
When
all
cal
factors
are
entered,
enter
0,0
to
exit.
The
program
displays
all
of
the
entered
points
.
V
erify
the
accuracy
of
each.
When
you
press
4
CONTINUE
5 ,
the
controller
will
store
the
le
on
disc
.
Make
sure
the
disc
is
not
write
protected.
Detector
Frequency
Response
Program
The
Detector
Frequency
Response
program
performs
the
Frequency
Response
P
erformance
T
est
using
the
cal
factors
previously
stored
on
the
disc
.
Any
number
of
frequency
points
,
up
to
401,
may
be
chosen,
although
101
points
is
more
than
enough.
The
cal
factor
used
is
interpolated
between
the
two
closest
frequency
points
.
The
cal
factor
used
for
frequencies
measured
below
the
lowest
entered
frequency
point
of
the
array
defaults
to
the
cal
factor
of
the
lowest
entered
frequency
point.
A
similar
method
is
used
at
the
high
end.
T
o
reduce
the
time
required
to
copy
these
programs
,
the
code
listings
represent
a
minimum
conguration
to
perform
the
measurement.
There
are
no
error
checking
or
convenience
features
.
Be
careful
when
entering
data
and
when
following
the
displayed
instructions
.
Running
the
Detector
Frequency
Response
Program
The
following
information
will
help
you
successfully
run
the
Detector
Frequency
Response
program.
If
not
testing
from
.01
to
26.5
GHz,
change
the
ST
ART/STOP
frequencies
in
lines
180/190
to
the
appropriate
values
.
When
prompted,
enter
the
last
few
digits
of
the
power
sensor
serial
number
(no
more
than
5
digits).
Use
the
same
power
sensor
serial
number
as
in
the
Cal
F
actor
Entry
program.
When
prompted,
enter
the
number
of
frequency
points
to
be
taken
(no
more
than
401).
The
data
points
will
be
evenly
spaced
across
the
frequency
range
.
When
prompted,
connect
the
calibrated
power
sensor
to
the
attenuated
output
of
the
source
.
The
program
automatically
zeros
the
meter
.
When
prompted,
remove
the
power
sensor
and
connect
the
detector
under
test
to
the
attenuated
output
of
the
source
.
Connect
the
input
cable
of
the
detector
to
the
\A"
input
of
the
scalar
network
analyzer
.
The
program
will
ask
if
the
test
should
be
performed
in
A
C
or
DC
mode
.
Normally
DC
mode
is
used
for
frequency
response
testing.
Agilent
85025A/B/D/E
Automated
Program
Listing
9-3
Содержание 85025A
Страница 10: ......
Страница 12: ...Figure 1 1 85025A B D E Detector 1 2 General Information Agilent 85025A B D E...
Страница 24: ......
Страница 37: ......
Страница 66: ......
Страница 68: ......
Страница 71: ...Figure 6 1 Module Exchange Program Agilent 85025A B D E Replaceable Parts 6 3...
Страница 72: ......
Страница 78: ......
Страница 82: ......
Страница 96: ......