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PERFORMANCE
VERIRCATION
PROCEDURE
4.5
Test
setup;
Procedure/requirements
for
channel
6 AC
and
DC
tests:
A
Apply
300
mV
DC
to
Channel
6.
6
Change
the input voltage
and
the
setting
of
chanrtet
B according
to table
4.2
and check
that the
amplitude
of
the
signal
agrees
wi^
the value
fisted
.
Use
the
setect/adjust
keys
to select
each
step
number.
NOTE:
The
AC
voltages
listed
in this
are peak-ta-peak
voltages
(sine
wave).
The
values
listed
between
brackets
()
are
the
RMS
values
that
have
to
be chosen on
the
Fluke
51008
calibrator.
Requirements:
Table
4.2
Requirements
verlicai
deflection coefficients for
channel
B.
Input voltage
Step
number on
display
Requirements
300
mV
DC
"5"
2.94...
3.06
div.
600
mV
AC
pp (212.13mV RMS).
1
kHz
-5-
5.88...6-12div.
3VDC
"6"
2.94...
3.06
dIv.
eVACpp
(2.1213V
RMS),
1
kHz
•6"
5.88...6.12div.
30V
DC
"7"
2.94...
3.06
div.
60V
AC
(21.213
V
RMS),
1
kHz
'7'
5.88...6.12
div.
The
ScopeMeter
uses
the
same
input drcultry
(hardware)
for
the
SCOPE
and
the
METER
modes
(In
the
above
attenuator
settings).
When
the voltage
accuracy
is
checked
(see
the description
"METER
Performance
Verification
Procedure"
step
1).
the deflection coefficients
for
SCOPE
channel
A
are
also
tested.
8/9.
Rise time
The
rise
lime
of
the
ScopeMeter
is
checked
by
means
of a
fast rise
time
pulse.
First
channel
B
Is
measured.
Test
equipment:
Tektronix
PQ
506
Square
Wave
Calibration
Generator
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