Agilent Technologies 4263B - Conversion Diagram

4263B
j Z
j ,
j Y
j
,
L,
C,
R,
X,
G,
B
,
and
Rdc
accuracy (A
e
[%])
When j
Z
x
j >
100 
A
e
=A
+
B
2
C
2
j
Z
x
j /
Z
s
+D
/
j
Z
x
j +
j
Z
x
j /
E
When j
Z
x
j or
DCR

100

A
e
=
A
+
B
2
C
2
Z
s
/
j
Z
x
j
+
D
/
j
Z
x
j
+
j
Z
x
j
/
E
where
,
j
Z
x
j
is
the
measured
j
Z
j
value
.
When
measuring
Y
,
L,
C,
R,
X,
G,
B
,
or
Rdc
, convert
the value
to the
impedance
value
using
Figure
8-1
.
Z
s
is
the
setup
range
value
and
is
given
in
T
able
8-1
.
A, B
, and
Care
given in
T
able
8-1
.
D
is
given
in
T
able
8-2
.
E
is
given
in
T
able
8-3
.
L,
C,
X,
B
accuracies
apply
when
D
x
(measured
D
value)

0.1.
When
D
x
>
0.1,
multiply
A
e
by
p
1
+
D
2
x
.
R,
G accuracies
apply
when
Q
x
(measured
Q value)

0.1.
When
Q
x
>
0.1,
multiply
A
e
by
p
1
+
Q
2
x
.
The
accuracy
of
G
above
applies
when in
G-B mode
.
Figure 8-1. Conversion Diagram
8-4 Specications