CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 10 Hz
Degrees of equivalence relative to the key comparison refrence value: offsets Di and expanded uncertainties (k = 2) Ui, both expressed in µA/A
Red diamonds: participants in CCEM-K12
Blue squares: participants in SIM.EM-K12
Green circles: participants in EURAMET.EM-K12
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 55 Hz
Degrees of equivalence relative to the key comparison refrence value: offsets Di and expanded uncertainties (k = 2) Ui, both expressed in µA/A
Red diamonds: participants in CCEM-K12
Blue squares: participants in SIM.EM-K12
Green circles: participants in EURAMET.EM-K12
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 1 kHz
Degrees of equivalence relative to the key comparison refrence value: offsets Di and expanded uncertainties (k = 2) Ui, both expressed in µA/A
Red diamonds: participants in CCEM-K12
Blue squares: participants in SIM.EM-K12
Green circles: participants in EURAMET.EM-K12
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 10 kHz
Degrees of equivalence relative to the key comparison refrence value: offsets Di and expanded uncertainties (k = 2) Ui, both expressed in µA/A
Red diamonds: participants in CCEM-K12
Blue squares: participants in SIM.EM-K12
Green circles: participants in EURAMET.EM-K12
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 20 kHz
Degrees of equivalence relative to the key comparison refrence value: offsets Di and expanded uncertainties (k = 2) Ui, both expressed in µA/A
Red diamonds: participants in CCEM-K12
Blue squares: participants in SIM.EM-K12
Green circles: participants in EURAMET.EM-K12
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 50 kHz
Degrees of equivalence relative to the key comparison refrence value: offsets Di and expanded uncertainties (k = 2) Ui, both expressed in µA/A
Red diamonds: participants in CCEM-K12
Blue squares: participants in SIM.EM-K12
Green circles: participants in EURAMET.EM-K12
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 100 kHz
Degrees of equivalence relative to the key comparison refrence value: offsets Di and expanded uncertainties (k = 2) Ui, both expressed in µA/A
Red diamonds: participants in CCEM-K12
Blue squares: participants in SIM.EM-K12
Green circles: participants in EURAMET.EM-K12
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 10 Hz
Degrees of equivalence relative to the key comparison refrence value: offsets Di and expanded uncertainties (k = 2) Ui, both expressed in µA/A
Red diamonds: participants in CCEM-K12
Blue squares: participants in SIM.EM-K12
Green circles: participants in EURAMET.EM-K12
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 55 Hz
Degrees of equivalence relative to the key comparison refrence value: offsets Di and expanded uncertainties (k = 2) Ui, both expressed in µA/A
Red diamonds: participants in CCEM-K12
Blue squares: participants in SIM.EM-K12
Green circles: participants in EURAMET.EM-K12
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 1 kHz
Degrees of equivalence relative to the key comparison refrence value: offsets Di and expanded uncertainties (k = 2) Ui, both expressed in µA/A
Red diamonds: participants in CCEM-K12
Blue squares: participants in SIM.EM-K12
Green circles: participants in EURAMET.EM-K12
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 10 kHz
Degrees of equivalence relative to the key comparison refrence value: offsets Di and expanded uncertainties (k = 2) Ui, both expressed in µA/A
Red diamonds: participants in CCEM-K12
Blue squares: participants in SIM.EM-K12
Green circles: participants in EURAMET.EM-K12
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 20 kHz
Degrees of equivalence relative to the key comparison refrence value: offsets Di and expanded uncertainties (k = 2) Ui, both expressed in µA/A
Red diamonds: participants in CCEM-K12
Blue squares: participants in SIM.EM-K12
Green circles: participants in EURAMET.EM-K12
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 50 kHz
Degrees of equivalence relative to the key comparison refrence value: offsets Di and expanded uncertainties (k = 2) Ui, both expressed in µA/A
Red diamonds: participants in CCEM-K12
Blue squares: participants in SIM.EM-K12
Green circles: participants in EURAMET.EM-K12
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 100 kHz
Degrees of equivalence relative to the key comparison refrence value: offsets Di and expanded uncertainties (k = 2) Ui, both expressed in µA/A
Red diamonds: participants in CCEM-K12
Blue squares: participants in SIM.EM-K12
Green circles: participants in EURAMET.EM-K12
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 10 Hz
Degrees of equivalence, Di and expanded uncertainty Ui (k = 2), expressed in µA/A
Dark blue: participants in CCEM-K12
Blue: participants in SIM.EM-K12
Green: participants in EURAMET.EM-K12
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 55 Hz
Degrees of equivalence, Di and expanded uncertainty Ui (k = 2), expressed in µA/A
Dark blue: participants in CCEM-K12
Blue: participants in SIM.EM-K12
Green: participants in EURAMET.EM-K12
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 1 kHz
Degrees of equivalence, Di and expanded uncertainty Ui (k = 2), expressed in µA/A
Dark blue: participants in CCEM-K12
Blue: participants in SIM.EM-K12
Green: participants in EURAMET.EM-K12
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 10 kHz
Degrees of equivalence, Di and expanded uncertainty Ui (k = 2), expressed in µA/A
Dark blue: participants in CCEM-K12
Blue: participants in SIM.EM-K12
Green: participants in EURAMET.EM-K12
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 20 kHz
Degrees of equivalence, Di and expanded uncertainty Ui (k = 2), expressed in µA/A
Dark blue: participants in CCEM-K12
Blue: participants in SIM.EM-K12
Green: participants in EURAMET.EM-K12
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 50 kHz
Degrees of equivalence, Di and expanded uncertainty Ui (k = 2), expressed in µA/A
Dark blue: participants in CCEM-K12
Blue: participants in SIM.EM-K12
Green: participants in EURAMET.EM-K12
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 100 kHz
Degrees of equivalence, Di and expanded uncertainty Ui (k = 2), expressed in µA/A
Dark blue: participants in CCEM-K12
Blue: participants in SIM.EM-K12
Green: participants in EURAMET.EM-K12
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 10 Hz
Degrees of equivalence, Di and expanded uncertainty Ui (k = 2), expressed in µA/A
Dark blue: participants in CCEM-K12
Blue: participants in SIM.EM-K12
Green: participants in EURAMET.EM-K12
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 55 Hz
Degrees of equivalence, Di and expanded uncertainty Ui (k = 2), expressed in µA/A
Dark blue: participants in CCEM-K12
Blue: participants in SIM.EM-K12
Green: participants in EURAMET.EM-K12
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 1 kHz
Degrees of equivalence, Di and expanded uncertainty Ui (k = 2), expressed in µA/A
Dark blue: participants in CCEM-K12
Blue: participants in SIM.EM-K12
Green: participants in EURAMET.EM-K12
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 10 kHz
Degrees of equivalence, Di and expanded uncertainty Ui (k = 2), expressed in µA/A
Dark blue: participants in CCEM-K12
Blue: participants in SIM.EM-K12
Green: participants in EURAMET.EM-K12
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 20 kHz
Degrees of equivalence, Di and expanded uncertainty Ui (k = 2), expressed in µA/A
Dark blue: participants in CCEM-K12
Blue: participants in SIM.EM-K12
Green: participants in EURAMET.EM-K12
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 50 kHz
Degrees of equivalence, Di and expanded uncertainty Ui (k = 2), expressed in µA/A
Dark blue: participants in CCEM-K12
Blue: participants in SIM.EM-K12
Green: participants in EURAMET.EM-K12
Results are presented under A4 printable format in Summary Results (PDF file).
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 100 kHz
Degrees of equivalence, Di and expanded uncertainty Ui (k = 2), expressed in µA/A
Dark blue: participants in CCEM-K12
Blue: participants in SIM.EM-K12
Green: participants in EURAMET.EM-K12
Results are presented under A4 printable format in Summary Results (PDF file).
| Metrology area, Sub-field | Electricity and Magnetism, AC Voltage, Current, Power, and AC/DC Transfer |
| Description | Comparison of AC/DC current transfer standards |
| Time of measurements | 2010 - 2012 |
| Status | Approved for equivalence |
| Final Reports of the comparisons | |
| References | |
| Measurand | AC/DC current transfer difference |
| Parameters | Current: 10 mA and 5 A Frequency: 10 Hz, 55 Hz, 1 kHz, 10 kHz, 20 kHz, 50 kHz and 100 kHz |
| Transfer device | Thermal converters |
| Comparison type | Key Comparison |
| Consultative Committee | CCEM (Consultative Committee for Electricity and Magnetism) |
| Conducted by | SIM (Inter-American Metrology System) |
| Comments | Results published on 25 April 2015 SIM.EM-K12 and EURAMET.EM-K12 results are linked to those of CCEM-K12 AC-DC current transfer standards
|
| Pilot institute |
INTI
Instituto Nacional de Tecnologia Industrial Argentina |
| Contact person | L. Di Lillo (+54 11 4724 6200 Ext. 6673 |
| Pilot laboratory | |
|---|---|
| INTI |
Instituto Nacional de Tecnologia Industrial, Argentina, SIM |
| CENAM |
Centro Nacional de Metrologia, Mexico, SIM |
| INMETRO |
Instituto Nacional de Metrologia, Qualidade e Tecnologia, Brazil, SIM |
| NIS |
National Institute for Standards, Egypt, AFRIMETS |
| NIST |
National Institute of Standards and Technology, United States, SIM |
| NRC |
National Research Council, Canada, SIM |
| UTE |
Administración Nacional de Usinas y Transmisiones Eléctricas, Uruguay, SIM |
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" :
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 10 Hz
The measured AC-DC differences at 10 mA are reported in Table V (p. 9) in the SIM.EM-K12 Final Report.
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 10 Hz
The measured AC-DC differences at 10 mA are reported in Table 3 (p. 12) in the EURAMET.EM-K12 Final Report.
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 55 Hz
|
The key comparison reference value, xR, is computed as the weighted average of the results of those participants who have an independent realisation of primary standards for current AC-DC difference and a low reported uncertainty (see Section 6 of the CCEM-K12 Final Report). |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from equations 4, 5 and 6 on page 11 of the CCEM-K12 Final Report. |
| INTI, NIST and NRC acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in chapter 12 of the SIM.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables XIV and XV of the SIM.EM-K12 Final Report. |
| BEV, JV, NPL, PTB and SP acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in Section 6 (p. 10) of the EURAMET.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables 5 and 6 of the EURAMET.EM-K12 Final Report. |
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 1 kHz
|
The key comparison reference value, xR, is computed as the weighted average of the results of those participants who have an independent realisation of primary standards for current AC-DC difference and a low reported uncertainty (see Section 6 of the CCEM-K12 Final Report). |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from equations 4, 5 and 6 on page 11 of the CCEM-K12 Final Report. |
| INTI, NIST and NRC acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in chapter 12 of the SIM.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables XIV and XV of the SIM.EM-K12 Final Report. |
| BEV, JV, NPL, PTB and SP acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in Section 6 (p. 10) of the EURAMET.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables 5 and 6 of the EURAMET.EM-K12 Final Report. |
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 10 kHz
|
The key comparison reference value, xR, is computed as the weighted average of the results of those participants who have an independent realisation of primary standards for current AC-DC difference and a low reported uncertainty (see Section 6 of the CCEM-K12 Final Report). |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from equations 4, 5 and 6 on page 11 of the CCEM-K12 Final Report. |
| INTI, NIST and NRC acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in chapter 12 of the SIM.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables XIV and XV of the SIM.EM-K12 Final Report. |
| BEV, JV, NPL, PTB and SP acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in Section 6 (p. 10) of the EURAMET.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables 5 and 6 of the EURAMET.EM-K12 Final Report. |
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 20 kHz
|
The key comparison reference value, xR, is computed as the weighted average of the results of those participants who have an independent realisation of primary standards for current AC-DC difference and a low reported uncertainty (see Section 6 of the CCEM-K12 Final Report). |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from equations 4, 5 and 6 on page 11 of the CCEM-K12 Final Report. |
| INTI, NIST and NRC acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in chapter 12 of the SIM.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables XIV and XV of the SIM.EM-K12 Final Report. |
| BEV, JV, NPL, PTB and SP acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in Section 6 (p. 10) of the EURAMET.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables 5 and 6 of the EURAMET.EM-K12 Final Report. |
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 50 kHz
|
The key comparison reference value, xR, is computed as the weighted average of the results of those participants who have an independent realisation of primary standards for current AC-DC difference and a low reported uncertainty (see Section 6 of the CCEM-K12 Final Report). |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from equations 4, 5 and 6 on page 11 of the CCEM-K12 Final Report. |
| INTI, NIST and NRC acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in chapter 12 of the SIM.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables XIV and XV of the SIM.EM-K12 Final Report. |
| BEV, JV, NPL, PTB and SP acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in Section 6 (p. 10) of the EURAMET.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables 5 and 6 of the EURAMET.EM-K12 Final Report. |
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 100 kHz
Degrees of equivalence, Di and expanded uncertainty Ui (k = 2), expressed in µA/A
Dark blue: participants in CCEM-K12
Blue: participants in SIM.EM-K12
Green: participants in EURAMET.EM-K12
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 10 Hz
|
The key comparison reference value, xR, is computed as the weighted average of the results of those participants who have an independent realisation of primary standards for current AC-DC difference and a low reported uncertainty (see Section 6 of the CCEM-K12 Final Report). |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from equations 4, 5 and 6 on page 11 of the CCEM-K12 Final Report. |
| INTI, NIST and NRC acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in chapter 12 of the SIM.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables XIV and XV of the SIM.EM-K12 Final Report. |
| BEV, JV, NPL, PTB and SP acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in Section 6 (p. 10) of the EURAMET.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables 5 and 6 of the EURAMET.EM-K12 Final Report. |
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 55 Hz
|
The key comparison reference value, xR, is computed as the weighted average of the results of those participants who have an independent realisation of primary standards for current AC-DC difference and a low reported uncertainty (see Section 6 of the CCEM-K12 Final Report). |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from equations 4, 5 and 6 on page 11 of the CCEM-K12 Final Report. |
| INTI, NIST and NRC acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in chapter 12 of the SIM.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables XIV and XV of the SIM.EM-K12 Final Report. |
| BEV, JV, NPL, PTB and SP acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in Section 6 (p. 10) of the EURAMET.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables 5 and 6 of the EURAMET.EM-K12 Final Report. |
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 1 kHz
|
The key comparison reference value, xR, is computed as the weighted average of the results of those participants who have an independent realisation of primary standards for current AC-DC difference and a low reported uncertainty (see Section 6 of the CCEM-K12 Final Report). |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from equations 4, 5 and 6 on page 11 of the CCEM-K12 Final Report. |
| INTI, NIST and NRC acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in chapter 12 of the SIM.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables XIV and XV of the SIM.EM-K12 Final Report. |
| BEV, JV, NPL, PTB and SP acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in Section 6 (p. 10) of the EURAMET.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables 5 and 6 of the EURAMET.EM-K12 Final Report. |
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 10 kHz
|
The key comparison reference value, xR, is computed as the weighted average of the results of those participants who have an independent realisation of primary standards for current AC-DC difference and a low reported uncertainty (see Section 6 of the CCEM-K12 Final Report). |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from equations 4, 5 and 6 on page 11 of the CCEM-K12 Final Report. |
| INTI, NIST and NRC acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in chapter 12 of the SIM.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables XIV and XV of the SIM.EM-K12 Final Report. |
| BEV, JV, NPL, PTB and SP acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in Section 6 (p. 10) of the EURAMET.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables 5 and 6 of the EURAMET.EM-K12 Final Report. |
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 20 kHz
|
The key comparison reference value, xR, is computed as the weighted average of the results of those participants who have an independent realisation of primary standards for current AC-DC difference and a low reported uncertainty (see Section 6 of the CCEM-K12 Final Report). |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from equations 4, 5 and 6 on page 11 of the CCEM-K12 Final Report. |
| INTI, NIST and NRC acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in chapter 12 of the SIM.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables XIV and XV of the SIM.EM-K12 Final Report. |
| BEV, JV, NPL, PTB and SP acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in Section 6 (p. 10) of the EURAMET.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables 5 and 6 of the EURAMET.EM-K12 Final Report. |
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 50 kHz
|
The key comparison reference value, xR, is computed as the weighted average of the results of those participants who have an independent realisation of primary standards for current AC-DC difference and a low reported uncertainty (see Section 6 of the CCEM-K12 Final Report). |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from equations 4, 5 and 6 on page 11 of the CCEM-K12 Final Report. |
| INTI, NIST and NRC acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in chapter 12 of the SIM.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables XIV and XV of the SIM.EM-K12 Final Report. |
| BEV, JV, NPL, PTB and SP acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in Section 6 (p. 10) of the EURAMET.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables 5 and 6 of the EURAMET.EM-K12 Final Report. |
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 100 kHz
|
The key comparison reference value, xR, is computed as the weighted average of the results of those participants who have an independent realisation of primary standards for current AC-DC difference and a low reported uncertainty (see Section 6 of the CCEM-K12 Final Report). |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from equations 4, 5 and 6 on page 11 of the CCEM-K12 Final Report. |
| INTI, NIST and NRC acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in chapter 12 of the SIM.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables XIV and XV of the SIM.EM-K12 Final Report. |
| BEV, JV, NPL, PTB and SP acted as linking laboratories to the key comparison reference value xR of the CCEM-K12 comparison. The linking process is described in Section 6 (p. 10) of the EURAMET.EM-K12 Final Report. |
|
The degree of equivalence of laboratory i relative to the key comparison reference value is given by a pair of terms both expressed in µA/A: Di = xi - xR, and its expanded uncertainty (k = 2) Ui obtained from Tables 5 and 6 of the EURAMET.EM-K12 Final Report. |
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 10 Hz
xi : AC-DC difference reported by Laboratory i
ULab i : expanded uncertainty of xi at a 95 % level of confidence
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 10 Hz
The measured AC-DC differences at 10 mA are reported in Table V (p. 9) in the SIM.EM-K12 Final Report.
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 10 Hz
The measured AC-DC differences at 10 mA are reported in Table 3 (p. 12) in the EURAMET.EM-K12 Final Report.
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 55 Hz
xi : AC-DC difference reported by Laboratory i
ULab i : expanded uncertainty of xi at a 95 % level of confidence
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 55 Hz
The measured AC-DC differences at 10 mA are reported in Table V (p. 9) in the SIM.EM-K12 Final Report.
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 55 Hz
The measured AC-DC differences at 10 mA are reported in Table 3 (p. 12) in the EURAMET.EM-K12 Final Report.
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 1 kHz
xi : AC-DC difference reported by Laboratory i
ULab i : expanded uncertainty of xi at a 95 % level of confidence
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 1 kHz
The measured AC-DC differences at 10 mA are reported in Table V (p. 9) in the SIM.EM-K12 Final Report.
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 1 kHz
The measured AC-DC differences at 10 mA are reported in Table 3 (p. 12) in the EURAMET.EM-K12 Final Report.
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 10 kHz
xi : AC-DC difference reported by Laboratory i
ULab i : expanded uncertainty of xi at a 95 % level of confidence
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 10 kHz
The measured AC-DC differences at 10 mA are reported in Table V (p. 9) in the SIM.EM-K12 Final Report.
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 10 kHz
The measured AC-DC differences at 10 mA are reported in Table 3 (p. 12) in the EURAMET.EM-K12 Final Report.
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 20 kHz
xi : AC-DC difference reported by Laboratory i
ULab i : expanded uncertainty of xi at a 95 % level of confidence
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 20 kHz
The measured AC-DC differences at 10 mA are reported in Table V (p. 9) in the SIM.EM-K12 Final Report.
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 20 kHz
The measured AC-DC differences at 10 mA are reported in Table 3 (p. 12) in the EURAMET.EM-K12 Final Report.
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 50 kHz
xi : AC-DC difference reported by Laboratory i
ULab i : expanded uncertainty of xi at a 95 % level of confidence
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 50 kHz
The measured AC-DC differences at 10 mA are reported in Table V (p. 9) in the SIM.EM-K12 Final Report.
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 50 kHz
The measured AC-DC differences at 10 mA are reported in Table 3 (p. 12) in the EURAMET.EM-K12 Final Report.
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 100 kHz
xi : AC-DC difference reported by Laboratory i
ULab i : expanded uncertainty of xi at a 95 % level of confidence
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 100 kHz
The measured AC-DC differences at 10 mA are reported in Table V (p. 9) in the SIM.EM-K12 Final Report.
MEASURAND : AC-DC current transfer difference
CURRENT : 10 mA
FREQUENCY : 100 kHz
The measured AC-DC differences at 10 mA are reported in Table 3 (p. 12) in the EURAMET.EM-K12 Final Report.
CCEM-K12, SIM.EM-K12 and EURAMET.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 10 Hz
xi : AC-DC difference reported by Laboratory i
ULab i : expanded uncertainty of xi at a 95 % level of confidence
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 10 Hz
The measured AC-DC differences at 5 A are reported in Table VI (p. 13) in the SIM.EM-K12 Final Report.
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 10 Hz
The measured AC-DC differences at 5 A are reported in Table 4 (p. 12) in the EURAMET.EM-K12 Final Report.
CCEM-K12 and SIM.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 55 Hz
xi : AC-DC difference reported by Laboratory i
ULab i : expanded uncertainty of xi at a 95 % level of confidence
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 55 Hz
The measured AC-DC differences at 5 A are reported in Table VI (p. 13) in the SIM.EM-K12 Final Report.
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 55 Hz
The measured AC-DC differences at 5 A are reported in Table 4 (p. 12) in the EURAMET.EM-K12 Final Report.
CCEM-K12 and SIM.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 1 kHz
xi : AC-DC difference reported by Laboratory i
ULab i : expanded uncertainty of xi at a 95 % level of confidence
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 1 kHz
The measured AC-DC differences at 5 A are reported in Table VI (p. 13) in the SIM.EM-K12 Final Report.
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 1 kHz
The measured AC-DC differences at 5 A are reported in Table 4 (p. 12) in the EURAMET.EM-K12 Final Report.
CCEM-K12 and SIM.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 10 kHz
xi : AC-DC difference reported by Laboratory i
ULab i : expanded uncertainty of xi at a 95 % level of confidence
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 10 kHz
The measured AC-DC differences at 5 A are reported in Table VI (p. 13) in the SIM.EM-K12 Final Report.
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 10 kHz
The measured AC-DC differences at 5 A are reported in Table 4 (p. 12) in the EURAMET.EM-K12 Final Report.
CCEM-K12 and SIM.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 20 kHz
xi : AC-DC difference reported by Laboratory i
ULab i : expanded uncertainty of xi at a 95 % level of confidence
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 20 kHz
The measured AC-DC differences at 5 A are reported in Table VI (p. 13) in the SIM.EM-K12 Final Report.
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 20 kHz
The measured AC-DC differences at 5 A are reported in Table 4 (p. 12) in the EURAMET.EM-K12 Final Report.
CCEM-K12 and SIM.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 50 kHz
xi : AC-DC difference reported by Laboratory i
ULab i : expanded uncertainty of xi at a 95 % level of confidence
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 50 kHz
The measured AC-DC differences at 5 A are reported in Table VI (p. 13) in the SIM.EM-K12 Final Report.
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 50 kHz
The measured AC-DC differences at 5 A are reported in Table 4 (p. 12) in the EURAMET.EM-K12 Final Report.
CCEM-K12 and SIM.EM-K12
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 100 kHz
xi : AC-DC difference reported by Laboratory i
ULab i : expanded uncertainty of xi at a 95 % level of confidence
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 100 kHz
The measured AC-DC differences at 5 A are reported in Table VI (p. 13) in the SIM.EM-K12 Final Report.
MEASURAND : AC-DC current transfer difference
CURRENT : 5 A
FREQUENCY : 100 kHz
The measured AC-DC differences at 5 A are reported in Table 4 (p. 12) in the EURAMET.EM-K12 Final Report.
