Agilent Technologies 83620A User Manual

9.
Lo
cate
the
spur corresp
onding to
the sp
ectrum
analyzer
frequency
(see
T
able 2-14
)
and
use
the
mark
er
to
measure
its
amplitude.
If
the
spur
is
in
the
noise
lev
el,
use
the
noise
lev
el
amplitude
(this
gives
aw
orst case
value).
dBm
Spur
Absolute
Amplitude
10.
Calculate the
spur lev
el
in
dBc
as
follo
ws:
Spur Lev
el (dBc)
=
0
[Carrier
Amplitude
(dBm)
0
(Spur
Lev
el)]
Record
the result
on
the
test
record.
Compare
the
result
to
the
sp
ecication.
Note
The
o
dd
harmonics
will
normally
b
e
higher
than
the
ev
en
harmonics.
11.
Rep
eat
steps
8
through
10
for
eac
h
of
the spurs
and sp
ectrum
analyzer
frequencies
in
T
able
2-14
.
Change
the
sp
ectrum
analyzer
reference
lev
el
as
indicated in
the table.
T
able
2-14.
Spectrum
Analyzer
Frequencies
and
Line
Spur
Frequencies
and
Harmonics
Line
Spur
Harmonic
Line
Spur
F
requency
(Hz)
Sp
ectrum
Analyzer
F
requency
(Hz)
Reference
Lev
el
(dBm)
2 120 6,990,000,120 0 50
3 180 6,990,000,180 0
50
4 240 6,990,000,240 0
50
12.
F
or
syn
thesizers
capable
of
frequencies
do
wn
to
10
MHz, set
the
syn
thesizer
and sp ectrum analyzer to 1.9 GHz and rep eat steps 6 through 11
for this
frequency.
2-58 Performance Tests
Spurious Signals (Line-Related)
HP 8360
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Agilent Technologies 83620A Specifications

General

Brand	Agilent Technologies
Model	83620A
Category	Blower
Language	English