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- S8 t: p+ P0 n | High Integrity Components, Note9 Q) @( E" V% ?. t8 X: R [
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$ Q1 K% H3 c' i+ K% W | 61010-1(ed.1);am1;am2* t. J; N4 G1 _, w3 i6 r
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4 K3 }2 P+ a3 ^. E% DStandard:% {& L7 f7 @; Q; t3 k/ D7 L# ?
IEC 61010-
( Y* E4 S# [: p8 u; H4 |8 n2 E1:1990+A1:1992+A2:1995' T, Z+ ^0 \- k& i; ?& \
Sub clause:
j% o+ y* p' ^) Y& E$ h# i; Q+ |14.6
& H( k, ^4 I# R( r) gSheet n. 3130 T( O9 z1 U( B: g; H( q o. D# ]
Page 1(1)6 w; x8 }7 {0 }- W
Subject:, z0 [9 u2 @& T( d
High Integrity Components, Note
+ }: \7 _ w8 Y4 e& FKey words:
3 z( Z% J" @' Y2 U2 ?8 p: z- Integrity
% _+ k" v) U, @9 y) Q- }/ i8 t& ]- Rating* w& |: z7 v# X4 \2 _' ~& e3 @# r
Decision taken by
5 {( a4 o) J7 E8 {" i } v' ]ETF3 and confirmed* b8 B* [$ H* {: s3 p) E' C( q
by CTL at its 38th1 b3 O( j; \* }
meeting, in Toronto& Y) T" L% i& Z" a
Question:
% G& ?$ E* _( b0 R' k5 Q8 t. pThe note indicates that a resistor rated for twice the working power level can be considered
; ^/ d9 ?9 D [3 p- `to be high integrity, similarly it may be considered that capacitors with twice the rated" O! G$ `) [* G8 u
voltage are high integrity. How is this note applied ?9 x. |% N3 C- r0 R; n3 J* u/ h4 O; O
Decision:
# |4 l2 |. g0 ]7 PThis note is not clear in its meaning and one is cautioned to take care in its use. A clear7 J5 d9 N% r& K% c/ O/ s
explanation should always be given when a component which is accepted as high integrity
. ^% g! S/ z* [( edoes not have an approval to a recognised standard for that purpose. A( e$ r/ _+ C
Explanation:2 ~# J) K1 k7 n' p/ z
The note does not provide a comprehensive set of conditions to establish high integrity.
( x2 x. Z' E$ f, wDiffering methods of construction may result in different lifetime expectation and different9 [1 o4 F; L3 t; [
failure modes.
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