Panasonic TC-14Z88KQ User manual

ORDERNO. MTV0401271C3
Colour Television
TC-14Z88KQ
GP3 Chassis
SPECIFICATIONS
Specifications
Power Source : AC AUTO 110-240V, 50 / 60 Hz
Power Consumption : 61W
Aerial Impedance : 75 unbalanced
Coaxial type
Receiving System : 17 Systems
Receiving Channels:
VHF 1-11 PALB (Australia& N.Zealand)
1-12 PAL/ SECAM D
1-12 NTSC M JAPAN
2-12 PAL/ SECAM B, G
2-13 NTSC M U.S.A.
UHF 21-69 PALG I / SECAM B, G, K1
28-69 PALG (Australia)
13-56 PALD
13-52 NTSC M JAPAN
14-69 NTSC NTSC M U.S.A.
CATV S1-S41 (Hyper)
IntermediateFrequency:
Video 38.0MHz
Sound 31.5MHz (D, K, K1)
32 MHz (I)
32.5MHz (B, G)
1

33.5MHz (M)
Colour 33.57 MHz (PAL)
33.6MHz (SECAM)
33.75 MHz (SECAM)
34.42 MHz (NTSC)
Video/ AudioTerminals:
RAV In VideoIn1Vp-p75
AudioInApprox. 400mVrms
MonitorOut VideoOut 1Vp-p75
AudioOut Approx. 400mVrms
High Voltage: 24.5kV ±-1.5
at zerobeam current
Picture Tube: A34KQW42X
34cm (14 inches)
Measureddiagonally,
90 ° deflection
AudioOutput : 5.0W
Dimensions: Height : 356.0mm
Width: 459.0mm
Depth: 379.5mm
Mass : 10.1kg(Net Wt.)
Specificationsare subject tochangewithout notice. / Mass
and dimensionsshownare approximate.
2004 Matsushita ElectricIndustrial Co., Ltd. All rights reserved.
Unauthorized copying and distribution isaviolation of law.
1. Safety Precautions
1.1. General Guide Lines
1. Itisadvisableto insert an isolation transformer inthe AC supply
before servicing thishot chassis.
2. When servicing, observe the original lead dress, especiallythe
lead dress inthe high voltage circuits. Ifashort circuitisfound,
replace all parts which have been overheated or damaged bythe
short circuit.
3. After servicing, see to itthat all the protective devices such as
2

insulation barriers, insulation papers, shields and isolation R-C
combinations, are properlyinstalled.
4. When the receiver isnot to be used for along period of time,
unplug the power cord from the AC cord outlet.
5. Potential, as high as 26.0kV ispresent when thisreceiver isin
operation. Operation of the receiver without the rear cover
involves the danger of ashock hazard from the receiver power
supply. Servicing shouldnot be attempted byanyone who isnot
thoroughlyfamiliar with the precautions necessarywhen working
on high voltage equipment. Alwaysdischarge the anode of the
picture tube to the receiver chassisbefore handling the tube.
After servicing make the following leakagecurrent checks to
prevent the customer from being exposed to shock hazards.
1.2. Leakage Current ColdCheck
1. Unplug the AC cord and connect ajumper between the two
prongs on the plug.
2. Turn on the receiver’spower switch. / Measure the resistance
value, with an ohmmeter, between the jumper AC plug and each
exposed metalliccabinet part on the receiver, such as screw
heads, aerials, connectors, control shafts, etc.When the exposed
metallicpart has areturn path to the chassis, the reading should
be between 4M and 20 M . When the exposed metal does not
have areturn path to the chassis, the reading must be infinite.
1.3. Leakage Current Hot Check (Fig. 1)
1. Plug the AC cord directlyinto the AC outlet. Donot use an
isolation transformer for thischeck.
2. Check a2k non-inductive resistor and an AC/DC current meter,
inseries with each exposed metallicpart on the receiver inturn
and an earth such as awater pipe.
The current from anypoint shouldnot exceed 0.7mApeak AC or
2mADC. Inthe case of ameasurement being outside of these
limits specified, there isapossibilityof ashock hazard and the
receiver shouldbe repaired and rechecked before itisreturnedto
the customer.
3

Fig. 1
,
1.4. X-Radiation
Warning:
The potential sources of X-Radiation inTV set are the EHTsection and the picture tube. When
using a picture tube test jigforservice, ensure that jigis capable of handling 26.0kV without
causing X-Radiation.
Note: It is important touse anaccurate periodicallycalibratedhigh voltage meter.
1. Set the brightness to minimum.
2. Use the remocon to get into Service Mode.
3. Measure the EHT. The meter reading shouldindicate 24.5±-1.5kV.
Ifthe meter indication isout of tolerance, immediate service and
correction isrequired to prevent the possibilityof premature
component failure.
4. To prevent the possibilityX-Radiation, itisessential to use the
specified picture tube, ifservice replacement becomes necessary.
1.5. GP3 ChassisBlock Diagram
2. Service Hints
2.1. Service Position for E-Board
1. Remove the back cover.
2. Stand the TV set as showninFig. 2.
3. Remove the A-Board from the TV set bypulling the mainboard
out as showninFigure 2.
Fig. 2
4

2.2. FactoryMode Adjustment
How to set :
To set the Factorymode, press Volume 0dac on the TV and Timer
Setting 30 min. on the remote control and press Volume (-) Down
button on the TV together press recall on the remote control. /
CHK shouldappear on right of TV screen. / To movefrom CHK1to
CHK2mode, etc. please follow below rotation :
To Set Self-Check :
Press the Volume Downbutton on TV then press the Off Timer
button on remote control.
2.3. Adjustment for White Balance
Preparation:
1. Receive the white balance pattern and aging shouldhave been
performed over 30 minutes.
2. Set the picture menu to DYNAMICNORMAL.
3. Degauss the CRTface.
4. Fixthe CRTcolour analyzer receiver unitto CRTface.
Adjustment of LowLight.
1. Adjustment Sub Bright, so that Y= 7.0± 1.0nit.
2. Adjustment R-CUTOFF, so that X= 0.238 ± 0.010 nit.
5

3. Adjustment G-CUTOFF, so that Y= 0.229 ± 0.010 nit.
Adjustment of High Light
1. Adjustment Sub Bright, so that Y= 155 nit.
2. Adjustment R-Drive, so that X= 0.263 ± 0.010 nit.
3. Adjustment B-Drive, so that Y= 0.273 ± 0.010 nit.
2.4. Adjustment for CRTCUTOFF
Preparation:
1. Connect the oscilloscope probe to TPL5.
2. Screen VRmin.
3. Set the data Sub Bright, Bright.
4. Inservice Mode at “Bright” dac press [5] infactorymode to enter
vertical line and adjust byvolume downor up button.
5. Adjust “Screen VR”until 1-HLine appears.
2.5. Adjustment Procedure
6

Item/ Preparation Adjustment Procedure
+B Voltage Confirm the DC voltage at the indicatedtest points,
as
:
1. Operate the TV set. TPA 10 : 141.0 ± 2.0V
2. Set control as follows : TPA 8 : 8 ± 1V
Brightness ........... minimum TPA 9 : 5 ± 1V
Contrast .............. minimum TPA 21 : 175 ± 15
RFAGC
1. Receive a colourbarsignal at anRF
level of 69 +1-2 dBU with75 loaded. 1. Select “RFAGC” indication inCHK2, on Screen
by
control at factorymode.
2. Connect digital multimetertoRF
AGC at Tuner. 2. Set RFAGC byusing remote control Volume (+)
or
(-) button until voltage AGC at Tunerreaches 2.6 ±
0.1V
TPA 15 (Tunerpoint).
3. Increase RFsignal strengthby2dB, confirm AGC
at
voltage drop.
High Voltage
1. Receive the crosshatchpattern. 1. Connect a DC voltage metertoTPA 12 and
confirm
voltage is 141.0 ± 2.0V.
2. Set to0 Beam.
ScreenVR .......... minimum 2. Connect a high frequencyvoltmetertoheaterand
confirm
that voltage reads 6.0 ± 0.24 (VRMS).
Contrast .............. minimum
3. Normalize the brightness and contrast.
Item/ Preparation Adjustment Procedure
NTSC TINTCOLOUR
Connect a short jumperbetweenTPA
10 and TPA 20.
Press MainMenu and set systemto
use AV-NTSC (3.58 MHz).
DYNAMIC ................. Normal
ChannelCLR Set ..... STD
1. Adjust Sub-Tint sothat No. 2, 3 and 4 becomes
level
waveform is similartoFig. 3.
2. Confirm phase at Tint is changes more than± 30
by
control.
3. Confirm that colourlevel is maximumwhen
colour
adjustedtomaximumposition.
Note: Use remote control onlywhenadjusting
user
Sub-Tint.
7

Fig. 3
2.6. PALColour
1. Receive the PALB/G studiocolour bar pattern and adjust local
frequencyat the best tuned position.
2. PicMenu: DynamicNormal, Confirm Contrast -63, Sub Contrast -
21.
3. Channel colour set --------- STD
4. “CHK2” and press digitkey“5” (AKB OFF) also confirm OSD
become blue colour.
5. Connect TPA10 to TPA20.
6. Set (A)to 1.9± 0.1V byBRT(CHK2) at measurement point TPL 2
Fig. 4.
2.7. Adjustment
1. Connect oscilloscope probe to TPL 2(G OUT) with 10k series
resistor and adjust Contrast so that (B)as inFig. 4is2.60 ± 0.05V.
2. Adjust “Sub Colour” so that waveform as inFig. 4(1) 2.3± 0.2V.
3. Connect oscilloscope probe to TPL 1(ROUT) with 10k series
resistor and confirm waveform as inFig. 5is(2) 2.3± 0.2V.
4. Take out jumper TPA10 and TPA20.
5. Press digitkey“5” (AKB ON)and confirm the OSDbecome white
colour.
8

Before ColourPurity, Convergence and White Balance
adjustment are attempted,
V. Height, H. Centre and Focus adjustments must be completed.
ColourPurity
1. Set the Brightness and Contrast controlsto theirmaximum
positions.
2. Operate the TV set for 60 minutes.
3. Fullydegauss the picture tube byusing an external degaussing
coil.
4. Applyacrosshatch pattern signal and adjust the static
convergence magnets to the approximatelycorrect position.
5. Receive ablack and white signal.
6. Set the control as follows: / Red................minimum /
Green.............minimum / Blue...............minimum / Press the
Shipping button on the remote control twice to select CRT
Adjustment Mode to select low light.
7. Loosen the clamp screw for the Deflection Yoke AinFig. 10 and
move the Deflection Yoke as close to the puritymagnet as
possible.
8. Adjust the puritymagneticrings so that avertical green fieldis
obtained at the centre of the screen.
Fig. 6
9

9. Slowlypush the Deflection Yoke and set itwhere auniform green
fieldisobtained. Fig. 21
10. Re-adjust the Low Light controlsto theircorrect settings and
make sure that auniform white fieldisobtained.
11. Tighten the clamp screw AinFig. 10.
Convergence
1. Applyacrosshatch pattern signal and Normalize Contrast control
to the maximum positions.
2. Adjust Brightness until the greyposition of the crosshatch
pattern just becomes black.
3. Adjust the Red and Blue line at the centre of the screen by
rotating the R-Bstatic. Fig. 8
10

4. Adjust Red and Blue with Green line at centre of the screen by
rotating (RB)-G staticconvergence magneticrings.
5. Lock convergence magnets with silicone sealer.
6. Remove the DYwedges and slightlytiltthe Deflection Yoke
verticallyand horizontallyto obtainthe good overall convergence.
Fig. 9
7. Fixthe Deflection Yoke byreinserting the DYwedges. Refer to
Fig. 10.
8. Ifpurityerror isfound, repeat “Colour Purity”adjustment.
Fig. 10
11

Fig. 11
Notes:
1. Wedge A, Band Cshouldbe inserted following the sequence of 1,
2and 3showninFig. 11.
2. The wedges shouldbe set 120° apart from each other.
3. Becertainthat three wedges are firmlyfixed and the Deflection
Yoke istightlyclamped inplace. / Otherwise the Deflection Yoke
mayshift its position and cause aloss of convergence and purity.
3. Conductor Views
4. Schematic Diagram
12

13

4.1. ABOARD
4.1.1. A BOARD (1/ 5)
4.1.2. A BOARD (2/ 5)
4.1.3. A BOARD (3/ 5)
4.1.4. A BOARD (4/ 5)
4.1.5. A BOARD (5/ 5)
4.2. LBOARD
4.2.1. LBOARD (1/ 2)
4.2.2. LBOARD (2/ 2)
5. Part Location
14

6. Replacement Parts List
15

6.1. Replacement Parts List
Ref. No. PartNo. PartName& Description Remarks
1A34KQW42X PICTURETUBE
EUR7717030 REMOTECONTROL
2JH225U-013 CONVERGENCEYOKE
3KDY3GCE47F2 DEFLECTION YOKE
4TASA0003 SPEAKER
5TBM4G1016 MODEL NAMEPLATE
6TBM4G3008 PANASONIC BADGE
7TBX4G89402 POWER BUTTON
8TEK6935 DOOR SWITCH
TES4G206 COIL SPRING
THT4G1004R CRTSCREW
TJB1725100 75-300OHMADAPTOR
9TKP4G11744 AC CORD BRACKET
10 TKP4G13174 DOOR
11 TKU4G9530-1 BACK COVER
12 TLK4G9078X DEGAUSSING COIL
TMM4G502 RUBBER WASHER
TMM4G503 RUBBER WEDGE
NLA TNP4G269AN A BOARD
NLA TNP4G276AB L BOARD
TPD4G1109 CUSHION (TOP)
TPE4G14007 SETCOVER
TPE4G14026 SETCOVER
16

Ref. No. PartNo. PartName& Description Remarks
TQB4G3617 FAN BAG
TSM10032-4 PURITYMAGNET
TSN63115-4 PURITYMAGNET
TSX4G111L AC POWER CORD
13 TXFKY02BG28 CABINETASSY
TXFPC01BM06 CARTON
TXFPD02AS04 CUSHION (BOTTOM)
TXFSA01AA2S DIPOLEANTENNA
CAPACITORS
C001 ECEA1CKA220 E22UF, 16V
C002 ECJ2VF1H103Z C 0.01UF, Z, 50V
C003 ECJ2VF1H103Z C 0.01UF, Z, 50V
C005 ECJ2VF1H104Z C 0.1UF, Z, 50V
C006 ECA1AM331B E330UF, 10V
C008 ECEA1HKA010 E1UF, 50V
C109 ECJ2VF1H103Z C 0.01UF, Z, 50V
C1101 ECJ2VF1H103Z C 0.01UF, Z, 50V
C1103 ECJ2VC1H331J C 330PF, J, 50V
C1104 ECA1CM101B E100UF, 16V
C1105 ECJ2VF1H103Z C 0.01UF, Z, 50V
C1125 ECEA1CKA100 E10UF, 16V
C1130 ECJ2VC1H560J C 56PF, J, 50V
C1131 ECA0JM221B E220UF, 6.3V
C1132 ECJ2VC1H560J C 56PF, J, 50V
C1140 ECEA1CKA101 E100UF, 16V
C1141 ECJ2VF1H104Z C 0.1UF, Z, 50V
C1142 ECJ2VF1H104Z C 0.1UF, Z, 50V
C116 ECJ2VF1H103Z C 0.01UF, Z, 50V
C117 ECJ2VB1H103J C 0.01UF, 50V
C120 F1B1H103A013 C 0.01UF, 50V
C121 ECJ2VF1H103Z C 0.01UF, Z, 50V
C122 ECJ2VF1H103Z C 0.01UF, Z, 50V
C136 ECJ2VF1H103Z C 0.01UF, Z, 50V
C191 ECUX1H104KBX C 0.1UF, K, 50V
C193 ECA1CM100B E10UF, 16V
C2302 ECA1EM471B E470UF, 25V
C2303 ECA1CM100B E10UF, 16V
C2304 ECEA1HKN010 E1UF, 50V
C2305 ECEA1HKN010 E1UF, 50V
C2306 ECA1HM220B E22UF, 50V
C2380 ECA1CM101B E100UF, 16V
C2381 ECA1CM100B E10UF, 16V
C3020 ECJ2VC1H561K C 560PF, K, 50V
C615 ECQV1H224JL P0.22UF, J, 50V
C618 F1B1H681A130 C 680PF, J, 50V
C619 ECQV1H104JL P0.1UF, J, 50V
C620 ECJ2VC1H470J C 47PF, J, 50V
C621 ECJ2VB1H471K C 470PF, K, 50V
C622 ECJ2VF1H104Z C 0.1UF, Z, 50V
C623 ECJ2VC1H470J C 47PF, J, 50V
C625 ECEA0JN221U E220UF, 6.3V
C628 ECJ2YB1H473K C 0.047UF, K, 50V
C631 ECJ2VB1H222K C 2200PF, K, 50V
C632 ECJ2VB1H392K C 3900PF, K, 50V
17

Ref. No. PartNo. PartName& Description Remarks
C633 ECJ2ZF1C105Z C 1UF, Z, 16V
C636 ECA1CM101B E100UF, 16V
C640 ECA1CM100B E10UF, 16V
C641 ECJ2VC1H100C C 10PF, C, 50V
C670 ECA1CM100B E10UF, 16V
C680 ECJ2YB1H473K C 0.047UF, K, 50V
C685 ECJ2VC1H101K C 100PF, K , 50V
C686 ECJ2YB1H473K C 0.047UF, K, 50V
C687 ECJ2VF1H104Z C 0.1UF, Z, 50V
C689 ECJ2VF1H104Z C 0.1UF, Z, 50V
C801 ECQU2A224BN9 P0.22UF, 250V
C802 ECQU2A224BN9 P0.22UF, 250V
C806 ECKWAE472ZED C 4700PF, Z,500V
C807 ECKWAE472ZED C 4700PF, Z,500V
C808 ECKWAE472ZED C 4700PF, Z,500V
C809 ECKWAE472ZED C 4700PF, Z,500V
C810 EETHC2G221H E220UF, 400V
C811 ECQM4473JZ P0.047UF, J,400V
C814 ECQE2A473JF P0.047UF, J,250V
C816 F2A1H330A115 E33UF, 30V
C819 ECA1HM010B E1UF, 50V
C821 ECKW3D471KBR C 470PF, K, 2KV
C822 ECKW3D331JBR C 330PF, J, 2KV
C825 ECQB1H471JF P470PF, J, 50V
C826 F0A1H103A039 C 0.01PF, 50V
C827 ECQV1H184JM P0.18UF, J, 50V
C830 ECQB1H561JF P560PF, J, 50V
C840 ECKCNA152ME7 C 1500PF, M,
C841 ECKCNA471MB7 C 470PF, M,
C842 ECKCNA471MB7 C 470PF, M,
C844 ECKCNA102MB7 C 1000PF, M,
C846 ECKCNA102MB7 C 1000PF, M,
C850 ECJ2VF1H224Z C 0.22UF, Z, 50V
C853 F1B2H561A025 C 560PF, 500V
C854 ECKW3D122KBP C 1200PF, K, 2KV
C855 F1B2H331A025 C 330PF, 500V
C862 ECA1CHG332E E3300PF, 16V
C863 F2A2C221A021 E220PF, 160V
C864 EEUFC1C102SB E 1000UF, 16V
C875 ECA1EM101B E100UF, 25V
C876 ECA1CM101B E100UF, 16V
C877 ECA1CM101B E100UF, 16V
C879 ECQV1H104JL P0.1UF, J, 50V
C880 ECA1CM102B E1000UF, 16V
C881 ECA1CM101B E100UF, 16V
C882 ECJ2VF1H104Z C 0.1UF, Z, 50V
C883 ECJ2VF1H104Z C 0.1UF, Z, 50V
C971 ECJ2VF1H103Z C 0.01UF, Z, 50V
DIODES
D002 MTZJ18B ZENER DIODE
D003 MTZJ16A ZENER DIODE
D011 MA152KTX DIODE
D1105 MTZJ7.5C ZENER DIODE
18

Ref. No. PartNo. PartName& Description Remarks
D1120 MA152KTX DIODE
D1130 MTZJ5.6C ZENER DIODE
D1131 MTZJ5.6C ZENER DIODE
IC801 C5HABZZ00116 IC, POWER SUPPLY
IC802 C0EAS0000026 IC
IC851 C0DAAHF00005 IC, POWER SUPPLY
IC880 AN77L05 LINEAR IC
COILS
L001 G0C100K00008 COIL
L002 EXC3BB221H CHIPBEAD CORE
L1051 EXCELSA35T BEAD CORE
L1101 TALV35VB331K PEAKING COIL
L1110 EXCELSA35T BEAD CORE
L120 TLTACTR56K PEAKING COIL
L125 TALV35VB8R2K PEAKING COIL
L181 G0C100K00008 COIL
L182 TALV35VB6R8K PEAKING COIL
L183 TALV35VB5R6K PEAKING COIL
L184 TALV35VB6R8K PEAKING COIL
L3016 EXCELSA39V BEAD CORE
L3137 EXCELSA39V BEAD CORE
L352 EXCELSA24T BEAD CORE
L401 EXCELSA35T BEAD CORE
L502 EXCELSA35T BEAD CORE
L510 EXCELSA35T BEAD CORE
L511 EXCELSA35T BEAD CORE
L550 J0JKB0000038 COIL
L602 EXCELSA39V BEAD CORE
L603 EXCELSA39V BEAD CORE
L605 EXCELSA35T BEAD CORE
L606 EXCELSA35T BEAD CORE
L607 EXCELDR35V CORE
L620 TSK1045 BEAD CORE
L801 ELF21V012S LINEFILTER
L820 EXCELSA39E BEAD CHOKE
L821 EXCELSA35T BEAD CORE
L852 EXCELSA35B BEAD CORE
L853 EXCELSA39E BEAD CHOKE
L854 EXCELSA35B BEAD CORE
L862 TLTACT1R5K PEAKING COIL
L871 TLTACT1R5K PEAKING COIL
L872 TLTACT1R5K PEAKING COIL
L873 EXCELSA39V BEAD CORE
TRANSISTERS
Q001 B1ABCE000005 TRANSISTOR
Q101 B1ABCE000005 TRANSISTOR
Q102 2SC2480TX TRANSISTOR
Q103 2SD2114KT TRANSISTOR
Q105 B1ABCE000005 TRANSISTOR
Q1052 B1ABCE000005 TRANSISTOR
Q1053 B1ABCE000005 TRANSISTOR
Q1110 2SB709ATX TRANSISTOR
Q180 2SB709ATX TRANSISTOR
Q2120 B1ABCE000005 TRANSISTOR
19

Ref. No. PartNo. PartName& Description Remarks
Q2380 B1ABCE000005 TRANSISTOR
Q2381 2SB709ATX TRANSISTOR
Q3030 B1ABCE000005 TRANSISTOR
Q3031 B1ABCE000005 TRANSISTOR
Q3150 B1ABCE000005 TRANSISTOR
Q3151 2SB709ATX TRANSISTOR
Q369 2SB709ATX TRANSISTOR
Q501 2SC4212H TRANSISTOR
Q520 2SB792ATX TRANSISTOR
Q551 2SC5902000LK TRANSISTOR
Q580 B1ABCE000005 TRANSISTOR
Q581 2SB709ATX TRANSISTOR
Q601 2SB709ATX TRANSISTOR
Q602 B1ABCE000005 TRANSISTOR
Q850 B1BCCM000002 TRANSISTOR
Q852 B1ABCE000005 TRANSISTOR
R2121 ERJ6GEYJ683 M 68KOHM,J,1/10W
R2122 ERJ6GEYJ683 M 68KOHM,J,1/10W
R2302 ERJ6GEYJ153 M 15KOHM,J,1/10W
R2303 ERJ6GEYJ472 M 4.7KOHM,J,1/10W
R2380 ERJ6GEYJ151 M 150OHM,J,1/10W
R2381 ERJ6GEYJ102 M 1KOHM,J,1/10W
R2382 ERJ6GEYJ102 M 1KOHM,J,1/10W
R2383 ERJ6GEYJ103 M 10KOHM,J,1/10W
R2384 ERJ6GEYJ100 M 10OHM,J,1/10W
R3015 ERJ6GEYJ101 M 100OHM,J,1/10W
R3022 ERJ6GEYJ101 M 100OHM,J,1/10W
R3034 ERJ6GEYJ181 M 180OHM,J,1/10W
R3035 ERJ6GEYJ560 M 56OHM,J,1/10W
R3036 ERJ6GEYJ330 M 33OHM,J,1/10W
R3037 ERJ6GEYJ331 M 330OHM,J,1/10W
R3048 ERJ6GEYJ184 M 180KOHM,J,1/10W
R3132 ERJ6GEYJ331 M 330OHM,J,1/10W
R3133 ERJ6GEYJ331 M 330OHM,J,1/10W
R3142 ERJ6GEYJ184 M 180KOHM,J,1/10W
R3145 ERJ6GEYJ101 M 100OHM,J,1/10W
R3150 ERJ6GEYJ273 M 27KOHM,J,1/10W
R3151 ERJ6GEYJ152 M 1.5KOHM,J,1/10W
R3152 ERJ6GEYJ681 M 680OHM,J,1/10W
R3153 ERJ6GEYJ561 M 560OHM,J,1/10W
R3154 ERJ6GEYJ102 M 1KOHM,J,1/10W
R351 ERJ6ENF1001 M 1KOHM, 1/10W
R352 ERJ6ENF1001 M 1KOHM, 1/10W
R353 ERJ6ENF1001 M 1KOHM, 1/10W
R354 ERJ6ENF7870 M 787OHM, 1/10W
R355 ERJ6ENF7870 M 787OHM, 1/10W
R356 ERJ6ENF7870 M 787OHM, 1/10W
R363 ERC12GK222 S2.2KOHM,K, 1/2W
R364 ERC12GK222 S2.2KOHM,K, 1/2W
R365 ERC12GK222 S2.2KOHM,K, 1/2W
R369 ERJ6GEYJ103 M 10KOHM,J,1/10W
R374 ERQ12AJ181P F 180OHM,J, 1/2W
R401 ERDS2TJ104 C 100KOHM,J, 1/4W
R403 ER0S2CHF2491 M 249OHM, F , 1/4W
20