Agilent Technologies 4263B Operation Manual page 5

Change 5
Add TAR in 1 m Impedance Measurement Accuracy Test (Page 9-43) as follows.
Measurement:
Cable length:
Measurement time:
Test signal level:
Status
Frequency [Hz]
Standard
100 pF 1 k
100 pF 1 k
100 pF 10 k
100 pF 10 k
100 pF 20 k
100 pF 20 k
100 pF 100 k
100 pF 100 k
1 nF 100
1 nF 100
1 μF 100
1 μF 100
1 μF 1 k
1 μF 1 k
1 μF 10 k
1 μF 10 k
1 μF 100 k
1 μF 100 k
Note 1: Result = Measurement – Calibrated Value of Standard
Measurement:
Cable length:
Measurement time:
Test signal level:
Status
Frequency [Hz]
Standard
100
100 mΩ
1k
100 mΩ
Note 1: Result = Measurement – Calibrated Value of Standard
Measurement:
Cable length:
Measurement time:
Test signal level:
Status
Frequency [Hz]
Standard
100 mΩ R
100 kΩ R
Note 1: Result = Measurement – Calibrated Value of Standard
Copyright 2009 Agilent Technologies
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C
Capacitance
1 m
Long
1 V
PASS
Parameter Limits
Cp ±0.19 pF
D ±0.0019
Cp ±0.48 pF
D ±0.0048
Cp ±1.10 pF
D ±0.0110
Cp ±1.37 pF
D ±0.0137
Cp ±0.002 nF
D ±0.0020
Cp ±0.0018 μF
D ±0.0018
Cp ±0.0011 μF
D ±0.0011
Cp ±0.0026 μF
D ±0.0026
Cp ±0.0207 μF
D ±0.0207
Resistance
1 m
Long
1 V
PASS
Parameter Limits
R ±0.60 mΩ
R ±0.60 mΩ
DC Resistance
1 m
Long
1 V
PASS
1
Limits Result
±1.05 mΩ mΩ
±0.87 kΩ mΩ
1
Result Uncertainty
pF ± 0.0077 pF
± 0.000063
pF ± 0.012 pF
± 0.00013
pF ± 0.024 pF
± 0.000085
pF ± 0.010 pF
± 0.00016
nF ± 0.000091 nF
± 0.000063
μF ± 0.000075 μF
± 0.000047
μF ± 0.000069 μF
± 0.000033
μF ± 0.00014 μF
± 0.000061
μF ± 0.00016 μF
± 0.00029
1
Result Uncertainty
mΩ ± 0.030 mΩ
mΩ ± 0.031 mΩ
Uncertainty TAR
± 0.030
35.88
mΩ
26.19
± 0.014 kΩ
TAR
24.59
30.52
40.75
37.17
47.09
130.36
136.75
87.72
21.61
32.10
24.28
38.74
15.58
33.55
19.09
43.04
132.97
73.20
TAR
20.44
19.33