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| DSH 417, G; |0 h9 o# h) [+ k u7 C
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| Measurement uncertainty) f8 }$ W+ Z6 \+ Y9 b
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0 L5 z h3 R" n8 |7 b | 60601-1(ed.2);am1;am2
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7 B7 S0 e6 U' J& Z0 X- D; C9 wStandard(s)- (year and edition):1 f, x3 O Q9 v# }# u: j0 X
IEC 60601-1:1988 Ed.2 Am1+Am2
b- N, f3 l4 f3 g3 ?& CSub clause(s): ( U- m/ }4 Y* V" V3 X0 e
Sheet n°: DSH-417; D& X" b0 {' C
Subject: Measurement uncertainty. m' z6 A5 I, I, C- R4 c2 O$ k6 L
Key words: Measurement, uncertainty, m5 i1 `* p& T* t' a. d1 {7 W
Confirmed by CTL at its 39th meeting, in Cologne( ?) X+ Y1 c( I2 V6 H0 }# y
Question:+ A6 ?( E0 F; s/ ~
An Australian document proposes that measurement uncertainty should be stated in the) ?% w% v. I( P+ h! i; Q) v7 E6 }2 q+ ^* r
standard for many physical and electrical parameters.; h$ ~% I) g! [+ m F! w3 z
Decision:
+ F O4 I J* D4 e+ vTest laboratories should deal with measurement uncertainty in line with the requirements of7 S# Z4 ~; \; h4 P" z# _- G
EN45000/ISO170255 S; K _: {7 H! h+ s A v
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