Conductance To Resistance Conversion; Conversion Scales - Fluke 8010A Instruction Manual

OPERATION
APPLICATIONS
Interpolation
Table
(I/no.)
DIGIT
0
1
2 3 4 5
6 7
8 9
1 1
.909 .833 .769
.714 .667 .625 .588 .556 .526
2 .500 .476 .455 .435
.417 .400 .385 .370 .375 .345
3
.333 .323
.313 .303 .294
.286 .278 .270 .263
,256
4 ,250 .244 .238 .233 .227 ,222 .217
.213 .208 .204
5 .200 .196
.192 .187
.185
.182 .179
,175
.172 .169
6 .167 .164 .161 .159 .156 .154
.152 .149 .147 .145
7 .143
.141
.139
.137
.135 .133
.132
.130 .128 .127
8 .125
.123 .122
.121
.119 .118 .116 .115
.114
.112
'
9
.111
.110 .109 .108 .106 .105
.104 .103
.102 .101
*mS
to
kQ
*yuS to
Mfi *nS
to
MO
2
mS RANGE
20 aS
range
200
nS
RANGE
(1/ms
=
kO) (1/aS
=
1
MO)
(1000/nS
=
=
MO)
mS MS
ivil2
nS
Win
2.0
13 _
—
.5
20
—
.05
200
5
—
-
—
-
—
_
—
'
i
"
—
1.0
~
1
10
—
r
.1
100
z 10
E
r
E
0.5
_
2
5
—
E"
.2
50
—
20
— — —
—
0.2
T
—
5 2
.5 20
z
50
"
—
I
—
~
0.1
—
—
10
1
— —
1
10 i—
100
0.05
-
-
20
.5
-
2
5
t
u
200
—
— —
_
—
— —
0.02
—
~
50
.2
5 2
z
IZ
500
z
—
I
—
z
—
"
—
"
-
0.01
—
=
100
.1
10
1
z
—
1000
—
j
"
—
-
—
I
0.005
z
200
.05
— —
20
0.5
—
—
2000
~
—
!
—
0.002 500
.02
-
50
0.2
—
5000
0.001
—
—
1000
.01
E
100
0.1
—
10000
CONVERSION SCALES
*S
=
siemens
=
I/O
=
Internationa! Unit of
Conductance
Formerly
Known
as the
mho.
Use
the following
procedure
to
convert a
conductance
reading (displayed
in
siemens)
to equivalent resistance
(in
ohms):
1.
On
the Interpolation
Table
locate the
most
significant
digit of
the
conductance
display under the
DIGIT column
heading.
2.
On
the Interpolation
Table
locate the
second most
significant
digit
of the
conductancedisplay
across
from
the
DIG
IT
row.
3.
On
the Interpolation
Table locate the value
(of resistance)
atthe
intersection
ofthetwo
digits
in
Steps
1
and
2,
then use
the appropriate
Conversion Scale
to
determine
the position of the
decimal
point.
For Example:
A
reading
of
52.0
nS
is
displayed
on
the Multimeter.
The
Interpolation
Table shows
a value
of .192,
Using the Conversion
Scale,
under the
200
nS Range
heading,
'52.0
nS
corresponds
to
approximately 20 MG.
Therefore, the actual
equivalent
resistance
is
19.2
MD
Figure 2-12.
Conductance
to
Resistance Conversion
2-11