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| DSH 417
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) M- u, r) G( W5 U% F- p6 o | Measurement uncertainty1 v8 f! q" S- w; Q' f4 ~$ m8 S- L
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a7 _# @ ^4 C | 60601-1(ed.2);am1;am22 i- T0 ^2 z' U% q- R) b
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Standard(s)- (year and edition):) e, q4 G0 T) C$ |: S* h- Z( { p
IEC 60601-1:1988 Ed.2 Am1+Am2- s/ P- J9 V2 o
Sub clause(s):
+ ~. j/ D- j$ \! lSheet n°: DSH-417
5 c* r( W+ |% u* V' ySubject: Measurement uncertainty
8 E) \! J& t. v7 {0 Y/ LKey words: Measurement, uncertainty% C1 A: b! H7 @6 O$ j
Confirmed by CTL at its 39th meeting, in Cologne! t N; W; R7 x& l$ I S
Question:3 |+ B$ D. j4 O- o" d! c2 k
An Australian document proposes that measurement uncertainty should be stated in the; W; ^$ } c! x$ m* }, F0 D) ^
standard for many physical and electrical parameters.4 ~4 p7 W# b c
Decision:1 B& [2 H. ^: x. r
Test laboratories should deal with measurement uncertainty in line with the requirements of$ l$ N! M! e7 T6 k' J
EN45000/ISO17025
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