Section [V
MoJel
.1455A
Table
4-14.
AC Accuracy Tact 100 hHc ta 1 MHi
IStaadard Modal
34SSA aniy).
Test
Frequency
Input
Level
34S5A
Range
24
Hour*
Test
Limits
90 Day’
Test Limits
110
kHz
1
V
1
V
0.98000
to
1.02000 0.97750
to
1.02250
250
kHz 1 V 1 V
1
1
500 kHz
1
V
1
V
0.95600 to
1.04400
0.94500
to
1 .05500
1 MHz 1 V 1 V
0.92400
to
1.07600
0.92000 to
1.08000
no kHz 6V 10 V 5.8720 to 6.1280 5.8550 to
6.1450
250
kHz
6V
10 V
1
1
500 kHz 6 V 10 V 5.7200 to 6.2800 5.6500 to 6.3600
1
MHz
6V
10
V 5.5500 to
6.4500 5.4400
to 6.5600
’These test limits
do
not include the temperature coefficients that must be
added if the instrument is operated outside of
the temperature
range over
which the
24-hour or 90-dav
specifications apply
Isee
Table 1-1).
Derive
6-month
test limits from AC Accuracy specifications listed in Table
1
-
1 .
put level for the 34S5A reading recorded in Step
j.
Ad-
just meter reference controls for a zero reading on the
meter of
the Test
Oscillator
and use the
level
control to
maintain
this
reading whenever
the
frequency
is
varied.
s.
Repeat Step
q.
t. Set the 3455A FUNCTION to
ACV
and RANGE
to
10 V. Remove the SO-ohm termination from the Test
Oscillator’s output. Connect the SO-ohm output of the
Test Oscillator (unterminated) to the 34S3A front panel
INPUT. Set the Test Oscillator frequency to 10 kHz and
adjust its level controls for the
6 V 34SSA reading
recorded in Step
1. Adjust the meter reference
controls
for a zero
reading on the meter of the Test
Oscillator
and use the
level controls to maintain this
reading
whenever the frequency is
varied.
u.
1 . Standard Model 34SSA: Set the
Test Oscillator
to each of the second four
Test Frequencies
listed
in
Table
4-6
(maintain reference
level on
meter of Test Oscillator). At
each
-
frequency
setting, the 34SSA
reading should be within the
Test Limits
given in the table.
Table
4-1S.
AC Aecuracy Test 30 Hz to 100 hHz (34SSA Option 001
only).
Frequency
(ACV)
Freq uency
(FAST
ACVl
Input
Level
3455A
Range
24 Hour’
Test
Limits
90 Day*
Test Limits
30 Hz 300 Hz
1
V
1 V 0.99460 to
1.00540 0.99430
to 1.00570
50
Hz 500 Hz 1 V 1 V
0.99630
to
1.00370 0.99600 to 1.00400
100 Hz 1 kHz
1
V
1 V 0.99885 tol.00115 0.99875 0 1.00125
10
kHz 10 kHz 1 V
1
V
SO
kHz
50
kHz 1 V 1 V
100 kHz 100 kHz 1 V
1
V
30 Hz 300
Hz 5V 10 V
4^695
to 5.0305
4.9680
to 5.0320
50
Hz 500 Hz 5 V
10
V
4.9790
to
5.0210 4.9775 to 5.0225
100
Hz
1 kHz
5V
10 V
4.9930
to 5.0070
4.9925
to 5.0075
10
kHz 10 kHz 6V 10 V
50
kHz 50 kHz 5V
10
V
100 kHz
100
kHz 5 V
10 V
30
Hz 300 Hz 10 V 10 V
9.9460
to
10.0540 9.9430
to
10.0570
50 Hz 500 Hz
10
V
10
V
9.9630
to
10.0370 9.9600 to
10.0400
100 Hz
1 kHz 10
V
10
V
9.9885 to 10.0115 9.9875 to
10.0125
10 kHz
10 kHz
10V
10 V
20
kHz 20 kHz 10 V 10 V
50 kHz 50 kHz
10
V
10
V
100 kHz
100 kHz
10 V
10 V
30 Hz
300 Hz 100 V 100 V
99.460
to
100.540 99.430
to
100.570
50 Hz 500 Hz
100
V
100
V
99.630
to
100.370 99.600 to
100.400
100 Hz 1
kHz 100
V
100 V 99.885 to
100.115
99.875to
100.125
10 kHz 10 kHz 100 V
100
V
50
kHz 50 kHz 100 V
100 V
100 kHz too kHz
100
V
100 V
30 Hz 300
Hz 1000 V 1000 V 994.60 to
1005.40 994.30
to
1005.70
50 Hz 500
Hz 1000 V
1000
V 996.30 to
1003.70 996.00 to 1004.00
100 Hz 1 kHz
1000
V
1000 V 998.85 to 1001.15 998.75 to 1001.25
10 kHz 10 kHz 1000 V
1000
V 998 75 to
1001.25 998.65 to 1001.35
’These test limits
do
not include the temperature coefficients
that
must
be added if the
instrument
is
operated
outside
of the temperature range over which the 24-hour or 90-day
specifications
apply
(see
Table
1-1
). Derive
6-month test limits from Accuracy
Specifications listed
in
Table
1-1.
4-15
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