Agilent Technologies 83620A User Manual

11.
Calculate
the
spur lev
el in
dBc as
follo
ws:
Carrier
Amplitude
(dBm) 0
Spur Absolute
Amplitude (dBm)
=Spur
Lev
el
(dBc)
Record
the
result
on
the
test
record.
Compare
the
result
to
the
sp
ecication.
12.
Repeat
steps
9
through
11
for
eac
h
of
the
spurs
and
sp
ectrum
analyzer
frequencies
in
T
able
2-12
.
Lo
w
Band Offset
Spurious
Signals
Disr
e
gar
d
if b
eyond your
synthesizer's c
apability.
13.
On
the
syn
thesizer,
press:
4
CW
5
4
1
5
4
GHz
5
4
PO
WER
LEVEL
5
4
0
5
4
dBm
5
14.
On
the
sp
ectrum
analyzer,
set:
Center
Frequency:
1
GHz
Frequency
Span:
500
Hz
Reference Level:
0
dBm
Resolution
Bandwidth:
Auto
Video
Bandwidth:
Auto
Marker:
1
GHz
Video
Averaging:
Off
15.
Use the
marker
to measure
the syn
thesizer's
RF
output
amplitude
at
1
GHz.
This
is
the
carrier
amplitude
to
which
the spurs
are referenced.
dBm
RF
output
at
1
GHz
16.
Set
the
sp
ectrum
analyzer
cen
ter
frequency
to
eac
h
of
the
frequencies
in
T
able 2-13
.Use
the mark
er
to
measure
the
spurs
(c
hange
the
reference
level
as
necessary).
Calculate the spur lev
el in dBc for eac
h of the spurs as follo ws:
Spur Lev
el (dBc) =
0 [RF Output at 1 GHz (dBm)
0 (Spur Lev
el)]
Record the spur lev
el in dBc on the test record. Compare the spur lev
el to
the sp ecication.
HP 8360 Performance Tests
Spurious Signals (Non-Harmonic)
2-53
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Agilent Technologies 83620A Specifications

General

Brand	Agilent Technologies
Model	83620A
Category	Blower
Language	English