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| DSH 417/ N. b t$ ?( k! S
) @% \4 v' m2 o) v | Measurement uncertainty
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* T/ I8 c7 i- [: S | 60601-1(ed.2);am1;am2- t7 C; B/ U u+ H: K7 l9 |2 p1 Y
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6 [% M/ J7 e ?) ?! u$ tStandard(s)- (year and edition):0 h! W( c- ?: d+ E) z5 D$ G
IEC 60601-1:1988 Ed.2 Am1+Am2
- P4 X D" I) Q! `" `' e8 k. A+ cSub clause(s):
; ^( p S% f( Z* w8 vSheet n°: DSH-417+ q, B4 J! k/ K0 \* b
Subject: Measurement uncertainty. O! `( t, `' v! D; f2 H+ [& }! O
Key words: Measurement, uncertainty
% G( a# y: O* U& lConfirmed by CTL at its 39th meeting, in Cologne0 o; u K3 Q" ^" h- h, H& Z
Question:
0 u% P9 n) q, X/ C' |7 Z. @) HAn Australian document proposes that measurement uncertainty should be stated in the1 H/ x$ w$ A% S
standard for many physical and electrical parameters.
. J4 w* S0 O* y9 A' Z- O: A; vDecision:
4 N0 ]; q5 ^: F2 v$ sTest laboratories should deal with measurement uncertainty in line with the requirements of. z) j+ ?+ B' B
EN45000/ISO17025 @# O% r: P/ n3 Z$ D9 l
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