Calibration report

Keysight 3458A

Manufacturer HEWLETT-PACKARD Calibration date December 29 2019
Model Number 3458A Ambient Temperature 28.42 °C
Serial B unit Relative Humidity 25.66 %
ID Number KSB Pressure 1012.50
Notes Test Belden, 3458-2, curr 5440-7003 cable Test type Automated verification

This note is test dummy text block for further use. It allow to include user information for further reference



Reference standard Mfg Model Options Serial / Unc CEID Calibration date Due date
DC STD xDevs.com 792X[2] 9.9999838 VDC ±0.22 ppm XD01 08/07/2019 08/07/2020
STDR xDevs.com/Fluke SL935 1.00006085 Ω ±0.17 ppm XR03 08/14/2019 08/14/2020
STDR xDevs.com/Fluke SL935 9999.9737 kΩ ±0.17 ppm XR02 08/14/2019 08/14/2020
MFC Fluke 5720A 03/HLK E2E6 XC01 08/18/2019 08/18/2020
Amplifier Fluke 5725A 5930005 XB01 08/18/2019 08/18/2020
DMM HP 3458A 001,X02 MY45040325 XD2 08/19/2019 08/19/2020
AVMS Wavetek 4920M 80 29336 XA02 07/11/2017 07/11/2018
MFC last calibrated 135.0 days ago MFC since DCV ZERO 0.0 days ago
MFC since WBFLAT 324.0 days ago MFC since WBGAIN 134.0 days ago
MFC Confidence level 24h 95% REL MFC Calibrate date 2019-08-17 00:00:00
MFC Calibrate date Zero 2019-12-30 00:00:00 Calibrate date WB Flatness 2019-02-09 00:00:00
Calibrate date WB Gain 2019-08-18 00:00:00 CAL CONST 6.5V reference voltage 6.95748559915
CAL CONST 13V reference voltage 13.85531006 CAL CONST 22V range positive zero 398.17964
CAL CONST 22V range negative zero 398.17905 CAL CONST DAC Linearity 0.0
CAL CONST 10KOHM true output resistance 9999.79198631 CAL CONST 10KOHM standard resistance 9998.72316298
CAL CONST, Zero calibration temperature 23.0 CAL CONST, All calibration temp 23.0
Booster type VB5725,IB5725 Current output posts IB5725
Calibrate date 5725A AMP 2019-08-17 00:00:00 Calibrated days ago Debug
CAL CONST, Amp ACAL temperature 24.0 CAL CONST, Amp CalCheck temperature 23.0

Total uncertainty of each calibration point calculated with RSS


Meter Info HP3458A Last calibration date 7/24/2018
CALSTR? "MM-JAN-4-2017,TEMP?36.5,A=24.7" Test date 29 December 2019 23:10
DUT Internal TEMP? 37.5 DUT Calibrations number? 189
Self-test result? 0,"NO ERROR" ACAL ALL result? 0,"NO ERROR"
Firmware 9,2 Options 0,0
CAL? 72 0.982331367 CAL? 1,1 39999.2479
CAL? 2,1 7.07034404 CAL? Res 73 0.982497521
CAL 0 TEMP 39.48 CAL 10V TEMP 37.49
CAL 10KOhm TEMP 39.53 CAL? DCI 0.981091772

Service information

CAL DUMP
[(1, 39999.2479), (1, 7.07034404), (1, -9.41468498e-07), (1, -2.65767071e-08), (1, -1.2065662e-06), (1, -9.26026421e-08), (1, -1.73274947e-06), (1, -5.70388316e-07), (1, -0.000105302723), (1, -0.000105302723), (1, -0.000162183655), (1, -0.000162183655), (1, 0.315242153), (1, 0.314206162), (1, 0.31396707), (1, 0.302155118), (1, 0.27791135), (1, -0.0682746823), (1, -3.09027374), (1, -2.55127251), (1, -2.55127251), (1, 0.306735045), (1, 0.306950373), (1, 0.306800872), (1, 0.307699761), (1, 0.29795977), (1, 0.222791069), (1, -0.107800247), (1, -0.179667078), (1, -0.179667078), (1, -0.000178272352), (1, -0.00526147274), (1, -0.00523322109), (1, -0.0562297966), (1, -0.120254594), (1, -1.10676853), (1, -12.1454945), (1, -11.8580272), (1, -11.8580272), (1, -0.000313176128), (1, -0.00310507125), (1, -0.003078173), (1, -0.0302999223), (1, -0.0717862801), (1, -0.794142358), (1, -6.8992158), (1, -7.8334846), (1, -7.8334846), (1, 316.0), (1, 31.0), (1, 3.0), (1, 0.0), (1, 0.0), (1, 0.0), (1, 0.0), (1, 0.0), (1, 0.0), (1, 39.4793554), (1, 37.4883625), (1, 39.5320762), (1, 105.0), (1, -1.67633143e-11), (1, -1.263787e-11), (1, -6.36394821e-11), (1, -3.90465765e-10), (1, -2.86793648e-09), (1, -2.8535819e-08), (1, -3.03857772e-07), (1, -1.66475229e-06), (1, 0.97958176), (1, 0.982394911), (1, 0.982331367), (1, 0.982497521), (1, 0.982433971), (1, 0.99712861), (1, 0.997146456), (1, 1.00001005), (1, 1.00024356), (1, 0.999874553), (1, 1.00001298), (1, 0.999995512), (1, 0.999995512), (1, 0.999995512), (1, 0.997128613), (1, 0.997146483), (1, 1.00001008), (1, 1.0002432), (1, 0.999875097), (1, 1.00001298), (1, 0.999995512), (1, 0.999995512), (1, 0.999995512), (1, 0.981091772), (1, 0.979573716), (1, 0.978855824), (1, 0.978851711), (1, 0.979084548), (1, 0.977344779), (1, 0.981526832), (1, 0.997764265), (1, 83.0), (1, 116.0), (1, 4.93480727), (1, 2.64951093e-11), (1, -6.1621015e-11), (1, 9998689.11), (1, -0.00795852785), (1, -0.0352565367), (1, 0.999999098), (1, 0.999999869), (1, 1666.99799), (1, 16666.9845), (1, 5154.0), (1, 5139.0), (1, 5139.0), (1, 5138.0), (1, 5139.0), (1, 61848.0), (1, 61668.0), (1, 61668.0), (1, 61656.0), (1, 61668.0), (1, 5023.0), (1, 5023.0), (1, 5009.0), (1, 5008.0), (1, 2504.0), (1, 2504.0), (1, 2504.0), (1, 12523.0), (1, 22769.0), (1, 60276.0), (1, 60276.0), (1, 60108.0), (1, 60096.0), (1, 30048.0), (1, 30048.0), (1, 30048.0), (1, 150276.0), (1, 273228.0), (1, 5023.0), (1, 5023.0), (1, 5009.0), (1, 5008.0), (1, 2504.0), (1, 2504.0), (1, 2504.0), (1, 12523.0), (1, 22769.0), (1, 60276.0), (1, 60276.0), (1, 60108.0), (1, 60096.0), (1, 30048.0), (1, 30048.0), (1, 30048.0), (1, 150276.0), (1, 273228.0), (1, 280.0), (1, 280.0), (1, 280.0), (1, 280.0), (1, 280.0), (1, 280.0), (1, 280.0), (1, 280.0), (1, 3360.0), (1, 3360.0), (1, 3360.0), (1, 3360.0), (1, 3360.0), (1, 3360.0), (1, 3360.0), (1, 3360.0), (1, 37.340985), (1, 37.1629304), (1, 37.1049237), (1, 143.0), (1, 144.0), (1, 144.0), (1, 141.0), (1, 144.0), (1, 144.0), (1, 143.0), (1, 144.0), (1, 144.0), (1, 141.0), (1, 144.0), (1, 144.0), (1, 144.0), (1, 144.0), (1, 144.0), (1, 144.0), (1, 144.0), (1, 2171.0), (1, 2162.0), (1, 2175.0), (1, 2247.0), (1, 2473.0), (1, 2478.0), (1, 123.0), (1, 126.0), (1, 125.0), (1, 126.0), (1, 125.0), (1, 126.0), (1, 126.0), (1, 126.0), (1, 126.0), (1, -0.00115867755), (1, -0.0118442855), (1, -0.11815249), (1, -1.20706797), (1, -11.9092398), (1, -118.338053), (1, -0.00123319962), (1, -0.0119240602), (1, -0.118305946), (1, -1.20860252), (1, -11.896271), (1, -118.539088), (1, 1.00592887), (1, 1.01037088), (1, 0.998692112), (1, 1.02276396), (1, 1.01091682), (1, 1.01046926), (1, 64457.9174), (1, 10.3450241), (1, 0.993515711), (1, 0.997985318), (1, 0.986449714), (1, 1.01022648), (1, 0.99852457), (1, 0.998082495), (1, 2.28690389e-06), (1, 2.35546122e-05), (1, 0.000235546122), (1, 0.00235546122), (1, 0.0235546122), (1, 0.235546122), (1, 1.02696355), (1, 1.00019778), (1, 0.99981368), (1, 1.00000267), (1, 86.0), (1, 29.0), (1, 29.0), (1, 29.0), (1, 38.0), (1, 50.0), (1, 50.0), (1, 12.0)]
Destructive overloads?
310, DESTRUCTIVE OVERLOADS valid 2941
Reference
Verification cal 5720A/03 PC;
DUT Condition
xfer-calkit

Test procedure : $Id$

Source procedure : $Id$


Main DC Voltage ranges performance test.
Checks zero offset and +/-FS calibration on all ranges
The following test for the offset voltage specification using MFC 0V source in 4-wire ext sense mode as reference.
DCV gain range points verify gain of the DC voltage function, using uncorrected 24-hour MFC output. DC voltage offset of DUT is nulled before FS tests.

Test Description Expected Value Measured Value Measurement Uncertainty Lower Limit Upper Limit Deviation DUT Spec Test Status
Short 0 mVDC 0.0000000E+00 -0.22 µV 0.75 µV -0.910 µV 0.910 µV N/A 0.16 µV PASS
Short 0.0 VDC 0.0000000E+00 0.00 µV 0.75 µV -0.900 µV 0.900 µV N/A 0.15 µV PASS
Short 00.0 VDC 0.0000000E+00 0.54 µV 0.75 µV -1.070 µV 1.070 µV N/A 0.32 µV PASS
Short 000.0 VDC 0.0000000E+00 21.54 µV 0.75 µV -14.750 µV 14.750 µV N/A 14.00 µV FAIL
Short 0000.0 VDC 0.0000000E+00 71.80 µV 0.75 µV -41.750 µV 41.750 µV N/A 41.00 µV FAIL
DCV Test 0.1V-1000V DUT Source unc. Low Limit Hi limit Measured 24h spec Result
0.019 VDC (0.10 Range) 0.0190000 0.019000008 7.27 ppm 0.018999514 0.019000486 0.424 ppm 18.29 ppm PASS 1.08 %
0.1 VDC (0.10 Range) 0.1000000 0.10000006 7.27 ppm 0.099998723 0.10000128 0.576 ppm 5.50 ppm PASS 3.16 %
0.11 VDC (0.10 Range) 0.1100000 0.11000009 7.27 ppm 0.10999863 0.11000137 0.780 ppm 5.23 ppm PASS 4.35 %
-0.019 VDC (0.10 Range) -0.0190000 -0.019000106 7.27 ppm -0.019000486 -0.018999514 5.598 ppm 18.29 ppm PASS 14.22 %
-0.1 VDC (0.10 Range) -0.1000000 -0.10000022 7.27 ppm -0.10000128 -0.099998723 2.167 ppm 5.50 ppm PASS 11.89 %
-0.11 VDC (0.10 Range) -0.1100000 -0.11000027 7.27 ppm -0.11000137 -0.10999863 2.442 ppm 5.23 ppm PASS 13.64 %
0.19 VDC (1.00 Range) 0.1900000 0.19000035 7.27 ppm 0.18999803 0.19000197 1.831 ppm 3.08 ppm PASS 11.59 %
1.0 VDC (1.00 Range) 1.0000000 1.0000001 3.86 ppm 0.99999434 1.0000057 0.098 ppm 1.80 ppm PASS 1.15 %
1.1 VDC (1.00 Range) 1.1000000 1.1000003 3.86 ppm 1.0999938 1.1000062 0.232 ppm 1.77 ppm PASS 2.73 %
-0.19 VDC (1.00 Range) -0.1900000 -0.19000013 7.27 ppm -0.19000197 -0.18999803 0.661 ppm 3.08 ppm PASS 4.19 %
-1.0 VDC (1.00 Range) -1.0000000 -0.99999984 3.86 ppm -1.0000057 -0.99999434 -0.165 ppm 1.80 ppm PASS 1.94 %
-1.1 VDC (1.00 Range) -1.1000000 -1.0999997 3.86 ppm -1.1000062 -1.0999938 -0.257 ppm 1.77 ppm PASS 3.03 %
1.9 VDC (10.00 Range) 1.9000000 1.9000002 3.86 ppm 1.8999912 1.9000088 0.079 ppm 0.76 ppm PASS 1.00 %
10.0 VDC (10.00 Range) 10.0000000 10 2.77 ppm 9.9999668 10.000033 0.037 ppm 0.55 ppm PASS 0.66 %
11.0 VDC (10.00 Range) 11.0000000 11.000001 2.73 ppm 10.999964 11.000036 0.085 ppm 0.55 ppm PASS 1.52 %
-1.9 VDC (10.00 Range) -1.9000000 -1.8999987 3.86 ppm -1.9000088 -1.8999912 -0.665 ppm 0.76 ppm PASS 8.45 %
-10.0 VDC (10.00 Range) -10.0000000 -9.999996 2.77 ppm -10.000033 -9.9999668 -0.402 ppm 0.55 ppm PASS 7.11 %
-11.0 VDC (10.00 Range) -11.0000000 -10.999997 2.73 ppm -11.000036 -10.999964 -0.237 ppm 0.55 ppm PASS 4.26 %
19 VDC (100.00 Range) 19.0000000 19.000043 2.77 ppm 18.99987 19.00013 2.266 ppm 4.08 ppm PASS 22.98 %
100 VDC (100.00 Range) 100.0000000 100.00003 3.73 ppm 99.999347 100.00065 0.296 ppm 2.80 ppm PASS 3.17 %
110 VDC (100.00 Range) 110.0000000 110.00001 3.73 ppm 109.99928 110.00072 0.106 ppm 2.77 ppm PASS 1.14 %
-19 VDC (100.00 Range) -19.0000000 -18.99997 2.77 ppm -19.00013 -18.99987 -1.578 ppm 4.08 ppm PASS 16.00 %
-100 VDC (100.00 Range) -100.0000000 -99.999969 3.73 ppm -100.00065 -99.999347 -0.314 ppm 2.80 ppm PASS 3.37 %
-110 VDC (100.00 Range) -110.0000000 -109.99996 3.73 ppm -110.00072 -109.99928 -0.327 ppm 2.77 ppm PASS 3.52 %
190 VDC (1000.00 Range) 190.0000000 189.99995 3.73 ppm 189.99872 190.00128 -0.244 ppm 3.03 ppm PASS 2.54 %
500 VDC (1000.00 Range) 500.0000000 500.00125 3.73 ppm 499.99678 500.00322 2.495 ppm 2.70 ppm PASS 33.44 %
1000 VDC (1000.00 Range) 1000.0000000 1000.0036 5.45 ppm 999.97995 1000.02 3.629 ppm 2.60 ppm PASS 13.77 %
-190 VDC (1000.00 Range) -190.0000000 -190.00011 3.73 ppm -190.00128 -189.99872 0.563 ppm 3.03 ppm PASS 5.86 %
-500 VDC (1000.00 Range) -500.0000000 -500.00122 3.73 ppm -500.00322 -499.99678 2.446 ppm 2.70 ppm PASS 9.73 %
-1000 VDC (1000.00 Range) -1000.0000000 -1000.0039 5.45 ppm -1000.02 -999.97995 3.917 ppm 2.60 ppm PASS 14.86 %

4W test procedure for all test points that verify Gain of the OHMF function. 4-wire kelvin connection is used between DMM and MFC.
1GΩ resistance range is tested using the external standard, as MFC unable to provide this range value.

OHM Test Reference DUT Source unc. Low Limit Hi limit Measured 24h spec Result
1 Ω 0.9997928 Ω 0.9997762 Ω 32.0 ppm 9.9972581E-01 9.9985979E-01 -16.604 ppm 35.0 ppm PASS, 17.50 % of 94.86 ppm
1.9 Ω 1.8998366 Ω 1.8998095 Ω 25.0 ppm 1.8997496E+00 1.8999236E+00 -14.250 ppm 20.8 ppm PASS, 21.91 % of 65.03 ppm
10 Ω 10.000584 Ω 10.000584 Ω 5.0 ppm 1.0000454E+01 1.0000714E+01 -0.032 ppm 8.0 ppm PASS, 0.17 % of 18.87 ppm
19 Ω 19.000245 Ω 19.000312 Ω 4.0 ppm 1.8999812E+01 1.9000678E+01 3.514 ppm 18.8 ppm PASS, 9.15 % of 38.42 ppm
100 Ω 99.99666 Ω 99.996984 Ω 1.7 ppm 9.9995890E+01 9.9997430E+01 3.237 ppm 6.0 ppm PASS, 25.96 % of 12.47 ppm
190 Ω 189.99422 Ω 189.9949 Ω 1.7 ppm 1.8999332E+02 1.8999512E+02 3.600 ppm 3.1 ppm PASS, 51.51 % of 6.99 ppm
1.0 kΩ 1000.025 Ω 1000.028 Ω 1.7 ppm 1.0000211E+03 1.0000289E+03 3.021 ppm 2.2 ppm PASS, 54.34 % of 5.56 ppm
1.9 kΩ 1899.903 Ω 1899.9118 Ω 1.7 ppm 1.8998940E+03 1.8999120E+03 4.617 ppm 3.1 ppm PASS, 66.06 % of 6.99 ppm
10 kΩ 9999.784 Ω 9999.8319 Ω 1.6 ppm 9.9997460E+03 9.9998220E+03 4.790 ppm 2.2 ppm PASS, 88.03 % of 5.44 ppm
19 kΩ 18999.247 Ω 18999.313 Ω 1.7 ppm 1.8999157E+04 1.8999337E+04 3.450 ppm 3.1 ppm PASS, 49.37 % of 6.99 ppm
100 kΩ 99994.5 Ω 99994.251 Ω 2.0 ppm 9.9994080E+04 9.9994920E+04 -2.492 ppm 2.2 ppm PASS, 41.91 % of 5.95 ppm
190 kΩ 189988.68 Ω 189989.25 Ω 2.0 ppm 1.8998540E+05 1.8999196E+05 2.995 ppm 15.3 ppm PASS, 9.73 % of 30.79 ppm
1.0 MΩ 999979.8 Ω 999976.54 Ω 2.5 ppm 9.9996630E+05 9.9999330E+05 -3.263 ppm 11.0 ppm PASS, 14.46 % of 22.56 ppm
1.9 MΩ 1899973.9 Ω 1899963.2 Ω 3.0 ppm 1.8998232E+06 1.9001246E+06 -5.621 ppm 76.3 ppm PASS, 3.68 % of 152.75 ppm
10 MΩ 9999063 Ω 9998626.1 Ω 10.0 ppm 9.9984131E+06 9.9997129E+06 -43.689 ppm 55.0 ppm PASS, 39.08 % of 111.80 ppm
19 MΩ 18998631 Ω 18999187 Ω 20.0 ppm 1.8987752E+07 1.9009510E+07 29.285 ppm 552.6 ppm PASS, 2.65 % of 1105.99 ppm
100 MΩ 1.0000492E+08 Ω 99992772 Ω 50.0 ppm 9.9948917E+07 1.0006092E+08 -121.479 ppm 510.0 ppm PASS, 11.85 % of 1024.89 ppm

4W and 2W Zero test procedure for all test points that verify Zero offset of the OHMF function. 4-wire kelvin connection is used between DMM and MFC. 1GΩ resistance range is tested using the external standard, as MFC unable to provide this range value.

OHM ZERO 4W DUT Source unc. Low Limit Hi limit Measured 24h spec Result
10 Ω Range 0.0000037 Ω 5.000e-05 Ω -5e-05 5e-05 N/A 8.0000e-06 Ω PASS
100 Ω Range 0.0001014 Ω 5.500e-04 Ω -0.00055 0.00055 N/A 2.2000e-06 Ω PASS
1.0 kΩ Range -0.0000521 Ω 5.500e-03 Ω -0.0055 0.0055 N/A 2.2000e-06 Ω PASS
10 kΩ Range -0.0003594 Ω 5.500e-02 Ω -0.055 0.055 N/A 2.2000e-06 Ω PASS
100 kΩ Range -0.0025150 Ω 5.500e-01 Ω -0.55 0.55 N/A 2.2000e-06 Ω PASS
1.0 MΩ Range 0.0467143 Ω 5.500e+00 Ω -5.5 5.5 N/A 2.2000e-06 Ω PASS
10 MΩ Range 1.8685377 Ω 5.500e+00 Ω -5.5 5.5 N/A 2.2000e-06 Ω PASS
100 MΩ Range 1.2217363 Ω 5.500e+00 Ω -5.5 5.5 N/A 2.2000e-06 Ω PASS
1 GΩ Range 1.1498695 Ω 5.500e+00 Ω -5.5 5.5 N/A 2.2000e-06 Ω PASS
OHM ZERO 2W DUT Source unc. Low Limit Hi limit Measured 24h spec Result
10 Ω Range 0.4371307 Ω 5.500e-01 Ω -0.55 0.55 N/A 8.0000e-06 Ω PASS
100 Ω Range 0.4286165 Ω 3.500e-01 Ω -0.35 0.35 N/A 2.2000e-06 Ω FAIL
1.0 kΩ Range 0.4238568 Ω 4.000e-01 Ω -0.4 0.4 N/A 2.2000e-06 Ω FAIL
10 kΩ Range 0.4323868 Ω 4.000e-01 Ω -0.4 0.4 N/A 2.2000e-06 Ω FAIL
100 kΩ Range 0.4307902 Ω 5.500e-01 Ω -0.55 0.55 N/A 2.2000e-06 Ω PASS
1.0 MΩ Range 0.6072855 Ω 5.500e+00 Ω -5.5 5.5 N/A 2.2000e-06 Ω PASS
10 MΩ Range 1.6888597 Ω 5.500e+00 Ω -5.5 5.5 N/A 2.2000e-06 Ω PASS
100 MΩ Range 1.2935948 Ω 5.500e+00 Ω -5.5 5.5 N/A 2.2000e-06 Ω PASS
1 GΩ Range 1.1139289 Ω 5.500e+01 Ω -55 55 N/A 2.2000e-06 Ω PASS

Procedure for all test points in the AC performance verification for SYNCronous mode. This is highest AC accuracy test. AC-measurements does not suffer from TEMF offsets, test connection can be made using shielded leads terminated with dual banana plugs. MFC main AC output is used as reference source

ACV SYNC Test DUT w/Guardband Low Limit Hi limit Measured 24h spec Result, % spec
0.01 V AC+DC @ 10 Hz 0.0099979696 0.0312 % 0.009991 0.010009 -0.0203 % 0.0600 % PASS 15.01 %
0.01 V AC+DC @ 20 Hz 0.0099979698 0.0312 % 0.009991 0.010009 -0.0203 % 0.0600 % PASS 15.01 %
0.01 V AC+DC @ 40 Hz 0.009997988 0.0312 % 0.009991 0.010009 -0.0201 % 0.0600 % PASS 14.87 %
0.01 V AC+DC @ 100 Hz 0.0099978284 0.0312 % 0.009994 0.010006 -0.0217 % 0.0310 % PASS 24.68 %
0.01 V AC+DC @ 1.0 kHz 0.0099977626 0.0312 % 0.009994 0.010006 -0.0224 % 0.0310 % PASS 25.42 %
0.01 V AC+DC @ 10.0 kHz 0.0099993351 0.0312 % 0.009993 0.010007 -0.0066 % 0.0410 % PASS 6.45 %
0.01 V AC+DC @ 20.0 kHz 0.0099982005 0.0312 % 0.009993 0.010007 -0.0180 % 0.0410 % PASS 17.46 %
0.01 V AC+DC @ 50.0 kHz 0.0099963609 0.0447 % 0.009984 0.010016 -0.0364 % 0.1110 % PASS 15.20 %
0.01 V AC+DC @ 100.0 kHz 0.0099779972 0.0773 % 0.009941 0.010059 -0.2200 % 0.5110 % PASS 21.29 %
0.01 V AC+DC @ 300.0 kHz 0.0098338925 0.1500 % 0.009583 0.010417 -1.6611 % 4.0200 % PASS 20.65 %
0.01 V AC+DC @ 500.0 kHz 0.0096115661 0.2500 % 0.007470 0.012530 -3.8843 % 25.0500 % PASS 7.75 %
0.01 V AC+DC @ 1.0 MHz 0.0087749149 0.4000 % 0.007455 0.012545 -12.2509 % 25.0500 % PASS 24.45 %
0.03 V AC+DC @ 10 Hz 0.030000601 0.0121 % 0.029989 0.030011 0.0020 % 0.0233 % PASS 3.81 %
0.03 V AC+DC @ 20 Hz 0.030000453 0.0121 % 0.029989 0.030011 0.0015 % 0.0233 % PASS 2.87 %
0.03 V AC+DC @ 40 Hz 0.030000347 0.0121 % 0.029989 0.030011 0.0012 % 0.0233 % PASS 2.20 %
0.03 V AC+DC @ 100 Hz 0.029999641 0.0121 % 0.029992 0.030008 -0.0012 % 0.0137 % PASS 3.28 %
0.03 V AC+DC @ 1.0 kHz 0.030000654 0.0121 % 0.029992 0.030008 0.0022 % 0.0137 % PASS 5.97 %
0.03 V AC+DC @ 10.0 kHz 0.030001523 0.0121 % 0.029990 0.030010 0.0051 % 0.0207 % PASS 10.59 %
0.03 V AC+DC @ 20.0 kHz 0.029999996 0.0121 % 0.029990 0.030010 -0.0000 % 0.0207 % PASS 0.03 %
0.03 V AC+DC @ 50.0 kHz 0.030000574 0.0256 % 0.029981 0.030019 0.0019 % 0.0367 % PASS 2.14 %
0.03 V AC+DC @ 100.0 kHz 0.02999119 0.0591 % 0.029956 0.030044 -0.0294 % 0.0867 % PASS 14.00 %
0.03 V AC+DC @ 300.0 kHz 0.029934953 0.0964 % 0.029871 0.030129 -0.2168 % 0.3333 % PASS 31.24 %
0.03 V AC+DC @ 500.0 kHz 0.029884343 0.1500 % 0.029645 0.030355 -0.3855 % 1.0333 % PASS 18.46 %
0.03 V AC+DC @ 1.0 MHz 0.029884533 0.3000 % 0.029600 0.030400 -0.3849 % 1.0333 % PASS 17.89 %
0.1 V AC+DC @ 10 Hz 0.099995344 0.0121 % 0.099974 0.100026 -0.0047 % 0.0140 % PASS 12.56 %
0.1 V AC+DC @ 20 Hz 0.099992976 0.0121 % 0.099974 0.100026 -0.0070 % 0.0140 % PASS 18.95 %
0.1 V AC+DC @ 40 Hz 0.099992766 0.0121 % 0.099974 0.100026 -0.0072 % 0.0140 % PASS 19.52 %
0.1 V AC+DC @ 100 Hz 0.099992264 0.0121 % 0.099979 0.100021 -0.0077 % 0.0090 % PASS 25.60 %
0.1 V AC+DC @ 1.0 kHz 0.099994776 0.0121 % 0.099979 0.100021 -0.0052 % 0.0090 % PASS 17.29 %
0.1 V AC+DC @ 10.0 kHz 0.099995739 0.0121 % 0.099972 0.100028 -0.0043 % 0.0160 % PASS 10.61 %
0.1 V AC+DC @ 20.0 kHz 0.099992141 0.0121 % 0.099972 0.100028 -0.0079 % 0.0160 % PASS 19.57 %
0.1 V AC+DC @ 50.0 kHz 0.099990112 0.0256 % 0.099942 0.100058 -0.0099 % 0.0320 % PASS 12.06 %
0.1 V AC+DC @ 100.0 kHz 0.099957876 0.0591 % 0.099859 0.100141 -0.0421 % 0.0820 % PASS 20.84 %
0.1 V AC+DC @ 300.0 kHz 0.099771446 0.0964 % 0.099594 0.100406 -0.2286 % 0.3100 % PASS 35.20 %
0.1 V AC+DC @ 500.0 kHz 0.099616053 0.1500 % 0.098840 0.101160 -0.3839 % 1.0100 % PASS 18.80 %
0.1 V AC+DC @ 1.0 MHz 0.099578836 0.3000 % 0.098690 0.101310 -0.4212 % 1.0100 % PASS 19.99 %
0.3 V AC+DC @ 10 Hz 0.3000081 0.0050 % 0.299918 0.300082 0.0027 % 0.0223 % PASS 5.90 %
0.3 V AC+DC @ 20 Hz 0.30000309 0.0050 % 0.299918 0.300082 0.0010 % 0.0223 % PASS 2.25 %
0.3 V AC+DC @ 40 Hz 0.30000138 0.0050 % 0.299918 0.300082 0.0005 % 0.0223 % PASS 1.00 %
0.3 V AC+DC @ 100 Hz 0.30000175 0.0050 % 0.299944 0.300056 0.0006 % 0.0137 % PASS 2.00 %
0.3 V AC+DC @ 1.0 kHz 0.30000663 0.0050 % 0.299944 0.300056 0.0022 % 0.0137 % PASS 7.60 %
0.3 V AC+DC @ 10.0 kHz 0.29999937 0.0050 % 0.299923 0.300077 -0.0002 % 0.0207 % PASS 0.49 %
0.3 V AC+DC @ 20.0 kHz 0.29998448 0.0050 % 0.299923 0.300077 -0.0052 % 0.0207 % PASS 12.17 %
0.3 V AC+DC @ 50.0 kHz 0.30001671 0.0085 % 0.299864 0.300136 0.0056 % 0.0367 % PASS 7.40 %
0.3 V AC+DC @ 100.0 kHz 0.30005724 0.0138 % 0.299699 0.300301 0.0191 % 0.0867 % PASS 10.87 %
0.3 V AC+DC @ 300.0 kHz 0.30039492 0.0425 % 0.298872 0.301128 0.1316 % 0.3333 % PASS 19.59 %
0.3 V AC+DC @ 500.0 kHz 0.30101371 0.1100 % 0.296570 0.303430 0.3379 % 1.0333 % PASS 16.26 %
0.3 V AC+DC @ 1.0 MHz 0.30283586 0.1800 % 0.296360 0.303640 0.9453 % 1.0333 % PASS 45.06 %
1.0 V AC+DC @ 10 Hz 1.0000099 0.0050 % 0.999820 1.000180 0.0010 % 0.0130 % PASS 3.57 %
1.0 V AC+DC @ 20 Hz 0.99999413 0.0050 % 0.999820 1.000180 -0.0006 % 0.0130 % PASS 2.11 %
1.0 V AC+DC @ 40 Hz 0.99998652 0.0050 % 0.999820 1.000180 -0.0013 % 0.0130 % PASS 4.85 %
1.0 V AC+DC @ 100 Hz 0.99997941 0.0050 % 0.999860 1.000140 -0.0021 % 0.0090 % PASS 10.02 %
1.0 V AC+DC @ 1.0 kHz 0.99999793 0.0050 % 0.999860 1.000140 -0.0002 % 0.0090 % PASS 1.01 %
1.0 V AC+DC @ 10.0 kHz 0.99996733 0.0050 % 0.999790 1.000210 -0.0033 % 0.0160 % PASS 9.75 %
1.0 V AC+DC @ 20.0 kHz 0.99993854 0.0050 % 0.999790 1.000210 -0.0061 % 0.0160 % PASS 18.35 %
1.0 V AC+DC @ 50.0 kHz 1.0000197 0.0085 % 0.999595 1.000405 0.0020 % 0.0320 % PASS 2.97 %
1.0 V AC+DC @ 100.0 kHz 1.0001048 0.0138 % 0.999042 1.000958 0.0105 % 0.0820 % PASS 6.30 %
1.0 V AC+DC @ 300.0 kHz 1.0013011 0.0425 % 0.996475 1.003525 0.1301 % 0.3100 % PASS 20.79 %
1.0 V AC+DC @ 500.0 kHz 1.003364 0.1100 % 0.988800 1.011200 0.3364 % 1.0100 % PASS 16.56 %
1.0 V AC+DC @ 1.0 MHz 1.0095869 0.1800 % 0.988100 1.011900 0.9587 % 1.0100 % PASS 46.72 %
3.0 V AC+DC @ 10 Hz 3.0001484 0.0048 % 2.999245 3.000755 0.0049 % 0.0203 % PASS 11.84 %
3.0 V AC+DC @ 20 Hz 3.0000924 0.0048 % 2.999245 3.000755 0.0031 % 0.0203 % PASS 7.37 %
3.0 V AC+DC @ 40 Hz 3.000071 0.0048 % 2.999245 3.000755 0.0024 % 0.0203 % PASS 5.66 %
3.0 V AC+DC @ 100 Hz 3.0000649 0.0048 % 2.999445 3.000555 0.0022 % 0.0137 % PASS 7.46 %
3.0 V AC+DC @ 1.0 kHz 3.000098 0.0048 % 2.999445 3.000555 0.0033 % 0.0137 % PASS 11.27 %
3.0 V AC+DC @ 10.0 kHz 2.9999558 0.0048 % 2.999235 3.000765 -0.0015 % 0.0207 % PASS 3.47 %
3.0 V AC+DC @ 20.0 kHz 2.9999554 0.0048 % 2.999235 3.000765 -0.0015 % 0.0207 % PASS 3.50 %
3.0 V AC+DC @ 50.0 kHz 2.999986 0.0085 % 2.998644 3.001356 -0.0005 % 0.0367 % PASS 0.62 %
3.0 V AC+DC @ 100.0 kHz 2.9993445 0.0121 % 2.997036 3.002964 -0.0219 % 0.0867 % PASS 12.48 %
3.0 V AC+DC @ 300.0 kHz 2.9967974 0.0336 % 2.988991 3.011009 -0.1068 % 0.3333 % PASS 15.93 %
3.0 V AC+DC @ 500.0 kHz 3.0010491 0.1100 % 2.965700 3.034300 0.0350 % 1.0333 % PASS 1.68 %
3.0 V AC+DC @ 1.0 MHz 3.0247868 0.1700 % 2.963900 3.036100 0.8262 % 1.0333 % PASS 39.45 %
10.0 V AC+DC @ 10 Hz 10.000251 0.0048 % 9.998418 10.001582 0.0025 % 0.0110 % PASS 10.45 %
10.0 V AC+DC @ 20 Hz 10.000113 0.0048 % 9.998418 10.001582 0.0011 % 0.0110 % PASS 4.72 %
10.0 V AC+DC @ 40 Hz 10.000054 0.0048 % 9.998418 10.001582 0.0005 % 0.0110 % PASS 2.26 %
10.0 V AC+DC @ 100 Hz 10 0.0048 % 9.998618 10.001382 0.0000 % 0.0090 % PASS 0.01 %
10.0 V AC+DC @ 1.0 kHz 10.000151 0.0048 % 9.998618 10.001382 0.0015 % 0.0090 % PASS 7.38 %
10.0 V AC+DC @ 10.0 kHz 9.999669 0.0048 % 9.997918 10.002082 -0.0033 % 0.0160 % PASS 9.91 %
10.0 V AC+DC @ 20.0 kHz 9.9996631 0.0048 % 9.997918 10.002082 -0.0034 % 0.0160 % PASS 10.08 %
10.0 V AC+DC @ 50.0 kHz 9.9996379 0.0085 % 9.995946 10.004054 -0.0036 % 0.0320 % PASS 5.47 %
10.0 V AC+DC @ 100.0 kHz 9.9969862 0.0121 % 9.990586 10.009414 -0.0301 % 0.0820 % PASS 18.18 %
10.0 V AC+DC @ 300.0 kHz 9.9891072 0.0336 % 9.965636 10.034364 -0.1089 % 0.3100 % PASS 17.47 %
10.0 V AC+DC @ 500.0 kHz 10.003006 0.1100 % 9.888000 10.112000 0.0301 % 1.0100 % PASS 1.48 %
10.0 V AC+DC @ 1.0 MHz 10.083501 0.1700 % 9.882000 10.118000 0.8350 % 1.0100 % PASS 40.76 %
30 V AC+DC @ 10 Hz 30.001146 0.0060 % 29.988195 30.011805 0.0038 % 0.0333 % PASS 5.64 %
30 V AC+DC @ 20 Hz 30.000539 0.0060 % 29.988195 30.011805 0.0018 % 0.0333 % PASS 2.65 %
30 V AC+DC @ 40 Hz 30.000231 0.0060 % 29.988195 30.011805 0.0008 % 0.0333 % PASS 1.14 %
30 V AC+DC @ 100 Hz 30.000191 0.0060 % 29.990195 30.009805 0.0006 % 0.0267 % PASS 1.17 %
30 V AC+DC @ 1.0 kHz 30.000599 0.0060 % 29.990195 30.009805 0.0020 % 0.0267 % PASS 3.65 %
30 V AC+DC @ 10.0 kHz 30.000177 0.0060 % 29.990195 30.009805 0.0006 % 0.0267 % PASS 1.08 %
30 V AC+DC @ 20.0 kHz 29.999713 0.0060 % 29.990195 30.009805 -0.0010 % 0.0267 % PASS 1.75 %
30 V AC+DC @ 50.0 kHz 30.001023 0.0060 % 29.985695 30.014305 0.0034 % 0.0417 % PASS 4.05 %
30 V AC+DC @ 100.0 kHz 29.996652 0.0174 % 29.956791 30.043209 -0.0112 % 0.1267 % PASS 4.36 %
30 V AC+DC @ 300.0 kHz 29.997541 0.0991 % 29.840273 30.159727 -0.0082 % 0.4333 % PASS 0.92 %
30 V AC+DC @ 500.0 kHz 30.040885 0.5200 % 29.384000 30.616000 0.1363 % 1.5333 % PASS 4.21 %
100.0 V AC+DC @ 10 Hz 100.00146 0.0060 % 99.969982 100.030018 0.0015 % 0.0240 % PASS 2.96 %
100.0 V AC+DC @ 20 Hz 99.999353 0.0060 % 99.969982 100.030018 -0.0006 % 0.0240 % PASS 1.31 %
100.0 V AC+DC @ 40 Hz 99.999179 0.0060 % 99.969982 100.030018 -0.0008 % 0.0240 % PASS 1.66 %
100.0 V AC+DC @ 100 Hz 99.998407 0.0060 % 99.971982 100.028018 -0.0016 % 0.0220 % PASS 3.49 %
100.0 V AC+DC @ 1.0 kHz 100.00019 0.0060 % 99.971982 100.028018 0.0002 % 0.0220 % PASS 0.41 %
100.0 V AC+DC @ 10.0 kHz 100.0003 0.0060 % 99.971982 100.028018 0.0003 % 0.0220 % PASS 0.66 %
100.0 V AC+DC @ 20.0 kHz 99.998861 0.0060 % 99.971982 100.028018 -0.0011 % 0.0220 % PASS 2.50 %
100.0 V AC+DC @ 50.0 kHz 100.00085 0.0095 % 99.953455 100.046545 0.0008 % 0.0370 % PASS 1.11 %
100.0 V AC+DC @ 100.0 kHz 99.982447 0.0174 % 99.860636 100.139364 -0.0176 % 0.1220 % PASS 7.12 %
300.0 V AC+DC @ 40 Hz 300.00462 0.0079 % 299.056408 300.943592 0.0015 % 0.3067 % PASS 0.25 %
300.0 V AC+DC @ 100 Hz 300.00302 0.0079 % 299.836408 300.163592 0.0010 % 0.0467 % PASS 1.06 %
300.0 V AC+DC @ 1.0 kHz 300.00679 0.0079 % 299.836408 300.163592 0.0023 % 0.0467 % PASS 2.39 %
300.0 V AC+DC @ 10.0 kHz 300.00684 0.0110 % 299.766865 300.233135 0.0023 % 0.0667 % PASS 1.69 %
300.0 V AC+DC @ 20.0 kHz 300.00095 0.0110 % 299.766865 300.233135 0.0003 % 0.0667 % PASS 0.23 %
300.0 V AC+DC @ 50.0 kHz 300.15182 0.0245 % 299.546599 300.453401 0.0506 % 0.1267 % PASS 19.61 %
300.0 V AC+DC @ 100.0 kHz 300.53642 0.0660 % 298.882000 301.118000 0.1788 % 0.3067 % PASS 28.50 %
750.0 V AC+DC @ 40 Hz 750.04757 0.0079 % 747.671020 752.328980 0.0063 % 0.3027 % PASS 1.05 %
750.0 V AC+DC @ 100 Hz 750.04168 0.0079 % 749.621020 750.378980 0.0056 % 0.0427 % PASS 6.40 %
750.0 V AC+DC @ 1.0 kHz 750.04795 0.0079 % 749.621020 750.378980 0.0064 % 0.0427 % PASS 7.37 %
750.0 V AC+DC @ 10.0 kHz 750.0144 0.0110 % 749.447162 750.552838 0.0019 % 0.0627 % PASS 1.51 %
750.0 V AC+DC @ 20.0 kHz 749.97537 0.0110 % 749.447162 750.552838 -0.0033 % 0.0627 % PASS 2.58 %
750.0 V AC+DC @ 50.0 kHz 750.31131 0.0245 % 748.896498 751.103503 0.0415 % 0.1227 % PASS 16.59 %
750.0 V AC+DC @ 75.0 kHz 750.7738 0.0660 % 747.235000 752.765000 0.1032 % 0.3027 % PASS 16.65 %

Procedure for all test points that verify Gain of the DC current DCI function. Both +/-FS points are tested.
2-wire connection at LO and DCI is used between DMM and MFC.
DCI gain range points verify gain of the DC current function, using corrected 24-hour MFC output.

DCI Test 100nA-1A DUT Source unc. Low Limit Hi limit Measured 24h spec Result
Zero µADC 0 -1.3355629E-11 INFO
50 nADC 5E-08 4.9965583E-08 INFO
100 nADC 1.00000E-07 A 9.9920898E-08 A 71.82 ppm 9.995182E-08 1.000482E-07 -791.020 ppm 410 ppm PASS 95.02 %
-100 nADC -1.00000E-07 A -1.0008759E-07 A 71.82 ppm -1.000482E-07 -9.995182E-08 875.863 ppm 410 ppm FAIL 105.21 %
-50 nADC -5E-08 -5.0039599E-08 INFO
Zero µADC 0 -4.6513051E-11 INFO
0.5 µADC 5.00000E-07 A 4.9995228E-07 A 71.82 ppm 4.999191E-07 5.000809E-07 -95.442 ppm 90 ppm PASS 41.44 %
1.0 µADC 1.00000E-06 A 9.9994850E-07 A 71.82 ppm 9.998782E-07 1.000122E-06 -51.499 ppm 50 ppm PASS 29.42 %
-1.0 µADC -1.00000E-06 A -1.0000037E-06 A 71.82 ppm -1.000122E-06 -9.998782E-07 3.697 ppm 50 ppm PASS 2.11 %
-0.5 µADC -5.00000E-07 A -5.0001295E-07 A 71.82 ppm -5.000809E-07 -4.999191E-07 25.897 ppm 90 ppm PASS 11.25 %
Zero 00 µADC 0 3.2182722E-11 INFO
5 µADC 5.00000E-06 A 5.0000013E-06 A 71.82 ppm 4.999521E-06 5.000479E-06 0.262 ppm 24 ppm PASS 0.17 %
10 µADC 1.00000E-05 A 1.0000042E-05 A 71.82 ppm 9.999112E-06 1.000089E-05 4.237 ppm 17 ppm PASS 2.87 %
-10 µADC -1.00000E-05 A -9.9999261E-06 A 71.82 ppm -1.000089E-05 -9.999112E-06 -7.392 ppm 17 ppm PASS 5.01 %
-5 µADC -5.00000E-06 A -4.9999980E-06 A 71.82 ppm -5.000479E-06 -4.999521E-06 -0.408 ppm 24 ppm PASS 0.27 %
Zero 000 µADC 0 -1.2664683E-13 INFO
50 µADC 5.00000E-05 A 4.9999618E-05 A 71.82 ppm 4.999531E-05 5.000469E-05 -7.637 ppm 22 ppm PASS 5.08 %
100 µADC 1.00000E-04 A 9.9999425E-05 A 71.82 ppm 9.999122E-05 0.0001000088 -5.751 ppm 16 ppm PASS 3.91 %
-100 µADC -1.00000E-04 A -9.9999825E-05 A 71.82 ppm -0.0001000088 -9.999122E-05 -1.753 ppm 16 ppm PASS 1.19 %
-50 µADC -5.00000E-05 A -4.9999889E-05 A 71.82 ppm -5.000469E-05 -4.999531E-05 -2.211 ppm 22 ppm PASS 1.47 %
Zero mADC 0 -4.7835629E-11 INFO
0.5 mADC 5.00000E-04 A 4.9999727E-04 A 33.64 ppm 0.0004999742 0.0005000258 -5.467 ppm 18 ppm PASS 7.16 %
1.0 mADC 1.00000E-03 A 9.9999393E-04 A 33.64 ppm 0.0009999524 0.001000048 -6.072 ppm 14 ppm PASS 8.33 %
-1.0 mADC -1.00000E-03 A -9.9999206E-04 A 33.64 ppm -0.001000048 -0.0009999524 -7.943 ppm 14 ppm PASS 10.90 %
-0.5 mADC -5.00000E-04 A -4.9999540E-04 A 33.64 ppm -0.0005000258 -0.0004999742 -9.208 ppm 18 ppm PASS 12.07 %
Zero 00 mADC 0 2.9418936E-11 INFO
5 mADC 5.00000E-03 A 4.9999692E-03 A 32.27 ppm 0.004999749 0.005000251 -6.160 ppm 18 ppm PASS 8.34 %
10 mADC 1.00000E-02 A 9.9999358E-03 A 32.27 ppm 0.009999537 0.01000046 -6.419 ppm 14 ppm PASS 9.12 %
-10 mADC -1.00000E-02 A -9.9999222E-03 A 32.27 ppm -0.01000046 -0.009999537 -7.776 ppm 14 ppm PASS 11.05 %
-5 mADC -5.00000E-03 A -4.9999560E-03 A 32.27 ppm -0.005000251 -0.004999749 -8.808 ppm 18 ppm PASS 11.92 %
Zero 000 mADC 0 -2.3386379E-11 INFO
50 mADC 5.00000E-02 A 5.0000188E-02 A 53.32 ppm 0.04999568 0.05000432 3.768 ppm 33 ppm PASS 3.00 %
100 mADC 1.00000E-01 A 9.9998542E-02 A 53.32 ppm 0.09999177 0.1000082 -14.583 ppm 29 ppm PASS 12.01 %
-100 mADC -1.00000E-01 A -9.9998843E-02 A 53.32 ppm -0.1000082 -0.09999177 -11.572 ppm 29 ppm PASS 9.53 %
-50 mADC -5.00000E-02 A -4.9999740E-02 A 53.32 ppm -0.05000432 -0.04999568 -5.195 ppm 33 ppm PASS 4.14 %
Zero ADC 0 2.6361777E-11 INFO
0.5 ADC 5.00000E-01 A 5.0000050E-01 A 115.22 ppm 0.4998824 0.5001176 1.001 ppm 120 ppm PASS 0.30 %
1.0 ADC 1.00000E+00 A 9.9999394E-01 A 115.22 ppm 0.9997748 1.000225 -6.059 ppm 110 ppm PASS 1.90 %
-1.0 ADC -1.00000E+00 A -9.9998849E-01 A 115.22 ppm -1.000225 -0.9997748 -11.509 ppm 110 ppm PASS 3.61 %
-0.5 ADC -5.00000E-01 A -4.9999269E-01 A 115.22 ppm -0.5001176 -0.4998824 -14.612 ppm 120 ppm PASS 4.39 %

Procedure for all test points that verify Gain of the AC Current ACI function. Three frequency band points are tested, 50 Hz, 60 Hz and 1 kHz. 2-wire connection at LO and DCI is used between DMM and MFC.

ACI Test 200µA-2A DUT Source unc. Low Limit Hi limit Measured 24h spec Result, % spec
10 µA AC @ 50 Hz 1e-05 1.0012317E-05 A 0.0160 % 9.9623955e-06 1.00376045e-05 0.1232 % 0.3600 % INFO
100 µA AC @ 50 Hz 0.0001 9.9984778E-05 A 0.0160 % 9.9893955e-05 0.000100106045 -0.0152 % 0.0900 % PASS 8.33 %
1.0 mA AC @ 50 Hz 0.001 9.9998211E-04 A 0.0160 % 0.00099903955 0.00100096045 -0.0018 % 0.0800 % PASS 1.10 %
10 mA AC @ 50 Hz 0.01 9.9998584E-03 A 0.0160 % 0.0099903955 0.0100096045 -0.0014 % 0.0800 % PASS 0.87 %
100 mA AC @ 50 Hz 0.1 1.0000319E-01 A 0.0133 % 0.099906682 0.100093318 0.0032 % 0.0800 % PASS 1.97 %
1.0 A AC @ 50 Hz 1.0 9.9998151E-01 A 0.0133 % 0.99886682 1.00113318 -0.0018 % 0.1000 % PASS 0.92 %
10 µA AC @ 60 Hz 1e-05 1.0022459E-05 A 0.0133 % 9.9626682e-06 1.00373318e-05 0.2246 % 0.3600 % INFO
100 µA AC @ 60 Hz 0.0001 9.9982101E-05 A 0.0133 % 9.9896682e-05 0.000100103318 -0.0179 % 0.0900 % PASS 9.84 %
1.0 mA AC @ 60 Hz 0.001 1.0000076E-03 A 0.0129 % 0.00099907136 0.00100092864 0.0008 % 0.0800 % PASS 0.47 %
10 mA AC @ 60 Hz 0.01 1.0000217E-02 A 0.0129 % 0.0099907136 0.0100092864 0.0022 % 0.0800 % PASS 1.34 %
100 mA AC @ 60 Hz 0.1 1.0000667E-01 A 0.0288 % 0.099891182 0.100108818 0.0067 % 0.0800 % PASS 3.92 %
1.0 A AC @ 60 Hz 1.0 1.0000196E+00 A 0.0288 % 0.99871182 1.00128818 0.0020 % 0.1000 % PASS 0.94 %
10 µA AC @ 1.0 kHz 1e-05 1.0011901E-05 A 0.0160 % 9.9623955e-06 1.00376045e-05 0.1190 % 0.3600 % INFO
100 µA AC @ 1.0 kHz 0.0001 9.9980085E-05 A 0.0160 % 9.9893955e-05 0.000100106045 -0.0199 % 0.0900 % PASS 10.89 %
1.0 mA AC @ 1.0 kHz 0.001 1.0000679E-03 A 0.0160 % 0.00099933955 0.00100066045 0.0068 % 0.0500 % PASS 6.47 %
10 mA AC @ 1.0 kHz 0.01 1.0000653E-02 A 0.0160 % 0.0099933955 0.0100066045 0.0065 % 0.0500 % PASS 6.21 %
100 mA AC @ 1.0 kHz 0.1 1.0001248E-01 A 0.0133 % 0.099936682 0.100063318 0.0125 % 0.0500 % PASS 12.06 %
1.0 A AC @ 1.0 kHz 1.0 1.0001120E+00 A 0.0133 % 0.99866682 1.00133318 0.0112 % 0.1200 % PASS 4.64 %

Test completed

Test date 30 December 2019 13:12
UUT Internal TEMP? 37.4
Destructive overloads? 310, DESTRUCTIVE OVERLOADS valid 2941

Lab temperature maintained +24°C ±2°C

Internal use only

Not validated


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