Special components are used in this television set which are important for safety. These parts are identified on the schematic
diagram by the symbol . It is essential that these critical parts are replaced with the manufacturer’s specified replacement
parts to prevent X-ray radiation, shock, fire or other hazards. Do not modify the original design without manufacturer’s permission.
!
Contents
ABOUT LEAD FREE SOLDER (PBF) ........................................................ 3
REPLACEMENT MECHANICAL PARTS LIST .......................................... 27
REPLACEMENT ELECTRICAL P ARTS LIST ............................................ 28
General Guidelines
An Isolation Transformer should always be used during the servicing
of a receiver whose chassis is not isolated from the AC power line.
Use a transformer of adequate power rating as this protects the
technician from accidents resulting in personal injury from electrical
shocks. It will also protect the Receiver from being damaged by
accidental shorting that may occur during servicing.
When servicing, observe the original lead dress, especially in the high
voltage circuit. Replace all damaged parts (also parts that show signs
of overheating.)
Always Replace Protective Devices, such as fishpaper, isolation
resistors and capacitors, and shields after servicing the Receiver. Use
•
only manufacturer’s recommended rating for fuses, circuit breakers,
etc.
High potentials are present when this Receiver is operating. Operation
of the Receiver without the rear cover introduces danger from electrical
shock. Servicing should not be performed by anyone who is not
thoroughly familiar with the necessary precautions when servicing
high-voltage equipment.
Extreme care should be practiced when Handling the Picture Tube.
Rough handling may cause it to implode due to atmospheric pressure
(14.7 lbs per sq. in). Do not sick or scratch the glass or subject it to any
undue pressure. When handling, use safety goggles and heavy gloves
for protection. Discharge the picture tube by shorting the anode to
chassis ground (not to the cabinet or to other mounting hardware).
When discharging, connect cold ground (i.e. dag ground lead) to the
anode with a well insulated wire or use a grounding probe.
Avoid prolonged exposure at close range to unshielded areas of the
picture tube to prevent exposure to X-ray radiation.
The Test Picture Tube used for servicing the chassis at the bench
should incorporate safety glass and magnetic shielding. The safety
glass provides shielding for the tube viewing area against X-ray radiation
as well as implosion. The magnetic shield limits X-ray radiation around
the bell of the picture tube in addition to restricting magnetic effects.
When using a picture tube test jig for service, ensure that the jig is
capable of handling 31kV without causing X-ray radiation.
Before returning a serviced receiver to the owner, the service technician
must thoroughly test the unit to ensure that is completely safe to operate.
Do not use a line isolation transformer when testing.
- 2 -
!
Warning !
It is essential that these critical parts are replaced
with the manufacturer’s specified replacement parts
to prevent X-ray radiation, shock, fire or other hazards.
In the information below, Pb, the symbol for lead in the periodic table of elements, will refer to standard solder or solder that
contains lead.
We will use PbF solder when discussing the lead free solder used in our manufacturing process which is made from Tin (Sn),
Silver, (Ag), and Copper, (Cu).
This model, and others like it, manufactured using lead free solder will have PbF stamped on the PCB. For service and repair
work we suggest using the same type of solder although, with some precautions, standard Pb solder can also be used.
Caution
• PbF solder has a melting point that is 50° ~ 70° F, (30° ~ 40°C) higher than Pb solder. Please use a soldering iron with
temperature control and adjust it to 700° ± 20° F, (370° ± 10°C).In case of using high temperature soldering iron, please be
careful not to heat too long.
• PbF solder will tend to splash if it is heated much higher than its melting point, approximately 1100°F, (600°C).
• If you must use Pb solder on a PCB manufactured using PbF solder, remove as much of the original PbF solder as possible
and be sure that any remaining is melted prior to applying the Pb solder.
• When applying PbF solder to double layered boards, please check the component side for excess which may flow onto the
opposite side (See figure, below).
SUGGESTED PbF SOLDER
There are several types of PbF solder available commercially. While this product is manufactured using Tin, Silver, and Copper,
(Sn+Ag+Cu), you can also use Tin and Copper, (Sn+Cu), or Tin, Zinc, and Bismuth, (Sn+Zn+Bi). Please check the manufac
turer’s specific instructions for the melting points of their products and any precautions for using their product with other
materials.
The following lead free (PbF) solder wire sizes are recommended for service of this product: 0.3mm, 0.6mm and 1.0mm.
HOW TO RECOGNIZE THAT PB FREE SOLDER IS USED
P.C.Boards marked as “PbF” use Pb Free solder. (See the figure below.) Pb Free is not used the Power Supply Board of this
unit.
(Example : Digital Board)
1GNDSUPPLYGround Platform
2VSUP8.0AUSUPPLYSupply Voltage Analog Audio, 8.0 V
3VREFAUReference Voltage, Audio
4SPEAKERLOUTAnalog Loudspeaker Output, Left
5SPEAKERROUTAnalog Loudspeaker Output, Right
6AOUT1LOUTAnalog Audio 1 Output, Left
7AOUT1ROUTAnalog Audio 1 Output, Right
8AIN3L / AOUT2LIN / OUTAnalog Audio 3 Input, Left
9AIN3R / AOUT2R IN / OUTAnalog Audio 3 Input, Right
10AIN2LINAnalog Audio 2 Input, Left
11AIN2RINAnalog Audio 2 Input, Right
12AIN1LINAnalog Audio 1 Input, Left
13AIN1R / SIFIN/OUTAnalog Audio 1 Input, Right
14T AG COUTTuner AGC Output
15VREFIFReference Voltage, IF ADC
16IFIN-INDifferential IF Input
17IFIN+INDifferential IF Input
18RESETQIN/OUTReset Input/Output
19VSUP5.0FESUPPLYSupply Voltage Analog IF Front-end, 5.0 V
20VSUP5.0IFSUPPLYSupply Voltage IF ADC, 5.0 V
21VSUP3.3DIGSUPPLYSupply Voltage Digital Core, 3.3 V
22GNDSUPPLYGround Platform
23GNDSUPPLYGround Platform
24VSUP1.8DIGSUPPLYSupply Voltage Digital Core, 1.8 V
25XTAL1INAnalog Crystal Input
26XTAL2OUTAnalog Crystal Output
27P22IN/OUTPort 2, Bit 2 Input/Output
28P23IN/OUTPort 2, Bit 3 Input/Output
29VIN11INAnalog Video 11 Input
30VIN10INAnalog Video 10 Input
31VIN9INAnalog Video 9 Input
32VIN8INAnalog Video 8 Input
33VIN7INAnalog Video 7 Input
34VIN6INAnalog Video 6 Input
35VIN5INAnalog Video 5 Input
36VIN4INAnalog Video 4 Input
37VIN3INAnalog Video 3 Input
38VIN2INAnalog Video 2 Input
39VIN1INAnalog Video 1 Input
40VOUT1OUTAnalog Video 1 Output
41VOUT2OUTAnalog Video 2 Output
42VOUT3OUTAnalog Video 3 Output
43VSUP1.8FESUPPLYSupply Voltage Analog Video Front-end, 1.8 V
44GNDSUPPLYGround Platform
45GNDSUPPLYGround Platform
46VSUP3.3FESUPPLYSupply Voltage Analog Video Front-end, 3.3 V
47P10IN/OUTPort 1, Bit 0 Input/Output
48P11IN/OUTPort 1, Bit 1 Input/Output
49P12IN/OUTPort 1, Bit 2 Input/Output
50P13IN/OUTPort 1, Bit 3 Input/Output
51P14IN/OUTPort 1, Bit 4 Input/Output
52P15IN/OUTPort 1, Bit 5 Input/Output
53P16IN/OUTPort 1, Bit 6 Input/Output
54P17IN/OUTPort 1, Bit 7 Input/Output
55P20IN/OUTPort 2, Bit 0 Input/Output
56P21IN/OUTPort 2, Bit 1 Input/Output
57SCLIN/OUTI2C Bus Clock Input/Output
58SDAIN/OUTI2C Bus Data Input/Output
59VPROTINVertical Protection Input
60HOUTOUTHorizontal Drive Output
61HFLBINHorizontal Flyback Input
62SAFETYINSafety Input
63GNDDACSUPPLYGround Video DACs
64VSUP3.3DACSUPPLYSupply Voltage Video DACs, 3.3 V
65VSUP3.3IOSUPPLYSupply Voltage I/O Ports, 3.3 V
66GNDSUPPLYGround Platform
67GNDSUPPLYGround Platform
68VSUP3.3BESUPPLYSupply Voltage Analog Video Back-end, 3.3 V
69XREFReference Current for RGB DACs
70VRDReference Voltage for RGB DACs
71BOUTOUTAnalog Blue Output
72GOUTOUTAnalog Green Output
73ROUTOUTAnalog Red Output
74SVMOUTOUTScan Velocity Modulation Output
75BININAnalog Blue Input, Back-end
76GININAnalog Green Input, Back-end
77RININAnalog Red Input, Back-end
78FBININFast Blank Input, Back-end
79GNDMINReference Ground for Sense ADC
80SENSEINSense ADC Input
81RSW1OUTRange Switch 1 Output
82RSW2OUTRange Switch 2 Output
83EWOUTVertical Parabola Output
84VERT-OUTDifferential Vertical Sawtooth Output
85VERT+OUTDifferential Vertical Sawtooth Output
86TEST / SUBWIN / OUTTest Input, reserved for Test Subwoofer Output
87VSUP5.0BESUPPLYSupply Voltage Analog Video Back-end, 5.0 V
88GNDSUPPLYGround Platform
Key 3 / 4Previous / next item
Key 8 / 9Adjusts bright (user) (–/+)
UP/DOWNChannel Up / Channel Down
Volume +Increment of selected item
Volume –Decrement of selected item
OKStore / saves selected item
NormalExit the service mode
Obs: The vertical and horizontal deflection adjustments, in the SERVICE
MODE 1, was made in 50Hz power source frequency.
How to operate the controls in the SERVICE MODE 2
à
Key 3 / 4Previous / next item
Key 8 / 9Select bit 0–7 option
UP/DOWNChannel Up / Channel Down
Volume +Increment of selected item
Volume –Decrement of selected item
OKStore / saves selected item
NormalExit the service mode
SERVICE MODE 1
ITEM
H-POS
V-POS
H-AMP
V-AMP
DVCO
R High
B High
R Low
B Low
SubBrightness
Key 3 / 4Previous / next item
UP/DOWNChannel Up / Channel Down
Volume +Increment of selected item
Volume –Decrement of selected item
OKStore / saves selected item
NormalExit the service mode
Note: Always, finishing the adjustments, press the “NORMAL” key or the “POWER” key in the remote control to leave
1. Adjust the HELMHOLTZ device to local magnetic field.
Horizontal: 0 ± 0.003 x 10
-4
T
2. Receive a white purity pattern.
3. Adjust CONTRAST and BRIGHT controls to maximum.
4. Previously adjust the CONVERGENCE.
5. Fully degauss the CRT by using an external degaussing
coil.
CRT CUT OFF VOLTAGE ADJUST
Important: Use proof tip x100 in the CRT cathode.
1. Connect the proof tip in the “G” cathode (“L” P.C.B.).
2. Supply a WINDOW pattern signal.
3. Select picture menu: DYNAMIC NORMAL
4. Adjust SUB-BRIGHTNESS in 0 (zero).
CALIBRATION:
1. Adjust the magnetic field in 0.4x10-4T (400 mG), and
check the white quality with the CRT turned to EAST and
to WEST .
2. Receive a red pattern, adjust the COLOR control to
maximum and confirm the purity adjustment.
3. If purity error is found at the CRT corners, apply magnetic
tapes to correct it, fully degauss the CRT again and repeat
the steps 1 and 2. Don't use this magnetic tapes on the
internal side of the yoke.
4. When magnetic tapes be used, fully degauss the face of
CRT (in a horizontal magnetic field = 0 ± 0.03x10-4T),
and repeat the items 1 and 2.
5. Adjust the control of COLOR to MINIMUM, and repeating
the item 1.
CALIBRA TION:
1. Set CUT OFF data as below:
Modelo (CRT)14”20”
R,G,B CUT O FF242242
2. Adjust the screen trimpot to obtain in the “G” cathode the
voltage (* V) as below (fig.1).
Modelo (CRT)14”20”
*V150150
*V
Fig. 1
WHITE BALANCE CALIBRA TION
CALIBRATION:
[1] LOW LIGHT CALIBRATION
1. Adjust the HELMHOLTZ device to local magnetic field.
2. Let the set warm up for a minimum of 30 minutes.
3. Receive a white balance. (This sign should contain
burst sign).
4. Adjust the IMAGE menu to DYNAMIC NORMAL
.
5. Fully degauss the CRT by using an external degaussing
coil.
6. Position the color analyzer in contact with the CRT face.
7. Access the SERVICE MODE1
1. Adjust S-BRT, so that Y = 7
2. Adjust R-CUT OFF, so that x = 0,253 ± 0.01
3. Adjust G-CUT OFF, so that y = 0,249 ± 0.01
[2] HIGH LIGHT CALIBRATION
(Confirm that G-DRIVE is 31 DAC)
1. Adjust S-BRT, so that Y = 150
2. Adjust R-DRIVE, so that x = 0,258 ± 0.01
3. Adjust B-DRIVE, so that y = 0,255 ± 0.01
[3] Repeat the procedures [1] and [2].
Assure that not entering light for the meter borders and that the CUT OFF voltage calibration has been done. If the value in the
color analyzer is below 150, adjust CONTRAST to 50 and press “8” in CHK2 mode.
2. Adjust EW-AMP1 so that the lateral vertical lines are
straight.
10) EW 60Hz adjustment.
1. Supply a CROSS HATCH signal.
2. Adjust EW-AMP1 60Hz Offs so that the lateral vertical
lines are straight.
11) TRAPEZOIDE adjustment.
1.
Supply a CROSS HATCH signal.
2. Adjust TRAPEZ1 so that the lateral vertical lines are
straight and perfectly in the vertical direction.
12) UPER e LOWER CORNER adjustment.
1. Supply a CROSS HATCH signal.
2. Adjust LOWER CORNER so that the vertical lines are
straight in the inferior part and adjust UPPER
CORNER so that the vertical lines are straight in the
superior part.
13) ANGLE adjustment.
1.
Supply a CROSS HATCH signal.
2. Adjust ANGLE so that the vertical lines create 90°
angles with the horizontal lines.
14) BOW adjustment.
1. Supply a CROSS HATCH signal.
2. Adjust BOW so that the vertical lines are straight.
DEFLECTION ADJUST AND CONFIRMATION
SERVICE MODE 3
Mode 16:3
CRT top
A
Scanning top
B
ADJUSTMENT AND CONFIRMATION
1) V-ZOOM (16:9) adjustment.
1.
Supply a Philips PAL-N signal.
2. Select 16:9 mode.
3. Confirm that [A] and [B] are in agreement with the
table, if it is not adjust V-ZOOM.
CRTA,B
14”2,5 ± 0,5 cm
20”3,5 ± 0,5 cm
4.
Supply a MONOSCOPE pattern signal.
5. Confirm that A and B are in agreement with the table,
if it is not adjust V-ZOOM.
D361B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D362B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D363B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D364B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D365B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D366B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D367B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D402B0HAJL000003B0HAJL000003B0HAJL000003RECTIFIER DIODE AXIAL 1,8 V
D503B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D504B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D507B0ACCK000005B0ACCK000005B0ACCK000005SWITCHING DIODE SMD 90 V 100 mA
D511MAZ4108J0FMAZ4108J0FMAZ4108J0FZENER DIODE AXIAL 10,8 V 0,37 W 250 mA
D512B0HAJL000003B0HAJL000003B0HAJL000003RECTIFIER DIODE AXIAL 1,8 V 1S2G-46A
D513B0HAMP000090B0HAMP000090B0HAMP000090D. RET. FAST RECOVERY AXIAL 400 V 1 A
D515B0HAMP000090B0HAMP000090B0HAMP000090D. RET. FAST RECOVERY AXIAL 400 V 1 A
D520B0ACDJ000009B0ACDJ000009B0ACDJ000009SWITCHING DIODE SMD 80 V 200 mA
D552B0HAMP000090B0HAMP000090B0HAMP000090RECTIFIER DIODE FAST RECOVER Y AXIAL 400 V 1 A
D556B0EAKV000008B0EAKV000008B0EAKV000008RECTIFIER DIODE AXIAL 1.000 V 1 A
D557B0HAMR000095B0HAMR000095B0HAMR000095RECTIFIER DIODE AXIAL 600 V 1 A
D558MA2C18500EMA2C18500EMA2C18500ESWITCHING DIODE AXIAL 200 V 200 mA
D601B0ADDJ000025B0ADDJ000025B0ADDJ000025SMD DIODE 80 V 0,3 W 200 mA
D610MAZ80560HLMAZ80560HLMAZ80560HLZENER DIODE SMD 5,8 V 0,1 5 mA
D8301H3A2MTA011H3A2MTA011H3A2MTA01RECTIFIER DIODE AXIAL 100 V 0,7 A
D831B0BA01000091B0BA01000091B0BA01000091ZENER DIODE AXIAL 10 V 0,5 W 5 mA
D836D4EAC6210002D4EAC6210002D4EAC6210002VARISTOR 620V
D846B0BA01800037B0BA01800037B0BA01800037ZENER DIODE AXIAL 18 V 0,5 W 20 mA
D847B0BA8R000010B0BA8R000010B0BA8R000010ZENER DIODE AXIAL 8 V 0,5 W
D848B0HAQL000004B0HAQL000004B0HAQL000004DIODE. 100 V 4 A
D851B0EAKT000019B0EAKT000019B0EAKT000019RECTIFIER DIODE AXIAL 800 V 1 A
D852B0HAJL000003B0HAJL000003B0HAJL000003RECTIFIER DIODE AXIAL 1,8 V
D853B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D854B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D860B0EBNT000022B0EBNT000022B0EBNT000022RECTIFIER DIODE 800 V 4 A
D861B0BA8R000010B0BA8R000010B0BA8R000010ZENER DIODE 8 V 0,5 W
D862B0BA4R100013B0BA4R100013B0BA4R100013ZENER DIODE 4,1 V 0,5 W 5 mA
D863B0HAJL000003B0HAJL000003B0HAJL000003RECTIFIER DIODE AXIAL 1,8 V
D865B0BA3R500008B0BA3R500008B0BA3R500008ZENER DIODE AXIAL 3,5 V 0,5 W 5 mA
D866B0HAPV000009B0HAPV000009B0HAPV000009RECTIFIER DIODE AXIAL 1.000 V 3 A
D867B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D872B0HAMM000108B0HAMM000108B0HAMM000108RECTIFIER DIODE FAS T RECOVERY 200 V 1,5 A
D873B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
Part name & descriptionTC14RM12LP(.)TC-20RA12LP(.)TC-20RM12LP(.)
D876B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D881B0BA01500052B0BA01500052B0BA01500052ZENER DIODE AXIAL 15 V 0,5 W 5 mA
D882B0BA01500052B0BA01500052B0BA01500052ZENER DIODE AXIAL 15 V 0,5 W 5 mA
D883B0JAPK000013B0JAPK000013B0JAPK000013RECTIFIER DIODE 90 V 3 A
D884B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D887B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D1010 B3AGA0000092B3AGA0000092B3AGA0000092LED DIODE 40 mA
D1132 B0BA3R800012B0BA3R800012B0BA3R800012ZENER DIODE AXIAL 3,8 V 0,5 W 5 mA
D2103 B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D2107 B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
D2108 B0AACK000004B0AACK000004B0AACK000004SWITCHING DIODE AXIAL 90 V 0,3 W 100 mA
FUSE
F860K5D502BK0003K5D502BK0003K5D502BK0003FUSE 250 V 5 A
INTEGRATED CIRCUIT
IC451 AN15525A----------o----------AN15525AAN15525A
IC601 C5AA00000216C5AA00000216C5AA00000216INTEGRA TED CIRCUIT HIBRID - MICRONAS
IC605 C0ZAZ0000162C0ZAZ0000162C0ZAZ0000162INTEGRA TED CIRCUIT
IC801 C5HABZZ00169C5HABZZ00169C5HABZZ00169IC SWITCHING REGULATOR (AC-DC CONVERTER)
IC802 C0EAS0000026C0EAS0000026C0EAS0000026INTEGRATED CIRCUIT (VOL T AGE DETECTOR=10V)
IC85 1 CODAEJG00001CODAEJG00001CODAEJG00001VOLTAGE REGULATOR ANALOGICAL
IC857 C0DBEHE00005C0DBEHE00005C0DBEHE00005SMD REGULATOR IC
IC860 B3PAA0000363B3PAA0000363B3PAA0000363PHOTO COUPLER
IC871 C0DAEJG00001C0DAEJG00001C0DAEJG00001INTEGRATED CIRCUIT VOL T AGE REGULA TOR
IC875 C0DBEHE00005C0DBEHE00005C0DBEHE00005INTEGRATED CIRCUIT SMD REGULA TOR
IC1101 C3EBGZ000001C3EBGZ000001C3EBGZ000001SMD INTEGRATED CIRCUIT DIGIT AL (EEPROM)
IC2301 C0ZAZ0000210C0ZAZ0000210C0ZAZ0000210INTEGRA TED CIRCUIT - AUDIO
RM1001 B3RAD0000120B3RAD0000120B3RAD0000120INTEGRA TED CIRCUIT REMOCON RECEPTOR
Q301B1GFCFAA0004B1GFCF AA0004B1GFCFAA0004NPN SMD TRANSISTOR 0,2 W 50 V 100 mA
Q302B1GFCFAA0004B1GFCF AA0004B1GFCFAA0004NPN SMD TRANSISTOR 0,2 W 50 V 100 mA
Part name & descriptionTC14RM12LP(.)TC-20RA12LP(.)TC-20RM12LP(.)
Q303B1GFCFAA0004B1GFCF AA0004B1GFCFAA0004NPN SMD TRANSISTOR 0,2 W 50 V 100 mA
Q304B1ADDF000005B1ADDF000005B1ADDF000005PNP SMD TRANSISTOR 0,2 W 50 V 200 mA
Q305B1ADDF000005B1ADDF000005B1ADDF000005PNP SMD TRANSISTOR 0,2 W 50 V 200 mA
Q306B1ADDF000005B1ADDF000005B1ADDF000005PNP SMD TRANSISTOR 0,2 W 50 V 200 mA
Q354B1ADDF000005B1ADDF000005B1ADDF000005PNP SMD TRANSISTOR 0,2 W 50 V 200 mA
Q360B1ACAA000019B1ACAA000019B1ACAA000019RADIAL BIPOLAR TRANSISTOR PNP
Q361B1ACAA000019B1ACAA000019B1ACAA000019RADIAL BIPOLAR TRANSISTOR PNP
Q362B1ACAA000019B1ACAA000019B1ACAA000019RADIAL BIPOLAR TRANSISTOR PNP
Q370B1BAAL000016B1BAAL000016B1BAAL000016RADIAL BIPOLAR TRANSISTOR NPN 100 V
Q371B1BAAL000016B1BAAL000016B1BAAL000016RADIAL BIPOLAR TRANSISTOR NPN 100 V
Q372B1BAAL000016B1BAAL000016B1BAAL000016RADIAL BIPOLAR TRANSISTOR NPN 100 V
Q5012SC4212H00LB2SC4212H00LB2SC4212H00LBNPN BIPOLAR TRANSISTOR 1 W 300 V
Q520B1ADBM000004B1ADBM000004B1ADBM000004NPN BIPOLAR TRANSISTOR 200 V 50 Ma
Q5512SC6073000LK2SC6073000LK2SC6073000LKNPN BIPOLAR TRANSISTOR
Q603B1ABCE000015B1ABCE000015B1ABCE000015SMD NPN BIPOLAR TRANSISTOR 0,2W 200 mA
Q604B1ABCE000015B1ABCE000015B1ABCE000015SMD NPN BIPOLAR TRANSISTOR 0,2W 200 mA
Q608B1ABCE000015B1ABCE000015B1ABCE000015SMD NPN BIPOLAR TRANSISTOR 0,2W 200 mA
Q850B1BCCM000002B1BCCM000002B1BCCM000002PNP BIPOLAR TRANSISTOR 200 V 2 A
Q857B1BAAN000037B1BAAN000037B1BAAN000037NPN BIPOLAR TRANSISTOR 1 W 300 V
Q870B1ADDF000005B1ADDF000005B1ADDF000005PNP BIPOLAR TRANSISTOR 0,2 W 50 V 200 mA
Q1001 B1ADDF000005B1ADDF000005B1ADDF000005PNP BIPOLAR TRANSISTOR 0,2 W 50 V 200 mA
Q1002 B1ADDF000005B1ADDF000005B1ADDF000005PNP BIPOLAR TRANSISTOR 0,2 W 50 V 200 mA
Q1062 B1ABCE000015B1ABCE000015B1ABCE000015NPN SMD TRANSISTOR 0,2W 200 mA
Q2101 B1ADDF000005B1ADDF000005B1ADDF000005PNP BIPOLAR TRANSISTOR 0,2 W 50 V 200 m
RESISTORS
R005ERJ6GEYJ512VERJ6GEYJ512VERJ6GEYJ512VSMD RES. METALIC FILM 5,10 kOhm 1/8 W 5%
R006ERJ6GEYJ473VERJ6GEYJ473VERJ6GEYJ473VSMD RES. METALIC FILM 47 kOhm 1/8 W 5%
R007ERJ6GEYJ682VERJ6GEYJ682VERJ6GEYJ682VSMD RES. METALIC FILM 6,80 kOhm 1/8 W 5%
R008ERJ6GEYJ101VERJ6GEYJ101VERJ6GEYJ101VSMD RES. METALIC FILM 100 Ohm 1/8 W 5%
R009ERJ6GEYJ101VERJ6GEYJ101VERJ6GEYJ101VSMD RES. METALIC FILM 100 Ohm 1/8 W 5%
R255ERJ6GEYJ751VERJ6GEYJ751VERJ6GEYJ751VSMD RES. METALIC FILM 0,75 kOhm 1/8 W 5%
R257D0AE562JA046D0AE562JA046D0AE562JA046AXIAL CARBON RESISTOR 5,60 kOhm 1/4W 5%
R301ERJ6GEYJ103VERJ6GEYJ103VERJ6GEYJ103VSMD RES. METALIC FILM 10 kOhm 1/8 W 5%
R302ERJ6GEYJ103VERJ6GEYJ103VERJ6GEYJ103VSMD RES. METALIC FILM 10 kOhm 1/8 W 5%
R303ERJ6GEYJ103VECJ1VB1H222KECJ1VB1H222KSMD RES. METALIC FILM 10 kOhm 1/8 W 5%
R304ECJ1VB1H222KECJ1VB1H222KECJ1VB1H222KCERAMIC CAP. SMD 2,20 nF 50 V 10%
R305ECJ1VB1H222KECJ1VB1H222KECJ1VB1H222KCERAMIC CAP. SMD 2,20 nF 50 V 10%
R306ECJ1VB1H222KERJ6GEYJ103VERJ6GEYJ103VCERAMIC CAP. SMD 2,20 nF 50 V 10%
R310D0AE181JA046D0AE181JA046D0AE181JA046AXIAL CARBON RESISTOR 180 Ohm 1/4 W 5%
R311D0AE181JA046D0AE181JA046D0AE181JA046AXIAL CARBON RESISTOR 180 Ohm 1/4 W 5%
R312D0AE181JA046D0AE181JA046D0AE181JA046AXIAL CARBON RESISTOR 180 Ohm 1/4 W 5%
R317ERJ6GEYJ151VERJ6GEYJ151VERJ6GEYJ151VSMD RES. METALIC FILM 150 Ohm 1/8 W 5%
R318ERJ6GEYJ151VERJ6GEYJ151VERJ6GEYJ151VSMD RES. METALIC FILM 150 Ohm 1/8 W 5%
R319ERJ6GEYJ151VERJ6GEYJ151VERJ6GEYJ151VSMD RES. METALIC FILM 150 Ohm 1/8 W 5%
R363ERJ6GEYJ102VERJ6GEYJ102VERJ6GEYJ102VSMD RES. METALIC FILM 2.00 W 1kOhm 1/8W 5%
R364ERJ6GEYJ102VERJ6GEYJ102VERJ6GEYJ102VRES. SMD F . METÁLICO 2.00 W 1 kOhm 1/8 W 5%
R365ERJ6GEYJ102VERJ6GEYJ102VERJ6GEYJ102VRES. SMD F . METÁLICO 2.00 W 1 kOhm 1/8 W 5%
R366ERC14GK152VERC14GK152VERC14GK152VAXIAL CARBON RESISTOR 1,50 kOhm 0,25 10%
R367ERC14GK152VERC14GK152VERC14GK152VAXIAL CARBON RESISTOR 1,50 kOhm 0,25 10%
R368ERC14GK152VERC14GK152VERC14GK152VAXIAL CARBON RESISTOR 1,50 kOhm 0,25 10%
R369ERJ6GEY0R00VERJ6GEY0R00VERJ6GEY0R00VSMD RESISTOR METALIC FILM 0 Ohm 1/8 W
R373ERJ6ENF1431VERJ6ENF1431VERJ6ENF1431VSMD PRECISION RESISTOR 1,43 kOhm 1/10W 1%
R374EROS2THF1431EROS2THF1431EROS2THF1431SMD PRECISION RESISTOR 1,43 kOhm 1/4 W 1%
R375ERJ6ENF1431VERJ6ENF1431VERJ6ENF1431VSMD PRECISION RESISTOR 1,43 kOhm 1/10 W 1%
R381ERJ6GEYJ121VERJ6GEYJ121VERJ6GEYJ121VRES. SMD F . METÁLICO 120 Ohm 1/8 W 5%
R382EROS2THF1000EROS2THF1000EROS2THF1000SMD PRECISION RESISTOR 100 Ohm 0,25 1%
R383EROS2THF1000EROS2THF1000EROS2THF1000SMD PRECISION RESISTOR 100 Ohm 0,25 1%
R384EROS2THF1000EROS2THF1000EROS2THF1000SMD PRECISION RESISTOR 100 Ohm 0,25 1%
R385ERJ6GEY0R00VERJ6GEY0R00VERJ6GEY0R00VSMD RESISTOR METALIC FILM 0 Ohm 1/8 W
R391ERG2FJ103HERG2FJ103HERG2FJ103HOXIDE METALIC FILM RESISTOR 10 kOhm 2 W 5%
R392ERJ6GEYJ101VERJ6GEYJ101VERJ6GEYJ101VSMD RESISTOR MET ALIC FILM 100 Ohm 1/8 W 5%
R393D0AE301JA046D0AE301JA046D0AE301JA046AXIAL CARBON RESISTOR 300 Ohm 1/4W 5%
R394ERG2FJ103HERG2FJ103HERG2FJ103HOXIDE METALIC FILM RESISTOR 10 kOhm 2 W 5%
R395D0AE101JA046D0AE101JA046D0AE101JA046AXIAL CARBON RESISTOR 100 Ohm 1/4 W 5%
R396D0AE301JA046D0AE301JA046D0AE301JA046AXIAL CARBON RESISTOR 300 Ohm 1/4W 5%
R397ERG2FJ103HERG2FJ103HERG2FJ103HOXIDE METALIC FILM RESISTOR 10 kOhm 2 W 5%