Panasonic TX-W32D2F User manual

Safety
Block Diagram(Video/Audio)
PCB view(D)
Block Diagram(Control)
PCB view(E)
Parts List
Specifications
Service Information
PCB view(F)
PCB view(H)
PCB view(M)
PCB view(Y)
PCB view(B)
Adjustments
ServiceHints
Mechanical View
B Schematic
D Schematic
E Schematic
Self Check
Disassembly
Waveforms
Location of Controls
Service Manual
Colour Television EURO 3HW Chassis
TX-W32D2F
Notes
Service Support
About....
F/G Schematics
H Schematic
M Schematic
EXIT
Y Schematic
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T
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ORDER NO. SM-96047
Service Manual
Colour Television
TX-W32D2F
EURO-3HW Chassis
Specifications
Power Source : 220 - 240 V AC, 50Hz
Power Consumption : 173W
Aerial Impedance : 75Wunbalanced, Coaxial Type
Receiving System : PAL B/G, D/K, I, H, PAL - 60
SECAM B/G, D/K, L/L'
M.NTSC, NTSC (AV Only)
Receiving Channels : VHF E2 - E12
VHF H1 - H2 (ITALY) VHF A - H (ITALY)
VHF R1 - R2 VHF R3 - R5
VHF R6 - R12 UHF E21 - E69
CATV (S01 - S05) CATV S1 - S10 (M1 - M10)
CATV S11 - S20 (U1 - U10) CATV S21 - S41 (HYPERBAND)
Intermediate Frequency :
Video 38.9MHz,34MHz
Sound 32.9MHz,33.4MHz
33.16MHz,32.4MHz
40.4MHz,34.05MHz,33.05MHz
Colour 34.65MHz,34.47MHz,34.5MHz
Video / AudioTerminals
AUDIO MONITOR OUT Audio (RCA x 2) 500 mV rms 1kW
AV1 INVideo (21 pin ) 1 Vp-p 75W
Audio (21 pin ) 500 mV rms 10kW
RGB (21 pin )
AV1 OUT Video (21 pin ) 1 Vp-p 75W
Audio (21 pin ) 500 mV rms 1kW
AV2 INVideo (21 pin ) 1 Vp-p 75W
Audio (21 pin ) 500 mV rms 10 kW
S-Video IN Y : 1 Vp-p 75W
(21 pin ) C : 0.3 Vp-p 75W
AV2 OUT Video (21 pin ) 1 Vp-p 75W
Audio (21 pin ) 500 mV rms 1kW
Selectable output (21 pin )
AV3 INS-Video IN Y : 1 Vp-p 75W
(4-pin ) C : 0.3 Vp-p 75W
Audio (RCA x 2) 500 mV rms 10kW
Video (RCA x 1) 1 Vp-p 75W
AV4 INVideo (21 pin ) 1 Vp-p 75W
Audio (21 pin ) 500 mV rms 10kW
AV4 OUT Video (21 pin ) 1 Vp-p 75W
Audio (21 pin ) 500 mV rms 1kW
High Voltage : 30 kV"2kV
Picture Tube : W76LFC185X05 82 cm
Visible screen size: 106_ deflection
Audio Output :
Internal Speaker 2 x 20W (Left/Right)(Music Power)
26W (3D Bass)(Music Power)
8 WImpedance
Headphones 8 WImpedance
Accessories supplied : Remote Control
2 x R6 (UM3) Battereis
Dimensions : Height : 553mm
Width : 862mm
Depth : 555mm
Net Weight 52kg
Specifications are subject to change without notice.
Weight and dimensions shown are approximate.
Caractéristiques
Alimentation : 220 - 240 V AC, 50Hz
Power Consumption : 173W
Impédance d'antenne : 75Wasymétrique sur prise coaxiale
Systéme de réception : PAL B/G, D/K, I, H, PAL - 60
SECAM B/G, D/K, L/L'
M.NTSC, NTSC (Entrée AV seulement)
Canaux de réception : VHF E2 - E2
VHF H1 - H2 (ITALY) VHF A - H (ITALY)
VHF R1 - R2 VHF R3 - R5
VHF R6 - R12 UHF E21 - E69
CATV (S01 - S05) CATV S1 - S10 (M1 - M10)
CATV S11 - S20 (U1 - U10) CATV S21 - S41 (HYPERBAND)
Fréquency Intermédiaire :
Video 38.9MHz,34MHz
Sound 32.9MHz,33.4MHz
33.16MHz,32.4MHz
40.4MHz,34.05MHz,33.05MHz
Colour 34.65MHz,34.47MHz,34.5MHz
Les bornes vidéo/audio :
Audio monitor sortie Audio (RCA x 2) 500 mV rms 1kW
Entrée AV1 ( 21 broches ) Vidéo 1 Vp-p 75W
Audio 500 mV rms10kW
RGB
Sortie AV1 ( 21 broches ) Vidéo 1 Vp-p 75W
Audio 500 mV rms1kW
Entrée AV2 ( 21 broches ) Vidéo 1 Vp-p 75W
Audio 500 mV rms 10 kW
S-Video IN Y : 1 Vp-p 75W
( 21 broches ) C : 0.3 Vp-p 75W
Sortie AV2 ( 21 broches ) Vidéo 1Vp-p 75W
Audio 500 mV rms1kW
Sortie Commutable (21 broches )
Entrée AV3 S-Vidéo IN Y : 1 Vp-p 75W
( 4-pin ) C : 0.3 Vp-p 75W
Audio (RCA x 2) 500 mV rms10kW
Vidéo (RCA x 1) 1 Vp-p 75W
Entrée AV4 ( 21 broches ) Vidéo 1 Vp-p 75W
Audio 500 mV rms10kW
Sortie AV2 ( 21 broches ) Vidéo 1 Vp-p 75W
Audio 500 mV rms1kW
Tension d'anode : 30 kV"2kV
Tube image : W76LFC185X05 82 cm
106_mesure diagonale
Sortie Audio :
Hautes parleurs interieurs 2 x 20W (Gauche/Droite) (Music Power)
26W (3D Bass) (Music Power)
8 WImpédance
Casque d'écoute 8 WImpédance
Accessories fournis : Télécomande
R6 (UM3) Piles x 2
Dimensions : Hauteur : 553mm
Largeur : 862mm
Profondeur : 555mm
Poids (NET) : 52kg
Les caractéristiques techniques sont susceptibles de modification sans Préavis.
Le poids et les dimensions indiqués sont approximatifs.

CONTENTS
SAFETY PRECAUTIONS 2
LOCATION OF CONTROLS 4
SERVICE HINTS 4
ADJUSTMENTS 5
SELF CHECK 9
WAVEFORM PATTERN TABLE 10
CONDUCTOR VIEWS 11
BLOCK DIAGRAM 19
SCHEMATIC DIAGRAMS 22
PARTS LOCATION 29
REPLACEMENT PARTS LIST 30
SAFETY PRECAUTIONS
General Guide Lines
1. It is advisable to insert an isolation transformer in the AC
supply before servicing a hot chassis.
2. When servicing, observe the original lead dress in the high
voltage circuits. If a short circuit is found, replace all parts
which have been overheated or damaged by the short circuit.
3. After servicing, see that all the protective devices such as
insulation barriers, insulation papers, shields and isolation R-
C combinations are correctly installed.
4. When the receiver is not being used for a long period of time,
unplug the power cord from the AC outlet.
5. Potentials as high as 32kV are present when this receiver is in
operation. Operation of the receiver without the rear cover
involves the danger of a shock hazard from the receiver
power supply. Servicing should not be attempted by anyone
who is not familiar with the precautions necessary when
working on high voltage equipment. Always discharge the
anode of the picture to the chassis before handling the tube.
6. After servicing make the following leakage current checks to
prevent the customer from being exposed to shock hazards.
LEAKAGE CURRENT COLD CHECK
1. Unplug the AC cord and connect a jumper between the two
prongs of the plug.
2. Turn on the receiver's power switch.
3. Measure the resistance value with an ohmmeter, between
the jumpered AC plug and each exposed metallic cabinet
part on the receiver, such as screw heads, aerials ,
connectors, control shafts etc. When the exposed metallic
part has a return path to the chassis the reading should be
between 4M ohm and 20M ohm. When the exposed metal
does not have a return path to the chassis the reading must
be infinite.
CONTENTS
PRECAUTIONS DE SECURITE 2
EMPLACEMENT DES COMMANDES 4
SUGGESTIONS DE SERVICE 4
REGLAGÉS 5
AUTO TEST 9
TABLEAU DE MIRES DE FORMES D'ONDES 10
VUE DU CIRCUIT IMPRIMÉ 11
SCHEMA SYNOPTIQUE 19
DIAGRAMME SCHEMATIQUE 22
EMPLACEMENT DES PIECES 29
LISTE DES PIECES DE RECHANGE 30
PRECAUTIONS DE SECURITE
Conseils Generaux
1. Avant d'effectuer toute révision d'un châssis sous tension il
est recommandé d'installer un transformateur
d'isolation.
2. Il est important, lors des réparations, de conserver laposition
initial de tours les fils et faisceaux, surtout dans
le circuit de la haute tension. Remplacer toutes les pièces
affectées par la chaleur dégagée lors d'un cort-circuit.
3. Aprés les réparations, s'assurer que toutes les pièces
protectrices telles que barrières ou papiers
isolants,blindages et réseaux d'isolation R-C soient
convenablement placées
4. Il est préférable de débrancher le fil d'alimentation si la télé -
couleur ne doit pas être utilisée pendant un certain temps.
5. Une tension élevée, de l'odre de 32kV , est présente en
plusieurs endroits lorsque l,appareil est en circuit. Il y a
danger de chocs électriques lorsque le contact est établi en
absence du panneau arriére. Toute personne qui tente de
réparer cet appareil doit d'abord être consciente des
précautions à observer avant de travailler sur un circuit à
haute tension. Toujours décharger l'anode du tube
cathodique au châssis avant de manipuler.
6. Après tout réparation, on doit effectuer les tests de courant
de fuite dans le but d,éviter tout choc.
VERIFICATION DES COURANTS DE FUITE SANS
ALIMENTATION
1. Débrancher le fil d'alimentation et installer un fil STRAP entre
les deux broches de la fiche.
2. Placer l'interrupteur comme pour établir le contact sur
l'appareil.
3. Mesurer la résistance entre les branches de la fiche
d'alimentation et les pièces métalliques visibles telles que
têtes de vis, antennes, arbre des commandes, support des
poignées, etc. Certaines de ces pièces sont en contact avec
le châssis et la rèsistance measurée devrait se siture entre
4MW, et 20MW. La résistance des pièces qui ne sont pas en
contact avec le châssis doit être infinie1.

LEAKAGE CURRENT HOT CHECK
1. Plug the AC cord directly into the AC outlet. Do not use an
isolation transformer for this check.
2. Connect a 2kW10W resistor in series with an exposed
metallic part on the receiver and an earth such as a water
pipe.
3. Use an AC voltmeter with high impedance to measure the
potential across the resistor.
4. Check each exposed Metallic part and check the voltage at
each point.
5. Reverse the AC plug at the outlet and repeat each of the
above measurements.
6. The potential at any point should not exceed 1.4 Vrms. In
case a measurement is outside the limits specified, there is a
possibility of a shock hazard, and the receiver should be
repaired and rechecked before it is returned to the customer.
X-RADIATION WARNING
1. The potential sources of X-Radiation in TV sets are the high
voltage section and the picture tube.
2. When using a picture tube test jig for service ensure that the
jig is capable of handling 32kV without causing X-Radiation.
NOTE : It is important to use an accurate periodically calibrated high
voltage meter
1. Set the brightness to minimum.
2. Measure the high voltage. The meter should indicate
30kV "2kV if the meter indication is out of tolerance,
immediate service and correction is required to prevent the
possibility of premature component failure.
3. To prevent any X-Radiation possibility, it is essential to use
the specified tube.
VERIFICATION A CHAUD DU COURANT DE FUITE
1. Brancher le cordon secteur directement à une prise secteur.
Ne pas utiliser de transformateur d'isolation pour cette
vérification.
2. Raccorder une résistance de 2kW, 10W, en série avec une
partie métallique exposée du récepteur et une terre comme
une conduite d'eau.
3. Utiliser un voltmètre CA, de type à impédance élevée, pour
mesurer le potentiel à travers la résistance.
4. Vérifier toutes les parties métalliques exposées et mesurer
la tension à chaque point.
5. Retourner la fiche CA dans la prise secteur et répéter toutes
les mesures ci-dessus.
6. Le potentiel à tous les points ne doit pas dépasser 1.4 volt
RMS. AU cas où une mesure est supérieure à cette limite
spécifiée, il y a un risque de décharge électrique et le
récepteur doit être réparé et revérifié avant d'être rendu au
cliente.
IRRADIATION AUX RAYONS X ATTENTION:
1. Les parties de la haute tension et du tube-cathodique d'une
télé-couleur sont des sources possible d'emissions de
rayons X.
2. Si un tube cathodique témoin est utilisé pour la réparation,
s'assurer que son assemblage pourra supporter 32kV sans,
émettre de radiations.
REMARQUE : Il est important que le multimètre à haute tension
utilisé soit étalonné périodiquement.
1. Tourner entièrement vers la gauche la commande de
lumière.
2. Mesurer la haute tension à l'aide du multimètre approprié. La
valeur nominale est de 30kV "2kV Si la lecture est hors des
tolérances, une réparation immédiate s'impose afin de
prévenir toute panne prématurée.
3. Il est essentiel d'utiliser le tube cathodique d'origine pour
prévenir toute émission de rayons X.
HOT CHECK CIRCUIT
CIRCUIT DE VERIFICATION A CHAUD

Location Of Controls Emplacement Des Commandes
SERVICE HINTS
How to remove the rear cover
1. Remove the 10 screws (A) as shown in Fig.3/Fig.4.
SUGGESTIONS DE DEPANNAGE
COMMENT RETIRER LE PENNEAU ARRI_RE
1. Retirer les 10 vis (A) comme sur la Fig.3. / Fig.4.

Adjustment Procedure
The remote control is used for entering and storing adjustments, with the exception of cut-off adjustments which must always be done prior to
service adjustment. Perform adjustments in accordance with screen display. The display on the screen also specifies the CCU variants as
well as the approx. setting values. The adjustment sequence for the service mode is indicated below.
1. Set the Bass to maximum position, set the Treble to minimum
position, press the Reveal button on the remote control and
at the same time press the -/v button on the customer
controls at the front of the TV, this will place the TV into the
Service Mode.
2. Press the RED / GREEN buttons to step up / down through
the functions.
3. Press the YELLOW / BLUE buttons to alter the function
values.
4. Press the STORE button after each adjustment has been
made to store the required values.
5. To exit the Service Mode press the Normalisation button..
NOTE: This TV also has the option of using a Memory Pack which enables you to copy the preset TV channels into the Memory Pack and
then download them onto this or any other EURO-3 TV set.
TV to Memory Pack process
1. Plug the memory pack into the AV2 21 pin terminal at the
back of the TV and switch the TV on.
2. Go into the Service Mode as explained above. The screen
will show:-
3. Press the blue button on the remote control. The screen will
show:-
4. Press the STORE button on the TV. The screen will show:-
5. All the tuning information stored inside the TV will now be
transferred to the Memory Pack. This process will take 2-3
minutes to complete and when finished the screen will show:-
Memory Pack to TV Process
1. Plug the memory pack into the AV2 21 pin terminal at the
back of the TV and switch the TV on.
2. Go into the Service Mode as explained above. The screen
will show:-
3. Press the STORE button on the TV. The screen will show:-
4. All the tuning information stored inside the Memory Pack will
now be transferred to the TV. This process will take 2-3
minutes to complete and when finished the screen will show:-
5. The tuning information from the Memory Pack has now been
copied into the TV.
6. To exit from the Service Mode press the Normalisation
button.
7. The process has now been completed and the Memory Pack
can now be removed.
Errors
If an error occurs while using the Memory Pack the TV will detect this and the screen will show:-
If this happens then press the Normalisation button and repeat the process that was being used. If the errors continue to occur then check the
connectors between the TV and the memory pack and check the 9V battery inside the memory pack.

RÉGLAGES
La télécommande sert à entrer et stocker les données des réglages. Sauf pour le cut-off qui doit être réalisé en priorité.
Les réglages s'affichent sur l'êcran, ainst qui les spécificités nominales du CCU.
1. Régler par la télécommande le niveau de grave au
maximum, aigu au minimum. Simultanément appuyer sur: -
/v du tiroir en face avant et le bouton Reveal de la
télécommande.
2. Appuyer sur la touch ROUGE ou VERTE pour sélectionner
la fonction déstrée.
3. Appuyer sur la touche JAUNE ou BLEUE pour modifier les
valeurs des réglages.
4. Mettre en mémoire après chaque réglage, en appuyant sur
la touche STORE.
5. Pour sortir de la position SERVICE MODE arrèter le TV
REMARQUE : Le Memory Pack permet de copier la configuration du TV, (Chaines, Niveaux analogiques) et de la transférer, via le
Memor vers un autre TV EURO-3HW.
Processus de transfert "téléviseur vers bloc-mémoire"
1. La partie arrière du téléviseur comporte trois connecteurs à
21 broches : brancher le bloc-mémoire dans le connecteur
AV2, puis mettre le téléviseur en marche ("ON").
2. Passer en Mode Service (voir ci-dessus). L'écran affichera:
3. Appuyer sur la bouton BLEU de la télécommande. L'écran
du téléviseur présente le message suivant:
4. Appuyer sur la bouton de mémorisation (STORE) du
téléviseur et l'ecran présentera la message suivant :
5. Toutes les informations de syntonisation enregistées par le
téléviseur seront maintenant transférées vers le bloc-
mémoire. Cette opération ne prend que 2 à 3 minutes.
Lorsqu'elle est terminée, l'écran du téléviseur présentera
message suivant ::
Processus de transfert "bloc-mémoire vers téléviseeur"
1. La partie arrière du téléviseur comporte trois connecteurs à
21 broches : brancher le bloc-mémoire dans le connecteur
AV2, puis mettre le téléviseur en marche ("ON").
2. Passer en Mode Service (voir ci-dessus). L'écran afficherat:
3. Appuyer sur la bouton de mémorisation (STORE) du
téléviseur et l'ecran présentera la message suivant:
4. Toutes les informations de syntonisation enregistées par le
téléviseur seront maintenant transférées vers le bloc-
mémoire. Cette opération ne prend que 2 à 3 minutes.
Lorsqu'elle est terminée, l'écran du téléviseur présentera
message suivant:
5. Les informations de syntonisation du téléviseur du bloc-
mémoire ont maintenant été copiées dans le téléviseur.
6. Pour sortir du mode d'exploitation SERVICE, mettre le
tèlèviseur hors circuit ("OFF").
7. Une fois l'opération terminée, enlever le bloc-mémoir.
Erreurs
Le téléviseur détectra toutes les erreure susceptibles de se produire éventuellement pendant l'utillisation du bloc-mémoire.L'écran présentera
alors le message suivant:
Dans ce cas, mettre le téléviseur hors circuit ("OFF") plus répéter l'opéation qui était en cours. En cas d'erreurs répétées, vérifier les
connexions entre le téléviseur et le bloc-mémoir, puls contrôler l'état de la pile 9V à l'intérieur du bloc-mémoire.

5
Alignment Settings
(The figures used below are nominal and used for representative purposes only)
Please Note
When aligning the TV, in Service Mode 1, please remember that separate alignments need to be performed in both PAL (50Hz) and NTSC
(60Hz) systems for 4:3 , FULL and JUST aspect modes.
Alignment Function Settings / Special features
Vertical amplitude V-AMP
038
Optimum setting
Vertical linearity V-LIN
022
V-Pos. V-POS
005
Horizontal amplitude H-AMP
043
Optimum setting
Horizontal position H-POS
035
EW-amplitude E/W-AMP 1
020
Optimum setting
EW-amplitude E/W-AMP 2
015
Optimum setting
Trapezium-comp TRAPEZ-1
004
Optimum setting
Vert. DC. VERT. D.C.
008
Text Position TEXT POSITION
060
Optimum setting
Cutoff
- - -
Select a Greyscale pattern enter Service
Mode and step through to Cutoff, connect an
oscilloscope to the Blue Cathode and adjust
the screen VR of the FBT to get 150_5V at
the base of the Cutoff pulse.
Cutoff RGB CUTOFF RGB
032 032 032
Press the GREEN button to step through the
settings. Adjust for optimum.
White RGB WHITE RGB
032 032 032
Press the GREEN button to step through the
settings. Adjust for optimum.
Sub Brightness SUB BRIGHT
000
Optimum setting

RÉGLAGES
(Les figures ci-dessous sont fictives et utilisées uniquement à des fins représentatives)
Fonctions Réglages / Points
particuliers
Amplitude verticale V-AMP
038
Optimiser les réglages
Linèarité verticale V-LIN
022
Optimiser les réglages
V-Pos. V-POS
005
Optimiser les réglages
Amplitude horizontal H-AMP
043
Optimiser les réglages
Centrage horizontal H-POS
035
Optimiser les réglages
Amplitude E.O. E/W-AMP 1
020
Optimiser les réglages
Amplitude E.O. E/W-AMP 2
015
Optimiser les réglages
Correction trapèze TRAPEZ-1
004
Optimiser les réglages
Vert. DC. VERT. D.C.
008
Optimiser les réglages
Text Position TEXT POSITION
060
Optimiser les réglages
Cutoff
- - -
Selectionner une mire, passer en mode service, et
pas à pas atteindre le menu CUT OFF. Placer la
sonde de l'oscilloscope sur la cathode Bleue. Régler
la tension d'écran sur le transformateur THT pour
obtenir 150V+/-5V à la base de l'impulsion de Cutt
Off.
Cutoff RGB CUTOFF RGB
032 032 032
Appuyer sur la touche VERTE pour accéder aux
réglages. Régler pour optimiser.
White RGB WHITE RGB
032 032 032
Appuyer sur la touche VERTE pour accéder aux
réglages. Régler pour optimiser.
Sub brightness SUB BRIGHT
000
Optimiser les réglages

ADJUSTMENT PROCEDURE
Item/Preparation Adjustments
Supply Voltage Check
1. Receive a window pattern
2. Set the controls:
Brightnessminimum
Contrast minimum
Volume minimum
1. Confirm the following voltages.
E PCB D PCB
U5B 5 _ 0.5V U5A 5.1 +0.12/-0.1V
U8A 8 _ 0.5V U5SB 5 _ 0.25V
U9 9 _ 0.5V U15 15 _ 0.7V
U12 11.8 _0.5V U16 16.1 _0.8V
U22 22.5 _1V
U38 19 _ 1V
U47 47.5 _2.5V
U150 150 _ 1V
U200 204 _ 10V
RÉGLAGES
Préparation Réglages
1. Appliquer une mire à carreaux N/B
2. Régler les contrôles suivants
Lumière Minimum
ContrasteMinimum
Volume Minimum
1. Confirmer le réglage :
E PCB D PCB
U5B 5 _ 0.5V U5A 5.1 +0.12/-0.1V
U8A 8 _ 0.5V U5SB 5 _ 0.25V
U9 9 _ 0.5V U15 15 _ 0.7V
U12 11.8 _0.5V U16 16.1 _0.8V
U22 22.5 _1V
U38 19 _ 1V
U47 47.5 _2.5V
U150 150 _ 1V
U200 204 _ 10V
SELF CHECK
Self check is used to automatically check the Bus Lines and Hexadecimal code
of the TV set.
To get into the Self Check mode press the Status button on the Remote
Control at the same time pressing the -/v button on the customer
controls at the front of the TV, and the screen will show:-
AUTO TEST
L'auto test est utilisé pour véifier le BUS et les codes Hexadécimaux
du TV.
Pour passer en mode test ,il faut appuyé simultanément sur :-/v sur
le tiroir en face avant et Status sur la télécommande Infra-rouge:-

WAVEFORM PATTERN TABLE
TABLEAU DE MIRES DE FORMA D'ONDES

Tuner EAROM
IC601
TDA9151
IC401
TDA9151
IC1552
SDA9257
E-Board
F-Board
A.V.
Switching
H-Board
Mega-Text
IC3501
F-Board
Microcontroller
IC1101
EPROM
21 Pin AV2
IC1105
IC2001
MSP3410
IC603
TDA4780
E-Board
F-Board
IC1601
DFU
IC1602
SDA9280
IC1701
V-Processor
X1101
IIC Bus1
IIC Bus2
IIC Bus4
M3L
CONTROL BLOCK DIAGRAM

RF IF
E15 3
H2 3
IC3102
IC3101
AV1
AV2
1
Q3201
Q3114
Q311318
18
18 Q3108
Q3107 15
16 17 18
7 8
Q3112
Q3111
20
20
20
3
58
7 8
16
15
11
7
E7 5
H4 5 7 8
7 8
6
6
IC1301
SAA4961
10
17
14
12
Comb Filter
26
25
1 2 3 4
IC602
IC601 14
13
12
TDA9141
18 19 20 21
IC1581
SDA9205
E17
Q605
Q607
Q602
Q601 Q606
Q604
Q603
8
7
6
F4
8
7
6
Q1501
Q1502
Q1503
15
21
25 34-41
48-55
IC1701
V-Processor
187,188
1,2,4,5 36,37
62,63
205-208
190-195 54-59
62-68
71-78
39-45
38,39
30-37
41-46
IC1601
DFU2
10-16
18-25
47
51
54
IC1602
SDA9280
E19
6
4
3
F1
6
4
3
Q1646
Q1649
Q1644
Q1643
Q1648
Memory (7MB)
IC1721 / IC1722
IC1723 / IC1724
IC1725 / IC1726
IC1727
26 1
2
3
4
IC1801
14 13 12
TDA9141
19
20
21 IC1802
Delay
Line
Delay
Line
IC1803
SDA9187
IC1841
SDA9189
Q1803
232119
Q1801
Q1802
2-7
8-11
25-30
21-24
8
9
10
E1
1
2
3
G2
IC603
TDA4780 10
11
12
2022 24
IC3501
SDA5273
Q605 9
46
45
44
2
3
4
1
2
3
678
Q902
Q904
Q903
Q905 Q906
Q907 Q908 Q909
1 3
L361
L371
L351
3
IC371 7
8
3
IC361 7
8
3
IC351 7
8
15
6
Teletext
Processing
MSP3410
IC2001
60 58 55
28
29
IC251 14
IC252 14
E15
7
1
To
Speaker
52
53
25 26 33 34
5 4 2 1
Q2003
Q2004
5 4 2 1
Video SW
Audio SW
13
14
17
8
6
2
3
1421 9 10
12 115 20
6
2
3
1
19
6
18
7
15 16
2
3
1
6
AV4
E1
3
4
5
G1
3
5
6
E4
3
4
5
14
13
6
4
18
2 2
1
1
Y2
3
4
5
G2
IC2301
4
1
E24
1
To 3D
Speaker
M5 8653 8653E13
108M4 108E9
11 10
H1 8653 8653
E12
Q2001
Q2002
H.P
S-VHS
RCA
CRT
F-Board
G-Board
Y-Board
E-Board
H-Board
M-Board
C
Y
Video
L
R
LR
RL
R
L
SRO2
SLO2
SLI1
SRI1
AM
D/K SIF
L
R
L+R
CVBS R
G
B
Y/CVBS
CC
Y
U
V
Y
U
V
Y
RGBFB
Y0...7
UV0...7
UV0...7
Y0...7
UV0...7
Y0...7
Y
V
U
U V Y
R
G
B
Go Bo Ro
R
G
B
U
V
Y
R
G
B
Y0...5
UV0...3
U
VY
PIP_CVBS
R
G
B
FB
G
B
R
R
G
B
To VM
Coils
PIP_CVBS FB
BG
R
C
Y/
CVBSLR
CY/Video
C
Y/Video
Video
Video
C
Y
Video
FB
R
B
G
Vin/Y
Video
Vin
Vin
Video
Lin
Rin
Lout
Rout
Lin
Rin
Lout
Rout
Lin
Rin
Lout
Rout
Cin
Vin CVout
LRLRR
L
L
R
RLR
L
L
R
L
R
R
L
VIDEO AND AUDIO SIGNAL PROCESSING
BLOCK DIAGRAM
AV3
RCA Audio
Monitor Out

SCHEMATIC DIAGRAM FOR MODELS
TX-W32D2F
(Euro-3HW Chassis )
Notes
1. RESISTOR
All resistors are carbon ¼W resistor, unless marked as follows:
Unit of resistance is OHM (W) (K=1,000, M=1,000,000).
2. CAPACITORS
All capacitors are ceramic 50V, unless marked as follows:
Unit of capacitance ismF, unless otherwise stated.
3. COIL
Unit of inductance ismH, unless otherwise stated.
4. Components marked 'L' on the schematic diagram shows leadless
parts.
5. TEST POINT
6. EARTH SYMBOL
7. VOLTAGE MEASUREMENT
Voltage is measured by a DC voltmeter.
Measurement conditions are as follows:
Power source AC 220V-240V, 50Hz
Receiving Signal Colour Bar signal (RF)
All customer controls Maximum position
8.
9. This schematic diagram is the latest at the time of printing and is
subject to change without notice.
Remarks
1. The Power Circuit contains a circuit area which uses a separate power
supply to isolate the earth connection. The circuit is defined by HOT
and COLD indications in the schematic diagram. All circuits, except the
Power Circuit, are COLD. Take the following precautions:
Precautions
a. Do not touch the hot part, or the hot and cold parts at the same time, as
you are liable to a shock hazard.
b. Do not short-circuit the hot and cold circuits as electrical components
may be damaged.
c. Do not connect an instrument, such as an oscilloscope, to the hot and
cold circuits simultaneously, as this may cause fuse failure. Connect
the earth of the instruments to the earth connection of the circuit being
measured.
d. Make sure to disconnect the power plug before removing the chassis.
SCHEMA TECHNIQUE POUR MODELE
TX-W32D2F
(Euro-3HW Chassis)
Nota :
1. RESISTOR
Toutes les résistance sont des résistance au carbone 1/4W, sauf
indication contraire par les indications suivantes
L'unité de résistance est l' OHM (W) (K=1,000, M=1,000,000).
2. CONDENSATEUR
Toutes les condensateurs sont des condensateurs céramique 50V,
sauf indication contraire par les indications suivantes :
L'unité de capacitié est leµF, sauf indication contraire.
3. BOBINE
L'unité d'inductance est leµH, sauf indication contraire
4. Les composants entourés de pointillés, sur le schéma, représentent
des éléments non câblés.
5. POINT D'ESSAl
Position du point d'essai
6. SYMBOL DE TERRE :Terre de ligne (chaud)
:Terre du châssis (froid)
7. MESURE DE TENSION
La tension est mesurée avec un voltmètre c.c.
Les conditions de mesure sont les suivantes:
Source d'alignmentation CA 220V-240V, 50Hz
Signal de réception Signal barre couleur (RF)
Toutes les commandes utilisateur Position maximum
8. :Vidéo
:Audio
:Vertical / Horizontal
9. Ce schéma est à jour moment de l'impression et modifiable sans
préavis.
Remarque
1. Le circuit d'alimentation contient une zone de qui utilise une
alimentation séparée pour isoler la connexion à la terre. Le circuit est
défini par les indications chaud (HOT) et froid (COLD) dans le
diagramme schématique. Prendre les précautions suivantes. Tous les
circuits, sauf le circuit d'alimentation, sont froids.
Précautions
a. Ne pas toucher la partie chaude ou en même temps les parties chaud
et froide. Cela présente un risque de décharge électrique.
b. Ne pas court-circuit les circuits chaud et froid car un fusible peut sauter
et des pièces se casser.
c. Ne pas raccorder un instrument, comme un oscilloscope,
simultanément aux circuits chaud et froid car un fusible peut sauter.
Raccorder la terre des instruments à la connexion de terre du circuit
mesuré.
d. Toujours débrancher la fiche d'alimentation avant de déposer le
châssis.
































REPLACEMENT PARTS LIST
Important Safety Notice Remarque importante pour la sécurité
LISTE DES PIÈCES DE RECHANGE
MISCELLANEOUS COMPONENTS
1) EUR51922 REMOTE CONTROL
2) UR51EC780 BATTERY COVER (REMOTE)
3) TKK8E026 SPEAKER REFLECTOR
4) TKY8E110 CABINET
5) TBX8E033 POWER BUTTON
6) TKP8E1149 LID
7) W76LFC185X05 CRT
8) THT1062 CRT FIXING SCREW
9) TNPA0292AA Y P.C.B.
10) TLK8E05123 DEGAUSS COIL
11) TKU8E00290 BACK COVER
12) TBM8E1536 MODEL LABEL
13) TSX8E0020 POWER CORD
14) TKP8E1153 AV COVER
15) TNPA0295AA D P.C.B.
16) TMX8E014 CHASSIS FRAME
17) TNPA0291AA M P.C.B.
18) TMW8E023 CONTROL BRACKET
19) TNPA0294AA F P.C.B.
20) TNPA0297AA G P.C.B.
21) TNPH0063AA E P.C.B.
22) TNPA0317AA B P.C.B.
23) TNPA0293AA H P.C.B.
24) ENV57D03G3 TUNER
25) TKP8E1148 NET
26) EAGG1218F2 SPEAKER
27) EAB10102B2 3D SPEAKER
TLK8E05124 GEOMAGNETIC CORRECTION
TMX8E015 PCB SUPPORT BRACKET
832AG11D-ESL I.C.SOCKET
TBM173052 PANASONIC BADGE
TBM8E1532-1 PRESET PANEL
TEK6940 LID CATCHER
TKP8E1150 FRONT PANEL (LEFT)
TKP8E1160 FRONT PANEL (RIGHT)
TQB8E2219A GERMAN INST BOOK
TQB8E2219B DUTCH INST BOOK
TQB8E2219C ITALIAN INST BOOK
TQB8E2219D FRENCH INST BOOK
TQB8E2219E SPANISH INST BOOK
TQB8E2219F SWEDISH INST BOOK
TQB8E2219G NORWEGIAN INST BOOK
TQB8E2219H SUOMI INST BOOK
TQB8E2219J PORTUGUESE INST BOOK
TQB8E2219K DANISH INST BOOK
TQA8E2023 SCHEMATIC DIAGRAM (ITALY)
TQB8E2221 ALIGNMENT (ITALY)
TMW8E017 L.E.D.HOLDER
TPC8E4538 OUTER CARTON
TPD8E621 TOP CUSHION
TPD8E622 BOTTOM CUSHION
ECKC1H103JB CERAMIC 50V 10nF
ERC12GK825 SOLID 0.5W 10% 8M2W
PCS-068A-1 68 PIN I.C. SOCKET
UM-3DEP-2P BATTERY
CAPACITORS
C002 ECUV1H102JCX S.M.CAP 50V 1nF
C003 ECA1HM101GB ELECT 50V 100pF
C004 ECUV1H102JCX S.M.CAP 50V 1nF
C005 ECUV1H102JCX S.M.CAP 50V 1nF
C006 ECUV1H102JCX S.M.CAP 50V 1nF
C007 ECUV1H102JCX S.M.CAP 50V 1nF
C009 ECA1HMR22GB ELECT 50V 0.22mF
C010 ECUV1H102KBX S.M.CAP 50V 1nF
C014 ECUV1H103ZFX S.M.CAP 50V 10nF
C015 ECUV1H390JCX S.M.CAP 50V 39pF
C016 ECUV1H390JCX S.M.CAP 50V 39pF
C017 ECA1CM470GB ELECT 16V 47mF
C019 ECUV1H561JCX S.M.CAP 50V 560pF
C020 ECUV1H103ZFX S.M.CAP 50V 10nF
C022 ECUV1H103ZFX S.M.CAP 50V 10nF
C023 ECUV1H681JCX S.M.CAP 50V 680pF
C024 ECUV1H103ZFX S.M.CAP 50V 10nF
C025 ECUV1H101JCX S.M.CAP 50V 100pF
C026 ECUV1H681JCX S.M.CAP 50V 680pF
C101 ECUV1H104ZFX S.M.CAP 50V 100nF
C106 ECUV1H104ZFX S.M.CAP 50V 100nF
C108 ECUV1H104ZFX S.M.CAP 50V 100nF
C109 ECUV1H104ZFX S.M.CAP 50V 100nF
C111 ECUV1H103ZFX S.M.CAP 50V 10nF
C113 ECUV1H393KBX S.M.CAP 50V 39nF
C115 ECUV1H104ZFX S.M.CAP 50V 100nF
C116 ECUV1H030CPX S.M.CAP 50V 30pF
C117 ECUV1H070DTX S.M.CAP 50V 70pF
C118 ECEA1CKA100 ELECT 16V 10mF
C120 ECEA1HKA2R2 ELECT 50V 2.2mF
C121 ECEA1HKA2R2 ELECT 50V 2.2mF
C122 ECUV1C105ZFX S.M.CAP 16V 1000nF
C123 ECEA1HKA2R2 ELECT 50V 2.2mF
C124 ECUV1H471JCX S.M.CAP 50V 470pF
C125 ECUV1H104ZFX S.M.CAP 50V 100nF
C126 ECUV1H104ZFX S.M.CAP 50V 100nF
C127 ECEA1CKA100 ELECT 16V 10mF
C128 ECUV1H102KBX S.M.CAP 50V 1nF
C129 ECEA1CKA100 ELECT 16V 10mF
C130 ECUV1H104ZFX S.M.CAP 50V 100nF
C131 ECUV1H102KBX S.M.CAP 50V 1nF
C132 ECUV1H102KBX S.M.CAP 50V 1nF
C133 ECUV1H102KBX S.M.CAP 50V 1nF
C134 ECUV1H104ZFX S.M.CAP 50V 100nF
C135 ECEA1CKA100 ELECT 16V 10mF
C136 ECUV1H104ZFX S.M.CAP 50V 100nF
C137 ECUV1H100DCX S.M.CAP 50V 10pF
C138 ECUV1H151JCX S.M.CAP 50V 150pF
C139 ECUV1H104ZFX S.M.CAP 50V 100nF
C140 ECUV1H151JCX S.M.CAP 50V 150pF
C142 ECUV1H100DCX S.M.CAP 50V 10pF
C143 ECUV1H220JCX S.M.CAP 50V 22pF
C144 ECUV1H151JCX S.M.CAP 50V 150pF
C145 ECUV1H151JCX S.M.CAP 50V 150pF

C146 ECUV1H120JCX S.M.CAP 50V 12pF
C148 ECUV1H103ZFX S.M.CAP 50V 10nF
C150 ECEA1CKA100 ELECT 16V 10mF
C151 ECUV1H104ZFX S.M.CAP 50V 100nF
C152 ECUV1H104ZFX S.M.CAP 50V 100nF
C153 ECUV1H120JCX S.M.CAP 50V 120pF
C159 ECUV1H080JCX S.M.CAP 50V 80pF
C251 ECQM1H474J FILM 50V 470nF
C252 ECUV1H222JCX S.M.CAP 50V 2.2nF
C254 ECUV1H103ZFX S.M.CAP 50V 10nF
C255 ECEA1CN100 ELECT 16V 10mF
C256 ECA1HM330B ELECT50V 33pF
C257 ECA1HM100GB ELECT 50V 10pF
C258 ECQM1H474J FILM 50V 470nF
C259 ECUV1H222JCX S.M.CAP 50V 2.2nF
C261 ECUV1H101JCX S.M.CAP 50V 100pF
C262 ECEA1CN100 ELECT 16V 10mF
C263 ECA1HM330B ELECT 50V 33pF
C264 ECA1HM100GB ELECT 50V 10pF
C267 ECUV1H103ZFX S.M.CAP 50V 10nF
C268 ECUV1H223ZFX S.M.CAP 50V 22nF
C269 ECA1EM222GB ELECT 25V 2.2nF
C270 ECA1EM222GB ELECT 25V 2.2nF
C271 ECA1HM010GB ELECT 50V 1pF
C272 ECA1HM010GB ELECT 50V 1pF
C273 ECA1HM010GB ELECT 50V 1pF
C274 ECA1HM010GB ELECT 50V 1pF
C275 ECUV1C184KBX S.M.CAP 16V 0.18mF
C276 ECUV1C184KBX S.M.CAP 16V 0.18mF
C277 ECEA1HU471 ELECT 50V 470mF
C281 ECUV1H104ZFX S.M.CAP 50V 100nF
C282 ECUV1H561JCX S.M.CAP 50V 560pF
C283 ECUV1H561JCX S.M.CAP 50V 560pF
C352 ECUV1H224ZFX S.M.CAP 50V 0.22mF
C353 ECUV1H103KBX S.M.CAP 50V 10nF
C354 ECKC2H103J CERAMIC 50V 10nF
C355 ECKC2H102J CERAMIC 500V 1nF
C362 ECUV1H224ZFX S.M.CAP 50V 0.22mF
C363 ECUV1H103KBX S.M.CAP 50V 10nF
C364 ECKC2H103J CERAMIC 50V 10nF
C365 ECKC2H102J CERAMIC 500V 1nF
C372 ECUV1H224ZFX S.M.CAP 50V 0.22mF
C373 ECUV1H103KBX S.M.CAP 50V 10nF
C374 ECKC2H103J CERAMIC 50V 10nF
C375 ECKC2H102J CERAMIC 500V 1nF
C381 ECA1HM101GB ELECT 50V 100pF
C382 ECA0JM471GB ELECT 6.3V 470pF
C383 ECUV1H103KBX S.M.CAP 50V 10nF
C384 ECQM2104KZ FILM 250V 100nF
C385 ECEA2EU220 ELECT 250V 22mF
C386 ECKC3D152J CERAMIC 2KV 1.5nF
C395 ECQM1H104J FILM 50V 100nF
C402 ECUV1H104ZFX S.M.CAP 50V 100nF
C403 ECA1AM332E ELECT 10V 3.3nF
C404 ECUV1H104ZFX S.M.CAP 50V 100nF
C405 ECUV1H104ZFX S.M.CAP 50V 100nF
C406 ECUV1H471JCXS.M.CAP 50V 470pF
C409 ECUV1H101JCX S.M.CAP 50V 100pF
C413 ECUV1H561KBX S.M.CAP 50V 560pF
C451 ECUV1H104ZFX S.M.CAP 50V 100nF
C452 ECA1EM332E ELECT 25V 3.3nF
C453 ECEA1HU101 ELECT 50V 100mF
C455 ECEA1HN100 ELECT 50V 10mF
C456 ECQV1104JZ3 FILM 100V 100nF
C457 ECUV1H102JCX S.M.CAP 50V 1nF
C461 ECUV1C224KBX S.M.CAP 16V 220nF
C462 ECKC3A471J CERAMIC 1KV 470pF
C463 ECUV1H102KBX S.M.CAP 50V 1nF
C464 ECKC1H102J CERAMIC 50V 1000pF
C501 ECQM1H224J FILM 50V 220nF
C502 ECQM2683JZ FILM 250V 68nF
C503 ECKC2H102J CERAMIC 500V 1nF
C504 ECQB1H223K FILM 50V 22nF
C506 ECKC2H102J CERAMIC 500V 1nF
C552 TAC4S6T102JC CERAMIC 1500V 1nF
C553 ECQP1223JZW FILM 100V 22nF
C555 TAC4R6T622JC CERAMIC 1500V 6.2nF
C556 ECEA2CNR47SB ELECT 160V R47mF
C557 ECKC2H331J CERAMIC 500V 330pF
C558 ECA2EM330B ELECT 250V 33pF
C559 ECKC2H101J CERAMIC 500V 100pF
C560 ECA1EM332E ELECT 25V 3.3nF
C561 ECKC2H561J CERAMIC 500V 560pF
C562 ECA1JM220B ELECT 63V 22pF
C563 TAC7A2D564JC CERAMIC 200V 0.56mF
C564 ECKC1H472J CERAMIC 50V 4.7nF
C565 ECQP1223JZW FILM 100V 22nF
C571 ECQV1H105JZ FILM 50V 1mF
C572 TAC4R6T682JC CERAMIC 1500V 6.8nF
C573 ECQF4153JZH FILM 400V 15nF
C574 TAC1114Z564A CERAMIC 400V 0.56mF
C575 TAC1114Z564A CERAMIC 400V 0.56mF
C577 TAC1114Z105A CERAMIC 400V 1mF
C580 ECKC1H103JB CERAMIC 50V 10nF
C581 ECQF4153JZH FILM 400V 15nF
C584 ECKC3D391J CERAMIC 2KV 390pF
C585 ECKC3A471J CERAMIC 1KV 470pF
C586 ECKC1H103JB CERAMIC 50V 10nF
C601 ECUV1H104ZFX S.M.CAP 50V 100nF
C602 ECUV1H104ZFX S.M.CAP 50V 100nF
C603 ECUV1H104ZFX S.M.CAP 50V 100nF
C604 ECUV1H104ZFX S.M.CAP 50V 100nF
C605 ECUV1H104ZFX S.M.CAP 50V 100nF
C606 ECUV1H104ZFX S.M.CAP 50V 100nF
C608 ECUV1H104ZFX S.M.CAP 50V 100nF
C609 ECUV1H180JCX S.M.CAP 50V 18pF
C610 ECUV1H150JCX S.M.CAP 50V 15pF
C611 ECUV1H104ZFX S.M.CAP 50V 100nF
C612 ECUV1H332ZFX S.M.CAP 50V 3.3nF
C613 ECUV1C474ZFX S.M.CAP 16V 0.47mF
C614 ECUV1H332ZFX S.M.CAP 50V 3.3nF
C615 ECUV1H104ZFX S.M.CAP 50V 100nF
C616 ECUV1H104ZFX S.M.CAP 50V 100nF
C617 ECA1CM220GB ELECT 16V 22mF
C618 ECUV1H104ZFX S.M.CAP 50V 100nF
C619 ECUV1H104ZFX S.M.CAP 50V 100nF
C620 ECUV1H104ZFX S.M.CAP 50V 100nF
C621 ECUV1H104ZFX S.M.CAP 50V 100nF
C622 ECUV1H104ZFX S.M.CAP 50V 100nF
C623 ECUV1H103ZFX S.M.CAP 50V 10nF
C624 ECUV1H103ZFX S.M.CAP 50V 10nF
C625 ECUV1H103ZFX S.M.CAP 50V 10nF
C626 ECUV1H103ZFX S.M.CAP 50V 10nF
C627 ECUV1H103ZFX S.M.CAP 50V 10nF
C628 ECUV1H103ZFX S.M.CAP 50V 10nF
C629 ECUV1H103ZFX S.M.CAP 50V 10nF
C630 ECUV1H103ZFX S.M.CAP 50V 10nF
C631 ECUV1H103ZFX S.M.CAP 50V 10nF
C632 ECUV1H103ZFX S.M.CAP 50V 10nF
C633 ECUV1H470JCX S.M.CAP50V 47pF
C634 ECA1AM221GB ELECT 10V 220pF
C635 ECA1HM220GB ELECT 50V 22pF
C636 ECA1HM010GB ELECT 50V 1pF
C637 ECQM1H224J FILM 50V 220nF
C638 ECA1HM010GB ELECT 50V 1pF
C639 ECQM1H224J FILM 50V 220nF
C640 ECQM1H224J FILM 50V 220nF
C641 ECQM1H224J FILM 50V 220nF
C642 ECA1AM470GB ELECT 10V 47pF
C643 ECUV1H104ZFX S.M.CAP 50V 100nF
C644 ECA1CM470GB ELECT 16V 47mF
C645 ECUV1H104ZFX S.M.CAP 50V 100nF

C646 ECUV1H104ZFX S.M.CAP 50V 100nF
C647 ECEA1CN470 ELECT 16V 47mF
C648 ECEA1CN470 ELECT 16V 47mF
C651 ECUV1H820JCXS.M.CAP 50V 82pF
C654 ECUV1H393KBX S.M.CAP 50V 39nF
C655 ECUV1E563KBX S.M.CAP 25V 56nF
C657 ECUV1C474ZFX S.M.CAP 16V 0.47mF
C659 ECUV1H821KBX S.M.CAP 50V 820pF
C661 ECUV1H103ZFX S.M.CAP 50V 10nF
C662 ECUV1H470JCX S.M.CAP 50V 47pF
C663 ECUV1H150JCX S.M.CAP 50V 15pF
C703 ECUV1C224KBX S.M.CAP 16V 220nF
C752 ECKC2H103J CERAMIC 50V 10nF
C803 ECQE2A474MWB FILM 100V 0.47mF
C804 222233510154 0.15mF
C806 ECQE6104K FILM 600V 100nF
C807 ECQB1H473K FILM 50V 47nF
C808 ECQB1H333J FILM 50V 33nF
C810 222233510154 0.15mF
C811 ECQB1H104J FILM 50V 100nF
C812 ECQB1H222J FILM 50V 2200pF
C813 ECKC2H472J CERAMIC 500V 4.7nF
C814 ECKC2H472J CERAMIC 500V 4.7nF
C815 ECA1CM331B ELECT 16V 330pF
C816 ECQB1H122J FILM 50V 1.2nF
C817 ECKC2H472J CERAMIC 500V 4.7nF
C818 ECKC2H472J CERAMIC 500V 4.7nF
C819 ECOS2GA181DB ELECT 400V 180pF
C820 ECOS2GA181DB ELECT 400V 180pF
C821 ECQB1H222J FILM 50V 2200pF
C822 ECKC3D102J CERAMIC 2KV 1nF
C823 EEUFA1V221B 35V 220pF
C824 ECQB1H121KF3 FILM 50V 0pF
C826 ECQB1H473K FILM 50V 47nF
C827 ECKCNS332J CERAMIC 1.2KV 3.3nF
C830 ECQE4105JFW FILM 400V 1mF
C831 ECKC3D471JB CERAMIC 2KV 470pF
C833 ECQB1H682K FILM 50V 6.8nF
C834 ECQB1H471KF3 FILM 50V 470pF
C835 ECQB1H152K FILM 50V 1.5nF
C849 ECKC2H471J CERAMIC 500V 470pF
C851 ECQM1H104J FILM 50V 100nF
C852 ECKC3D102J CERAMIC 2KV 1nF
C853 ECA1CM471GB ELECT 16V 470pF
C854 ECA1EM471GB ELECT 25V 470pF
C855 ECEA1HU102 ELECT 50V 1000mF
C856 ECEA1HU471 ELECT 50V 470mF
C857 ECA1EM471GB ELECT 25V 470pF
C858 ECOS2EA271BB ELECT 250V 270pF
C859 ECKC2H471J CERAMIC 500V 470pF
C861 ECOS2EA221AB ELECT 250V 220mF
C863 ECA1EM222GB ELECT 25V 2.2nF
C864 ECA0JM102GB ELECT 6.3V 1nF
C866 ECA1HM101GB ELECT 50V 100pF
C867 ECA1CM222GB ELECT 16V 2200mF
C868 ECA1CM100GB ELECT 16V 10pF
C871 ECA0JM102GB ELECT 6.3V 1nF
C872 ECA1CM222GB ELECT 16V 2200mF
C901 ECUV1H030CCX S.M.CAP 50V 30pF
C902 ECA1VM101GB ELECT 35V 100pF
C903 ECA1CM470GB ELECT 16V 47mF
C904 ECUV1H103ZFX S.M.CAP 50V 10nF
C905 ECA1CM100GB ELECT 16V 10pF
C906 ECUV1H151JCX S.M.CAP 50V 150pF
C908 ECUV1H151JCX S.M.CAP 50V 150pF
C909 ECKC2H472J CERAMIC 500V 4.7nF
C910 ECKC2H472J CERAMIC 500V 4.7nF
C911 ECUV1H151JCX S.M.CAP 50V 150pF
C912 ECEA2EU220 ELECT 250V 22mF
C913 ECA1HM101GB ELECT 50V 100pF
C914 ECA1HM101GB ELECT 50V 100pF
C915 ECA1CM471GB ELECT 16V 470pF
C916 ECEA2EU220 ELECT 250V 22mF
C917 ECA1HM100GB ELECT 50V 10pF
C918 ECUV1H103ZFX S.M.CAP 50V 10nF
C919 ECCR2H270J CERAMIC 500V 27pF
C1051 ECKC1H101J CERAMIC 50V 100pF
C1052 ECA1VM470B ELECT 35V 47pF
C1053 ECKC1H103JB CERAMIC 50V 10nF
C1102 ECUV1H104ZFX S.M.CAP 50V 100nF
C1103 ECUV1H104ZFX S.M.CAP 50V 100nF
C1104 ECA0JM101G ELECT 6.3V 100pF
C1105 ECUV1H330JCX S.M.CAP 50V 33pF
C1106 ECUV1H330JCX S.M.CAP 50V 33pF
C1107 ECUV1H391JCX S.M.CAP 50V 390pF
C1108 ECUV1H103ZFX S.M.CAP 50V 10nF
C1109 ECUV1H472KBX S.M.CAP 50V 4.7nF
C1110 ECUV1H104ZFX S.M.CAP 50V 100nF
C1111 ECUV1H101JCX S.M.CAP 50V 100pF
C1112 ECUV1H103ZFX S.M.CAP 50V 10nF
C1113 ECUV1H102JCX S.M.CAP 50V 1nF
C1114 ECUV1H102JCX S.M.CAP 50V 1nF
C1115 ECUV1H102JCX S.M.CAP 50V 1nF
C1126 ECUV1H104ZFX S.M.CAP 50V 100nF
C1127 ECUV1H104ZFX S.M.CAP 50V 100nF
C1129 ECA1AM470GB ELECT 10V 47pF
C1130 ECUV1H104ZFX S.M.CAP 50V 100nF
C1131 ECUV1H101JCX S.M.CAP 50V 100pF
C1133 ECUV1C184KBX S.M.CAP 16V 0.18mF
C1134 ECUV1H103KBX S.M.CAP 50V 10nF
C1135 ECUV1H103ZFX S.M.CAP 50V 10nF
C1136 ECUV1H101JCX S.M.CAP 50V 100pF
C1137 ECUV1H102KBX S.M.CAP 50V 1nF
C1138 ECUV1H104ZFX S.M.CAP 50V 100nF
C1302 ECUV1H150JCX S.M.CAP 50V 15pF
C1304 ECUV1H103ZFX S.M.CAP 50V 10nF
C1305 ECA1HM101GB ELECT 50V 100pF
C1306 ECUV1H104ZFX S.M.CAP 50V 100nF
C1307 ECUV1H104ZFX S.M.CAP 50V 100nF
C1308 ECA1HM101GB ELECT 50V 100pF
C1309 ECUV1H104ZFX S.M.CAP 50V 100nF
C1310 ECUV1H104ZFX S.M.CAP 50V 100nF
C1311 ECUV1H104ZFX S.M.CAP 50V 100nF
C1312 ECUV1H104ZFX S.M.CAP 50V 100nF
C1313 ECUV1H104ZFX S.M.CAP 50V 100nF
C1314 ECUV1H104ZFX S.M.CAP 50V 100nF
C1315 ECUV1H104ZFX S.M.CAP 50V 100nF
C1316 ECA1HM101GB ELECT 50V 100pF
C1317 ECUV1H104ZFX S.M.CAP 50V 100nF
C1318 ECA1HM101GB ELECT 50V 100pF
C1321 ECUV1H104ZFX S.M.CAP 50V 100nF
C1322 ECUV1H101JCX S.M.CAP 50V 100pF
C1323 ECA1HM101GB ELECT 50V 100pF
C1324 ECA1HM101GB ELECT 50V 100pF
C1325 ECUV1H103ZFX S.M.CAP 50V 10nF
C1326 ECUV1H104ZFX S.M.CAP 50V 100nF
C1327 ECUV1H104ZFX S.M.CAP 50V 100nF
C1508 ECUV1H103KBX S.M.CAP 50V 10nF
C1509 ECA1CM100GB ELECT 16V 10pF
C1518 ECA1HM101GB ELECT 50V 100pF
C1519 ECA1CM470GB ELECT 16V 47mF
C1520 ECA1CM470GB ELECT 16V 47mF
C1521 ECUV1H390JCX S.M.CAP 50V 39pF
C1524 ECUV1H221JCX S.M.CAP 50V 220pF
C1525 ECUV1H391JCX S.M.CAP 50V 390pF
C1528 ECUV1H390JCX S.M.CAP 50V 39pF
C1529 ECUV1H221JCX S.M.CAP 50V 220pF
C1531 ECUV1H391JCX S.M.CAP 50V 390pF
C1532 ECUV1H151JCX S.M.CAP 50V 150pF
C1533 ECUV1H750JCX S.M.CAP 50V 75pF
C1534 ECUV1H391JCX S.M.CAP 50V 390pF
C1537 ECA0JM102GB ELECT 6.3V 1nF

C1552 ECUV1H104ZFX S.M.CAP 50V 100nF
C1554 ECUV1H104ZFX S.M.CAP 50V 100nF
C1555 ECA0JM331GB ELECT 6.3V 330pF
C1556 ECUV1H270JCX S.M.CAP 50V 27pF
C1557 ECUV1H270JCX S.M.CAP 50V 27pF
C1559 ECUV1H103KBX S.M.CAP 50V 10nF
C1560 ECUV1H103KBX S.M.CAP 50V 10nF
C1561 ECUV1H104ZFX S.M.CAP 50V 100nF
C1562 ECA0JM331GB ELECT 6.3V 330pF
C1564 ECUV1H104ZFX S.M.CAP 50V 100nF
C1575 ECUV1H104ZFX S.M.CAP 50V 100nF
C1576 ECUV1H104ZFX S.M.CAP 50V 100nF
C1577 ECA1CM470GB ELECT 16V 47mF
C1579 ECUV1H104ZFX S.M.CAP 50V 100nF
C1580 ECUV1H104ZFX S.M.CAP 50V 100nF
C1583 ECUV1H104ZFX S.M.CAP 50V 100nF
C1584 ECUV1H104ZFX S.M.CAP 50V 100nF
C1585 ECUV1H104ZFX S.M.CAP 50V 100nF
C1586 ECUV1H104ZFX S.M.CAP 50V 100nF
C1588 ECA1CM470GB ELECT 16V 47mF
C1590 ECUV1H104ZFX S.M.CAP 50V 100nF
C1591 ECUV1H104ZFX S.M.CAP 50V 100nF
C1592 ECUV1H104ZFX S.M.CAP 50V 100nF
C1593 ECA1CM470GB ELECT 16V 47mF
C1594 ECUV1H104ZFX S.M.CAP 50V 100nF
C1595 ECUV1H104ZFX S.M.CAP 50V 100nF
C1596 ECUV1H104ZFX S.M.CAP 50V 100nF
C1599 ECA1CM470GB ELECT 16V 47mF
C1601 ECUV1H104ZFX S.M.CAP 50V 100nF
C1602 ECUV1H104ZFX S.M.CAP 50V 100nF
C1603 ECUV1H103KBX S.M.CAP 50V 10nF
C1604 ECUV1H104ZFX S.M.CAP 50V 100nF
C1605 ECUV1H104ZFX S.M.CAP 50V 100nF
C1606 ECUV1H104ZFX S.M.CAP 50V 100nF
C1607 ECUV1H104ZFX S.M.CAP 50V 100nF
C1608 ECA1CM470GB ELECT 16V 47mF
C1610 ECUV1H104ZFX S.M.CAP 50V 100nF
C1611 ECUV1H103KBX S.M.CAP 50V 10nF
C1612 ECUV1H104ZFX S.M.CAP 50V 100nF
C1613 ECUV1H104ZFX S.M.CAP 50V 100nF
C1614 ECUV1H104ZFX S.M.CAP 50V 100nF
C1615 ECUV1H101JCX S.M.CAP 50V 100pF
C1616 ECUV1H152JCX S.M.CAP 50V 1.5pF
C1617 ECUV1H104ZFX S.M.CAP 50V 100nF
C1618 ECUV1H104ZFX S.M.CAP 50V 100nF
C1619 ECUV1H104ZFX S.M.CAP 50V 100nF
C1620 ECUV1H104ZFX S.M.CAP 50V 100nF
C1621 ECA1CM470GB ELECT 16V 47mF
C1622 ECUV1H104ZFX S.M.CAP 50V 100nF
C1625 ECA1CM470GB ELECT 16V 47mF
C1641 ECA1CM470GB ELECT 16V 47mF
C1642 ECUV1H104ZFX S.M.CAP 50V 100nF
C1670 ECUV1H560JCX S.M.CAP 50V 56mF
C1701 ECA1CM470GB ELECT 16V 47mF
C1702 ECUV1H104ZFX S.M.CAP 50V 100nF
C1703 ECUV1H104ZFX S.M.CAP 50V 100nF
C1704 ECUV1H104ZFX S.M.CAP 50V 100nF
C1705 ECUV1H104ZFX S.M.CAP 50V 100nF
C1706 ECUV1H104ZFX S.M.CAP 50V 100nF
C1707 ECUV1H104ZFX S.M.CAP 50V 100nF
C1708 ECUV1H104ZFX S.M.CAP 50V 100nF
C1709 ECUV1H104ZFX S.M.CAP 50V 100nF
C1710 ECUV1H104ZFX S.M.CAP 50V 100nF
C1711 ECUV1H103KBX S.M.CAP 50V 10nF
C1712 ECUV1H104ZFX S.M.CAP 50V100nF
C1713 ECUV1H104ZFX S.M.CAP 50V 100nF
C1714 ECUV1H104ZFX S.M.CAP 50V 100nF
C1721 ECA1CM470GB ELECT 16V 47mF
C1722 ECA1CM470GB ELECT 16V 47mF
C1723 ECUV1H104ZFX S.M.CAP 50V 100nF
C1724 ECUV1H104ZFX S.M.CAP 50V 100nF
C1725 ECUV1H104ZFX S.M.CAP 50V 100nF
C1726 ECUV1H104ZFX S.M.CAP 50V 100nF
C1727 ECUV1H104ZFX S.M.CAP 50V 100nF
C1728 ECUV1H104ZFX S.M.CAP 50V 100nF
C1729 ECUV1H104ZFX S.M.CAP 50V 100nF
C1730 ECUV1H104ZFX S.M.CAP 50V 100nF
C1731 ECUV1H104ZFX S.M.CAP 50V 100nF
C1732 ECUV1H104ZFX S.M.CAP 50V 100nF
C1733 ECUV1H104ZFX S.M.CAP 50V 100nF
C1734 ECUV1H104ZFX S.M.CAP 50V 100nF
C1735 ECUV1H104ZFX S.M.CAP 50V 100nF
C1736 ECUV1H104ZFX S.M.CAP 50V 100nF
C1740 ECUV1H102KBX S.M.CAP 50V 1nF
C1801 ECUV1C104KBX S.M.CAP 16V 0.10mF
C1802 ECUV1C104KBX S.M.CAP 16V 0.10mF
C1803 ECUV1C104KBX S.M.CAP 16V 0.10mF
C1804 ECUV1C104KBX S.M.CAP 16V 0.10mF
C1805 ECUV1H104ZFX S.M.CAP 50V 100nF
C1806 ECUV1C104KBX S.M.CAP 16V 0.10mF
C1807 ECUV1C104KBX S.M.CAP 16V 0.10mF
C1808 ECUV1C104KBX S.M.CAP 16V 0.10mF
C1809 ECUV1C104KBX S.M.CAP 16V 0.10mF
C1810 ECUV1H103ZFX S.M.CAP 50V 10nF
C1811 ECUV1C104KBX S.M.CAP 16V 0.10mF
C1812 ECUV1H104ZFX S.M.CAP 50V 100nF
C1813 ECUV1H332KBX S.M.CAP 50V 3.3nF
C1814 ECUV1C104KBX S.M.CAP 16V 0.10mF
C1815 ECUV1H180JCX S.M.CAP 50V 18pF
C1816 ECUV1H150JCX S.M.CAP 50V 15pF
C1817 ECUV1H104ZFX S.M.CAP 50V 100nF
C1818 ECUV1H331JCX S.M.CAP 50V 330pF
C1819 ECUV1H331JCX S.M.CAP 50V 330pF
C1820 ECUV1H680JCX S.M.CAP 50V 68pF
C1821 ECUV1H103KBX S.M.CAP 50V 10nF
C1822 ECUV1H103KBX S.M.CAP 50V 10nF
C1823 ECUV1H104ZFXS.M.CAP 50V 100nF
C1824 ECA1AM470GB ELECT 10V 47pF
C1825 ECQB1H563K FILM 50V 56nF
C1826 ECUV1H152KBX S.M.CAP 50V 1.5pF
C1827 ECUV1H104ZFX S.M.CAP 50V 100nF
C1828 ECA1HM010GB ELECT 50V 1pF
C1829 ECUV1C104KBX S.M.CAP 16V 0.10mF
C1840 ECUV1C104KBX S.M.CAP 16V 0.10mF
C1843 ECUV1H104ZFX S.M.CAP 50V 100nF
C1845 ECA1AM470GB ELECT 10V 47pF
C1846 ECUV1H104ZFX S.M.CAP 50V 100nF
C1861 ECKC1H561J CERAMIC 50V 560pF
C1862 ECKC1H561J CERAMIC 50V 560pF
C1865 ECEA1CN470 ELECT 16V 47mF
C1881 ECUV1H104ZFX S.M.CAP 50V 100nF
C1882 ECA1AM470GB ELECT 10V 47pF
C1887 ECA1HM101GB ELECT 50V 100pF
C1888 ECUV1H104ZFX S.M.CAP 50V 100nF
C1891 ECUV1H332KBX S.M.CAP 50V 3.3nF
C1892 ECUV1C104KBX S.M.CAP 16V 0.10mF
C1894 ECA1AM470GB ELECT 10V 47pF
C1895 ECA1AM470GB ELECT 10V 47pF
C1896 ECUV1H104ZFX S.M.CAP 50V 100nF
C1897 ECA1AM330GB ELECT 10V 33pF
C1901 ECQM1H474J FILM 50V 470nF
C1902 ECQM1H474J FILM 50V 470nF
C1903 ECA1EM470GB ELECT 25V 47pF
C1904 ECKC1H103JB CERAMIC 50V 10nF
C2001 ECA1CM100GB ELECT 16V 10pF
C2002 ECUV1H104ZFX S.M.CAP 50V 100nF
C2003 ECUV1H104ZFX S.M.CAP 50V 100nF
C2004 ECUV1H102JCX S.M.CAP 50V 1nF
C2005 ECUV1H391JCX S.M.CAP 50V 390pF
C2006 ECUV1H391JCX S.M.CAP 50V 390pF
C2007 ECUV1H102JCX S.M.CAP 50V 1nF
C2008 ECUV1H102JCX S.M.CAP 50V 1nF

C2009 ECUV1H102JCX S.M.CAP 50V 1nF
C2010 ECUV1H102JCX S.M.CAP 50V 1nF
C2011 ECUV1H102JCX S.M.CAP 50V 1nF
C2012 ECUV1H102JCX S.M.CAP 50V 1nF
C2014 ECQM1H334J FILM 50V 330nF
C2017 ECA1CM100GB ELECT 16V 10pF
C2018 ECA1CM100GB ELECT 16V 10pF
C2019 ECA1HM101GB ELECT 50V 100pF
C2020 ECUV1H104ZFX S.M.CAP 50V 100nF
C2021 ECUV1H104ZFX S.M.CAP 50V 100nF
C2022 ECA1HM3R3GB ELECT 50V 3.3mF
C2023 ECUV1H471JCX S.M.CAP 50V 470pF
C2024 ECUV1H471JCX S.M.CAP 50V 470pF
C2025 ECUV1H221JCX S.M.CAP 50V 220pF
C2026 ECUV1H221JCX S.M.CAP 50V 220pF
C2027 ECUV1H221JCX S.M.CAP 50V 220pF
C2028 ECUV1H221JCX S.M.CAP 50V 220pF
C2029 ECUV1H221JCX S.M.CAP 50V 220pF
C2030 ECUV1H221JCX S.M.CAP 50V 220pF
C2031 ECUV1H104ZFX S.M.CAP 50V 100nF
C2032 ECA1CM100GB ELECT 16V 10pF
C2034 ECUV1H070DCX S.M.CAP 50V 7pF
C2035 ECUV1H560JCX S.M.CAP 50V 56pF
C2036 ECUV1H100DCX S.M.CAP 50V 10pF
C2037 ECUV1H220JCX S.M.CAP 50V 22pF
C2039 ECUV1H070DCX S.M.CAP 50V 7pF
C2040 ECUV1H560JCX S.M.CAP 50V 56pF
C2041 ECUV1H560JCX S.M.CAP 50V 56pF
C2042 ECUV1H104ZFX S.M.CAP 50V 100nF
C2043 ECA1CM100GB ELECT 16V 10pF
C2044 ECUV1H030CPX S.M.CAP 50V 30pF
C2045 ECUV1H030CCX S.M.CAP 50V 30pF
C2050 ECUV1H103ZFX S.M.CAP 50V 10nF
C2051 ECUV1H103ZFX S.M.CAP 50V 10nF
C2052 ECUV1H103ZFX S.M.CAP 50V 10nF
C2053 ECUV1H103ZFX S.M.CAP 50V 10nF
C2054 ECA1CM331B ELECT 16V 330pF
C2055 ECA1CM331B ELECT 16V 330pF
C2058 ECUV1H683ZFX S.M.CAP 50V 68nF
C2059 ECUV1H102KBX S.M.CAP 50V 1nF
C2060 ECUV1H102KBX S.M.CAP 50V 1nF
C2061 ECUV1H223ZFX S.M.CAP 50V 22nF
C2062 ECUV1H223ZFX S.M.CAP 50V 22nF
C2301 ECQM1H474J FILM 50V 470nF
C2302 ECUV1H224ZFX S.M.CAP 50V 0.22mF
C2303 ECUV1H101JCX S.M.CAP 50V 100pF
C2304 ECEA1HN010UB ELECT 50V 1mF
C2305 ECA1HM220GB ELECT 50V 22pF
C2306 ECUV1H223ZFX S.M.CAP 50V 22nF
C2307 ECUV1H223ZFX S.M.CAP 50V 22nF
C2308 ECA1HM010GB ELECT 50V 1pF
C2309 ECUV1H393KBX S.M.CAP 50V 39nF
C2310 ECUV1H393KBX S.M.CAP 50V 39nF
C2311 ECA1HM101GB ELECT 50V 100pF
C2312 ECUV1H393KBX S.M.CAP 50V 39nF
C2313 ECUV1H393KBX S.M.CAP 50V 39nF
C2314 ECA1HM100GB ELECT 50V 10pF
C2315 ECUV1H562KBX S.M.CAP 50V 5.6nF
C2316 ECA1HM010GB ELECT 50V 1pF
C2317 ECA1HM010GB ELECT 50V 1pF
C2318 ECUV1H050CCX S.M.CAP 50V 5pF
C2319 ECUV1H103ZFX S.M.CAP 50V 10nF
C2320 ECUV1H102KBX S.M.CAP 50V 1nF
C2351 ECA1HM471GB ELECT 50V 470pF
C2352 ECA1CM471GB ELECT 16V 470pF
C2353 ECA1HM4R7GB ELECT 50V 4.7mF
C2354 ECKC1H103J CERAMIC 50V 10nF
C2355 ECA1HMR33GB ELECT 50V 0.33mF
C2356 ECKC1H103JB CERAMIC 50V 10nF
C2360 ECKC1H103JB CERAMIC 50V 10nF
C2361 ECA1HM471GB ELECT 50V 470pF
C2362 ECA1CM471GB ELECT 16V 470pF
C2363 ECA1HM4R7GB ELECT 50V 4.7mF
C2364 ECKC1H103J CERAMIC 50V 10nF
C2365 ECA1HMR33GB ELECT 50V 0.33mF
C2366 ECKC1H103JB CERAMIC 50V 10nF
C3001 ECKC1H561J CERAMIC 50V 560pF
C3002 ECKC1H561J CERAMIC 50V 560pF
C3101 ECEA1HN4R7UB ELECT 50V 4.7mF
C3102 ECA1HM470GB ELECT 50V 47mF
C3103 ECA1CM470GB ELECT 16V 47mF
C3106 ECUV1H561JCX S.M.CAP 50V 560pF
C3107 ECA1HM470GB ELECT 50V 47mF
C3108 ECA1CM470GB ELECT 16V 47mF
C3110 ECUV1H561JCX S.M.CAP 50V 560pF
C3111 ECUV1H102JCX S.M.CAP 50V 1nF
C3112 ECA1HM470GB ELECT 50V 47mF
C3113 ECA1HM470GB ELECT 50V 47mF
C3114 ECA1CM470GB ELECT 16V 47mF
C3115 ECEA1HNR47UB ELECT 50V 0.47mF
C3116 ECA1HM470GB ELECT 50V 47mF
C3117 ECEA1HN4R7UB ELECT 50V 4.7mF
C3118 ECEA1HN4R7UB ELECT 50V 4.7mF
C3119 ECA1HM470GB ELECT 50V 47mF
C3120 ECA1CM470GB ELECT 16V 47mF
C3122 ECUV1H561JCX S.M.CAP 50V 560pF
C3123 ECEA1HN4R7UB ELECT 50V 4.7mF
C3125 ECUV1H561JCX S.M.CAP 50V 560pF
C3126 ECEA1HN4R7UB ELECT 50V 4.7mF
C3127 ECEA1HN4R7UB ELECT 50V 4.7mF
C3128 ECEA1HN4R7UB ELECT 50V 4.7mF
C3129 ECUV1H102JCX S.M.CAP 50V 1nF
C3130 ECEA1HN4R7UB ELECT 50V 4.7mF
C3131 ECUV1H473KBX S.M.CAP 50V 47nF
C3132 ECA1CM470GB ELECT 16V 47mF
C3133 ECA1CM470GB ELECT 16V 47mF
C3134 ECA1CM470GB ELECT 16V 47mF
C3135 ECA1HMR47GB ELECT 50V 0.47mF
C3136 ECA1CM470GB ELECT 16V 47mF
C3137 ECA1HM470GB ELECT 50V 47mF
C3138 ECA1HM470GB ELECT 50V 47mF
C3139 ECUV1H222JCX S.M.CAP 50V 2.2nF
C3140 ECUV1H222JCX S.M.CAP 50V 2.2nF
C3144 ECUV1H561JCX S.M.CAP 50V 560pF
C3145 ECUV1H561JCX S.M.CAP 50V 560pF
C3147 ECUV1H561JCX S.M.CAP 50V 560pF
C3148 ECA1HM4R7GB ELECT 50V 4.7mF
C3150 ECA1HM4R7GB ELECT 50V 4.7mF
C3152 ECUV1H561JCX S.M.CAP 50V 560pF
C3153 ECUV1H104ZFX S.M.CAP 50V 100nF
C3154 ECUV1H104ZFX S.M.CAP 50V 100nF
C3155 ECA1CM470GB ELECT 16V 47mF
C3156 ECA1CM470GB ELECT 16V 47mF
C3158 ECUV1H102JCX S.M.CAP 50V 1nF
C3159 ECUV1H121JCX S.M.CAP 50V 120pF
C3160 ECUV1H104ZFX S.M.CAP 50V 100nF
C3162 ECA1CM471GB ELECT 16V 470pF
C3163 ECA1HMR47GB ELECT 50V 0.47mF
C3164 ECUV1H104ZFX S.M.CAP 50V 100nF
C3165 ECA1HM470GB ELECT 50V 47mF
C3167 ECUV1H561JCX S.M.CAP 50V 560pF
C3168 ECUV1H561JCX S.M.CAP 50V 560pF
C3169 ECUV1H102JCX S.M.CAP 50V 1nF
C3173 ECA1HMR47GB ELECT 50V 0.47mF
C3175 ECUV1H561JCX S.M.CAP 50V 560pF
C3177 ECUV1H561JCX S.M.CAP 50V 560pF
C3180 ECA1HMR47GB ELECT 50V 0.47mF
C3181 ERJ6GEY0R00 S.M.CARB 0.1W 5% 0W
C3182 ECUV1H102JCX S.M.CAP 50V 1nF
C3183 ERJ6GEY0R00 S.M.CARB 0.1W 5% 0W
C3184 ECUV1H473KBX S.M.CAP 50V 47nF
C3185 ERJ6GEY0R00 S.M.CARB 0.1W 5% 0W