TX6000 Series Operation Manual Ver1.4
63
6.1.16
DC bias voltage source
100
Ω
0V—±5V Minimum resolution: 0.5mV,
Accuracy: 1% x preset 5mV
0mA—
±
50mA Minimum resolution: 5
μ
A
30
Ω
0V—±1.5V Minimum resolution: 0.5mV,
Accuracy: 1% x preset 5mV
0mA—
±
50mA Minimum resolution: 5
μ
A
Measurement accuracy
Test accuracy includes stability
、
temperature coefficient
、
linear degree
、
test
repeatability and calibration inter-error.
Check the accuracy of instrument should be under the following circumstances
：
a
．
warm-up time
：
≥ 30 min
b
．
cable
：
0m, 1m
c
．
correct open and short correction after warming up
d
．
DC bias is in the position of “OFF”
e
．
The range works in “AUTO” to select correct test range
6.1.17
Accuracies of │Z│,│Y│, L, C, R, X, G, B
The accuracy Ae of │Z│
，
│Y│
，
L
，
C
，
R
，
X
，
G and B are expressed as
：
A
e
= ±[A+
（
K
a
+K
b
+K
c
）
×100+ K
d
+K
f
]×K
e
[%]
A
：
basic test accuracy
（
figure A
）
K
a
：
impedance rate factor
（
table A
）
K
b
：
impedance rate factor
（
table A
）
K
c
：
calibrated inter-factor
（
table B
）
K
d
：
cable length factor
（
table D
）
K
e
：
temperature factor
（
table E
）
Kf
：
scan fixture modification factor
（
no add
：
Kf = 0, add
：
Kf = 0.2
）
L, C, X, B accuracy using condition
：
D
x
（
Test value
）
≤0.1
R, G accuracy using condition
：
Q
x
（
Q test value
）
≤0.1
WhenD
x
≥0.1, L, C, X, B accuracy factor A
e
should be multiplied by
2
1
x
D
+
When Q
x
≥0.1, R, G accuracy factor A
e
should be multiplied by
2
1
x
Q
+
Accuracy of G can only be available in G-B combination.
6.1.18
Accuracy of D
The accuracy of D is given by D
e
：
