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| DSH 417. ]7 G! x) c/ C" `7 l( l
@+ q. R1 g, i" O5 p/ B1 a- ~6 t | Measurement uncertainty/ t$ ~& s& ?7 j D& W3 p0 m0 }
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| 60601-1(ed.2);am1;am2' Y+ |# ~) C+ X9 e5 m& ]# T$ J" l. C
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; y; q6 _- [! R5 p3 f" dStandard(s)- (year and edition):
; L: S ^# ]2 V# H: FIEC 60601-1:1988 Ed.2 Am1+Am2
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Sheet n°: DSH-417
. x3 s2 {) Q2 e* S: B. |Subject: Measurement uncertainty5 N6 H9 N, z# p5 ]) a/ R9 I7 m6 C
Key words: Measurement, uncertainty. S7 t' {, U. O2 h# J
Confirmed by CTL at its 39th meeting, in Cologne
& V3 X" Z$ E' e) F8 J7 W% B( HQuestion:% _8 {! |: v; E/ d5 ~$ @5 g3 K
An Australian document proposes that measurement uncertainty should be stated in the+ H3 ^; h! p1 R4 E0 X+ S" w
standard for many physical and electrical parameters.- V; }! o5 S# a" ]+ w8 r
Decision:
: y9 o- z; k$ n+ b; iTest laboratories should deal with measurement uncertainty in line with the requirements of0 ]/ d& T. ]$ t9 O
EN45000/ISO17025
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