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Stage
2:
To
Verify
the
100mV Range
Full
Range
Output
a.
Ensure
that
the
DMM
is
still
connected
to
the
4708
terminals
as
shown
in
Fig.
1.
b
.
Set
the
4708
to
the
IV
Range.
Calculate the value 'V3
x
C.
Set
the
OUTPUT
Display
to this
value.
c
.
Set
the
DMM
to
measure
100m
V.
d
.
Set
4708
OUTPUT
ON,
allow
the
output
to
settle.
Note
the
DMM
reading
as
'V(lOOt)'.
e
.
Set
the
4708
OUTPUT OFF
and
reconnect
the
DMM
to
the
4708
terminals
in
2-wire
as
shown
in
Fig.
2.
f
.
Set the
4708
to
its
lOOmV
Range.
G^emote
Sense
is
automatically
deselected.)
Set
OUTPUT
ON.
Adjust
4708
OUTPUrn
keys
for
a
DMM
reading of V(lOOt).
Note
the
4708
OUTPUT
Display
setting
as
'V(lOOm)'.
Record
this
setting in the
last
column
of
RSI
table 4(b).
Calculate
in
6.5
digits
resolution
V3xC
=
V(lOOt)
is
a
transfer
value
V(lOOt)
=
Record
in
6.5
digits
resolution
V(lOOm)
=
Stage
3:
To
Verify
the
lOmV
Range
Full
Range
Output
a
.
Ensure
that
the
DMM
is
still
connected
to the
4708
terminals
as
shown
in
Fig.
2.
b.
Ensure
that
the
4708
is
set to
the
100m
V
Range.
Calculate
the
value
'V(lOOm) x
C.
Set
the
OUTPUT
Display
to this
value.
c
.
Set
the
DMM
to
measure
lOmV.
d
.
Allow
the
ouQ>ut
to
settle.
Note
the
DMM
reading
as
'V(lOt)'.
e
.
Set
the
4708
to
its
lOmV
Range.
Adjust
4708
OUTPUT
keys
for
a
DMM
reading of V(lOt).
Note
the
4708
OUTPUT
Display
setting as
'V(lOm)'.
Record
this
setting
in
the
last
column
of
RSI
table 4(b).
Calculate
in
6.5
digits
resolution
V(lOOm)
X
C
=
V(lOt)
is
a
transfer
value
V(lOt)
=
Record
in
5.5
digits
resolution
V(lOm)
=
7-21
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