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adaptation,ortranslation
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the
USA
without
copyright
prior
laws.
Introduction
This
guide
pros’idesaquick
Chapter1sninmarizesthe
measurement
contains
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001ocOil
751)
connector.
096
omm/y:
junt
witIian
BNC-to-SMA
Acquainted
Measurement
ply
I
ius’ol s-n
ninug
the
fn’eml
miot
exceu’ml
time
launch
spectrmnmnn
sigumah
to
approhunrate
only:
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with
nmuaximunnn
of
the
sluectrummmn
analyzer
(CAT,
jmress timegrm’enu
time
spectmummuanalt’zer
Use
di
750
thin
SMA
j5TiC.
3.5
adapter.
the
Spectrum
t
inn
umg
thininstrumnmmemr
mnemicyamimi
ammi
usa
imipnitpowm’r
iuiualyzer.
by
mmanasmn
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hule
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t
to
huh
plitumdeoft
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dice
signal.
thrat is
niuig air imp nt
sigmual
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comm
a II
NC-to-hype—N
CAL
O1J~I’
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cabletotime
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S
signmlon
jmri
irtemi
,Siunu:mr
we
will
nuc’ctmc
to
slueetmnumnn
use
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adnujiter.
thin
muir
tIne
it
the
3.
Set
tire center
Press
Ihh~uTRgyJ.
indicating
softkevlabel
tire
active
called
tire
active:
ann
unitshepail.
300 ~.Tire knob
freqinerr
Figure
1—3
with
tire
center
airalvzer
witharrrrrrrrwer
Ira
rrower
F
F*.
freg
that
appears
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active
their
valties
cv.
shrrrvn
freririericy
freitrrerrcv
dim
zir
i
uenc.
tire
firiretioni
tire
slra
CENTER
appears
on the
left
tire kirob,
rrlso
irr’
lIP
5593A
Air
lip
thurri
side
that
usedtnsr’r
S590
thr’
lip
center
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iii
inverse
Tine
spaceontire screeti where
block.
can
ire
cliangeri
Set
tire
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rrtrd steir
scrr’r’nr
rhs~nlayofair
setto300
frei
1rrerrcv
functionisactive.
videotoindicate
Functionsappeari
with
keys
ran
Mhz.
rrrirgr’
rr
ii
ii
of
the
screen,
Tire
center
CENTER
ig
ii
this
step
keys,orurnirrirer
Sirr’rtrrnnrr
Sr’rir’s
S503~h
CENTER
frequency
appears
block
tine
cciii
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slrr’rt
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F
FREQ
is
is
are
cc
nun
a
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,,F
F
iFSL
iv
Figure
——F~-
F
1-3.
Center
Frequency
Getting Acquainted
H
L
H
‘FFr
Set to 300 MHz
with
the
Spectrum
1
iii
F.
F
Analyzer
1-7
4.
Set tue
Press
SPAN
active
5.
Set
\l,Tluenn
necessary
‘thin
amid
tine
grath eWe
Ian
If
screenimusimug
1-8
Getting
spans.
~.
softkev
fuumction.
or
20
MOm,
NEF a
051,
/Evies
am
PEA
thin
anmuplitmudn.
thin
peak
to
nanessage
tire
REF
reference
hum
referemmcclevel
desired,
muse
Acquainted
SPAN
is now
label
appearsmuimuverse
lIeu
mice
ST’ENmzCs
az
MHz
BA dDz
k”z
Figure
1-4.
of
a
signnxldunes unot
auhjmnst
time
REF
LEVEL.0dBms
LVL
soft key
levu’iistIne
oum
thin iii
cli
a
the
reference
time
knobu,stu’p
with
displayemlintime
tine
spamuto20Mliz by
n’ss
30
Frequency Span
amnaphit
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aluiuunmmrsintIme
labumnl
ahulmearsmmimrvmncse
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sImI
55’
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muges
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level
fuumuctiommtoniacin
kunys
, on
the
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active
fmmmnctiona
vkheotoiunmiicatn thuat
pressimug
seEn-n
k-az
so
NCRCaS-NRC
Reducedto20 MHz
dmlupermnonu
level
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omu
thin
scm’eemu.lmness
active
videotoimamhirdute
TIme
referemnce
mID
mum
nun
mini
mnubm’rmorel
- Cl
leveloftine
mmmdi
Analyzer
Sri
MFHZ
fmuuurtiomu
maungi
Iou
time
Is key
block,
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the
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znncs
F’FFLL
,nn:,s’d
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5,1
LEOC
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len-elisthin
mg
tine
grati
rumInline.
signual
1ueakontIne
im
ad
amauh
nn
F-, F
hulock,
tire
key,
be
tlnnmt
top
s’~I
inc
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of
/55?
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c
nil
I
sBs
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iii
in
i,~
H
F
[vi~[
.
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H
F
Li
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usi
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6.
Activate
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rannp1aceadin
signnai‘sfrn’qnnenrry
To
activateanmrinrker,
fronrt
tnannel).‘fire
slnow
thrat
nnnarker
‘t’onn
rann
tine
lniglnvst
Readonntsofnnna
fnnnnrtionn
marker
iv.
is
iii
Figure
1-5.
tine
nuarker.
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anrnh
annrjniitwin’.
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MAREERNCRMAL
tlnn’
at the
alsoinse
tnoi
block
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signral
~‘RhAk”knancnJ,nvinich
nut
nnnr
rker
anrnh
peak.
tire
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artivn’
t
rsrrn’.
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np~ner—nigint
resnninnnnttonletn’rnnninmn’
Getting Acquainted
-
*
H
“scs
‘
Setting
the
softkey
fnnnncl
ion.
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ssnrdfrvqnrn’nrcv
cornieroftire
the
annuphtnndeoftim’
.
P
L-~
F
sIr0lii
sA
Amplitude
ruin
tire sigiral
in tire
lmnbel
appears
‘l’nmrnn
ati
rally
sin
with
the
‘
‘~.n’’
hl,\RKER
thin’
pear
niisplay.
siginal.
Spectrum
iFSi
11FF
i
in
5FF,
inemnktnifrmn
sect
inn
innvvrse
knrnmin
nun
hula
cesanunarkn’r
inn
botir
tire
Look at
Analyzer
tine
inmnioftine
vinivo
piarn’
tire
rut
activu’
thin’
to
1-9
50
pcss
5000
1
“sun
115FF
I,
il”i5iv
iv
SH’
00n’5FF
?a
Ii
u5m
515
LA
L
J
Ii,’
L’AF
H
~
cuss
1111
vinci
5,10
1
Figure
hi
auny
nnn’as
known
Performing
‘line
cirenritry.
snumniannnimi
1-10
nmrn’nmienrtnrn’q
state,
turess
self—vahhratiomn
‘LIne
anhnlitiounoftire
(turin’
slnn’ri
Getting
Acquainted
+
t~
00*ns
‘iS
100
cs
1-6.
(p~~nT.
Marker
ml rn’
U,
“550iF.
Reads
onnivtlmn’sesiejns.
Self-Calibration
ronuthnres
anini nnffsu’ts,
ionrs.
with
corrn’ctionr
the
Spectrum
(lent
HF
-
sN
Out
Frequency
To mtinmr
Routines
rmrlbm’nl
c’nmrrn’n’t
factnnrs
is rentirirenitonnren’t
Analyzer
sir
co
sn
an
11
and
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tire i
inst
ionr
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1’:
F
1
rum
noenn
t
tnr
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a
Warm-Up
‘I’mmanunet
apuzctrmminaumalymmer
Time
spectrmiuna
than
operatingtemum
2.
‘l’mnrn
omitImun
for 30
nul
Note
Time
analyzer
spect
nuntes.
Pemfmncnn
umflem’
tiumnun.Domint
umitil
pu’r
jueratmure
cnn
mvm
tine
time
forniie
sjneeih’ucmmt
iomms:
shuommlmi
inn
storu’uh
naungu’,
for atIemusu2hmomm
mtuuaIyzem
dsnauh
time
slmectrunmum
sjmectriinni
aimmulyzm’r
atttnunmlnttomnumukun
sjuectrmuinm
nummnmlvzu’cself—u’nmlihurmmtimnmm
ml
mitaconmstnuuil
allouv
t
iii’
mummalyzunr
su’If~cmuiibmrmut
luau
nnmu’t
nmmuy
temnu
rs.
sjuu’cIrmmmuaims
imnum
timun
s
1mn’u:i
cuhiiuratu’mh
rum,mtimmuns
pernutmu
re.
ss’ithil
mm
lyzer
tin
us’s rum
imp
rununtimun’s
onnhv
bir’ui
us-nm
m’nmu—mm1m
umrm’musnum-u:numemnls
lmnmu’u’
bu’m’mm
Self-Calibration
‘l’hmespu’u’tm’inmni
acenssemlmyCAL
Perforuam
Comm
apprmnunniatn
OL’Ttotime
2.
Press
Tue
9
nnomummtea
tine
anmalyzeeistin
3.Toas’nimi
CAL
onenanory
‘l’ime
frunmu
by
umsinug
anmalvzunr
FREQ&AHPTD
time
fumliowimig
macct
time
CAL0TJ’l’
cmdnle.
INl
thin
fohlowling
frei~mnemacy
tum
fimmishm,atsehmicim
upemFtruummu
munmalyzunc’s
mmcml
losimig
STORE.CAL
tim
nutisnmsvemh
mmcmicymunui
CAL
FREQorCALAMPTD
Routines
fu’emjmnenmm:y
-
stemstoself.calihmrmute
comm
750
comummector.
Oplmomm
001
spnrtrmmnum
amEnunlil
rude
nmieuiumni’y
off.
miata
selneum
STORE
stnares
uu’
hona
su’l
Getting
unecton
analyzer
sehf.cahihnrationm
tinnun
mhm’
timu’sInu’rt
f—maulihi
mIJ’l’
ammni
timun
anmuplitumnie
nunmul
mmmmn1mlil
timeiunstrum
to
t
hun
011
INI’ft‘1’
unruly:
cur
kt’ys: ~.
tine
runcrunctinnu
hnut
tire
dat
s
1nunctrmnnni
time
uhata
iii
runianu
cmiI
imumufmmm
iumsteauiofCAL
Acquainted
mmli’
su’If.cmulihmrmmtionu
nnmmnmmu
5011enmummer
ITse
nu
750
cnuimle
CAL
FREQ&TD
ronmtlmmuTs
tmuke
fnictunn-s
a is
Inst
sehmu’mm
mummmmhyzer
a i-na
yzmnris
u-ti
unums
is I
muf
sumectrum
tin
rum
cmimminn’
tIme
mmmii
FREQ&TO
with
the
Spectrum
nuammtinmu’s
mimi’
tmmr,mmsimgmmmi
tmu
comm
meetCAI
mu~mumrnnnimumatu’ly
uvihl
hue
slnru’ui
tlmun
mnrmnu’ul
u’ni
obf.
ulnummu’
mm
sjuu’ctmmnnnu
oIl,
iurunss
innanalyzm’n
su’lnnmmmtu’la
-
Analyzer
-
1-11
Note
Winen
time
nelf-rail
appearsontine
If
CAL
FREQ
tine
CAL
FREQ
CAL AMPTD
lntermnuptinng
CAL
FREQ&TD
inn
cormnuptml
CAL
FREQ&TD
bratioun
romutinnes
left
sineoftire
and
CAL AMPTD
continue
should alwaysbeperformnued
routine.
tine
CAL
AMPTD,CAL
self-calibration routines
ata
storeni
inn
ronnilne.)
brave
aereenu.
self-caliburation
RAM.
arm
ccessfnmiiy
(If
FREQ
tinisocr
finn
isinemi,
rmmmntiunva
, or
unmay
mrs
CDRR
befcnre
resnult
rerununtire
(correcteul)
are
used,
tire
Self-Calibration
ifmIre
correction
CAL
FETCHtoretrieve
retrieve
fetcired
tire
correction
1.
Presn
DEFAULT
2.
Perfommo
romu
tine.BesummeCAL
Note
if
time
self-raiihmation
Oimeration
1-12
Getting
mlataluas
correctionu
eorrectionn
data
~~rdicy,
CALDATA
tire
CAL
(‘slug
momutinetofail
nbnectmnnunaumahyzer
signnai).ifthin occurs,
lmerfommning
ronutiune.
Manaab.
Acquainted
Routine
factnmr
miataiscormmujnt,time
Problems
inn’eun
rormum
tine
correvtinmn
data,
hacktopredetc’mnnrinun’nI
—37~,
FREQ
anni CAL
017,1’iscomm
DEFAULT
tire
routines
with
istenloris
mintmntInatInas Inn’es’uonsivImeenu
press
cac,
foliowingprocenl
~
MOREtof3,
AMPTD
nuectecltotIre spect
CALDATA
(the
frec
1nuenmcy
romutInrc
imress
CAL
FREQ
camunothejuerfomment,
the
Spectrum
obvionnsiy
MOREtof
tab
men:
MORE2of3,
ronmtines,ortine
ummay
ramuse
tine
spann
m’mmor
tlnat
ben
ten
(~~p~dMi~,
ronutine,ortine
see tine
Analyzer
inna
menu
mate,musc’
3 ,
CAL
FETCH,If
nurv
cmnmnmennsvnitoset
CAL
FREQ&TD
runs
a ml
oemiruin
svlf-cabiimratiomr
unay’
lint
erfm’n’e
tine
30(1hiliz
—37~,imefore
CAL
FREQ&TD
slnectmununu
smnvenl,‘io
tire
in
sci
timthe
call
bmrumt
inmmm
ammabyzer’s
Performing
Option
010or011 Only
To
unsent
time
tnm
warmmnmmin
amny
tine
tenmuperumtinme
for 30
calibrated
tracking
Note
To
cab
innate
to
tine
sinectnnumnm
2.
immess
lire
MORE2of3.
tran’kimmg
gm’nrm’ratnnr
3.
Pmm’ss
CAL
tbmstissumveuI
the
Tracking
tracking
mmmimmuntes
mmmeasmuremmmemnts.
genmm’matoronly
eomnnii
t buns.
Simuce
bevelofthe
amru~nIi
tine
tracking
amnmnlyzem
fobbowirug
CAL
STOREtosunve
wimenu
Generator
gemnerator
tine
1mm
spn’ctrmunm
ountlnnutismuot
tIre
stuecihcations,
after
Be
nnftrrtime
CAL
TRE
spertmnunms
nie
simonmimlhe
genmematnmr,
inpunt
ammabyzer
TRE
GEE-TO
tubs
simvn’tmnmmmn
bel
niatun
Self-Calibration
ribbons’
mmg
tmm
mnm*ni
smnmn’tocmii
shnect
rumnmu
GEN
monutinre
urmnaby’oem,
curbiin
rat
conu
nedtinetmunrkinmggn’mneruntom
cnnmmmmectmsm,
keys:
SIGNAL
n’rnmnmum’ctn’ui
bum
tint’
unmmuulyznrrist
time
our
before at
immunte
tire
unmu
abyzn’r
inst’s
time
tine
slmvrtrmmmuan
n’niinmlorto
unsimug
unmu
CAL,
MOREtof
NOT
FOUNO
tin t
inn’
slnn’ctmmummn
amm’unofsinertmuumnr
mmmcml
Routine
spectrum
mum
ammaln’oer
temmuinIi
s
1mectmmm
umpbnmmninriate
off.
mugtorunake
ins
umsma
bums
umnet
mmbnerumtimug
mutmsolmntml
ummmuimbitmumhn’
aiyzn*m
nnsi
mug
CAL
3
snub
ime
nhspbayeniifthe
unnmumbyom’r
mmmmmulv’om’r
lyzem
TRE
runinle.
ann
GEN
nmmutp
rut
immjmiut
-
ummm’mmmmnry
Getting Acquainted
with
the
Spectrum
Analyzer
1-13
2
Spectrum
‘l’lmis
sm’m-Iimumm
Nunxt
tcn
miescniiit
iunmms,
are
slmnuvunimm
niccessm’uimvSERVICE DIAG
V.
AN
biumnisIImun
nummul
m:uamnmlumnles
I
Sec.
i-’ignmre
0—2.9GzBAND
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lii’
8:!df3,
2.75—6.4
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liP
8,59213orliP
2.75—6.5
pmesu’lm’ctu’mi
ifI~
S595.-l
3 dB
3rd
ORD
mmmlmmdin
6.0—12.8
inrm’sn’Iu’ct
lIP
859513onill’
6 dB
Analyzer
lists
tim’
inns-in
ku’s-
Immhum’lismu
ri’fu’r
tcn
tin’
mmmm’mmmm
uiu’Iermmmimnm’s
mmrmuhulitnumle
tim’
11—I
fnr
0 lencks
mumnul
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8-~(}-Li,
BAND1lmnu-ks
mmiii
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BAND
1
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fmmuls
MEAS
minis
minim’
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nil
crmudimnus
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fnummis
soft
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hun
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thmmnAMluu’rceurl
humusmufmu’uimnm’umm:y
8,59.5-I
luncks
timu’
a
8,59-1,-i
tine
Functions
key
nmmmd
fn-onmt—junmiru’l
lurief
miunsun’Iiutimmmmmfits
s
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runmum
ulmmmgm-mummm
1uecm-i’mmt
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mu’lnmtiue
ten
ummulnn
hmnmrmmnonmim-
mmu’mmm-y
ramugu’
ouuly,
bnmmnuiwiuitimmftime
fmnmmrt
innmrs
iii
fnmmmnticnnm.
Oiui’matkmmr
E
CAL
umf
an-u’
Mnmnummmnl
t iris
guniilm’_
runt
inmclmmuiu’ul
mnnomlmulatinnnm,
lIme
tus’mn
chmnmnt.
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frmnnnm
imaunul
frounn
luigimest
tim’
m-muiu-nnimmt
I).
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—1)92
t,
llmmnunmmmnmic
2.ti7Sti
(DIz
1-i
ion for
ounhj.
banmulI.Ilnurummunnuic
fmnnmum
2.IiT%6
0hz
sigmmmul
nit
11mm’imill
pmunmiumcl
mmmi
time
iaamaui2.Ilnmmmmaunruic
fm-one
nnmm’mmsmmrm’s
fmmumuinunnum’umt
sigumnul
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nil
(1liz
nutIhun
muhimlmmmlr
i’mur
-
‘11mm’
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mlii
bunummul
liz
tun
2,921-I
mmml
ten
li.l7ytiChic,
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ten
9,511-ybCliz.
mouser
tine
signmnml
-
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luousu’r
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I
mis
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is
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2 is
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Spectrum
Analyzer
Functions
2-1
9 kHz
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ievei.
12
.4—19,BAND
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Spectrum
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2-9
OISPOSE
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by
2-10
Spectrum
Analyzer
Functions
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