is operated as
- k7 E& \* M( R# Zintended by the manufacturer, in the most susceptible operating mode consistent with normal9 w9 d1 k/ \5 O* Z+ \/ D3 @' `
use.
) p$ |) ]- x* X8 s1 i1 W0 K8.4 Delete the second sentence., i, @1 _+ }. C. a( p' Z* o
8.7 Delete this subclause.
/ Y; K9 V: p; Q5 a8.8 Renumber this subclause as 8.7: g: B5 @. W+ G
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7 J) `) s' p2 E% f- e( N! v9 Assessment of conformity9 s/ h( w7 Y6 l% _- L2 u4 T2 W
9.2 Statistical evaluation
4 e" f5 a' |% kReplace the existing Note by the following:( U3 `/ r! q& W: {( V2 l
NOTE For general information on the statistical consideration in the determination EMC compliance, see
+ W4 l4 y$ V# O! g4 BCISPR/TR 16-4-3.
" h& p# |* _ `* xPage 31
; ]6 n$ H' d2 |5 C10 Product documentation* d1 {9 b# m0 r8 c( N
Delete this clause.6 }3 ] I! p* }$ [1 m0 k7 d
Bibliography
' ]8 u' m5 D. m( T: m; o# eReplace the reference to CISPR 16-2, introduced by Amendment 1, by the following reference:
6 X. X3 v! R7 f5 E" d/ JCISPR/TR 16-4-3, Specification for radio disturbance and immunity measuring apparatus and ?9 K, O. p M$ e6 M1 ]9 t& K2 g
methods – Part 4-3: Uncertainties, statistics and limit modelling – Statistical considerations in
% m& u3 S+ P4 \/ U8 K- ?' ]the determination of EMC compliance of mass-produced products (only available in English) |
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