PLASMA DISPLAY TV
Chassis :
Model:
PLASMA DIAPLAY TV
D53A(P)
PS42P2SDX/XEC
CONTENTS
1. Precautions
2. Reference Information
3. Specifications
4. Alignment and Adjustments
5. Circuit Operation Description
6. Troubleshooting
7. Exploded View and Parts List
8. Electric Parts List
9. Handling Description
10. Glossary
11. Wiring Diagram
12. Schematic Diagrams
Precautions
1. Precautions
Follow these safety, servicing and ESD precautions to prevent damage and protect against potential
hazards such as electrical shock and X-rays.
1-1 Safety Precautions
1. Be sure that all of the built-in protective
devices are replaced. Restore any missing
protective shields.
2. When reinstalling the chassis and its
assemblies, be sure to restore all protective
devices, including: nonmetallic control knobs
and compartment covers.
3. Make sure that there are no cabinet openings
through which people—particularly
children—might insert fingers and contact
dangerous voltages. Such openings include
the spacing between fornt cabinet and back
cabinet, excessively wide cabinet
ventilation slots, and improperly fitted back
covers.
4. Leakage Current Hot Check (Figure 1-1):
Warning: Do not use an isolation
transformer during this test. Use a leakagecurrent tester or a metering system that
complies with American National Standards
Institute (ANSI C101.1, Leakage Current for
Appliances), and Underwriters Laboratories
(UL Publication UL1950.5.2).
LEAKAGE
CURRENT
TESTER
DEVICE
UNDER
TEST
(READING SHOULD
NOT BE ABOVE
0.5mA)
TEST ALL
EXPOSED METAL
SURFACES
2-WIRE CORD
ALSO TEST WITH
PLUG REVERSED
(USING AC ADAPTER
PLUG AS REQUIRED)
EARTH
GROUND
Fig. 1-1 AC Leakage Test
6. Antenna Cold Check:
With the unit’s AC plug disconnected from the
AC source, connect an electrical jumper across
the two AC prongs. Connect one lead of the
ohmmeter to an AC prong. Connect the other
lead to the coaxial connector.
7. High Voltage Limits:
High voltage must be measured each time servicing is done on the B+, horizontal deflection
or high voltage circuits.
5. With the unit completely reassembled, plug
the AC line cord directly into the power
outlet. With the unit’s AC switch first in the
ON position and then OFF, measure the
current between a known earth ground (metal
water pipe, conduit, etc.) and all exposed
metal parts, including: antennas, handle
brackets, metal cabinets, screwheads and
control shafts. The current measured should
not exceed 3.5 milliamp. Reverse the powerplug prongs in the AC outlet and repeat the
test.
Samsung Electronics
1-1
Precautions
1-2 Safety Precautions (Continued)
8. High voltage is maintained within specified
limits by close-tolerance, safety-related
components and adjustments. If the high
voltage exceeds the specified limits, check
each of the special components.
9. Design Alteration Warning:
Never alter or add to the mechanical or
electrical design of this unit. Example: Do not
add auxiliary audio or video connectors. Such
alterations might create a safety hazard. Also,
any design changes or additions will void the
manufacturer’s warranty.
10. Hot Chassis Warning:
Some TV receiver chassis are electrically
connected directly to one conductor of the AC
power cord. If an isolation transformer is not
used, these units may be safely serviced only
if the AC power plug is inserted so that the
chassis is connected to the ground side of the
AC source.
To confirm that the AC power plug is inserted
correctly, do the following: Using an AC
voltmeter, measure the voltage between the
chassis and a known earth ground. If the
reading is greater than 1.0V, remove the AC
power plug, reverse its polarity and reinsert.
Re-measure the voltage between the chassis
and ground.
voltage power supplies. Always inspect for
pinched, out-of-place, or frayed wiring. Do
not change the spacing between components
and the printed circuit board. Check the AC
power cord for damage. Make sure that leads
and components do not touch thermally hot
parts.
15. Product Safety Notice:
Some electrical and mechanical parts have
special safety-related characteristics which
might not be obvious from visual inspection.
These safety features and the protection they
give might be lost if the replacement component differs from the original—even if the
replacement is rated for higher voltage,
wattage, etc.
Components that are critical for safety are
indicated in the circuit diagram by shading,
(
) or ( ! ).
Use replacement components that have the
same ratings, especially for flame resistance
and dielectric strength specifications.
A replacement part that does not have the
same safety characteristics as the original
might create shock, fire or other hazards.
11. Some TV chassis are designed to operate with
85 volts AC between chassis and ground,
regardless of the AC plug polarity. These units
can be safely serviced only if an isolation
transformer inserted between the receiver and
the power source.
12. Some TV chassis have a secondary ground
system in addition to the main chassis ground.
This secondary ground system is not
isolated from the AC power line. The two
ground systems are electrically separated by
insulating material that must not be defeated
or altered.
13. Components, parts and wiring that appear to
have overheated or that are otherwise
damaged should be replaced with parts that
meet the original specifications. Always
determine the cause of damage or overheating, and correct any potential hazards.
14. Observe the original lead dress, especially
near the following areas: Antenna wiring,
sharp edges, and especially the AC and high
1-2
Samsung Electronics
Precautions
1-3 Servicing Precautions
Warning 1 : First read the “Safety Precautions” section of this manual. If some unforeseen circumstance creates a
conflict between the servicing and safety precautions, always follow the safety precautions.
Warning 2 : An electrolytic capacitor installed with the wrong polarity might explode.
1. Servicing precautions are printed on the
cabinet. Follow them.
2. Always unplug the unit’s AC power cord from
the AC power source before attempting to: (a)
Remove or reinstall any component or
assembly, (b) Disconnect an electrical plug or
connector, (c) Connect a test component in
parallel with an electrolytic capacitor.
3. Some components are raised above the printed
circuit board for safety. An insulation tube or
tape is sometimes used. The internal wiring is
sometimes clamped to prevent contact with
thermally hot components. Reinstall all such
elements to their original position.
8. Plasma display panels have partial afterimages when a same picture continues to be displayed for a certain time. This happens due to
the degradation of brightness caused by a
scale-down effect.
To prevent such afterimages when displaying
a same picture for a certain time, be sure to
reduce the level of brightness and contrast.
ex) Contrast : 50 or 75, Brightness : 25
9. Plasma display is an array of pixels(cells).
Therefore, if at least 99.9% pixels keep normal,
the appropriate panel is judged as ‘approved
product.’ Even though some of pixels keep
luminescent or always light off, do not worry
because the panel is approved.
4. After servicing, always check that the screws,
components and wiring have been correctly
reinstalled. Make sure that the portion around
the serviced part has not been damaged.
5. Check the insulation between the blades of the
AC plug and accessible conductive parts
(examples: metal panels, input terminals and
earphone jacks).
6. Never defeat any of the B+ voltage interlocks.
Do not apply AC power to the unit (or any of
its assemblies) unless all solid-state heat sinks
are correctly installed.
7. Always connect a test instrument’s ground
lead to the instrument chassis ground before
connecting the positive lead; always remove
the instrument’s ground lead last.
Samsung Electronics
1-3
Precautions
1-4 Precautions for Electrostatically Sensitive Devices (ESDs)
1. Some semiconductor (“solid state”) devices
are easily damaged by static electricity. Such
components are called Electrostatically
Sensitive Devices (ESDs); examples include
integrated circuits and some field-effect
transistors. The following techniques will
reduce the occurrence of component damage
caused by static electricity.
2. Immediately before handling any semicon
ductor components or assemblies, drain the
electrostatic charge from your body by
touching a known earth ground. Alternatively,
wear a discharging wrist-strap device. (Be
sure to remove it prior to applying power—
this is an electric shock precaution.)
3. After removing an ESD-equipped assembly,
place it on a conductive surface such as
aluminum foil to prevent accumulation of
electrostatic charge.
4. Do not use freon-propelled chemicals. These
can generate electrical charges that damage
ESDs.
1-4
5. Use only a grounded-tip soldering iron when
soldering or unsoldering ESDs.
6. Use only an anti-static solder removal device.
Many solder removal devices are not rated as
“anti-static”; these can accumulate sufficient
electrical charge to damage ESDs.
7. Do not remove a replacement ESD from its
protective package until you are ready to
install it. Most replacement ESDs are
packaged with leads that are electrically
shorted together by conductive foam,
aluminum foil or other conductive materials.
8. Immediately before removing the protective
material from the leads of a replacement ESD,
touch the protective material to the chassis or
circuit assembly into which the device will be
installed.
9. Minimize body motions when handling
unpackaged replacement ESDs. Motions such
as brushing clothes together, or lifting a foot
from a carpeted floor can generate enough
static electricity to damage an ESD.
Samsung Electronics
Reference Information
2. Reference Information
2-1 Tables of Abbreviations and Acronyms
Table 2-1 Abbreviations
A
Ah
Å
dB
dBm
°C
°F
°K
F
G
GHz
g
H
Hz
h
ips
kWh
kg
kHz
kΩ
km
km/h
kV
kVA
kW
I
MHz
Samsung Electronics
Ampere
Ampere-hour
Angstrom
Decibel
Decibel Referenced to One
Milliwatt
Degree Celsius
Degree Fahrenheit
degree Kelvin
Farad
Gauss
Gigahertz
Gram
Henry
Hertz
Hour
Inches Per Second
Kilowatt-hour
Kilogram
Kilohertz
Kilohm
Kilometer
Kilometer Per Hour
Kilovolt
Kilovolt-ampere
Kilowatt
Liter
Megahertz
MV
MW
MΩ
m
µA
µF
µH
µm
µs
µW
mA
mg
mH
mI
mm
ms
mV
nF
Ω
pF
Ib
rpm
rps
s
V
VA
W
Wh
Megavolt
Megawatt
Megohm
Meter
Microampere
Microfarad
Microhenry
Micrometer
Microsecond
Microwatt
Milliampere
Milligram
Millihenry
Milliliter
Millimeter
Millisecond
Millivolt
Nanofarad
Ohm
Picofarad
Pound
Revolutions Per Minute
Revolutions Per Second
Second (Time)
Volt
Volt-ampere
Watt
Watt-hour
2-1
Reference Information
Table 2-2 Table of Acronyms
ABL
AC
ACC
AF
AFC
AFT
AGC
AM
ANSI
APC
APC
A/V
AVC
BAL
BPF
B-Y
CATV
CB
CCD
CCTV
Ch
CRT
CW
DC
DVM
EIA
ESD
ESD
FBP
FBT
FF
FM
FS
GND
G-Y
H
HF
HI-FI
IC
IC
IF
2-2
Automatic Brightness Limiter
Alternating Current
Automatic Chroma Control
Audio Frequency
Automatic Frequency Control
Automatic Fine Tuning
Automatic Gain Control
Amplitude Modulation
American National Standards Institute
Automatic Phase Control
Automatic Picture Control
Audio-Video
Automatic Volume Control
Balance
Bandpass Filter
Blue-Y
Community Antenna Television (Cable TV)
Citizens Band
Charge Coupled Device
Closed Circuit Television
Channel
Cathode Ray Tube
Continuous Wave
Direct Current
Digital Volt Meter
Electronics Industries Association
Electrostatic Discharge
Electrostatically Sensitive Device
Feedback Pulse
Flyback Transformer
Flip-Flop
Frequency Modulation
Fail Safe
Ground
Green-Y
High
High-Frequency
High Fidelity
Inductance-Capacitance
Integrated Circuit
Intermediate Frequency
I/O
L
L
LED
LF
MOSFET
MTS
NAB
NEC
NTSC
OSD
PCB
PLL
PWM
QIF
R
RC
RF
R-Y
SAP
SAW
SIF
SMPS
S/N
SW
TP
TTL
TV
UHF
UL
UV
VCD
VCO
VCXO
VHF
VIF
VR
VTR
VTVM
TR
Input/output
Left
Low
Light Emitting Diode
Low Frequency
Metal-Oxide-Semiconductor-Field-Effect-Tr
Multi-channel Television Sound
National Association of Broadcasters
National Electric Code
National Television Systems Committee
On Screen Display
Printed Circuit Board
Phase-Locked Loop
Pulse Width Modulation
Quadrature Intermediate Frequency
Right
Resistor & Capacitor
Radio Frequency
Red-Y
Second Audio Program
Surface Acoustic Wave(Filter)
Sound Intermediate Frequency
Switching Mode Power Supply
Signal/Noise
Switch
Test Point
Transistor Transistor Logic
Television
Ultra High Frequency
Underwriters Laboratories
Ultraviolet
Variable-Capacitance Diode
Voltage Controlled Oscillator
Voltage Controlled Crystal Oscillator
Very High Frequency
Video Intermediate Frequency
Variable Resistor
Video Tape Recorder
Vacuum Tube Voltmeter
Transistor
Samsung Electronics
Specifications
3. Specifications
3-1 Display(PDP Monitor)
MODEL
SCREEN SIZE
Dimensions
(mm/inch)
PS-42P2S
16:9
Display
1039(W) x 89(D) x 635(H)/40.9(W) x 3.5(D) x 25(H)
Remote Control
54(W) x 31.5(D) x 220(H)/2.13(W) x 1.24(D) x 8.66(H)
Display
32Kg/70.54\bs
Remote Control
150g/0.33\bs
Front
POWER , MUTE, -VOLME+, ▲SELECT▼, MENU,SOURCE
Back
AV1(S-VHS IN, VIDEO IN)
AV2(SCART IN)
PC IN
AUDIO IN(AV1, PC)
RS232C(only for service)
External Speaker Out
Terminal
In/Out
Terminals
Power Supply
Power Consumption
Screen Size
Adjustment System
Samsung Electronics
AC220V 50/60Hz
350W
852 x 474(106 cm)/33.54 x 18.66(42inchs)
Electronic Function Adjustment
3-1
MENO
3-2
Samsung Electronics
Alignment and Adjustments
4. Alignment and Adjustments
4-1 Service Mode
4-1-1 SERVICE MODE ENTRY METHOD (General Transmitter)
1. Turn off the power to make the SET STAND-BY mode.
2. In order to enter the Service Mode, select MUTE-1-8-2-POWER.
✳ In case entry into SERVICE MODE is unsuccessful, repeat the procedures above.
4-1-2 Initial DISPLAY State in times of SERVICE MODE Switch overs
4-1-2(A) OSD DISPLAY
1. PWS364A
2. VPC3230
3. SDA9400
4. SDA9280
5. AD9884-Video
6. AD9884-DTV/PC
7. CXA2101Q-1
8. CXA2101Q-2
9. PinP Control
10. OSD Position
11. Test Position
12. Option Table
13. Reset
Release Time :
4-1-2(B) BUTTONS OPERATIONS WITHIN SERVICE MODE
Menu
Entire menu display
Joystick UP/DOWN
Cursor move to select items
Joystick
Enable to increase and decrease the data of the selected items
# Notice
1. In case of no signal in ALL MODE. entry into the FACTORY MODE cannot be made.
Samsung Electronics
4-1
Alignment and Adjustments
4-1-3 Details of Control
4-1-3(A) PW364A
No
OSD
Item
Range
Default
Description
1
H Position
H Position
0 ~ 127
30
H-Position(The Picture moves left when the value increase)
2
V Position
V Position
0 ~ 84
34
V-Position(The Picture moves up when the value increase)
3
Red Gain
Red Gain
0 ~ 255
116
High Light Adjustment(Variable)
4
Green Gain
Green Gain
0 ~ 255
116
High Light Adjustment(Variable)
5
Blue Gain
Blue Gain
0 ~ 255
116
High Light Adjustment(Fixed)
6
Red offset
Red Cutoff
0 ~ 255
128
Low Light Adjustment(Variable)
7
Green offset
Green Cutoff
0 ~ 255
128
Low Light Adjustment(Variable)
8
Blue offset
Blue Cutoff
0 ~ 255
128
Low Light Adjustment(Fixed)
9
APL on/off
APL on/off
0, 1
10
High Light
High Light
0 ~ 255
116
11
Low Light
Low Light
0 ~ 255
128
12
Shift Pixel
Shift Pixel
off, on
Off
13
Test
Test
0,1
14
Pixel Number Pixel Number
0 ~
5
4
15
Shift Line
Shift Live
0 ~
5
4
16
Time
Time
0 ~ 60
4
1
Fixed, Shipment Setting : APL On
0
4-1-3(B) VPC3230
No
OSD
Range Default
Description
1
Bright YUV
Brightness of YUV
0 ~ 255
195
Comp, (DVD) Bright, Level (Fixed)
2
Cont YUV
Contrast of YUV
0 ~ 63
27
Comp, (DVD) Cont, Level (Fixed)
3
IF Comp
IF Compensation
0 ~
3
2
Air IF Frequency Characteristic Setting (Fixed)
4
Chroma band
Chroma band width
0 ~
4
3
Chroma Band Setting (Fixed)
5
Ena Luma
Enable Luma, LPF
0 ~
1
1
Determines whether LPF is used or not (Fixed)
6
HPLL Speed
HPLL Speed
0 ~
3
1
VCR/Air Sync, Response Velocity Setting
7
Luma Delay
Luma/Chroma Delay 0 ~
9
5
Y/C Delay
8
3230 Bright
Brightness
9
3230 Contrast Contrast
0 ~ 255
168
0 ~ 63
36
H LPF for Y/C
0 ~
4
0
11 H LPF Chroma H LPF Chroma
0 ~
2
0
12 H Peaking
H Peaking Filter
0 ~
3
2
Board, Med, Narrow
13 Coaring Off/On Coaring Off/On
0, 1
1
Coaring off, on
10 H LPF Y/C
4-2
Item
By pass, f1, f2, f3
Samsung Electronics
Alignment and Adjustments
4-1-3(C) SDP9400
No
OSD
Item
Range
Default
Description
1
SNR On
SNR On
0, 1
1
Spatial Noise Reduction
2
VCSNR On
VCSNR On
0, 1
1
Vertical Spatial Noise Reduction
3
HCSNR On
HCSNR On
0, 1
0
Horiz, Spatial Noise Reduction
4
DTNR On
DTNR On
0, 1
1
Frame/Field Selection
5
TNRCLY
TNRCLY
0 ~ 15
5
6
TNRCNC
TNRCNC
0 ~ 15
5
4-1-3(D) SDA9280
No
OSD
Item
Range Default
1
CTI Thresh
CTI Thresh
0 ~ 15
0
2
CTI Trawid
CTI Trawid
0 ~ 15
0
3
Y-Delay
Y-Delay
0 ~ 15
11
4
LPF Gain
LPF Gain
0 ~
7
4
5
BPF Gain
BPF Gain
0 ~ 15
8
6
HPF Gain
HPF Gain
0 ~ 15
8
7
Phacom
Phacom
0 ~
0
8
Cor
Cor
3
0, 1
1
Range
Default
Description
4-1-3(E) AD9884-VIDEO
No
OSD
Item
Description
1
Red Gain
Red Gain
0 ~ 255
137
PC Mode W/B (Fixed)
2
Green Gain
Green Gain
0 ~ 255
128
PC Mode W/B (Fixed)
3
Blue Gain
Blue Gain
0 ~ 255
141
PC Mode W/B (Fixed)
4
Red Offset
Red Offset
0 ~ 63
27
PC Mode W/B (Fixed)
5
Green Offset Green Offset
0 ~ 63
32
PC Mode W/B (Fixed)
6
Blue Offset
0 ~ 63
36
PC Mode W/B (Fixed)
Samsung Electronics
Blue Offset
4-3
Alignment and Adjustments
4-1-3(F) AD9884 DTV/PC
No
OSD
Item
Range
Default
Description
1
Red Gain
Red Gain
0 ~ 255
125
PC Mode W/B (Fixed)
2
Green Gain
Green Gain
0 ~ 255
128
PC Mode W/B (Fixed)
3
Blue Gain
Blue Gain
0 ~ 255
127
PC Mode W/B (Fixed)
4
Red Offset
Red Offset
0 ~ 63
40
PC Mode W/B (Fixed)
5
Green Offset Green Offset
0 ~ 63
32
PC Mode W/B (Fixed)
6
Blue Offset
0 ~ 63
39
PC Mode W/B (Fixed)
Range
Default
Blue Offset
4-1-3(G) CXA2101Q-1
No
4-4
OSD
Item
Description
1
Sub Bright
Sub Bright
0 ~ 63
51
2
Limit Level
Limit Level
0 ~
3
0
Limits the input level (Fixed)
3
System
System
0 ~
3
1
480p, 720p, 1080i
4
D-Color
D-Color
0 ~
2
1
Dynamic Color
5
R Drive
R Drive
0 ~ 63
32
DTV W/B (Fixed)
6
G Drive
G Drive
0 ~ 63
32
DTV W/B (Fixed)
7
B Drive
B Drive
0 ~ 63
32
DTV W/B (Fixed)
8
R CutOff
R CutOff
0 ~ 63
32
DTV W/B (Fixed)
9
G CutOff
G CutOff
0 ~ 63
32
DTV W/B (Fixed)
10
B CutOff
B CutOff
0 ~ 63
32
DTV W/B (Fixed)
11
ABL Mode
ABL Mode
0 ~
3
0
ABL Mode Setting
12
ABL TH
ABL-TH
0 ~
3
0
Voltage
13
H Sep Sel.
H Sep Sel.
0
H-Sync, Seperation System
14
Fix Sync.
Fix Sync.
0 ~
3
0
0 : Auto
15
V Time Con
V Time Constant
0 ~
3
1
Set the time constant for V-Sync Seperation
16
H Width
H Width
0 ~
3
1
H-Sync Width Adjustment
17
HHD timi Con
H timi Constant
0, 1
0, 1
0
Samsung Electronics
Alignment and Adjustments
4-1-3(H) CXA2101QQ-2
No
OSD
Item
Range
Default
0, 1
1
Description
1
HS Mask
HS Mask
2
Sub Cont
Sub Contrast
0 ~ 15
7
3
Sub Color
Sub Color
0 ~ 15
5
4
Sub Hue
Sub Hue
0 ~ 15
8
5
Sub SHP
Sub SHP
0 ~
4
2
6
R-Y/R
R-Y/R
0 ~ 15
13
7
R-Y/B
R-Y/B
0 ~ 15
15
8
G-Y/R
G-Y/R
0 ~ 15
8
9
G-Y/B
G-Y/B
0 ~ 15
4
4 (PAL), 8 (NT)
10
PABL Level
PABL Level
0 ~ 15
8
Peak ABL
11
SHP FO
SHP FO
0 ~
4
2
Sharpness FO Selection
12
Pre/over
Pre/over
0 ~
3
3
0=Pre. : Over=1:1.3 3=3:1
13
CTI Level
CTI Level
0 ~
3
1
C Transition Level
14
LTI Level
LTI Level
0 ~
3
0
Y Transition Level
15
DC-Tran
DC-Tran
0 ~
3
1
Y DC Transmission Rate
16
D-Pic
D-Pic
0 ~
3
1
Dynamic Picture
13 (PAL), 5(NT)
4-1-3(I) PINP CONTROL
No
OSD
Item
Range
Default
Description
1
PIP HPos
PIP HPos
0 ~ 63
6
PinP Horizontal Position
2
PIP VPos
PIP VPos
0 ~ 63
13
PinP Vertical Position
3
Bright YUV
Bright YUV
0 ~ 255
195
Comp. Bright. Level (Fixed)
4
Cont YUV
Cont YUV
0 ~ 63
27
Comp. Bright. Level (Fixed)
5
Luma Delay
Luma Delay
0
0
Y/C Delay
6
3230 Bright
3230 Bright
0 ~ 63
40
7
3230 Contrast
3230 Contrast
0 ~ 63
38
Samsung Electronics
4-5
Alignment and Adjustments
4-1-3(J) OSD POSITION
No
OSD
Item
Range Default
Description
1
Horiz
Horiz(Left, Right)
8 ~ 104
104
Move 8 by 8 (Total : 12 Step), Fixed
2
Vert
Vert(Up, Down)
8 ~ 40
40
Move 8 by 8 (Total : 4 Step), Fixed
4-1-3(K) TEST PATTERN
No
OSD
Range Default
1
Pseudo Color Bar
0 ~ 15
-
2
Luma Ramp
0 ~ 15
-
3
White 16
0 ~ 15
-
4
White 90
0 ~
7
-
5
White 240
0 ~ 15
-
6
Red
0 ~ 15
-
7
Green
0 ~
-
8
Blue
3
0, 1
Description
-
4-1-3(L) OPTION TABLE
No
4-6
ITEM
Default
Scart
Description
1
Rear Jack
2
Blue Screen
3
Picture Size-Aspect
4
Frame Lock
On
On <--> Off
5
Remocon Pin
01
00 ~ 99
6
Pivot
On
On <--> Off
7
Panel Life Time
30
Last Memory
-
Scart <--> RCA
0 → 5 → 10 → 15 → 20 → 25 → 30 → 0
Wide <--> Last Memory
Indicate total elapsed time
Samsung Electronics
Alignment and Adjustments
4-1-4 White Balance Adjust Method
1. Press MUTE-1-8-2-POWER to enter the factory mode.
2. Enter PW364A.
3. Adjust LOW coordinates as R, G, OFFSET and HIGH coordinates as R, G, GAIN.(Blue is fixed)
4. Adjust LOW light as Center Offset.
5. Adjust HIGH light as Gain Max.
6. Adjust fine as B-Offset and B-Gain.
- W/B Adjustment SPEC(Suwon Factory Toshiba PATTERN)
➣ VIDEO MODE
Adjustment
Coordinates
Coordinates
Value
Adjustment
Deviation
H-LIGHT
x : 282
y : 296
Y : 24.5[f\]
±:3
±:3
±:1
L-LIGHT
x : 282
y : 296
Y : 0.95[f\]
±:5
±:5
± : 0.1
➣ PC MODE
Adjustment
Coordinates
Samsung Electronics
Coordinates
Value
Adjustment
Deviation
H-LIGHT
x : 282
y : 296
Y : 15[f\]
±:3
±:3
±:1
L-LIGHT
x : 282
y : 296
Y : 0.33[f\]
±:5
±:5
± : 0.05
4-7
4-8
18.631
21.333
20.800
26.400
28.444
14.561
16.660
600
600
600
600
600
800
800
800
800
800
1024 768
1024 768
7
8
9
10
11
12
13
20.677
31.777
480
640
6
1024 768
26.413
480
640
5
15
26.667
480
640
4
17.707
23.111
480
640
3
1024 768
31.777
350
640
2
14
31.777
400
720
806
806
800
808
625
628
666
625
631
525
520
500
509
449
449
0
0
1
1
1
1
1
1
0
0
0
0
1
0
0
0
1
1
1
1
1
1
0
0
0
0
0
1
HS1Period
65.000
75.000
78.75
94.5
36.0
40.0
50.0
49.5
56.25
25.175
31.5
31.5
36.0
=2047.22
=1753.16
=1649.50
=1441.68
=2816.23
=2613.86
=2059.4
=2112.17
=1844.65
=3146.23
=2615.14
=2640.29
=2288.21
25.175 31.777u/10.1n=3146.2
28.232 31.777u/10.1n=3146.2
HFreqSes VTotal H_P V_P Dot_c
1
NO HRes VRes
=20.676
=17.707
=16.656
=14.555
=28.444
=26.393
=20.797
=21.333
=18.626
=31.777
=26.414
=26.666
=23.111
/99=31.777
/99=31.777
HFreqSec
CLOCK/
PHASE
Factory
HP/VP/P
125/8/0/1
125/8/0/1
125/0/0/1
125/9/1/2
125/2/0/0
125/0/0/1
125/9/1/2
125/2/0/0
126/1/0/1
126/1/0/1
60 125/16/1/2 125/16/1/2
70.1 125/21/1/3 125/21/1/3
75 125/20/1/3 125/20/1/3
85 126/14/2/3 126/14/2/3
56.3
60.3 125/15/0/1 125/15/0/1
72.2 125/31/0/2 125/31/0/2
75
85.1
59.9
72.8 125/31/0/0 125/31/0/0
75 124/31/0/0 124/31/0/0
85
70.0 125/16/0/0 125/16/0/0
70.1 125/22/0/0 125/22/0/0
fO(Hz)
USER
V-Position
Alignment and Adjustments
SPK4215M PC
Samsung Electronics
Alignment and Adjustments
4-3 Discharge Voltage Adjustment Method (Monitor) in Times of ASS’Y Repair
and Replacement
-All VR (Variable Resistor), except for VR for Vs, voltage goes down when turned counterclockwise.
● Vsc and Vy Adjustment Method
Y - Main
■ Vsc is the voltage of the left terminal
for D5207
■ Voltage adjustment is made for Vsc by
using VR5201
■ Standard voltage for Vsc is –55V±10V
■ Vy is the voltage of the right terminal
for D5207
■ Voltage adjustment is made for Vy by
using VR5200
■ Standard voltage for Vy is 132V±10V
● Vs and Va Adjustment Method
■ Vs is the voltage of the no.11 PIN of
SX Connector.
■ Voltage adjustment is made for Vs by
using VR in 7
■ Vs is 175±5V
■ Va is the voltage of the no.7 PIN of SX
Connector.
■ Voltage adjustment is made for Va by
using right VR in 6
■ Va is 75±5V
Samsung Electronics
4-9
Alignment and Adjustments
● Vw Adjustment Method
■ Vw is the voltage of the right terminal
for R4414
■ Voltage adjustment is made for Vw by
using VR4400
■ Standard voltage for Vw is 175V±5V
4-10
Samsung Electronics
Alignment and Adjustments
4-4 Fault Finding Using MULTI METER
Parts defects can be found for DIODE TRANSISTOR IC, using MULTI TEST including
Forward/Reverse direction Multi Test. Of course, in case resistance of several ohms and COIL are connected in parallel circuit, the lock out circuit parallel connected to part must be severed.
1.DIODE
+
-
Between Anode and Cathode
+
-
Forward Direction
Reverse Direction
Hundreds of ohms
Infinity
2. TRANSISTOR
● For NPN(KSC815-Y, 2SC2068, 2SC2331-Y)
C (COLLECTOR)
B(BASE)
E (EMITTER)
Between B and E
Between B and C
Between E and C
Forward Direction
Hundreds of ohms
Hundreds of ohms
Infinity
E
B
C
Reverse Direction
Infinity
Infinity
Infinity
● For PNP(KSA539-Y)
C (COLLECTOR)
B(BASE)
E (EMITTER)
Between B and E
Between B and C
Between E and C
Samsung Electronics
Forward Direction
Hundreds of ohms
Hundreds of ohms
Infinity
E
B
C
Reverse Direction
Infinity
Infinity
Infinity
4-11
Alignment and Adjustments
3. IC (INTEGRATED CIRCUIT)
IC has built in DIODE against overvoltage in PIN. Generally, except for internal circuit defects, IC defects
can be found, by measuring the DIODE.
Forward Direction
Reverse Direction
Hundreds of ohms
Varying depending on IC but generally normal
Infinity in DIODE TEST MODE
✴ Defects have SHORT(0 ohm) for both forward and reverse direction.
4-12
Samsung Electronics
Circuit Operation Description
5. Circuit Description
5-1 Power supply
5-1-1 Outline(PDP SMPS)
Considering various related conditions, the switching regulator with good efficiency and allowing for its
small size and lightweight was used as the power supply for PDP. Most of the power supply components
used forward converter, and Vsamp and Vsb used simple flyback converter.
To comply with the international harmonics standards and improve the power factor, active PFC (Power
Factor Correction) was used to rectify AC input into +400V DC output, which in turns used as input to the
switching regulator.
5-1-2 42"SD SMPS SPECIFICATION
5-1-2(A) INPUT
PDP-42PS board is designed so that input power can be used within AC 90 VAC to 264 VAC with
50/60Hz ± 3Hz.
5-1-2(B) OUTPUT
PDP-42PS board provides 13 output switching power supplies for PDP 50inch (+165Vs, +220Set, +185Ve,
+75Va, +80Scan, +18Vg, +5Vsb, +5V(D), +5V(A), +12V. +9V, +12Vfan, and +12Vsamp). The output voltage, and current requirements for continuous operation are stated below (Table 3).
Table1. Specifications of Output Power Supplies for PDP SMPS
Output Name
Output Voltage
Output Current
Vs
+165V
1.4A
Sustain Voltage of Drive Board
Va
+75V
0.5A
Address Voltage of Drive Board
Vscan
+80V
0.05A
Vset
+220V
0.05A
Ve
+185V
0.05A
Vg
+18.3V
0.3A
Vfan
+12V
0.8A
V9
+9V
0.3A
V5(A)
+5V
1.0A
Analog IC Drive Voltage of Video Board
V5(D)
+5.3V
3.5A
IC Drive Voltage of Logic Board
Vsb
+5V
0.4
Stand-by for Remote Control
V12
+12V
1.2A
Vsamp
+12V
1.5A
Samsung Electronics
Using in PDP driving
5-1
Circuit Operation Description
Table 2. Specifications to Protect PDP SMPS
Division
OCP Current
OVP Voltage
Short Circuit
Vs
5A
195V
O.K
Va
2A
90V
O.K
+5V
10A
6.2V
O.K
5-1-2(C) FUNCTION OF BOARD
(1) Remote control
Using 250V/ 10A relay, the board makes remote control available.
(2) Free voltage
The board designed so that input voltage can be used within 90 VAC to 264VAC.
(3) Embedded thermal sensor
The board is equipped with thermal sensor to detect the internal temperature of the unit, and to short
relay when the internal temperature is higher than specified temperature so as to shutdown the unit.
(4) Improvement of power factor
The board is designed using PFC circuit so that PF (Power Factor) can be over 0.95, because low PF
can be a problem in high voltage power.
(5) Protection
The OCP (Over Current Protection), the OVP (Over voltage Protection), and the Short Circuit
Protection functions are added against system malfunction.
5-2
Samsung Electronics
Circuit Operation Description
5-1-2(D) PDP-PS-42 BLOCK DIAGRAM
Samsung Electronics
5-3
Circuit Operation Description
(1) AC-DC Converter
PDP-42PS outputs +400V DC from the common AC power supply using the active PFC booster converter. This converter is designed for improving the power factor and preventing the noise with high
frequency and finally becomes the input power system for the switching regulator on the output side.
(2) Auxiliary Power Supply
The auxiliary power supply is a block generating power of •Ï-com for remote controlling. Once the
power plug is inserted, this block always comes into operation, causing •Ï-com to get into the standby state for the output. Thus, this output is called the stand-by voltage. And with the relay ON signal
inputted through the remote controller, this block turns the mechanical switch of relay to ON for driving the main power supply.
(3) Implementation of Sustain Voltage
As the main part of a SMPS for PDP, sustain voltage must supply a high power, +165V/ 1.4A. It is
designed using forward converter basically. At the output stage two 90V converters are connected
serially for high efficiency and reduction of system size against a single 180V converter.
(4) Implementation of Small Power Output (Va, V(D), V(A), Vfan, V9, Vsamp, Ve, Vset, Vscan, V12, and
Vg)Vset, Ve, and Vscan used DC-DC module. V(D), Va, V12, and Vfan used forward converter, and
Vsamp used flyback converter. V(A), V9, and Vg are simply implemented using switching regulator.
5-1-3 Requirements of PDP SMPS
Since SMPS does not operate alone, but it operates with the load of the whole system, it should be designed
carefully considering the load of the system. In addition, it should be designed considering emerging issues
such as EMC, and protection against heat as well as system stability especially.
5-1-3(A) SAFETY AND REMOTE CONTROL CAPABILITY
Stability is one of the most important requirements for SMPS. SMPS should be designed to prevent
abnormal status due to abnormal load variation so as to keep the system stable, and guarantee customer
safety.
The protection circuits of SMPS include over-current protection (OCP), over voltage protection (OVP),
and under voltage lock-out (UVLO), and short circuit protection circuit. Although each circuit can be
implemented by various procedures, the most popular is implementing with comparator that compares
current value with that of standard and determine abnormality of the circuit.
In addition, surge current protection, insulation management, and static electricity protection circuit
should be added, because it uses commercial power source as an input.
PDP SMPS should be designed using auxiliary power and relay to provide remote control capability.
5-4
Samsung Electronics
Circuit Operation Description
5-1-3(B) THE RELATION BETWEEN POWER CONSUMPTION AND POWER CONVERSION Efficiency
The power consumption and the power conversion efficiency of SMPS affect protection against heat and
system operation much.
[ If the power conversion efficiency of 100W SMPS is 70%, is the power loss of internal circuit 30W? ]
Output power consumption Po is determined by the multiplication of DC output voltage Vo and output
current Io. Input power consumption Pi is determined by the addition of output power consumption
Po and internal power loss of SMPS Pl.
Provided that the power conversion efficiency is _,
If the power conversion efficiency of 100W SMPS is 70%, the internal power loss is about 42.8W by
Equation (1). If the power conversion efficiency of 400W SMPS for 42"SD is 82%, the internal power loss
is 87.8W by Equation (1). Table 4 shows internal power loss as a function of output power for various
power conversion efficiencies.
200
η=50%
180
η= 60%
160
140
η=70%
Internal 120
Power
100
Loss ( W)
80
η= 80%
60
40
η= 90%
20
0
120
140
160
180
200
220
240
260
280
300
Direct Current Output Power (W)
Table 4. Power Conversion Efficiency vs. Internal Power Loss
Samsung Electronics
5-5
Circuit Operation Description
5-1-3(C) PFC (Power Factor Correction) Circuit Descriptions
The current electric devices use DC power supply and require a rectifier circuit converting AC into DC.
As most rectifier circuits apply a capacitor input type, the rectifier circuit becomes the core of the occurrence of harmonics with lower reverse rate.If various electronic and electric devices are connected to a
power system, high-frequency current will occur due to a power rectifier circuit, a phase control circuit
with power input current of non-sine wave, or components with non-linear load characteristics, such as
capacitor, inductor, etc. As the result, the disturbance of voltage occurs, and finally a power capacitor or
a transformer generates heat, fire or noise occurs, controls malfunction, or the accessed devices abnormally operate or their lives are shortened.To prevent those symptoms, IEC (International
Electrotechnical Commission) regulated standards for Power Supply Harmonics.
(Refer to IEC 1000-3-2.)Figure 8 shows the basic structure of Active Boost PFC and waveforms.
Standards for Power Supply Harmonics
Scale: Devices accessed to 220V/380V, 230V/400V, 240V/425V and lower than 16A (IEC 100-3-2)
Devices with AC 230V and lower than 16A (IEC 555-2)
Applied Classes :
♣ Class A : Devices not included in another class
♣ Class B : Portable tools
♣ Class C : Lighting devices
♣ Class D : Devices with special current waveforms
Application Schedule : Except the devices less than rating input of 75W (1996~1999)
Except the devices less than rating input of 50W (2000 and after)
5-6
Samsung Electronics
Circuit Operation Description
The architecture and the pulse of active boost PFC
5-1-3(D) CONCLUSION
Although SMPS (Switching Mode Power Supply) enables small lightweight high-power consumption
power design, it is hard to be used when stability and precise control are required. Power stage for PDP
can be designed using the lightweight SMPS feature. It is important to design SMPS considering
system load, stability, and related international standards.
Samsung Electronics
5-7
Circuit Operation Description
5-2 Driver Circuit
5-2-1 Driver Circuit Overview
5-2-1(A) WHAT IS THE DEFINITION OF DRIVE CIRCUIT?
It is a circuit generating an appropriate pulse (High voltage pulse) and then driving the panel to implement
images in the external terminals (X electrode group, Y electrode group and address electrode), and this high
voltage switching pulse is generated by a combination of MOSFET’s.
5-2-1(B) PANEL DRIVING PRINCIPLES
In PDP, images are implemented by impressing voltage on the X electrode, Y electrode and address electrode, components of each pixel on the panel, under appropriate conditions. Currently, ADS (Address &
Display Separate: Driving is made by separating address and sustaining sections) is most widely used to
generate the drive pulse. Discharges conducted within PDP pixels using this method can largely be classified into 3 types, as follows:
(1) Address discharge : This functions to generate wall voltage within pixels to be lighted by addressing
information to them (i.e., impressing data voltage)
(2) Sustain discharge : This means a display section where only pixels with wall voltage by the address
discharge display self-sustaining discharge by the support of such wall voltage. (Optic outputs realizing images are generated.)
(3) Erase discharge : To have address discharge occur selectively in pixels, all pixels in the panel must
have the same conditions (i.e., the same state of wall and space electric discharges). The ramp reset
discharge section, therefore, is important to secure the drive margin, and methods most widely used
to date include wall voltage controlling by ramp pulse.
5-8
Samsung Electronics
Circuit Operation Description
5-2-1(C) TYPES AND DETAILED EXPLANATION OF DRIVE DISCHARGES
(1 ) Sustaining discharge
Sustaining discharge means a self-sustaining discharge generated by the total of the sustaining pulse
voltage (usually, 160~170V) alternately given to X and Y electrodes during the sustaining period and
the wall voltage that varies depending upon pixels' previous discharge status. It is operated by the
memory function (through this, the current status is defined by previous operation conditions) AC
PDP basically possesses. That is, when there is existing wall voltage in pixels (in other words, when
pixels remain ON), the total of wall voltage and a sustaining voltage to be impressed subsequently
impresses a voltage equal to or above the discharge start voltage, thereby generating discharge again,
but when there is no existing wall voltage in pixels (in other words, when pixels remain OFF), the sustaining voltage only does not reach the discharge start voltage, thus causing no discharge. The sustaining discharge is a section generating actual optic outputs used in displaying images.
(2) Address discharge
This means a discharge type generated by the difference between positive voltage of the address electrode (normally 70~75V determined by supplied Va voltage + positive wall charge) and the negative
potential of Y electrode (supplied GND level voltage + negative wall charge). The address discharge
serves to generate wall voltage in pixels where images are to be displayed (that is, discharge is to be
generated) prior to the sustaining discharge section. Namely, pixels with wall voltage by the address
discharge will generate sustaining discharge by the following sustaining pulses.
(3) Erase discharge
The purpose of resetting or erase discharge is to make even wall voltage in all pixels on the panel.
Wall voltage, which may vary depending upon the previous sustaining discharge status, must be
made even. That is, wall voltage generated by the sustaining discharge must surely be removed, by
making discharges and then supplying ions or electrons. Wall voltage can be removed by making discharges and then setting a limitation on time for opposite polarity charging of the wall voltage or generating weak discharge (Low voltage erasing) to supply an appropriate quantity of ions or electrons
and keep polarities from being charged oppositely. The weak discharge (Low voltage erasing) methods, which have been known to date, can largely be into two types: 1) the log pulse adopted by most
companies including F Company, and 2) the ramp pulse adopted by Matsushita. In both two methods,
impression is made with a slow rising slope of the erasing pulse. Because the total of the existing wall
voltage and a voltage on the rising pulse must be at least the drive start voltage to generate discharges, external impressed voltage is adjusted based on the difference in wall voltage between pixels.
And, weak discharge is generated because of a small impressed voltage.
Samsung Electronics
5-9
Circuit Operation Description
5-2-2 SPECIFICATION OF DRIVE PULSES
5-2-2(A) DRIVE PULSES
5-10
Samsung Electronics
Circuit Operation Description
5-2-2(B) FUNCTIONS OF PULSES
(1) X rising ramp pulse
Just before X rising ramp pulse is impressed, the last Y electrode sustain pulse of previous sub field is
impressed. The pulse causes sustain discharge. Consequently, positive wall charge is accumulated in X
electrode, and negative wall charge is accumulated in Y electrode. X rising ramp erases wall charge
produced by the last sustain discharge pulse using weak-discharge.
(2) Y rising ramp pulse
During Y rising ramp period, weak-discharge begins when external voltage of about 390V~400V is
impressed to Y electrode, and each gap voltage is equal to discharge start voltage. Sustaining the
weak-discharge, positive wall charge is accumulated in X electrode and address electrode, and negative wall charge is accumulated in Y electrode of the entire panel.
(3) Y falling ramp pulse
During Y falling ramp period, the negative wall charge in Y electrode accumulated by 200V of X bias
is used to erase positive wall charge in X electrode. Address electrode (0V) sustains most of the positive electric charge accumulated during rising ramp period so that it can maintain wall charge distribution beneficial to the upcoming address discharge.
(4) Y scan pulse
This is called the scan pulse, selecting each of Y electrodes on a one-line-at-a-time basis. In this case,
Vscan means the scan bias voltage. About 70 V (Vscan) voltage is impressed on the selected electrode
lines, while 0 V (GND) voltage is impressed on the other lines.
In the cells the address pulse (70V~75V) is impressed on, address discharge is occurred because negative wall charge is accumulated in Y electrode, positive wall charge is accumulated in address electrode by the applied ramp pulse, and the sum of impressed voltage is greater than discharge start
voltage. Thus, because scan pulse and data pulse are impressed line by line, very long time is taken
for PDP addressing.
(5) 1st sustain pulse
The sustaining pulse always begins with the Y electrode. This is because when address discharge is
generated, positive wall voltage is generated on the Y electrodes. Because wall electric charge generated by address discharge is generally smaller than wall voltage generated by sustaining discharge, initial discharges have small discharge strength, and stabilization is usually obtained after 5~6 times discharges, subject to variations depending on the structure and environment of electrodes. The purpose
of impressing the initial sustaining pulses long is to obtain stable initial discharges and generate wall
electric charges as much as possible.
Samsung Electronics
5-11
Circuit Operation Description
5-2-3 Configuration and Operation Principles of Driver Circuit
5-2-3(A) FUNCTIONS OF EACH BOARD
Y-Buffer (Upper)
Y Drive board
X Drive board
- Sustain pulse
(Energy recovery)
- Rising ramp pulse
- Falling ramp pulse
- Vscan pulse
- Sustain pulse
(Energy recovery)
- Rising ramp pulse
- Ve bias
Y-Buffer (Lower)
Y-electrode blocks
(6 blocks)
COF
X-electrode blocks
(3 blocks)
(1) X board
X board is connected to the panel’s X-electrode blocks, 1) generates sustain voltage pulse (including
ERC), 2) generates X rising ramp pulse, and 3) sustains Ve bias during scan period.
(2) Y board
Y board is connected to the Y-electrode blocks of panel, 1) generates sustain voltage pulse (including
ERC), 2) generates Y rising and falling ramp pulse, and 3) sustains Vscan bias.
(3) Y buffer board (upper and lower)
Y buffer board impresses scan pulse to Y electrodes, and consists of upper and lower sub-boards. In
case of SD class, one board is equipped with 4 scan driver IC’s (STMicroelectronics STV7617 with 64
or 65 outputs).
(4) COF
Impresses Va pulse on address electrodes in the address section and generates address discharge
based on a difference between such Va pulse and scan pulse impressed on Y electrodes. It is in the
form of COF, and a COF is equipped with 4 data drive IC’s (STMicroelectronics STV7610A with 96
outputs). For a single scan, 7 COF’s are required.
5-12
Samsung Electronics
Circuit Operation Description
5-2-3(B) DRIVING BOARD'S BLOCK DIAGRAM
(1) Y
POWER
220V
75V
17V
170V
(2) X
POWER
220V
17V
170V
Samsung Electronics
5-13
Circuit Operation Description
➣ Components of driving board's operations
1. Power supply
1) Supplied from the power supply board
- For sustaining discharge: 180V;
- For logic signaling buffer: 5V; and
- For gate driver IC: 15V.
2) Generated by the internal DC/DC part
- For generating Vw pulse: 180V.
2. Logic signal
1) Supplied from the logic board
- Gate signals for FETs.
5-14
Samsung Electronics
Circuit Operation Description
5-2-3(C) PRINCIPLES OF FET’S OPERATION AND HIGH VOLTAGE SWITCHIng
❏ FET’s operation principles
(1) With signal impressed on the gate (Positive voltage),
FET gets short-circuited (a conducting wire of zero (0)
resistance); and
(2) With no signal impressed on the gate (GND), FET gets
open-circuited (a non-conducting wire of ∞ resistance).
❏ FET’s high voltage switching principles
(1) With no signal impressed on G1, FET1 gets
open-circuited, and with signal impressed on
G2, FET2 gets short-circuited, thereby causing
GND to be outputted to output terminals.
(2) With signal impressed on G1, FET1 gets shortcircuited, and with no signal impressed on G2,
FET2 gets open-circuited, thereby causing
180V to be outputted to output terminals.
Samsung Electronics
5-15
Circuit Operation Description
5-2-3 (D) DRIVER CIRCUIT DIAGRAM
5-16
Samsung Electronics
Circuit Operation Description
5-2-3(E) DRIVER BOARD CONNECTOR LAYOUT
Samsung Electronics
5-17
Circuit Operation Description
5-18
Samsung Electronics
Circuit Operation Description
Samsung Electronics
5-19
Circuit Operation Description
5-20
Samsung Electronics
Circuit Operation Description
Samsung Electronics
5-21
Circuit Operation Description
5-22
Samsung Electronics
Circuit Operation Description
Samsung Electronics
5-23
Circuit Operation Description
5-24
Samsung Electronics
Circuit Operation Description
Samsung Electronics
5-25
Circuit Operation Description
5-26
Samsung Electronics
Circuit Operation Description
Samsung Electronics
5-27
Circuit Operation Description
5-28
Samsung Electronics
Circuit Operation Description
Samsung Electronics
5-29
Circuit Operation Description
5-30
Samsung Electronics
Circuit Operation Description
5-3 Logic part
5-3-1 Logic Board Block diagram
Samsung Electronics
5-31
Circuit Operation Description
5-3-1(A) TDESCRIPTION OF LOGIC BOARD
The logic board consists of the logic main board and the buffer board. The logic main board processes video
signal, generates, and output address driver output signal as well as XY drive signal. The buffer board
stores address driver output signal, and sends the signal to the address driver IC (COF module).
Logic Board
Function
Login Main
- Video signal processing (W/L, Error diffusion, APC)
- Outputs address drive control signal, and data signal to buffer board.
- Outputs XY drive board control signal.
Buffer board
E Buffer board
Sends data and control signal to left-bottom COF
F Buffer board
Sends data and control signal to right-bottom COF
5-3-1 (B) NAME AND DESCRIPTION OF MAJOR COMPONENTS OF LOGIC BOARD
5-32
Samsung Electronics
Circuit Operation Description
No
Name
1
LVDS Connector
2
Operation LED
3
Key-Scan Connector
4
256k
5
Y Connector
Connector to output Y drive board control signal
6
X Connector
Connector to output X drive board control signal
Function
Input connector to receive encoded RGB, H, V, DATAEN, and DCLK signal.
It shows Sync and clock are properly received by the logic board.
Connector to connect key scan board to check and adjust 256K data.
EEPROM including gamma table, APC table, drive signal timing and other options
7
LE01 (Address Buffer Connector) Connector to output address data, and control signal to the E and F buffer boards.
8
LE02 (Address Buffer Connector) Connector to output address data, and control signal to the E and F buffer boards.
9
Power Fuse
10
Power Connector
Fuse connected to the power source line of the logic board.
Connector to connect the supply power (5V) with the logic board.
drive board control signal.
5-3-1(C) WAVEFORMS IN NORMAL OPERATION
If the PDP unit and the logic board is in normal operation, the operation LED of Figure 1 would blink at
about 1 second interval.
If the unit is out of order, check the status of the operation LED through eye-inspection first. If the behavior
of the operation LED is different from that of normal state, you have to replace the board. To check trouble
on the board, the following logic board test procedures described below.
❑ 42°” SD s1.0 logic main board T/S
Required test equipment: :
- Oscilloscope (digital 400 MHz 3 channel or more)
- Multi meter
Other equipment: :
- DC power supply (5V: 1EA )
- Sub-PCB ASS'Y for JIG: 1 EA
Samsung Electronics
5-33
Circuit Operation Description
(1) First, perform eye-inspection and short circuit inspection for the power stage of the logic board to examine. Then, perform the following examinations on the board in order if no problem was found.
(2) Replace IC2017(256K EEPROM) of the logic board with Test EERPOM. Change the clock setting of the
logic board to internal referring to the configuration procedures described below.
❈ If there is no available Test EEPROM, you can use PG 00 for Windows NT systems, or PG 40 for
NT/PAL compatible systems by setting address 20 to 81, 22 to 00, 23 to 00,and 70 to 01.
(3) Connect power(5V) to LD1, and check that LED(LD2000) on the left top of the board blinks at about 1
second interval.
(4) If the logic board is out of order, the LED would blink too fast or not be lighted on.
(5) If no problem was found in the above examination, connect sub-PCB for logic output examination, measure output waveform, and compare the waveform with the appended waveform of normal state.
Record either OK or NG after examination.
(6) Check drive Y s/w, drive X s/w and address signal in order.
(7) Set probe 1 of oscilloscope to trigger signal, and connect it to the TP31 of the logic board.
(8) Set oscilloscope to 2ms/div. After adjusting probe 2 to 5V/div, check output signal.
(9) After T/S, turn off the power supply, and disconnect connector.
(10) Record the result on the examination sheet (either OK or NG).
❐ Jumper settings to select internal or external clock
On the top of the logic main board, there is option jumper (CN01) that allows selecting internal/external
clock. While T/S, set it to internal clock as the following figure shows.
❈ It is set to external clock in normal. Set it to internal clock while examination, and set it to external
clock again after examination.
Figure 1. Jumper Settings to Select Internal / External Clock Signal
5-34
Samsung Electronics
Circuit Operation Description
160mm
LA03
31
1
CN01
LD1
LD2000
IC1
IC2
F1
256k
D1
F2
320mm
D2
M1
E1
IC3
M2
TP31
GND7
L
Y
1
LX1
LE01
LE02
Figure 2. Layout of 42" Signal Logic Main Board.
Samsung Electronics
5-35
Circuit Operation Description
(1) Checking Y S /W
Figure 3. Connecting The Logic Main Board and The Test JIG Board
Figure 4. Connecting Oscilloscope Probe 1 (Trigger)
5-36
Samsung Electronics
Circuit Operation Description
! Connect Probe 2 to LY1 30 of The JIG Board (8 (LE-Y) of The Logic Main Board F2016).
@ Connect Probe 2 to LY1 28 of The JIG Board (7 (STB_Y) of The Logic Main Board F2016).
# Connect Probe 2 to LY1 25 of The JIG Board (6 (TCS_Y) of The Logic Main Board F2016).
Samsung Electronics
5-37
Circuit Operation Description
$ Connect Probe 2 to LY1 24 of The JIG Board (5 (CLK_Y) of The Logic Main Board F2016).
% Connect Probe 2 to LY1 21 of The JIG Board (8 (SIB) of The Logic Main Board F2016).
^ Connect Probe 2 to LY1 20 of The JIG Board (7 (SIA) of The Logic Main Board F2016).
5-38
Samsung Electronics
Circuit Operation Description
& Connect Probe 2 to LY1 14 of The JIG Board (5 (YSP) of The Logic Main Board F2016).
* Connect Probe 2 to LY1 13 of The JIG Board (6 (YSC) of The Logic Main Board F2016).
( Connect Probe 2 to LY1 10 of The JIG Board (7 (YER) of The Logic Main Board F2016).
Samsung Electronics
5-39
Circuit Operation Description
) Connect Probe 2 to LY1 9 of The JIG Board (8 (YP) of The Logic Main Board F2016).
1 Connect Probe 2 to LY1 8 of The JIG Board (6 (YRR) of The Logic Main Board F2016).
2 Connect Probe 2 to LY1 5 of The JIG Board (5 (YG) of The Logic Main Board F2016).
5-40
Samsung Electronics
Circuit Operation Description
3 Connect Probe 2 to LY1 4 of The JIG Board (8 (YF) of The Logic Main Board F2016).
4 Connect Probe 2 to LY1 2 of The JIG Board (6 (YR) of The Logic Main Board F2016).
5 Connect Probe 2 to LY1 1 of The JIG Board (5 (YS) of The Logic Main Board F2016).
Samsung Electronics
5-41
Circuit Operation Description
6 Connect Probe 2 to 1 and 72 of IC2005, and Check The Following Waveform Shows at Oscilloscope.
7 Connect Probe 2 to 1 and 72 of IC2006, and Check The Following Waveform Shows at Oscilloscope.
8 Connect Probe 2 to 1 and 81 of IC2007, and Check The Following Waveform Shows at Oscilloscope.
5-42
Samsung Electronics
Circuit Operation Description
9 Connect Probe 2 to 1 and 81 of IC2008, and Check The Following Waveform Shows at Oscilloscope.
Samsung Electronics
5-43
Circuit Operation Description
(1) Checking X S /W
! Connect Probe 2 to LX1 2 of The JIG Board (6 (XRR) of The Logic Main Board F2016).
@ Connect Probe 2 to LX1 4 of The JIG Board (7 (XR) of The Logic Main Board F2016).
# Connect Probe 2 to LX1 6 of The JIG Board (8 (XS) of The Logic Main Board F2016).
5-44
Samsung Electronics
Circuit Operation Description
$ Connect Probe 2 to LX1 8 of The JIG Board (5 (XF) of The Logic Main Board F2016).
% Connect Probe 2 to LX1 10 of The JIG Board (6 (XG) of The Logic Main Board F2016).
Samsung Electronics
5-45
Circuit Operation Description
■ 42°”SD logic buffer board T/S
Required test equipment :
-.Oscilloscope (digital 400 MHz 2 channel or more)
Other equipment :
-.DC power supply (5V : 1EA )
-.Multi meter
-.Logic board : 1EA
-.Sub-PCB ASS'Y for JIG: 1 EA
(1) First, perform eye-inspection and short circuit inspection for the power stage of the logic board to
examine. Then, perform the following examinations on the board in order if no problem was found.
(2) If no problem was found in step ®ÿ, connect buffer board as Figure 5 shows, connect sub-PCB for
COF data check and replace 256K EEPROM with Test EERPOM for the logic board to output fullwhite pattern.
(3) Supply 5V to the logic board, and check that the LED on the left-top of the board blinks at about 1 second interval. If no problem is found, measure the output waveform of sub-PCB, and compare it with
that of normal state.
(4) Check EC1, EC2, EC3, EC4, FC5, FC6, and FC7 in order. You can only examine doubtable waveform
selectively.
(5) Set probe 1 of oscilloscope to trigger signal, and connect it to the TP31 of the logic board.
(6) Set oscilloscope to 2ms/div. After adjusting probe 2 to 5V/div, check output signal zooming important
points.
(7) Appended waveform is for full-white input pattern. Output waveform when each of R, G and B pattern is supplied individually is summarized in the following table.
❈ For short check, it would be better to test waveform in the order of R, G and B pattern.
Output waveform for the applied pattern
Full-white
Control signal output of
sub-PCB for COF data check
G
B
The same as the attached waveform
sub-PCB for COF data check
R, B, G data signal output of
R
The output waveforms of all of the
R, G, B TP’s are the
same as the
attached waveform.
The output waveforms of all of the
R0, R1 TP’s are the
same as the
attached waveform.
The output waveforms of all of the
G0, G1 TP’s are the
same as the
attached waveform.
The output waveforms of all of the
B0, B1 TP’s are the
same as the
attached waveform.
R0(TP13,TP49), R1(TP16,TP52), G0(TP14,TP50), G1(TP17,TP53),
B0(TP15,TP51), and B1(TP18,TP54) in The JIG Board
(8) After T/S, turn off the power supply, and disconnect the connector. Record the result on the examination sheet.
5-46
Samsung Electronics
Circuit Operation Description
Figure 5. 42” Single logic buffer
Samsung Electronics
5-47
Circuit Operation Description
(3) Checking buffer data
! TP 13 ~ 18, 49 ~ 54 of The Test JIG Board
@ 21, 57 of The Test JIG Board
# 24, 31, 60, 67 of The Test JIG Board
5-48
Samsung Electronics
Circuit Operation Description
$ TP 25, 32, 61, 68 of The Test JIG Board
% TP 19, 26, 55, 62 of The Test JIG Board
^ TP 20, 27, 56, 63 of The Test JIG Board
Samsung Electronics
5-49
5-50
MA IN_C
MA IN_Y
CVBS
3( L / R)
Audi o I n
RS- 232
RS232C
( 9pi n,MAL E)
PC_R, PC_G, PC_B,
PC_H, PC_V
( 15pi n D- SUB)
ADC
(
Audio
Pr oc es s or
TDA7429S
I 2C
)
FI FO
VPC3230
Dec oder
Video
PI P
VPC3230
Dec oder
Video
PC_H, PC_V
Y
DTV
YPr Pb(DVD)
CVBS, Y
MAI N
Sub PCB for Audio
Y
DVD
CVBS
R, G, B, F B
PCF 8591
I 2C
S1_DET
PC I nput
#8 I D
Sc art
DVD VPC3230
( 480i )
DTV
Com ponent
Input
RCA
( Y/ C)
S-Vi deo
( CVBS)
Vi deo
I 2C
(
YPr Pb( DTV)
I VVS
I VHS
SDA9400
SW
BA7657
RCA OPTI ON
YI N [ 7: 0]
UVI N [ 7: 0]
MAX232A
Ser i al
SCART OPTI ON
Pr ogr es s i v e
I 2C
CHSYNC
CVSYNC
Audio Amp.
TA1101 )
PC_R. G. B.
Y [7: 0]
UV [7: ]
H1_OUT
V1_OUT
CL K2
L L C1
I 2C
VG[ 7: 0]
VR[ 7: 0]
VB[ 7: 0]
VHS
VCL K
Sandc as t l e
Pul s e
M4A3( CPL D)
CL K2
KM616V1000
SRAM
SR[ 23: 0] , SQ [23: 0]
MHS, PCL K , SOG
G
I R , L ED
RTC
I 2C
RE[ 7: 0]
GE[ 7: 0]
BE[ 7: 0]
PROTECT
L VS
L HS
L ENG
DCL K
IR
Key
L ED
Key Mat r i x
PCF 8563
V PW364
CPU
Wi t h
Conv ers i on
F rame Rat e
OSD Mi x er
Image Sc al i ng
Pr oc es s or >
<I mage
MCKEXT
( 130Mhz )
Output CL K
F l as h
Mem ory
29L V160
DCKEXT
( 26Mhz )
DI S. OSC.
MHSYNC, MCOAST
CKI NV, CL AMP
ADC
Wi t h
PL L
AD9884
VS_OUT1
SCP
H, V
TXD/ RXD
ADC
Wi t h
PL L
AD9884
R, G, B_OUT,
HS_OUT1
CXA2101AQ
RGB Mat r i x
V_Y/ G V_Pr / R
V_Pb/ B
SDA9280
DAC
I 2C( 1)
24C16
EEPROM
Circuit Operation Description
5-4 Block Diagram
5-4-1 42” Monitor Scaler Block Diagram
Samsung Electronics
Circuit Operation Description
5-5 Major In/Out Signal Waveforms and Voltages of the Unit
5-5-1 In/Out Waveforms
❏ Y output waveform
- It is the waveform when it is not connected to the panel.
* You should check that a single scan waveform is outputted!!!
Y output waveform (200us/div, 100V/div)
* You should check that energy recovery software is in operation!!!
Samsung Electronics
5-51
Circuit Operation Description
❏ X output waveform
- It is the waveform when it is not connected to the panel.
X output waveform (200us/div, 100V/div)
* You should check that energy recovery software is in operation!!!
5-52
Samsung Electronics
Circuit Operation Description
5-6 Main I/O signal pules and voltages
5-6-1 Signal Pulses of Image Board(Input Signal Conditions : 7 Color bar)
Samsung Electronics
5-53
Circuit Operation Description
5-54
Samsung Electronics
Circuit Operation Description
Samsung Electronics
5-55
MEMO
5-56
Samsung Electronics
Circuit Operation Description
Samsung Electronics
5-57
Troubleshooting
6. Troubleshooting
6-1 Entirely no screen
Remove SMPS output connector
(connect Video B d only)
Normal
Power on
Abnormal
Normal
SMPS Output
Voltage
Normal
Replace Video B d
Abnormal
Abnormal
AC Input
Normal
Change Fuse
Normal
Normal
Logic Connect Power
LED Light-on
(Power, Sink)
5V Output
Replace SMPS
Abnormal
Replace Logic B d
Normal
X-B d Connect Power
X-B d Output
Abnormal
Replace X-B d
Normal
Y-B d Connect Power
Y-B d Output
Abnormal
Replace Y-B d
Normal
Replace Panel
Samsung Electronics
6-1
Alignment and Adjustments
6-2 Partly no screen
Power on
Upper part no screen
Yes
Replace Upper Scan Buffer B d
No
Lower part no scree
Yes
Replace Lower Scan Buffer B d
No
1//14 Screen part
Abnormal
Yes
Replace Corresponding
Address Buffer B d
No
1/28 no screen
Yes
Replace Panel
No
1/7 no screen
6-2
Yes
Replace Panel
Samsung Electronics
Troubleshooting
6-3 Checking the Board (Unit)
6-3-1 Y buffer
- To check the main board, you have to check the Y buffer first.
- After separating Y Main and Y buffer board,
- Check the Diode between OUTL and OUTH, and make sure that the forward voltage drop is between
0.4 and 0.5V.
- Check that the resistance between the two terminals is more than several kW.
Samsung Electronics
6-3
Troubleshooting
6-3-2 Y Main
- After connecting Y main and Y buffer board, check that one of the output waveforms from OUT 1, 2, 3
or 4 is the same as that of the appendix 1 when power is supplied.
6-4
Samsung Electronics
Troubleshooting
6-3-3 X Board
- Check that one of the output waveforms from X-OUT 1 or 2 is the same as that of the appendix 2
when power is supplied.
X- OUT1
X- OUT1
Samsung Electronics
6-5
Troubleshooting
6-3-4 SMPS
- Check output voltage.
- If output voltage is not detected, check the following lists:
(1) Check fuse
(2) In case of +5V(D), check that D305 is short
(3) In case of VSAMP, check that D506 is short
(4) In case of VA, check that D303 is short
(5) In case of VS, check that pin 2 and 3 of Q303 are short
(6) In case of Q6S, check that pin 2 and 3 are short
(7) Check that BRD101S is short
6-6
Samsung Electronics
Troubleshooting
6-3-5 Scaler Borad
1. PW364 Input Clock
(1) MCKEXT
Check IC406(IC502) pin 5.
Power on : MCKEXT = 97.5MHz
Standby : MCKEXT = 48.75MHz
(2) MCKEXT, DCKEXT
Check IC407(ICS502) pin 25. DCKEXT = 65MHz
(3) VCLK
Check IC203(SDA9400) pin 26. VCLK = 27MHz
(4) GCLK
Check IC401(AD9884) pin 115(TP404).
GCLK is differently seen according to PC input signal format(VGA, SVGA, XGA)
GCLK = 15MHz ~ 50MHz(This value is apparently half of the clock frequency of the relevant PC input signal format.
2. VPC3230
- Check power is supplied(5V, 3.3V).
- Check Reset(pin 15) is high.
- Check I2C-bus(pins 13, 14)
- Check the signal input to Y signal(pin73), C signal(pin 71), PLL DVD-Y signal (pin 72).
- Check the output clocks LLC1(pin 28), LLC2(pin 27). (LLC1 = 13.5MHz, LLC2 = 27MHz)
- Check the output H sync(pin 56) and check V sync(pin 57) is output.
- Check output digital data.
3. SDA9400
- Check power is supplied(3.3V).
- Check Reset(pin 30) is high.
- Check I2C-bus(pins 20, 21)
- Check clock is input.(pins 28, 54 : 27MHz. pin 29 : 13.5MHz)
- Check digital data input.
- Check the input H sync (pin 23) = 15.75MHz, V sync (pin 22) = 60Hz
- Check digital data input.
- Check the output H sync (pin 60) = 31.5KHz, V sync (pin 61) = 60Hz, VCLK (pin 26) = 27MHz
4. AD9884(IC101)
- Check power is supplied(3.3V)
- Check I2C-bus(pins 29, 30)
- Check PC signal, HD-component signal is input.
- Check the input signal GREF (pin 40). The GREF signal applies to a fixed form of the input H sync signal.
- Check the output signal GFBK (pin 117). The GFBK signal applies to a fixed form of PLLD H sync signal.
- Check the output signal GCLK (pin 115). The GCLK is differently seen according to the PC input signal format(VGA, SVGA, XGA).
GCLK = 15MHz ~ 50MHz This value is apparently half of the clock frequency of the relevant PC input signal format.
- Check digital data output.
Samsung Electronics
6-7
Troubleshooting
5. AD9884(IC801)
- Check power is supplied(3.3V).
- Check I2C-bus(pins 29, 30)
- Check Video signal is input.
- Check the input signal 2HS (pin 40 or TP406)
- Check the output signal VHS (pin 117 or TP409)
- Check the output signal VCLK (pin 115 or TP408)
- Check digital data input.
6. PW364 Reset
- When the Reset switch is pressed. if OTP01(29LV160T) pin 28(TP151) undergoes ransition.
PW364 operates and OTP01 also does. Unless transition happens, it means PW364 is not operating.
7. PW364 Communication
- Operate the PC hyper terminal Settings are as follows :
Model Selection : Direct connect to com1
No. of Bit per second : 57600
Data Bit : 8
Parity : None
Stop Bit : 1
Flow Control : None
- Whenever the Reset switch is pressed, the following is displayed on the PC hyper terminal screen.
CBooter V1.5 & 2000.01.26
CBooter V1.5 & 2000.01.26
CBooter V1.5 & 2000.01.26
6-8
Samsung Electronics
Exploded View & Parts List
7. Exploded View & Parts List
7-1 PS42P2SDX/XEC
Samsung Electronics
No
Code No
Description;Specification
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
AA64-01799C
AA64-01560A
AA64-01566F
AA61-60003J
AA61-01061A
AA64-01549B
AA95-01837F
6003-000333
AA95-01751D
AA61-01062A
6003-001020
6006-001035
AA95-01833D
AA61-00716B
6003-001026
AA61-01060A
AA67-00112A
AA72-00017A
AA61-01059A
AA60-00110C
AA72-00018A
AA63-00433A
6003-001026
AA60-00110D
AA98-00231A
6003-001026
AA61-01054A
AA61-00584B
6006-001039
AA61-00582C
AA95-01819A
6006-001035
2901-001222
AA98-00188A
AA98-00241A
AA95-01839A
CABINET-FRONT;HIPS HB GRAY,KUJU
BADGE-BRAND;AL FORGING,SAMSUNG SILVER
KNOB-MASTER;ABS HB BLK #SV-012P
SPRING-CS;SUS 304
BRACKET-FILTER SIDE L,ASSY;AL 6063 EXT,T1.2
WINDOW-RMC;ACRYL VIOLET
ASSY SUB-PCB,REMOCON;SPD-42P2S,D51A,AA95
SCREW-TAPTITE;M3 * L10 YEL
ASSY SUB-PCB CONTROL;PS42P2S,D53A,AA95-0
BRACKET-FILTER BOT,ASSY;AL 6063 EXT,T1.2
SCREW-TAPTITE;RH,+,B,M4,L10,ZPC(YEL)
SCREW-ASSY,MACHINE;WSP,PH,M3*L8YEL
ASSY SUB-PCB,POWER ON/OFF;SPD-42P2S,D51A
BRACKET-POWER;,SECC,T1.0
SCREW-TAPTITE;RH,+,B,M4*L15
BRACKET-FILTER SIDE R,ASSY;AL 6063 EXT,T1.2
MIRROR-GLASS;42INCH,P1S,MESH,55%
SPONGE-EMI,FILTER;SHIELD-FORM,T1.2,D10,L980
BRACKET-FILTER TOP,ASSY;AL 6063 EXT,T1.2
SPACER-FILTER;42P2,P/U V0,L,BLK
SPONGE-EMI,FILTER;SHIELD-FORM,T1.2,D10,L560
COVER-BOT;42P2S,ABS HB,BLK,SV012P
SCREW-TAPTITE;RH,+,B,M4,L15,ZPC(BLK),SWRCH18
SPACER-FILTER;42P2,P/U V0,L,BLK
ASSY-PANEL,PDP;PS-42P2S,D53A
SCREW-TAPTITE;RH,+,B,M4,L15,ZPC(BLK),SWRCH18
BRACKET-COVER,RIGHT;PDP,AL 5051,T1.5
GUIDE-STAND;AL DIECASTING
SCREW-ASSY,MACHINE;WSP,PH,M4*L12YEL
BRACKET-LINE,FILTER;SPC T1.0
ASSY SUB-PCB,LINE FILTER;PS42P2S,D53A,AA
SCREW-ASSY,MACHINE;WSP,PH,M3*L8YEL
FILTER-EMI AC LINE;22000PF,24X50X62.3MM
ASSY-PBA,SMPS;SPD-42P2S,D51A,42SD
ASSY-PBA,L-MAIN;,42SD,D53A,LJ41-00778A,S
ASSY SUB-PCB,SCALER;PS42P2S,D53A,AA95-01
SHIELD-SCALER,BOT;SPTE T0.25
SCREW-ASSY,MACHINE;WSP,PH,M3*L8YEL
ASSY SUB-PCB,SOUND;PS42P2S,D53A,AA95-013
ASSY SUB-PCB TERMINAL;PS42P2S,D53A,AA95BRACKET-COVER,LEFT;PDP,AL 5051,T1.5
COVER-TERMINAL,TV;SUS 304,T0.5
COVER-BACK,ASSY;AL T1.2,PS-42P2S
SCREW-TAPTITE;RH,+,B,M4,L12,ZPC(BLK),SWRCH18
SCREW-TAPTITE;RH,+,B,M4,L10,ZPC(YEL),SWRCH18
HANDLE-SET;ABS,HB,BLK
SCREW-TAPTITE;RH,+,B,M4*L15
CABINET BACK;HIPS V2 BLK 42P2S
SCREW-TAPPING;SWRCH18A,M4,L20,RH,+,2S,-,ZPC
SCREW-ASS’Y MACH;WP,PH,+,M8,L16,ZPC,SWRCH18A
6006-001035
AA95-01844M
AA95-01770A
AA61-01055A
AA63-00491B
AA63-00232A
6003-001019
6003-001020
AA64-01551B
6003-001026
AA64-01802A
AA60-10050T
6006-001112
Q’ty
Remark
1
1
1
1
1
1
1
2
1
28
2
1
1
2
1
1
2
1
2
2
1
2
2
1
26
1
2
12
1
1
6
1
1
1
1
1
6
1
1
1
1
1
13
6
4
24
1
16
4
7-1
Electrical Parts List
8. Electrical Parts List
8-1 PS42P2SDX/XEC
Level Loc. No
Code No.
Description ; Specification
Remark
ASSY CHASSIS
1
!
!
!
!
!
!
..2
...3
...3
...3
...3
...3
..2
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
...3
...3
...3
..2
...3
...3
...3
...3
...3
...3
*
CN603A
JK603
PCB
SPK
BLF+LF
CN812
CX811S
CX812S
CX813S
CY811S
CY812S
CY813S
CY814S
CY815S
CY816S
EMI
FS811A
FS811B
FS811S
LS812S
LS813S
LX811S
LX812S
PCB
PCB+BL
PD811S
RX811S
VX811S
EL811
EL812
EL813
EL814
EY811
EY812
EY813
EY814
EY815
EY816
EY817
EY818
EY823
EY824
EY825
EY826
EY827
EY828
CN01
PCB
PCB+BP
R01
SW01
AA91-01674AASSY CHASSIS;PS42P2SDX/XEC
AA95-01770AASSY SUB-PCB TERMINAL;PS42P2S,D53A,AA953711-003043 CONNECTOR-HEADER;BOX,4P,1R,2.5mm,STRAIGH
AA63-40258ATERMINAL-SPEAKER;4P,ABS,4,-,-,-,BLK
AA41-00373APCB-SPK TERMINAL;SPD-50P2HM,CEM-1,1L,A,1
AA39-00294ALEAD CONNECTOR ASSY;PDP,UL1007#22,UL/CSA
0202-000187 SOLDER-WIRE FLUX;-,RS60S,D1.2,63Sn/37Pb
AA95-01819AASSY SUB-PCB,LINE FILTER;PS42P2S,D53A,AA
6001-000516 SCREW-MACHINE;PH,+,M3,L10,ZPC(YEL),SM20C
3711-000203 CONNECTOR-HEADER;1WALL,3P,1R,3.96MM,STRA
2306-000321 C-FILM,MPPF;470NF,5%,275V,TP,-,22.5
2306-000321 C-FILM,MPPF;470NF,5%,275V,TP,-,22.5
2306-000321 C-FILM,MPPF;470NF,5%,275V,TP,-,22.5
2201-000446 C-CERAMIC,DISC;3.3nF,20%,400V,Y5U,TP,15x
2201-000446 C-CERAMIC,DISC;3.3nF,20%,400V,Y5U,TP,15x
2201-000446 C-CERAMIC,DISC;3.3nF,20%,400V,Y5U,TP,15x
2201-000446 C-CERAMIC,DISC;3.3nF,20%,400V,Y5U,TP,15x
2201-000446 C-CERAMIC,DISC;3.3nF,20%,400V,Y5U,TP,15x
2201-000446 C-CERAMIC,DISC;3.3nF,20%,400V,Y5U,TP,15x
2901-001222 FILTER-EMI AC LINE;250V,10A,UL,CSA,D,N,S
3602-000114 FUSE-HOLDER;-,-,30mohm
3602-000114 FUSE-HOLDER;-,-,30mohm
3601-001165 FUSE-CARTRIDGE;250V,8A,TIME-LAG,CERAMIC,
AA27-00189ACOIL CHOKE;-,HPL5025M,20UH,10%,0.03OHM,7
AA27-00189ACOIL CHOKE;-,HPL5025M,20UH,10%,0.03OHM,7
AA29-00017AFILTER LINE NOISE;,25-4MH 7A,0.1OHM,1.5K
AA29-00017AFILTER LINE NOISE;,25-4MH 7A,0.1OHM,1.5K
AA41-00574APCB-LINE FILTER;PS-42P2S,CEM-1,1L,A,1.6T
6006-001035 SCREW-ASS’Y MACH;WSP,PH,+,M3,L8,ZPC(YEL)
3711-000203 CONNECTOR-HEADER;1WALL,3P,1R,3.96MM,STRA
2002-001021 R-COMPOSITION;560KOHM,10%,1/2W,AA,TP,3.7
1405-000152 VARISTOR;560V,2500A,14x8.5mm,TP
AA61-00582C BRACKET-LINE,FILTER;SPD-42P2H,SPC,T1.0,N
AA64-02554AINLAY-SHIELD;50P2H,PS SHEET V0,T1.0,BLK
AA65-30105C CLAMP-WIRE;ALL MODEL,NYLON 66,V2,-,NTR,5
AA97-05562AASSY AUTO-SUB;PS42P2S,D53A
AA60-40011B EYELET;ID2.2,OD3.2,-,-,BSP,AA60-40011B EYELET;ID2.2,OD3.2,-,-,BSP,AA60-40011B EYELET;ID2.2,OD3.2,-,-,BSP,AA60-40011B EYELET;ID2.2,OD3.2,-,-,BSP,AA60-40011AEYELET;ID2.0,OD2.8,-,-,BST,AA60-40011AEYELET;ID2.0,OD2.8,-,-,BST,AA60-40011AEYELET;ID2.0,OD2.8,-,-,BST,AA60-40011AEYELET;ID2.0,OD2.8,-,-,BST,AA60-40011AEYELET;ID2.0,OD2.8,-,-,BST,AA60-40011AEYELET;ID2.0,OD2.8,-,-,BST,AA60-40011AEYELET;ID2.0,OD2.8,-,-,BST,AA60-40011AEYELET;ID2.0,OD2.8,-,-,BST,AA60-40011AEYELET;ID2.0,OD2.8,-,-,BST,AA60-40011AEYELET;ID2.0,OD2.8,-,-,BST,AA60-40011AEYELET;ID2.0,OD2.8,-,-,BST,AA60-40011AEYELET;ID2.0,OD2.8,-,-,BST,AA60-40011AEYELET;ID2.0,OD2.8,-,-,BST,AA60-40011AEYELET;ID2.0,OD2.8,-,-,BST,AA39-00264B LEAD CONNECTOR ASSY;PDP,UL1617#18,UL/CSA
6021-000222 NUT-HEXAGON;2C,M3,ZPC(YEL),SM20C 1
0202-000187 SOLDER-WIRE FLUX;-,RS60S,D1.2,63Sn/37Pb
AA95-01833DASSY SUB-PCB,POWER ON/OFF;SPD-42P2S,D51A
AA39-20468F LEAD CONNECTOR ASSY;PDP,UL2547#26,UL/CSA
AA41-00494APCB-POWER S/W;HPL5025M,FR-4,2L,A,1.6T,24
6006-001035 SCREW-ASS’Y MACH;WSP,PH,+,M3,L8,ZPC(YEL)
2001-000281 R-CARBON;100OHM,5%,1/8W,AA,TP,1.8X3.2MM
3404-001006 SWITCH-TACT;12V,50mA,160gf,6x6mm,SPST
AA61-00716B BRACKET-POWER;,SECC,T1.0
Samsung Electronics
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
Level Loc. No.
...3
...3
..2
...3
...3
...3
...3
...3
...3
...3
....4
....4
....4
...3
...3
..2
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
....4
....4
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
C21
CN21
D21
MD21
PCB
R21
R22
ZD1
B601
CN301
CN302
CN401
CN601
CN603
CN604
CN605
CN606
CN607
CN608
CN609
DZ602
EF602
EF603
IC604
JA501
JA502
JA504
JA505
SW501
SW601
X601
PCB
C101
C102
C103
C104
C105
C106
C107
C108
C109
C110
C111
C112
C113
C114
C115
C116
C117
C118
C119
C120
C121
C122
C123
Code No.
Description ; Specification
Remark
0202-000187 SOLDER-WIRE FLUX;-,RS60S,D1.2,63Sn/37Pb
3301-001201 CORE-FERRITE;AE,21x11x32mm,1500,280G
AA95-01837F ASSY SUB-PCB,REMOCON;SPD-42P2S,D51A,AA95
2401-000922 C-AL;22uF,20%,16V,GP,TP,5x5,5
AA39-00275ALEAD CONNECTOR ASSY;PDP,UL1007,2547#26,U
0601-001381 LED;ROUND,RED/GRN,5.0MM,650/563NM
AA59-60002B MODULE-REMOCON;-,ORC-50HF,38KHz,940mm,ME
AA41-00371APCB-REMOCON;SPD-50P2HM,FR-4,2L,A,1.6T,24
AA61-00583B HOLDER-LED;SPD-50P2H,ABS,BLK
AA97-05596AASSY AUTO-SUB;SPD-42P2S,D51A
2001-000734 R-CARBON;4.7KOHM,5%,1/8W,AA,TP,1.8X3.2MM
2001-000793 R-CARBON;47OHM,5%,1/8W,AA,TP,1.8X3.2MM
0403-000510 DIODE-ZENER;MTZJ6.2B,6.2V,5.96-6.27V,500
0202-000187 SOLDER-WIRE FLUX;-,RS60S,D1.2,63Sn/37Pb
3301-001201 CORE-FERRITE;AE,21x11x32mm,1500,280G
AA95-01839AASSY SUB-PCB,SCALER;PS42P2S,D53A,AA95-01
4301-000108 BATTERY-LI;3V,220mAH,BUTTON,20x3.2mm,NO
3711-002645 CONNECTOR-HEADER;BOX,6P,1R,2.5mm,STRAIGH
3711-002642 CONNECTOR-HEADER;BOX,3P,1R,2.5mm,STRAIGH
3711-000600 CONNECTOR-HEADER;BOX,10P,2R,2.54mm,STRAI
3711-003047 CONNECTOR-HEADER;BOX,13P,1R,2.5MM,STRAIG
3711-001465 CONNECTOR-HEADER;NOWALL,3P,1R,2.54mm,STR
3711-001465 CONNECTOR-HEADER;NOWALL,3P,1R,2.54mm,STR
3711-001561 CONNECTOR-HEADER;NOWALL,5P,1R,2.54mm,STR
3711-002644 CONNECTOR-HEADER;BOX,5P,1R,2.5mm,STRAIGH
3711-001512 CONNECTOR-HEADER;NOWALL,4P,1R,2.54mm,STR
3711-001512 CONNECTOR-HEADER;NOWALL,4P,1R,2.54mm,STR
3711-003974 CONNECTOR-HEADER;BOX,12P,1R,2.5mm,STRAIG
0403-001373 DIODE-ZENER;MTZJ5.1A,4.81V-5.07V,500mW,D
2901-000172 FILTER-EMI ON BOARD;50V,10A,-,-,12x11x13
2901-000172 FILTER-EMI ON BOARD;50V,10A,-,-,12x11x13
0909-001029 IC-REAL TIME CLOCK;8563,-,DIP,8P,300MIL,
3722-001178 JACK-PIN;1P,3.4mm,SN,YEL,#16-22
3722-001163 JACK-VHS;4P,12mm,AU,BLK,N
3722-000183 JACK-SCART;21P,4mm,SN,BLK,NO
3701-001129 CONNECTOR-DSUB;15P,3R,FEMALE,ANGLE,AUF
3404-000176 SWITCH-TACT;12V,50mA,120gf,6x6mm,SPST
3404-000176 SWITCH-TACT;12V,50mA,120gf,6x6mm,SPST
2801-003224 CRYSTAL-UNIT;32.768KHz,20ppm,28-AAY,12.5
4309-001012 BATERRY-HOLDER;CELL,PIN,20.2mm,24.2x22.2
AA63-00343B SHIELD-CASE,A;SPD42P1S,SPTE,0.5,-,-,-,AA63-00344B SHIELD-CASE,T/A;SPD42P1S,SPTE,T0.5,-,-,AA97-05576AASSY AUTO-SUB;PS42P2S,D53A
AA41-00500APCB-SCALER;PS42P2S,FR-4,6L,A,1.6T,245X35
AA97-06273AASSY SMD-SUB;PS42P2S,D53A
2402-001042 C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
2402-001042 C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
2402-001042 C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
2402-001042 C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
2203-000979 C-CERAMIC,CHIP;47nF,10%,50V,X7R,TP,2012
2203-000979 C-CERAMIC,CHIP;47nF,10%,50V,X7R,TP,2012
2203-000979 C-CERAMIC,CHIP;47nF,10%,50V,X7R,TP,2012
2203-000979 C-CERAMIC,CHIP;47nF,10%,50V,X7R,TP,2012
2402-001049 C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
2203-000389 C-CERAMIC,CHIP;0.015nF,5%,50V,NP0,TP,201
2203-000389 C-CERAMIC,CHIP;0.015nF,5%,50V,NP0,TP,201
2203-000389 C-CERAMIC,CHIP;0.015nF,5%,50V,NP0,TP,201
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
8-1
Electrical Parts List
Level Loc. No
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
8-2
C124
C125
C126
C127
C128
C129
C130
C131
C132
C133
C134
C135
C136
C137
C138
C139
C140
C141
C142
C201
C202
C203
C204
C207
C208
C209
C210
C211
C212
C213
C214
C216
C219
C220
C221
C222
C223
C224
C225
C226
C227
C228
C229
C230
C231
C232
C233
C234
C236
C237
C238
C239
C240
C241
C242
C243
C244
C245
C246
C247
C248
C250
C252
C253
C254
C255
C256
C257
C258
C259
C260
C261
C262
C263
C264
C265
C266
Code No.
Description ; Specification
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000575
2203-000257
2203-000041
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000761
2203-000761
2203-000661
2402-001042
2203-000181
2402-000173
2203-001656
2203-000661
2203-000661
2203-000661
2203-000761
2203-000609
2203-000761
2203-000609
2203-000609
2203-000761
2203-000575
2402-001071
2203-000575
2203-000761
2203-000761
2203-000440
2203-000142
2203-000575
2402-001071
2203-000142
2203-000839
2203-000681
2203-000681
2203-000661
2203-000975
2203-000839
2203-000761
2203-000761
2203-000181
2203-000761
2203-000575
2203-000181
2203-000140
2203-000838
2203-000181
2203-000975
2203-000140
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2402-001042
2402-001042
2402-001042
2203-000761
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;220NF,10%,25V,X7R,TP,2012
C-CERAMIC,CHIP;10nF,10%,50V,X7R,TP,1608
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;0.27nF,5%,50V,NP0,TP,2012
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-AL,SMD;4.7uF,20%,35V,GP,TP,4.3x4.3x5.
C-CERAMIC,CHIP;0.47nF,5%,50V,NP0,TP,1608
C-CERAMIC,CHIP;0.27nF,5%,50V,NP0,TP,2012
C-CERAMIC,CHIP;0.27nF,5%,50V,NP0,TP,2012
C-CERAMIC,CHIP;0.27nF,5%,50V,NP0,TP,2012
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;22nF,10%,50V,X7R,TP,2012
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;22nF,10%,50V,X7R,TP,2012
C-CERAMIC,CHIP;22nF,10%,50V,X7R,TP,2012
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;220NF,10%,25V,X7R,TP,2012
C-AL,SMD;220uF,20%,10V,GP,TP,8.3x8.3x6.
C-CERAMIC,CHIP;220NF,10%,25V,X7R,TP,2012
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;1nF,10%,50V,X7R,TP,1608,C-CERAMIC,CHIP;1.5nF,10%,50V,X7R,TP,2012
C-CERAMIC,CHIP;220NF,10%,25V,X7R,TP,2012
C-AL,SMD;220uF,20%,10V,GP,TP,8.3x8.3x6.
C-CERAMIC,CHIP;1.5nF,10%,50V,X7R,TP,2012
C-CERAMIC,CHIP;0.39nF,5%,50V,NP0,TP,2012
C-CERAMIC,CHIP;0.027nF,5%,50V,NP0,TP,160
C-CERAMIC,CHIP;0.027nF,5%,50V,NP0,TP,160
C-CERAMIC,CHIP;0.27nF,5%,50V,NP0,TP,2012
C-CERAMIC,CHIP;47nF,10%,25V,X7R,TP,1608,
C-CERAMIC,CHIP;0.39nF,5%,50V,NP0,TP,2012
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;220NF,10%,25V,X7R,TP,2012
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;1.5nF,10%,50V,X7R,TP,1608
C-CERAMIC,CHIP;0.39nF,5%,50V,NP0,TP,1608
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;47nF,10%,25V,X7R,TP,1608,
C-CERAMIC,CHIP;1.5nF,10%,50V,X7R,TP,1608
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
Remark
Level Loc. No.
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
C267
C301
C302
C306
C307
C308
C309
C310
C311
C312
C313
C314
C315
C316
C317
C318
C319
C320
C321
C322
C323
C324
C325
C326
C327
C328
C329
C330
C331
C332
C333
C334
C335
C336
C337
C338
C339
C340
C341
C342
C343
C344
C345
C346
C347
C348
C349
C350
C351
C352
C353
C354
C355
C356
C357
C401
C403
C404
C405
C406
C409
C410
C412
C413
C414
C415
C416
C417
C418
C419
C420
C421
C422
C423
C424
C425
C426
Code No.
Description ; Specification
Remark
2203-000761
2402-001042
2402-001042
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2402-001042
2203-000784
2402-001042
2203-000784
2203-000784
2203-000784
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2402-001042
2402-001049
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000925
2203-000925
2203-000925
2203-000925
2203-000925
2203-000925
2203-000925
2203-000257
2203-000925
2203-000925
2203-000925
2203-000925
2203-000925
2203-000925
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-CERAMIC,CHIP;0.33nF,5%,50V,NP0,TP,2012
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-CERAMIC,CHIP;0.33nF,5%,50V,NP0,TP,2012
C-CERAMIC,CHIP;0.33nF,5%,50V,NP0,TP,2012
C-CERAMIC,CHIP;0.33nF,5%,50V,NP0,TP,2012
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;10nF,10%,50V,X7R,TP,1608
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
Samsung Electronics
Electrical Parts List
Level Loc. No.
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
C427
C428
C429
C430
C431
C432
C433
C434
C435
C436
C437
C438
C439
C440
C441
C442
C443
C444
C445
C446
C447
C448
C449
C450
C451
C452
C453
C454
C455
C456
C457
C458
C459
C460
C461
C462
C463
C464
C465
C467
C501
C502
C503
C504
C505
C506
C507
C508
C509
C524
C525
C526
C529
C531
C532
C533
C534
C535
C536
C537
C538
C539
C540
C541
C542
C543
C544
C545
C546
C547
C548
C549
C550
C551
C552
C553
C554
Code No.
Description ; Specification
2203-000925
2203-000925
2203-000925
2203-000925
2203-000925
2203-000925
2203-000925
2402-001049
2203-000181
2203-000181
2402-001042
2203-000925
2203-000925
2203-000925
2203-000925
2203-000181
2203-000925
2203-000925
2203-000181
2203-000181
2203-000181
2203-000925
2203-000925
2203-000925
2203-000925
2203-000925
2203-000925
2203-000925
2203-000925
2203-000925
2402-001049
2402-001049
2402-001042
2203-000181
2203-000925
2203-000925
2203-000925
2203-000681
2203-000181
2203-000181
2402-001049
2402-001049
2402-001049
2402-001049
2402-001049
2402-001049
2402-001049
2402-001049
2402-001049
2203-000761
2203-000181
2203-000236
2203-000236
2203-001656
2402-001049
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;0.027nF,5%,50V,NP0,TP,160
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;0.1nF,5%,50V,NP0,TP,1608
C-CERAMIC,CHIP;0.1nF,5%,50V,NP0,TP,1608
C-CERAMIC,CHIP;0.47nF,5%,50V,NP0,TP,1608
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
Samsung Electronics
Remark
Level Loc. No.
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
C555
C556
C557
C558
C559
C560
C561
C562
C563
C564
C565
C566
C567
C568
C569
C570
C571
C572
C573
C574
C575
C576
C577
C578
C579
C580
C581
C582
C583
C584
C585
C601
C602
C603
C604
C605
C606
C607
C608
C609
C610
C611
C613
C614
C615
C616
C617
C618
C619
C620
C621
C622
C623
C624
C625
C626
C627
C628
C629
C630
C631
C632
C633
C634
C635
C636
C637
C638
C763
C767
C768
C769
C772
C773
C776
C777
C779
Code No.
Description ; Specification
2203-000041
2203-000041
2203-000041
2203-000041
2203-000041
2203-000257
2203-000041
2203-000041
2203-000257
2203-000041
2203-000041
2203-000041
2203-000257
2203-000257
2203-000257
2203-000181
2203-000181
2203-000181
2402-001049
2402-001049
2402-001049
2402-001042
2203-000257
2203-000181
2203-000236
2203-000236
2402-001049
2402-001049
2402-001049
2203-000236
2402-001049
2402-001049
2203-000181
2203-000181
2203-000181
2203-000181
2402-001070
2402-001070
2402-001070
2402-001042
2203-000181
2402-001042
2402-001042
2402-001070
2402-001070
2203-000181
2203-000181
2402-001049
2402-001042
2402-001042
2402-001042
2402-001042
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000552
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000440
2402-001049
2402-000179
2402-000179
2402-001042
2203-000181
2203-000181
2203-000181
2203-000181
2203-000041
2203-000041
2203-000041
2203-000181
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;10nF,10%,50V,X7R,TP,1608
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;10nF,10%,50V,X7R,TP,1608
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;10nF,10%,50V,X7R,TP,1608
C-CERAMIC,CHIP;10nF,10%,50V,X7R,TP,1608
C-CERAMIC,CHIP;10nF,10%,50V,X7R,TP,1608
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-CERAMIC,CHIP;10nF,10%,50V,X7R,TP,1608
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;0.1nF,5%,50V,NP0,TP,1608
C-CERAMIC,CHIP;0.1nF,5%,50V,NP0,TP,1608
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-CERAMIC,CHIP;0.1nF,5%,50V,NP0,TP,1608
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-AL,SMD;470uF,20%,16V,GP,TP,10x10.2,C-AL,SMD;470uF,20%,16V,GP,TP,10x10.2,C-AL,SMD;470uF,20%,16V,GP,TP,10x10.2,C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-AL,SMD;470uF,20%,16V,GP,TP,10x10.2,C-AL,SMD;470uF,20%,16V,GP,TP,10x10.2,C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;0.02nF,5%,50V,NP0,TP,1608
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;1nF,10%,50V,X7R,TP,1608,C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,SMD;47uF,20%,16V,GP,TP,6.6x6.6x5.4
C-AL,SMD;47uF,20%,16V,GP,TP,6.6x6.6x5.4
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
Remark
8-3
Electrical Parts List
Level Loc. No
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
8-4
C780
C782
C783
C784
C785
C786
C787
C788
C789
C790
C791
C792
C801
C802
C803
C804
C805
C806
C807
C808
C809
C810
C811
C812
C813
C814
C815
C816
C817
C818
C819
C820
C821
C822
C823
C824
C825
C826
C827
C828
C829
C830
C831
C832
C833
C834
C835
C836
CN503
CP102
CP103
CP104
CP105
CP106
CP107
CP108
CP109
CP110
CP111
CP112
CP113
CP114
CP115
CP116
CP117
CP118
CP119
CP120
CP121
CP122
CP123
CP124
CP125
CP126
CP127
CP128
CP129
Code No.
Description ; Specification
Remark
2203-000374
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2402-001049
2203-000552
2203-000552
2203-000552
2402-001042
2402-001042
2203-000181
2203-000181
2203-000979
2203-000979
2203-000979
2402-001049
2203-000181
2203-000181
2203-000181
2203-000181
2203-000389
2203-000389
2203-000389
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000575
2203-000257
2203-000041
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
3711-004130
2203-000181
2402-001049
2402-001049
2203-000761
2203-000181
2203-000181
2203-000181
2203-000761
2203-000761
2203-000761
2203-000761
2402-001042
2203-000979
2203-000181
2203-000925
2402-001071
2203-000925
2203-000681
2203-000681
2203-000181
2203-000181
2203-000761
2203-000661
2203-000661
2203-000661
2203-000925
2203-000925
2203-000925
C-CERAMIC,CHIP;15nF,10%,50V,X7R,TP,2012
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-CERAMIC,CHIP;0.02nF,5%,50V,NP0,TP,1608
C-CERAMIC,CHIP;0.02nF,5%,50V,NP0,TP,1608
C-CERAMIC,CHIP;0.02nF,5%,50V,NP0,TP,1608
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;47nF,10%,50V,X7R,TP,2012
C-CERAMIC,CHIP;47nF,10%,50V,X7R,TP,2012
C-CERAMIC,CHIP;47nF,10%,50V,X7R,TP,2012
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;0.015nF,5%,50V,NP0,TP,201
C-CERAMIC,CHIP;0.015nF,5%,50V,NP0,TP,201
C-CERAMIC,CHIP;0.015nF,5%,50V,NP0,TP,201
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;220NF,10%,25V,X7R,TP,2012
C-CERAMIC,CHIP;10nF,10%,50V,X7R,TP,1608
C-CERAMIC,CHIP;0.01nF,0.25pF,50V,NP0,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
CONNECTOR-HEADER;BOX,31P,2R,0.625mm,SMDC-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-AL,CHIP;10uF,20%,16V,GP,TP,3.3x3.3x5.4
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-CERAMIC,CHIP;47nF,10%,50V,X7R,TP,2012
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-AL,SMD;220uF,20%,10V,GP,TP,8.3x8.3x6.
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;0.027nF,5%,50V,NP0,TP,160
C-CERAMIC,CHIP;0.027nF,5%,50V,NP0,TP,160
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;0.27nF,5%,50V,NP0,TP,2012
C-CERAMIC,CHIP;0.27nF,5%,50V,NP0,TP,2012
C-CERAMIC,CHIP;0.27nF,5%,50V,NP0,TP,2012
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
C-CERAMIC,CHIP;470NF,+80-20%,50V,Y5V,TP,
Level Loc. No.
Code No.
Description ; Specification
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
! .....5
! .....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
2402-001071
2203-000181
2203-000181
2203-000838
2203-000575
2203-000140
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000181
2203-000140
2402-001042
2203-000181
2203-000181
2203-000979
2203-000181
2203-000181
2203-000181
2203-000181
2203-000575
2203-000761
2203-000761
0401-000008
0401-000008
0401-000008
0401-000008
0401-000133
0401-000133
0401-000133
0401-000008
0401-000008
0401-000008
0401-000008
0401-000008
0401-000008
0401-000008
0401-000008
0401-000008
0401-000008
0401-000008
0401-000008
0401-000008
0401-000008
0401-000008
0401-000008
0401-000008
0401-000008
0401-000008
0401-000133
0401-000133
0401-000133
0401-000133
0403-000314
0403-000314
2901-001114
2901-001114
2901-001114
2901-001114
2901-001114
2901-001114
2901-001114
2901-001114
2901-001114
2901-001114
2901-001114
2901-001114
2901-000226
2901-000226
2901-000226
2901-000226
2901-000226
2901-000226
C-AL,SMD;220uF,20%,10V,GP,TP,8.3x8.3x6.
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;0.39nF,5%,50V,NP0,TP,1608
C-CERAMIC,CHIP;220NF,10%,25V,X7R,TP,2012
C-CERAMIC,CHIP;1.5nF,10%,50V,X7R,TP,1608
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;1.5nF,10%,50V,X7R,TP,1608
C-AL,SMD;100uF,20%,16V,GP,TP,6.6x6.6x5.4
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;47nF,10%,50V,X7R,TP,2012
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C-CERAMIC,CHIP;220NF,10%,25V,X7R,TP,2012
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
C-CERAMIC,CHIP;330nF,10%,16V,X7R,TP,2012
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;RLS4148,100V,200MA,SOD-8
DIODE-SWITCHING;RLS4148,100V,200MA,SOD-8
DIODE-SWITCHING;RLS4148,100V,200MA,SOD-8
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;DAN217,80V,100mA,SOT-23,
DIODE-SWITCHING;RLS4148,100V,200MA,SOD-8
DIODE-SWITCHING;RLS4148,100V,200MA,SOD-8
DIODE-SWITCHING;RLS4148,100V,200MA,SOD-8
DIODE-SWITCHING;RLS4148,100V,200MA,SOD-8
DIODE-ZENER;RLZJ9.1B,9.1V,8.80-9.30V,400
DIODE-ZENER;RLZJ9.1B,9.1V,8.80-9.30V,400
FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
CP130
CP131
CP132
CP133
CP134
CP135
CP136
CP137
CP138
CP139
CP140
CP141
CP142
CP143
CP144
CP145
CP146
CP147
CP148
CP149
CP150
CP151
CP152
CP153
CP154
CP155
CP156
D301
D302
D303
D304
D401
D402
D403
D501
D502
D503
D504
D505
D506
D507
D508
D509
D510
D511
D512
D513
D514
D515
D516
D517
D518
D519
D601
D602
D603
D604
DZ501
DZ502
EF101
EF102
EF201
EF204
EF205
EF206
EF301
EF302
EF401
EF402
EF403
EF404
EF501
EF504
EF505
EF506
EF507
EF509
Remark
Samsung Electronics
Electrical Parts List
Level Loc. No.
Code No.
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
! .....5
! .....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
! .....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
2901-000226 FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
2901-000226 FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
2901-000226 FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-000226 FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
2901-000226 FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
2901-000226 FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
2901-000226 FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
2901-000226 FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
2901-000226 FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
2901-000226 FILTER-EMI SMD;25V,0.3A,-,100pF,3.2x1.25
2901-001114 FILTER-EMI SMD;25VDC,2.0ADC,-,100nF,3.2x
1002-001179 IC-A/D CONVERTER;AD9884,8BIT,QFP,128P,-,
1203-001419 IC-VOLTAGE REGULATOR;4931,TO-252,3P,6.6x
1204-001598 IC-VIDEO PROCESS;VPC3230D-B2,QFP,80P,-,P
1204-001623 IC-VERTICAL PROCESSO;SDA9400,QFP,64P,-,P
1003-001249 IC-LCD CONTROLLER;PW364-S1675,TBGA,352P,
1103-000180 IC-EEPROM;24C16,2Kx8Bit,SOP,8P,150MIL,10
2804-001411 OSCILLATOR-CLOCK;26MHZ,50PPM,30PF,TP,3.3
2804-001485 OSCILLATOR-CLOCK;130MHZ,100PPM,30PF,BK,3
AA13-00084AIC-ASIC;-,M4LV-32/32-12VC48,TQFP,48P,S.N.A
1204-001550 IC-VIDEO PROCESS;CXA2101AQ,QFP,80P,-,PLA
0801-000901 IC-CMOS LOGIC;74HC04,INVERTER,SOP,14P,15
0801-002267 IC-CMOS LOGIC;74LCX14,-,SOIC,14P,150MIL,
1205-001740 IC-TRANSMITTER;DS90C385,TSSOP,56P,240MIL
1203-001824 IC-VOL. DETECTOR;7042,SOT-89,3P,-,PLASTI
1002-001048 IC-A/D&D/A CONVERTER;PCF8591T,8BIT,SOP,1
1103-001164 IC-EEPROM;24LC21A,128X8BIT,SOP,8P,150MIL
1106-001308 IC-SRAM;616V1000,64Kx16Bit,TSOP,44P,463M
1006-001076 IC-DRIVER/RECEIVER;232,SOP,16P,300MIL,DU
0801-002394 IC-CMOS LOGIC;74LCX32,OR GATE,SOIC,14P,1
1203-001359 IC-POSI.FIXED REG.;1086,TO-263,3P,15.8MM
1203-002074 IC-POSI.FIXED REG.;MIC39150,TO-263,3P,-,
1203-001419 IC-VOLTAGE REGULATOR;4931,TO-252,3P,6.6x
1203-001359 IC-POSI.FIXED REG.;1086,TO-263,3P,15.8MM
1002-001045 IC-D/A CONVERTER;9280,8BIT,PLCC,68P,-,-,
1002-001179 IC-A/D CONVERTER;AD9884,8BIT,QFP,128P,-,
1204-001598 IC-VIDEO PROCESS;VPC3230D-B2,QFP,80P,-,P
1109-001144 IC-FIFO;81V04160,2x256Kx8Bit,TQFP,100P,1
2703-000125 INDUCTOR-SMD;10uH,10%,1.25x2x1.25mm
2703-000125 INDUCTOR-SMD;10uH,10%,1.25x2x1.25mm
3301-000319 CORE-FERRITE BEAD;AB,26ohm,2x1.25x0.9mm,
3301-000319 CORE-FERRITE BEAD;AB,26ohm,2x1.25x0.9mm,
3301-000319 CORE-FERRITE BEAD;AB,26ohm,2x1.25x0.9mm,
3301-000319 CORE-FERRITE BEAD;AB,26ohm,2x1.25x0.9mm,
3301-000319 CORE-FERRITE BEAD;AB,26ohm,2x1.25x0.9mm,
3301-000319 CORE-FERRITE BEAD;AB,26ohm,2x1.25x0.9mm,
3301-000319 CORE-FERRITE BEAD;AB,26ohm,2x1.25x0.9mm,
3301-000319 CORE-FERRITE BEAD;AB,26ohm,2x1.25x0.9mm,
3301-000319 CORE-FERRITE BEAD;AB,26ohm,2x1.25x0.9mm,
3301-000319 CORE-FERRITE BEAD;AB,26ohm,2x1.25x0.9mm,
1107-001087 IC-FLASH MEMORY;29LV160,1Mx16BIT,SOP,48P
0501-000344 TR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOT0501-000344 TR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOT0501-000344 TR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOT0501-000344 TR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOT0501-000344 TR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOT0501-000344 TR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOT0501-000280 TR-SMALL SIGNAL;KSA1182,PNP,150mW,SOT-23
0501-000344 TR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOT-
EF510
EF511
EF512
EF516
EF518
EF519
EF520
EF521
EF522
EF523
EF524
EF525
EF526
EF601
EF604
EF605
EF606
EF607
EF608
EF704
EF705
EF706
EF707
EF801
EF802
EFP02
EFP03
EFP04
EFP05
IC101
IC102
IC201
IC202
IC301
IC302
IC303
IC304
IC401
IC402
IC404
IC502
IC503
IC504
IC505
IC506
IC602
IC603
IC605
IC608
IC609
IC610
IC611
IC703
IC801
ICP01
ICP02
L502
L503
L504
L505
L506
L507
L508
L509
L510
L511
L512
L513
OTP01
Q101
Q102
Q201
Q401
Q402
Q403
Q404
Q501
Samsung Electronics
Description ; Specification
Remark
Level Loc. No.
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
Q502
Q503
Q504
Q505
Q506
Q507
Q508
Q510
Q511
Q601
Q602
Q603
R101
R102
R103
R104
R105
R106
R107
R108
R109
R110
R201
R202
R203
R204
R214
R215
R216
R217
R218
R219
R220
R221
R222
R223
R224
R225
R226
R227
R228
R229
R302
R303
R304
R305
R306
R307
R308
R309
R310
R311
R312
R313
R314
R315
R316
R317
R318
R319
R320
R321
R322
R323
R324
R325
R326
R328
R329
R331
R332
R333
R334
R335
R336
R402
R403
Code No.
Description ; Specification
Remark
0501-000344
0501-000344
0501-000344
0501-000344
0501-000344
0501-000344
0501-000344
0501-000344
0501-000344
0501-000344
0501-000344
0501-000344
2007-000757
2007-000102
2007-000075
2007-000075
2007-000882
2007-000082
2007-000084
2007-000539
2007-000090
2007-000077
2007-000078
2007-000094
2007-000092
2007-000072
2007-001167
2007-000113
2007-000074
2007-000074
2007-000074
2007-000074
2007-000074
2007-000074
2007-000074
2007-000078
2007-000074
2007-000074
2007-000072
2007-000072
2007-000072
2007-001167
2007-000078
2007-001157
2007-001157
2007-000309
2007-000309
2007-000309
2007-000078
2007-000078
2007-000070
2007-000070
2007-000084
2007-000074
2007-000084
2007-000079
2007-000075
2007-000075
2007-000075
2007-000075
2007-000080
2007-000080
2007-000078
2007-000074
2007-000080
2007-000078
2007-000074
2007-000072
2007-000080
2007-000074
2007-000084
2007-001167
2007-001167
2007-000120
2007-000084
2007-000084
2007-000070
TR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOTTR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOTTR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOTTR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOTTR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOTTR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOTTR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOTTR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOTTR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOTTR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOTTR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOTTR-SMALL SIGNAL;KSC1623-G,NPN,200mW,SOTR-CHIP;330KOHM,5%,1/10W,DA,TP,2012
R-CHIP;100Kohm,5%,1/16W,DA,TP,1608
R-CHIP;220ohm,5%,1/16W,DA,TP,1608
R-CHIP;220ohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7ohm,5%,1/16W,DA,TP,1608
R-CHIP;3.3Kohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7Kohm,5%,1/16W,DA,TP,1608
R-CHIP;200ohm,5%,1/16W,DA,TP,1608
R-CHIP;10KOHM,5%,1/16W,DA,TP,1608
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;15Kohm,5%,1/16W,DA,TP,1608
R-CHIP;47ohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;33ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;47ohm,5%,1/16W,DA,TP,1608
R-CHIP;47ohm,5%,1/16W,DA,TP,1608
R-CHIP;47ohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;750ohm,5%,1/16W,DA,TP,1608
R-CHIP;750ohm,5%,1/16W,DA,TP,1608
R-CHIP;10ohm,5%,1/16W,DA,TP,1608
R-CHIP;10ohm,5%,1/16W,DA,TP,1608
R-CHIP;10ohm,5%,1/16W,DA,TP,1608
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7Kohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7Kohm,5%,1/16W,DA,TP,1608
R-CHIP;1.8Kohm,5%,1/16W,DA,TP,1608
R-CHIP;220ohm,5%,1/16W,DA,TP,1608
R-CHIP;220ohm,5%,1/16W,DA,TP,1608
R-CHIP;220ohm,5%,1/16W,DA,TP,1608
R-CHIP;220ohm,5%,1/16W,DA,TP,1608
R-CHIP;2Kohm,5%,1/16W,DA,TP,1608
R-CHIP;2Kohm,5%,1/16W,DA,TP,1608
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;2Kohm,5%,1/16W,DA,TP,1608
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;47ohm,5%,1/16W,DA,TP,1608
R-CHIP;2Kohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7Kohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;680ohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7Kohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7Kohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
8-5
Electrical Parts List
Level Loc. No
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
8-6
R405
R406
R407
R408
R409
R410
R411
R412
R413
R414
R415
R416
R417
R418
R419
R420
R421
R422
R423
R424
R425
R426
R427
R428
R429
R430
R431
R432
R433
R435
R436
R437
R438
R439
R440
R441
R442
R443
R444
R445
R446
R447
R448
R449
R450
R451
R452
R501
R502
R503
R504
R505
R506
R507
R508
R509
R510
R511
R512
R513
R514
R515
R517
R518
R519
R520
R521
R523
R524
R525
R526
R527
R528
R529
R530
R533
R535
Code No.
Description ; Specification
2007-000078
2007-000084
2007-000078
2007-000070
2007-000070
2007-000077
2007-000077
2007-000070
2007-000070
2007-001196
2007-000643
2007-000097
2007-000074
2007-000074
2007-000074
2007-000074
2007-000119
2007-000074
2007-000074
2007-000094
2007-000074
2007-000119
2007-000074
2007-000074
2007-000119
2007-000074
2007-000074
2007-000074
2007-000074
2007-000691
2007-000074
2007-000074
2007-000074
2007-000074
2007-000074
2007-000090
2007-000090
2007-000856
2007-000074
2007-000074
2007-000615
2007-000090
2007-000090
2007-000070
2007-000070
2007-000070
2007-000070
2007-001167
2007-001167
2007-001167
2007-001167
2007-001167
2007-001167
2007-001167
2007-001167
2007-000074
2007-000078
2007-000078
2007-000074
2007-000074
2007-000074
2007-000074
2007-000094
2007-000094
2007-000070
2007-000070
2007-000070
2007-000094
2007-000094
2007-000094
2007-000094
2007-000094
2007-000094
2007-000094
2007-000094
2007-000074
2007-000074
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7Kohm,5%,1/16W,DA,TP,1608
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;820Kohm,5%,1/16W,DA,TP,1608
R-CHIP;270ohm,5%,1/16W,DA,TP,1608
R-CHIP;47Kohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;560ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;560ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;560ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;3.3Mohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;10KOHM,5%,1/16W,DA,TP,1608
R-CHIP;10KOHM,5%,1/16W,DA,TP,1608
R-CHIP;4.3KOHM,1%,1/10W,DA,TP,2012
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;24KOHM,5%,1/10W,DA,TP,2012
R-CHIP;10KOHM,5%,1/16W,DA,TP,1608
R-CHIP;10KOHM,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
Remark
Level Loc. No.
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
R536
R539
R540
R541
R542
R544
R545
R546
R547
R548
R549
R550
R551
R558
R560
R563
R564
R565
R566
R567
R568
R569
R570
R571
R572
R573
R574
R575
R576
R577
R578
R579
R580
R581
R582
R583
R584
R585
R586
R587
R588
R589
R590
R591
R592
R593
R594
R595
R596
R597
R598
R599
R600
R601
R602
R603
R604
R605
R606
R607
R608
R609
R610
R611
R612
R613
R614
R615
R616
R617
R618
R619
R620
R621
R622
R623
R624
Code No.
Description ; Specification
Remark
2007-000077
2007-000077
2007-000077
2007-000077
2007-000077
2007-000097
2007-000068
2007-000078
2007-000077
2007-000094
2007-000074
2007-000094
2007-001167
2007-000070
2007-000070
2007-000094
2007-000077
2007-000090
2007-000084
2007-000074
2007-000074
2007-000074
2007-000094
2007-000094
2007-000090
2007-000134
2007-000078
2007-001167
2007-001167
2007-000075
2007-000075
2007-000070
2007-000090
2007-001167
2007-001167
2007-001167
2007-000074
2007-000090
2007-000074
2007-000090
2007-000078
2007-000074
2007-000074
2007-000074
2007-000094
2007-000094
2007-000094
2007-000094
2007-000094
2007-000094
2007-000077
2007-000077
2007-000077
2007-000082
2007-000082
2007-000082
2007-000082
2007-000090
2007-000090
2007-000090
2007-000082
2007-000074
2007-000074
2007-000078
2007-000078
2007-000074
2007-000074
2007-000539
2007-000539
2007-000070
2007-000539
2007-000084
2007-000074
2007-000102
2007-000077
2007-000070
2007-000074
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;47Kohm,5%,1/16W,DA,TP,1608
R-CHIP;470KOHM,5%,1/10W,DA,TP,2012
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;10KOHM,5%,1/16W,DA,TP,1608
R-CHIP;4.7Kohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;10KOHM,5%,1/16W,DA,TP,1608
R-CHIP;33Kohm,5%,1/16W,DA,TP,1608
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;220ohm,5%,1/16W,DA,TP,1608
R-CHIP;220ohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;10KOHM,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;75ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;10KOHM,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;10KOHM,5%,1/16W,DA,TP,1608
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;22Kohm,5%,1/16W,DA,TP,1608
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;3.3Kohm,5%,1/16W,DA,TP,1608
R-CHIP;3.3Kohm,5%,1/16W,DA,TP,1608
R-CHIP;3.3Kohm,5%,1/16W,DA,TP,1608
R-CHIP;3.3Kohm,5%,1/16W,DA,TP,1608
R-CHIP;10KOHM,5%,1/16W,DA,TP,1608
R-CHIP;10KOHM,5%,1/16W,DA,TP,1608
R-CHIP;10KOHM,5%,1/16W,DA,TP,1608
R-CHIP;3.3Kohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;1Kohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;200ohm,5%,1/16W,DA,TP,1608
R-CHIP;200ohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;200ohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7Kohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100Kohm,5%,1/16W,DA,TP,1608
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
Samsung Electronics
Electrical Parts List
Level Loc. No.
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
R625
R626
R627
R629
R630
R631
R632
R713
R714
R715
R717
R720
R721
R722
R723
R724
R725
R726
R728
R729
R730
R731
R734
R737
R738
R739
R740
R748
R801
R802
R803
R804
R805
R806
R807
R808
R809
R810
R811
R812
R813
RP107
RP108
RP109
RP111
RP112
RP113
RW101
RW102
RW103
RW104
RW105
RW106
RW107
RW108
RW109
RW110
RW111
RW112
RW201
RW202
RW203
RW204
RW501
RW502
RW503
RW504
RW505
RW506
RW705
RW706
RW707
RW708
RW801
RW802
RW803
RW804
Code No.
Description ; Specification
2007-000074
2007-000074
2007-000355
2007-000079
2007-000084
2007-000234
2007-000077
2007-000643
2007-000643
2007-000643
2007-000084
2007-000402
2007-000074
2007-000074
2007-000074
2007-000074
2007-000074
2007-000074
2007-000402
2007-000402
2007-000402
2007-000402
2007-000402
2007-000402
2007-000381
2007-000087
2007-000090
2007-000070
2007-000074
2007-000084
2007-000084
2007-000084
2007-000882
2007-000082
2007-000084
2007-000539
2007-000090
2007-000077
2007-000075
2007-000075
2007-000070
2007-000074
2007-000074
2007-000074
2007-000072
2007-000072
2007-000072
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
2011-000002
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;12KOHM,5%,1/10W,DA,TP,2012
R-CHIP;1.8Kohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7Kohm,5%,1/16W,DA,TP,1608
R-CHIP;1.3Kohm,5%,1/16W,DA,TP,1608
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;270ohm,5%,1/16W,DA,TP,1608
R-CHIP;270ohm,5%,1/16W,DA,TP,1608
R-CHIP;270ohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7Kohm,5%,1/16W,DA,TP,1608
R-CHIP;150ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;150ohm,5%,1/16W,DA,TP,1608
R-CHIP;150ohm,5%,1/16W,DA,TP,1608
R-CHIP;150ohm,5%,1/16W,DA,TP,1608
R-CHIP;150ohm,5%,1/16W,DA,TP,1608
R-CHIP;150ohm,5%,1/16W,DA,TP,1608
R-CHIP;150ohm,5%,1/16W,DA,TP,1608
R-CHIP;13Kohm,5%,1/16W,DA,TP,1608
R-CHIP;6.8Kohm,5%,1/16W,DA,TP,1608
R-CHIP;10KOHM,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7Kohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7Kohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7Kohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7ohm,5%,1/16W,DA,TP,1608
R-CHIP;3.3Kohm,5%,1/16W,DA,TP,1608
R-CHIP;4.7Kohm,5%,1/16W,DA,TP,1608
R-CHIP;200ohm,5%,1/16W,DA,TP,1608
R-CHIP;10KOHM,5%,1/16W,DA,TP,1608
R-CHIP;470ohm,5%,1/16W,DA,TP,1608
R-CHIP;220ohm,5%,1/16W,DA,TP,1608
R-CHIP;220ohm,5%,1/16W,DA,TP,1608
R-CHIP;0ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;100ohm,5%,1/16W,DA,TP,1608
R-CHIP;47ohm,5%,1/16W,DA,TP,1608
R-CHIP;47ohm,5%,1/16W,DA,TP,1608
R-CHIP;47ohm,5%,1/16W,DA,TP,1608
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
Samsung Electronics
Remark
Level Loc. No.
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
...3
...3
..2
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
....4
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
Code No.
Description ; Specification
Remark
RW805
RW806
RWP01
RWP02
RWP03
RWP04
X201
XP101
2011-000002 R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
2011-000002 R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
2011-000002 R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
2011-000002 R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
2011-000002 R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
2011-000002 R-NETWORK;22ohm,5%,63mW,L,CHIP,8P,TP
2801-004004 CRYSTAL-SMD;20.25MHz,20ppm,28-AAN,13pF,2
2801-004004 CRYSTAL-SMD;20.25MHz,20ppm,28-AAN,13pF,2
0202-000187 SOLDER-WIRE FLUX;-,RS60S,D1.2,63Sn/37Pb
0202-001167 SOLDER-CREAM;RX3603-2330HO,S45A,PASTE,SN
AA95-01844M ASSUB-PCB,SOUND;PS42P2S,D53A,AA95-013
AMPMAI AA39-00114F CBF HARNESS;,12P,35155-1200,S,100MM,1007
CN601 3711-003974 CONNECTOR-HEADER;BOX,12P,1R,2.5mm,STRAIG
CN602 3711-003046 CONNECTOR-HEADER;BOX,9P,1R,2.5mm,STRAIGH
CN603 3711-003043 CONNECTOR-HEADER;BOX,4P,1R,2.5mm,STRAIGH
IC601
1204-001222 IC-AUDIO PROCESSOR;TDA7429S,DIP,42P,-,PL
JK601 3722-001733 JACK-PIN;4P(6P),-,NI,WHT/RED/WHT/RED,JK603 3722-000143 JACK-PHONE;1P(VER),3.4PI,AG,BLK,NO
L682
AA27-00119ACOIL CHOKE;10uH,-,10uH,10%,0.07,0.1ohm M
L683
AA27-00119ACOIL CHOKE;10uH,-,10uH,10%,0.07,0.1ohm M
L684
AA27-00119ACOIL CHOKE;10uH,-,10uH,10%,0.07,0.1ohm M
L685
AA27-00119ACOIL CHOKE;10uH,-,10uH,10%,0.07,0.1ohm M
PCB
AA41-00585APCB-SOUND;PS-42P2S,FR-4,2L,A,1.6T,245X24
PWRAMP AA39-00301ALEAD CONNECTOR ASSY;PS-42P2S,UL1007#26,U
AA97-05551AASSY AUTO-SUB;PS42P2S,D53A
C601
2401-000426 C-AL;10uF,20%,16V,GP,TP,3.5x5,5
C602
2301-000224 C-FILM,PEF;22nF,5%,50V,TP,7.4x3.9x13mm,5
C603
2301-000224 C-FILM,PEF;22nF,5%,50V,TP,7.4x3.9x13mm,5
C604
2301-000445 C-FILM,PEF;4.7nF,5%,50V,TP,5.5x7x3mm,5mm
C605
2305-000665 C-FILM,MPEF;100nF,5%,63V,TP,7.5x4.0x5.0m
C606
2301-000104 C-FILM,PEF;1.2NF,5%,50V,TP,6.5X3.0X5.5MM
C607
2301-000289 C-FILM,PEF;5.6nF,5%,50V,TP,7x6x3,5
C608
2305-001023 C-FILM,MPEF;680nF,10%,63V,TP,7.5x5.5x14.
C609
2401-000647 C-AL;2.2uF,20%,50V,BP,TP,5x11,5
C610
2401-000647 C-AL;2.2uF,20%,50V,BP,TP,5x11,5
C611
2401-000647 C-AL;2.2uF,20%,50V,BP,TP,5x11,5
C612
2305-000665 C-FILM,MPEF;100nF,5%,63V,TP,7.5x4.0x5.0m
C613
2305-000665 C-FILM,MPEF;100nF,5%,63V,TP,7.5x4.0x5.0m
C615
2305-000665 C-FILM,MPEF;100nF,5%,63V,TP,7.5x4.0x5.0m
C616
2305-000665 C-FILM,MPEF;100nF,5%,63V,TP,7.5x4.0x5.0m
C617
2301-000224 C-FILM,PEF;22nF,5%,50V,TP,7.4x3.9x13mm,5
C618
2301-000395 C-FILM,PEF;18NF,5%,50V,TP,6.5X12.5X3.5MM
C619
2301-000224 C-FILM,PEF;22nF,5%,50V,TP,7.4x3.9x13mm,5
C620
2301-000395 C-FILM,PEF;18NF,5%,50V,TP,6.5X12.5X3.5MM
C621
2301-000289 C-FILM,PEF;5.6nF,5%,50V,TP,7x6x3,5
C622
2301-000289 C-FILM,PEF;5.6nF,5%,50V,TP,7x6x3,5
C632
2401-000667 C-AL;2.2uF,20%,50V,WT,TP,5x11,5
C633
2401-000667 C-AL;2.2uF,20%,50V,WT,TP,5x11,5
C634
2401-000667 C-AL;2.2uF,20%,50V,WT,TP,5x11,5
C635
2401-000667 C-AL;2.2uF,20%,50V,WT,TP,5x11,5
C636
2401-000667 C-AL;2.2uF,20%,50V,WT,TP,5x11,5
C637
2401-000667 C-AL;2.2uF,20%,50V,WT,TP,5x11,5
C662
2401-000689 C-AL;2200uF,20%,16V,GP,TP,13x25,5
C664
2401-002463 C-AL;470uF,20%,16V,GP,TP,8x11.5,5
C667
2401-000603 C-AL;1uF,20%,50V,GP,TP,5x11,5
C668
2401-000667 C-AL;2.2uF,20%,50V,WT,TP,5x11,5
C669
2401-000667 C-AL;2.2uF,20%,50V,WT,TP,5x11,5
C681
2401-000603 C-AL;1uF,20%,50V,GP,TP,5x11,5
C689
2401-002009 C-AL;100uF,20%,16V,GP,TP,6.3x7,5
C691
2401-002009 C-AL;100uF,20%,16V,GP,TP,6.3x7,5
L602
2702-001094 INDUCTOR-RADIAL;10uH,10%,6x4mm
L681
2702-001094 INDUCTOR-RADIAL;10uH,10%,6x4mm
R600
2003-000664 R-METAL OXIDE(S);33ohm,5%,2W,AF,TP,4x12m
AA97-06270AASSY SMD-SUB;PS42P2S,D53A
C629
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C661
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C663
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C665
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C666
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C670
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C682
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C683
2203-005809 C-CERAMIC,CHIP;1000nF,10%,16V,X7R,TP,201
C685
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C686
2203-000239 C-CERAMIC,CHIP;0.1nF,5%,50V,NP0,TP,2012
C687
2203-005809 C-CERAMIC,CHIP;1000nF,10%,16V,X7R,TP,201
C688
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
C690
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
8-7
Electrical Parts List
Level Loc. No
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
.....5
...3
...3
..2
..2
...3
...3
...3
...3
...3
...3
...3
...3
..2
...3
...3
...3
...3
...3
...3
...3
...3
...3
...3
....4
....4
....4
....4
...3
..2
..2
..2
..2
..2
8-8
C692
C694
C695
C696
C698
C699
DZ681
DZ682
DZ683
DZ684
IC602
R601
R602
R603
R604
R605
R606
R611
R612
R613
R614
R615
R616
R617
R618
R619
R620
R621
R622
R661
R662
R663
R664
R665
R666
R682
R683
R690
R691
CN11
PCB
SW11
SW12
SW13
SW14
SW15
SW16
SW17
R11
R12
R13
R14
Code No.
Description ; Specification
Remark
2203-005809 C-CERAMIC,CHIP;1000nF,10%,16V,X7R,TP,201
2203-000181 C-CERAMIC,CHIP;100nF,+80-20%,25V,Y5V,TP,
2203-000239 C-CERAMIC,CHIP;0.1nF,5%,50V,NP0,TP,2012
2203-005809 C-CERAMIC,CHIP;1000nF,10%,16V,X7R,TP,201
2203-000239 C-CERAMIC,CHIP;0.1nF,5%,50V,NP0,TP,2012
2203-000239 C-CERAMIC,CHIP;0.1nF,5%,50V,NP0,TP,2012
0403-001117 DIODE-ZENER;RLZ12B,5%,500mW,LL-34,TP
0403-001117 DIODE-ZENER;RLZ12B,5%,500mW,LL-34,TP
0403-001117 DIODE-ZENER;RLZ12B,5%,500mW,LL-34,TP
0403-001117 DIODE-ZENER;RLZ12B,5%,500mW,LL-34,TP
1201-001681 IC-AUDIO AMP;1101,SOP,30P,433MIL,-,-,PLA
2007-000981 R-CHIP;5.6KOHM,5%,1/10W,DA,TP,2012
2007-000981 R-CHIP;5.6KOHM,5%,1/10W,DA,TP,2012
2007-000518 R-CHIP;2.7KOHM,5%,1/10W,DA,TP,2012
2007-000518 R-CHIP;2.7KOHM,5%,1/10W,DA,TP,2012
2007-000572 R-CHIP;220OHM,5%,1/10W,DA,TP,2012
2007-000572 R-CHIP;220OHM,5%,1/10W,DA,TP,2012
2007-000282 R-CHIP;100KOHM,5%,1/10W,DA,TP,2012
2007-000282 R-CHIP;100KOHM,5%,1/10W,DA,TP,2012
2007-000282 R-CHIP;100KOHM,5%,1/10W,DA,TP,2012
2007-000468 R-CHIP;1KOHM,5%,1/10W,DA,TP,2012
2007-000468 R-CHIP;1KOHM,5%,1/10W,DA,TP,2012
2007-000468 R-CHIP;1KOHM,5%,1/10W,DA,TP,2012
2007-000282 R-CHIP;100KOHM,5%,1/10W,DA,TP,2012
2007-000282 R-CHIP;100KOHM,5%,1/10W,DA,TP,2012
2007-000282 R-CHIP;100KOHM,5%,1/10W,DA,TP,2012
2007-000468 R-CHIP;1KOHM,5%,1/10W,DA,TP,2012
2007-000468 R-CHIP;1KOHM,5%,1/10W,DA,TP,2012
2007-000468 R-CHIP;1KOHM,5%,1/10W,DA,TP,2012
2007-001177 R-CHIP;8.2KOHM,5%,1/10W,DA,TP,2012
2007-000546 R-CHIP;20KOHM,5%,1/10W,DA,TP,2012
2007-000738 R-CHIP;30KOHM,5%,1/10W,DA,TP,2012
2007-000546 R-CHIP;20KOHM,5%,1/10W,DA,TP,2012
2007-000738 R-CHIP;30KOHM,5%,1/10W,DA,TP,2012
2007-000210 R-CHIP;1.1KOHM,5%,1/10W,DA,TP,2012
2007-000308 R-CHIP;10OHM,5%,1/10W,DA,TP,2012
2007-000308 R-CHIP;10OHM,5%,1/10W,DA,TP,2012
2007-001177 R-CHIP;8.2KOHM,5%,1/10W,DA,TP,2012
2007-001177 R-CHIP;8.2KOHM,5%,1/10W,DA,TP,2012
0202-000187 SOLDER-WIRE FLUX;-,RS60S,D1.2,63Sn/37Pb
0202-001167 SOLDER-CREAM;RX3603-2330HO,S45A,PASTE,SN
AA98-00188AASSY-PBA,SMPS;,SPD-42P2S,D51A,42SD,90~26
AA98-00231AASSY-PANEL,PDP;,PS42P2S,D53A,S1.0,SD,42,
AA98-00241AASSY-PBA,L-MAIN;,42SD,D53A,LJ41-00778A,S
AA98-00221AASSY-PBA,L-BUFF(F);,42SD,D51A,LJ41-00780
AA98-00218AASSY-PBA,L-BUFF(E);,42SD,D51A,LJ41-00779
AA98-00215AASSY-PBA,BUFF(DOWN);,42SD,D51A,LJ41-0078
AA98-00213AASSY-PBA,BUFF(UP);,42SD,D51A,LJ41-00783A
AA98-00209AASSY-PBA,Y-MAIN;,42SD,D51A,LJ41-00781A,S
AA98-00206AASSY-PBA,X-MAIN;,42SD,D51A,LJ41-00782A,S
AA98-00200AASSY-PANEL,PDP,SVC;,SPD-42P2S,D51A,300X3
AA95-01751DASSY SUB-PCB CONTROL;PS42P2S,D53A,AA95-0
AA39-00273B LEAD CONNECTOR ASSY;PS-42P2SM,UL1007#26,
AA41-00370APCB-CONTROL;SPD-50P2HM,FR-1,1L,A,1.6T,-,
3404-000178 SWITCH-TACT;12V,50mA,120gf,6x6mm,SPST
3404-000178 SWITCH-TACT;12V,50mA,120gf,6x6mm,SPST
3404-000178 SWITCH-TACT;12V,50mA,120gf,6x6mm,SPST
3404-000178 SWITCH-TACT;12V,50mA,120gf,6x6mm,SPST
3404-000178 SWITCH-TACT;12V,50mA,120gf,6x6mm,SPST
3404-000178 SWITCH-TACT;12V,50mA,120gf,6x6mm,SPST
3404-000178 SWITCH-TACT;12V,50mA,120gf,6x6mm,SPST
AA97-05597AASSY AUTO-SUB;PS42P2S,D53A
2001-000281 R-CARBON;100OHM,5%,1/8W,AA,TP,1.8X3.2MM
2001-000281 R-CARBON;100OHM,5%,1/8W,AA,TP,1.8X3.2MM
2001-000281 R-CARBON;100OHM,5%,1/8W,AA,TP,1.8X3.2MM
2001-000281 R-CARBON;100OHM,5%,1/8W,AA,TP,1.8X3.2MM
0202-000187 SOLDER-WIRE FLUX;-,RS60S,D1.2,63Sn/37Pb
AA39-00199APOWER CORD;SPD-42P1S,LP-34A,NF USE 1181
AA39-00267B LEAD CONNECTOR ASSY;PS-42P2SM,UL1007#26,
AA39-00274B LEAD CONNECTOR ASSY;PS-42P2SM,UL2835#28,
AA63-00491B COVER-TERMINAL,TV;42P2,SUS,T0.3
AA67-00112AMIRROR-GLASS;42INCH,P1S,MESH,55% 0.15OHM
Level Loc. No.
Code No.
Description ; Specification
Remark
ASSY COVER REAR
1
*
AA90-02061AASSY COVER REAR;PS42P2SDX/XEC
..2
AA91-01611B ASSY-CABINET,BACK;KUJU,HIPS V2 BLK WP100
...3 COB+CB 6003-001019 SCREW-TAPTITE;RH,+,B,M4,L12,ZPC(BLK),SWR
...3 COB+CB 6003-001020 SCREW-TAPTITE;RH,+,B,M4,L10,ZPC(YEL),SWR
...3 COB+HS 6003-001026 SCREW-TAPTITE;RH,+,B,M4,L15,ZPC(BLK),SWR
...3
AA64-01802ACABINET BACK;42P2,HIPS V2,BLK WP1000
...3
AA64-01551B HANDLE-SET;PDP,ABS,HB,BLK
...3
AA63-00232ACOVER-BACK,ASSY;PS-42P2S,AL5052,T1.2
....4
AA63-00432B COVER-BACK;42P2,AL,T1.2,EUP
....4
AA63-00433ACOVER-BACK,BOT;42P2,AL,T1.2
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
ASSY COVER FRONT
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
1
*
AA90-01898AASSY COVER FRONT;PS42P2SDX/XEC
S.N.A
..2
..2
..2
..2
..2
..2
..2
..2
..2
..2
..2
..2
..2
..2
..2
..2
..2
..2
..2
..2
...3
...3
...3
...3
...3
..2
..2
...3
...3
...3
...3
...3
..2
..2
..2
..2
..2
...3
...3
...3
...3
...3
..2
..2
..2
..2
...3
...3
...3
...3
...3
..2
...3
...3
...3
...3
BFB+CF
BFS+CF
BFT+CF
BLFCHB
BM+CHB
BP+CF
CB+CF
CHB+CF
COB+CB
COB+CT
COB+LF
COT+SJ
COT+SP
GS+CHB
PCB+CF
SB+CHB
SMPSCH
SNDCHB
SPKCHB
6003-001020 SCREW-TAPTITE;RH,+,B,M4,L10,ZPC(YEL),SWR
6003-001020 SCREW-TAPTITE;RH,+,B,M4,L10,ZPC(YEL),SWR
6003-001020 SCREW-TAPTITE;RH,+,B,M4,L10,ZPC(YEL),SWR
6006-001035 SCREW-ASS’Y MACH;WSP,PH,+,M3,L8,ZPC(YEL)
6006-001035 SCREW-ASS’Y MACH;WSP,PH,+,M3,L8,ZPC(YEL)
6003-001026 SCREW-TAPTITE;RH,+,B,M4,L15,ZPC(BLK),SWR
AA60-10050T SCREW-TAPPING;-,SWRCH18A,M4,L20,RH,+,2S,
6003-001026 SCREW-TAPTITE;RH,+,B,M4,L15,ZPC(BLK),SWR
6006-001112 SCREW-ASS’Y MACH;WP,PH,+,M8,L16,ZPC(BLK)
6006-001035 SCREW-ASS’Y MACH;WSP,PH,+,M3,L8,ZPC(YEL)
6006-001035 SCREW-ASS’Y MACH;WSP,PH,+,M3,L8,ZPC(YEL)
6003-000333 SCREW-TAPTITE;RH,+,2S,M3,L10,ZPC(YEL),SW
6003-000333 SCREW-TAPTITE;RH,+,2S,M3,L10,ZPC(YEL),SW
6006-001039 SCREW-ASS’Y MACH;WSP,PH,+,M4,L12,ZPC(YEL
6003-000333 SCREW-TAPTITE;RH,+,2S,M3,L10,ZPC(YEL),SW
6006-001035 SCREW-ASS’Y MACH;WSP,PH,+,M3,L8,ZPC(YEL)
6006-001035 SCREW-ASS’Y MACH;WSP,PH,+,M3,L8,ZPC(YEL)
6006-001035 SCREW-ASS’Y MACH;WSP,PH,+,M3,L8,ZPC(YEL)
6006-001035 SCREW-ASS’Y MACH;WSP,PH,+,M3,L8,ZPC(YEL)
AA61-50112AGUIDE-STAND,L ASSY;42P2S,AL DIECASTING
AA72-00021ASPONGE-EMI,B;PDP,SHIELD-FORM,T10,D30,L15
AA72-00007ASPONGE-EMI;PDP,SHELD FROM,D10,T2,L50
AA61-01055ABRACKET-COVER,LEFT;PDP,AL 5051,T1.5
AA61-00584B GUIDE-STAND;SPD-50P2H,AL,DIECASTING
6006-001035 SCREW-ASS’Y MACH;WSP,PH,+,M3,L8,ZPC(YEL)
AA61-30063ASPONGE-EMI,BOT;42P2S,SHIELD-FORM,T30,D60
AA61-50117AGUIDE-STAND,R ASSY;42P2S,AL DIECASTING
AA72-00021ASPONGE-EMI,B;PDP,SHIELD-FORM,T10,D30,L15
AA72-00007ASPONGE-EMI;PDP,SHELD FROM,D10,T2,L50
AA61-01054ABRACKET-COVER,RIGHT;PDP,AL 5051,T1.5
AA61-00584B GUIDE-STAND;SPD-50P2H,AL,DIECASTING
6006-001035 SCREW-ASS’Y MACH;WSP,PH,+,M3,L8,ZPC(YEL)
AA63-00437B COVER-SET;42P2,ABS HB,BLK,WP1000
AA64-01565B KNOB-CONTROL;PDP,ABS HB,BLK,SILVER
AA72-00020ASPONGE-EMI,A;PDP,SHIELD-FORM,T16,D20,L10
AA72-00022ASPONGE-EMI,C;PDP,SHIELD-FORM,T20,D12,L15
AA91-00859B ASSY CABINET FRONT;,42P2,SV012P+WP1000 E
AA64-01799C CABINET-FRONT;42P2,HIPS HB,G4309,SV012P+
AA64-01566F KNOB-MASTER;PDP,ABS,HB,BLK,SV012P M/S
AA64-01560ABADGE-BRAND;PDP,AL FORGING,L68,SILVER,SA
AA64-01549B WINDOW-RMC;PDP,ACRYL VIOLET,20:1
AA61-60003J SPRING-CS;-,SUS304,-,-,OD6,N7,OD6,-,-,-,
AA60-00110C SPACER-FILTER;42P2,P/U V0,L,BLK
AA60-00110DSPACER-FILTER;42P2,P/U V0,L,BLK
AA61-00829ABRACKET-PLATE;SPD-42P1S,PBS,T0.2,PRESS
AA61-01059ABRACKET-FILTER TOP,ASSY;AL ,42P2,T1.2
AA72-00017ASPONGE-EMI,FILTER;42P2,SHIELD-FORM,T1.2,
AA63-00406B GROMMET-PANEL;PDP,PBT,T0.2
AA61-01064ABRACKET-EMI,FILTER;PDP,SPTE,T0.3,L62.6,
AA61-01053ABRACKET-FILTER,TOP;42P2,AL 5051,T1.5
AA61-01044ABRACKET-FINGER;PDP,BE-CO,T0.15,NTR
AA61-01060ABRACKET-FILTER SIDE R,ASSY;AL 6063 EXT,4
AA72-00018ASPONGE-EMI,FILTER;42P2,SHIELD-FORM,T1.2,
AA63-00406B GROMMET-PANEL;PDP,PBT,T0.2
AA61-01064ABRACKET-EMI,FILTER;PDP,SPTE,T0.3,L62.6,
AA61-01052ABRACKET-FILTER,SIDE R;42P2,AL 5051,T1.5
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
S.N.A
Samsung Electronics
Electrical Parts List
Level Loc. No.
...3
..2
...3
...3
...3
...3
...3
..2
...3
...3
...3
...3
...3
..2
...3
...3
Code No.
Description ; Specification
AA61-01044ABRACKET-FINGER;PDP,BE-CO,T0.15,NTR
AA61-01061ABRACKET-FILTER SIDE L,ASSY;AL 6063 EXT,4
AA72-00018ASPONGE-EMI,FILTER;42P2,SHIELD-FORM,T1.2,
AA63-00406B GROMMET-PANEL;PDP,PBT,T0.2
AA61-01064ABRACKET-EMI,FILTER;PDP,SPTE,T0.3,L62.6,
AA61-01051ABRACKET-FILTER,SIDE L;42P2,AL 5051,T1.5
AA61-01044ABRACKET-FINGER;PDP,BE-CO,T0.15,NTR
AA61-01062ABRACKET-FILTER BOT,ASSY;AL 6063 EXT,42P2
AA72-00017ASPONGE-EMI,FILTER;42P2,SHIELD-FORM,T1.2,
AA63-00406B GROMMET-PANEL;PDP,PBT,T0.2
AA61-01064ABRACKET-EMI,FILTER;PDP,SPTE,T0.3,L62.6,
AA61-01044ABRACKET-FINGER;PDP,BE-CO,T0.15,NTR
AA61-01001B BRACKET-FILTER BOT;AL 6063 EXT,42P2,T1.2
AA61-11012ABRACKET-SHIELD ASSY;SVP554J,SECC-1,T1.0,
AA61-01006ABRACKET-MODULE,BOT;42P2,PBS,T0.2
AA63-00141ASPACER-FELT;42P2S,FELT,L110,T0.5,D20
Remark
Level Loc. No.
Code No.
Description ; Specification
Remark
S.N.A
S.N.A
ASSY ACCESSORY
1
*
..2
..2
..2
...3
...3
..2
..2
..2
..2
..2
..2
..2
AA92-03204AASSY ACCESSORY;PS42P2SDX/XEC
S.N.A
AA39-00300ACABLE RCA;PS42P2S,NON-UL,1P/1P,YEL,RCA,R
AA39-40001E CABLE-S.VHS;,1500MM
AA59-00143C REMOCON;,TM63,DREAM4,53,L/GRAY,TTX,E/X
2802-000194 RESONATOR-CERAMIC;8MHz,1.0%,TP,8.5x4.5x5
AA09-00051AIC-MCU;Z86L8808SSC-R501M,SZTM-822,28PIN,
AA68-00291AMANUAL-S/NETWORK;-,SPANISH,-,B5,W/P100G, S.N.A
AA68-02239AMANUAL USERS;PS42P2S,ENG,W/P100,1,B5,D53
3301-001110 CORE-FERRITE;ZZ,35x19.5x9.0mm,-,3301-001305 CORE-FERRITE;AE,30X15X34(39)MM,1500,2800
4301-000103 BATTERY-ALKALINE;1.5V,750mAH,AAA,10.5x44
S.N.A
AA39-00034B CABLE RCA;PS42P2S,NON-UL,2P/2P,RED/WHT,R
AA39-00288ACBF SIGNAL;HPL5025M,15P/15P,2990,1830MM,
ASSY P/MATERIAL
1
*
..2
..2
AA92-03150AASSY P/MATERIAL;PS42P2SDX/XEC
S.N.A
AA61-20285AHOLDER-BOX;3456,PP,-,-,-,WHT,VO
AA60-40006APIN-STAPLE;-,-,H18,33X17.8X2.4,-,AUTO
S.N.A
S.N.A
ASSY BOX
1
*
AA92-02987AASSY BOX;PS42P2SDX/XEC
S.N.A
ASSY LABEL
1
*
AA92-02808AASSY LABEL;PS42P2SDX/XEC
Samsung Electronics
S.N.A
8-9
MEMO
8-10
Samsung Electronics
Samsung Electronics
CN5001 (13P)
CN5006 (12P)
CN5406
CN5405
CN5003 (13P)
CN5004 (12P)
CN5506
CN5505
EC1 (40P)
CN5005 (12P)
CN5504
Y
CN5007 (12P)
CN5404
EC2 (40P)
CN5002
CN5008
(13P)
LD1
(4P)
EC3 (40P)
LY1 (30P)
LX1
EL1
LE01
LOGIC
LA03
(31P)
EL2
Speaker S Y SX
X
EC7 (40P)
CN4005 (13P)
CN4004
(12P)
FE3 (3P)
FE1 (40P)
EC5 (40P) EC6 (40P)
SMPS
CN1 (3P)
EF2
EF1
EC4 (40P)
LE02
SA SL
BUFFER
(5P)
LP1
CN609
(12P)
SOUND
CN602
(9P)
CN603(4P)
Terminal
CN812
(3P)
CN606 (5P)
Remocon
CN302 (3P)
Power S/ W
CN301 (6P)
Control
AC
CN601
(12P)
CN601
(13P)
SCALER
CN503
(31P)
Wiring Diagram
11. Wirng Diagram
11-1
Wiring Diagram
MENO
11-2
Samsung Electronics
Schematic Diagrams
12. Schematic Diagrams
12-1 SCALER1 SIGNAL INPUT, LVDS OUTPUT
TP09 DTV/PC H-SYNC
TP09
TP10 DTV/PC V-SYNC
TP11
TP10
Samsung Electronics
TP11 DTV/PC B-OUT
12-1
Schematic Diagrams
12-2 SCALER2 VIDEO DECODER MAIN, PROGRESSIVE CON.
TP03
TP07 HOUT(IVHS)
TP01 Main-Y IN
TP08 VOUT(IVVS)
TP02 Main-C IN
TP04
TP02
TP01
TP05
TP03 VS-OUT
TP06
TP04 HS-OUT
TP05
TP06
TP04
TP03
TP05 LLC1
TP06 CLK2
TP06
12-2
TP07
TP08
Samsung Electronics
Schematic Diagrams
12-3 SCALER3 VIDEO DECODER PIP, FIRST IN/OUTPUT
Samsung Electronics
12-3
Schematic Diagrams
12-4 SCALER4 VIDEO DA CON.
12-4
Samsung Electronics
Schematic Diagrams
12-5 SCALER5 VIDEO PROCESSOR, SAND CASTLE PULSE GEN.
TP12 HS-OUT
TP12
TP13 VS-OUT
TP13
TP14 SCP H-BLK
TP15 SCP V-BLK
TP16
TP15
TP16 SCP CLAMPER
TP14
TP17
TP17 SCP
Samsung Electronics
12-5
Schematic Diagrams
12-6 SCALER6 ADC(VIDEO)
TP18 HS-OUT
TP19 VHS
TP19
TP20
TP20 VCLK
TP18
12-6
Samsung Electronics
Schematic Diagrams
12-7 SCALER7 ADC(PC)
TP21 MHSYNC
TP22
TP23
TP22 MHS
TP23 PCLK
TP21
Samsung Electronics
12-7
Schematic Diagrams
12-8 SCALER8 PW364
TP20 VCLK
TP23 PCLK
TP23
TP24 MCKEXT
TP25 DCKEXT
TP24
TP25
TP20
12-8
Samsung Electronics
Schematic Diagrams
12-9 SCALER9 POWER, DEGUGER, MEMORY, REMOCON, RS232, RTC
Samsung Electronics
12-9
Schematic Diagrams
12-10 SCALER10 MEGA TTX, CAPTION
12-10
Samsung Electronics
Schematic Diagrams
12-11 SOUND
Samsung Electronics
12-11
Schematic Diagrams
12-12 LINE-FILTER, POWER SW, SPEAKER TERMINAL
LINE-FILTER
12-12
POWER SW
SPEAKER TERMINAL
Samsung Electronics
Schematic Diagrams
12-13 CONTROL, REMOCON
CONTROL
REMOCON
Samsung Electronics
12-13
Handling Description
9. Handling Description
9-1 Basic Description
9-1-1 The Name of Each Part
9-1-1(A) PDP(Plasma Disply Panel)
Front Panel
SPEAKER
SPEAKER
POWER
Remote Control Signal Receiver
Press to turn the
PDP on and off.
Aim the remote control towards this spot on
the PDP.
SOURCE
External input selection.
MENU
Menu display.
- VOLUME +
Volume adjustment.
SELECT
Control the cursor in the Menu.
MUTE
Temporary sound switch-off.
Samsung Electronics
9-1
Handling Description
Real Panel
a) External Speaker Outputs (8‰)
Connect external speakers.
b) S-VIDEO Input
Connect a S-Video signal from an S-VHS VCRs
or DVD players.
c) VIDEO Input
Connect a video signal from external sources
like VCRs or DVD players.
9-2
d) PC Input
Connect a PC signal from an PC.
e) SCART Audio/Video Input
Connect a audio/video signal from external
sources like VCRs.
f) Audio Inputs (Video/PC)
Connect a audio signal from external sources
like VCRs or PC.
Samsung Electronics
Handling Description
9-1-1(B) REMOTE CONTROL
Filp the cover open in the arrow direction.
AUTOMATIC SWITCH-OFF
VCR/DVD FUNCTIONS;
(STOP/REWIND/PLAY/PAUSE/
FAST-FORWARD)
Power
PIP FUNCTIONS;
PIP ON/SWAP/LOCATE/
SIZE SETTING/STILL/SCAN/
CHANNEL SELECTION(P / )/
MULTI DISPLAY/
INPUT SOURCE SELECTION (SOURCE)
POWER ON/OFF
NUMERIC BUTTONS
EXTERNAL INPUT SELECTION
TEMPORARY SOUND SWITCH OFF
MAKE THE REMOTE CONTROL WORKS
FOR MONITOR, VCR, CABLE,
DVD PLAYER
SELECT TO THE PC MODE DIRECTLY
MENU DISPLAY
CONTROL THE CURSOR IN THE MENU
VOLUME DECREASE
VOLUME INCREASE
CHANGE CONFIRMATION
DISPLAYING INFORMATIONS
PICTURE SIZE SELECTION
STILL THE MAIN PICTURE
SOUND EFFECT SELECTION
Samsung Electronics
PICTURE EFFECT SELECTION
9-3
Handling Description
9-2 Wall Mount
9-2-1 Notice for installing
1. Do not install the PDP on any place other than veritical walls.
2. To protect the performance of the PDP and prevent problems, avoid the following place :
●
●
●
●
Next to spring coloer detectors.
Places subject to vibration or shock.
Near high voltage cables.
Around heating apparatus.
3. Install the PDP considering the construction of the wall.
4. Use only recommended parts and components for installation.
9-2-2 Parts(wall attachment panel is sold separately.)
Fixing bolt
9-4
Insulation rubber
Samsung Electronics
Handling Description
9-2-3 Installing the Display on the Wall Attachment Panel :
1. Check for the stability of the wall where the PDP is to be installed. If the wall is not enough strong to
support the PDP, strengthen the wall before installation.
2. Fix the wall attachment panel on the
wall using bolts as shown in the figure:
Fixing bolts must protrude from the
wall appox. 0.6 inches.
3. Using the wall attachment panel, you may adjust the angle of the display from 0 to 20 degrees. The
angle can be set in 5 stages with 5 degrees of distance each using the angle control holes on the sides
of the panel.
When the angle has
been set to 5 degrees.
When the angle has
been set to15 degrees.
When the panel hasn’t
been tilted.
Angle control holes
5 degrees of tilt
10 degrees of tilt
15 degrees of tilt
No tilt
20 degrees of tilt
Samsung Electronics
9-5
Handling Description
4. Remove four large screws from the rear side of the display.
Insert the bolts, dish-type washers, and insulation rubber
into the four screw-holes as shown in the figure:
Bolt
Insulation rubber
5. Put the insulation rubber point
protruding from the rear top of the
display in the groove on the top of the
wall attachment panel. Lift up the
display a little bit so that the
insulation rubber point at the bottom
of the rear side of the display is put to
the groove at the bottom of the wall
attachment panel. (Do not lift the
display with any pressure. The
insulation rubber at the top may be
taken off.)v
9-6
Samsung Electronics
Handling Description
9-2-4 Separating the Display from the Wall Attachment Panel :
Remove the fixing bolts from both sides(left and right) of the wall attachment panel. Lift and pull thebottom of the display a small amount, to separate the insulation rubber point from the bottom of the
wall attachment panel.
Lift the display and separate the insulation rubber point from the groove on top of the wall attachment
panel.
Samsung Electronics
9-7
MEMO
9-8
Samsung Electronics
Glossary
10. Glossary
AC PDP :
Plasma display driven by alternating current plasma electric discharge.
Address discharge(Reference : scan and data) :
Term with two meanings that can be used for both scan and data (write or erase) discharge.
Address Electrode(Reference : scan and data electrode) :
Term with two meanings that can be used for both scan and data electrodes.
Address pulse(Reference : scan and data pulse) :
Address drive wave form
Address voltage(reference; scan and data voltage) :
Address drive amplitude of vibration
Addressing :
Process that gives authorization to cells to allow for turning on and off by drive wave form.
Addressing speed :
Time necessary for writing and erasing.
ADS, address display separation :
Drive tech that separates address pulse temporarily from sustained voltage.
Aging :
The change of operation expectancy- for example, operation voltage change and luminance decline-related
characteristics.
Angular distribution :
Characteristics which change as function of angles between perpendicularity and surface.
referring to dependency on angles of, for example, luminance or chromaticity.
Aperture ratio :
Referring to the ratio of an element activation area to the gross area.
Area luminance :
Luminance measured in relatively large area.
Aspect ratio :
The ratio of screen width to height.
Auto power control :
Circuit means for controlling panel's average or maximum power.
Auxillary anode :
Anode where discharge of DC panel has little contribution to light output power.
Back ground luminance :
Referring to the panel luminance in off mode or black screen, in other words, luminance in the vicinity of
the screen.
Samsung Electronics
10-1
Glossary
Barrier rib :
barriers that cross all the gaps of wafers dividing the cells in panel.
Black stripe :
black substance located in between the fluorescent areas to bring about improvement in contrast by reflection ratio decline. Generally, this is striped.
Bright defect :
defects that occur when the image is rather bright than accurate.
Brightness(Reference : luminance) :
visible and subjective quality, for example, how bright matters look or how much visible rays are perceived.
Notice) Do not get confused luminance with brightness because those two are not the same. Brightness is
subjective while luminance is objective.
Brun in :
element's initial operation section that takes place until the element stabilizes or the initial expectancy expiration is detected.
Bus electrode :
aggregate of sustained electrodes that are bussed together.
Cathode electrode :
cathode electrified electrode that releases electrode from element. In AC plasma panel, polarity switches in
every half a cycle.
Cell :
capacity corresponding to each electric discharge. In general, it is defined by the shape of substrates and
electrodes but can be defined by partitions.
Cell gap :
measurements identifying the gaps between substrates.
Cell pitch :
measurement that identifies the cells from the surface of substrates. It varies depending on the direction of
rows and columns.
Charge transfer curves :
curves expressing the quantity of electric charge that is transferred, as the function of drive wave form
characteristics.(for example, voltage, time and others)
Color arrangement(in other words, sub-pixel arrangement) :
term expressing the location of one pixel consisted of sub color pixels.
Color coordinates, CIE 1931 :
Color image expressing method in color dimension, originated from CIE standard of 1931, expressed by X,
Y and Z. Among those three, Y element corresponds to luminous flux that is expressed as lumen while X
and Y are values that express red and purple element of luminous flux. Colors of matter are expressed as
color coordinates pair (x, y). Here x=X/(X+Y+Z), y=Y/(X+Y+Z).
Method for colors, known as (u, v), where image colors are expressed in more even color dimension.
Colors of matter are expressed as color coordinates pair (u, v). Here, u=4X/(X+15Y+3Z),
y=6Y/(X+15Y+3Z).
10-2
Samsung Electronics
Glossary
Color coordinates, CIE 1960 :
Method for colors, known as (u, v), where image colors are expressed in more even color dimension. colors
of matter are expressed as color coordinates pair(u, v). Here, u=4X(X+15Y+32), y=6Y/(X+15Y+32Z).
Color coordinates, CIE 1976
Method for colors, known as (u’, v’), where revised image colors are expressed in more even color dimension. v’ is 1.5-fold of recommended v value of 1960. The color of matter is expressed as color coordinates
pair (u’, v’). Here, u’=4X/(X+15Y+3Z ) , v’= 9Y/( X+15Y+3Z ).
Color coordinates, CIE 1976 CIELUV and CIELAB :
Three dimensional parameters expressing with u’ and v’ including Ω√∞®º∫ against chromaticity and luminance of standard white light in display. Among the parameters, only CIELUV gets to have proper color
space where additional two blend light appears in line segment. (refer to CIE Publication 15.2, Colorimetry
1st edition 1976, 2nd edition 1986)
Color depth :
The number of digital bit alocated to each major color.
Color gamut :
Physically realizable color space area.
Color reproducibility (Refer to color gamut) :
The expression of realizable colors limited by color information distinction or fluorescent substance
chromaticity.
Color temperature, correlated (symbol CCT) :
Seemingly temperature expressed with absolute temperature of black body radiation with the closest chromaticity. This can be expressed as CCT, in the form of C. S. McCamy.
CCT=437N3+3601n2+5517, n=(x0.3320)/(0.1858-y) and x, y=color coordinates of CIE 1931.
Columm electrode :
Vertically successive electrodes. It generally refers to data electrodes. When panel is installed along the photograph, this can be arranged along the horizontal direction.
Concurrent driving method :
Driving method to disperse address pulse and scan pulse at equal distance.
Contrast ratio Columm electrode :
Ratio of white luminance to black luminance of image. This measurement has many parameters, so measurers are required to explain the consideration for measurement to make understood the meaning of the
measurement. The parameters of contrast ratio are as follows.
■ CA - ratio of center luminance in all white screen to center luminance of all black screen on the condition of light being spreading around.
■ CG - ratio of white luminance to black luminance in successive arrangement of white and black
lines at equal distance.
■ CL - ratio of white luminance to black luminance in white line against black screen of black line
against white screen.
■ CR - the ratio of white luminance to black luminance.
Samsung Electronics
10-3
Glossary
■ Cm - Michelson contrast or contrast modulation:
Here, Lw is the luminance of the color white while Lb is the luminance of the color black.
■ CT - Threshold contrast ratio: the minimum contrast ratio that is permissive, in general.
Chip on board(COB) :
PCB with IC on substrate.
Dark defect :
Defects in the brighter image realization than normal one.
Data electrode :
Electrodes allowed for controlling electric discharge by changing the cell’s state to switch on from off (and
vise versa) in AC plasma panel.
Data electrode driver :
Driving circuit to be attached to dada electrode.
Data write pulse :
Wave form for data electrode that switches from off to on.
Data erase pulse :
Wave form for data electrode that switches from on to off.
DC PDP :
Display panel whose plasma discharge is driven by direct current.
Decay time :
Time required for parameters to drop from certain level to another. It can be time necessary for dropping
from 90% to 10%, or to e-1 level of the initial value, or to certain irreversibility.
Dielectric layer :
Dielectric layer with larger sustained electric constant.
Discharge :
1. neutralization of electric charge (for example, voltage decrease of capacitor)
2. electric current flow in dielectric media such as gas.
Discharge current :
Discharge electric current.
Discharge electrode :
Another term for sustained electrode.
Discharge efficiency :
Another term for gloss efficiency
Discharge gap :
The gap among sustained electrodes in discharge space of three-electrode plasma panel.
Discharge slit :
(Refer to discharge gap)
10-4
Samsung Electronics
Glossary
Displacement current :
Electric current flow through capacitor that includes atomic rearrangement of discharge within electric matter.
Display color number (color number possible to be displayed with other words.) :
displayable individual color’s number.
Display Diagonal :
Diagonal size of display contour
Display efficiency :
The ratio of gloss output divided by the entire display power.
Display height :
Height of display contour
Display scan electrode :
(Refer to scan electrode)
Display width :
Width of display contour
Displayed color :
Refer to displayed color number.
Displayed color number :
Color numbers that can be made by display.
Dot (Refer to cell, pixel and subpixel) :
The term is hard to be defined because it is not clear if the term refers to full color pixel or subpixel. The
term is used when referring to color related elements that make up full color pixel or subpixel.
Dot pitch :
(Ambiguous expression. Refer to dot, cell pitch, pixel pitch and subpixel pitch.)
Driving waveform :
Expressing ∞ÊΩ√ change of driving signal voltage.
Driving scheme :
Expressing the thought applying driving voltage to display.
Effcacy :
Refer to luminous efficacy.
Energy recovery circuit :
Circuit degauss caught after reusing the power that drove AC plasma panel.
Erase :
Process where cells are erased from AC plasma panel.
Erase pulse :
Cell erasing waveform
Samsung Electronics
10-5
Glossary
Erase voltage :
Erase pulse voltage required for erasing cells from AC plasma panel.[symbol : Ve]
Evacuating (Interchangeable terms : evacuation, exhaust) :
Process where unwanted gas is rid from device.
Exhaust tubulation (Interchangeable terms: exhaust tube, exhaust pipe) :
Tube shaped hole in device connected to external vacuum pump, for controlling the initiation from device
during process. This is usually glass tube that prevents with flannelet after filling proper gas
Filling gas (Refer to gas mixture) :
After removing air, plasma panel goes through filling with proper electric and optical gas. Therefore, panel
gas composition is commonly called "filling gas".
Firing voltage :
Minimum voltage where triggers discharge in plasma device[symbol : Vf]
Flicker :
Fast and instant changes in luminance, perceivable in almost regular luminance experiment pattern.
Front substrate :
Substrates closer to the viewers, made of transparent material such as glass
Full color display :
Full color image (for example, image with more than 8 bit color tone) realizable display
Fpc(Flexible Printed Curcuit) :
Flexible substrates with circuited copper foil on polyimide
Gas mixing ratio (Interchangeable terms: gas mixture, gas composition) :
Gas composition within plasma device. It is usually expressed with ratio of the constituent gas.
Gas voltage (Interchangeable terms: gas break down voltage) :
Voltage where electrode and ion within plasma device can generate additional electrodes and ions.
-Thus, increasing the electric current within the device sharply. (break down or overflowing)
Glass substrate :
Substrates consisted of glass
Glow discharge :
Plasma discharge taking place under pressure of tens of millimeter. This is defined by ionization generated
by activated electrons in discharge space and electron release in cathode by ion bombardment.
Gradation :
Gradual change in characteristics such as luminance and chromaticity
Gray scale :
The range of luminance acquired when displayed from black to white.
High strain point glass :
Glass of which strain point (temperature with viscosity of 1014.5 poise) is relatively high
Image retention :
Continuous existence of image after the stimulation is removed.
10-6
Samsung Electronics
Glossary
Image sticking :
(Refer to Image retention.)
Interconnect pad groups :
A group of connection terminals that attach to individual connector. (also referred to as terminal block.)
Interconnect pad pitch :
Mutual measurements for individual of interconnect pad group.
Interconnect pad spacing :
The size of non-electric conductive area between individual terminal.
Inter-electrode gap :
In Three electrodes plasma panel, the measurement of sustained voltage separated from outside discharge
space.
Ion bombardment :
The bombardment of energetic ions in the surface of solid matter. The transfer of kinetic energy toward surface from ions can cause electron release, ion or neutron release and temperature change in surface.
Life time :
Time during device exerts its function. Commonly known as mean time failure (MTTF).
Low melting point glass :
Glass of which melting point (temperature with viscosity of 1014.5 poise) is relatively low.
Since glass is non- crystalline, the word melting is not appropriate, but it gets more fluid as it becomes hot.
Luminance :
Colloquial term for measurement of brightness of display.
It also refers to display related CIE Y constituent. it is expressed by cd/m2.
Luminance efficacy :
It refers to gloss output against the total display consumption power. It is calculated by the value
generated through dividing gloss output of ∞ÌªÛ white substance with gross consumption power. It is
expressed as lumen/watt.
Luminance efficiency :
Gloss output value according to consumption power increase, calculated by the value generated through
dividing gloss output of ∞ÌªÛ white substance with white screen power consumption increase against black
screen. It is expressed as lumen/watt.
Luminance loading :
Luminance decline that takes place when white square luminance increases into full size all white square.
Matrix(type) PDP :
Plasma display panel made up of matrix with rows and columns.
Matrix type :
Refer to matrix PDP
Maximum firing voltage :
Voltage value required for triggering discharge in all cells.
Maximum sustain voltage :
Maximum drive voltage required not to turn off the cells.
Samsung Electronics
10-7
Glossary
Memory margin :
The disparity between the maximum sustained voltage for keeping discharge and the sustained voltage for
turning off the cells
Memory type PDP :
Refer to AC Plasma Panel that has memory. PDP made up of cells that keep turned on or off until switch
occurs.
MgO layer :
In bombardment of electrons and ions, MgO’s high electron release rate, like cathode application, makes it
easier to release electrons.
MgO protecting layer (Refer MgO layer) :
MgO layer on fluorescent material has secondary benefit that prevents fluorescent degradation by ion bombardment.
Minimum firing voltage :
Minimum voltage that can turn on any cells.[symbol : V1]
Minimum sustain voltage :
Minimum sustain voltage that keeps turned on cell on.[symbol : Vsm1]
Monochrome display Minimum sustain voltage :
Display that only expresses a limited color such as white, green and amber.
Multi-color display :
Display that can express multiple colors .if not all colors.
Non-discharge slit :
(Refer to inter electrode gap)
Operating margin :
AC PDP voltage range that keeps cells turned on or off. Generally, its value gets less than memory margin
because of additional factors such as temperature effect, gloss ionization effect and waveform change.
Operating window :
Actual voltage range that keeps cells turned on or off in any drive levels and surrounding environment.
Operating window degradation :
Gradual decline in operating window, according to operating time.
Opposed discharge :
Traditional two-electrode plasma panel structure where discharge occurs between the two sustained electrodes across from each other.
Opposed discharge PDP :
(Refer to opposed discharge.)
Peak luminance :
Maximum luminance generated in one pixel in panel.
Peak luminance enhancement :
Circuit and drive technology that accommodates increasing peak luminance.
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Samsung Electronics
Glossary
Phosphor degradation :
Gradual decline in fluorescence efficiency according to operating expectancy.
Phosphor layer :
Thin layer made up of phosphor. FluorescencPle substance must be thick enough to optimize transferring
the ultraviolet rays from plasma discharge to visible light
Pixel, picture element :
The smallest unit that can display the entire range of luminance and chromaticity. Generally, pixel consists
of sub pixels (or dots).
Pixel arrangement :
Expression of sub pixels within a pixel.
Pixel count :
The number of pixels that make up a display. It is described as the number of column pixels against the
number of row pixels.
Pixel pitch :
The distance between the centers of the two closest pixels. Move as far as the pitch and reach the identical
location.
Plasma display :
Electrically driven display device for causing electric discharge in gas within device. Electric energy generates light with atomic light release or from proper colored fluorescence substance.
Positive column discharge :
The plasma area for long glow discharge. This area is a low electric field but relatively electric conductive
plasma area.
Pre discharge :
Cell’s state where pre discharge is taking place. In this case, cell’s state becomes electric conductive due to
formation of discharge generated by ionization process of gas.
Priming :
The stage where ions are generated for forming discharge. Generally, this is required for injection.
Priming pulse :
Electric waveform to define the proper conditions for the next cell discharge.[symbol : Pp]
Priming voltage :
Voltage of priming pulse.[symbol : Vp]
Protecting layer :
The layers applied to the device function constituents (for example, fluorescence, electrode and glass layers).
Quantum efficiency :
Substrates farther from the viewers. These can be opaque.
Rear substrate :
Efficiency measurement that is directly expressed with the number of output particles against the number
of input particles. In case of plasma panel, the number of photons in visible area, generated from photons
in ultraviolet area
Samsung Electronics
10-9
Glossary
Reset :
(Refer to erase.)
Reset discharge, Reset pulse :
(Refer to erase.)
Resolution :
Display’s ability to enable to distinguish the matters close to each other. It is confusing with addressibility
that generates pattern undistinguishable to the eyes.
Row electrodes :
Horizontally successive electrodes. In terms of traditional drive concept, these are the sustained electrodes.
If the panel is installed toward portrait, these row electrodes can be arranged horizontally.
Sand discharge :
Process where grinding of surface occurs. It is used for making three dimensional surface in lithography or
silt in sheet.
Scan discharge :
Discharge injected along the pair of sustained electrodes.
Scan electrode :
Electrodes of the pair of sustained electrodes that inject discharge downward along the panel columns.
Scan pulse :
Waveform that injects discharge with new columns.
Optic defects where scratches display over certain size.
Seal :
Combining the substrates or substrate with ventilation tube.
Seal layer :
Material layer that provides the connection of substrates. This can be a single layer of solder glass (frit) or
the combination of solder glass and ring.
Sealing :
Process where free electrons that get out of the surface by extracting static electricity field when energetic
electrons or ions are limited to a surface.
Secondary electron emission :
Process where drags discharged cell to certain waveform. This could occur before ionization offset when
cell voltage decreases.
Self erase :
Plasma display in the form where stimulating discharge occurs for discharge process precedes below panel.
Self-scan type PDP :
Plasma display in the form where stimulating discharge occurs for discharge process precedes below panel.
Self-shift type PDP :
Process of combining substrates. High temperature process that melts solder glass combining substrates.
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Samsung Electronics
Glossary
Space charge :
Mutual repulsion caused by accumulation of electric charge of similar signal.
Stripe rib :
Stripe shaped partition structure. It follows panel column direction.
Sub frame :
(Refer to sub field)
Sub field :
A part of panel
Surface charge :
It refers to the location of discharge in AS plasma panel where sustained electrodes are on the same surface.
Surface charge PDP :
AS plasma panel where sustained electrodes are on the same surface.
Sustain :
Discharge in AC plasma panel that keeps on or off until the cell is erased or written. Sustained electrodes
are divided into bus (common electrodes) and addressable electrodes.
Sustain driver :
Circuit that drives sustained electrodes.
Sustain electrode :
Electrodes driven by AC voltage that provides plasma with energy major parts. This electrode is driven by
enough waveform to keep discharge of turned on state. In turned off cell, trigger discharge does not takes
place.
Sustain magin :
The disparity between sustained voltage that keeps turned on cells and sustained voltage that can turn off
cells.
Sustain pulse :
Sustained drive waveform[symbol : Ps]
Sustain vlotage :
Voltage level of sustained waveform
Thermal compaction :
Substrates successive density increase observed by substrates pattern contraction.
Thermal radiation :
Radiation in infrared rays over 800nm.
Three electrode type :
Modern AC panel has three electrodes for each cell and a pair of thermal electrodes provide cells with AC
power. Data electrodes in opposite substrates provide unique writing and erasing signals to each cell
Time modulation driving method (Other terms: time division multiplex method) :
Modulation method in proportion to certain time applied to stimulation with regular output. Output
strength is changed according to input time.
Samsung Electronics
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Glossary
Tip pipe :
(Refer to exhaust turbulation.)
Townsend discharge :
Self sustained plasma discharge expressed by Townsend in 1901. This discharge requires 200v voltage.
Transparent electrode :
Electrode made up of transparent electric conductive matter such as ITO.
Two eledtrode type :
Original AC plasma panel used two electrodes that provide not only sustained waveform but also write
and erase waveform.
Ultraviolet ray :
Ultraviolet light below 380nm in spectrum.
Vacuum ultraviolet :
Ultraviolet ray of wavelength below 200nm.
Viewing angle :
Vertical angle that can display the image. It is normally limited by the change in luminance and chromaticity.
Viewrable screen diagonal :
Releasable screen diagonal length measured between outmost pixel edges
Viewrabel screen height :
Releasable screen height measured between outmost pixel edges
Viewrable screen width :
Releasable screen width measured between outmost pixel edges.
Visible defect :
Imperfection that prevents displaying with proper image.
Wall charge :
Pure accumulation of positive and negative charges in cell wall.
Wall charge erase pulse :
Pulse that neutralizes wall charge
Wall charge transfer curve :
Curve related to wall charge pulse parameters and the changes in wall charge.
Wall voltage transfer curve :
Curve expressed with wall transfer that is caused by any changes in electric charges including wall charges
and wall charge pulse related parameters.
White back :
White coating for minimize absorbing valid gloss, located black contrast improvement layer and fluorescent material.
Write electrode :
(Refer to data electrode.)
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Samsung Electronics
Glossary
Write electrode :
(Refer to data electrode)[symbol : Pw]
Write electrode :
(Refer to data electrode)[symbol : Vw]
Samsung Electronics
10-13
MEMO
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Samsung Electronics
ELECTRONICS
© Samsung Electronics Co., Ltd. Jan. 2002
Printed in Korea
AA81-00071A