14.
On
the
sp ectrum
analyzer,
select
the
external
mixer
for
the
20
to
26.5
GHz
frequency
range
and
set
the
reference
lev
el
oset
to
comp ensate
for
the
mixer's
con
v
ersion
loss
at
23
GHz.
15.
On
the
syn
thesizer,
press:
4
CW
5
4
23
5
4
GHz
5
16.
Set
the
microw
a
v
e
amplier
output
p o
w
er
lev
el
to
+16
dBm.
17.
On
the
sp ectrum
analyzer,
set:
Center
Frequency:
23
GHz
Frequency
Span:
1
MHz
Adjust
the
reference
lev
el
to
p osition
the
signal
p eak
at
the
top
reference
graticule.
Use
this
reference
lev
el
for
all
harmonic
measuremen
ts.
18.
On
the
sp ectrum
analyzer,
set:
Start
Frequency:
20
GHz
StopFrequency:
26.5
GHz
19.
Manually
sw
eep
the
syn
thesizer
across
the
frequency
range
while
c
hec
king
the
sp ectrum
analyzer
display
for
harmonics
and
subharmonics.
See
T
able
2-11
for
the
YO
frequency
ranges
that
corresp ond
to
the
RF
output
frequencies.
Since
an
external
mixer
is
used,
use
the
sp ectrum
analyzer
signal
iden
tify
feature
to
v
erify
that
susp ected
signals
are
in
the
20
to
26.5
GHz
frequency
range.
The
signals
most
likely
to
app ear
are
the
fth
and
sixth
YO
harmonics.
20.
Compare
the
amplitude
of
the
harmonics
and
subharmonics
to
the
sp ecications
listed
in
the
test
record.
If
an
y
harmonics
or
subharmonics
are
within
5
dB
of
the
sp ecication,
make
a
more
accurate
measuremen
t
using
the
\Harmonic/Subharmonic
V
erication
Pro
cedure
>
20
GHz"
that
follo ws.
Note
the
w
orst
case
harmonic
and
the
w
orst
case
subharmonic
from
20
to
26.5
GHz.
21.
F
or
the
83630B /L
only:
Record,
on
the
test
record,
the
w
orst
case
subharmonic
from
>
20
to
26.5
GHz.
F
or
the
83630B /L,
83640B
/L,
and
83650B /L
only:
F
rom
steps
12
and
20,
determine
the
w
orst
case
harmonic
from
2.0
to
26.5
GHz
and
record
this
v
alue
on
the
test
record.
T
able
2-11.
Corresponding
YO
Frequency
Ranges
and
RF
Output
Frequencies
Mo del
YO
F
requencies
(GHz)
YO
Harmonic
F
rom
Amp/Mult
YO
Harmonic
at
RF
Output
RF
Output
F
requencies
(GHz)
83630B /L
and
83650B/L
5.0
to
6.625
4
4
20
to
26.5
83650B /L
4.41667
to
5.5667
3
6
26.5
to
33.4
83650B /L
5.5667
to
6.333
3
6
33.4to
38
83650B /L
4.75
to
6.25
4
8
38
to
50
83640B /L
5.0
to
6.375
2
4
20
to
25.5
83640B /L
4.25
to
5.0
3
6
25.5
to
30
83640B /L
5.0
to
6.667
3
6
30
to
40
2-36
P
erformance
T
ests
Spurious
Signals
(Harmonics
Subharmonics)
Agilent
8360
Summary of Contents for 8360 L Series
Page 9: ...viii...
Page 184: ...Figure 2 29 FM Bandwidth Test Setup Agilent 8360 Performance Tests FM Bandwidth 2 97...
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Page 406: ...Figure 5 2 Step Attenuator Flatness Adjustment Setup Agilent 8360 Automated Tests 5 11...
Page 420: ...6 Menu Maps Agilent 8360 Menu Maps 6 1...
Page 421: ...6 2 Menu Maps Agilent 8360...
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Page 516: ...Figure 9 1 Module Exchange Program 9 4 Replaceable Parts Agilent 8360...
Page 518: ...Major Assemblies RF Deck Figure 9 2 Major Assemblies 2 of 5 9 6 Replaceable Parts Agilent 8360...
Page 519: ...Major Assemblies RF Deck Figure 9 2 Major Assemblies 3 of 5 Agilent 8360 Replaceable Parts 9 7...
Page 520: ...Major Assemblies RF Deck Figure 9 2 Major Assemblies 4 of 5 9 8 Replaceable Parts Agilent 8360...
Page 521: ...Major Assemblies RF Deck Figure 9 2 Major Assemblies 5 of 5 Agilent 8360 Replaceable Parts 9 9...
Page 527: ...Cables Front Panel Figure 9 3 Cables 1 of 19 Agilent 8360 Replaceable Parts 9 15...
Page 528: ...Cables Top View Figure 9 3 Cables 2 of 19 9 16 Replaceable Parts Agilent 8360...
Page 552: ...Front Panel Hardware Figure 9 4 Front Panel Hardware 9 40 Replaceable Parts Agilent 8360...
Page 558: ...Rear Panel Hardware Figure 9 7 Rear Panel Hardware 9 46 Replaceable Parts Agilent 8360...
Page 569: ...Chassis Parts Figure 9 15 Chassis Parts Agilent 8360 Replaceable Parts 9 57...
Page 577: ...Figure 10 1 Removing the Fan Filter Agilent 8360 Preventive Maintenance 10 3...
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