Kenwood KT-9X User manual

G. Tannenbaum
Electronic Service Data
P.O. Box 386/Ambler PA 19002
Phone [phone] Fax [phone]
Web Page www.agtannenbaum.com
KENWOOD
MODE LS KT-9X/9XG/9XL
TUNER

...I
-cI
::::I
-cI
..., $KENWOOD~ IT -DI/DIG/DIL
QUARTZ SYNTHESIZER STEREO TUNER
Panel ass
IA20- Front glass
(B10-0319-03) Metallic cabinet
IA01-0422-02) Cover
(F07-0427-04)
Knob
IK27-0683-041 Knob
IK29-0460-031 Cap
IB09-0018-04)
AM loop antenna
IT90-0122-051 Terminal board
IE20-0228-05) Bushing
IJ42-0083-05)
Slide switch
1531-2056-051
Slide switch"
1531-
Coaxial connector
IE04-0006-051 Phono jack
(E13-0217-05) Foot
(J02-0118-041 Power cord"
(E30-
. Refer to Parts List on page 1 7.

IT-HX/XG/Xl
- . . .
NOTES/REMAROUES
Notes on Replacement of Ceramic Filters and Vari-cap
Diodes
Ceramic filters used in the KT- , 9XG , 9XL are classified
into three groups according to their center frequencies. Each
set is equipped with one of these three types of filters.
Be sure to replace all four ceramic filters ICFl - CF4)
together using a filter kit which includes four filters with the
same center frequency when they need to be replaced.
The center frequency of each ceramic filter is identified by
the color in the upper corner Confirm that all the four filters
are of the same color after replacement.
Adequate performance will not be provided if the IF center
frequency does not match the ceramic filter center frequency.
The IF center frequency must be changed to match the
ceramic filter center frequency if the center frequency of the
ceramic filters removed is not the same as that of the new
filters. Change the I F center frequency by adding (or remov-
ing) 033 and/or 034 to PC board Xl 3 in the combinations
shown in the table.
The ceramic filters used in this model are specially
selected, and those used in other models cannot be used. The
vari-cap diodes IKVl 226) for the AM band must be replaced
in pairs when one of them needs to be replaced.
IF frequency Ceramic filter 033 034
(MHz) color
10. 700 Red Not used Not used
10. 725 Orange Not used Used
10. 750 White Used Used
Color for identifying center frequency
Blue Brown
SFE
1O. 7MX
CF2. CF1.4
Remarques sur Ie rem placement des filtres ceramiques et
diodes 11 capacite variable
Les filtres ceramiques qu utilise Ie KT- , 9XG , 9XL sont
classes en trois groupes seton leur s frequences nominales.
Chaque appareil est equipe de I' un de ces trois types de filtre.
Veiller a rem placer en mBme temps les quatre filtres cera-
miques ICFl a CF4) en utilisant un jeu de filtres qui com porte
quaere filtres ayant la mBme frequence nominale.
La frequence nominale de chaque filtre ceramique est
identifiee par la couleur de son angle superieur. S' assurer
apres rem placement que les angles des quaere filtres sont
tous de la mBme couleur.
Les performances adequates ne peuvent Btre obtenues si
la frequence nominale intermediaire IF ne correspond pas ala
frequence nominate du filtre ceramique. La frequence IF do
Btre modlfiee pour correspondre a la frequence nominale des
filtres ceramlques si celie des filtres enleves est differente de
celie des nouveaux filtres. Modifier la frequence nominale
intermediaire IF en ajoutant Iou en enlevant) 033 et/ou 034
a la plaquette de circuits X13 en se referant aux combinai-
sons mentionnees dans Ie tableau.
Les filtres ceramiques qu utilise ce modele sont choisis
specialement et ne peuvent Btre rem places par ceux qu utili-
sent les autres modeles.
Les diodes a capacite variable (KVl 226) pour la modula-
tion d' amplitude (AM) doivent Btre remplacees par paires lors-
que I' une d'elles do it Btre remplacee
Fniquence inter. Couleun du filtre 033 034
IF (MHz) ceramique
10, 700 Rouge Non utilise Non utilise
10, 725 Orange Non utilise Non utilise
10, 750 Blanc Utilise Utilise
Couleur d'identification
de la frequence nominale
Bleu Marron
SFE
1O. 7MX
CF2 CF1.4

IT-9X/XG/Xl
HINWEISE
Hinweise zum Austausch von Keramikfiltern und Halbleiter-
Dioden mit veranderbarer Kapazitat
Die im KT- , 9XG , 9XL verwendeten Keramikfilter werden
ihren Mittenfrequenzen entsprechend in " drei Gruppen
aufgeteilt. Jede Baugruppe ist mit einem Filter aus diesen drei
Gruppen ausgestattet.
Auf jeden Fall aile vier Keramikfilter ICF- l - CF-4) unter
Verwendung des Filtersatzes, der vier Filter mit der gleichen
Mittenfrequenz enthiilt, austauschen , wenn dies erforderlich
wird.
Die Mittenfrequenz jedes Keramikfilters wird anhand der
Farbmarkierung in der oberen Ecke festgestellt. Sicherstellen
daG, nach dem Austausch aile vier Filter die gleiche Farbe
haben werden.
Falls die ZF- Mittenfrequenz nicht mit der Mittenfrequenz
der Keramikfilter ubereinstimmt, kann die ordnungsgemiiG,e
Betriebsleistung nicht erzielt werden Falls die Mittenfrequenz
des ausgetauschten Keramikfilters nicht mil der der neuen
Filter uberinstimmt, muG, die ZF-Mittenfrequenz so veriindert
werden , daG, sie mit der Keramikfilter- Mittenfrequenz
ubereinstimmt. Die ZF-Mittenfrequenz veriindert man durch
Hinzufugen Ibzw. Entfernen) von D33 und/oder D34 an der
Leiterplatte Xl 3 gemiiG, den in der Tabelle aufgefuhrten Kom-
binationen
Die bei diesem Modell verwendeten Keramikfilter sind
speziell fUr diesen Zweck ausgewiihlt, und Filter anderer
Modelle Kbnnen nicht verwendet werden.
Falls eine der Halbleiter-Dioden mit veriinderbarer
Kapazitiit (KVl 226) fur das AM-Band ausgetauscht werden
muss, ist stees ein paarweiser Austausch erforderlich.
ZF-Frequenz (MHz) Keramikfilter 033 034
Farbmarkierung
10. 700 Rot Wird nicht Wird nicht
verwendet verwendet
10. 725 Orangenfarbig Wird nicht Wird
verwendet verwendet
10. 750 Weirs Wird Wird
verwendet verwendet
Farbmarkierung zum Feststellen
der Mittenfrequenz
Blau SFE
1O. 7MX Braun
CF2. CF1.4

IT -BX/XG/Xl.
BLOCK DIAGRAM / DISASSEMBLY FOR REPAIR
BLOCK DIAGRAM
~:
FLUORESCENT :=3
DISPLAY
FILAMENT
DISASSEMBLY FOR REPAIR
Power switch Removing the signal meter LEDs
1) Remove the knob ICD)
2) Remove the 2 screws 1(2)) which hold the power switch to
the subpanel.
3) Remove the 2 push rivets ((ID) which hold the LED board to
the subpanel.
Sub panel

ADJUSTMENTlREGLAGES/ ABGLEICH
Frequencv counter
1:::11 ~ 0 ~ ,
(J) pC Voltmeter
(G)
Ir- II lt=
Frequencv counter
(I) AC Voltmeter
~~r
(F) DC Voltmeter
~ ~
LI~~
L20 Ll7 CTI
CT2
L3~
L4~
CT3
L6 D CT4
VOl L7~
(Q) CT5
L8 cgp
LI1
L" Ll5
~ ~~ ~
CH CTG
VR6 VRS
~ Q ~4 ~
VR7
IC4
ill)
VR3
(2)
(iJ)
000000(2)
(H)
FM- FM-MPX
FM-
L__-
(B)
(AI AC -Voltmeter
lEI
IT -BX/XG/Xl
0 0
0 0
0 0
0 0
0 0
000000
SCOPE
c=J~~~o
'0 :; '
~ .
.:.. I!;)
.......... "
Distortion meter

IT -BX/XG/Xl
ADJUSTMENT
TEST INSTRUMENT APPAREILLAGE PRUFINSTRUMENTE
Oscilloscope ...
AM signal generator ......
FM signal generator.
Audio generator.
AC voltmeter.
FM multiplex generator.
Frequency counter.
DC voltmeter..
Distortion meter....
Dummyantenna
Oscilloscope.. ............Oszilloskop...
..... ......................
SCOPE
...............
Generateur MA. .......MW-Signalgenerator. ..AM-
............
Generateur MF ...
.................. ..
UKW-Signalgenerator ......... .. FM-
Generateur audio frequences ............ NF-Signalgeneraor .........................
...........
Voltmetre CA ........ ............ Wechselspannungsmesser
..........
Generateur multiplex stereo. ........ UKW- Multiplexgenerator.
Frequencemetre ...... ..................Frequenzziihler
...........
Voltmetre CC
.................... ...........
Gleichspannungsmesser
........
Distorsiometre. .........Klirrfaktormesser
... .
Antenne fictive..... ............
. .
Antennennachbtldung
....
FM- MPX
NO. ITEM INPUT OUTPUT TUNER ALIGNMENT ALIGN FOR FIG.
SETTINGS SETTINGS SETTINGS POINTS
FM SECTION SELECTOR: FM MODE: STEREO
(D)
BAND EDGE Connect a DC 107 . 9MHz 25.
(1) voltmeter to 11 08.00MHz)
terminal 4.
(D)
BAND EDGE Connect a DC 87.9MHz CT5
(2) voltmeter to (87. 50MHz)
terminal 4.
Repeat alignments 1 and 2 several times.
RF ALIGNMENT (A) MONO L 1 Minimum distortion and
(FM) 88. 9MHz 1kHz IE)
(1) 75kHz dev 88. 9MHz maximum output.
RF ALIGNMENT IAI MONO Minimum distortion and
(FM) 1 05. 9MHz 1 kHz (EI CTl-
(2) 75kHz dev 105.9MHz maximum output.
Repeat alignments 3 and 4 several times.
(A) IF)
DISCRIMINATOR 100. 1 MHz Connect a DC MONO
(1) 0 dev 60dB voltmeter 100. 1 MHz
(ANT inputl across R66.
(A) (GI Center frequency
SECOND LOCAL 100. 1 MHz Connect a frequencv MONO
TRANSMISSION 0 dev 60dB counter to 100 1 MHz L 11 9/49x of ceramic filter.
(ANT input) Pin 1 of IC4. (MHzJ
IAI (H) MONO Adjust VR 1 so that the DC
WIDE GAIN 100. 1 MHz Connect a DC 100. 1 MHz VRl voltmeter reading in the WIDE
0 dev 30dB voltmeter to mode is the same as that in
(ANT input) Pin 2 of IC3. WIDE- NARROW the NARROW mode.
III
Apply the resistance
(AI 330k Ohm at connec-
VCO 100. 1 MHz ting point of VR3 and STEREO VR3 Frequency:
0 dev 60dB R94, and connect AC 100. 1 MHz 76kHz ",200Hz
IANT input) voltmeter and con-
nect the frequency
counter.
VCO: Voltage Controlled Oscillator.
(BI
PILOT 100. 1 MHz lEI STEREO VR2 Minimum output.
CANCELLER Pilot signal 100. 1 MHz
60dB (ANT input)
(BI
100. 1 MHz
DISTORTION 1 kHz", 68. 25kHz dev IE) STEREO Minimum distortion.
(STEREO) Selector: L or R 100. 1 MHz
Pilot: ",6.75kHz dev
60dS (ANT input)

. IT -UX/KG/Xl
ADJUSTMENT
NO. ITEM INPUT OUTPUT TUNER ALIGNMENT
SETTINGS SETTINGS SETTINGS POINTS ALIGN FOR FIG.
IBI Minimum crosstalk.
100. 1 MHz
SEPARATION 1kHz oIe68. 25kHz dev STEREO VR5 (LI A compromise adjustment
(WIDE) Selector: L or R lEI 100. 1 MHz VR6 IRI mav be required if left-to-right
Pilot: oIe6. 75kHz dev WIDE and right-to-Ieft separations
60dB IANT inputl are unequal.
IBI
100. 1 MHz Minimum crosstalk.
SEPARATION 1 kHz ole 68. 25kHz dev STEREO A compromise adjustment
(NARROW) Selector: Lor R (EI 100. 1 MHz VR4 mav be required if left-to-right
Pilot: oIe6. 75kHzdev NARROW and right-to-Ieft separations
60dB IANT inputl are unequal.
AM SECTION Keep the AM loop antenna installed.
BAND EDGE (DI
(1) Connect a DC
(MW) (1) voltmeter to 1 610kHz L 17 21.0 V
terminal 4. 11602 kHzI
BAND EDGE IDI
(2) Connect a DC
(LW) (1) voltmeter to 350 kHz L20 21. 0 V
terminal 4.
RF ALIGNMENT (CI Maximum amplitude and
(3) (MW) (1) 630 kHz (EI L 15 svmmetry of the
400 Hz, 30% mod 630 kHz oscilloscope displav.
RF ALIGNMENT ICI Maximum amplitude and
(4) (MW) (2) 1440 kHz lEI CT6 symmetrv of the
400 Hz, 30% mod 1440 kHz oscilloscope display.
RF ALIGNMENT ICI Maximum amplitude and
(5) (LW) (1) 170kHz lEI L 18 symmetry of the
400Hz, 30% mod 170kHz oscilloscope display.
RF ALIGNMENT (CI Maximum amplitude and
(6) 320 kHz lEI
(LW) (2) 400 Hz, 30% mod 320 kHz CT7 symmetry of the
osciliDscope display.
Repeat alignments (31 (61 several times.
(CI IJI Turn the variable resistor until
(7) AM STOP 990 kHz the DC voltmeter reading
LEVEL 400 Hz, 30% Mod Connect a DC 990 kHz VR7 changes from the LOW level
40 dB IANT input! voltmeter to T. to the HIGH level Ifrom the
HIGH level to the LOW levell.

IT -UX/XD/Xl
TEST INSTRUMENT
Oscilloscope.
AM signal generator .
FM signal generator.
Audio generator.
AC voltmeter.
FM multiplex generator.
Frequency counter.
DC voltmeter
Distortion meter.
Dummy antenna.
ITEM
SECTION MF
BORD DE
BANDE (1)
BORD DE
BANDE (2)
ALiGNEMENT
(1 )
ALiGNEMENT
(2)
DISCRIMINATEUR
(1 )
SECONDE
TRANSMISSION
LOCALE
GRAND GAIN
OSCILLATEUR
CONTROLE PAR
LA TENSION
CIRCUIT
SUPPRESSION
DE SIGNAL
PILOTE
DISTORSION
(STEREO)
REGLAGES
APPAREILLAGE
Oscilloscope.
Generateur MA.
Generateur MF..
Generateur audio frequences.
Voltmetre CA .
Generateur multiplex stereo.....
Frequencemetre .
Voltmetre CC .
Distorsiometre
Antenne fictive.
REGLAGE DE
ENTREE
IAI
9MHz 1 kHz
75kHz dev
IAI
1 05 9MHz 1 kHz
75kHz dev
IAI
100 1 MHz
0 dev 60dB
IEntree ANTI
IAI
100 1 MHz
0 dev 60dB
IEntree ANTI
IAI
100 1 MHz
0 dev 30dB
IEntree ANTI
IAI
100 1 MHz
0 dev 60dB
(Entree ANTI
IBI
100 1 MHz
signal pilote
60dB IEntree ANTI
(BI
100 1 MHz
1 kHz oJ= 68 25kHz dev
Selection: Lou R
Signal pilote: oJ=675kHz
dev 60dB IEntree ANTI
REGLAGE DE
LA SORTIE
SELECTEUR: FM
(01
Connecter un
voltmetre CC au
terminal 4.
PROFINSTRUMENTE
Oszilloskop.
MW-Signalgenerator .
UKW-Signalgenerator .
NF-Signalgenerator .
Wechselspann u ngsmesser
UKW-Multiplexgenerator .
Frequenzzahler
Gleichspann ungsmesser
Klirrfaktormesser
. Antennennachbildung
SCOPE
AM-
FM-
FM-MPX
REGLAGE DU
TUNER
MODE: STEREO
POINTS DE
L' ALiGNEMENT ALIGNER POUR FIG.
107 9MHz
(108 00MHzI
101
Connecter un
voltmetre CC au
terminal 4.
Repeter les points 1 et 2 plusieurs fois.
lEI
lEI
9MHz
187 50MHz) CT5
MONO
88. 9MHz L 1 Distorslon minima Ie et deviation maximale.
MONO
105. 9MHz CT1 - 4 Distorsion minima Ie et
deviation maximale.
Repeter les points 3 et 4 plusieurs fois.
IFI
Connecter un
voltmetre
CC sur R66.
IGI
Connecter un comp-
leur de frequence a
la fiche 1 de IC4.
IHI
Connecter un
voltmetre CC a
la fiche 2 de IC3.
III
Appliquer la resistance
de 330k ohms au
point de raccordement
du VR3 et R94, puis
raccorder un voltmetre
et un frequence-metre.
lEI
lEI
MONO
100 1 MHz
MONO
100 1 MHz
Frequence
nomina Ie du
9/49 X filtre ceramique.
(MHzJ
Adjuster la resistance de
fa~on que I'indication du
voltmetre CC sur Ie mode
WIDE so it identique a celie
du mode NARROW.
L 11
MONO
100 1 MHz
WIDE-NARROW VRl
STEREO
100 1 MHz Frequence: 76kHz oJ=200Hz
VR3
STEREO
100 1 MHz VR2 Sortie minimale.
STEREO
100 1 MHz Dlstorsion minimale.

IT -OX/KGIXl
REGLAGES
ITEM REGLAGE DE REGLAGE DE REGLAGE DU POINTS DE ALIGNER POUR FIG.
ENTREE LA SORTIE TUNER ALIGNEMENl
(BI Diaphonie minimale.
100 1 MHz STEREO ' Un compromis de reglage
SEPARATION 1kHz ,,68 25kHz dev VR5 (LI peut etre necessaire si les
(WIDE) Selection: Lou R lEI 100 1 MHz VR6 IRI separations de gauche a droite
Signal pilote: ,,6 75kHz WIDE et de droite a gauche sont
dev 60dB (Entree ANTI inegales.
(BI Diaphonie minima Ie.
100 1 MHz STEREO Un compromis de reglage
SEPARATION 1kHz ,,68 25kHz dev peut etre necessaire si les
(NARROW) Selection: Lou R lEI 100 1 MHz VR4 separations de gauche a droite
Signal pilote: ,,6 75kHz NARROW et de droite a gauche sont
dev 60dB (Entree ANTI inegales.
SECTION MA Laisser I'antenne boucle MA installee.
IDI
BORD DE Connecter un
(1) BANDE (MW) voltmetre CC au 1 610kHz L 17 0 V
terminal 4. 11602 kHz
101
(2) BORD DE Connecter un L20 0 VBANDE (LW) voltmetre CC au 330 kHz
terminal 4.
ALiGNEMENT H. (CI Amplitude et symetrie
(3) 630 kHz lEI L 15 maximale de I'affichage de
(MW) (1) 400 Hz , 30% mod 630 kHz oscilloscope.
ALiGNEMENT H. (CI Amplitude et symetrie
(4) 1 440 kHz (EI CT6 maximale de I'affichage de
(MW) 400 Hz, 30% mod 1440 kHz oscilloscope.
ALiGNEMENT H. T. ICI Amplitude et symetrie
(5) 170kHz (E) L 18 maxima Ie de I'affichage
(LW) (1) 400Hz, 30% mod 170kHz de I'oscilloscope.
ALiGNEMENT H. ICI Amplitude et symetrie
(6) 320 kHz lEI maximale de I'affichage de
(LW) (2) 400 Hz, 30% mod 320 kHz I' oscilloscope.
Repeter les points 131- 161 plusieurs fois.
Tourner la com man de de la
(C) (JI resistance variable jusqu a ce
(7) 990 kHz Connecter un 990 kHz VR7 que I'indication du voltmetre
NIVEAU D'ARRET 400 Hz , 30% mod voltmetre CC CC passe du niveau faible
40 dB IEntree ANTI a T. ILOWI au niveau eleve (HIGH)
au vice-versa.

IT -OX/XG/Xl
ABGLEICH
TEST INSTRUMENT
Oscilloscope.
AM signal generator.
FM signal generator.
Audio generator. ..
AC voltmeter.
FM multiplex generator.
Frequency counter.
DC voltmeter.
Distortion meter......
Dummy antenna.
APPAREILLAGE
Oscilloscope.
Generateur MA.
GenerateurMF..... ...... ...
.. Generateur audio frequences
Voltmetre CA .
.. Generateur multiplex stereo.
.... Frequencemetre .
.. Voltmetre CC.
Distorsiometre ...
Antenne fictive.
PROFINSTRUMENTE
Oszilloskop.
MW-Signalgenerator
UKW-Signalgenerator.
NF-Signalgenerator.
Wee hselspa n n u ng smesser
UKW-Multiplexgenerator .
Frequenzzahler
Gleichspann ungsmesser
Klirrfaktormesser
Antennennachbildung
SCOPE
. AM-
FM-
. AG
FM- MPX
NR. GEGENSTAND EINGANGS- AUSGANG- TUNER ABGLEICHE ABGLEICHEN FOR ABB.
EINSTELLUNG EINSTELLUNG EINSTELLUNG PUNKTE
UKW-EMPFANGSABTEILUNG WAHLER: FM BETREIBSART: STEREO
101
BANDKANTE Einen Gleichspan- 107 , 9MHz
nungsmesser zu
(1) Klemme 4 11 08 00MHzl
anschlieG.en.
ID)
BANDKANTE Einen Gleichspan- 87 ,9MHz
nungsmesser zu CT5
(2) Klemme 4 (87 50MHz)
anschlieG.en
Abstimmungen 1 und 2 mehrere Male wiederholen
EMPFANGS- IAI MONO L 1 Minimaler Klirr und
BEREICH 9MHz 1 kHz lEI
(1) 75kHz Hub 88. 9MHz maximaler Ausgang.
EMPFANGS- (AI MONO Minimaler Klirr und
BEREICH 1 05 9MHz 1 kHz lEI CTl-
(2) 75kHz Hub 105.0MHz maximaler Ausgang.
Abstimmungen 3 und 4 mehrere Male wiederholen
IA) (FI
DISKRIMINATOR 100 1 MHz Einen Gleichspan- MONO
(1) 0 Hub 60dB nungsmesser 100 1 MHz
(ANT-Eingangl uber R66.
(AI (GI Mittenfrequenz
ZWEITE LOKALE 100 1 MHz Einen Frequenzmesser MONO L 11 9/49x des
OBERTRAGUNG 0 Hub 60dB zum Stilt 1 von IC4 100 1 MHz Keramikfilters.
(ANT-Eingangl anschlieG.en (MHz)
IHI Den Regelwiderstand so
FELDST ARKE- (AI Einen Gleich- MONO einstellen , daG. die Anzeige
INSTRUMENT 100 1 MHz spannungsmesser 100 1 MHz VRl des Gleichspannungsmesser
0 Hub 30dB in der Betriebsart WIDE
(WElT) IANTF-Eingang) zum Stilt 2 von WIDE- NARROW den gleichen Wert hat wie
IC6 anschlieG.en in der Betriebsart NARROW.
III
Widerstand 330k Ohm
SPANNUNGS- (AI am AnschluG. van VR3
GEREGELTER 100 1 MHz und R94 anlegen und STER EO VR3 Frequenz:
OSZILLA TOR 0 Hub 60dB das Voltmeter 100 1 MHz 76kHz "= 200Hz
(ANT-Eingangl (Wechselstroml sowie
den Frequenzmesser
anschlieG.en.
IBI
PILOT 100 1 MHz STER EO
Pilotsignal lEI VR2 Minimaler Ausgang.
LOSCHER 60dB 100 1 MHz
IANT-Eingangl

.,.
IT -OX/XG/Xl
ABGLEICH
NR. GEGENSTAND EINGANGS- AUSGANG- TUNER ABGLEICHE ABGLEICHEN FOR
EINSTELLUNG EINSTELLUNG EINSTELLUNG PUNKTE ABB.
IBI
KLlRRFAKTOR 100 1 MHz
(STEREO) 1 kHz x 68 25kHz Hub lEI STER EO
Wahler: Loder R 100 1 MHz Minimaler Klirrfaktor.
Pilotton: x6 75kHz Hub
60dB IANT-Eingangl
IBI Minimales Ubersprechen.
STEREO 100 1 MHz
KANAL 1 kHz x 68 25kHz Hub STEREO VR5 III Eine Ausgleichrege lung kann
TRENNUNG Wahler: Loder R lEI 100 1 MHz VR6 IRI notwendig sein , falls link-zu-
(WIDE) Pilotton: x6 75kHz Hub WIDE rechts und rechts-zu-links
60dB IANT-Eingangl Trennungen ungleich sind.
IBI Minimales Obersprechen.
STEREO 100 1 MHz
KANAL 1 kHz x 68 25kHz Hub STEREO Eine Ausgleichrege lung kann
TRENNUNG Wahler: Loder R lEI 100 1 MHz VR4 notwendig sein , falls link-zu-
(NARROW) Pilotton: x6 75kHz Hub NARROW rechts und rechts-zu-links
60dB IANT-Eingangl trennungen ungleich sind.
MW-EMPFANGSABTEILUNG Die MW-Rahmenantenne angebracht lassen.
101
BAND KANTE Einen Gleich-
(1) (MW) spannungsmesser 1 610kHz
zu Klemme 4 11602 kHzl L 17 0 V
anschlie"en.
101
BAND KANTE Einen Gleich-
(2) (LW) spannungsmesser L20 0 V
zu Klemme 4 350 kHz
anschlie"en.
HF-ABGLEICH ICI Maximale amplitude und
(3) (MW) (1) 630 kHz lEI L 15 Symmetrie des
400 Hz , 30% mod 630 kHz Oszilloskopbildes.
HF-ABGLEICH ICI Maximale amplitude und
(4) (MW) (2) 1440 kHz lEI CT6 Symmetrie des
400 Hz , 30% mod 1440 kHz Oszilloskopbildes.
HF-ABGLEICH ICI Maximale Amplitude
(5) (LW) (1) 170kHz lEI L 18 und Symmetrie des
400Hz, 30% mod 170kHz Oszilloskopbildes.
HF-ABGLEICH ICI Maximale amplitude und
(6) (LW) (2) 320 kHz lEI Symmetrie des
400 Hz, 30% mod 320 kHz Oszilloskopbildes
Abstimmungen 131 161 mehrere Male wiederholen. Den Regelwiderstand soweit
ICI IJI drehen , bis die Anzeige des
990 kHz Einen Gleich Gleichspannungsmessers vom
(7) STOP PEGEL 400 Hz, 30% mod spannungsmesser 990 kHz VR7 niedrigen Pegel ILOWI nach
40 dB IANT-Eingangl zur T. hohem Pegel IHIGHI
anschlie"en umschlagt bzw. vom hohen
Pegel IHIGHI zum niedrigen
Pegel.

IT-UX/XG/Xl
PC BOARD
TUNER (XO5-2090-11)
Component side view
Refer to the schematic diagram for the values of resistors and
capacitors.
The PC board drawing is viewing from the side easy to check

$KENWOOD~ QUARTZ SYNTHESIZER STEREO TUNER
~:o
2SA733
2SC945
2SC1923
2SA999 2SC2320 2SC828
~SK61
D G
3SK73
UPC 1163H
AN6554
R7020 10 ,
18 '
NJM4558D
~PC4557C
AN6552
~.~
R4011
1245 11
51903L
, "
L~~~2~~I
~____
r-----
Roh
75V
;t~
I r
~~~-~~~- ~--_
1e4 TR4011 03 15 25K51
1$5B5 !C5 HAII223W 25el923
I DB- 1S1555,,1S20T5 le5 AN5554 07 13 25e945IAIIO
PI"25e2320IE,FI"25e828AI0
I 19-27, 33-36 le7 NJM4558D 14 25,28- 34- 16, 19-21,
D28 152075A ".PO4557C 09101T18' 25KIO51HJI DOl SlWB'O " AN6552 023 2SA733IA;,0 PI" 25A9991AIIE, D32 XZ-050 IC8 LAI245 31 33 43
IC9 M5190Ol
g"
Z5D"0
ICI .PClI53H 042 25AB50
Loh
;;" ,,",,," .", "'"
n. 'I'
;",
010
~"",oo
032 , "
SI IR66!L18- 20, CI60- 169, DI6 ;- C1941J200
Q1S- , Rno- 181 , cn ::"j.._
~--
J20
No y" I No ,Ye,
OIl"
Yo,
~--'==
No
"'"
C1OS CI06 CI07
Cl08
...'-Cr~
,...--
J I
~J91
L__
)(0-5:;;090- I I
PI
-----
XOS-2090-81 0,0075,
UEI
XOS-2090.71 001s, o07s,
IXI I'
XOS-~~~2-71 I 0,015,
XOS.2092.72 0 OIS,
KT-9XL IT EI '
V" 1 27k
No 27k No I No
No I
~ _
27k 1
--------.': -
No ;J V" , No
.",""'0"'"'
-------------_------------
KT.9XL
DC voltages are measured by a VOM of 20 kWV input impedance Die Gleichstrom-Spannungen werden durch ein Vielfachmersgerat
von 20 kO/V Eingangs- Impedanz gemessen,
Les tensions de courant continu sont mesurees par un multimetre
une impedance d'entree de 20 kWV.
KT-9XIK) IA/2I

$KENWOOD~ QUARTZ SYNTHESIZER STEREO TUNER
(0-- -w---
101 102 103
lC4
lC5 lC6 lC7
ICB
lCIO
0 I 03-B
011-23 025 0 I
,PUB"05H
"N6147B "N1203
TLoncp TR07420B
"N1201 "B74L542",,"74L542P "B74L504"" "74L504P ,P0400IBC"TC400IBP
TC40llBP" ,P040llBC 250330
25K163
25C9451A1I0, PI" 25C 16B5IR 5I" 25C27B51J,H I
25A7331AII0, PI " 25C16B51R 25C 27851J, HI
. W06B
IS 2076A
X2- 305
Xl - 051
06 5IWBIO 09 Xl- 127 010 21-23 , 25 2B-34
37-40
Oil IS 2076 " ISl555
1N60
IXI3-3510- IOIiA/GI
------------
015"" Mco"'
0 6 '-""
,~ ;~ ~
'.m 037
;;; ----- '"".", '""""" ""-------
IXI3- 3510- IOIIE/GI
-------
(;51
" :,~
f'f'" Cr"
111
0 1:-
I l 520 cH"~"1 I ~ SP"
I x 13:'35io-:ai' iiDi6 I
p.r- " ,"-n
~ Ii
'11 dJ
L520 1~i!",,!!i:U
IXI3-35i'O 71 iQi61 KT-9XIKI 18121
----------
R29,48 50, ICl 0, C34,45 Q24 L3 Rl00 030 031 033 J29 024 27, 35,36, 39 J24 115, 116, 118 J119 034 J 1 04 , 1 05
X13-3510- Yes Yes Yes Yes
IK,
X13-3510- Yes Yes
(U, UE)
X13-3512- Yes Ves X13-3512- Yes Yes
KT-9XL (T
KT-9XL
MB74LS04M MB74LS42M MN1201 TLO72CP TRD,."" ~MOGH
2SC2785
~:
14~
~~ '
00;
'"
20 , PUT
) E B C GND
IN (Case)
21 PUT
DC voltages are measured by a YOM of 20 kO/V input impedance
Les tensions de courant continu sont mesurees par un multimetre
une impedance d'entree de 20 kO/V.
Die Gleichstrom-Spannungen werden durch ein VielfachmefSgerat
von 20 kOlV Eingangs- Impedanz gemessen-
SPECI FICA TIONS
FM TUNER SECTION
NORMAL
Usable Sensitivity (75Q)_.._............ 10.8 dBf
(0.95/lV)
DIRECT
25.2 dBf
(5.0/l) 31.2 dBf
(10/lV)
41.2 dBf
(100/lV)
50 dB Quieting Sensitivity (75Q)
Mono............................................ 16.4 dBf
(1.8/lV)
Stereo .......................................... 37.2 dBf
(20/lV)
Signal to Noise Ratio
Mono............................................ 86 dB
Stereo .......................................... 80 dB
Total Harmonic Distortion
Mono at
100Hz .......................................... 0.04%
1000Hz....................................... 0.03%
6000 Hz....................................... 0.04%
50 Hz - 10000 Hz ..................... 0.08%
Stereo at
100 Hz ......................................... 0.05%
1000 Hz....................................... 0.04%
6000Hz....................................... 0. 50Hz - 1oo00Hz..................... 0.15%
Capture Ratio ................................. 1.0 dB Alternate Channel
Selectivity """""""""""""""""'" 45 dB
WIDE NARROW
05%
18%
0dB
65 dB 1300 kHz)
Stereo Separation
1000Hz....................................... 55 dB 50 dB
50 Hz - 10000 Hz..................... 45 dB 35 dB
Frequency Response ..................... 30 Hz - 15000 Hz
Ratio +0.5dB 5dB
Spurious Response Ratio.............. 100 dB Image Response Ratio .................. 80 dB IF Response Ratio.......................... 110 dB
AM Suppression Ratio .................. 70 dB
Sub Carrier Suppression Ratio..... 68 dB
Antenna Impedance...................... 75Qunbalanced
300Q balanced
FM Frequency Range .................... 88 MHz - 108 MHz
Output Level/Impedance
1000 Hz 100% Mod.................... 0.75V, 2.2 kQ
AM TUNER SECTION Usable Sensitivity .......................... 10 /lV
Signal to Noise Ratio..................... 52 dB Total Harmonic Distortion ............ 0.
Image Rejection ............................. 45 dB
Selectivity ....................................... 30 dB (WIDE)
50 dB (NARROW)
Output Level/Impedance
400 Hz 30% Mod. ....................... 0.25V, 2.2 kQ
GENERAL
Power Requirements..................... 60 Hz, 120V
(U.S.A. and Canada Model)
Model sold else where incor-
porates switches to accomo- date 50/60 Hz,
110-120/220-240V
Power Consumption...................... 0.2A114W
Dimensions..................................... W: 440 mm (17-5/16"
H: 74 mm (2-59/64" D: 324 mm (12-3/4'
Weight (Net)................................... 4.2 kg (9.26Ib)
Kenwood follows a policy of continuous advancements in develop- ment. For this reason specifications may be changed without notice. Kenwood poursuit une politique de progres constants en ce qui con-
cerne Ie developpement. Pour cette raison, res specifications sont su-
iettes a modifications sans preavis.
Kenwood strebt standige Verbesserungen in der Entwicklung an- Daher bleiben Anderungen der technischen Daten iederleit
vorbehalten.

SYNTHESIZER (X13-3510-11)
Component side view
ICB
,--
P," DC ""0" PIN DC ""'"
WIDEINARROWI
9 NQRMAUDIRECTI
3 13. 2 10.
2 WIDEeNARROWI10 AUToeMONOI
5 eO. 3 e3.
AUTOeMONO) AUTOeMONO)
3 e3. 9 eO.
AUToeMONOI W'DEeNARROW)
5 eO. 3 e3.61
5 NORMAL(!)RECTIWIDEeNARROW)
3 e3. '3 3.9 eol
6 N
';'~~~.
~~ECTI
NORMAUmRECTI
6 0.3 e3.
IT -UX/XG/Xl
PC BOARD
Refer tb the schematic diagram for the values of resistors and
capacitors
The PC board drawing is viewing from the side easy to check.

IT -UX/XG/Xl
EXPLODED VIEW
M3xB .
lei-Tap) NI
. N30 - 2604 ~:~
M2.6x4 : N30-3006
M3x6 : NB7-3006-46
M3x6IB,-Tap) . NB7-300B-
M3xBIB,-Tap) : NB7
~46
M4x 10IBr-Tap) . NBB
M3xBIF-Tap) . NB9-300B-
M3 xBIBi -Tap) : NB9-300B-46xBIBi-Tap) . : NB9-300B-41
~~x B IBi-Tap)NI KT-9X/XG/XL

PARTS LIST
* New Parts
Parts without Parts No. are not supplied.
Les articles non mentionnes dans Ie Parts No. ne sont pas fournis.
Teile ohne Parts No. werden nicht geliefert.
Ref. No.
tF!!!!jf~
KT-9X/XG/XL
2A,
16,
1 A, 1 8
3 A
3 A
Parts No.
.!'R jf
NO STOCK
NO STOCK
NO STOCK
NO STOCK
A01-0422-02
A20-3100-03
A20-3100-03
A20-3101-03
A20-3125-03
A20-3131-
A20-3132-03
646-0055-30
846-0060-00
846-0061-30
846-0062-30
846-0063-13
846-0063-13
646-0064-20
846-0078-03
648-0072-04
B50-3456-00
850-3457-00
850-3458-00
B50-3459-00
B50-3489-00
B50-3490-00
850-3496-00
B50-3497-00
859-0018-00
B59-0018-00
B09-001 8-04
810-0319-03
B1 0-0322-03
C91-0023-05
C91-0023-05
C91 -0023-05
c91 -0079-05
C91 - 0079-05
C91-0079-05
(30-0505-
E04-0006-05
E20-0228-05
E30-0181-05
E30- 0459-05
E30- 0545-05
E30-0587-15
E30-1341-05
F07-0427-04
H01 -3353-04
HOl-3354-04
H01 - 3355-04
H01-3359-04
H01 -3360-04
H1 0-1600-02
H20-0452-04
H25-0078-04
H25-0085-04
Description
.!'R t;/m~
MAIN CHASSIS
REAR PANEL
80TTOM pLATE
FILTER
METALLIC CABINET
FRONT PANEL ASSY
FRONT PANEL ASSY
FRONT PANEL ASSY
FRONT PANEL ASSY
FRONT PANEL ASSY
FRONT PANEL ASSY
WARRANTY CARD
\/ARRANTY CARD
WARRANTY CARD
WARRANTy CARD
WARRANTY CARD(MILITARY)
WARRANTY CARD (MI LITARY)
WARRANTY CARD
WARRANTY CARD
CARTON LABEL
INSTRUCTION MANUAL * H
INSTRUCTION MANUAL
INSTRUCTION MANUAL
INSTRUCTION MANUAL
INSTRUCTION MANUAL
INSTRUCTION MANUAL
INSTRUCTION MANUAL
INSTRUCTION MANUAL
SERVICE STATIONS LIST
SERVICE STATIONS LIST
CAP
FRONT GLASS
FRONT GLASS
CERAMIC 0. 01UF
CERAMIC 0. 01UF
CERAMIC O. OlUF
CERAMIC 0. 01UF
CERAMIC 0. 01UF
CERAMIC 0. 01UF
CORD WITH PLUG
CONNECTOR
TERMINAL BOARD
POWER CORD
POWER CORD
POWER CORD
POWER CORD
POWER CORD
COVER
CARTON BOX
CARTON BOX
CARTON BOX
CARTON BOX
CARTON BOX
AC250V UM
AC250V
AC250v
AC12SV
AC12SV TE
AC125v ITIID
* UM om
* K
OOJ
*PUMHXE
POLYSTyRENE FIXTURE
COVER (450X230X350)
BAG (235X31S)
BAG (100X200)
E Scandinavia & Europe H: Audio Club
P: Canaaa S: South Africa T: England
U: PX (Far East, Hawaii) ITEI AAFES (Europel X:
M: Other Areas lEI: Scandinavia & Europe IKT-9XU
III . England IKT-9XU
3 A
2 B
K: USA IKT-9XGI
Australia
33 2A, 28 x13-3510-11 SU8
33 2A, 28 x13-3510-81 SU8
33 2A, 28 x13-3512-71 SU8
33 2A, 28 x13-3512-72 SUB
TUNER (XO5-2090-11)
CT1 -6 c05-0302-05 TRIMMER CAPACITOR 11PF
C1 c71-1710-15 CERAMIC 100PF
C3 C53-1710-27 CERAMIC O. OOlUF M
c4 C71-1703-01 CERAMIC 3PF
C5 C71-1710-02 CERAMIC 10PF
Re-
marks Ref. No.
.!!!!jf~
L 1
TIiJ
Iiill
R 1
lQ1J
EIID
IiilJ
* E
*1'4
*rn
*m/
CT7
C7 ,
C 10
C 11
C 13
C 1 5
C 16
C 17
C 18
C 19
C20
C21
C22 -24
c2S
C26
C27
C28
C30
C31
C32
C33
C34
C35
C37
Parts No.
o!"A
3A, J02-0118-04
J 1 9-0626-02
J42-0083-0S
K27-0683-04
K29-0460-03
L01 - 2561-0S
L01 -2564-05
LOl-2571 -05
L01 - 2574-05
L40- 1092-41
N29-003S-05
N29-0053-05
1 B
1 A
R92-0173-05
S31 - 2050-05
S40-1022-05
S40-1 024-05
S40-1 02S-05
T90-0202-05
T90-01 04-1 5
T90-0122-05
xOS-2090-1 1
x05-2090-71
x05-2090-81
x05-2092-
x05-2092-72
2A,
2A,
2A,
2A,
2A,
C71-1704-01
c05-0302-05
C53-171 0-27
C71- 1710-
C S3-1 71 0-27
c71-1 704-01
C71-1703-01
C53- 1710-27
C 71-1707-
C53-1710-27
C71-1710-02
c71 -171 5-05
C71-1722-15
C53-1710-27
C63-1704-01
c63-171 2-05
C53- 171 0-27
C67-1707-02
C53-1710-27
C63-1 71 2-05
C63-1703-01
C63-1722-05
C71- 1705-01
C24-1247-67
C53- 1710-27
IT -UX/XG/Xl
Description Re-
marks
.!'R t;/m
FOOT
ANTENNA HOLDER
BUSHING
KNOB
KN08
POwER TRANS
POWER TRANS
POWER TRANS
POWER TRANS
INDUCTOR
1m)
PUSH RIVET
PUSH RIVET
M 2H
SLIDE SwITCH UMHXE~
PUSH SWITCH(POWER) UMHX
PUSH SWITCH (POWER)
PUSH SWITCH(POWER) ITID
FM INDOOR ANTENNA
ANTENNA
ANTENNA ADAPTER
TUNER PCB ASSY
TUNER PCB ASSY
TUNER PCB ASSY
TUNER PCB ASSY
TUNER PCB ASSY
PC8 ASSY
PCB ASSY
PC8 ASSY
PC8 ASSY !!KJ
CERAMIC 4PF
TRIMMER CAPACITOR l1PF
CERAMIC 0. 001UF M
CERAMIC 10PF
CERAMIC 0. 001UF M
CERAMIC 4PF
CERAMIC 3PF
CERAMIC 0 001UF
CERAMIC 7PF
CERAMIC O. OOlUF
CERAMIC 10PF
CERAMIC 15PF
CERAMIC 220PF
CERAMIC 0. 001UF
CERAMIC 4PF
CERAMIC 12PF
CERAMIC 0 001UF
CERAMIC 7PF
CERAMIC 0 001UF
CERAMIC 12PF
CERAMIC 3PF
CERAMIC 22PF
CERAMIC 5PF
ELECTRO 47UF
CERAMIC 0. 001UF 16WV
1'4

IT-UX/XG/Xl
PARTS LIST
* New Parts
Parts without Parts No. are not supplied.
Les articles non mentionnes dans Ie Parts No. ne sont pas fournis.
Teile ohne Parts No. werden nicht geliefert.
Ref. No.
.J!!nll=~
C38
C41 -51
C 5 2
C53 -59
C60
C61
C62
C63
C64
C65
C66 -68
C69
C70
C71
C72 ,73
C74
C75
C76
C77 ,
C79
C91
C92
C93 ,94
C95
C96
C97
C98
C99
C 1 00
C 101
C 103
C105, 106
C105, 106
C105, 106
C107, 108
C107,108
C109, 110
C111, 112
c113, 114
c115,116
C117, 118
C119,120
C121,122
C123-126
C127
C 128
C131
C 13 2
C 133
C 134
C 135
C 136
C137, 138
C 139
C140
C 141
C 142
C 143
C 144
C 145
C 146
C 147
Parts No.
ill! o!!. ..
C91- 0083-05
C91-0083-05
C53-1710-27
C91-0083-05
c24-1222-67
C55-1747-38
c24-1710-57
C24-1747-47
C91-0083-05
C24-1222-67
C91-0085-05
c24-1222-77
C91- 0085-05
C24-1010-77
C71-1782-05
C71-1715-05
c58-1710-15
C91-0140-05
C24-1 01 0-77
C26-1210-67
C24- 1222-77
c26-1247-57
C24- 1733-47
C46-1710-35
C24- 1733-57
C25-1733-57
c25-1747-47
C46-1722-25
C47-1710-25
C46-1747-36
C24-1210-67
C46- 1715-35
C46- 1715-35
c46-1775-25
C46- 1715-35
c46-1775-25
C24- 1722-47
C24- 1210-67
C46-1736-35
C47-1756-15
C46- 1712-35
c46-1724-35
C46- 1715-25
C24- 1722-57
c24-1210-77
C24- 1210-77
C71- 1707-02
C91-0085-05
C71- 1710-15
c91-0085-05
C53-1710-27
C55-1747-38
C91-0085-05
C24- 1210-67
C91-0085-05
c53-1710-27
C24-1210-77
C24-1747-47
C24-1747-57
C91-0083-05
C70-1722-05
C55-1747-38
Description
ill! o!!. ~ / m ~
CERAMIC O, OlUF
CERAMIC 0. 01UF
CERAMIC 0. 001UF
CERAMIC 0. 01UF
ELECTRO 22UF
CERAMIC 0 047UF
ELECTRO 1UF
ELECTRO 0. 47UF
CERAMIC O 01UF
ELECTRO 22UF
CERAMIC 0. 022UF
ELECTRO 220UF
CERAMIC 0 022UF
ELECTRO 100UF
CERAMIC 82PF
CERAMIC 15PF
CERAMIC 100PF
CERAMIC 0. 022UF
ELECTRO 100UF
NP-ELEC 10UF
ELECTRO 220UF
NP-ELEC 4 7UF
ELECTRO 0 33UF
MYLAR O. OlUF
ELECTRO 3. 3UF
16wv
5 Ow V
50wv
16WV
16WV
10wV
10wV
16WV
16WV
16WV
50WV
50WV
LL-ELEC 3. 3UF 50wV
LL-ELEC 0. 47UF 50WV
MYLAR 0 0022UF J
POL YSTY 1000PF J
MYLAR 0. 047UF K
ELECTRO 10UF 16WV
MYLAR 0. 015UF J UMH urn
MYLAR 0. 015UF J XTE crHU
MYLAR 0. 0075UF J
MYLAR 0. 015UF J
MYLAR 0 0075UF J UMH
ELECTRO 0 22UF 50WV
ELECTRO 10UF 16WV
MYLAR 0 036UF J
POLYSTY 560PF
MYLAR 0. 012UF J
MYLAR 0. 024UF J
MYLAR 0 0015UF J
ELECTRO 2. 2UF 50wv
ELECTRO 100UF 16WV
ELECTRO 100UF
CERAMIC 7PF
CERAMIC 0. 022UF
CERAMIC 100PF
CERAMIC 0. 022UF
CERAMIC 0. 001UF
CERAMIC 0. 047UF
CERAMIC 0. 022UF
ELECTRO 10UF
CERAMIC 0 022UF
CERAMIC O OOlUF
ELECTRO 100UF
ELECTRO 0. 47UF
ELECTRO 4 7UF
CERAMIC 0. 01UF
CERAMIC 22PF
CERA MIC 0. 047UF
16WV
16WV
16WV
50wv
50WV
E: Scandinavia & Europe H' Audio Club K: USA (KT-9XG)
18 P: Canaaa S: South Africa T: England
U' PX (Far East, Hawaiil IOE AAFES (Europe) X Australia
M, Other Areas IEJ : Scandinavia & Europe IKT-9XLI
m : England (KT-9XLI
Re-
marks Ref. No.
1I;;If
.!!!!..~
C 148
C 149
C 150
C 151
C 15 2
C 153
C 15 4
C 155
C 160
C 161
C 162
C 163
C165
C167~169
C172
C173-177
c178
C179,180
C181,182
C 183
C 184
C 185
C186, 187
C 188
C 189
C 190
C 191
C192
C 193
C 194
C 19 5
100
C F 1
C Fl
C Fl
C F 5
C F6
L 1
L 7 ,
L 9
L 10
L 11
L 12
L 13
L 14
L 15
L 16
L 17
L 18
L 19
L20
L20
L21
L22
R20
R20
Parts No.
ms o!!. ..
C47-1739-15
c55-1747-38
c46-1710-25
C46-1739-35
c46-1768-25
C46-1722-35
C46-1Z10-35
c24-1210-67
c71-1704-01
c91-0085-05
c55-1747-38
c70-1747-05
C47-1712-15
c91-0085-05
c24- 1210-67
C24- 1710-57
C;:4- 1 01 0-77
c24-1410-77
c55- 1710-38
c24-1410-87
c24-1410-77
c24-1222-67
c24-1247-
c55-1710-38
c24-1733-57
C24- 1210-67
c24-1747-47
C52-1733-26
C52-1710-26
c55~ 171 0-38
C71-1733-15
E13-0217-05
L79- 0150-05
L79-0151-05
L 79- 0152-05
72-0097-05
72-0160-05
L31- 0468-05
L40-1092-41
L31-0470-05
L40-1092-41
L30-0318-05
L32- 0266-05
L30-0361-15
L39- 0089-05
L32-0252-05
L40- 2292-11
L40-4721-28
L 79- 0109-
L31- 0472-05
L30- 0337-05
L32- 0267-05
L31- 0473-05
L 79-0074-05
L32-0268-05
L32-0268-05
79-0120-05
L40- 2292-41
R42-1210-15
R42- 1210-15
Description Re-
marks
ill! o!!. ~ / m ~ 1I;;If
POL YSTY 390PF
CERAMIC 0 047UF
MYLAR O OOlUF J
MYLAR O, 039UF J
MYLAR O 0068UF J
MYLAR O, 022UF
MYLAR 0 01UF
ELECTRO 10UF
CERAMIC 4PF
CERAMIC 0. O22UF
16WV
IJIEl
IIIID
CERAMIC 0. O47UF
CERAMIC 47pF
POLYSTY 120PF
CERAMIC O. 022UF
ELECTRO 10UF
ELECTRO lUF
ELECTRO 100UF
ELECTRO 100UF
CERAMIC 0. O1UF
ELECTRO 1000UF
16101 V
50WV
10WV
25101 V
25 w V
ELECTRO 100UF
ELECTRO 22uF
ELECTRO 47uF
CERAMIC O. OlUF
ELECTRO 3. 3UF
25wV
16WV
16WV
50WV
ELECTRO 10UF 16WV
ELECTRO O, 47UF 50WV
CERAMIC O. 0033UF K
CERAMIC O. OOlUF K
CERAMIC O OlUF
CERAMIC 330PF
PHONO JACK C2p)
CERAMIC FILTER KIT
CERAMIC FILTER KIT *XTE GmD
CERAMIC FILTER KIT *UMH
CERAMIC FILTER
CERAMIC FILTER
FM RF COIL
INDUCTOR Cl. 0UH)
FM RF COIL
INDUCTOR C1. 0UH)
FM-I FT
FM OACILLATING COIL
FM-I FT
COIL C120KHZ)
FM OSCILLATING COIL
INDUCTOR C2. 2UH)
INDUCTOR C4. 7MH)
FILTERCLPF)
MW RF COIL
AM-1FT
MW OSCILLATING COIL
LW RF COIL
FILTERCLPF)
LW OSCILLATING COIL
LW OSCILLATING COIL
FILTERCBPF)
INDUCTOR C2. 2UH)
FL-PROOF R0100
FL-PROOF RD100 J 2
J 2