CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 1 kHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 20 kHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 100 kHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 1 MHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 1 kHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 20 kHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 100 kHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 1 MHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 1 kHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
| LABi | Di | Uneg,i | Upos,i | |
|---|---|---|---|---|
µV/V |
µV/V |
µV/V |
||
| PTB | -6 | 40 | ||
| NPL | -4 | 29 | ||
| VSL | -9 | 39 | ||
| NMIA | 0 | 11 | ||
| INTI | 13 | 25 | ||
| NRC | 8 | 35 | ||
| A*STAR | -1 | 33 | ||
| NIM | -41 | 78 | ||
| SP | -2 | 20 | ||
| NIST | 6 | 38 | ||
| JV | 5 | 31 | ||
| INRIM | -17 | 26 | ||
| BEV | 6 | 38 | ||
| MKEH | 1 | 26 | ||
| IPQ | 2 | 61 | ||
| CEM | -5 | 45 | ||
| MIRS/SIQ | 0 | 74 | ||
| MIKES | 13 | 33 | ||
| Trescal | -16 | 46 | ||
| LNE | 2 | 23 | ||
| METAS | -30 | 38 | ||
| UME | 5 | 51 | ||
| NMISA | -6 | 62 | ||
| CMI | 2 | 58 | ||
| EIM | 4 | 88 | ||
| NPLI | -7 | 26 | ||
| VNIIM | 2 | 29 | ||
| BIM | 7 | 66 |
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 20 kHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
| LABi | Di | Uneg,i | Upos,i | |
|---|---|---|---|---|
µV/V |
µV/V |
µV/V |
||
| PTB | -13 | 41 | ||
| NPL | -4 | 29 | ||
| VSL | -7 | 39 | ||
| NMIA | 2 | 14 | ||
| INTI | 11 | 28 | ||
| NRC | 2 | 31 | ||
| A*STAR | -2 | 36 | ||
| NIM | -28 | 78 | ||
| SP | -1 | 21 | ||
| NIST | 25 | 40 | ||
| JV | 11 | 32 | ||
| INRIM | -18 | 25 | ||
| BEV | 0 | 38 | ||
| MKEH | -3 | 26 | ||
| IPQ | -6 | 60 | ||
| CEM | -4 | 45 | ||
| MIRS/SIQ | -12 | 73 | ||
| MIKES | 8 | 32 | ||
| Trescal | -26 | 46 | ||
| LNE | 6 | 26 | ||
| METAS | -42 | 37 | ||
| UME | 7 | 51 | ||
| NMISA | 17 | 60 | ||
| CMI | 1 | 62 | ||
| EIM | -3 | 83 | ||
| NPLI | -8 | 25 | ||
| VNIIM | 20 | 30 | ||
| BIM | -2 | 69 |
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 100 kHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
| LABi | Di | Uneg,i | Upos,i | |
|---|---|---|---|---|
µV/V |
µV/V |
µV/V |
||
| PTB | -9 | 43 | ||
| NPL | 4 | 40 | ||
| VSL | -5 | 48 | ||
| NMIA | 7 | 39 | ||
| INTI | 13 | 44 | ||
| NRC | 7 | 59 | ||
| A*STAR | -9 | 42 | ||
| NIM | 1 | 95 | ||
| SP | -3 | 30 | ||
| NIST | -3 | 53 | ||
| JV | 19 | 73 | ||
| INRIM | -32 | 45 | ||
| BEV | -3 | 46 | ||
| MKEH | -9 | 37 | ||
| IPQ | -10 | 71 | ||
| CEM | -2 | 65 | ||
| MIRS/SIQ | -10 | 123 | ||
| MIKES | -1 | 45 | ||
| Trescal | -32 | 67 | ||
| LNE | -5 | 33 | ||
| METAS | -44 | 58 | ||
| UME | -19 | 60 | ||
| NMISA | 2 | 139 | ||
| CMI | 1 | 84 | ||
| EIM | 39 | 90 | ||
| NPLI | -22 | 30 | ||
| VNIIM | 62 | 69 | ||
| BIM | -10 | 79 |
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 1 MHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
| LABi | Di | Uneg,i | Upos,i | |
|---|---|---|---|---|
µV/V |
µV/V |
µV/V |
||
| PTB | -44 | 100 | ||
| NPL | -46 | 281 | ||
| VSL | 26 | 298 | ||
| NMIA | 3 | 102 | ||
| INTI | -29 | 105 | ||
| NRC | 42 | 84 | ||
| A*STAR | -42 | 369 | ||
| NIM | 138 | 184 | ||
| SP | -24 | 94 | ||
| NIST | 19 | 151 | ||
| JV | 8 | 269 | ||
| INRIM | -141 | 142 | ||
| BEV | -49 | 148 | ||
| MKEH | -172 | 233 | ||
| IPQ | 79 | 287 | ||
| CEM | 2 | 168 | ||
| MIRS/SIQ/Metrology | 31 | 754 | ||
| MIKES | -38 | 147 | ||
| Trescal | -126 | 207 | ||
| METAS | -151 | 129 | ||
| UME | -51 | 132 | ||
| NMISA | -579 | 758 | ||
| CMI | 40 | 243 | ||
| EIM | 126 | 190 | ||
| NPLI | -2 | 83 | ||
| VNIIM | 53 | 178 |
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 1 kHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
| LABi | Di | Uneg,i | Upos,i | |
|---|---|---|---|---|
µV/V |
µV/V |
µV/V |
||
| PTB | 0.3 | 2.5 | ||
| NPL | -5.1 | 8.9 | ||
| VSL | -1.7 | 7.9 | ||
| NMIA | -0.1 | 5.7 | ||
| INTI | -0.1 | 9.9 | ||
| NRC | 0.7 | 4.8 | ||
| A*STAR | -3.3 | 18.0 | ||
| NIM | 3.7 | 13.9 | ||
| SP | 0.5 | 6.5 | ||
| NIST | -0.9 | 12.3 | ||
| UTE | 5.2 | 18.1 | ||
| INMETRO | -0.8 | 12.8 | ||
| CENAM | -1.3 | 25.1 | ||
| JV | 0.8 | 14.3 | ||
| INRIM | -10.0 | 10.0 | ||
| BEV | 2.4 | 12.7 | ||
| MKEH | 1.6 | 8.0 | ||
| IPQ | 9.5 | 41.2 | ||
| CEM | 3.4 | 10.8 | ||
| MIRS/SIQ | 4.4 | 30.3 | ||
| MIKES | 1.4 | 6.2 | ||
| Trescal | -8.7 | 8.5 | ||
| LNE | 2.6 | 7.5 | ||
| METAS | -11.1 | 13.3 | ||
| UME | 1.1 | 13.6 | ||
| NMISA | 6.9 | 18.0 | ||
| CMI | 2.3 | 19.4 | ||
| EIM | 1.6 | 5.6 | ||
| NPLI | -7.7 | 11.5 | ||
| VNIIM | 1.4 | 10.4 | ||
| BIM | 2.4 | 27.0 |
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 20 kHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
| LABi | Di | Uneg,i | Upos,i | |
|---|---|---|---|---|
µV/V |
µV/V |
µV/V |
||
| PTB | -0.3 | 4.3 | ||
| NPL | -3.2 | 8.7 | ||
| VSL | 0.9 | 11.8 | ||
| NMIA | 2.9 | 6.7 | ||
| INTI | 0.9 | 9.8 | ||
| NRC | -0.2 | 5.6 | ||
| A*STAR | -4.2 | 23.9 | ||
| NIM | -3.2 | 15.8 | ||
| SP | 0.3 | 6.5 | ||
| NIST | -2.8 | 12.7 | ||
| UTE | -1.1 | 18.2 | ||
| INMETRO | -1.1 | 12.5 | ||
| CENAM | -5.1 | 24.9 | ||
| JV | 0.3 | 15.6 | ||
| INRIM | -8.4 | 10.4 | ||
| BEV | 0.4 | 14.1 | ||
| MKEH | 0.5 | 9.9 | ||
| IPQ | 6.1 | 48.3 | ||
| CEM | -7.9 | 11.4 | ||
| MIRS/SIQ | 1.1 | 30.5 | ||
| MIKES | 0.2 | 7.8 | ||
| Trescal | -9.0 | 9.1 | ||
| LNE | 0.5 | 9.1 | ||
| METAS | -12.1 | 10.0 | ||
| UME | 5.0 | 15.1 | ||
| NMISA | 6.5 | 18.7 | ||
| CMI | 3.4 | 21.7 | ||
| EIM | 2.8 | 6.6 | ||
| NPLI | -1.8 | 12.2 | ||
| VNIIM | 18.2 | 14.1 | ||
| BIM | -0.6 | 27.7 |
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 100 kHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
| LABi | Di | Uneg,i | Upos,i | |
|---|---|---|---|---|
µV/V |
µV/V |
µV/V |
||
| PTB | -1.5 | 6.0 | ||
| NPL | -2.6 | 12.7 | ||
| VSL | -0.6 | 14.7 | ||
| NMIA | -1.1 | 15.8 | ||
| INTI | -0.2 | 20.8 | ||
| NRC | 3.5 | 6.6 | ||
| A*STAR | -5.8 | 26.9 | ||
| NIM | 8.1 | 29.9 | ||
| SP | -1.6 | 12.8 | ||
| NIST | 2.7 | 23.1 | ||
| UTE | -2.5 | 38.0 | ||
| INMETRO | -2.5 | 17.8 | ||
| CENAM | 1.1 | 26.0 | ||
| JV | 1.9 | 28.7 | ||
| INRIM | -19.2 | 13.7 | ||
| BEV | -2.6 | 18.9 | ||
| MKEH | -5.3 | 18.7 | ||
| IPQ | 6.6 | 61.5 | ||
| CEM | -11.4 | 31.1 | ||
| MIRS/SIQ | -7.5 | 50.7 | ||
| MIKES | -2.7 | 10.2 | ||
| Trescal | -14.6 | 14.5 | ||
| LNE | -4.5 | 15.4 | ||
| METAS | -16.0 | 15.4 | ||
| UME | -8.7 | 18.0 | ||
| NMISA | 9.9 | 35.8 | ||
| CMI | -4.2 | 30.1 | ||
| EIM | -4.9 | 9.4 | ||
| NPLI | -19.4 | 14.4 | ||
| VNIIM | 66.6 | 34.0 | ||
| BIM | -10.6 | 35.7 |
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 1 MHz
Degrees of equivalence represented by Di = (xI - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence, both expressed in µV/V.
| LABi | Di | Uneg,i | Upos,i | |
|---|---|---|---|---|
µV/V |
µV/V |
µV/V |
||
| PTB | -28 | 50 | ||
| NPL | -18 | 67 | ||
| VSL | -1 | 101 | ||
| NMIA | 13 | 77 | ||
| INTI | -30 | 62 | ||
| NRC | 13 | 32 | ||
| A*STAR | -6 | 88 | ||
| NIM | 72 | 99 | ||
| SP | 7 | 63 | ||
| NIST | 1 | 77 | ||
| UTE | -34 | 111 | ||
| INMETRO | 19 | 105 | ||
| CENAM | 0 | 57 | ||
| JV | 11 | 111 | ||
| INRIM | -59 | 71 | ||
| BEV | -29 | 76 | ||
| MKEH | -44 | 155 | ||
| IPQ | -37 | 92 | ||
| CEM | -47 | 92 | ||
| MIRS/SIQ | -56 | 403 | ||
| MIKES | -31 | 56 | ||
| Trescal | -58 | 62 | ||
| METAS | -57 | 74 | ||
| UME | -23 | 61 | ||
| NMISA | 194 | 193 | ||
| CMI | -57 | 92 | ||
| EIM | -40 | 50 | ||
| NPLI | 106 | 58 | ||
| VNIIM | 229 | 127 |
| Metrology area, Sub-field | Electricity and Magnetism, AC Voltage, Current, Power, and AC/DC Transfer |
| Description | AC/DC voltage transfer difference at low voltages |
| Time of measurements | 2001 - 2003 |
| Status | Approved for equivalence |
| Final Reports of the comparisons | |
| Measurand | AC/DC transfer difference |
| Parameters | Voltage: 10 mV and 100 mV Frequency: 1 kHz to 1 MHz |
| Transfer device | AC/DC transfer standard Fluke 792A |
| Comparison type | Key Comparison |
| Consultative Committee | CCEM (Consultative Committee for Electricity and Magnetism) |
| Conducted by | CCEM (Consultative Committee for Electricity and Magnetism) |
| Comments | CCEM-K11 and CCEM-K11.1 results published on 23 May 2007 |
| Pilot institute |
RISE
Research Institutes of Sweden AB Sweden |
| Contact person | Karl-Erik Rydler +46 105165401 |
| Pilot laboratory | |
|---|---|
| RISE |
Research Institutes of Sweden AB, Sweden, EURAMET |
| INTI |
Instituto Nacional de Tecnologia Industrial, Argentina, SIM |
| NIM |
National Institute of Metrology, China, APMP |
| NMIA |
National Measurement Institute, Australia, Australia, APMP |
| NMi-VSL |
Nederlands Meetinstituut - Van Swinden Laboratorium (became VSL in 2009), Netherlands, EURAMET |
| NPL |
National Physical Laboratory, United Kingdom, EURAMET |
| NRC |
National Research Council, Canada, SIM |
| PTB |
Physikalisch-Technische Bundesanstalt, Germany, EURAMET |
| SP |
Technical Research Institute of Sweden from 2017 Research Institutes of Sweden AB, Sweden, EURAMET |
| SPRING Singapore |
Singapore Standards, Productivity and Innovation Board (became NMC, A*STAR in 2008), Singapore, APMP |
This page proposes print-out on A4 paper (portrait) of the comparison details (best printed out using a black and white printer).
Please, select items to be printed out, then click on "OK" :
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 1 kHz
The key comparison reference value xR is calculated as the weighted mean of the results of all participants in CCEM-K11. The value of the mean of the seven results of SP is used for the computation of xR, see equations 10 and 11 of the Final Report. The standard uncertainty uR of xR is computed as explained in section 6.1.4 of the Final Report.
xR = 1.6 µV/V 2uR = 9.2 µV/V
The degree of equivalence of laboratory i relative to the key comparison reference value xR is given by a pair of terms, both expressed in µV/V:
Di = (xi - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence where Ui = 2 ui.
Linking CCEM-K11.1 to CCEM-K11
SP (Sweden) provides the link between the key comparison CCEM-K11.1 and CCEM-K11, having participated in both comparisons.
Linking EUROMET.EM-K11 to CCEM-K11
SP (Sweden), PTB (Germany) and VSL (Netherlands) provide the link between the key comparison EUROMET.EM-K11 and CCEM-K11, having participated in both comparisons.
Linking EURAMET.EM-K11.1 to CCEM-K11
BEV (Austria) provides the link between the key comparison EURAMET.EM-K11.1 and CCEM-K11, via their participation in EUROMET.EM-K11.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 20 kHz
The key comparison reference value xR is calculated as the weighted mean of the results of all participants in CCEM-K11. The value of the mean of the seven results of SP is used for the computation of xR, see equations 10 and 11 of the Final Report. The standard uncertainty uR of xR is computed as explained in section 6.1.4 of the Final Report.
xR = 1.0 µV/V 2uR = 10.4 µV/V
The degree of equivalence of laboratory i relative to the key comparison reference value xR is given by a pair of terms, both expressed in µV/V:
Di = (xi - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence where Ui = 2 ui.
Linking CCEM-K11.1 to CCEM-K11
SP (Sweden) provides the link between the key comparison CCEM-K11.1 and CCEM-K11, having participated in both comparisons.
Linking EUROMET.EM-K11 to CCEM-K11
SP (Sweden), PTB (Germany) and VSL (Netherlands) provide the link between the key comparison EUROMET.EM-K11 and CCEM-K11, having participated in both comparisons.
Linking EURAMET.EM-K11.1 to CCEM-K11
BEV (Austria) provides the link between the key comparison EURAMET.EM-K11.1 and CCEM-K11, via their participation in EUROMET.EM-K11.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 100 kHz
The key comparison reference value xR is calculated as the weighted mean of the results of all participants in CCEM-K11. The value of the mean of the seven results of SP is used for the computation of xR, see equations 10 and 11 of the Final Report. The standard uncertainty uR of xR is computed as explained in section 6.1.4 of the Final Report.
xR = 2.8 µV/V 2uR = 15.8 µV/V
The degree of equivalence of laboratory i relative to the key comparison reference value xR is given by a pair of terms, both expressed in µV/V:
Di = (xi - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence where Ui = 2 ui.
Linking CCEM-K11.1 to CCEM-K11
SP (Sweden) provides the link between the key comparison CCEM-K11.1 and CCEM-K11, having participated in both comparisons.
Linking EUROMET.EM-K11 to CCEM-K11
SP (Sweden), PTB (Germany) and VSL (Netherlands) provide the link between the key comparison EUROMET.EM-K11 and CCEM-K11, having participated in both comparisons.
Linking EURAMET.EM-K11.1 to CCEM-K11
BEV (Austria) provides the link between the key comparison EURAMET.EM-K11.1 and CCEM-K11, via their participation in EUROMET.EM-K11.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 1 MHz
The key comparison reference value xR is calculated as the weighted mean of the results of all participants in CCEM-K11. The value of the mean of the seven results of SP is used for the computation of xR, see equations 10 and 11 of the Final Report. The standard uncertainty uR of xR is computed as explained in section 6.1.4 of the Final Report.
xR = 24 µV/V 2uR = 49 µV/V
The degree of equivalence of laboratory i relative to the key comparison reference value xR is given by a pair of terms, both expressed in µV/V:
Di = (xi - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence where Ui = 2 ui.
Linking CCEM-K11.1 to CCEM-K11
SP (Sweden) provides the link between the key comparison CCEM-K11.1 and CCEM-K11, having participated in both comparisons.
Linking EUROMET.EM-K11 to CCEM-K11
SP (Sweden), PTB (Germany) and VSL (Netherlands) provide the link between the key comparison EUROMET.EM-K11 and CCEM-K11, having participated in both comparisons.
Linking EURAMET.EM-K11.1 to CCEM-K11
BEV (Austria) provides the link between the key comparison EURAMET.EM-K11.1 and CCEM-K11, via their participation in EUROMET.EM-K11.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 1 kHz
The key comparison reference value xR is calculated as the weighted mean of the results of all participants in CCEM-K11. The value of the mean of the seven results of SP is used for the computation of xR, see equations 10 and 11 of the Final Report. The standard uncertainty uR of xR is computed as explained in section 6.1.4 of the Final Report.
xR = -0.5 µV/V 2uR = 2.3 µV/V
The degree of equivalence of laboratory i relative to the key comparison reference value xR is given by a pair of terms, both expressed in µV/V:
Di = (xi - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence where Ui = 2 ui.
Linking CCEM-K11.1 to CCEM-K11
SP (Sweden) provides the link between the key comparison CCEM-K11.1 and CCEM-K11, having participated in both comparisons.
Linking EUROMET.EM-K11 to CCEM-K11
SP (Sweden), PTB (Germany) and VSL (Netherlands) provide the link between the key comparison EUROMET.EM-K11 and CCEM-K11, having participated in both comparisons.
Linking SIM.EM-K11 to CCEM-K11
INTI (Argentina) and NRC (Canada) provide the link between the key comparison SIM.EM-K11 and CCEM-K11, having participated in both comparisons.
Linking EURAMET.EM-K11.1 to CCEM-K11
BEV (Austria) provides the link between the key comparison EURAMET.EM-K11.1 and CCEM-K11, via their participation in EUROMET.EM-K11.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 20 kHz
The key comparison reference value xR is calculated as the weighted mean of the results of all participants in CCEM-K11. The value of the mean of the seven results of SP is used for the computation of xR, see equations 10 and 11 of the Final Report. The standard uncertainty uR of xR is computed as explained in section 6.1.4 of the Final Report.
xR = -0.3 µV/V 2uR = 2.9 µV/V
The degree of equivalence of laboratory i relative to the key comparison reference value xR is given by a pair of terms, both expressed in µV/V:
Di = (xi - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence where Ui = 2 ui.
Linking CCEM-K11.1 to CCEM-K11
SP (Sweden) provides the link between the key comparison CCEM-K11.1 and CCEM-K11, having participated in both comparisons.
Linking EUROMET.EM-K11 to CCEM-K11
SP (Sweden), PTB (Germany) and VSL (Netherlands) provide the link between the key comparison EUROMET.EM-K11 and CCEM-K11, having participated in both comparisons.
Linking SIM.EM-K11 to CCEM-K11
INTI (Argentina) and NRC (Canada) provide the link between the key comparison SIM.EM-K11 and CCEM-K11, having participated in both comparisons.
Linking EURAMET.EM-K11.1 to CCEM-K11
BEV (Austria) provides the link between the key comparison EURAMET.EM-K11.1 and CCEM-K11, via their participation in EUROMET.EM-K11.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 100 kHz
The key comparison reference value xR is calculated as the weighted mean of the results of all participants in CCEM-K11. The value of the mean of the seven results of SP is used for the computation of xR, see equations 10 and 11 of the Final Report. The standard uncertainty uR of xR is computed as explained in section 6.1.4 of the Final Report.
xR = 1.6 µV/V 2uR = 4.5 µV/V
The degree of equivalence of laboratory i relative to the key comparison reference value xR is given by a pair of terms, both expressed in µV/V:
Di = (xi - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence where Ui = 2 ui.
Linking CCEM-K11.1 to CCEM-K11
SP (Sweden) provides the link between the key comparison CCEM-K11.1 and CCEM-K11, having participated in both comparisons.
Linking EUROMET.EM-K11 to CCEM-K11
SP (Sweden), PTB (Germany) and VSL (Netherlands) provide the link between the key comparison EUROMET.EM-K11 and CCEM-K11, having participated in both comparisons.
Linking SIM.EM-K11 to CCEM-K11
INTI (Argentina) and NRC (Canada) provide the link between the key comparison SIM.EM-K11 and CCEM-K11, having participated in both comparisons.
Linking EURAMET.EM-K11.1 to CCEM-K11
BEV (Austria) provides the link between the key comparison EURAMET.EM-K11.1 and CCEM-K11, via their participation in EUROMET.EM-K11.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 1 MHz
The key comparison reference value xR is calculated as the weighted mean of the results of all participants in CCEM-K11. The value of the mean of the seven results of SP is used for the computation of xR, see equations 10 and 11 of the Final Report. The standard uncertainty uR of xR is computed as explained in section 6.1.4 of the Final Report.
xR = -7 µV/V 2uR = 27 µV/V
The degree of equivalence of laboratory i relative to the key comparison reference value xR is given by a pair of terms, both expressed in µV/V:
Di = (xi - xR)/xR and its expanded uncertainty Ui at a 95 % level of confidence where Ui = 2 ui.
Linking CCEM-K11.1 to CCEM-K11
SP (Sweden) provides the link between the key comparison CCEM-K11.1 and CCEM-K11, having participated in both comparisons.
Linking EUROMET.EM-K11 to CCEM-K11
SP (Sweden), PTB (Germany) and VSL (Netherlands) provide the link between the key comparison EUROMET.EM-K11 and CCEM-K11, having participated in both comparisons.
Linking SIM.EM-K11 to CCEM-K11
INTI (Argentina) and NRC (Canada) provide the link between the key comparison SIM.EM-K11 and CCEM-K11, having participated in both comparisons.
Linking EURAMET.EM-K11.1 to CCEM-K11
BEV (Austria) provides the link between the key comparison EURAMET.EM-K11.1 and CCEM-K11, via their participation in EUROMET.EM-K11.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 1 kHz
xi measurement result as obtained by laboratory i, Labi
ULabi expanded uncertainty of xi at 95 % level of confidence (k = 2)
CCEM-K11
CCEM-K11.1
For initial results obtained in EUOMET.EM-K1 and EURAMET.EM-K11.1, see final reports.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 20 kHz
xi measurement result as obtained by laboratory i, Labi
ULabi expanded uncertainty of xi at 95 % level of confidence (k = 2)
CCEM-K11
CCEM-K11.1
For initial results obtained in EUOMET.EM-K1 and EURAMET.EM-K11.1, see final reports.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 100 kHz
xi measurement result as obtained by laboratory i, Labi
ULabi expanded uncertainty of xi at 95 % level of confidence (k = 2)
CCEM-K11
CCEM-K11.1
For initial results obtained in EUOMET.EM-K1 and EURAMET.EM-K11.1, see final reports.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 10 mV
FREQUENCY 1 MHz
xi measurement result as obtained by laboratory i, Labi
ULabi expanded uncertainty of xi at 95 % level of confidence (k = 2)
CCEM-K11
CCEM-K11.1
For initial results obtained in EUOMET.EM-K1 and EURAMET.EM-K11.1, see final reports.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 1 kHz
xi measurement result as obtained by laboratory i, Labi
ULabi expanded uncertainty of xi at 95 % level of confidence (k = 2)
CCEM-K11
CCEM-K11.1
For initial results obtained in EUOMET.EM-K1, SIM.EM-K11 and EURAMET.EM-K11.1, see final reports.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 20 kHz
xi measurement result as obtained by laboratory i, Labi
ULabi expanded uncertainty of xi at 95 % level of confidence (k = 2)
CCEM-K11
CCEM-K11.1
For initial results obtained in EUOMET.EM-K1, SIM.EM-K11 and EURAMET.EM-K11.1, see final reports.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 100 kHz
xi measurement result as obtained by laboratory i, Labi
ULabi expanded uncertainty of xi at 95 % level of confidence (k = 2)
CCEM-K11
CCEM-K11.1
For initial results obtained in EUOMET.EM-K1, SIM.EM-K11 and EURAMET.EM-K11.1, see final reports.
CCEM-K11, CCEM-K11.1, EUROMET.EM-K11, SIM.EM-K11 and EURAMET.EM-K11.1
MEASURAND AC/DC voltage transfer difference
NOMINAL VOLTAGE 100 mV
FREQUENCY 1 MHz
xi measurement result as obtained by laboratory i, Labi
ULabi expanded uncertainty of xi at 95 % level of confidence (k = 2)
CCEM-K11
CCEM-K11.1
For initial results obtained in EUOMET.EM-K1, SIM.EM-K11 and EURAMET.EM-K11.1, see final reports.
