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| DSH 417) m8 ]' F: d2 W+ Z0 |
6 N+ ~; }: x; V6 Y* ?# b( H1 `4 J | Measurement uncertainty
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" f0 v, `/ R% g: _ E | 60601-1(ed.2);am1;am2& w' ?( m6 H; @ v, T; ^( k# Q
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) _$ B6 N; o6 D& Q+ C0 T: EStandard(s)- (year and edition):
/ L6 U) K; O* Z0 kIEC 60601-1:1988 Ed.2 Am1+Am2. k% A- |. E* k0 T5 X" u6 `
Sub clause(s): ( F- w/ x/ K$ i+ t, C! q. l
Sheet n°: DSH-417
8 G8 u: j g2 B7 e" Y C0 OSubject: Measurement uncertainty3 }$ m: V' {* ]
Key words: Measurement, uncertainty
4 Y, X% J8 l+ U) }8 ]Confirmed by CTL at its 39th meeting, in Cologne0 d' F; x9 `* j2 j
Question:
8 D* _# n& Y1 O4 C9 k9 ~* r& XAn Australian document proposes that measurement uncertainty should be stated in the! |# s$ y: [ y9 u8 a
standard for many physical and electrical parameters.
/ [$ x* Y8 Q6 L6 C; `* MDecision:
* ^6 b8 M- a0 C1 n6 l9 t4 TTest laboratories should deal with measurement uncertainty in line with the requirements of# h6 i" H4 G" Y* \; ^
EN45000/ISO17025' j4 b8 |; X+ ]% g/ O) B# q! O, j
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