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DLP TV
Chassis : L66A(N)_Galilei
Model : HLS5087WX/XAA
DLP TV FEATURES
■ HD Built in TV
■ NTSC/ATSC Tuner Embedded
■ Digital Audio output (OPTICAL) jack
■ Firmware upgrade by USB Port /Wise Link
SERVICE Manual
HL-S5087W
www.fieldtechsource.net
This Service Manual is a property of Samsung Electronics Co.,Ltd.
Any unauthorized use of Manual can be punished under applicable
International and/or domestic law.
© Samsung Electronics Co., Ltd. Jun. 2006
Printed in Korea
AA82-03634A
www.fieldtechsource.net
Table of Contents
Chapter 1 Precaution
■ 1-1 Safety Precautions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1
■ 1-2 Servicing Precautions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-3
■ 1-3 Static Electricity Precautions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-4
■ 1-4 Installation Precautions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-5
Chapter 2 Product Specification
■ 2-1 Product Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-1
■ 2-2 Key Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-3
■ 2-3 Specifications Analysis . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-5
■ 2-4 Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-6
Chapter 3 Alignment & Adjustment
■ 3-1 Service Instruction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-1
■ 3-2 How to Access Service Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-2
■ 3-3 Factory Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-3
■ 3-4 Service Adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-20
■ 3-5 Software Upgrade . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-24
■ 3-6 Replacements & Calibration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-25
Chapter 4 Exploded View & Part List
■ 4-1 HLS5087WX/XAA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-1
Chapter 5 Electrical Part List
■ 5-1 HLS5087WX/XAA Service Item . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-1
Chapter 6 Troubleshooting
■ 6-1 Checkpoints by Error Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-1
■ 6-2 Troubleshooting Procedures by Error Modes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-7
■ 6-3 Troubleshooting Procedures by ASS'Y . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-8
Chapter 7 Block Diagram
■ 7-1 Overall Block Diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-1
■ 7-2 Partial Block Diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-2
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Chapter 8 Wiring Diagram
■ 8-1 Overall Wiring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-1
■ 8-2 Main Board Layout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-4
Chapter 9 PCB Diagram
■ 9-1 Power Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-1
■ 9-2 Main Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-3
■ 9-3 Rear Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-7
■ 9-4 DMD Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-10
Chapter 10 Schematic Diagram
■ 10-1 Main Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-1
■ 10-2 Rear Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-19
■ 10-3 DMD Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-26
■ 10-4 Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-35
Chapter 11 Operation Instruction & Installation
■ 11-1 Product Features and Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11-1
■ 11-2 New Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11-5
Chapter 12 Disassembly & Reassembly
■ 12-1 Overall Disassembly & Reassembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12-1
Chapter 13 Circuit Description
■ 13-1 Overall Block Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13-1
■ 13-2 Partial Block Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13-2
■ 13-3 New Circuit Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13-6
Chapter 14 Reference Information
■ 14-1 Other issues related to other products . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14-1
■ 14-2 Technical Terms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14-3
■ 14-3 K280 Engine Ass'y . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14-5
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1. Make sure all protective devices are properly installed
including non-metallic handles and compartment covers
when installing or re-installing the chassis or chassis
assemblies.
2. Make sure that no gaps exist between the cabinets for
children to insert their fingers in to prevent children from
receiving electric shocks.
Errors may occur when the resistance is below 1.0 ㏁ or
over 5.2 ㏁.
In these cases, make sure that the device is repaired
before sending it back to the customer.
3. Check for Electricity Leakage (Figure 1-1)
Warning: Do not use an insulated transformer for checking the leakage. Use only those current leakage testers
or mirroring systems that comply with ANSIC 101.1 and
the Underwriter Laboratory's specifications (UL1410,
59.7).
Fig. 1-1 AC Leakage Test
4. A high voltage is maintained within the specified limits
using safety parts, calibration and tolerances. When
voltage exceeds the specified limits, check each special
part.
5. Warning for Engineering Changes:
Never make any changes or additions to the circuit
design or the internal part for this product.
Ex: Do not add any audio or video accessory
connectors. This might cause physical damage.
Furthermore, any changes or additions to the original
design/engineering will invalidate the warranty.
6. Warning - Hot Chassis:
Some TV chassis are directly connected to one end of
the AC power cord for electrical reasons.
Without insulated transformers, the product can only be
repaired safely when the chassis is connected to the
earthed end of the AC power source.
To make sure the AC power cord is properly connected,
follow the instructions below. Use the voltmeter to
measure the voltage between the chassis and the
earthed ground. If the measurement is over 1.0V, unplug
the AC power cord and change the polarity before reinserting it. Measure the voltage between the chassis
and the ground again.
7. Some TV chassis are shipped with an additional
secondary grounding system. The secondary system is
adjacent to the AC power line. These two grounding
systems are separated in the circuit using an
unbreakable/unchangeable insulation material.
8. When any parts, material or wiring appear overheated or
damaged, replace them with new regular ones
immediately. When any damage or overheating is
detected, correct this immediately and make a regular
check of possible errors.
9. Check for the original shape of the lead, especially that
of the antenna wiring, any sharp edges, the AC power
and the high voltage power. Carefully check if the wiring
is too tight, incorrectly placed or loose. Never change the
space between the part and the printed circuit board.
Check the AC power cord for possible damages. Keep
the part or the lead away from any heat-emitting
materials.
Precaution
Samsung Electronics 1-1
LEAKAGE
CURRENT
TESTER
DEVICE
UNDER
TEST
TEST ALL
EXPOSED METAL
SURFACES
2-WIRE CORD
ALSO TEST WITH
PLUG REVERSED
(USING AC ADAPTER
PLUG AS REQUIRED)
EARTH
GROUND
(READING SHOULD
NOT BE ABOVE
0.5mA)
To avoid possible damages or electric shocks or exposure to radiation, follow the instructions below with regard to safety,
installation, service and ESD.
1. Precaution
1-1 Safety Precautions
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10. Safety Indication:
Some electrical circuits or device related materials
require special attention to their safety features, which
cannot be viewed by the naked eye. If an original part is
replaced with another irregular one, the safety or
protective features will be lost even if the new one has a
higher voltage or more watts.
Critical safety parts should be bracketed with ( ).
Use only regular parts for replacements (in particular,
flame resistance and dielectric strength specifications).
Irregular parts or materials may cause electric shock or
fire.
11. Pay additional attention to the current leakage as the
voltage between the power board and the ballast is 220
to 440v, i.e. very high.
And also beware of possible electric shock from the
primary power source.
Precaution
1-2 Samsung Electronics
!
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1. The service instructions are printed on the cabinet, and
should be followed by any service personnel.
2. Make sure to unplug the AC power cord from the power
source before starting any repairs.
(a) Remove or re-install parts or assemblies.
(b) Disconnect the electric plug or connector, if any.
(c) Connect the test part in parallel with the electrolytic
capacitor.
3. Some parts are placed at a higher position than the
printed board. Insulated tubes or tapes are used for this
purpose. The internal wiring is clamped using buckles to
avoid contact with heat emitting parts. These parts are
installed back to their original position.
4. After the repair, make sure to check if the screws, parts
or cables are properly installed. Make sure no damage is
caused to the repaired part and its surroundings.
5. Check for insulation between the blade of the AC plug
and that of any conductive materials (i.e. the metal
panel, input terminal, earphone jack, etc).
6. Insulation Check Process: Unplug the power cord from
the AC source and turn the switch on. Connect the insulating resistance meter (500v) to the AC plug blade.
The insulating resistance between the blade of the AC
plug and that of the conductive material should be more
than 1 ㏁.
7. Any B+ interlock should not be damaged.
If the metal heat sink is not properly installed, no
connection to the AC power should be made.
8. Make sure the grounding lead of the tester is connected
to the chassis ground before connecting to the positive
lead. The ground lead of the tester should be removed
last.
9. Beware of risks of any current leakage coming into
contact with the high-capacity capacitor.
10. The sharp edges of the metal material may cause
physical damage, so ensure wearing protective gloves
during the repair.
Precaution
Samsung Electronics 1-3
Warning 1: First carefully read the "Safety Instruction" in this service manual.
When there is a conflict between the service and the safety instructions, follow the safety instruction at all times.
Warning 2: Any electrolytic capacitor with the wrong polarity will explode.
1-2 Servicing Precautions
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1-3 Static Electricity Precautions
1. Some semi-conductive ("solid state") devices are
vulnerable to static electricity. These devices are known
as ESD. ESD includes the integrated circuit and the field
effect transistor. To avoid any materials damage from
electrostatic shock, follow the instructions described
below.
2. Remove any static electricity from your body by
connecting the earth ground before handling any
semi-conductive parts or ass'ys. Alternatively, wear a
dischargeable wrist-belt.
(Make sure to remove any static electricity before
connecting the power source - this is a safety instruction
for avoiding electric shock)
3. Remove the ESD ass'y and place it on a conductive
surface such as aluminum foil to prevent accumulating
static electricity.
4. Do not use any Freon-based chemicals.
Such chemicals will generate static electricity that
causes damage to the ESD.
5. Use only grounded-tip irons for soldering purposes.
6. Use only anti-static solder removal devices.
Most solder removal devices do not support an
anti-static feature. A solder removal device without an
anti-static feature can store enough static electricity to
cause damage to the ESD.
7. Do not remove the ESD from the protective box until the
replacement is ready. Most ESD replacements are
covered with lead, which will cause a short to the entire
unit due to the conductive foam, aluminum foil or other
conductive materials.
8. Remove the protective material from the ESD
replacement lead immediately after connecting it to the
chassis or circuit ass'y.
9. Take extreme caution in handling any uncovered ESD
replacements. Actions such as brushing clothes or lifting
your leg from the carpet floor can generate enough static
electricity to damage the ESD.
Precaution
1-4 Samsung Electronics
CAUTION
These servicing instructions are for use by
qualified service personnel only.
To reduce the risk of electric shock do not
perform any servicing other than that contained in the
operating instructions unless you are qualified to do so.
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Precaution
Samsung Electronics 1-5
1-4 Installation Precautions
1. For safety reasons, more than two people are required
for carrying the product.
2. Keep the power cord away from any heat emitting
devices, as a melted covering may cause fire or electric
shock.
3. When installing the product, make sure to keep it away
from the wall (more than 10cm/4 inches spacing should
be around the Top,Back, and both sides of the unit) for
ventilation purposes.
Poor ventilation may cause an increase in the internal
temperature of the product, resulting in a shortened
component life and degraded performance.
4. Bend the external antenna cable when connecting it to
the product. This is a measure to protect it from being
exposed to moisture. Otherwise, it may cause a fire or
electric shock.
5. Make sure to turn the power off and unplug the power
cord from the outlet before repositioning the product.
Also check the antenna cable or the external connectors
if they are fully unplugged. Damage to the cord may
cause fire or electric shock.
6. Keep the antenna far away from any high-voltage cables
and install it firmly. Contact with the high-voltage cable or
the antenna falling over may cause fire or electric shock.
7. When connecting the RF antenna, check for a DTV
receiving system and install a separate DTV reception
antenna for areas with no DTV signal.
8. Check the basics of the screen test.
- Image position/size, Tilt adjustment, Actuator activation
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1-6 Samsung Electronics
MEMO
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Product Specification
Samsung Electronics 2-1
2. Product Specification
2-1 Product Features
Block Specfication Major IC Remark
DMD - Panel Resolution : 1920x1080 xHD5 DMD Panel
RF - Intergrated HDTV Tuner(NTSC/ATSC TUNER Embedded) QamLink
Power - Input Voltage : AC110V~120V- Stand-By : under 1W Stand-by (KA1M0565)
Video - MPEG2 Decoder/Analog Decoder.- IPC, Scaler, Video enhancer
S5H2201, TC90103
SDP51,SDP52,SDP42
Sound - speaker : 10W + 10W- Trusurround XT, Dolby Digital STV8258
Cabinet - K3 Design
■ Chip Description
- S5H2201 : SAMSUNG S5H2201 HD-TV Audio/Video Decoder Processor is designed to provide a cost-effective, low power
size and high performance micro-controller solution for HD-TV,SD-TV, STB applications. To reduce total system
cost, S5H2201 also provides the following features: separate 4KB Instruction and 4KB Data Cache, an improved
audio DSP, a programmable video encoder with a dual output capability of interlaced and progressive scan,
Memory controller, 4-channel Timers with PWM, I/O Ports, 2-channel 8-bit ADCs, 5-channel 10-bit DACs, 2channel UARTs with handshake, IIC-BUS interface, IIS-BUS interface, SIO, Memory-Stick(NOTE) Card Interface
and PLL for clock generation.
- SDP51 : SDP51 is the chip for NR, FDP(Film Detection Processing), and IPC and it's for the video quality improvement of the
flat panel TV which DTV signal is in need. For this, HD level Progressive image with the high quality will be produced
when the signal with Noise Reduction is treated with Spatial/Temporal Interpolation.
Film mode is processed for the film image by Film Detection Processing, and the video quality gets better with the
several signal processing such as VPP(Vertical Peaking Processing).
SDP51 provides 10 bit processing, Test Pattern Generator, variable Display size correspondences, and variable
input/output format supports.
- SDP52 : SDP52 is developed for the high efficient scaling and the applied algorithms for SDP52 are five.
* MPEG Noise Reducer
* Color Transition Improvement
* Auto-Wide
* Pre-processor
* Main/Sub Scaler
* Jagging Remover
- TC90103 : 3D Comb & Video Decoder
The TC90A103FG analog video front-end processor integrates 3DYCS for NTSC, multi standard 3L-YCS,
3D- YNR/CNR, digital multi standard color decoding, and 5-Mbits DRAM in a compact LQFP144 package. Features
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Product Specification
2-2 Samsung Electronics
- STV 8258 : The STV82x8 family, based on audio digital signal processors (DSP), performs high quality and advanced
dedicated digital audio processing.These devices provide all of the necessary resources for automatic
detection and demodulation of analog audio transmissions for NTSC TV broadcasts. Virtual or true, multi-channel
capabilities and easy digital links make them ideal for digital audio low cost consumer
applications. Starting from enhanced stereo up to independent control of 5 loudspeakers and a subwoofer
(5.1 channels), the STV82x8 family offers standard and advanced features plus sound enhancements, spatial
and virtual effects to enhance television viewer comfort and entertainment.
■ Important efficiency comparison
■ The advantages of SDP51/52
- The world's first Noise Reduction with the ME/MC tool application to 1080p Signal
- ME/MC IPC with the best performance in the world
The clear character reproduction with Ticker Detection & Compensation
- DTV Picture quality differentiation with MPEG Noise Reduction(De-blocking/De-Ringing)
- Extended definition and uniform Scaling implementation with the horizontal 12tap and the vertical 8Tap Scaler
- Natural Edge implementation with De-Jagging function
- Pattern and fine signal sharpness improvement by Pre-Scaler and DE
Item X226B+GM1601(Before) S5H2201+SDP51/52(After)
480i Input
(Bit Resol.)
- 480i(8)→480p(8)→1080i(8)→1080p(10)
- De-interlacing No. 2 :Picture quality deterioration
- 480i(10)→480p(10)→1080p(10)
- De-interlacing No. 1
1080i Input
(Component)
- Input 8bit, Output 10 bit
- ME/MC IPC :480i
- Input 10bit, Output 10bit
- ME/MC IPC :480i, 1080bit
Graphic
Display
- X226B→DNIe(P.E)→GM1601(IPC/Scale)
- DNle Picture quality improvement,
IPC/Scaler pass→Graphic deterioration
- S5H2201→DNIe(Separate Port→ No P.E)
- 1080p graphic muxing to the final output
NTSC Input - 3D-comb : Main(Upd64083)- Super NR : Main(DNIe)
- 3D-comb→Main(TC90103FG)
- Super NR→Main/Sub(2xSDP51)
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Product Specification
Samsung Electronics 2-3
2-2 Key Features
Model HL-S5087W
Voltage AC 110 - 120V~
Frequency of Operation 60Hz
Power Consumption 230 watts
Dimensions
(W x D x H)
60.63 x 22.44 x 43.39 inches
1540 x 570 x 1102 mm
Weight 36 Kg / 79.37 lbs
■ H/W Configuration
- DMD Panel : 0.65" (1920 x1080p, TI)
- 1 Optical Engine for the Panel : Slim and Cost-effective
- Color Wheel : Y/R/C/B/G 5Color
- Lamp : 132W (50",56",61",67"71")
- NTSC/ATSC Tuners : NTSC/DTV Reception
- Support HDMI Interface : Adopts DVI/HDMI systems for digital HDs including STB.
- DNIe4 : High quality image implementation
- USB Interface : Use the USB interface for service purposes (S/W Upgrade),Wise Link
■ S/W Configuration
- MCU : Albatross CPU
- 4-Layered Architecture : Device Driver/OS/Hardware Abstraction/Application
- OSD : 32Bit True Color Graphics OSD
- Enhanced system stability by separating the DTV control and the application control systems into multi-processes.
■ Picture
- DMD Panel
*Panel Size : 0.65"
*Panel Resolution : 1920 x 1080
- Tuner : Integrated HDTV Tuner (NTSC/ATSC Embbeded)
- Display Format : 1920 x 1080
■ Sound
- Sound System : TruSurround XT,Dolby Digital
- Amp/Channel : 2 Channel Digital Amp
- Speaker System & Output(RMS)
*Sound (RMS) : 10W + 10W
■ In/Out Terminals
- Rear : 2 RF In, 3 CVBS In, 2 S-VHS In, 2 Component In, 1 PC D-SUB In,
2 HDMI In(DVI Comportable With Adaptive Jack Only) 1 Optical audio, 1 RS-232C port
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Product Specification
2-4 Samsung Electronics
■ Feature
- Component Interface (480i/480p/720p/1080i/1080p, Y/Pb/Pr)
- Digital Interface : HDMI
- Graphic Interface : PC
- Language : English/French/Spanish
- Picture Size : 4:3/16:9/Zoom1/Zoom2/Wide Fit
- V-CHIP
- Closed Caption
- Sleep Timer : 180 Min.
- Optical sound output
- RS-232C
- Wise Link
■ Remocon
- TM87B
■ Power Supply
- AC 110V~120V
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Product Specification
Samsung Electronics 2-5
2-3 Specifications Analysis
Model HL-R5078W HL-R5668W HL-S5087W
Design
Picture
Display Device DLP DLP DLP
Built-in Tuner ATSC, NTSC ATSC, NTSC ATSC, NTSC
Display Format 1080p, 1080i, 720p, 480p, 480i 1080p, 1080i, 720p, 480p, 480i 1080p, 1080i, 720p, 480p, 480i
Screen Size 50 inch 56 inch 50 inch
Aspect ratio 16:9 16:9 16:9
Progressive scan Yes Yes Yes
Digital Comb Filter 3D Comb 3D Comb 3D Comb
First Surface Mirror Yes Yes Yes
Brightness 800cd/㎡ 600cd/㎡ 600cd/㎡
Contrast 10000:1 10000:1 10000:1
Color Wheel Size/Bearing 7segment/65¢,Air Bearing
7segment/65¢,
Air Bearing
7segment/65¢,
Air Bearing
Anti-glare Sun Screen No No No
Screen Pitch 0.098mm 0.098mm 0.098mm
Image enhancer DNIe4 DNIe4 DNIe4
DMD xHD3 xHD3 xHD5
Audio
Base/Tremble/Balance No No No
Equalizer 5 Band 5 Band 5 Band
Auto Volume Leveler Yes Yes Yes
Surround Sound TruSurround XTDolby Digital
TruSurround XT
Dolby Digital
TruSurround XT
Dolby Digital
Speaker system 2 Way 4 Speaker 2 Way 4 Speaker 2 Way 4 Speaker
Output Power 15Wx2 15Wx2 10Wx2
Features
2-Tuner Split-Screen PIP Yes(HD/SD/QAM) Yes(HD/SD/QAM) No
Split-screen Side-by-Side Yes Yes Yes
MTS with dbx Noise
Reduction/SAP Yes Yes Yes
Still Picture Yes Yes Yes
Wise Link No No Yes
Connections
Plug & Play Yes Yes Yes
S-Video In Rear 2, Side1 Rear 2, Side1 Rear 2
HDTV Component
Video Input (Y, Pb, Pr)
1080p/1080i/480P/480i
Rear 2 Rear 2 Rear 2
PC Yes Yes Yes
HDMI Yes Yes Yes
Digital Sound Optical 1 Optical 1 Optical 1
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Product Specification
2-6 Samsung Electronics
2-4 Accessories
Accessories Item Item code Remark
Su pp lie
dA cc es so rie
s Remocon
Alkaline Battery
BP59-00107A
4301-000103
Samsung Service center
Manual BP68-00588A
Cloth-Clean BN63-01798A
Power Cord 3903-000144
Ac ce ss or ies
tha
tc an be pu rch
as ed ad dit
ion
all
y HDMI/DVI cable Internal shopping mall
HDMI Cable S-VIDEO Cable Optical Cable Antenna Cable Component Cables (RCA) www.fieldtechsource.net
Alignment & Adjustment
Samsung Electronics 3-1
3. Alignment & Adjustment
3-1 Service Instruction
■ Check items listed after changing each
※ The Rear board is irremovable and supplied as a separate part in the field
1. Software version check :
After Entering the Service mode, Check the list below
* S/W Notation
"T_GALIAOS0_0001" indicates "GALILEI BASIC MODEL USA, ver. 0001".
2. Front Information Window check : See page 6-7.
3. Index Delay adjustment : See page 3-20.
4. Actuator Gain adjustment : See page 3-23.
5. Vertical / Horizontal Position adjustment : See page 3-20.
6. CCA : See page 3-20.
7. Board LED check : Check the LED is turned on.
(In the DMD Board)
8. Tilt/Focus adjustment : See page 3-25/26.
Check Items
Replaced Items
S/W Version Front LCD Index Delay ActuatorGain
V-Position
H-Position CCA Board LED Tilt Focus
Main Board ● ● ● ● ● ● ●
Rear Board ● ●
Power Board ● ● ●
Optical Engine ● ● ● ● ● ●
DMD Board ● ● ●
Lamp ●
Color Wheel ●
Front LED Assy ●
Actuator ● ● ●
T_GALIAUS0_00XX
2006_XX_XX
T-GALIUCOM5-60XX
T-GAIAUS1_XX
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Alignment & Adjustment
3-2 Samsung Electronics
3-2 How to Access Service Mode
1. Turn off the power to put the unit into the STAND-BY mode.
2. In order to enter the Service Mode, Press "Mute" → "1” → "8" → "2" → "POWER" button on the Remote Control.
In case entry into SERVICE MODE is unsuccessful, repeat the procedures above.
3. Initial DISPLAY State in times of Service Mode Switch overs
4. Buttons operations within Service Mode
OPTION CHECKSUM
DDP3021 SERVICE
CCA(OFF)
SP Actuator
DNIE
TC90103
SAA7119
MST33X9
SDP51(M)
SDP51(S)
SDP52
S5H2200
KS1409-TUNER
STV82X8
Cinema CCA
ESP
T_GALIAUS0_00XX
2006_XX_XX
T-GALIUCOM5-60XX
T-GAIAUS1_XX
MENU Full Menu Display / Move to Parent Menu
Direction keys ▲ / ▼ Item Selection by Moving the Cursor
Direction keys ◀ / ▶ Data Increase/Decrease for the Selected Item
Source Cycles through the active input source that are connected to the unit
Enter Item Selection/execution
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Alignment & Adjustment
Samsung Electronics 3-3
3-3 Factory Data ★ The underlined are items applied during the service adjustment. None of the others should be adjusted.
1. OPTION
No Item Range Default Remark
1 Factory Reset
2 Lamp Control 0~1 Always Dynamic, Always
3 WB Reset ON/OFF OFF Initialize the White Balance value
4 EER Reset - - Clear the EEPROM
5 DIGITAL -> DMD - -
6 Lamp Clear - - Initialize lamp usage time. Lamp Life is set to zero
7 Lamp Life h Lamp on time counter
8 AUTO POWER ON/OFF ON The sets turns on automatically when the power cord isplugged in
9 DNIe Demo ON/OFF ON DNle Demo function selection
10 MUTE TIME(Video) 0~1000 440 Time which the screen will be black while switching
11 DDC Protection ON/OFF ON DDC write ON/OFF selection
12 LNA Default ON/OFF Auto LNA setting OFF/Auto selection
13 PROTECT ON/OFF ON Protection ON/OFF selection
14 WATCH DOG ON/OFF ON Watch Dog ON/OFF selection
15 WD COUNT 0 0 Count for Watch Dog event
16 DBG/RS232 SEL 0~1 RS232 Rs232/Debug
17 BUS STOP ON/OFF OFF
18 FACTORY ON/OFF ON
19 SMART DEBUG ON/OFF OFF All user settings are set to default
20 EER COUNT ON/OFF ON/OFF OFF
21 EER COUNT 0x90d0
22 LNA+ ON
23 LNA Check Count 10
24 Downloadable US RRS ON/OFF OFF
25 DMD→DIGITAL - - To trans the CCA data form DMD to DIGITAL
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Alignment & Adjustment
3-4 Samsung Electronics
2. DDP3021
No Item Range Default Remark
1 V-Position 0 ~ 60 30 Screen upper and lower adjustment
2 H-Position 0 ~ 120 60 Screen left and right adjustments
3 LAMP SYNC 0~3 2 Pulse(P), Pass(T)
4 INDEX DELAY 0 ~ 359 45
Synchronizes the base position of the color wheel with the
corresponding color signal.
This is critical to the natural color display. If the index delay
is not properly set, even the correct CCA cordinates will not
help when displaying natural colors.
5 SEQ SELECT 0~15 0x05 Sequence Selection
6 V-FLIP Flip/Nomal Flip Vertical Flip Operation
7 H-FLIP Flip/Nomal Flip Horizontal Flip Operation
8 GAMMA 0 ~ 15 [4]OEM Gamma Table Selection
9 CINEMA GAMMA 0 ~ 15 [0]FILM
10 MPC ON/OFF OFF MPC Funcion On/Off
11 DMD_BIAS 0 ~ 4 3 DMD Bias pin voltage selection
12 Lamp Boost 0 ~ 63 15 Lamp Boost value selection
13 Lamp Sync Delay 0~4095 120 Lamp Sync delay value selection
14 FPGA Select XHD3/XHD4 XHD3 xHD3/xHD4 selection
15 Version - 0x0000000
16 Lamp Select 0~2 Philips Philips, Osram, Ushio
17 Lamp Watt 120W/132W 132W 120W/132W
18 Optic Select Auto/L680/K280 Auto
19 Test Pattern (DDP) 0~18 0
This displays the built-in pattern of the DDP3021 chip.
DDP3021 drives the DMD panel, so displaying this pattern
means there is no error in the DDP3021 projection function
and the panel itself.
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Alignment & Adjustment
Samsung Electronics 3-5
3. CCA
No Item Range Default Remark
1 CCA ON/OFF ON CCA On/Off Selection
2 Red-x 0~32768 646 Red-x adjustment
3 Red-y 0~32768 340 Red-y adjustment
4 Red-Y 0~32768 86 Red-Y adjustment
5 Green-x 0~32768 295 Green-x adjustment
6 Green-y 0~32768 620 Green-y adjustment
7 Green-Y 0~32768 300 Green-Y adjustment
8 Blue-x 0~32768 146 Blue-x adjustment
9 Blue-y 0~32768 58 Blue-y adjustment
10 Blue-Y 0~32768 53 Blue-Y adjustment
11 White-x 0~32768 274 White-x adjustment
12 White-y 0~32768 285 White-y adjustment
13 White-Y 0~32768 439 White-Y adjustment
14 Yellow-x 0~32768 424
15 Yellow-y 0~32768 571
16 Yellow-Y 0~32768 446
17 Cyan-x 0~32768 183
18 Cyan-y 0~32768 280
19 Cyan-Y 0~32768 310
20 DRedX 0~32768 646 Target Red X value for CCA
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Alignment & Adjustment
3-6 Samsung Electronics
No Item Range Default Remark
21 DRedY 0~32768 340 Target Red Y value for CCA
22 DGreenX 0~32768 295 Target Green X value for CCA
23 DGreenY 0~32768 620 Target Green Y value for CCA
24 DBlueX 0~32768 146 Target Blue X value for CCA
25 DBlueY 0~32768 58 Target Blue Y value for CCA
26 DCyanX 0~32768 202 Target Cyan X value for CCA
27 DCyanY 0~32768 270 Target Cyan Y value for CCA
28 DMagentaX 0~32768 290 Target Magenta X value for CCA
29 DMagentaY 0~32768 139 Target Magenta Y value for CCA
30 DYellowX 0~32768 420 Target Yellow X value for CCA
31 DYellowY 0~32768 515 Target Yellow Y value for CCA
32 [COOL2] DWhiteX 0~32768 267
33 [COOL2] DWhiteY 0~32768 276
34 [COOL1] DWhiteX 0~32768 274
35 [COOL1] DWhiteY 0~32768 285
36 [NORMAL] DWhiteX 0~32768 283
37 [NORMAL] DWhiteY 0~32768 269
38 [WARM1] DWhiteX 0~32768 299
39 [WARM1] DWhiteY 0~32768 314
40 [WARM2] DWhiteX 0~32768 313
41 [WARM2] DWhiteY 0~32768 329
42 WB Spread - - Spread CCA value to all mode
4. SP Actuator
No Item Range Default Remark
1 Actu Gain[Patt 1] 0~175 68 Actuator Gain adjustment
2 Actu Gain[Patt 2] 0~175 68 Actuator Gain adjustment
3 Actu On/Off 0~1 ON Actuator On/Off selection
4 DB On/Off 0~1 ON
5 DB Border On / Off OFF
6 DB Weight - 0%
7 DB Gain 0~3 1
8 DB Aperture 0~1 ON
9 SB Gain 0~255 0
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Alignment & Adjustment
Samsung Electronics 3-7
5. DNIe
No Item Range Default Remark
1 Test Pattern(DNIE) 0~25 0 Test pattern selection
2 SNI_PROC_CEA ON/OFF ON
3 SNI_PROC_CEP ON/OFF ON
4 SNI_PROC_DEP ON/OFF ON
5 SNI_PROC_DCE ON/OFF ON
6 SNI_PROC_CCS ON/OFF ON
7 SNI_PROC_BWS ON/OFF ON
8 SNI_PROC_PCC ON/OFF ON
9 SNI_PROC_WTE ON/OFF ON
10 SNI_PROC_CTE ON/OFF OFF
11 SNI_PROC_OUTP ON/OFF ON
12 B_RATIO 0~65535 13000 Low level information for the minimum value
13 W_RATIO 0~65535 6000 High level information for the minimum value
14 BLACK_TILT 0~255 90 Black Stretch Area
15 B_GAIN_MAX 0~225 358
16 WHITE_TILT 0~255 240 White Stretch Area
17 GAIN_X1 0~255 25 Gain of horizontal high frequency region
18 GAIN_X2 0~255 28 Gain of horizontal middle frequency region
19 GAIN_Y1 0~255 18 Gain of vertical high frequency region
20 GAIN_Y2 0~255 25 Gain of vertical middle frequency region
21 SUP_LIFT_SEL ON/OFF ON
22 EXT_SEL ON/OFF OFF
23 BOOL_SUPP_SELX1 ON/OFF OFF
24 BOOL_SUPP_SELX2 ON/OFF OFF
25 BOOL_SUPP_SELY1 ON/OFF ON
26 BOOL_SUPP_SELY2 ON/OFF OFF
27 BOOL_ENH_SEL ON/OFF OFF
28 LOG_MODE ON/OFF ON
29 R_MR 50~205 150
30 CORING_ON ON/OFF ON
31 RTH1 0~31 0
32 RTH2 0~31 12
33 NDON ON/OFF OFF
34 WB_RED_C_COEFF 0~255 128
35 WB_GRN_C_COEFF 0~255 128
36 WB_BLU_C_COEFF 0~255 128
37 WB_RED_B_COEFF 0~1023 512
38 WB_GRN_B_COEFF 0~1023 508
39 WB_BLU_B_COEFF 0~1023 512 www.fieldtechsource.net
Alignment & Adjustment
3-8 Samsung Electronics
No Item Range Default Remark
40 R_Coring_TH1 0~31 4
41 R_Coring_TH2 0~31 4
42 R_Coring_TH3 0~31 4
43 R_Coring_TH4 0~31 4
44 H_FILTER1 0~11 1
45 H_FILTER2 0~10 8
46 V_FILTER1 0~4 1
47 V_FILTER2 0~3 2
48 Sub Color 0~100 62
49 DNIe On/Off ON/OFF OFF
50 Sub Contrast 50~150 106 Brightness adjustment for the high-light parts of the screen
51 Contrast Offset 0~50 5
52 Sub Brightness 0~511 239 Brightness adjustment for the low-light parts of the screen
53 Brightness Offset - 54 R_COEFF_MATR_CRR
55 R_COEFF_MATR_CBG
56 R_COEFF_MATR_CRG
57 R_COEFF_MATR_CBB
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Alignment & Adjustment
Samsung Electronics 3-9
6. TC90103
No Item Range Default Remark
1 LIMYF 0~7 2 3D YNR limit level ; 000:small~111:large
2 KMFY 0~3 2 Feed back factor for 3D YNR ; 0£:x1:1/2,2:x3/4, 3:OFF
3 KFY 0~7 3 3D YNR Ga in; 000£ºOFF~111:x0.875
4 LIMCF 0~7 2 3D CNR limit level ; 000£ºsmall~111:large (INIT:110)
5 KMFC 0~3 2 Feed back factor for 3D CNR ;00:x 01:x1/2 10:x3/4 11:OFF
6 KFC 0~7 3 3D CNR Gain ;000:OFF~111x0.875
7 GVENH 0~3 1 Vertical enhance gain ;00:OFF 10:x1/4 01:x1/8 11:x1/2
8 VEN 0~3 3 Setup V enhance NL ;00: 6IRE 10:13IRE 01: 9IRE 1:16IRE
9 VEC 0~3 1 Setup corng level for V enhance ;00:OFF 10:1.6IRE 01:0.8IRE 11:2.3IRE
10 FENH 0~1 0 Sharpness fo ; 0:4.2MHz 1:3.3MHz
11 PRENH 0~1 0 Pre enhance 0:OFF 1:ON
12 GHENH 0~15 2 Adjustment Sharpness gain
13 NCLIM 0~7 0 Coring for sharpness/noise cancel ; 0:0.8IRE 1:3.2IRE 2:1.6IRE 3:6.4IRE
14 GNC 0~3 1 Setup gain for noise cancel ; 00:OFF 10:x1/2 01:x1/4 11:x1
15 GLTI 0~3 0 Setup L T I gain ;00:OFF 10:x1/4 01:x1/8 11:x1/2
16 LTILIM 0~3 0 Setup coring level for LTI ;00:0.8IRE 10:3.2IRE 01:1.6IRE 11:6.4IRE
17 SET DELAY 0~15 10 Chroma signal delay adjustment0000:-296ns~000:Center ~ 1111:259ns(37ns step)
18 GCTI 0~3 0 Setup CTI gain ; 00:OFF 10:x1/4 01:x1/8 11:x1/2
19 CTILIM 0~3 0 Setup coring level for CTI 00:0.4IRE 10;1.6IRE 01:0.8IRE 11:3.2IRE
20 FLTI 0~1 0 LTI fo 0:3.3MHz 1:2.2MHz OFF
21 FCTI 0~1 0 CTI fo 0:1.7MHz 1:3.4MHz
22 YCONT 0~255 66 Contrast adjustment 00h:x1/2~40h:x1~ FFh:x2.4
23 YBRIT 0~255 249 Brightness adjustment ;128:-128LSB:0 OFF~127:+127LSB(10b i t ) b i t
24 CRGAIN 0~15 0 C r signal gain adjustment ; 1000:x0~0000:x1~0111:x1.875
25 CBGAIN 0~15 1 C b signal gain adustment ;1000:x0~0000:x1 ~0111:x1.875
26 CROFS 0~15 1 C r signal offset adjustment at output stage 1000:-8LSB~0000:~ 0111:+7LSB(10bit)
27 CBOFS 0~15 1 C b signal offset adjustment at output stage 1000:-8LSB~0000:~ 0111:+7LSB(10bit)
28 HUE 0~127 0 Hue adjustmemt ;1000000:-45º~0000000:0º~0111111:+43 6º
29 HUE BIAS 0~63 0 Hue Bias adjustmemt ; 000000:0º~111111+45º
30 CKILL 0~7 7 Adjustment for the sensitivity of killer detect ratio ; 000:40dB~111:-30dB
31 BTCLON 0~1 1 LSB Process at SRC Block
32 BTCL ALT 0~1 0
33 YNRON - -
34 FILON 0~15 3
35 M_AGC_GAIN 0~225 33
36 3D/2D 2D/3D 3D
37 SNR - 117[0x75]
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Alignment & Adjustment
3-10 Samsung Electronics
7. SAA7119
No Item Range Default Remark
1 HTC 0~3 2
2 ATVT 0~3 1
3 LUFI 0~15 5
4 NAICO_Brig 0~255 112
5 NAICO_Cont 0~255 64
6 NAICO_Satu 0~255 64
7 NAICO_Hue 0~255 0
8 COMP_Brig 0~255 114
9 COMP_Cont 0~255 62
10 COMP_Satu 0~255 64
11 TASKA_Brig 0~255 140
12 TASKA_Cont 0~255 64
13 TASKA_Satu 0~255 64
14 LIMOD 0~3 0
15 LIFIL 0~3 2
16 LIWGT 0~7 0
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8. MST33X9
No Item Range Default Remark
1 RED CUTOFF 0~255 127
2 GREEN CUTOFF 0~255 96
3 BLUE CUTOFF 0~255 127
4 PHASE 0~64 0
5 RED GAIN 0~255 202
6 GREEN GAIN 0~255 207
7 BLUE GAIN 0~255 202
8 PLLDIV 0~4096 857
9 PLLGAIN 0~31 1
10 CLPDLY 0~255 8
11 CLPDUR 0~255 8
12 HSOPW 0~255 24
13 SYNC_CTRL 0~255 64
14 SOGMID_CTRL 0~255 189
15 SEP_THR 0~255 32
16 PRECST 0~255 11
17 POSTCST 0~255 8
18 ADC_BWO 0~255 102
19 ADC_BW1 0~255 6
20 Test Pattern 0~8 0
Alignment & Adjustment
Samsung Electronics 3-11
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Alignment & Adjustment
3-12 Samsung Electronics
9. SDP51(M)
No Item Range Default Remark
1 Y_Offset 0~1023 0
2 Y_Gain 0~2047 512
3 NR_Zeromotion_MD 0~255 48 Gain control for Motion detecton
4 NR_Fullmotion_MD 0~255 96
5 NR_Zeromotion_MC 0~255 40 Gain control for Motion compensation
6 NR_Fullmotion_MC 0~255 80
7 VPP_ON 0~1 0 0 : VPP OFF , 1 : VPP ON
8 VPP_Gain 0~255 30 Gain Control
9 VPP_Coring 0~47 5
10 ST_Field_CNT 0~7 5
11 ST_Ver_Mot_Min 0~255 5 VM: vertical motion
12 ST_Ver_Mot_Max 0~255 64
13 ST_Def_Min 0~255 5 DF: default → normal
14 ST_Def_Max 0~255 64
15 ST_Ticker_Min 0~255 2 TD: ticker detection
16 ST_Ticker_Max 0~255 18
17 ST_2:2_Min 0~255 5 2:2 detection (normaly source 3:2)
18 ST_2:2_Max 0~255 64
19 Mo_Ver_Mot_Min 0~255 3
20 Mo_Ver_Mot_Max 0~255 12
21 Mo_Def_Min 0~255 2
22 Mo_Def_Max 0~255 12
23 Mo_Ticker_Min 0~255 32
24 Mo_Ticker_Max 0~255 64
25 Mo_2:2_Min 0~255 0
26 Mo_2:2_Max 0~255 0
27 Spatial_Angle_TH 0~255 300 0 : vertical interpolation(do not use directional information)
28 Ticker_Mode 0~3 3 0 : ALL OFF, 1 : interlace only, 2 : except film, 3 : ALL ON
29 Debuger_Mode 0~7 0 0: off, 1 : film, 2:Stop, 3:Motion, 4: Moving 5:judder, 6: ticker, 7: weigh
30 3:2_Mode 0~3 1
31 2:2_Mode 0~3 1
32 32_22 Combi 0~3 3 3 : ALL ON, 2 :film23 ON/film22 OFF, 1 : film23 OFF/film 22 ON, 0 :ALL OFF
33 3:2Count 0~255 10
34 2:2Count 0~255 40
35 TD_LINES 0~1023 180
36 CAPTION_AREA_UP 0~1023 30
37 CAPTION_AREA_DOWN 0~1023 180
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Alignment & Adjustment
Samsung Electronics 3-13
No Item Range Default Remark
38 NR ON/OFF ON
39 MAX_WEIGHT 0~255 110
40 Test Pattern(SDP51M) 0~19 0
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Alignment & Adjustment
3-14 Samsung Electronics
10. SDP51(S)
No Item Range Default Remark
1 Y_Offset 0~1023 0 Direction Offset of the input Y
2 Y_Gain 0~2047 512 Gain of the input Y
3 NR_Zeromotion_MD 0~255 28 Gain control for Motion detecton
4 NR_Fullmotion_MD 0~255 56
5 NR_Zeromotion_MC 0~255 28 Gain control for Motion compensation
6 NR_Fullmotion_MC 0~255 56
7 VPP_ON 0~1 0 0 : VPP OFF , 1 : VPP ON
8 VPP_Gain 0~255 30
9 VPP_Coring 0~47 5 Coring for the detail vertical filter.
10 ST_Field_CNT 0~7 5 The number of the referenced field for the still discrimination.
11 ST_Ver_Mot_Min 0~255 5 VM: vertical motion
12 ST_Ver_Mot_Max 0~255 64
13 ST_Def_Min 0~255 5
14 ST_Def_Max 0~255 64
15 ST_Ticker_Min 0~255 2 TD: ticker detection
16 ST_Ticker_Max 0~255 18
17 ST_2:2_Min 0~255 5 2:2 detection (normaly source 3:2)
18 ST_2:2_Max 0~255 64
19 Mo_Ver_Mot_Min 0~255 3
20 Mo_Ver_Mot_Max 0~255 12
21 Mo_Def_Min 0~255 2
22 Mo_Def_Max 0~255 12
23 Mo_Ticker_Min 0~255 32
24 Mo_Ticker_Max 0~255 64
25 Mo_2:2_Min 0~255 0
26 Mo_2:2_Max 0~255 0
27 Spatial_Angle_TH 0~1023 300 0 : vertical interpolation(do not use directional information)
28 Ticker_Mode 0~3 3 0 : ALL OFF, 1 : interlace only, 2 : except film, 3 : ALL ON
29 Debuger_Mode 0~7 0 0: off, 1 : film, 2:Stop, 3:Motion, 4: Moving 5:judder, 6: ticker, 7: weigh
30 3:2_Mode 0~3 1 3 : All of the film modes for the current filed are off if there is judder.
31 2:2_Mode 0~3 1 1 : Only the pixel with judder is off. The REG_FLM_32_MODE is the same as the above.
32 32_22 Combi 0~3 3 3 : ALL ON, 2 :film23 ON/film22 OFF, 1 : film23 OFF/film 22 ON, 0 :ALL OFF
33 3:2Count 0~255 10
34 2:2Count 0~255 40
35 TD_LINES 0~1023 180
36 CAPTION_AREA_UP 0~1023 30
37 CAPTION_AREA_DOWN 0~1023 180
38 FILM_32_22 0~3 3
39 Test Pattern(SDP51S) 0~19 0
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Alignment & Adjustment
Samsung Electronics 3-15
11. SDP52
No Item Range Default Remark
1 DIFF_MODE 0 0 Select a differential filter
2 WS_EIGENLPF 0~31 4
3 BLEND_ALPHA 0~255 0
4 BLEND_BETA 0~511 0
5 Main YH_SHOOT 0~1 1
6 Main CH_SHOOT 0~1 1
7 Main PC_MODE 0~1 0 Shoot Control or Median Filter
8 Main YH_SHOOT_PARA1 0~255 32 Clipping Gain Parameter
9 Main YH_SC_ALPHA 0~31 31
10 Main YH_SLOPE 0~255 64 Small Ringing Control
11 Main AUTO_PAGE_SEL 0~1 0 Filter Page Select
12 Main YH_PAGE 0~31 1
13 Main YV_PAGE 0~31 5
14 Main CH_PAGE 0~31 16
15 Main CV_PAGE 0~31 16
16 Sub YH_SHOOT 0~1 1
17 Sub CH_SHOOT 0~1 1
18 Sub PC_MODE 0~1 0 Shoot Control or Median Filter
19 Sub YH_SHOOT_PARA1 0~255 32 Clipping Gain Parameter
20 Sub YH_SC_ALPHA 0~31 31
21 Sub YH_SLOPE 0~255 64 Small Ringing Control
22 GAINU 0~1023 64 CB CTI gain
23 GAINV 0~1023 64 CR CTI gain
24 R_CHCNT_ON 0~1 1
25 H_TRUNC 0~63 32
26 H_INT_GAIN1 0~127 4
27 H_INT_GAIN2 0~127 4
28 V_INT_GAIN 0~63 4
29 V_TRUNC 0~63 32
30 PRE_ALPHA 0~127 4
31 PRE_BETA 0~63 5
32 DE_GAIN_X1 0~255 16
33 DE_GAIN_X2 0~255 24
34 DE_GAIN_Y1 0~255 40
35 DE_MR 0~255 50
36 H_RTH2 0~31 10
37 V_RTH2 0~31 10
38 DE_H_CORING_F1 0~31 4
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Alignment & Adjustment
3-16 Samsung Electronics
12. S5H2200
No Item Range Default Remark
39 DE_H_CORING_F2 0~31 4
40 DE_V_CORING_F3 0~31 4
41 BLU_C_COEFF 0~255 128 Blue contrast Gain
42 GRN_C_COEFF 0~255 128 Green contrast Gain
43 RED_C_COEFF 0~255 128 Red Contrast Gain
44 BLU_B_COEFF 0~1023 0 Blue bright level
45 GRN_B_COEFF 0~1023 0 Green bright level
46 RED_B_COEFF 0~1023 0 Red bright level
47 H_FILTER1 0~11 1
48 H_FILTER2 0~10 4
49 V_FILTER1 0~4 1
50 DE-RINGING DEMO - 0
51 DE-BLOCKING DEMO - 0
52 CTI DEMO - 0
53 PRE-PRO DEMO - 0
54 Auto FRC RANGE ON/OFF OFF
55 SSTL_DDS 0~10 2
56 Overscan 0~1 ON
57 Test Pattern(SDP52M) 0~31 0
58 Test Pattern(SDP52S) 0~31 0
No Item Range Default Remark
1 Test Pattern(ALBA) 0~255 1
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Alignment & Adjustment
Samsung Electronics 3-17
13. KS1409_Tuner
14. STV82X8
No Item Range Default Remark
1 Stereo Pilot high 0~255 35
2 Stereo Pilot low 0~255 16
3 SAP Pilot high 0~255 128
4 SAP Pilot low 0~255 96
5 MELODY-ON VOL. 0~5 3
6 MELODY-OFF VOL. 0~5 3
7 Speaker Type
No Item Range Default Remark
1 RF_AGC_TOP - 0xBa
2 CR_Phase_Gain - 0x4a
3 CR_Freg_Gain - 0x1010
4 Polit_Gain - 0x01
5 AGC_Rel - 0x50
6 Eq_Ctrl - 0x030e
7 PTL_Coell - 0x23
8 PTL_Step - 0x05c0
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Alignment & Adjustment
3-18 Samsung Electronics
15. Cinema CCA
No Item Range Default Remark
1 DRedX - 640 Target Red X value for CCA
2 DRedY - 330 Target Red Y value for CCA
3 DGreenX - 300 Target Green X value for CCA
4 DGreenY - 600 Target Green Y value for CCA
5 DBlueX - 150 Target Blue X value for CCA
6 DBlueY - 60 Target Blue Y value for CCA
7 DCyanX - 225 Target Cyan X value for CCA
8 DCyanY - 329 Target Cyan Y value for CCA
9 DMagentaX - 321 Target Magenta X value for CCA
10 DMagentaY - 154 Target Magenta Y value for CCA
11 DYellowX - 419 Target Yellow X value for CCA
12 DYellowY - 505 Target Yellow Y value for CCA
13 D-White-X - 313 Target White X value for CCA
14 D-White-Y - 329 Target White Y value for CCA
16. ESP
No Item Range Default Remark
1 Dynamic Global On / Off 0~1 OFF
2 Dynamic Local On / Off 0~2 1
3 Dynamic Skin On / Off 0~100 0
4 Dynamic Strength 0~2 1
5 Dynamic Cont Gain 0~100 0
6 Dynamic Satu 0~1 OFF
7 Dynamic Satu Gain 0~255 128
8 Sharp Picture 0~1 OFF
9 VLUT - TBD0
10 Sharp Filter 0~2 1
11 Sharp Picture Gain 0~255 128
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Alignment & Adjustment
Samsung Electronics 3-19
17. SERVICE
No Item Range Default Remark
1 V-Position 0 ~ 60 30 Screen upper and lower adjustment
2 H-Position 0 ~ 120 60 Screen left and right adjustments
3 User Reset - - All user settings are set to default
4 INDEX DELAY 0 45 Index delay adjustment
5 LAMP SYNC 0 ~ 3 0
6 CCA - - CCA menu
7 DMD→Digital
8 Digital→DMD
9 Lamp Life - 8h
10 Lamp Clear - - Initialize Lamp usage time
11 Mute Time(Video) - 4
12 Lamp Select - Philips
13 Lamp Watt 120W/132W 132W
14 Actuator Gain [Patt1] 0 ~ 175 68 Actuator Gain adjustment
15 Actuator Gain [Patt2] 0 ~ 175 68 Actuator Gain adjustment
16 Factory Reset
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Alignment & Adjustment
3-20 Samsung Electronics
3-4 Service Adjustment
3-4-1 Vertical / Horizontal Position Adjustment
1. Turn off the power to put the unit into the STAND-BY mode.
2. In order to enter the Service Mode, Press "Mute" → "1" → "8" → "2" → "POWER" buttons on the Remote Control.
3. Select "Service" on the first display of the Service mode menu.
4. Select the V-position for vertical positioning and H-position for horizontal positioning by using the ▲▼ (Up & Down) buttons.
Press the ◀▶ (Left or Right) buttons to adjust the screen position.
※ Do not set the V-position value to 34 or 35. (Setting to these values will cause horizontal lines on the right side of the screen.)
3-4-2 INDEX DELAY Adjustment
1. Turn off the power to put the unit into the STAND-BY mode.
2. In order to enter the Service Mode, Press "Mute" → "1" → "8" → "2" → "POWER" buttons on the Remote Control.
3. Select "Service" on the first display of the Service mode menu.
4. Press the ▲▼ (Up or Down) button to move to INDEX DELAY, then press ENTER to select.
5. The INDEX DELAY setup screen (with White, Red, Green and Blue bars at the bottom of the screen) will be displayed.
6. Press the ◀▶ (Left of Right) buttons to adjust. Check the red color at the bottom of the screen at its minimum and maximum
values of changing from red to magenta, then adjust to the mean value.
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Alignment & Adjustment
Samsung Electronics 3-21
3-4-3 CCA Adjustment Service Methods : CCA Adjustment is needed after changing a light engine or main board
■ CCA : In DLP TV, even the same RGB color may differ depending on the light engine. CCA (Color Coordinate Adjustment)
corrects the color to achieve the color accuracy. CCA performs color correction after measuring and inputting the current
light engine's data on actual color coordinates for displayed Red, Green, Blue, and White color patterns, using a color
coordinate measuring equipment. At this moment, color correction is performed below.
1) This procedure is needed if the Main PCB or DMD Board are changed.
2) Turn off power to put the unit into the STAND-BY mode.
3) In order to enter the Service Mode, press "Mute"→"1"→"8"→"2"→"Power" buttons on the Remote Control.
4) Select "Option" on the display of the Service mode menu
5) If the DMD PCB is changed, Press the ▼▲(Up or Down) button to move to Digital→DMD, then press ENTER to select.
6) Then Press ENTER to save CCA information to the DMD board
7) If the Main PCB is changed, Press the ▼▲(Up or Down) button to move to DMD→Digital, then press ENTER to select.
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Alignment & Adjustment
3-22 Samsung Electronics
8) Then Press ENTER to save CCA information to the Main board
*Attention
Performing CCA is independent on current display's resolution and input signal type if you don't measure color coordinates data.
Measuring color coordinates data requires specific equipment not possessed by service per
sonnel, that makes performing manual adjustment impossible. Adjusting CCA is applied to all the signal mode.
Don't change desired value because it will be harmful to the color of the SET.
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Alignment & Adjustment
Samsung Electronics 3-23
3-4-4 ACTUATOR GAIN Adjustment
1. Before Adjustment
1) Turn off the power to put the unit into the STAND-BY mode.
2) In order to enter the Service Mode, Press "Mute" → "1" → "8" → "2" → "POWER" button on the Remote Control.
3) Select "Service" on the first display of the Service mode menu.
4) Press the ▲▼ (Up or Down) button to move to ACTUATOR GAIN1,2, then press ENTER to select.
5) The Actuator gain setup screen will be displayed.
6) Press the ◀▶ (Left of Right) button to adjust. check the smooth picture at it's minimum and maximum values of changing
,then adjust to the mean value.
2. Making Adjustments
1) As shown in the picture above, change the actuator values to eliminate saw tooth shapes.
- To fine tune, increase the data value ensuring that you get the center between the starting and ending points of the
disappearing saw tooth shape.
Actuator Gain 115
Before Adjusting After Adjusting
- Actuator Gain1 : In case of controlling with Cross Pattern.
- Actuator Gain2 : In case of controlling with Crosshatch Pattern.
CROSSHATCH PATTERN
CAUSTION: GAIN2 is just controlled by your
eye because control value doesn’t
appear In picture.
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Alignment & Adjustment
3-24 Samsung Electronics
3-5 Software Upgrade
1. Prepare the USB memory stick with the built-in firmware.
2. While the TV is off, insert the USB stick into the SERVICE terminal.
3. When turning on the TV, there should be a long beeping tone and the firmware download process should start. If there is no
sound from the TV, turn it off and then on again.
4. When the download is complete, there will be another long beeping tone and the TV will go into standby mode.
※ Check for the Firmware Version
1) Turn off the power to put the unit into the STAND-BY mode.
2) In order to enter the Service Mode, Press "Mute" → "1” → "8" → "2" → "POWER" buttons on the Remote Control.
3) In case entry into SERVICE MODE is unsuccessful, repeat steps 1 and 2 directly above.
4) You can check the firmware version at the bottom of the Factory menu. T_GALIAUS0_00XX2006_XX_XX
T-GALIUCOM5-60XX
T-GAIAUS1_XX
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Alignment & Adjustment
Samsung Electronics 3-25
3-6 Replacements & Calibration
3-6-1 Tilt the Screen
1. Remove the 9 point screws. Remove the Bottom cover.
Fix the safety switch on the right with tape so that the set
can be turned on after removing the bottom cover.
: TH,B,M4.L15,BLK,SWRCH18A
3. Turn off the power to put the unit into the STAND-BY mode.
In order to enter the Service Mode, Press "Mute" → "1" → "8" → "2" → "POWER" buttons on the Remote Control.
Select "DDP3021" on the first display of the Service Mode menu. Press the ▲▼ (Up or Down) button until the cursor position
is "Test Pattern(DDP) then press ENTER to select . Press the ▶ (Right) button until you see the CROSSHATCH PATTERN.
Then, adjust the screen position, by holding both of the upper corners of the DMD board.
CROSSHATCH PATTERN
2. Loosen the 3 points screws.
*Left 2 points screws
: PWH,S,M3,L8,ZPC(YEL),SWRCH18A
*Right 1 points screw
: PWH,S,M3,L7,ZPC(YEL),SWRCH18A
Fix the safety switch on the right with tape so that the
set can be turned on after removing the bottom cover.
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Alignment & Adjustment
3-26 Samsung Electronics
※ Even when those screws are loosened, the board does not separate it can be moved within the adjustable range because there
are spring screws at the center holding it.
※ When adjusting the screen, it is better for two people to work together.
One person should adjust the picture position while the other person looks at the screen.
- When one person works, do the following:
1) Remove the side-cover of the cabinet side.
2) See the screen through the hole on the side and adjust the image location.
※ The movement direction of the board and the picture are opposite.
- When the board is lifted upward, the screen descends down.
- When it is tilted to the left, the screen tilts to the right.
※ When the picture adjustment is completed:
First, tighten the two screws on the left of the DMD board and then slowly tighten the one screw on the bottom right.
Be careful not to touch the board while tightening the screws.
(When using an electric-powered screwdriver, be careful that the torque is not too high.)
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Alignment & Adjustment
Samsung Electronics 3-27
3-6-2 Align the Focus
1. Remove the 2 screws.
: TH,B,M4.L15,BLK,SWRCH18A
2. Pull out the holder Chassis
3. Adjust the Lens Focus
4. Adjust the Lens focus.
ccw cw
Focus Alignment
1) Input a Crosshatch pattern or enter service mode and use the
internal generated patterns.
2) Insert your hand/finger into the unit as shown in the figure
and adjust the focus alignment dial of the Projection Lens
Clockwise or Counter Clockwise (See picture in step 4) until
the picture is clear.
3) Since the alignment is done from the rear, use a mirror or a
second person to confirm the adjustment is complete.
※When one person works, do the following:
1) Remove the side-cover of the cabinet side.
2) See the screen through the hole on the side and adjust
the focus.
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3-28 Samsung Electronics
MEMO
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4. Exploded View & Part List
Exploded View & Part List
Samsung Electronics 4-1
T0003
M0112
T0056
T0023
T0062
T0238
T0175
T0172
T0175
T0158
T0054
T0053
T0444
T0445
T0010
T0010
T0267
T0260
T0507
M0006
T0091
M0013
M0952
M0006
T0130
M0112
T0275
T0120
M0014
M0412
T0129
T0022
T0059
T0074 T0268
You can search for the updated part code through ITSELF web site.
URL:http://itself.sec.samsung.co.kr
4-1 HLS5087WX/XAA
Loc.No. Code No. Description Specification Q'ty SA/SNA Remark
M0006 BP63-00721A COVER-REAR 50K2/K3,HIPS,HB,BK500 1 S.N.A
M0006 BP63-00714A COVER-REAR BOTTOM K2/K3,HIPS,V0,BK500 1 S.N.A
M0013 BP96-01473A ASSY COVER P-REAR BOTTOM K2/K3,HIPS,V0,B 1 S.A
M0014 BP94-02258C ASSY PCB MAIN ATSC_ONLY,L66A,GALILEI 1 S.A
M0112 BP63-00724A COVER-FRONT 50K3,ABS+PMMA,HB,BK23,STEAM, 1 S.N.A
M0112 BP96-01432A ASSY SHIELD P-PCB L66A,SPTE,T0.5,POD 1 S.N.A
M0412 BP96-01421A ASSY BRACKET P-PCB NOBEL,SECC,T1.0 1 S.N.A
M0952 BP63-00710A COVER-DUCT K2/K3,ABS,V0,BK07,RTI95 1 S.N.A
T0003 BP96-01489A ASSY COVER P-FRONT 50K3,SEA(L66A),ABS+PM 1 S.A
T0010 BP96-00940A ASSY HOLDER P-MIRROR LEFT L6 ALL, L8,HIP 1 S.A
T0010 BP96-00941A ASSY HOLDER P-MIRROR RIGHT L6 ALL, L8,HI 1 S.A
T0022 BP64-00587A KNOB CONTROL K2,ABS,HB,BK07,AL V/P 1 S.N.A
T0023 BP64-00589A KNOB POWER K3,PC,VIOLET 1 S.N.A
T0053 BP67-00140A SCREEN FRESNEL 50W,-,NTR,1126*646,1.5T,- 1 S.A
T0054 BP67-00137A SCREEN LENTI 50W,-,NTR,1126*646,2.4T,-,- 1 S.A
T0056 BP63-00723A COVER-DECORATION 50K2,PC SHEET,T0.6,SEA, 1 S.N.A
T0059 BP64-00590A INDICATOR LED K2,ABS,HB,MILKY SMOG 1 S.N.A
T0062 BP61-01227A HOLDER-POWER K3,ABS HB,BK07,AL V/P 1 S.N.A
T0074 BP59-00107A REMOCON Einstein,TM87B,54,NTSC,L64D 1 S.A
T0091 BP94-02270A ASSY PCB MISC-A/V SIDE HLS5686,L64D,K2 1 S.A
T0120 BP94-02261A ASSY PCB POWER L64D(L6),AC120V,ATSC(W/O 1 S.A
T0129 BP96-01491A ASSY ENGINE P-DLP 50K3,PHILIPS 132W,E22, 1 S.A
T0130 BP96-01431B ASSY COVER P-TERMINAL BOARD GALILEI,SEA, 1 S.N.A
T0158 BP96-01462C ASSY COVER P-MAIN K2,K3,SAMEX,HIPS,V0,BK 1 S.N.A
T0172 BP94-02272A ASSY PCB MISC-RMC HLS5686,L64D,K2 1 S.A
T0175 BP96-01441A ASSY SPEAKER P 8ohm,K3,DLP,10W,BAR,Horn 1 S.A
T0175 BP96-01441B ASSY SPEAKER P 8ohm,K3,DLP,10W,Right,BAR 1 S.A
T0238 BP64-00385A WINDOW REMOCON 50L3,PC,VIOLET 1 S.N.A
T0260 BP67-00254A MIRROR-FRONT Front Mirror 50",1056*551*5 1 S.A
T0267 BP61-01234A BRACKET-MIRROR TOP 50K2,AL6063 EXTR 1 S.N.A
T0268 3903-000144 CBF-POWER CORD DT,US,BP3/Y,U(IEC C13-RA) 1 S.A
T0275 BP96-00972A ASSY MISC P-INLET SVP-50L6HD,HURRICANE,D 1 S.A
T0444 BP96-01582B ASSY BRACKET P-SCREEN SIDE 50K3,AL6063,E 2 S.N.A
T0445 BP96-01484A ASSY BRACKET P-SCREEN BOTTOM 50K2,SECC-1 1 S.N.A
T0507 BP63-00709A COVER-DUST K2/K3,HIPS,HB,BK500 2 S.N.A
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5-1Samsung Electronics
Electrical Part List
5. Electrical Part List
5-1 HLS5087WX/XAA Service Item
Loc.No. Code No. Description Specification Q'ty SA/SNA
M0013 BP96-01473A ASSY COVER P-REAR BOTTOM K2/K3,HIPS,V0,B 1 S.A
M0014 BP94-02258C ASSY PCB MAIN ATSC_ONLY,L66A,GALILEI 1 S.A
M0114 BP39-00230A CBF SIGNAL HLS5686W,24p/24p,20276-D,300m 1 S.A
M2893 BN39-00656B LEAD CONNECTOR HLR5686W,UL1569#26,UL/CSA 1 S.A
M2893 BP39-00044D LEAD CONNECTOR HLS5686W,UL1007#22,UL/CSA 1 S.A
M2893 BP39-00096D LEAD CONNECTOR HLP6163W,UL1185/2547#26,1 1 S.A
M2893 BP39-00103A LEAD CONNECTOR HLN507WX,UL2464 #26,UL/CS 1 S.A
M2893 BP39-00104D LEAD CONNECTOR HLS5686W,UL1007#26,UL/CSA 1 S.A
M2893 BP39-00140E LEAD CONNECTOR HLR5686W,UL2547#26,UL/CSA 1 S.A
M2893 BP39-00141C LEAD CONNECTOR HLS6187WX/XAA,UL1617#22,U 1 S.A
M2893 BP39-00147B LEAD CONNECTOR HLR5686W,UL1007#26,UL/CSA 1 S.A
M2893 BP39-00174D LEAD CONNECTOR HLS6187WX/XAA,UL1007#26,U 1 S.A
M2893 BP39-00180C LEAD CONNECTOR HLR5668WAX,UL1617#22,1P,1 1 S.A
M2893 BP39-00227A LEAD CONNECTOR HLS5686W,UL1007#26,UL/CSA 1 S.A
M2893 BP39-00228A LEAD CONNECTOR HLS5685W,UL1061#28,UL/CSA 1 S.A
M2893 BP39-00228A LEAD CONNECTOR HLS5685W,UL1061#28,UL/CSA 1 S.A
M2893 BP39-00229B LEAD CONNECTOR HLS6187WX/XAA,UL1061#28,U 1 S.A
M2893 BP39-00231B LEAD CONNECTOR HLS6187WX/XAA,UL1571#30,U 1 S.A
T0003 BP96-01489A ASSY COVER P-FRONT 50K3,SEA(L66A),ABS+PM 1 S.A
T0049 BP47-00033A LAMP-BALLAST EUC 132D P/41,160 MM CABLE, 1 S.A
T0074 BP59-00107A REMOCON Einstein,TM87B,54,NTSC,L64D 1 S.A
T0120 BP94-02261A ASSY PCB POWER L64D(L6),AC120V,ATSC(W/O 1 S.A
T0129 BP96-01491A ASSY ENGINE P-DLP 50K3,PHILIPS 132W,E22, 1 S.A
T0175 BP96-01441A ASSY SPEAKER P 8ohm,K3,DLP,10W,BAR,Horn 1 S.A
T0175 BP96-01441B ASSY SPEAKER P 8ohm,K3,DLP,10W,Right,BAR 1 S.A
T0568 BP39-00217A CBF IF HLR5668WAX,1PIN,1365#26,80mm,BK,D 1 S.A
T0703 BP96-01581A ASSY DMD BOARD P K280,Philips,DMD Board, 1 S.A
T0888 BP96-01472A ASSY LAMP P K2,PHILIPS 132W,HD5 1 S.A
T0889 BP96-01579A ASSY COLOR WHEEL P K220,SVC 1 S.A
You can search for the updated part code through ITSELF web site.
URL:http://itself.sec.samsung.co.kr
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Samsung Electronics5-2
MEMO
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Troubleshooting
Samsung Electronics 6-1
6. Troubleshooting
6-1 Checkpoints by Error Mode
1. Power Light: Check the master switch (ON/OFF) and the fuse to see if they are operating.
2. LED Blinking: See the basic LED checklist in 6-2-1.
< Blinking Temp & Timer LED >
< Blinking Lamp and Temp LEDs >
Are fans running?
Yes
Yes
Yes
Replace DMD Board
Check for 8Vdc at
CN804 & CN805 Pin3 on
DMD Board.
Replace fan(s)
Check CN804 pins 15&16 on
the Power board for 12VB
No No No Replace Power Board
Replace
the Main board
CN101
Is lamp cover installed?
Make sure lamp cover
switch is activating
Short CN802 5&6
PIN on DMD Board
Check boss
on Lamp Cover
Replace the DMD Board
Install lamp cover
Yes
Yes
No No No Replace the Main Board
No www.fieldtechsource.net
No Yes
No Yes
Check Temp Sensor
connector CN802
3&4PIN on DMD Board
Install jumper across
Temp Sensor Terminals
Does it work?
Replace Temp. Sensor
Re insert
the Connector
Replace
DMD board
Do fan(s) run? Does color wheel run?
Replace color wheel assy' Is lamp on?
Replace DMD Board Check 220~410V DC to lamp ballast
(x1) Measure with DC meter
Does lamp
come on, then
shut off?
Replace Power Board Re-install lamp assy'
Check pin 1 on CN803
on DMD board for 5V DC
Check 5Vpp at CN803
pin 1 on DMD Board
Replace lamp assy' or ballast Replace DMD Board Replace ballast or lamp assy'
Yes
No No No NoYes
Yes
Yes
Yes
No No Yes
No No NoYes Yes
Temperature Sensor
Replace fan(s)?
Troubleshooting
6-2 Samsung Electronics
< Blinking Temp LED >
A blinking lamp LED is the most common failure indication. It can be caused by no lamp, no color wheel, no fan(s), or other
defective components.
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Troubleshooting
Samsung Electronics 6-3
3. Noise:
Internal noise may be caused by a foreign substance on the fan or driving device.
For a DLP TV, the lamp fan, DMD board fan and color wheel are vulnerable to noise. Sometimes the connector wire around the
lamp or DMD fan makes contact with the fan, while the color wheel is protected inside the module and cannot make contact with
any nearby wires. However the color wheel sensor or the drive motor may cause noise by making contact with the color wheel.
As the color wheel uses an air bearing system, it has a very slight possibility of creating internal noise.
When irregular noise occurs for no particular reason, check the inside of the TV for any foreign substances.
The DLP projection TV may cause noise as the physical screen is empty inside, causing a resonance to a particular frequency.
Thus a low vibration is not a malfunction.
Any 'creaking' noise is mostly from the structure of the device itself. A short, harsh noise may occur from a distortion or
malformation due to thermal expansion between the metal joints, screws and loaded parts, respectively. Any intermittent 'creaking'
noise can be removed by loosening the screws.
4. A black screen with the lamp on: Replace the DMD board.
5. Line Pattern: Regular line patterns occur vertically or horizontally: Replace the DMD board.
6. Voice Distortion: Replace the main or rear board.
7. Outside Light: This is not a product malfunction, but a possible installation or human error. This occurs when the projected light
from the surrounding illumination reflects onto the screen. This disappears as the TV starts operating and the TV lamp gets
brighter. However, you can avoid outside light by changing the position of the TV or the installation angle.
Decreasing the illumination or changing the indoor lighting may work.
8. Screen Flip-over:
Enter Factory mode in DDP3021 and perform H-Flip (flip horizontally) and V-Flip (flip vertically).
The screen will flip over horizontally or vertically.
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Troubleshooting
6-4 Samsung Electronics
9. Other Screen Errors:
▶ 40 Vertical lines 16 pixels wide:
DDP3021 or BGA, DMD panel interference.
→ Replace the DMD board or DMD Panel
.
▶ Horizontal Bar or No Raster:
Error in DDP3021 or the DMD panel.
→ Replace the DMD board or DMD Panel
▶ Dotted Vertical Bar:
Error in Rambus Dram(IC 403) or the soldering
→ Replace the DMD board
▶ Beehive mosaic patterns all over the screen:
Error in the TMDS Receiver (IC100) or the soldering
The H sync signals are not transferred to DDP3021.
→ Replace the DMD board.
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Troubleshooting
Samsung Electronics 6-5
6-1-1 Video Circuit Error Checking
■ Basics:
- The DDP3021 on the DMD board has a feature to display internal test patterns.
- DNle, which is an end port in the digital board, has a feature to display internal test patterns.
- The rear board is the first output and the main board is the second one, followed by DMD, which is the final one.
■ Diagnosis By Module
1. Access Service Mode
(In Standby mode, press "Mute", "1", "8", "2" and "Power" to turn the screen on and enter service mode)
2. Check if there is an error in the DMD board
DDP3021 → TEST PATTERN → Press the right arrow key:
Options of FULL WHITE, BLACK, RED, GREEN and BLUE PATTERN are displayed on the screen.
If "Pattern" does not appear, this is a DMD board error.
3. Check if there is an error in the main board before the DMD.
When the DMD board has been determined to be error free based on the test patterns:
FACTORY MODE → DNIe → TEST PATTERN normal display: no error in the main board.
If "Pattern" does not appear, you have to check a rear board first, and check a DMD Board second, next check a main
Board.
4. Check for a power signal from the SMPS to the main boards. (See the circuit diagram below).
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Troubleshooting
6-6 Samsung Electronics
6-1-2 Flow Chart for Malfunction
Check if DMD Fan is running?
Can you see anything
in the screen?
Can you see OSD menu
running in the screen?
Can you see Digital
Channel broadcast ?
Check Cables connected to
Main Board. If necessary,
replace the Main Board
1) Check the DVI Cable
connected between the Main
Board and the DMD Board.
If necessary, replace DVI Cable.
Check Cables connected to
DMD Board. If necessary,
replace DMD Board.
Check Cables connected to
Power Board. If necessary,
replace Power Board.
Check Cables connected to
Main Board.
If necessary, Replace Main Board.
Check if CN9400
Power are supplied.
If the DLP turns on
Check the Power Cord
Does the LAMP turn on?
Replace the Main Board
Replace LAMP
Check Cables connected to
DMD Board.
If necessary, replace DMD Board.
Check Cables connected to
BALLAST. If necessary,
replace BALLAST.
Yes
Yes
Yes
Yes
Yes
Yes
No No No No No No No 1) DVI Cable
2) DMD Fan
2)
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Troubleshooting
Samsung Electronics 6-7
6-2 Troubleshooting Procedures by Error Modes
6-2-1 Installation & Connection
Remote Control Sensor
Aim the remote control towards this spot on the TV.
POWER
Press to turn the TV on and off.
Indicator Light Key
● : Light is On
◑ : Light is Blinking
○ : Light is Off
TIMER LAMP STAND BY/TEMP Indication
○ ○ ● Standby state.
○ ◑ ○ The picture will automatically appear in about 15 seconds.
● ◑ ○
Auto Timer ON/OFF has been set and the set will automatically be turned on in about 15
seconds.
◑ ○ ◑ A cooling fan inside the set is not operating normally.
○ ◑ ◑ Lamp cover on rear of the set is not properly shut.
○ ○ ◑
Check if the ventilation hole on the rear of the set is blocked, because if the inner
temperature is too high, the power will shut off.
◑ ◑ ◑ Lamp may be defective.
* It takes about 30 seconds for the TV to warm up, so normal brightness may not appear immediately.
* The TV has a fan to keep the inside lamp from overheating. You'll occasionally hear it working.
6-2-2 Protect Status
1. When the rear cover is opened
A sensor detects when the rear cover is opened and turns the set off and then into Standby mode.
If you close the cover or fix the switch, you can turn the set on by pressing the Power button on the unit or the remote control.
The set will then operate normally.
2. When the temperature sensor operates
When the set is overheated, the internal temperature sensor turns the set off and the set goes to Standby mode.
When the internal temperature of the set returns to a normal range(203℉), turn the power on by pressing the Power button on the
unit or the remote control. The set will then operate normally.
3. Attempting to turn the lamp on fails repeatedly
If turning the lamp on fails, the set automatically tries turning the lamp on 3 times. If all attempts fail, all LED's on the front panel
will blink. Check the lamp and the ballast and replace them, if necessary. www.fieldtechsource.net
Troubleshooting
6-8 Samsung Electronics
6-3 Troubleshooting Procedures by ASS'Y
6-3-1 Check Lamp & Ballast
1. When the lamp is not on, check if there is anything wrong with the ballast.
Remove the lamp. Fix the safety switch on the right with tape and turn on the power.
Check to see if a blue flame starts igniting in the arc gap inside the ballast momentarily during start-up.
There is no problem with the ballast if there is a flame. When the ballast has no error, replace the lamp.
5V 60Hz
A blue flame
occurs
momentarily
during startup.
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Troubleshooting
Samsung Electronics 6-9
6-3-2 When the lamp and the ballast are normal but the lamp does not turn on or turns off right after
quickly lighting up
1. Check the color wheel
Check if the color wheel is running. + Check the DMD board and the ballast for the signals.
Check the second CN750 pin for input signals. When 3.5V, 180Hz is output, the color wheel is operating normally.
3.5V 240Hz
※ DMD Board Check Diagram
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6-10 Samsung Electronics
MEMO
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Block Diagram
Samsung Electronics 7-1
7. Block Diagram
7-1 Overall Block Diagram
Main BoardRear Board
USB Service jack / Wise Link
※For the Assy Code, see the service item on page 5-1.
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Block Diagram
7-2 Samsung Electronics
Op tio
n Op tio
n Op tio
n Op tio
n Op tio
n Op tio
n Op tio
n Re ar B
oa rd Ma in Bo ar d 7-2-1 S5H2201+SDP51/52 Block Diagram
7-2 Partial Block Diagram
※Options are deleted on the ATSC only Model
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Option
7-2-2 SMPS Block Diagram
Block Diagram
Samsung Electronics 7-3
※Options are deleted on the ATSC only Model
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Block Diagram
7-4 Samsung Electronics
30109CT
niaM
9117AAS
buS
9633TSM
15PDS
niaM
TESERn
15PDS
buS
4eIND
XAMIC
1203PDD
25PDS
8528VTS
draC tupnI
draob DMDdraoB niaM
8249C3S
MOCIM
BB48F3S
DLPE
OTESERn
)teser no erutciP(OTSRn
TSRn_ICP
IDEJ
NI_OTSRn
DNANENO
X6165GFK
6459ACP
PXE C2I
TESERn_DM
TESERn_S
)PLD(draob DMD oT
2407AIK
CI teseR
V5S
hctiwS teseR metsyS
KNIL_TESERn
x0022H5S
+SSORTABLA
D_OTESERn
DLPE
TESERn_UPC
draob-buS
MIN DOP
TSR_TSM
Option
Option
Option
7-2-3 Reset Signal Flow Block Diagram
※Options are deleted on the ATSC only Model.
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Block Diagram
Samsung Electronics 7-5
7-2-4 S5H2201+I2c Signal Flow Block Diagram
※Options are deleted on the ATSC only Model.
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Block Diagram
7-6 Samsung Electronics
7-2-5 Power Flow Block Diagram(Rear Board)
※Options are deleted on the ATSC only Model.
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Block Diagram
Samsung Electronics 7-7
7-2-6 Power Flow Block Diagram(Main Board)
※Options are deleted on the ATSC only Model.
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7-8 Samsung Electronics
MEMO
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Wiring Diagram
Samsung Electronics 8-1
8. Wiring Diagram
8-1 Overall Wiring
※For the part information, see page 8-2.
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Wiring Diagram
8-2 Samsung Electronics
8-1-2 Connect Cables
Use Actuator_SP side AV 11P RMC 3p
Code BN39-00640C BP39-00096D BP39-00140E
Photo
Use RMC 2p key control 6p Power 24p
Code BN39-00656B BP39-00147B BP39-00174A
Photo
Use Ground discharge cable 1p Inlet SIDE AV 5P
Code BP39-00180C BP96-00972A BP39-00104D
Photo
Use Ballast cable key control 4p Main to DMD cable
Code BP39-00141A BP39-00103A BP39-00192A
Photo
※The code number of cable(Lead-connector) can be changed, see "5 Chapter. Electrical Part List."
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Wiring Diagram
Samsung Electronics 8-3
Use DVI(250mm : k280)
Code BP39-00106A
Photo
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Wiring Diagram
8-4 Samsung Electronics
8-2 Main Board Layout
S5
H2
20
1A
01
(A
lba
tro
ss +)
DD
R
K4
D5
51
63
8F
SD
P5
2
DD
R
K4
D2
63
23
8F
DD
R
K4
D2
63
23
8F
SD
P4
2
DN
Ie 4
M
ain
Tu ne r SPL ITTER
PO
D
Su b Tu ne r SD
P5
1
Su b IP
C
SD
RA
M
K4
S6
43
23
2H
SD
RA
M
K4
S6
43
23
2H
SD
P5
1
M
ain
IP
C
SD
RA
M
K4
S6
43
23
2H
SD
RA
M
K4
S6
43
23
2H
ST
V8
25
8D
SX
S3
F8
4B
BX
ZZ
DV
I
CO
N.
2
4P
C
ON
.
12
P
CO
N.
6P
C
ON
3P
C
ON
.
4P
C
ON
.
4P
C
ON
.
RE
AR
B
OA
RD
(4
8P
in)
RE
AR
B
OA
RD
(9
6P
in)
M
AI
N
PR
OC
ES
SO
R
Sc ale
r Bl oc k So un d Pr oc es so r ST
A3
23
W
Di git
al Am p M
IC
OM
On e NA
ND
Fl as h M
em or y KF
G5
61
6U
1M
IP
C
Bl oc k TM
DS
Tr an sm itt
er Si l71
70
DD
R
K4
D5
51
63
8F
DD
R
K4
D5
51
63
8F
DD
R
K4
D5
51
63
8F
D - N ET
Op tio
n Op tio
n ※Options are deleted on the ATSC only Model.
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PCB Diagram
Samsung Electronics 9-1
9. PCB Diagram
9-1 Power Board
CN801
PD802S
GT801
CN804
9-1-1 Assy Power Board
■ DC Power Supply
(Supplies DC power to the main PCB. The main board is responsible for the power supply to the rear/POD/DMD board.)
9-1-2 Names & Roles of Key Parts
* CN801 : Supplies power (DC220-400v) to the ballast
* CN804 : Supplies power to the main board.
* GT801 : Anti-lightning wire connected to the main board. The anti-lightning wire should be installed for safety purposes.
* PD802S : Inlet type of terminal that is connected to the AC power cable.
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PCB Diagram
9-2 Samsung Electronics
9-1-3 Power Board Connector Pin
CN804
Connecting Power to Main Board
Pin Name PIN No. Pin Name
STD5V 1 2 N.C
GND 3 4 S14.5V
STD5V 5 6 S_GND
GND 7 8 S14.5VB
POWER_SW 9 10 S_GND
5.7VB 11 12 5.7VB
GND 13 14 GND
12V_OPTION 15 16 12V_OPTION
GND 17 18 GND
12VB 19 20 12VB
GND 21 22 GND
GND 23 24 12VB
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PCB Diagram
Samsung Electronics 9-3
9-2 Main Board
CN600
CN7025 CN9406
CN9000
CN803
CN804
CN805
CN9403 CN9400
9-2-1 Assy Main Board
■ All Digital Video Processing
■ OSD / Menu
■ Reset Switch (Reset to the CPU)
■ Connected with POD channel Board and Rear Board
9-2-2 Names & Roles of Key Parts
* S5H2201 : RISC Processor/ USB host port/ MPEG Video decoder/ AC-3 decoder
* The advantages of SDP51/52
- The world's first Noise Reduction with the ME/MC tool application to 1080p Signal
- ME/MC IPC with the best performance in the world
The clear character reproduction with Ticker Detection & Compensation
- DTV Picture quality differentiation with MPEG Noise Reduction(De-blocking/De-Ringing)
- Extended definition and uniform Scaling implementation with the horizontal 12tap and the vertical 8Tap Scaler
- Natural Edge implementation with De-Jagging function
- Pattern and fine signal sharpness improvement by Pre-Scaler and DE
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PCB Diagram
9-4 Samsung Electronics
9-2-3 Main Board Connector Pin
CN9000
Pin No. Pin Name
1 GND
2 GND
3 12VB
4 12VB
5 GND
6 SDA-M1
7 SCL-M1
8 GND
9 S5V
10 GND
11 70VB
12 GND
Pin No. Pin Name
1 -L_OUT
2 +L_OUT
3 -R_OUT
4 +R_OUT
CN803
Pin No. Pin Name
1 GND
2 KEY1
3 KEY2
4 GND
CN804
Pin No. Pin Name
1 IR
2 GND
3 S5V_MICOM
CN805
Pin No. Pin Name
1 S5V_MICOM
2 KEY-PWR
3 GND
4 LED_STB
5 LED_LAMP
6 LED_TIMER
CN9403 CN9400
Pin Name PIN No. Pin Name
STD5V 1 2 N.C
GND 3 4 S14.5V
STD5V 5 6 S_GND
GND 7 8 S14.5VB
POWER_SW 9 10 S_GND
5.7VB 11 12 5.7VB
GND 13 14 GND
12V_OPTION 15 16 12V_OPTION
GND 17 18 GND
12VB 19 20 12VB
GND 21 22 GND
GND 23 24 12VB
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PCB Diagram
Samsung Electronics 9-5
CN651
PIN No. Pin Name PIN No. Pin Name PIN No. Pin Name
1 GND 17 TX_ANYNET 33 GND
2 NC 18 RX_ANYNET 34 NC
3 RX_GEMSTAR 19 NC 35 SIDE_SDET
4 TX_GEMSTAR 20 GEMSTAR_IR 36 SIDE_VDET
5 GND 21 GND 37 GND
6 USBAP 22 USB_VCC_CHECK 38 USBPWON-OFF
7 USBAN 23 NC 39 WOOFER_MUTE
8 NC 24 NC 40 SPDIF_HDMI
9 GND 25 NC 41 GND
10 12V_OPTION 26 GND 42 12V_OPTION
11 S5V_REAR 27 S5V_REAR 43 GND
12 D5V 28 D5V 44 GND
13 9VA 29 9VA 45 GND
14 GND 30 DDC_EEP_WP 46 NC
15 NC 31 NC 47 HDMI1_HPLUG_CTL
16 NC 32 SPDIF_OUT 48 HDMI2_HPLUG_CTL
CN600
PIN No. Pin Name PIN No. Pin Name PIN No. Pin Name
1 TMDS_TX0+ 9 TMDS_TX1+ 17 TMDS_TX2+
2 TMDS_TX0- 10 TMDS_TX1- 18 TMDS_TX2-
3 GND 11 GND 19 GND
4 TMDS_TXC+ 12 NC 20 DLP_SYNCVAL
5 TMDS_TXC- 13 NC 21 MD_nRESET
6 SCL_DDP 14 NC 22 GND
7 NC 15 LAMP_TXn_1 23 DDP_READY
8 NC 16 LAMP_Rx 24 PWRGOOD
Pin No. Pin Name
1 NC
2 S9V
3 LNA_ON_OFF
4 SPL_CTL1
5 GND
6 SPL_CTL2
CN7000
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CN9406
PIN No. Pin Name PIN No. Pin Name PIN No. Pin Name
1 MONITOR_R 33 nRESETO_D 65 MAIN_CVBS
2 MONITOR_L 34 NRSTO_IN 66 NC
3 GND 35 IN_SW1 67 DTV_CVBS
4 NC 36 MST_nINT 68 GND
5 NC 37 MST_RST 69 V2-DET
6 NC 38 NC 70 V1-DET
7 GND 39 GND 71 COMP2-DET
8 HDMI2-ID 40 S2-DET 72 COMP1-DET
9 HDMI1-ID 41 S1-DET 73 PCJACK-ID
10 M_TC_HS 42 SDA_IN 74 MAIN_VBI
11 M_TC_VS 43 SCL_IN 75 M_TC_DE
12 M_TC_PCLK 44 GND 76 GND
13 GND 45 M_TC_R(6) 77 M_TC_R(2)
14 M_TC_R(9) 46 M_TC_R(5) 78 M_TC_R(1)
15 M_TC_R(8) 47 M_TC_R(4) 79 M_TC_R(0)
16 M_TC_R(7) 48 M_TC_R(3) 80 GND
17 GND 49 GND 81 M_TC_G(3)
18 M_TC_G(9) 50 M_TC_G(6) 82 M_TC_G(2)
19 M_TC_G(8) 51 M_TC_G(5) 83 M_TC_G(1)
20 M_TC_G(7) 52 M_TC_G(4) 84 M_TC_G(0)
21 GND 53 GND 85 GND
22 M_TC_B(9) 54 M_TC_B(5) 86 M_TC_B(2)
23 M_TC_B(8) 55 M_TC_B(4) 87 M_TC_B(1)
24 M_TC_B(7) 56 M_TC_B(3) 89 M_TC_B(0)
25 M_TC_B(6) 57 GND 89 GND
26 GND 58 SIDE_R 90 GND
27 GND 59 SIDE_L 91 GND
28 GND 60 MAIN_R 92 GND
29 GND 61 MAIN_L 93 GND
30 GND 62 I2S_RX_MCLK 94 GND
31 I2S_RX_BCLK 63 I2S_RX_LRCLK 95 RX_RS232
32 I2S_RX_DATA 64 SUB_WOOFER_OUT 96 TX_RS232
PCB Diagram
9-6 Samsung Electronics
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PCB Diagram
Samsung Electronics 9-7
9-3 Rear Board
CN1702
CN1701 CN1700
CN1804
9-3-1 Assy Rear Board
■ Analog Video Switching / Processing
■ Analog Audio Switching
9-3-2 Names & Roles of Key Parts
* CN1700,CN1701 : Connected to the Main board
* CN1702 : Connected to the side AV
* CN1804 : Connected to the side USB port
* High Definition Multimedia Interface :
The HDMI™ (High Definition Multimedia Interface) supports compressed standard and high definition digital video formats and
existing digital multi-channel audio formats.
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PCB Diagram
9-8 Samsung Electronics
9-3-3 Rear Board Connector Pin
CN1701
PIN No. Pin Name PIN No. Pin Name PIN No. Pin Name
1 GND 17 TX_ANYNET 33 GND
2 NC 18 RX_ANYNET 34 NC
3 RX_GEMSTAR 19 NC 35 SIDE_SDET
4 TX_GEMSTAR 20 GEMSTAR_IR 36 SIDE_VDET
5 GND 21 GND 37 GND
6 USB_AP 22 USB_VCC_CHECK 38 USBPW_ONOFF
7 USB_AN 23 NC 39 WOOFER_MUTE
8 NC 24 NC 40 SPDIF_IN
9 GND 25 NC 41 GND
10 S12V 26 GND 42 S12V
11 S5V 27 S5V 43 GND
12 D5V 28 D5V 44 GND
13 9VA 29 9VA 45 GND
14 GND 30 DDC_EEPROM_WP 46 NC
15 NC 31 NC 47 HDMI1_HPLUG_CTRL
16 NC 32 SPDIF_OUT 48 HDMI2_HPLUG_CTRL
CN1702
Pin No. Pin Name
1 SIDE_Y
2 SIDE_C
3 GND
4 SIDE_CVBS
5 GND
6 SIDE_L
7 GND
8 SIDE_R
9 GND
10 SIDE_SDET
11 SIDE_VDET
CN 1804
Pin No. Pin Name
1 GND
2 POSI
3 NEGA
4 5V
5 GND
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PCB Diagram
Samsung Electronics 9-9
CN1700
PIN No. Pin Name PIN No. Pin Name PIN No. Pin Name
1 MONITOR_R_OUT 33 NRESETO_D 65 M_TU_CVBS
2 MONITOR_L_OUT 34 NRSTO_IN 66 NC
3 GND 35 NC 67 DTV_CVBS
4 NC 36 MST_INT 68 GND
5 NC 37 MST_RESET 69 AV2_DET
6 NC 38 NC 70 AV1-DET
7 GND 39 GND 71 COMP2_DET
8 HDMI2_ID 40 S2_DET 72 COMP1_DET
9 HDMI1_ID 41 S1_DET 73 PCJACK_ID
10 M_HS 42 SDA 74 MAIN_VBIR
11 M_VS 43 SCL 75 M_DE
12 M_PCLK 44 GND 76 GND
13 GND 45 M_ROUT(6) 77 M_ROUT(2)
14 M_ROUT(9) 46 M_ROUT(5) 78 M_ROUT(1)
15 M_ROUT(8) 47 M_ROUT(4) 79 M_ROUT(0)
16 M_ROUT(7) 48 M_ROUT(3) 80 GND
17 GND 49 GND 81 M_GOUT(3)
18 M_GOUT(9) 50 M_GOUT(6) 82 M_GOUT(2)
19 M_GOUT(8) 51 M_GOUT(5) 83 M_GOUT(1)
20 M_GOUT(7) 52 M_GOUT(4) 84 M_GOUT(0)
21 GND 53 GND 85 GND
22 M_BOUT(9) 54 M_BOUT(5) 86 M_BOUT(2)
23 M_BOUT(8) 55 M_BOUT(4) 87 M_BOUT(1)
24 M_BOUT(7) 56 M_BOUT(3) 89 M_BOUT(0)
25 M_BOUT(6) 57 GND 89 GND
26 GND 58 SIDE_R 90 GND
27 GND 59 SIDE_L 91 GND
28 GND 60 MAIN_R 92 GND
29 GND 61 MAIN_L 93 GND
30 GND 62 I2S_RX_MCLK 94 GND
31 I2S_RX_BCLK 63 I2S_RX_LRCLK 95 RX_RS232
32 I2S_RX_DATA 64 SUB_WOOFER_OUT 96 TX_RS232
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PCB Diagram
9-10 Samsung Electronics
9-4 DMD Board
DMD
PMD1000
DDP3021
CN100DAD2000
CN750 CN800 CN803
CN103
CN101
CN102
9-4-1 Assy DMD Board
■ Controls the lamp (ON/OFF)
■ Drives the color wheel motor
■ Drives the panel
9-4-2 Names & Roles of Key Parts
* CN750 : This supplies the power to drive the color wheel.
* CN800 : This receives the color wheel rotating signals.
* CN803 : This sends signals to the ballast..
* CN100 : The DVI cable terminal. This receives the image data from the digital board.
* DMD PANEL : This is protected with a heat sink and fixtures.
* DDP3021 : This processes the DMD drive and the signals.
* PMD1000 : This supplies the DMD Board power and controls the color wheel rotating.
* DAD2000 : This supplies DMD reset signals.
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V52
V5.2S_MEM
3401C
Fu01
V61
4401C
Fn001
2301R
Fn001
5001C
W01/1 mho22
2501C
Fn001
V52
9201R mho22
V52
V61
7401C
46
51QD
56
66
SSV
3QD
7
8
4QD
9
QDDV
Fu001
75
85
QSSV
95
11QD
6
QSSV
21QD
06
16
QDDV
31QD
26
36
41QD
QSSV
5
2QD
05
CN
SQDU
15
25
QSSV
35
CN
45
8QD
QDDV
55
65
9QD
01QD
21A
34
CN
EKC
44
54
KC
64
KC/
MDU
74
SSV
84
FERV
94
4A
5A
63
73
6A
83
7A
8A
93
4
1QD
9A
04
14
11A
24
82
PA,01A
92
0A
QDDV
3
03
1A
13
2A
23
3A
33
DDV
43
SSV
53
02
MDL
12
EW/
SAC/
22
SAR/
32
SC/
42
52
CN
0AB
62
1AB
72
CN
41
QDDV
51
61
SQDL
71
CN
81
DDV
CN
91
0QD
2
1
DDV
5QD
01
6QD
11
21
QSSV
31
7QD
1 2
3 4
5 6
7 8
3001CI
F836155D4K
mho22
2201R
W23/1
0401Rmho22W01/1
3201C
Fn001
8301Rmho22W01/1
W01/1
89442R mho22
V5.2S_MEM
V52
mho2279442R
W01/1
V52
Fn001
2301C
1 2
3 4
5 6
7 8
3 4
5 6
7 8
mho22
8701R
W23/1
8
mho22
71542R
W23/1
1 2
W23/1
1 2
3 4
5 6
7
3 4
5 6
7 8
4201R
mho22
W23/1
7701R
mho22
1 2
39442C
V61
Fu01
0001C
Fp07481542C V05
V52Fn001
6101C
Fn001
V52
V5.2S_MEM
V52
Fn001
3501C
V52
Fn001
9501C
V5.2S_MEM
V5.2S_MEM
3 4
5 6
7 8
W01/1
50542R mho22
mho22
6701R
W23/1
1 2
mho2210542R
W01/1
mho2299442R
W01/1
W01/1
00542R mho22
W01/1
30542R mho22
35542R
mho33
1 2
3 4
5 6
7 8 W61/1
3301R
Fn001
V52
4501C
4301R
mho22
V52
W01/1 mho22
2
3 4
5 6
7 8
Fn001
4001C
W23/1
2101R
mho22
1
V61
V52
Fn001
3101C 5101C
0201C
Fu01
V52
Fn001
0301R
0401C
Fu01
V61
2
3 4
5 6
7 8
mho22W01/1
6
7 8
mho22
90542R
W23/1
1
mho22
4101R
W23/1
1 2
3 4
5
W01/1
mhoK1
8401R
V5.2S_MEM
Fn001
V52
V61
Fu001
0501C
V0571542C Fp074
6401C
V52
Fn001
0301C
Fn001 V52
V0597442C Fn01
19442C
V0540542C Fn1
V0561542C Fp074
mho6572542R
W01/1
6401R
mhoK1
W01/1
16
31QD
26
36
41QD
QSSV
46
51QD
56
66
SSV
3QD
7
8
4QD
9
QDDV
45
8QD
55
QDDV
65
9QD
01QD
75
85
QSSV
95
11QD
6
QSSV
21QD
06
QDDV
MDU
74
SSV
84
FERV
94
5
2QD
05
CN
SQDU
15
25
QSSV
35
CN
4
1QD
04
9A
14
11A
24
21A
CN
34
EKC
44
KC
54
64
KC/
33
DDV
43
SSV
53
4A
63
5A
73
6A
83
7A
8A
93
52
CN
0AB
62
1AB
72
82
PA,01A
92
0A
QDDV
3
1A
03
13
2A
23
3A
81
CN
91
0QD
2
02
MDL
12
EW/
SAC/
22
SAR/
32
SC/
42
11
6QD
21
QSSV
31
7QD
CN
41
QDDV
51
SQDL
61
71
CN
DDV
8
F836155D4K
4001CI
1
DDV
5QD
01
5101R
W23/1
1 2
3 4
5 6
7
3 4
5 6
7 8
mho22
mho22
1201R
W23/1
1 2
W01/1
69442R mho22
5 6
7 8
mho2240542R
W01/1
W23/1
81542R
mho22
1 2
3 4
8
V52
Fn001
7101C
1 2
3 4
5 6
7
2
3 4
5 6
7 8
mho22
61542R
W23/1
V05
W23/1
51542R
mho22
1
Fn170542C V05
Fp07491542C
Fn0118442C V05
1 2
3 4
5 6
7 8 W61/1
92542R
mho33
5 6
7 8
8401C
Fn001
V52
W23/1
1101R
mho22
1 2
3 4
1 2
3 4
5 6
7 8
D_V3.3S
V5.2S_MEM
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W23/1
mho2260542R
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W01/1
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Fn001 V52
mho2220542R
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Fp07430642C V05
Fn120642C V05
00642C
Fn0110642C V05
Fn001 V52
V52Fn001
3 4
5 6
7 8
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mho33
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mho22
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7
2
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26
31QD
41QD
36
46
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51QD
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7
3QD
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CN
8QD
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9QD
65
75
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85
11QD
95
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KC/
64
MDU
74
84
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94
FERV
2QD
5
CN
05
15
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25
93
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4
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04
11A
14
21A
24
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34
44
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KC
54
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13
23
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43
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53
63
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6A
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62
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91
2
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22
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41
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06
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16
26
31QD
41QD
36
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35
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9QD
65
75
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85
44
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54
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64
74
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84
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94
FERV
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5
CN
05
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73
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83
8A
93
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04
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14
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3
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52
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91
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2
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31
41
CN
1401C
Fu01
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mho6552542R
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Fn001
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Fu01
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Fn0177442C
3 4
5 6
7 8
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1 2
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1 2
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5 6
7 8
5 6
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33NA
32AQDM
4NA
1BSQDM
5NA
01BQDM
11BQDM
6NA
51BQDM
7NA
9BRDDAM
8NA
5BRDDAM
9NA
AEWnM
62NA
72NA
2ARDDAM
5ARDDAM
82NA
9ARDDAM
92NA
3NA
6BQDM
2AMQDM
03NA
71AQDM
13NA
12AQDM
23NA
13BQDM
91NA
3BQDM
2NA
2AQDM
02NA
12NA
0AMQDM
22NA
8AQDM
31AQDM
32NA
0AABM
42NA
ASCnM
52NA
BEWnM
11NA
1BFERV
21NA
0BABM
31NA
41NA
2BSQDM
81BQDM
51NA
61NA
22BQDM
3BMQDM
71NA
81NA
62BQDM
33MA
13AQDM
7BQDM
4MA
5MA
1BMQDM
21BQDM
6MA
7MA
41BQDM
11BRDDAM
8MA
7BRDDAM
9MA
2BRDDAM
01NA
62MA
0ARDDAM
3ARDDAM
72MA
82MA
6ARDDAM
11ARDDAM
92MA
4BQDM
3MA
2ASQDM
03MA
13MA
02AQDM
23MA
3ASQDM
91MA
0AQDM
2MA
2BQDM
02MA
3AQDM
12MA
0ASQDM
9AQDM
22MA
51AQDM
32MA
42MA
0AFERV
ASARnM
52MA
BEKCM
11MA
21MA
0BFERV
31MA
1BABM
41MA
61BQDM
02BQDM
51MA
32BQDM
61MA
42BQDM
71MA
82BQDM
81MA
92AQDM
33LA
4LA
5BQDM
0BMQDM
5LA
6LA
9BQDM
7LA
31BQDM
8LA
21BRDDAM
9LA
8BRDDAM
01MA
3BRDDAM
1ARDDAM
62LA
72LA
4ARDDAM
82LA
8ARDDAM
92LA
21ARDDAM
3LA
1BQDM
81AQDM
03LA
3AMQDM
13LA
03AQDM
23LA
92BQDM
81LA
1AQDM
91LA
5AQDM
02LA
1AMQDM
12LA
01AQDM
22LA
32LA
1AABM
1AFERV
42LA
52LA
ASACnM
01LA
4BRDDAM
11LA
0BRDDAM
21LA
BSARnM
31LA
BSCnM
71BQDM
41LA
51LA
12BQDM
3BSQDM
61LA
52BQDM
71LA
23KA
72AQDM
62AQDM
33KA
0BQDM
4KA
0BSQDM
5KA
8BQDM
6KA
7KA
01BRDDAM
8KA
6BRDDAM
9KA
BKLCnMAKLCnM
42KA
52KA
AKLCM
AEKCM
62KA
7ARDDAM
72KA
82KA
01ARDDAM
92KA
61AQDM
03KA
91AQDM
13KA
82AQDM
61KA
03BQDM
71KA
4AQDM
81KA
7AQDM
91KA
11AQDM
6AQDM
02KA
12KA
1ASQDM
22KA
21AQDM
41AQDM
32KA
52AQDM
13JA
23JA
42AQDM
01KA
BKLCM
1BRDDAM
11KA
BSACnM
21KA
31KA
2BMQDM
41KA
91BQDM
72BQDM
51KA
4-0001CI
1022H5S
22AQDM
03JA
V52Fn00189442C
6
7 8
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80542R mho22
mho22
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1 2
3 4
5
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3 4
5 6
7 8
2
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5 6
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7 8
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1
91542R
W23/1
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Fn001 V52
V0588442C Fn01
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1 2
3 4
5 6
7 8
5 6
7 8
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mho33
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W61/1
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3 4
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Fn001 V52
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Fn001
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2101C
Fn001
V52
V52
Fn001
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W01/1
49442R mho22
1 2
3 4
5 6
7 8
V52
W23/1
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mho22
5 6
7 8
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Fn001
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0701R
W23/1
1 2
3 4
8
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82542R mho65
W23/1
1 2
3 4
5 6
7
9301R
mho22
4501R
9401R
mhoK1
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1
NIV
NE2
3
DNG
JDA 4
5
OV
M
G
N
D
1
M
G
N
D
1
G
N
D
G
N
D
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RT.X.X-M5I6651CS
6001CI
V0558442C Fn01
V0511542C
1 2
3 4
5 6
7 8
5 6
7 8
mho33
55542R
W61/1
W61/1
45542R
mho33
1 2
3 4
3701R
mho22
1 2
3 4
5 6
7 8
Fn001
V52
W23/1
2
3 4
5 6
7 8
V5.2S_MEM
1001C
7 8
mho33
14542R
W61/1
1
mho33
04542R
W61/1
1 2
3 4
5 6
3401R
1 2
3 4
5 6
7 8
mho22
B
mho33
83542R
W61/1
V0562542C Fp074
0001L
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V0541542C Fn1
RDD_TTV
V52
2401C
Fu01
V61
mho221401R
Fn001
3001C
Fn001
V52
3301C
7 8
4401Rmho22W01/1
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5701R
1 2
3 4
5 6
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Fn001
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W23/1
1 2
3 4
5 6
7 8
mho22
0001R
W23/1
7 8
Fn160542C V05
W61/1
24542R
mho33
1 2
3 4
5 6
mho227201R
32542R
mho22
1 2
3 4
5 6
7 8
4
5 6
7 8
W23/1
mho22
22542R
W23/1
1 2
3
Fn001
1101C
V52
6201RW01/1 mho22
4
5 6
7 8
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Fn001
2201C
mho22
41542R
W23/1
1 2
3
7 8
V0528442C Fn01
W23/1
21542R
mho22
1 2
3 4
5 6
20542C
Fn001
V52
1 2
3 4
5 6
7 8
4
5 6
7 8
mho33
64542R
W61/1
W61/1
54542R
mho33
1 2
3
V52
Fn001
5401C
5 6
7 8
Fp07422542C V05
W23/1
4701R
mho22
1 2
3 4
V61
Fu22
67442C
V61
Fu22
57442C
V52
Fn001
7001C
Fn001 V52
V0587442C Fn01
Fp07451542C V05
09442C
Fn130542C V05
mho22
1 2
3 4
5 6
7 8
Fn0178442C V05
W23/1
31542R
Fn121542C V05
Fn0168442C V05
3201R
mho22
1 2
3 4
5 6
7 8
32542C Fp074
W23/1
1 2
3 4
5 6
7 8
V05
6
7 8
W61/1
75542R
mho33
mho33
65542R
W61/1
1 2
3 4
5
V52
Fn001
8201C
8
V52
Fn001
4201C
W23/1
7739U
mho22
1 2
3 4
5 6
7
2
3 4
5 6
7 8
6
7 8
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73542R
mho33
1
W61/1
63542R
mho33
1 2
3 4
5
1 2
3 4
5 6
7 8
4
5 6
7 8
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1701R
W23/1
W61/1
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mho33
1 2
3
V52Fn00199442C
6
7 8
Fp07442542C V05
W23/1
2701R
mho22
1 2
3 4
5
98442C
1 2
3 4
5 6
7 8
V52Fn001
4
5 6
7 8
mho33
85542R
W61/1
8
mho33
84542R
W61/1
1 2
3
W61/1
74542R
mho33
1 2
3 4
5 6
7
2
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5 6
7 8
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W23/1
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1
5201C
Fn001
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mhoK1
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V52
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0601C
Fn001
V52
2
3 4
5 6
7 8
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Fn001
7 8
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11542R
W23/1
1
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mho22
1 2
3 4
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Fu022
47442C
44542R
mho33
1 2
3 4
5 6
7 8
4
5 6
7 8
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mho33
34542R
W61/1
1 2
3
Fn101542C V05
V52
Fn0148442C V05
RDD_TTV RDD_FERV
Fn001
8101C
2DNG
3ESNESV
FERV 4
QDDV
5
6
NIVA
7
NIVP
8
TTV
V5.2S_MEM
3BSQD_MEM
M5992PL
5049CI
1CN
0BMQD_MEM
0BSQD_MEM
1BMQD_MEM
1BSQD_MEM
2BMQD_MEM
2BSQD_MEM
3BMQD_MEM
11BA_MEM
21BA_MEM
0BABM_MEM
1BABM_MEM
nE_BAW_MEM
BSAR_MEM
BSAC_MEM
0BSC_MEM
nE_BKLCn_MEM
AKLC_MEM
AKLCn_MEM
BKLC_MEM
BKLCn_MEM
13BATAD_MEM
0AA_MEM
1AA_MEM
2AA_MEM
3AA_MEM
4AA_MEM
5AA_MEM
6AA_MEM
7AA_MEM
8AA_MEM
9AA_MEM
01AA_MEM
11AA_MEM
21AA_MEM
0AABM_MEM
1AABM_MEM
nE_AAW_MEM
ASAR_MEM
ASAC_MEM
0ASC_MEM
nE_AKLCn_MEM
0BA_MEM
1BA_MEM
2BA_MEM
3BA_MEM
4BA_MEM
5BA_MEM
6BA_MEM
7BA_MEM
8BA_MEM
9BA_MEM
01BA_MEM
0AATAD_MEM
0BATAD_MEM
1BATAD_MEM
2BATAD_MEM
3BATAD_MEM
4BATAD_MEM
5BATAD_MEM
6BATAD_MEM
7BATAD_MEM
8BATAD_MEM
9BATAD_MEM
01BATAD_MEM
11BATAD_MEM
21BATAD_MEM
31BATAD_MEM
41BATAD_MEM
51BATAD_MEM
61BATAD_MEM
71BATAD_MEM
81BATAD_MEM
91BATAD_MEM
02BATAD_MEM
12BATAD_MEM
22BATAD_MEM
32BATAD_MEM
42BATAD_MEM
52BATAD_MEM
62BATAD_MEM
72BATAD_MEM
82BATAD_MEM
92BATAD_MEM
03BATAD_MEM
71AATAD_MEM
81AATAD_MEM
91AATAD_MEM
02AATAD_MEM
12AATAD_MEM
22AATAD_MEM
32AATAD_MEM
42AATAD_MEM
52AATAD_MEM
62AATAD_MEM
72AATAD_MEM
82AATAD_MEM
92AATAD_MEM
03AATAD_MEM
13AATAD_MEM
0AMQD_MEM
0ASQD_MEM
1AMQD_MEM
1ASQD_MEM
2AMQD_MEM
2ASQD_MEM
3AMQD_MEM
3ASQD_MEM
0BMQD_MEM
0BSQD_MEM
1BMQD_MEM
1BSQD_MEM
2BMQD_MEM
2BSQD_MEM
3BMQD_MEM
3BSQD_MEM
1ASQD_MEM 3ASQD_MEM
1BSQD_MEM
3AMQD_MEM1AMQD_MEM
1BMQD_MEM
3BSQD_MEM
3BMQD_MEM
1AATAD_MEM
2AATAD_MEM
3AATAD_MEM
4AATAD_MEM
5AATAD_MEM
6AATAD_MEM
7AATAD_MEM
8AATAD_MEM
9AATAD_MEM
01AATAD_MEM
11AATAD_MEM
21AATAD_MEM
31AATAD_MEM
41AATAD_MEM
51AATAD_MEM
61AATAD_MEM
BFERV_MEM
nE_AAW_MEM
ASAR_MEM
4BA_MEM
5BA_MEM
1BABM_MEM
0BA_MEM
2BA_MEM
11BA_MEM
8BA_MEM
6BA_MEM
ASAR_MEM
BSAC_MEM
0BSC_MEM
BSAC_MEM
0BSC_MEM
4AA_MEM
1BABM_MEM
0BA_MEM
3BA_MEM
1BA_MEM
2BA_MEM
11BA_MEM
8BA_MEM
6BA_MEM
4BA_MEM
9AA_MEM
7AA_MEM
5AA_MEM
1AABM_MEM
0AA_MEM
2AA_MEM
11AA_MEM
8AA_MEM
6AA_MEM
61BATAD_MEM 13BATAD_MEM
72BATAD_MEM
42BATAD_MEM
0AABM_MEM
01AA_MEM
1AA_MEM
3AA_MEM
21AA_MEM
61AATAD_MEM
42AATAD_MEM
72AATAD_MEM
13AATAD_MEM
3BATAD_MEM
4BATAD_MEM
7BATAD_MEM
21BATAD_MEM
52BATAD_MEM
62BATAD_MEM
92BATAD_MEM
03BATAD_MEM
0AATAD_MEM
3AATAD_MEM
4AATAD_MEM
51AATAD_MEM
21AATAD_MEM
11AATAD_MEM
8AATAD_MEM
52AATAD_MEM
01BATAD_MEM
9BATAD_MEM
31BATAD_MEM
41BATAD_MEM
41AATAD_MEM
31AATAD_MEM
01AATAD_MEM
9AATAD_MEM
03AATAD_MEM
92AATAD_MEM
62AATAD_MEM
7AATAD_MEM
91AATAD_MEM
02AATAD_MEM
32AATAD_MEM
82AATAD_MEM
0BATAD_MEM
AKLC_MEM
AFERV_MEM
AKLC_MEM
BKLC_MEM BKLC_MEM
AKLCn_MEMAKLCn_MEM
BKLCn_MEM
1BABM_MEM
3BATAD_MEM
2BATAD_MEM
1BATAD_MEM
nE_BKLCn_MEM
BKLCn_MEM
BFERV_MEM
82BATAD_MEM
nE_AKLCn_MEM
AFERV_MEM
7BA_MEM
9BA_MEM
21BA_MEM
11BATAD_MEM
51BATAD_MEM
5AA_MEM
7AA_MEM
9AA_MEM
21AA_MEM
5BA_MEM
7BA_MEM
9BA_MEM
21BA_MEM
nE_BKLCn_MEM
BFERV_MEM
8BATAD_MEM
6AA_MEM
8AA_MEM
11AA_MEM
nE_AKLCn_MEM
AFERV_MEM
ASAR_MEM
nE_AAW_MEM
1AABM_MEM
0ASQD_MEM
1AMQD_MEM
2AMQD_MEM
2ASQD_MEM
3AMQD_MEM
4AA_MEM
0AATAD_MEM
21AA_MEM
0AABM_MEM
2AA_MEM
0AA_MEM
1AA_MEM
01AA_MEM
11AA_MEM
9AA_MEM
8AA_MEM
6AA_MEM
7AA_MEM
5AA_MEM
3AA_MEM
4AA_MEM
71AATAD_MEM
61AATAD_MEM
51AATAD_MEM
41AATAD_MEM
31AATAD_MEM
21AATAD_MEM
11AATAD_MEM
01AATAD_MEM
9AATAD_MEM
8AATAD_MEM
7AATAD_MEM
6AATAD_MEM
5AATAD_MEM
4AATAD_MEM
2AATAD_MEM
1AATAD_MEM
3AATAD_MEM
52AATAD_MEM
62AATAD_MEM
72AATAD_MEM
82AATAD_MEM
92AATAD_MEM
03AATAD_MEM
13AATAD_MEM
42AATAD_MEM
32AATAD_MEM
22AATAD_MEM
12AATAD_MEM
02AATAD_MEM
91AATAD_MEM
81AATAD_MEM
03BATAD_MEM
13BATAD_MEM
ASAC_MEM
AKLC_MEM
0ASC_MEM
AKLCn_MEM
nE_AKLCn_MEM
1ASQD_MEM
3ASQD_MEM
0AMQD_MEM
32BATAD_MEM
42BATAD_MEM
52BATAD_MEM
62BATAD_MEM
72BATAD_MEM
82BATAD_MEM
92BATAD_MEM
71BATAD_MEM
81BATAD_MEM
91BATAD_MEM
02BATAD_MEM
12BATAD_MEM
22BATAD_MEM
11BATAD_MEM
21BATAD_MEM
31BATAD_MEM
41BATAD_MEM
51BATAD_MEM
61BATAD_MEM
4BATAD_MEM
5BATAD_MEM
6BATAD_MEM
7BATAD_MEM
8BATAD_MEM
9BATAD_MEM
01BATAD_MEM
4BA_MEM
5BA_MEM
3BA_MEM
2BA_MEM
0BA_MEM
1BA_MEM
21BA_MEM
11BA_MEM
9BA_MEM
01BA_MEM
8BA_MEM
7BA_MEM
6BA_MEM
ASAC_MEM
nE_AAW_MEM
6AATAD_MEM
5AATAD_MEM
2AATAD_MEM
1AATAD_MEM
0AMQD_MEM
0ASQD_MEM
0BABM_MEM
0BSC_MEM
BSAC_MEM
nE_BKLCn_MEM
BKLCn_MEM
BKLC_MEM
BSAR_MEM
nE_BAW_MEM
6BATAD_MEM
5BATAD_MEM
2BATAD_MEM
1BATAD_MEM
0BMQD_MEM
0BATAD_MEM
0BSQD_MEM
2AA_MEM
0AA_MEM
1AABM_MEM
0ASC_MEM
01BA_MEM
0BABM_MEM
BSAR_MEM
nE_BAW_MEM
81BATAD_MEM
91BATAD_MEM
02BATAD_MEM
12BATAD_MEM
22BATAD_MEM
32BATAD_MEM
nE_BAW_MEM
BSAR_MEM
0BABM_MEM
01BA_MEM
1BA_MEM
3BA_MEM
2ASQD_MEM
2AMQD_MEM
71AATAD_MEM
81AATAD_MEM
12AATAD_MEM
22AATAD_MEM
ASAC_MEM
0ASC_MEM
0AABM_MEM
01AA_MEM
1AA_MEM
3AA_MEM
2BSQD_MEM
2BMQD_MEM
71BATAD_MEM
10. Schematic Diagram
Samsung Electronics
Schematic Diagram
10-1
10-1 Main Board
10-1-1 Albatross+DDR memory interface
This Document can not be used without Samsung’s authorization.
Power
Signal
www.fieldtechsource.net
Schematic Diagram
10-2 Samsung Electronics
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FERX
FERX
SC_NALN
1
X
R
E
F
X
R
E
F
FERX
1
NI
2
DNG
3
TUO
DNG
6411R
W01/1
mhoK2.2
FERX
FERX
F7207AIK
0111CI
1
1FS_SCN
1
FERX
1
MOR_SCN
KLC_HCAM
0LES_RB
1LES_RB
MOR_SCn
0FS_SCn
1FS_SCn
SC_NALn
NEPVN_S
TNIn_NAL
)8(DL
)9(DL
)01(DL
)11(DL
)21(DL
)31(DL
)41(DL
)51(DL
D_V3.3S
1LES_RB
)51(AL
)61(AL
)71(AL
)81(AL
)91(AL
)02(AL
)12(AL
)22(AL
)32(AL
)42(AL
)0(AL
D_OTESERn
EWn_L
EOn_L
)1(AL
)0(DL
)1(DL
)2(DL
)3(DL
)4(DL
)5(DL
)6(DL
)7(DL
)1(AL
)2(AL
)3(AL
KLC_HCAM
DNAN_KLC_L
DNAN_KLC_L
TESERn
IC
E
_
n R
E
S
E
T
IC
E
_
n R
E
S
E
T
M
_
A
L
B
A
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V
S
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P
L
D
M
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A
L
B
A
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V
S
_
E
P
L
D
S
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A
L
B
A
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V
S
_
E
P
L
D
S
_
A
L
B
A
_
V
S
_
E
P
L
D
SV_ABLA_S
SV_ABLA_M
TSET_TESER
)4(AL
)5(AL
)6(AL
)7(AL
)8(AL
)9(AL
)01(AL
)11(AL
)21(AL
)31(AL
)41(AL
OTESERn
1LES_RB
0LES_RB
0SCn_TOOB
T
C
K
T
C
K
T
D
I
T
D
I
T
D
O
T
D
O
T
M
S
T
M
S
HTDIW_SUB
TESERn
SC_NALn
TESERn_UPC
DLPE_M72
1SCn_TOOB
2SCn_TOOB
)42(AL
)52(AL
MOR_SCn
0FS_SCn
1FS_SCn
1FM_SCn
SC_XAMICn
OTSRn
NI_OTSRn
D_OTESERn
)51(DL
EOn_L
)51(AL
)41(AL
)31(AL
)21(AL
)11(AL
)01(AL
)9(AL
EWn_L
)8(AL
)7(AL
)6(AL
)5(AL
)4(AL
)3(AL
)2(AL
)1(AL
)61(AL
]13:0[DL
OTESERn
TSET_TESER
)72(DL
)82(DL
)92(DL
)03(DL
)13(DL
)3(DL
)2(DL
)1(DL
)0(DL
1FM_SCn
)0(DL
)8(DL
)1(DL
)9(DL
)2(DL
)01(DL
)3(DL
)11(DL
)4(DL
)21(DL
)5(DL
)31(DL
)6(DL
)41(DL
)7(DL
KLC_L
1MQD_L
)8(DL
)9(DL
)01(DL
)11(DL
)21(DL
)31(DL
)41(DL
)51(DL
0SCD_BL
)4(AL
)5(AL
)6(AL
)7(AL
)8(AL
)9(AL
)11(AL
)21(AL
EKLC_L
KLC_L
3MQD_L
)42(DL
)52(DL
)62(DL
02ATAD_BL
91ATAD_BL
81ATAD_BL
71ATAD_BL
61ATAD_BL
51ATAD_BL
41ATAD_BL
31ATAD_BL
21ATAD_BL
11ATAD_BL
01ATAD_BL
9ATAD_BL
8ATAD_BL
7ATAD_BL
6ATAD_BL
5ATAD_BL
4ATAD_BL
3ATAD_BL
2ATAD_BL
1ATAD_BL
0ATAD_BL
)4(AL
)5(AL
)6(AL
)7(AL
)8(AL
)9(AL
)11(AL
)21(AL
EKLC_L
61RDDA_BL
51RDDA_BL
41RDDA_BL
31RDDA_BL
21RDDA_BL
11RDDA_BL
01RDDA_BL
9RDDA_BL
8RDDA_BL
7RDDA_BL
6RDDA_BL
5RDDA_BL
4RDDA_BL
3RDDA_BL
2RDDA_BL
1RDDA_BL
0RDDA_BL
3MQD_BL
2MQD_BL
1MQD_BL
0MQD_BL
13ATAD_BL
03ATAD_BL
92ATAD_BL
82ATAD_BL
72ATAD_BL
62ATAD_BL
52ATAD_BL
42ATAD_BL
32ATAD_BL
22ATAD_BL
12ATAD_BL
0TUO_KLC_ICP
0SCn_TOOB
KCT
ODT
IDT
SMT
)42(AL
1QERn_ICP
KLC_BL
EKC_BL
SARn_BL
SACn_BL
EOn_BL
EWn_BL
2SCSn_BL
1SCSn_BL
0SCSn_BL
52RDDA_BL
42RDDA_BL
32RDDA_BL
22RDDA_BL
12RDDA_BL
02RDDA_BL
91RDDA_BL
81RDDA_BL
71RDDA_BL
)22(DL
)32(DL
2MQD_L
EWn_L
SAC_L
SAR_L
0SCD_BL
)61(DL
)31(AL
)41(AL
)01(AL
)0(AL
)1(AL
)2(AL
)3(AL
)71(DL
)81(DL
)91(DL
)02(DL
]41:0[AL
]13:0[DL
1QERn_ICP
)7(DL
)6(DL
)5(DL
)4(DL
)32(DL
)22(DL
)12(DL
)02(DL
)91(DL
)81(DL
)71(DL
)61(DL
)5(DL
)6(DL
)7(DL
0MQD_L
SAC_L
0SCD_BL
)0(DL
)31(AL
)41(AL
)01(AL
)0(AL
)1(AL
)2(AL
)3(AL
)1(DL
)2(DL
)3(DL
)4(DL
SAR_L
EWn_L
SAR_L
)12(DL
)52(AL
EOn_L
KLC_L
1TNGn_ICP
1TNGn_ICP
HTDIW_SUB
]13:0[DA_ICP
]52:0[AL
KCOLn_ICP
RRESn_ICP
RREPn_ICP
LESVEDn_ICP
YDRIn_ICP
0QERn_ICP
EMARFn_ICP
YDRTn_ICP
POTSn_ICP
0TNGn_ICP
TSRn_ICP
EKLC_L
SAC_L
)13(DL
)03(DL
)92(DL
)82(DL
)72(DL
)62(DL
)52(DL
)42(DL
)2(AL
)3(AL
)4(AL
)5(AL
)6(AL
)7(AL
)8(AL
)9(AL
)01(AL
)11(AL
)21(AL
)31(AL
)41(AL
)51(AL
)61(AL
)71(AL
)81(AL
)91(AL
)02(AL
)12(AL
)22(AL
)32(AL
1TUO_KLC_ICP
ATNIn_ICP
1SCn_TOOB
2SCn_TOOB
EWn_L
1EBCn_ICP
2EBCn_ICP
3EBCn_ICP
EMARFn_ICP
YDRIn_ICP
YDRTn_ICP
POTSn_ICP
RREPn_ICP
RRESn_ICP
RAP_ICP
TSRn_ICP
0TUO_KLC_ICP
LESVEDn_ICP
KCOLn_ICP
ATNIn_ICP
)13(DA_ICP
0QERn_ICP
0TNGn_ICP
)8(DL
)9(DL
)01(DL
)11(DL
)21(DL
)31(DL
)41(DL
)51(DL
0MQD_L
1MQD_L
2MQD_L
3MQD_L
)0(AL
)1(AL
)7(DA_ICP
)8(DA_ICP
)9(DA_ICP
)01(DA_ICP
)11(DA_ICP
)21(DA_ICP
)31(DA_ICP
)41(DA_ICP
)51(DA_ICP
)61(DA_ICP
)71(DA_ICP
)81(DA_ICP
)91(DA_ICP
)02(DA_ICP
)12(DA_ICP
)22(DA_ICP
)32(DA_ICP
)42(DA_ICP
)52(DA_ICP
)62(DA_ICP
)72(DA_ICP
)82(DA_ICP
)92(DA_ICP
)03(DA_ICP
)0(DA_ICP
)1(DA_ICP
)2(DA_ICP
)3(DA_ICP
)4(DA_ICP
)5(DA_ICP
)6(DA_ICP
0EBCn_ICP
10-1-2 Albatross+Local bus interface
This Document can not be used without Samsung’s authorization.
Power
Signal
www.fieldtechsource.net
Samsung Electronics
Schematic Diagram
10-3
les hsalF gnitooB
YLNO SU
OIDUA
4eIND 15PDS
ETELED : YLNO_CSTA
4758FCP
gubeD rof POTS_SUB
)edom CNYS( 2521R hcatta t’nod edom laires nI
HSALF-RON :0
naidnE elttiL :0
HSALF-DNAN :1
NAIDNE
NOITPO YLNO_CSTA / LLUF
naidnE giB :1
NOITPO
23Y
9ROH/]1[B_PG_4eIND
7ROH/]7[R_PG_4eIND
33Y
25PDS
2-6459ACP
NOITPO
1-6459ACP
)edom CNYS oN( 4621R hcatta t’nod edom lellarap nI
1ROH/]1[R_PG_4eIND
23V
0ROH/]0[R_PG_4eIND
33V
6ROH/]6[R_PG_4eIND
03W
5ROH/]5[R_PG_4eIND
13W
4ROH/]4[R_PG_4eIND
23W
3ROH/]3[R_PG_4eIND
33W
8ROH/]0[B_PG_4eIND
03Y
1GOH/]5[G_PG_4eIND
13Y
1U
KLCOH/KLC_PG_4eIND
23U
CNYSVOH/CNYSV_PG_4eIND
33U
1V
KCB_XT_S2I
2V
SW_XT_S2I
KLCM_XT_S2I
3V
CNYSHOH/CNYSH_PG_4eIND
03V
13V
2ROH/]2[R_PG_4eIND
92C
rPRa
32D
YGa
52D
PMOCSa
92D
52E
PMOCHa SBVCa
72E
2T
JOIPG/2FIDPS
ATAD_XT_S2I
4T
IOIPG/1FIDPS
8BOH/]2[G_PG_4eIND
23DA
7BOH/]1[G_PG_4eIND
33DA
23HA
BF
bPBa
62B
Ca 03B
13B
FERVSa
Ya 82C
FERISA
6GOH/]2[a_PG_4eIND
33BA
0BOH/]2[B_PG_4eIND
92CA
03CA
6BOH/]0[G_PG_4eIND
5BOH/]7[B_PG_4eIND
13CA
4BOH/]6[B_PG_4eIND
23CA
33CA
3BOH/]5[B_PG_4eIND
92DA
2BOH/]4[B_PG_4eIND
9BOH/]3[G_PG_4eIND
13DA
0GOH/]4[G_PG_4eIND
92AA
5GOH/]1[a_PG_4eIND
03AA
4GOH/]0[a_PG_4eIND
13AA
3GOH/]7[G_PG_4eIND
23AA
2GOH/]6[G_PG_4eIND
33AA
92BA
8GOH/]4[a_PG_4eIND
1BOH/]3[B_PG_4eIND
03BA
13BA
9GOH/]5[a_PG_4eIND
7GOH/]3[a_PG_4eIND
23BA
5-0001CI
1022H5S
72A
FERIHA
FERVHa
82A
FERX
FERX
FERX
FERX
9449U W01/1
mho57
W01/1
0621R mho22
W01/1
mho74
3821R
4321R mho22
FERX
6449U
mho22
W01/1
W01/1
FERX
V3.3_CADDH
R
1
2
7
6
R
1
2
7
6
4
.7
K
o h m 4
.7
K
o h m 1
/1
0
W
1
/1
0
W
1
/1
0
W
1
/1
0
W
FERX
FERX
1 2
3 4
5 6
7 8
7
5
o h m 7
5
o h m R
1
2
0
1
R
1
2
0
1
mho22
2221R
W61/1
5
6
7
8
Fn001
40642C
V52
1
/1
6
W
1
/1
6
W
U
9
4
5
3
U
9
4
5
3
4
.7
K
o h m 4
.7
K
o h m 1
2
3
4
D_V3.3S
FERX
FERX
FERX
FERX
FERX
C
1
2
0
7
C
1
2
0
7
2
5
V
2
5
V
FERX
FERX
D_V3.3S
FERX
FERX
1
0
0
n F
1
0
0
n F
4
.7
K
o h m 4
.7
K
o h m R
1
2
6
7
R
1
2
6
7
1
/1
0
W
1
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0
W
1
1
0
0
n F
1
0
0
n F
C
1
2
0
1
C
1
2
0
1
2
5
V
2
5
V
7821R
W01/1
PW_PEE_NIAM
6121C
Fp51
mho22
mho222421R
W01/1
V05
FERX
FERX
FERX
FERX
FERX
FERX
W01/1
8031Rmho0
W01/1
4421R mho22
W01/1
0131R mho0
PEE_LCS
1
W01/1
4521R mho0
2221C
Fn001
V52
D_V3.3S
mho06921R
W01/1
2921R W01/1
mho57
1
0
0
n F
1
0
0
n F
C
1
2
1
5
C
1
2
1
5
2
5
V
2
5
V
V05
8121C Fn8.1
V05
1121C Fp51
W01/1
1231R mho0
5821R mho001
mho02131R
FERX
W01/1
1
/1
0
W
1
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0
W
FERX
W01/1
mho09821R
FERX
1
0
K
o h m 1
0
K
o h m R
1
3
1
8
R
1
3
1
8
mho221621R
W01/1
FERX
W01/1
W01/1
4621R mho22
FERX
PEE_ADS
1
FERX
1
/1
0
W
1
/1
0
W
R
1
3
1
9
R
1
3
1
9
1
0
K
o h m 1
0
K
o h m mho09921R
W01/1
7
5
o h m 7
5
o h m 7
5
o h m 7
5
o h m R
1
2
1
0
R
1
2
1
0
1
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0
W
1
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0
W
1
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0
W
1
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0
W
R
1
2
0
3
R
1
2
0
3
7
5
o h m 7
5
o h m 1
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0
W
1
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0
W
R
1
2
0
0
R
1
2
0
0
W01/1
5621RmhoK7.4
FERX
1221C Fp72
V05
W01/1
6031R mho0
mho05031R
FERX
W01/1
mho57
7449U
W01/1
4
5 6
7 8
FERX
FERX
mho22
8221R
W61/1
1 2
3
1
2
3
4
FERX
FERX
FERX
40-052WMS
551NC
X
1
2
0
1
X
1
2
0
1
C
F
S
-3
0
8
(3
2
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6
8
K
H
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0
p p m )
C
F
S
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8
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2
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K
H
z ,2
0
p p m )
3
2
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6
8
H
z 3
2
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6
8
H
z 4
5 6
7 8
7
5
o h m 7
5
o h m R
1
2
0
6
R
1
2
0
6
1
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0
W
1
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0
W
mho22
3421R
W61/1
1 2
3
1
0
0
n F
1
0
0
n F
C
1
3
1
0
C
1
3
1
0
2
5
V
2
5
V
8
FERX
W01/1
6821R mho74
6421R
mho22
1 2
3 4
5 6
7
W01/1
5449U mho57
W61/1
2
5
V
2
5
V
C
1
2
0
9
C
1
2
0
9
1
0
0
n F
1
0
0
n F
FERX
1
2
3
4
5
6
7
8
D_V3.3S
FERX
FERX
4
.7
K
o h m 4
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K
o h m U
9
4
5
7
U
9
4
5
7
1
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6
W
1
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6
W
4
7
0
o h m 4
7
0
o h m R
1
2
3
1
R
1
2
3
1
1
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0
W
1
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0
W
FERX
7
5
o h m 7
5
o h m R
1
2
0
9
R
1
2
0
9
1
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0
W
1
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0
W
zHM72
zHM72 S25-HD3
0021X
WS
1
DNG
2
TUO
3
CCV
4
FERX
FERX
5
LSSV
6
7 2KLCFER
1KLCFER8
2KLC
9
21
1KLC
SSV
31
41
1SF
51
EO
TUOX
61
2
DDV
3
DDVA
OXCV
4
SSVA
1-40242YC
2021CI
1
NIX
01
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LDDV
11
7
5
o h m 7
5
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1
2
0
5
R
1
2
0
5
1
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0
W
1
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0
W
FERX
1
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0
W
1
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0
W
R
1
2
6
8
R
1
2
6
8
4
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K
o h m 4
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K
o h m FERX
FERX
1
/1
0
W
1
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0
W
R
1
3
1
7
R
1
3
1
7
1
0
K
o h m 1
0
K
o h m FERX
mho221131R
W01/1
1
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0
W
1
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0
W
R
1
2
5
9
R
1
2
5
9
4
7
K
o h m 4
7
K
o h m FERX
W01/1mho0011331R
FERX
FERX
1
6
V
1
6
V
C
1
2
1
3
C
1
2
1
3
3
3
0
n F
3
3
0
n F
FERX
FERX
FERX FERX
W01/1
4921R mho0
4
.7
K
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K
o h m R
1
2
7
4
R
1
2
7
4
1
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0
W
1
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0
W
1
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0
W
1
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0
W
R
1
2
7
8
R
1
2
7
8
4
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K
o h m 4
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K
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1
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0
W
1
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0
W
R
1
3
2
8
R
1
3
2
8
3
3
0
o h m 3
3
0
o h m mhoK7.4 3231R
W01/1
mho229121R
W01/1
FERX
FERX
2
5
V
2
5
V
C
1
2
1
4
C
1
2
1
4
1
0
0
n F
1
0
0
n F
9
W01/1
7921R mho0
81
91
2
02
3
4
5
6
7
8
1
01
11
21
31
41
51
61
71
R
1
2
0
8
R
1
2
0
8
7
5
o h m 7
5
o h m LJ2006-0267
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W01/1
2821R mhoK72
1
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0
W
1
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W
1
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0
W
1
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0
W
mho225221R
W01/1
7
5
o h m 7
5
o h m R
1
2
0
2
R
1
2
0
2
mho02231R
W01/1
1 2
3 4
5 6
7 8
FERX
FERX
FERX
FERX
FERX
W61/1
6121R
mho22
FERX
FERX
FERX
D_V3.3S
FERX
6231R
W01/1
3131R mho22
mho223031R
W01/1
mhoK7.4
W01/1
C
1
2
0
0
C
1
2
0
0
1
0
0
n F
1
0
0
n F
FERX
BF_PT1
2
5
V
2
5
V
FERX
3 4
5 6
7 8
D_V3.3S
W01/1
9031R mho22
FERX
mho22
5421R
W61/1
1 2
1
2
3
4
5
6
7
8
FERX
FERX
1
/1
6
W
1
/1
6
W
4
.7
K
o h m 4
.7
K
o h m U
9
4
5
4
U
9
4
5
4
5 6
7 8
mho222521R
W01/1
mho0
1421R
W61/1
1 2
3 4
FERX
D_V3.3S
FERX 1
/1
0
W
1
/1
0
W
4
.7
K
o h m 4
.7
K
o h m R
1
2
7
5
R
1
2
7
5
1
/1
0
W
1
/1
0
W
D_V3.3S
FERX
FERX
FERX
1
0
K
o h m 1
0
K
o h m R
1
3
1
6
R
1
3
1
6
3
CCV
4
FERX
mho07031R
W01/1
zHM0.84
972540084L
2021X
WS
1
DNG
2
TUO
FERX
2
5
V
2
5
V
C
1
2
0
8
C
1
2
0
8
1
0
0
n F
1
0
0
n F
C
IC
2
1
J
6
0
1
N
E
C
IC
2
1
J
6
0
1
N
E
B
D
1
2
2
1
B
D
1
2
2
1
FERX
V3.3_CADDS
FERX
B
D
1
2
2
0
B
D
1
2
2
0
C
IC
2
1
J
6
0
1
N
E
C
IC
2
1
J
6
0
1
N
E
W01/10331R mho001
]3[DOIPG
3Y
4Y
]1[DOIPG
4
.7
K
o h m 4
.7
K
o h m R
1
2
6
9
R
1
2
6
9
1
/1
0
W
1
/1
0
W
2U
NAIDNE
]1[EOIPG/IDT_7MRA
4V
]4[EOIPG/SMT_7MRA
1W
2W
]2[EOIPG/ODT_7MRA
3W
]0[EOIPG/KCT_7MRA
4W
]3[EOIPG/TSRTn_7MRA
dilav_atad_1pactxE/]1[TOIPG1Y
2Y dilav_atad_0pactxE/]0[TOIPG
ADxRTRAU/TADSM
03H
BDxTTRAU/]1[CPOIPG
13H
03J
BDxRTRAU/]0[CPOIPG
DIV_LLP
4N
RDD_LLP
2P
OIDUA_LLP
5P
HSALFDNAN
1T
KLC_DUA_TXE
3T
ASTRnTRAU/SNI
33E
03F
BPOIPG/KCAAMD
13F
BKLCC2I
23F
ASTCnTRAU/KLCSM
33F
CDxTTRAU/]1[DPOIPG
BTADC2I
03G
13G
ADxTTRAU/SBSM
CDxRTRAU/]0[DPOIPG
23G
0NBSU
13D
23D
ATADC2I
33D
CTADC2I
82E
IDT/]1[SOIPG
TSRn/]3[SOIPG
92E
03E
0PBSU
APOIPG/QERAMD
CKLCC2I
23E
13HA
HPOIPG/2TPURRETNI
FPOIPG/0TPURRETNI
33HA
IPOIPG/3TPURRETNI
33JA
0RUCVOBSU
33B
13C
SMT/]4[SOIPG
23C
KLC_BSU
AKLCC2I
33C
ODT/]2[SOIPG
03D
5FA
ATSRMS/]1[BOIPG
92GA
ILATX
03GA
TUOTSR
13GA
TUOMWP
23GA
72KC
33GA
DIVKLC
ATEDMS/]3[BOIPG
4GA
03HA
GPOIPG/1TPURRETNI
4EA
BKLCEMS/ODT_DUA_MLAC
ANIDSSRN/NIDVA
5EA
3TSET
92FA
TESER
03FA
MPOIPG/7TPURRETNI
13FA
23FA
LPOIPG/6TPURRETNI
33FA
KPOIPG/5TPURRETNI
ATADMS/]5[BOIPG
4FA
4DA
BNIDSSRN/IDLVVA
1EA
ACCVMS/]2[BOIPG
2EA
AKLCMS/]0[BOIPG
1TSET
92EA
JPOIPG/4TPURRETNI
03EA
NIRI/EPOIPG
13EA
OLATX
23EA
33EA
4TSET
1CA
BCCVMS/SMT_DUA_MLAC
BTSRMS/TSRTn_DUA_MLAC
2CA
BKLCMS/KCT_DUA_MLAC
3CA
2DIV_KLC_I/]0[DOIPG
4CA
1DA
ATUODSSRN/TSRnVA
2DA
AKLCSSRN/KLCVA
AKLCEMS/]4[BOIPG
3DA
2TSET
03DA
KCT/]0[SOIPG
23A
4AA
]2[DOIPG
BTUODSSRN/ODLVVA
1BA
2BA
BKLCSSRN/TUODVA
BTADMS
3BA
BTEDMS/IDT_DUA_MLAC
4BA
mho04131R
W01/1
2-0001CI
1022H5S
3U GOIPG/NID_1FIDPS
32ACDH/]7[Y_M_25PDS
03U
13U
22ACDH/]6[Y_M_25PDS
HOIPG/NID_2FIDPS4U
FERX
FERX
9ACDH/]1[bC_M_25PDS
03R
21ACDH/]4[bC_M_25PDS
13R
23R
61ACDH/]0[Y_M_25PDS
33R
81ACDH/]2[Y_M_25PDS
12ACDH/]5[Y_M_25PDS
03T
71ACDH/]1[Y_M_25PDS
13T
23T
91ACDH/]3[Y_M_25PDS
02ACDH/]4[Y_M_25PDS
33T
23N
6ACDH/]6[rC_M_25PDS
8ACDH/]0[bC_M_25PDS
33N
92P
31ACDH/]5[bC_M_25PDS
4ACDH/]4[rC_M_25PDS
03P
13P
7ACDH/]7[rC_M_25PDS
23P
01ACDH/]2[bC_M_25PDS
41ACDH/]6[bC_M_25PDS
33P
51ACDH/]7[bC_M_25PDS
92R
92M
11ACDH/]3[bC_M_25PDS
03M
11BCDH/]3[Y_S_25PDS
AKLCIH/KLC_M_25PDS
13M
1ACDH/]1[rC_M_25PDS
23M
33M
3ACDH/]3[rC_M_25PDS
92N
2ACDH/]2[rC_M_25PDS
51BCDH/]7[Y_S_25PDS
03N
5ACDH/]5[rC_M_25PDS
13N
13K
7BCDH/]7[C_S_25PDS
31BCDH/]5[Y_S_25PDS
23K
33K
01BCDH/]2[Y_S_25PDS
92L
ACNYSHIH/CNYSH_M_25PDS
03L
6BCDH/]6[C_S_25PDS
13L
21BCDH/]4[Y_S_25PDS
41BCDH/]6[Y_S_25PDS
23L
33L
ACNYSVIH/CNYSV_M_25PDS
23H
3BCDH/]3[C_S_25PDS
5BCDH/]5[C_S_25PDS
33H
2BCDH/]2[C_S_25PDS
92J
13J
1BCDH/]1[C_S_25PDS
8BCDH/]0[Y_S_25PDS
23J
9BCDH/]1[Y_S_25PDS
33J
0ACDH/]0[rC_M_25PDS
92K
03K
BCNYSVIH/CNYSV_S_25PDS
1LA KLC_2ST_S/2ATADT
2LA DLV_2ST_S/1ATADT
ATAD_2ST_S/3ATADT1MA
ATAD_1ST_S/0ATADT1NA
BKLCIH/KLC_S_25PDS
92F
92G
0BCDH/]0[C_S_25PDS
33G
BCNYSHIH/CNYSH_S_25PDS
4BCDH/]4[C_S_25PDS
92H
5HA KLC_1ST_S/AKLCT
DLV_3ST_S/BDLVT1JA
2JA ]0[AOIPG/6ATADT
]1[AOIPG/7ATADT3JA
KLC_3ST_S/BKLCT4JA
CNYS_1ST_S/4ATADT1KA
2KA CNYS_2ST_S/5ATADT
DLV_1ST_S/ADLVT3KA
ISOM_IPS/*/6BTADT1GA
OSIM_IPS/CNYS_4ST_S/5BTADT2GA
3GA KLC_IPS/CNYS_3ST_S/4BTADT
5GA CTADT
KLC_4ST_S/2BTADT1HA
2HA ATAD_4ST_S/3BTADT
DLV_4ST_S/1BTADT3HA
4HA ATAD_3ST_S/0BTADT
1AA ]3[COIPG/ATAD_XR_S2I
]1[COIPG/SW_XR_S2I2AA
3AA ]0[COIPG/KLCM_XR_S2I
]2[COIPG/KCB_XR_S2I5DA
CNYST3EA
1FA CDLVT
CKLCT2FA
3FA ISSN_IPS/*/7BTADT
1-0001CI
1022H5S
D_V3.3S
W01/1
0231R mho0
3
4
5
6
7
8
1
/1
0
W
1
/1
0
W
R
1
2
1
1
R
1
2
1
1
7
5
o h m 7
5
o h m 1
/1
6
W
1
/1
6
W
R
1
3
2
4
R
1
3
2
4
0
o h m 0
o h m 1
2
1
/1
0
W
1
/1
0
W
R
1
2
0
7
R
1
2
0
7
7
5
o h m 7
5
o h m mho220221R
W01/1 FERX
FERX
R
1
2
7
2
R
1
2
7
2
4
.7
K
o h m 4
.7
K
o h m 1
/1
0
W
1
/1
0
W
W01/1
Fp720221C
V05
1031R mho0
mho02031R
W01/1
8521R mho22
W01/1
mho226521R
W01/1W01/1
4449U mho22
mho227521R
W01/1
mho220521R
W01/1
W01/1
3521R mho22W01/1
3449U mho22
1
FERX
Fn8.17121C
V05
T
P
1
2
0
0
T
P
1
2
0
0
1 2
3 4
5 6
7 8
mho06621R
W01/1
W61/1
2321R
mho22
JOIPG 1
1
/1
0
W
1
/1
0
W
FERX
3 4
5 6
7 8
R
1
2
7
3
R
1
2
7
3
4
.7
K
o h m 4
.7
K
o h m FERX
W61/1
8121R
mho22
1 2
1 2
3 4
5 6
7 8
FERX
FERX
FERX
W61/1
1221R
mho22
1 2
3 4
5 6
7 8
FERX
1
FERX
W61/1
7321R
mho223 4
5 6
7 8
0021_FIDPS
7 8
W61/1
8321R
mho22
1 2
W61/1
3321R
mho22
1 2
3 4
5 6
FERX
FERX
FERX
FERX
FERX
4
.7
K
o h m 4
.7
K
o h m R
1
2
7
7
R
1
2
7
7
1
/1
0
W
1
/1
0
W
FERX
1
/1
0
W
1
/1
0
W
R
1
2
2
3
R
1
2
2
3
3
.3
K
o h m 3
.3
K
o h m G
P
IO
P
B
G
P
IO
P
B
W01/1
7231R
mho0
FERX
FERX
FERX
FERX
4821R
mho74
W01/1
mho224121R
W01/1
mho03921R
W01/1
W01/1mho0019231R
FERX
FERX
FERX
FERX
FERX
1
/1
0
W
1
/1
0
W
R
1
2
3
0
R
1
2
3
0
4
7
0
o h m 4
7
0
o h m FERX
3
.3
K
o h m 3
.3
K
o h m R
1
2
2
4
R
1
2
2
4
1
/1
0
W
1
/1
0
W
7 8
W01/1
9421R mho22
W61/1
1549U
mho0
1 2
3 4
5 6
FERX
FERX
W01/1
5921R mho0
Fn8.19121C
V05
FERX
FERX
FERX
5 6
7 8
FERX
4
.7
K
o h m 4
.7
K
o h m R
1
2
7
1
R
1
2
7
1
1
/1
0
W
1
/1
0
W
9321R
W61/1
1 2
3 4
1
0
0
n F
1
0
0
n F
C
1
2
1
0
C
1
2
1
0
2
5
V
2
5
V
mho22
FERX
W01/1
3121R mho22
FERX
FERX
D_V3.3S
FERX
W01/1
1921R mho0
FERX
FERX
0
o h m 0
o h m R
1
3
2
5
R
1
3
2
5
1
/1
0
W
1
/1
0
W
mho22
FERX
mho223621R
W01/1
FERX
FERX
W01/1
7221R
W01/1
2621R mho22
1
/1
0
W
1
/1
0
W
R
1
3
1
5
R
1
3
1
5
1
0
K
o h m 1
0
K
o h m 4
5 6
7 8
FERX
FERX
FERX
W61/1
2549U
mho22
1 2
3
7
8
CCV
4
.7
K
o h m 4
.7
K
o h m 1
/1
0
W
1
/1
0
W
R
1
2
7
0
R
1
2
7
0
6021CI
1
0A
2
1A
3
CN
SSV
4
ADS
5
6
LCS
CW/
6321R
W01/1
T6NMW-65242M
2
3 4
5 6
7 8
mho22
mho22
9221R
W61/1
1
V3.3D
1
/1
0
W
1
/1
0
W
R
1
2
0
4
R
1
2
0
4
7
5
o h m 7
5
o h m 6
7 8
FERX
mho222121R
W01/1
W61/1
1 2
3 4
5
2
2KLC
3
1KLC
DNG
4
3KLC
5
6
DDV
4KLC
7
8
TUOKLC
mho22
0421R
FERX
H1-CS5032YC
3021CI
1
FER
2
3 4
5 6
7 8
FERX
FERX
FERX
FERX
FERX
mho22
5121R
W61/1
1
MWP
15M_M72
15S_M72
XAMIC_M72
PD_47KLC
25_M72
ST_72KLC
)2(D_IDEJ_MORF
)3(D_IDEJ_MORF
)4(D_IDEJ_MORF
)1(BSV_ST
)2(BSV_ST
)3(BSV_ST
)4(BSV_ST
)5(D_IDEJ_MORF
)6(D_IDEJ_MORF
)7(D_IDEJ_MORF
)5(BSV_ST
)6(BSV_ST
)7(BSV_ST
IMDH_FIDPS
1SF
0SF
NABSU
KLCB_XR_S2I
ATAD_XR_S2I
KLCRL_XR_S2I
POTS_SUB
PEE_LCS
PEE_ADS
NEPVN_S
SBVC_VTD
TSR_TSM
TSRn_UT
TIAW_XAMICn
CNYS_IDEJ_MORF
DLV_IDEJ_MORF
KLC_IDEJ_MORF
)0(D_IDEJ_MORF
)4(BSV_ST
DLV_BSV_ST
KLC_BSV_ST
)0(BSV_ST
)1(D_IDEJ_MORF
KLC_ABLA_M
SH_ABLA_M
DLPE_SV_ABLA_M
DLPE_SV_ABLA_S
SH_ABLA_S
KLC_ABLA_S
TESERn_ECI
2PD_47KLC
OTSRn
E_ADS
E_LCS
)7:0(RC_ABLA_M
)7:0(BC_ABLA_M
)7:0(C_ABLA_S
)5(BSV_ST
)7(BSV_ST
KCEHC_CCV_BSU
PABSU
POTS_SUB
KCT_MLAC
TSRTN_MLAC
SMT_MLAC
IDT_MLAC
ODT_MLAC
4758_LCS
PDD_LCS
C_LCS
B_LCS
A_LCS
ABLA_KLC25PDS
PEE_LCS
PW_PEE_NIAM
XEDNI_MEG
XEDNI_MOCIM_MEG
FFO-NOWPBSU
4758_ADS
TATS_REWOP
ST_72KLC
PD_47KLC
TSRn_KNIL
TNI_25PDSn
TNIn_TSM
)3(RC_ABLA_M
)2(RC_ABLA_M
)1(RC_ABLA_M
)0(RC_ABLA_M
)5(R_DSO_ABLA
)4(R_DSO_ABLA
)3(R_DSO_ABLA
)2(R_DSO_ABLA
)0(R_DSO_ABLA
OTESERn
PMAL_MOCIM_XT
TNIn_NAL
TNI_XAMICn
IBV_NIAM
ABLA_FIDPS
)3(G_DSO_ABLA
TENYNA_MEG_XR
TENYNA_MEG_XT
232SR_XR
232SR_XT
PMAL_MOCIM_XR
PDD_ADS
C_ADS
B_ADS
A_ADS
MWP
TESERn_UPC
KLCM_XR_S2I
PEE_ADS
PW_PEE_NIAM
)6(R_DSO_ABLA
)7(R_DSO_ABLA
)0(B_DSO_ABLA
)1(B_DSO_ABLA
)4(G_DSO_ABLA
)5(G_DSO_ABLA
)6(G_DSO_ABLA
)7(G_DSO_ABLA
)0(ENOTH_ABLA
)1(ENOTH_ABLA
)2(ENOTH_ABLA
)3(ENOTH_ABLA
)4(ENOTH_ABLA
)5(ENOTH_ABLA
)2(B_DSO_ABLA
)3(B_DSO_ABLA
)4(B_DSO_ABLA
)5(B_DSO_ABLA
)6(B_DSO_ABLA
)7(B_DSO_ABLA
)0(G_DSO_ABLA
)1(G_DSO_ABLA
)2(G_DSO_ABLA
SH_25PDS
SV_25PDS
ATAD_XT_S2I
KLCB_XT_S2I
KLCRL_XT_S2I
KLCM_XT_S2I
)3(BC_ABLA_M
)4(BC_ABLA_M
)5(BC_ABLA_M
)6(BC_ABLA_M
)7(BC_ABLA_M
)0(Y_ABLA_M
)1(Y_ABLA_M
)2(Y_ABLA_M
)3(Y_ABLA_M
)4(Y_ABLA_M
)5(Y_ABLA_M
)6(Y_ABLA_M
)7(Y_ABLA_M
)0(C_ABLA_S
)1(C_ABLA_S
)2(C_ABLA_S
)3(C_ABLA_S
)4(C_ABLA_S
)5(C_ABLA_S
)6(C_ABLA_S
)7(C_ABLA_S
)0(Y_ABLA_S
)1(Y_ABLA_S
)2(Y_ABLA_S
)3(Y_ABLA_S
)4(Y_ABLA_S
)5(Y_ABLA_S
)6(Y_ABLA_S
)7(Y_ABLA_S
)7:0(Y_ABLA_M
)7:0(Y_ABLA_S
)1(R_DSO_ABLA
)6(DOP_ST
)7(DOP_ST
)4(DOP_ST
)5(DOP_ST
)2(DOP_ST
)1(DOP_ST
)3(DOP_ST
)0(DOP_ST
KLC_DOP_ST
DLV_DOP_ST
)7:0(DOP_ST
KLC_IDEJ_OT
D_IDEJ_OT
DLV_IDEJ_OT
CNYS_IDEJ_OT
KLC_BSV_ST
)6(BSV_ST
)4(BSV_ST
DLV_BSV_ST
)2(BSV_ST
)1(BSV_ST
)3(BSV_ST
)0(BSV_ST
)7:0(BSV_ST
)4(RC_ABLA_M
)5(RC_ABLA_M
)6(RC_ABLA_M
)7(RC_ABLA_M
)0(BC_ABLA_M
)1(BC_ABLA_M
)2(BC_ABLA_M
10-1-3 Albatross+TS AV interface
This Document can not be used without Samsung’s authorization.
Power
Signal
www.fieldtechsource.net
Schematic Diagram
10-4 Samsung Electronics
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
1351C
8241C
0141R
mhoK01
Fn5.1
7541C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
0541C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
2341C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
8041DB T-510-L2102BCA
2
5
V
2
5
V
1
0
0
n F
1
0
0
n F
8051C
D_V3.3S
3341C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
C
1
4
2
3
C
1
4
2
3
Fu001
V61
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
4051C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
4241C
4741C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
8041C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
2041C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
0041L
12
8441C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
2941C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
4541C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
0641C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
5541C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
5241C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
0341C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
4441C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
5041C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
0141C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
0151C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
3051C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
5341C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
C
1
4
6
4
C
1
4
6
4
Fu01
V61
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
3041C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
9051C
Fu01
V61
9741C
-
4041DB
B
0241DB
A003S2102ZPM
C
1
4
9
5
C
1
4
9
5
Fu001
V61
V2.1S_ABLA
7041C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
T-510-L2102BCA7041DB
0051C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
6241C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
7441C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
8151C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
8941C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
8341C
2841C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
8741C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
2541C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
2
5
V
2
5
V
1051C
Fu001
V61
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
D_V3.3S
9041C
1
0
0
n F
1
0
0
n F
V05
9641C
Fn01
2151C
6441C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
V3.3_CADDH
5441C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
1641C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
-
B
4941C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
5041DB
02Y
88DNG
12Y
33IDDV
22Y
V
D
D
IO
3
7
V
D
D
IO
3
7
Y
2
3
Y
2
3
98DNG
92Y
97DNG
5Y
7241C
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
21Y
08DNG
31Y
18DNG
41Y
28DNG
51Y
38DNG
61Y
48DNG
71Y
58DNG
81Y
68DNG
91Y
78DNG
91W
77DNG
02W
87DNG
12W
03IDDV22W
V
D
D
IO
3
5
V
D
D
IO
3
5
W
2
3
W
2
3
13IDDV
92W
V
D
D
_
S
S
T
L
2
V
D
D
_
S
S
T
L
2
W
5
W
5
V
D
D
IO
3
6
V
D
D
IO
3
6
Y
1
1
Y
1
1
23IDDV
W
1
1
W
1
1
92IDDV21W
07DNG
31W
17DNG
41W
27DNG
51W
37DNG
61W
47DNG
71W
57DNG
81W
67DNG
81V
66DNG
91V
76DNG
02V
86DNG
12V
82IDDV
22V
V
D
D
IO
3
3
V
D
D
IO
3
3
V
2
3
V
2
3
96DNG
92V
95DNG
5V
V
D
D
IO
3
4
V
D
D
IO
3
4
V
D
D
_
S
S
T
L
1
V
D
D
_
S
S
T
L
1
V
D
D
IO
3
2
V
D
D
IO
3
2
V
1
1
V
1
1
72IDDV
21V
06DNG
31V
16DNG
41V
26DNG
51V
36DNG
61V
46DNG
71V
56DNG
71U
55DNG
81U
65DNG
91U
75DNG
02U
85DNG
12U
62IDDV
22U
V
D
D
IO
3
0
V
D
D
IO
3
0
U
2
3
U
2
3
V
D
D
IO
3
1
V
D
D
IO
3
1
U
2
9
U
2
9
U
5
U
5
92T
93DNG
5T
V
D
D
IO
2
9
V
D
D
IO
2
9
U
1
1
U
1
1
52IDDV
21U
05DNG
31U
15DNG
41U
25DNG
51U
35DNG
61U
45DNG
61T
44DNG
71T
54DNG
81T
64DNG
91T
74DNG
02T
84DNG
12T
42IDDV
22T
V
D
D
IO
2
8
V
D
D
IO
2
8
T
2
3
T
2
3
94DNG
3R
V3.3A_LLPDDV
4R
V2.1A_LLPDDV
5R
V
D
D
IO
2
7
V
D
D
IO
2
7
T
1
1
T
1
1
32IDDV
21T
04DNG
31T
14DNG
41T
24DNG
51T
34DNG
71R
53DNG
81R
63DNG
91R
3A_LLPSSV
2R
73DNG
02R
83DNG
12R
22IDDV
22R
V
D
D
IO
2
6
V
D
D
IO
2
6
R
2
3
R
2
3
2A_LLPSSV
4P
V2.1D_LLPDDV
1R
V
D
D
IO
2
5
V
D
D
IO
2
5
R
1
1
R
1
1
12IDDV
21R
03DNG
31R
13DNG
41R
23DNG
51R
33DNG
61R
43DNG
71P
62DNG
81P
72DNG
91P
82DNG
02P
92DNG
12P
02IDDV
22P
V
D
D
IO
2
4
V
D
D
IO
2
4
P
2
3
P
2
3
V3.3A_LLPDDV
3P
2D_LLPSSV
5N
4A_LLPSSV
1P
V
D
D
IO
2
3
V
D
D
IO
2
3
P
1
1
P
1
1
91IDDV
21P
12DNG
31P
22DNG
41P
32DNG
51P
42DNG
61P
52DNG
81N
81DNG
91N
1D_LLPSSV
2N
91DNG
02N
02DNG
12N
81IDDV
22N
V
D
D
IO
2
2
V
D
D
IO
2
2
N
2
3
N
2
3
V2.1A_LLPDDV
3N
1A_LLPSSV
1N
V
D
D
IO
2
1
V
D
D
IO
2
1
N
1
1
N
1
1
71IDDV
21N
21DNG
31N
31DNG
41N
41DNG
51N
51DNG
61N
61DNG
71N
71DNG
71M
21IDDV
81M
31IDDV
91M
41IDDV
02M
51IDDV
12M
61IDDV
22M
V
D
D
IO
2
0
V
D
D
IO
2
0
M
2
3
M
2
3
11DNG
5M
V2.1D_LLPDDV
L
2
3
L
2
3
5IDDV
5L
V
D
D
IO
1
9
V
D
D
IO
1
9
M
1
1
M
1
1
6IDDV
21M
7IDDV
31M
8IDDV
41M
9IDDV
51M
01IDDV
61M
11IDDV
L
1
5
L
1
5
V
D
D
IO
1
1
V
D
D
IO
1
1
L
1
6
L
1
6
V
D
D
IO
1
2
V
D
D
IO
1
2
L
1
7
L
1
7
V
D
D
IO
1
3
V
D
D
IO
1
3
L
1
8
L
1
8
V
D
D
IO
1
4
V
D
D
IO
1
4
L
1
9
L
1
9
V
D
D
IO
1
5
V
D
D
IO
1
5
L
2
0
L
2
0
V
D
D
IO
1
6
V
D
D
IO
1
6
L
2
1
L
2
1
V
D
D
IO
1
7
V
D
D
IO
1
7
L
2
2
L
2
2
V
D
D
IO
1
8
V
D
D
IO
1
8
9E
9DNG
5H
V
D
D
IO
5
V
D
D
IO
5
J
5
J
5
01DNG
5K
V
D
D
IO
6
V
D
D
IO
6
L
1
1
L
1
1
V
D
D
IO
7
V
D
D
IO
7
L
1
2
L
1
2
V
D
D
IO
8
V
D
D
IO
8
L
1
3
L
1
3
V
D
D
IO
9
V
D
D
IO
9
L
1
4
L
1
4
V
D
D
IO
1
0
V
D
D
IO
1
0
81E
6DNG
91E
V
D
D
IO
3
V
D
D
IO
3
E
2
0
E
2
0
7DNG
12E
4IDDV
22E
8DNG
32E
V
D
D
IO
4
V
D
D
IO
4
E
2
4
E
2
4
3DS_A33DDVA
62E
1DNG
01E
2DNG
11E
V
D
D
IO
1
V
D
D
IO
1
E
1
2
E
1
2
3DNG
31E
2IDDV
41E
4DNG
51E
V
D
D
IO
2
V
D
D
IO
2
E
1
6
E
1
6
5DNG
71E
3IDDV
62C
5DH_A33SSVA
72C
DS_A33BBVA
03C
1PODDV
22D
2DH_A33SSVA
42D
62D
3DH_A33DDVA
2DS_A33SSVA
72D
1DS_A33DDVA
82D
1IDDV
9JA
3DH_A33SSVA
52B
2DH_A33DDVA
72B
5DS_A33SSVA
82B
2DS_A33DDVA
92B
2PODDV
23B
1POSSV
42C
4DH_A33DDVA
52C
1DH_A33SSVA
A
J
2
6
A
J
2
6
111DNG
72JA
V
D
D
_
S
S
T
L
2
8
V
D
D
_
S
S
T
L
2
8
A
J
2
8
A
J
2
8
211DNG
92JA
001DNG
5JA
V
D
D
_
S
S
T
L
1
7
V
D
D
_
S
S
T
L
1
7
A
J
6
A
J
6
101DNG
7JA
V
D
D
_
S
S
T
L
1
8
V
D
D
_
S
S
T
L
1
8
A
J
8
A
J
8
201DNG
A
J
1
8
A
J
1
8
701DNG
91JA
V
D
D
_
S
S
T
L
2
4
V
D
D
_
S
S
T
L
2
4
A
J
2
0
A
J
2
0
801DNG
12JA
V
D
D
_
S
S
T
L
2
5
V
D
D
_
S
S
T
L
2
5
A
J
2
2
A
J
2
2
901DNG
32JA
V
D
D
_
S
S
T
L
2
6
V
D
D
_
S
S
T
L
2
6
A
J
2
4
A
J
2
4
011DNG
52JA
V
D
D
_
S
S
T
L
2
7
V
D
D
_
S
S
T
L
2
7
A
J
1
0
A
J
1
0
301DNG
11JA
V
D
D
_
S
S
T
L
2
0
V
D
D
_
S
S
T
L
2
0
A
J
1
2
A
J
1
2
401DNG
31JA
V
D
D
_
S
S
T
L
2
1
V
D
D
_
S
S
T
L
2
1
A
J
1
4
A
J
1
4
501DNG
51JA
V
D
D
_
S
S
T
L
2
2
V
D
D
_
S
S
T
L
2
2
A
J
1
6
A
J
1
6
601DNG
71JA
V
D
D
_
S
S
T
L
2
3
V
D
D
_
S
S
T
L
2
3
A
C
1
8
A
C
1
8
V
D
D
_
S
S
T
L
1
1
V
D
D
_
S
S
T
L
1
1
A
C
1
9
A
C
1
9
V
D
D
_
S
S
T
L
1
2
V
D
D
_
S
S
T
L
1
2
A
C
2
0
A
C
2
0
V
D
D
_
S
S
T
L
1
3
V
D
D
_
S
S
T
L
1
3
A
C
2
1
A
C
2
1
V
D
D
_
S
S
T
L
1
4
V
D
D
_
S
S
T
L
1
4
A
C
2
2
A
C
2
2
V
D
D
_
S
S
T
L
1
5
V
D
D
_
S
S
T
L
1
5
A
C
2
3
A
C
2
3
74IDDV
5CA
V
D
D
_
S
S
T
L
1
6
V
D
D
_
S
S
T
L
1
6
A
H
2
9
A
H
2
9
V
D
D
_
S
S
T
L
1
9
V
D
D
_
S
S
T
L
1
9
5BA
A
C
1
1
A
C
1
1
V
D
D
_
S
S
T
L
3
V
D
D
_
S
S
T
L
3
V
D
D
_
S
S
T
L
4
V
D
D
_
S
S
T
L
4
A
C
1
2
A
C
1
2
A
C
1
3
A
C
1
3
V
D
D
_
S
S
T
L
5
V
D
D
_
S
S
T
L
5
V
D
D
_
S
S
T
L
6
V
D
D
_
S
S
T
L
6
A
C
1
4
A
C
1
4
A
C
1
5
A
C
1
5
V
D
D
_
S
S
T
L
7
V
D
D
_
S
S
T
L
7
V
D
D
_
S
S
T
L
8
V
D
D
_
S
S
T
L
8
A
C
1
6
A
C
1
6
V
D
D
_
S
S
T
L
9
V
D
D
_
S
S
T
L
9
A
C
1
7
A
C
1
7
V
D
D
_
S
S
T
L
1
0
V
D
D
_
S
S
T
L
1
0
61BA
14IDDV
71BA
24IDDV
81BA
34IDDV
91BA
44IDDV
02BA
54IDDV
12BA
64IDDV
22BA
V
D
D
IO
4
2
V
D
D
IO
4
2
A
B
2
3
A
B
2
3
99DNG
22AA
V
D
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4
0
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D
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4
0
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A
2
3
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A
2
3
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8
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5
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D
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1
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D
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B
1
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1
1
63IDDV
21BA
73IDDV
31BA
83IDDV
41BA
93IDDV
51BA
04IDDV
41AA
29DNG
51AA
39DNG
61AA
49DNG
71AA
59DNG
81AA
69DNG
91AA
79DNG
02AA
89DNG
12AA
53IDDV
62A
92A
3DS_A33SSVA
1DS_A33SSVA
03A
4DS_A33DDVA
13A
2POSSV
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V
D
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3
9
V
D
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3
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A
1
1
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A
1
1
43IDDV
21AA
09DNG
31AA
19DNG
6-0001CI
1022H5S
1DH_A33DDVA
52A
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C
1
4
8
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10-1-4 Albatross+POWER
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Power
Signal
www.fieldtechsource.net
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35_QD_RDS_BP
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45_QD_RDS_BP
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55_QD_RDS_BP
81G
65_QD_RDS_BP
91G
75_QD_RDS_BP
02G
85_QD_RDS_BP
95_QD_RDS_BP
81H
84_QD_RDS_BP
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0_QD_RDS_BP
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21_QD_RDS_BP
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91_QD_RDS_BP
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62_QD_RDS_BP
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94_QD_RDS_BP
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05_QD_RDS_BP
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9_QD_RDS_BP
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31_QD_RDS_BP
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02_QD_RDS_BP
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32_QD_RDS_BP
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43_QD_RDS_BP
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83_QD_RDS_BP
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24_QD_RDS_BP
7_QD_RDS_BP
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41_QD_RDS_BP
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82_QD_RDS_BP
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8_RDDA_RDS_OP
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03_QD_RDS_BP
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33_QD_RDS_BP
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73_QD_RDS_BP
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5_QD_RDS_BP
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51_QD_RDS_BP
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92_QD_RDS_BP
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23_QD_RDS_BP
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63_QD_RDS_BP
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81A
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14_QD_RDS_BP
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2A
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0_AB_RDS_OP
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8_A_IATAD_IP
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7_A_OATAD_OP
5Y
3_A_OATAD_OP
0_A_OATAD_OP
6Y
15_V2.1D
4V
5_A_OATAD_OP
5V
6V
2_A_OATAD_OP
41_A_OATAD_OP
1W
3W
11_A_OATAD_OP
8_A_OATAD_OP
4W
5W
4_A_OATAD_OP
1_A_OATAD_OP
6W
31_A_OATAD_OP
2T
02_A_OATAD_OP
1U
2U
91_A_OATAD_OP
3U
81_A_OATAD_OP
5U
6_A_OATAD_OP
71_A_OATAD_OP
V
61_A_OATAD_OP
2V
3V
51_A_OATAD_OP
9_A_OATAD_OP
1P
82_A_OATAD_OP
2P
3P
72_A_OATAD_OP
1R
62_A_OATAD_OP
R
52_A_OATAD_OP
42_A_OATAD_OP
3R
4R
32_A_OATAD_OP
1T
22_A_OATAD_OP
12_A_OATAD_OP
1M
2_B_OATAD_OP
2M
3M
1_B_OATAD_OP
4M
0_B_OATAD_OP
1N
OCNYSV_OP
2N
OCNYSH_OP
3N
OKLC_OP
ONED_OP
4N
92_A_OATAD_OP
3J
31_B_OATAD_OP
4J
1K
6_B_OATAD_OP
7_B_OATAD_OP
2K
3K
8_B_OATAD_OP
9_B_OATAD_OP
4K
1L
5_B_OATAD_OP
4_B_OATAD_OP
2L
3_B_OATAD_OP
2G
81_B_OATAD_OP
91_B_OATAD_OP
3G
4G
02_B_OATAD_OP
1H
41_B_OATAD_OP
51_B_OATAD_OP
2H
61_B_OATAD_OP
3H
1J
01_B_OATAD_OP
2J
11_B_OATAD_OP
21_B_OATAD_OP
1E
52_B_OATAD_OP
2E
3E
62_B_OATAD_OP
4E
72_B_OATAD_OP
12_B_OATAD_OP
1F
22_B_OATAD_OP
2F
3F
32_B_OATAD_OP
71_B_OATAD_OP
1G
FERX
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82_B_OATAD_OP
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2D
92_B_OATAD_OP
42_B_OATAD_OP
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Fn001
2
3 4
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7 8
FERX
mho001
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Fn001
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mho001
GNIR_IDDV
GNIR_IDDV
01U
GNIR_PODDV
31U
GNIR_IDDV
51U
GNIR_PODDV
71U
GNIR_PODDV
4U
GNIR_IDDV
6U
GNIR_PODDV
8U
GNIR_PODDV
GNIR_SSV
GNIR_PODDV
71N
GNIR_SSV
8N
9N
GNIR_SSV
GNIR_PODDV
71P
GNIR_PODDV
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GNIR_IDDV
71T
GNIR_IDDV
3T
4T
GNIR_SSV
21M
GNIR_SSV
GNIR_SSV
31M
8M
GNIR_SSV
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GNIR_SSV
01N
GNIR_SSV
11N
GNIR_SSV
21N
GNIR_SSV
31N
GNIR_SSV
GNIR_IDDV
71L
81L
GNIR_IDDV
GNIR_IDDV
3L
GNIR_IDDV
4L
8L
GNIR_SSV
9L
GNIR_SSV
01M
GNIR_SSV
11M
GNIR_SSV
21K
GNIR_SSV
GNIR_SSV
31K
8K
GNIR_SSV
9K
GNIR_SSV
01L
GNIR_SSV
11L
GNIR_SSV
GNIR_SSV
21L
31L
GNIR_SSV
11J
GNIR_SSV
GNIR_SSV
21J
GNIR_SSV
31J
71J
GNIR_PODDV
8J
GNIR_SSV
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GNIR_SSV
01K
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11K
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GNIR_SSV
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31H
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GNIR_PODDV
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51D
4D
GNIR_IDDV
GNIR_IDDV
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GNIR_PODDV
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GNIR_IDDV
71F
GNIR_IDDV
81F
GNIR_IDDV
4F
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GNIR_PODDV
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GNIR_PODDV
31C
GNIR_IDDV
81C
GNIR_PODDV
3C
GNIR_IDDV
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GNIR_PODDV
Fn001
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4-002CI
722C
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Fn001
672C
692C
Fn001
FERX
FERX
Fn001
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Fn001Fn001
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Fn001
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FERX
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47
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67
9QD
77
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97
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76
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72QD
82QD
73
83
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12QD
4
1QD
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22QD
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24
32QD
34
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QDDV
03
CN
13
61QD
23
QSSV
33
71QD
43
81QD
53
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63
91QD
02QD
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Fn001
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FERX
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Fn001
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FERX
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262C
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822C
Fn001
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1_TSET_IP
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OKLC_15M
OCNYSV_15M
OCNYSH_15M
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)6(RDDA_RDS_OP_M
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MQD_RDS_OP_M
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NSAR_RDS_OP_M
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Schematic Diagram
10-5Samsung Electronics
This Document can not be used without Samsung’s authorization.
10-1-5 Main SDP51
Power
Signal
www.fieldtechsource.net
)W/R( AC/BC : RDDA C2I
NOITPO YLNO_CSTA / LLUF
ETELED : YLNO_CSTA
W01/1
BUS_15PDS
513R
mhoK7.4
FERX
Fn001
V52
813C
mho74403R
Fn001
443C
FERX
373C
FERX
Fn001
FERX
V3.3D
153C
Fn001
223R mho001
51QD
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9
QDDV
FERX
mho0813R W01/1
QSSV
97
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8
4QD
21QD
08
18
QDDV
28
31QD
38
41QD
48
QSSV
58
17
1MQD
27
SSV
CN
37
47
8QD
57
QDDV
67
9QD
77
01QD
87
46
7A
56
8A
9A
66
76
EKC
86
KLC
96
CN
7
3QD
07
CN
75
CN
85
SSV
3MQD
95
6
QSSV
06
3A
16
4A
26
5A
36
6A
5
2QD
05
72QD
82QD
15
25
QSSV
35
92QD
45
03QD
55
QDDV
65
13QD
24
32QD
34
DDV SSV
44
54
42QD
64
QSSV
74
52QD
84
62QD
94
QDDV
53
QDDV
63
91QD
02QD
73
83
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93
12QD
4
1QD
04
22QD
14
QDDV
82
2MQD
92
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3
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03
CN
13
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23
QSSV
33
71QD
43
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02
SC/
12
CN
22
0AB
32
1AB
42
PA,01A
52
0A
62
1A
72
2A
31
7QD
41
CN
51
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61
0MQD
71
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81
SAC/
91
SAR/
2
0QD
203CI
1
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01
5QD
11
6QD
21
QSSV
mhoK1W01/1
06CT-E232346S4K
Fu74
V61
963C
423R
Fn001
V52
FERX
FERX
FERX
263C
Fn001
143C
023R W01/1
31QD
28
41QD
38
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48
51QD
58
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68
9
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mho0
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57
9QD
67
01QD
77
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87
11QD
978
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08
21QD
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18
KLC
86
CN
96
3QD
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CN
07
1MQD
17
SSV
27
37
CN
8QD
47
3A
06
4A
16
5A
26
6A
36
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46
8A
56
66
9A
EKC
76
92QD
35
03QD
45
QDDV
55
13QD
65
CN
75
SSV
85
95
3MQD
QSSV
6
QSSV
64
52QD
74
62QD
84
QDDV
94
2QD
5
72QD
05
15
82QD
25
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12QD
93
1QD
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22QD
04
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14
32QD
24
DDV
34 44
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54
42QD
61QD
13
QSSV
23
71QD
33
81QD
43
QDDV
53
91QD
63
73
02QD
83
QSSV
PA,01A
42
0A
52
1A
62
2A
72
2MQD
82
DDV
92
3
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CN
03
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81
SAR/
91
0QD
2
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CN
12
22
0AB
1AB
32
DDV
1
5QD
01
6QD
11
QSSV
21
7QD
31
CN
41
51
DDV
0MQD
61
71
06CT-E232346S4K
303CI
453C
Fn001
Fn1
913C
V05
FERX
V52
073C
Fn001
873C
Fn001
403DB
A003S2102ZPM
B
203R
FERX
mho0
W01/1
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FERX
FERX
613R
1
Fn001
273C
653C
Fn001
T
P
3
0
0
T
P
3
0
0
B_IKLC_IP
11Y
12_B_IATAD_IP
21Y
71_B_IATAD_IP
31Y
41Y
51_B_IATAD_IP
51Y
11_B_IATAD_IP
61Y
8_B_IATAD_IP
71Y
4_B_IATAD_IP
1_B_IATAD_IP
81Y
31W
61_B_IATAD_IP
41W
41_B_IATAD_IP
01_B_IATAD_IP
51W
7_B_IATAD_IP
61W
71W
3_B_IATAD_IP
0_B_IATAD_IP
81W
A_INED_BP
02W
01Y
B_ICNYSV_IP
9_B_IATAD_IP
51V
6_B_IATAD_IP
61V
2_B_IATAD_IP
71V
91V
A_ICNYSV_IP
A_ICNYSH_IP
02V
01W
B_ICNYSH_IP
B_INED_BP
11W
21W
02_B_IATAD_IP
21_B_IATAD_IP
41U
5_B_IATAD_IP
61U
81U
A_IKLC_IP
91U
92_A_IATAD_IP
02U
82_A_IATAD_IP
32_B_IATAD_IP
11V
21V
91_B_IATAD_IP
41V
31_B_IATAD_IP
81R
32_A_IATAD_IP
22_A_IATAD_IP
91R
12_A_IATAD_IP
02R
81T
72_A_IATAD_IP62_A_IATAD_IP
91T
52_A_IATAD_IP
02T
11U
22_B_IATAD_IP
81_B_IATAD_IP
21U
11_A_IATAD_IP
02M
71_A_IATAD_IP
81N
91N
61_A_IATAD_IP
02N
51_A_IATAD_IP
81P
02_A_IATAD_IP
91P
91_A_IATAD_IP
81_A_IATAD_IP
02P
71R
42_A_IATAD_IP
6_A_IATAD_IP
81K
91K
7_A_IATAD_IP
02K
8_A_IATAD_IP
91L
01_A_IATAD_IP
9_A_IATAD_IP
02L
41_A_IATAD_IP
71M
31_A_IATAD_IP
81M
91M
21_A_IATAD_IP
2-003CI
91H
0_A_IATAD_IP
02H
1_A_IATAD_IP
2_A_IATAD_IP
81J
91J
3_A_IATAD_IP
02J
4_A_IATAD_IP
5_A_IATAD_IP
71K
mho0
W01/1
15PDS
W01/1 mhoK1
713R
V3.3D
523R
Fn001
763C
V52
FERX
323R
FERX
Fn001
703C
mho001
FERX
T
P
3
0
1
T
P
3
0
1
1
Fn001
903C
Fn001
433C
FERX
mho74013R
V05
Fn01
863C
FERX
15_V2.1D
053C
Fn001
Fn001
013C
FERX
173C
Fn001
FERX
Fn001
733C
FERX
FERX
903R mho74
283C
Fn001
FERX
Fn001
673C
1 2
3 4
5 6
7 8
Fn001
343C
mho74
023AR
W61/1
853C
Fn001
mho74003R
FERX
15S_V2.1P
FERXFERX
V61
003C
Fu74
573C
Fn001
743C
Fn001
413R
W01/1
mhoK7.4
FERX
Fn001
353C
FERX
Fn001
773C
1 2
3 4
5 6
7 8
Fn001
W61/1
103AR
mho74
Fn01
V05
333C
Fn001
043C
363C
Fn1
663C
V05
FERX
Fn1
V05
FERX
V3.3D
T
P
3
0
2
T
P
3
0
2
1
313C
Fn001
183C
063CFn8.1
V05
613C
Fu74
V61
FERX
Fu74
463C
V61
563C
Fn001
V52
Fn001
243C
Fn001
473C
7W
RETLIF_LLP_OP
8W
2_DDV_LLP
ADS_C2I_BP
9W
NACS_IP
91Y
1_TSET_IP
02Y
1_SSV_LLP
7Y
LCS_C2I_IP
8Y
KLCH_IP
9Y
7U
TESER_IP
1_RDDAS_C2I_BP
9U
01V
KLC_TXE_BP
7V
1_DDV_LLP
2_SSV_LLP
8V
9V
0_RDDAS_C2I_BP
91W
0_TSET_IP
Fn001
833C
5-003CI
15PDS
6Y
Fn01
123C
V05
4W
5W
4_A_OATAD_OP
1_A_OATAD_OP
6W
31_A_OATAD_OP
1Y
21_A_OATAD_OP
2Y
3Y
01_A_OATAD_OP
4Y
7_A_OATAD_OP
5Y
3_A_OATAD_OP
0_A_OATAD_OP
1V
61_A_OATAD_OP
2V
3V
51_A_OATAD_OP
9_A_OATAD_OP
4V
5_A_OATAD_OP
5V
6V
2_A_OATAD_OP
41_A_OATAD_OP
1W
3W
11_A_OATAD_OP
8_A_OATAD_OP
3R
4R
32_A_OATAD_OP
1T
22_A_OATAD_OP
12_A_OATAD_OP
2T
02_A_OATAD_OP
1U
2U
91_A_OATAD_OP
3U
81_A_OATAD_OP
5U
6_A_OATAD_OP
71_A_OATAD_OP
OCNYSH_OP
3N
OKLC_OP
ONED_OP
4N
92_A_OATAD_OP
1P
82_A_OATAD_OP
2P
3P
72_A_OATAD_OP
1R
62_A_OATAD_OP
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52_A_OATAD_OP
42_A_OATAD_OP
4K
1L
5_B_OATAD_OP
4_B_OATAD_OP
2L
3_B_OATAD_OP
1M
2_B_OATAD_OP
2M
3M
1_B_OATAD_OP
4M
0_B_OATAD_OP
1N
OCNYSV_OP
2N
3H
1J
01_B_OATAD_OP
2J
11_B_OATAD_OP
21_B_OATAD_OP
3J
31_B_OATAD_OP
4J
1K
6_B_OATAD_OP
7_B_OATAD_OP
2K
3K
8_B_OATAD_OP
9_B_OATAD_OP
2F
3F
32_B_OATAD_OP
71_B_OATAD_OP
1G
2G
81_B_OATAD_OP
91_B_OATAD_OP
3G
4G
02_B_OATAD_OP
1H
41_B_OATAD_OP
51_B_OATAD_OP
2H
61_B_OATAD_OP
3-003CI
82_B_OATAD_OP
1D
2D
92_B_OATAD_OP
42_B_OATAD_OP
1E
52_B_OATAD_OP
2E
3E
62_B_OATAD_OP
4E
72_B_OATAD_OP
12_B_OATAD_OP
1F
22_B_OATAD_OP
FERX
FERX
15PDS
Fn001
973C
523C
083C
Fn001
Fn001
553C
Fn001
Fn01
V05
513C
V3.3D
V52
Fn001
223C
1 2
3 4
5 6
7 8
FERX
5 6
7 8
mho74
43AR
W61/1
W61/1
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mho74
1 2
3 4
W61/1
1 2
3 4
5 6
7 8
3 4
5 6
7 8
mho74
803AR
7 8
W61/1
503AR
mho74
1 2
mho74
203AR
W61/1
1 2
3 4
5 6
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Fn001
1
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1
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Fn001
423C
V52
V61
643C
Fu01
Fn001
023C
753C
Fn001
FERX
Fn001
633C
mhoK1623R
W01/1
FERX
Fn001
953C
T
P
3
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T
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3
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Fn001
623C
Fu74
713C
V61
803C
Fn001
Fn1
203C
V05
V3.3D
FERX
Fn001
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533C
Fn001
Fn001
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P
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T
P
3
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Fn1
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723C
FERX
FERX
W01/1
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FERX
Fn001
543C
95_QD_RDS_BP
81H
723R mhoK1
W01/1
91E
15_QD_RDS_BP
02E
25_QD_RDS_BP
91F
35_QD_RDS_BP
02F
45_QD_RDS_BP
71G
55_QD_RDS_BP
81G
65_QD_RDS_BP
91G
75_QD_RDS_BP
02G
85_QD_RDS_BP
91D
74_QD_RDS_BP
84_QD_RDS_BP
02D
0_QD_RDS_BP
3D
21_QD_RDS_BP
5D
91_QD_RDS_BP
7D
9D
62_QD_RDS_BP
71E
94_QD_RDS_BP
81E
05_QD_RDS_BP
32_QD_RDS_BP
8C
9C
72_QD_RDS_BP
11D
6_RDDA_RDS_OP
21D
01_RDDA_RDS_OP
41D
NSAR_RDS_OP
53_QD_RDS_BP
61D
71D
54_QD_RDS_BP
81D
64_QD_RDS_BP
83_QD_RDS_BP
71C
91C
34_QD_RDS_BP
1_QD_RDS_BP
2C
02C
44_QD_RDS_BP
9_QD_RDS_BP
4C
5C
31_QD_RDS_BP
61_QD_RDS_BP
6C
02_QD_RDS_BP
7C
82_QD_RDS_BP
9B
2_QD_RDS_BP
1C
01C
0_RDDA_RDS_OP
11C
5_RDDA_RDS_OP
9_RDDA_RDS_OP
21C
41C
MQD_RDS_OP
13_QD_RDS_BP
51C
43_QD_RDS_BP
61C
5_QD_RDS_BP
2B
02B
24_QD_RDS_BP
7_QD_RDS_BP
3B
01_QD_RDS_BP
4B
41_QD_RDS_BP
5B
71_QD_RDS_BP
6B
12_QD_RDS_BP
7B
42_QD_RDS_BP
8B
11B
4_RDDA_RDS_OP
21B
8_RDDA_RDS_OP
31B
1_AB_RDS_OP
OKLC_RDS_OP
41B
03_QD_RDS_BP
51B
33_QD_RDS_BP
61B
73_QD_RDS_BP
71B 81B
04_QD_RDS_BP
11_QD_RDS_BP
4A
51_QD_RDS_BP
5A
81_QD_RDS_BP
6A
22_QD_RDS_BP
7A
52_QD_RDS_BP
8A
92_QD_RDS_BP
9A
1B
3_QD_RDS_BP
01B
1_RDDA_RDS_OP
NSAC_RDS_OP
41A
51A
NEW_RDS_OP
23_QD_RDS_BP
61A
63_QD_RDS_BP
71A
81A
93_QD_RDS_BP
14_QD_RDS_BP
91A
2A
6_QD_RDS_BP
8_QD_RDS_BP
3A
15PDS
1-003CI
4_QD_RDS_BP
1A
01A
2_RDDA_RDS_OP
11A
3_RDDA_RDS_OP
21A
7_RDDA_RDS_OP
31A
0_AB_RDS_OP
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W01/1
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Fn001
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5 6
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Fn001
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W61/1
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W61/1
703AR
mho74
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423AR
mho001
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W61/1
1 2
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223AR
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W61/1
313AR
mho001
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523AR
W61/1
1 2
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713AR
mho74
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mho001
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W61/1
W61/1
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mho001
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mho001
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mho001
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W61/1
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mho001
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GNIR_IDDV
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GNIR_PODDV
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GNIR_PODDV
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GNIR_PODDV
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GNIR_PODDV
FERX
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GNIR_PODDV
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GNIR_IDDV
71T
GNIR_IDDV
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GNIR_PODDV
31U
GNIR_IDDV
51U
GNIR_PODDV
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GNIR_SSV
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GNIR_PODDV
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GNIR_SSV
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GNIR_SSV
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)51(QD_RDS_BP_S
)45(QD_RDS_BP_S
)55(QD_RDS_BP_S
)65(QD_RDS_BP_S
)75(QD_RDS_BP_S
)85(QD_RDS_BP_S
)95(QD_RDS_BP_S
SV_CT_S
SH_CT_S
)42(QD_RDS_BP_S
)52(QD_RDS_BP_S
)62(QD_RDS_BP_S
)72(QD_RDS_BP_S
)82(QD_RDS_BP_S
)92(QD_RDS_BP_S
)3(RDDA_RDS_OP_S
)4(RDDA_RDS_OP_S
)5(RDDA_RDS_OP_S
)6(RDDA_RDS_OP_S
)7(RDDA_RDS_OP_S
)8(RDDA_RDS_OP_S
)9(RDDA_RDS_OP_S
OKLC_RDS_OP_S
)8(Y_15S
)0(RP_15S
)2(RP_15S
)4(RP_15S
)6(RP_15S
)8(RP_15S
)8(BP_15S
)9(BP_15S
)9:0(BP_15S
)9:0(Y_15S
)9:0(RP_15S
A_LCS
A_ADS
15S_M72
NSAC_RDS_OP_S
MQD_RDS_OP_S
NSAR_RDS_OP_S
NEW_RDS_OP_S
OKLC_RDS_OP_S
)5(RP_15S
)3(RP_15S
)1(RP_15S
)9(Y_15S
)7(Y_15S
)5(Y_15S
)3(Y_15S
)1(Y_15S
)7(BP_15S
)5(BP_15S
)3(BP_15S
)1(BP_15S
)0(BP_15S
)2(BP_15S
)4(BP_15S
)6(BP_15S
)0(Y_15S
)2(Y_15S
)4(Y_15S
)6(Y_15S
)2(B_CT_S
)1(B_CT_S
)0(B_CT_S
)9:0(B_CT_S
)9(G_CT_S
)8(G_CT_S
)7(G_CT_S
)6(G_CT_S
)4(G_CT_S
)5(G_CT_S
)3(G_CT_S
)2(G_CT_S
)1(G_CT_S
)0(G_CT_S
)9:0(G_CT_S
)6(R_CT_S
)5(R_CT_S
)4(R_CT_S
)3(R_CT_S
)2(R_CT_S
)1(R_CT_S
)0(R_CT_S
)9:0(R_CT_S
)9(RP_15S
)7(RP_15S
)43(QD_RDS_BP_S
)23(QD_RDS_BP_S
)25(QD_RDS_BP_S
)94(QD_RDS_BP_S
)13(QD_RDS_BP_S
)03(QD_RDS_BP_S
)53(QD_RDS_BP_S
)43(QD_RDS_BP_S
)33(QD_RDS_BP_S
)23(QD_RDS_BP_S
)93(QD_RDS_BP_S
)83(QD_RDS_BP_S
)73(QD_RDS_BP_S
)63(QD_RDS_BP_S
)95:0(QD_RDS_BP_S
)9(B_CT_S
)8(B_CT_S
)7(B_CT_S
)6(B_CT_S
)5(B_CT_S
)4(B_CT_S
)3(B_CT_S
)5(QD_RDS_BP_S
)4(QD_RDS_BP_S
)3(QD_RDS_BP_S
)2(QD_RDS_BP_S
)1(QD_RDS_BP_S
)0(QD_RDS_BP_S
KLCP_CT_S
)01:0(RDDA_RDS_OP_S
)1:0(AB_RDS_OP_S
)7(QD_RDS_BP_S
)6(QD_RDS_BP_S
)5(QD_RDS_BP_S
)4(QD_RDS_BP_S
)3(QD_RDS_BP_S
)2(QD_RDS_BP_S
)1(QD_RDS_BP_S
)0(QD_RDS_BP_S
)35(QD_RDS_BP_S
)15(QD_RDS_BP_S
)05(QD_RDS_BP_S
)84(QD_RDS_BP_S
)74(QD_RDS_BP_S
)64(QD_RDS_BP_S
)13(QD_RDS_BP_S
)33(QD_RDS_BP_S
)12(QD_RDS_BP_S
)02(QD_RDS_BP_S
)91(QD_RDS_BP_S
)81(QD_RDS_BP_S
)71(QD_RDS_BP_S
)61(QD_RDS_BP_S
)51(QD_RDS_BP_S
)41(QD_RDS_BP_S
)31(QD_RDS_BP_S
)21(QD_RDS_BP_S
)11(QD_RDS_BP_S
)01(QD_RDS_BP_S
)9(QD_RDS_BP_S
)8(QD_RDS_BP_S
)7(QD_RDS_BP_S
)6(QD_RDS_BP_S
)92(QD_RDS_BP_S
)82(QD_RDS_BP_S
)72(QD_RDS_BP_S
)62(QD_RDS_BP_S
)52(QD_RDS_BP_S
)42(QD_RDS_BP_S
)32(QD_RDS_BP_S
)22(QD_RDS_BP_S
NSAC_RDS_OP_S
NEW_RDS_OP_S
MQD_RDS_OP_S
)73(QD_RDS_BP_S
)63(QD_RDS_BP_S
)53(QD_RDS_BP_S
)01(RDDA_RDS_OP_S
)0(RDDA_RDS_OP_S
)1(RDDA_RDS_OP_S
)2(RDDA_RDS_OP_S
ED_CT_S
)95:0(QD_RDS_BP_S
NEW_RDS_OP_S
NSAR_RDS_OP_S
MQD_RDS_OP_S
)32(QD_RDS_BP_S
)22(QD_RDS_BP_S
)12(QD_RDS_BP_S
)02(QD_RDS_BP_S
)91(QD_RDS_BP_S
)81(QD_RDS_BP_S
)71(QD_RDS_BP_S
)61(QD_RDS_BP_S
NSAC_RDS_OP_S
)1(AB_RDS_OP_S
)1:0(AB_RDS_OP_S
)0(AB_RDS_OP_S
)01:0(RDDA_RDS_OP_S
)1:0(AB_RDS_OP_S
)2(RDDA_RDS_OP_S
)1(RDDA_RDS_OP_S
)0(RDDA_RDS_OP_S
)01(RDDA_RDS_OP_S
)1(AB_RDS_OP_S
)0(AB_RDS_OP_S
)03(QD_RDS_BP_S
NSAR_RDS_OP_S
10-6
Schematic Diagram
Samsung Electronics
This Document can not be used without Samsung’s authorization.
10-1-6 Sub SDP51
Power
Signal
www.fieldtechsource.net
)W/R( 8A/9A : RDDA C2I
25PDS
314C
mho22624R
W01/1
V01
Fu001
714C
V52
Fn001
V52
Fn001
764C
mho86874R
W01/1
W01/1
974R mho86
FERX
FERX
7 8
V52
Fn001
094C
W61/1
664R
mho86
1 2
3 4
5 6
1 2
3 4
5 6
7 8
FERX
EIND_25_V2.1D
mho86
464R
W61/1
V52
Fn001
364C
FERX
V52
Fn001
2004C
W01/1
024R mho86
224C
Fn001
V52
FERX
FERX
1 2
3 4
5 6
7 8
mho86
864R
W61/1
2204C
Fn001
V52
V52
Fn001
114C014C
Fn001
V52
574C
Fn001
V52
V52
Fn001
0304C
V52
Fn001
964C864C
Fn001
V52
W61/1
264R
mho86
1 2
3 4
5 6
7 8
104L
A121R2102ZMM
FERX
mho86914R
W01/1
814C
Fu01
V61
V05
604C Fn21
474C
Fn001
V52
034R
V52
Fn001
484C
mho001
32L
1_LES_CNYS_I
1NIKLC_I
3T
1CNYS_H_I
4T
5T
1CNYS_V_I
1U
1NE_ATAD_I
V52
Fn001
7204C
42E
1_L_FERV_I
4E
0_H_FERV_I
6E
1_H_FERV_I
3H
2_LES_KLC_I
4H
1_LES_KLC_I
42K
2_LES_ATAD_I
52K
1_LES_ATAD_I
62K
2_LES_CNYS_I ]4[RDD_A_O
61C
]1[RDD_A_O
81C
]11[RDD_A_O
31D
51D
]8[RDD_A_O
61D
]9[RDD_A_O
]0[RDD_A_O
81D
21E
]1[RDD_AB_O
31E
]3[RDD_A_O
3NE_ATAD_I
4FA 31B
RDD_NSC_O
TUO_M_KC_O
41B
71B
]01[RDD_A_O
21C
RDD_NEW_O
RDD_NSAR_O
31C
41C
B_TUO_M_KC_O
]7[RDD_A_O
51C
21FA
KLC_CSO_O
91FA
LCS_C2I_I
2NIKLC_I
2FA
12FA
2EDOMT_I
22FA
TPURRETNI_O
TUO_CNYS_H_O
32FA
TUO_KLCVID_O
52FA
3FA
3NIKLC_I
4DA
3CNYS_H_I
KLC_CSO_I
21EA
ADS_C2I_B
91EA
0EDOMT_I
02EA
12EA
A_TXE_PMALC_O
22EA
TUO_NEATAD_O2NE_ATAD_I
3EA
3CNYS_V_I
4EA
91CA
]0[RDDA_C2I_I
TUO_KLC_O
12CA
2CNYS_V_I
4CA
LLP_TXE_I
81DA
]1[RDDA_C2I_I
91DA
1EDOMT_I
02DA
B_TXE_PMALC_O
12DA
TUO_CNYS_V_O
22DA
]0[RDD_AB_O
31A
51A
]6[RDD_A_O
]5[RDD_A_O
61A
81A
]2[RDD_A_O
0_L_FERV_I
12A
81BA
TESERN_I
NE_NACS_I
91BA
5BA
2CNYS_H_I
25PDS
4-004CI
RDD_NSAC_O
21A FERX
2104C
Fn001
V52
V52
Fn001
844C
FERX
FERX
V52
Fn001
8204C
1 2
3 4
5 6
7 8
054R
mhoK01
EIND_25_V2.1D
W61/1
434R
mho86
W01/1
0849U mho86
FERX
834C
Fn001
V52
EIND_25_V2.1D
V52
Fn001
994C
354C
Fn001
V52
W01/1
784R mho86
mho86684R
W01/1
mho86984R
W01/1
W01/1
3849U mho86
mho86
W01/1
424R mho0
W01/1
884R
V61
Fu01
6104C
8
7004C
Fn001
V52
W61/1
504R
mho86
1 2
3 4
5 6
7
0004C
Fu01
V61
774C
Fn001
V52
mho74
EIND_25_V2.1D
FERX
994R
W01/1
W01/1
124R
FERX
mho86
V52
Fn001
374C
FERX
V52
Fn001
254C
V52
Fn001
8004C
mho86494R
W01/1
294R
W01/1
W01/1
394R mho86
mho86
V52
Fn001
324C
FERX
Fp033
0404C
mho86674R
W01/1
W01/1
774R mho86
V01
Fu001
554C
V52
Fn001
9104C
25PDS_V5.2D
424C
Fu001
V01
FERX
FERX
FERX
V52
124DB
A003S2102ZPM
V05
304C Fn1
9004C
Fn001
W01/1
mhoK74314R
W01/1
mhoK1
734R
1104C
Fn001
V52
564C
V52
Fn001
684C
6204C
Fn001
V52
V52
Fn001
044C
Fn001
V52
25PDS_V5.2D
FERX
3004C
Fn001
V52
FERX
V52
Fn001
5104C
274C
Fn001
V52
mho86634R
W01/1
FERX
W01/1
534R mho86
5004C
Fn001
V52
FERX
9
8
9
8
D
Q
1
D
Q
1
9
9
9
9
V
S
S
Q
V
S
S
Q
mho0324R
W01/1
9
0
9
0
N
C
N
C
9
1
9
1
N
C
N
C
9
2
9
2
V
S
S
Q
V
S
S
Q
9
3
9
3
R
F
U
R
F
U
9
4
9
4
D
Q
S
D
Q
S
9
5
9
5
V
D
D
Q
V
D
D
Q
9
6
9
6
V
D
D
V
D
D
9
7
9
7
D
Q
0
D
Q
0
8
3
8
3
D
Q
3
0
D
Q
3
0
8
4
8
4
D
Q
3
1
D
Q
3
1
8
5
8
5
V
S
S
V
S
S
8
6
8
6
V
D
D
Q
V
D
D
Q
8
7
8
7
N
C
N
C
8
8
8
8
N
C
N
C
8
9
8
9
N
C
N
C
9
61QD
67
QSSV
77
62QD
87
72QD
97
QDDV
8
QDDV
08
82QD
8
1
8
1
D
Q
2
9
D
Q
2
9
8
2
8
2
V
S
S
Q
V
S
S
Q
96
31QD
7
7QD
07
QSSV
17
41QD
27
51QD
37
QDDV
47
42QD
57
52QD
16
9QD
26
QSSV
36
01QD
46
11QD
56
DDV
66
SSV
76
QDDV
86
21QD
45
KC/
55
KC
65
1MD
75
3MD
85
FERV
95
QDDV
6
6QD
06
8QD
4
6
4
6
A
4
A
4
4
7
4
7
A
5
A
5
4
8
4
8
A
6
A
6
4
9
4
9
5
QSSV
A
7
A
7
5
0
5
0
15
8A,PA
25
LCM
35
EKC
3
9
3
9
4
5QD
N
C
N
C
4
0
4
0
N
C
N
C
4
1
4
1
N
C
N
C
4
2
4
2
N
C
N
C
4
3
4
3
N
C
N
C
4
4
4
4
A
9
A
9
4
5
4
5
V
S
S
V
S
S
3
1
3
1
A
1
A
1
3
2
3
2
A
2
A
2
3
3
3
3
A
3
A
3
3
4
3
4
V
D
D
V
D
D
3
5
3
5
A
1
0
A
1
0
3
6
3
6
A
1
1
A
1
1
3
7
3
7
3
8
3
8
N
C
N
C
N
C
N
C
52
EW/
SAC/
62
SAR/
72
SC/
82
0AB
92
3
4QD
1AB
03
A
0
A
0
81
12QD
91
QSSV
2
QDDV
02
22QD
12
32QD
22
QDDV
32
0MD
42
2MD
1
0
0
1
0
0
D
Q
2
D
Q
2
11
QSSV
21
81QD
31
91QD
41
QDDV
51
DDV
61
SSV
71
02QD
204CI
05CQ-D832362D4K
1
3QD
01
71QD
6
7 8
V61
Fn001
394C
134R
W61/1
1 2
3 4
5
264C
Fn001
V52
mho86
FERX
FERX
mho86484R
W01/1
W01/1
584R mho86
214C
Fn001
V52
V05
404C Fn51
FERX
mho74414R
W01/1
O
TDC52FL
304CI
I1
G
2
3
614C
Fn001
V52
8
584C
Fn001
V52
1 2
3 4
5 6
7
2
3 4
5 6
7 8
mho86
274R
W61/1
W61/1
074R
mho86
1
V52
Fn001
4004C
mho0114R
W01/1
8104C
Fn001
V52
FERX
V52
Fn001
6004C
W01/1
V52
Fn001
034C
FERX
mho747121R
FERX
4349U
12
934R
mhoK1
W01/1
FERX
25PDS_V5.2D
W01/1
304R mho86
984C
Fn001
V52
W01/1
814R mho0
mho862849U
W01/1
W01/1
224R mho74
V3.6
Fu021
294C
W01/1
824R mho74
W01/1
1849U mho86
074C
Fn001
V52
Fn5.1
1404C
7104C
Fn001
V52
V52
Fn001
624C
mho86404R
W01/1
mho86184R
W01/1
W01/1
084R mho86
25PDS_V5.2D
FERX
834R
mhoK1
W01/1
V52
Fn001
444C
V61
Fu001
494C
W01/1
014R mhoK74
V52
Fn001
734C
FERX
V05
794C
Fn01
8
V52
Fn001
514C
1 2
3 4
5 6
7
854C
Fn001
V52
mho86
214R
W61/1
3
4
DNG
5
BF
PMOC
6
7
NE
8
SS
1DNGM
504CI
ND3851PM
SB
1
NI
2
WS
V52
Fn001
1204C
V52
Fn001
1004C
414C
Fn001
V52
244C
Fn001
V52
V52
Fn001
904C
V52
Fn001
084C
944C
Fn001
V52
W01/1
804R mho001
mhoK74714R
W01/1
134C
Fn001
V52
1 2
3 4
5 6
7 8
FERX
4
5 6
7 8
mho86
574R
W61/1
W61/1
374R
mho86
1 2
3
mho86384R
W01/1
W01/1
284R mho86
384C
Fn001
V52
W01/1
104R mhoK1.9
4104C
Fn001
V52V52
Fn001
3104C
V61
Fu28
894C
W01/1
614R mho0
FERX
]4[TUO_YYG_O
42Y
52Y
]5[TUO_YYG_O
3Y
]2[2HC_YYG_I
]3[2HC_YYG_I
4Y
]7[2HC_YYG_I
5Y
FERX
52W
]01[TUO_YYG_O
]11[TUO_YYG_O
62W
]8[2HC_BCB_I
3W
4W
]9[2HC_BCB_I
]0[2HC_YYG_I
1Y
2Y
]1[2HC_YYG_I
]2[TUO_YYG_O
22Y
32Y
]3[TUO_YYG_O
]51[TUO_YYG_O
52V
]3[2HC_BCB_I
3V
4V
]4[2HC_BCB_I
5V
]5[2HC_BCB_I
]6[2HC_BCB_I
1W
2W
]7[2HC_BCB_I
32W
]6[TUO_YYG_O
]7[TUO_YYG_O
42W
]61[TUO_YYG_O
52U
62U
]71[TUO_YYG_O
3U
]0[2HC_BCB_I
]1[2HC_BCB_I
1V
2V
]2[2HC_BCB_I
]8[TUO_YYG_O
22V
]21[TUO_YYG_O
32V
42V
]31[TUO_YYG_O
4R
]7[1HC_RCR_I
]8[1HC_RCR_I
1T
]9[1HC_RCR_I
2T
22T
]81[TUO_YYG_O
]91[TUO_YYG_O
32T
]0[TUO_BCB_O
42T
]2[TUO_BCB_O
52T
62T
]3[TUO_BCB_O
3P
]1[1HC_RCR_I
4P
]2[1HC_RCR_I
]3[1HC_RCR_I
5P
]4[1HC_RCR_I
1R
]5[1HC_RCR_I
2R
]4[TUO_BCB_O
42R
52R
]5[TUO_BCB_O
3R
]6[1HC_RCR_I
62N
]9[TUO_BCB_O
]6[1HC_YYG_I
3N
]9[1HC_YYG_I
1P
]0[1HC_RCR_I
2P
22P
]9[TUO_YYG_O
]8[TUO_BCB_O
32P
42P
]7[TUO_BCB_O
]6[TUO_BCB_O
52P
3M
]3[1HC_YYG_I
]2[1HC_YYG_I
4M
]1[1HC_YYG_I
5M
1N
]8[1HC_YYG_I
2N
]7[1HC_YYG_I
]21[TUO_BCB_O
32N
42N
]11[TUO_BCB_O
]01[TUO_BCB_O
52N
62L
]71[TUO_BCB_O
4L
]8[1HC_BCB_I
]5[1HC_YYG_I
1M
2M
]4[1HC_YYG_I
22M
]41[TUO_YYG_O
]61[TUO_BCB_O
32M
52M
]51[TUO_BCB_O
62M
]31[TUO_BCB_O
22K
]1[TUO_BCB_O
]5[1HC_BCB_I
3K
4K
]4[1HC_BCB_I
]3[1HC_BCB_I
5K
1L
]0[1HC_YYG_I
]9[1HC_BCB_I
2L
42L
]91[TUO_BCB_O
]81[TUO_BCB_O
52L
]5[3HC_YYG_I
8FA
9FA
]0[3HC_RCR_I
]41[TUO_BCB_O
22H
1J
]2[1HC_BCB_I
]1[1HC_BCB_I
2J
3J
]0[1HC_BCB_I
]7[1HC_BCB_I
1K
2K
]6[1HC_BCB_I
8EA
]4[3HC_YYG_I
]9[3HC_YYG_I
9EA
]9[2HC_RCR_I
1FA
]3[3HC_RCR_I
01FA
]7[3HC_RCR_I
11FA
]3[TUO_RCR_O
62FA
5FA
]3[3HC_BCB_I
]1[3HC_YYG_I
7FA
01EA
]2[3HC_RCR_I
2EA
]8[2HC_RCR_I
]0[TUO_RCR_O
42EA
52EA
]2[TUO_RCR_O
]4[TUO_RCR_O
62EA
]2[3HC_BCB_I
5EA
6EA
]7[3HC_BCB_I
7EA
]0[3HC_YYG_I
]8[TUO_RCR_O
62DA
3DA
]6[2HC_RCR_I
5DA
]1[3HC_BCB_I
]6[3HC_BCB_I
6DA
7DA
]9[3HC_BCB_I
8DA
]3[3HC_YYG_I
9DA
]8[3HC_YYG_I
]7[2HC_RCR_I
1EA
9CA
]7[3HC_YYG_I
]3[2HC_RCR_I
1DA
]1[3HC_RCR_I
01DA
11DA
]6[3HC_RCR_I
]9[3HC_RCR_I
21DA
2DA
]4[2HC_RCR_I
42DA
]6[TUO_RCR_O
]7[TUO_RCR_O
52DA
32CA
]9[TUO_RCR_O
]01[TUO_RCR_O
42CA
52CA
]11[TUO_RCR_O
62CA
]21[TUO_RCR_O
]0[3HC_BCB_I
5CA
6CA
]5[3HC_BCB_I
]8[3HC_BCB_I
7CA
]2[3HC_YYG_I
8CA
]5[2HC_RCR_I
4BA
]4[3HC_BCB_I
7BA
]6[3HC_YYG_I
9BA
]1[2HC_RCR_I
1CA
]5[3HC_RCR_I
11CA
21CA
]8[3HC_RCR_I
2CA
]2[2HC_RCR_I
22CA
]5[TUO_RCR_O
11BA
]4[3HC_RCR_I
2BA
]9[2HC_YYG_I
12BA
]1[TUO_RCR_O
]31[TUO_RCR_O
22BA
32BA
]41[TUO_RCR_O
]51[TUO_RCR_O
42BA
]61[TUO_RCR_O
62BA
3BA
]0[2HC_RCR_I
2AA
]5[2HC_YYG_I
22AA
]0[TUO_YYG_O
32AA
]71[TUO_RCR_O
42AA
]81[TUO_RCR_O
]91[TUO_RCR_O
52AA
]1[TUO_YYG_O
62AA
]6[2HC_YYG_I
3AA
]8[2HC_YYG_I
1BA
EIND_25_V2.1D
1-004CI
25PDS
]4[2HC_YYG_I
1AA
064C
Fn001
V52
W01/1
524R mho22
mhoK11
154R
W01/1
Fn01
194C
BV21
704R
W01/1
FERX
mho74924R
W01/1
mhoK74
V52
Fn001
454C
V52
V52
Fn001
744C
4204C
Fn001
524C
Fn001
V52
FERX
Fn5.1004C
V05
544C
Fn001
V52
FERX
FERX
FERX
V3.3D
V52
Fn001
874C
W01/1
mhoK1
044R
1 2
3 4
5 6
7 8
3 4
5 6
7 8
mho86
164R
W61/1
W61/1
064R
mho86
1 2
FERX
V52
Fn001
914C
V52
Fn001
5204C 1304C
Fn001
V52
9204C
Fn001
V52
4839U
Fn001
V52
784C
Fn001
V52 V52
Fn001
884C
334R mho0
Fn8.1704C
V05
FERX
V3.3D
V61 V52
Fn001
754C
804C
Fn001
V52
654C
Fu01
V52
Fn001
124C
2
3 4
5 6
7 8
FERX
W61/1
204R
mho86
1
V52
Fn001
174C
634C
Fn001
V52
144C
V05
504C Fn8.1
V52
Fn001
FERX
V3.3D
Fn1204C
V05
664C
Fn001
V52
V52
Fn001
3204C
9
5
9
5
V
D
D
V
D
D
9
6
9
6
D
Q
0
D
Q
0
9
7
9
7
D
Q
1
D
Q
1
9
8
9
8
V
S
S
Q
V
S
S
Q
9
9
9
9
V52
Fn001
954C
N
C
N
C
8
9
8
9
61QD
9
N
C
N
C
9
0
9
0
N
C
N
C
9
1
9
1
V
S
S
Q
V
S
S
Q
9
2
9
2
R
F
U
R
F
U
9
3
9
3
D
Q
S
D
Q
S
9
4
9
4
V
D
D
Q
V
D
D
Q
D
Q
2
9
D
Q
2
9
8
1
8
1
V
S
S
Q
V
S
S
Q
8
2
8
2
D
Q
3
0
D
Q
3
0
8
3
8
3
D
Q
3
1
D
Q
3
1
8
4
8
4
V
S
S
V
S
S
8
5
8
5
V
D
D
Q
V
D
D
Q
8
6
8
6
N
C
N
C
8
7
8
7
N
C
N
C
8
8
8
8
37
42QD
47
52QD
57
QSSV
67
62QD
77
72QD
87
QDDV
97
QDDV
8
82QD
08
QDDV
76
21QD
86
31QD
96
7QD
7
QSSV
07
41QD
17
51QD
27
QDDV
95
6QD
6
8QD
06
9QD
16
QSSV
26
01QD
36
11QD
46
DDV
56
SSV
66
15
LCM
25
EKC
35
KC/
45
KC
55
1MD
65
3MD
75
FERV
85
QDDV
N
C
N
C
4
5
4
5
A
9
A
9
4
6
4
6
V
S
S
V
S
S
4
7
4
7
A
4
A
4
4
8
4
8
A
5
A
5
4
9
4
9
A
6
A
6
QSSV
5
5
0
5
0
A
7
A
7
8A,PA
N
C
N
C
3
8
3
8
3
9
3
9
N
C
N
C
5QD
4
4
0
4
0
N
C
N
C
4
1
4
1
N
C
N
C
4
2
4
2
N
C
N
C
4
3
4
3
N
C
N
C
4
4
4
4
03
1AB
3
1
3
1
A
0
A
0
3
2
3
2
A
1
A
1
3
3
3
3
A
2
A
2
3
4
3
4
A
3
A
3
3
5
3
5
V
D
D
V
D
D
3
6
3
6
A
1
0
A
1
0
3
7
3
7
A
1
1
A
1
1
0MD
32
2MD
42
EW/
52
62
SAC/
72
SAR/
82
SC/
92
0AB
4QD
3
SSV
61
02QD
71
12QD
81
QSSV
91
QDDV
2
22QD
02
32QD
12
QDDV
22
3QD
1
71QD
01
D
Q
2
D
Q
2
1
0
0
1
0
0
QSSV
11
81QD
21
91QD
31
QDDV
41
DDV
51
5 6
7 8
05CQ-D832362D4K
104CI
mho86
004R
W61/1
1 2
3 4
A003S2102ZPM
204L
FERX
W01/1
604R mhoK74
V52
Fn001
3839U 924C
Fn001
V52
FERX
V61
Fu01
434C
974C
Fn001
V52
0204C
Fn001
V52
25PDS_V5.2D
mho74724R
W01/1
mho572114R
W01/1
V52
Fn001
164C
mho571114R
W01/1
W01/1
56542R mho33
W01/1
96542R mho33
W01/1
514R mhoK74
V52
Fn001
0104C
mho3366542R
W01/1
mho3307542R
W01/1
W01/1
16542R mho33
mho3326542R
W01/1
FERX
FERX
V52
Fn001
934C
V3.3D
V52
Fn001
824C
25PDS_V5.2D
FERX
A003S2102ZPM
004L
V52
Fn001
90642C
024C
Fn001
V52
724C
Fn001
V52
mho3386542R
W01/1
FERX
W01/1
76542R mho33
mho86194R
W01/1
25PDS_V5.2D
W01/1
094R mho86
62G
]0[L_RDD_SIQD_B
3G
]03[H_RDD_IQD_B
]72[H_RDD_IQD_B
4G
42H
]02[L_RDD_IQD_B
]12[L_RDD_IQD_B
52H
5H
]92[H_RDD_IQD_B
42J
]22[L_RDD_IQD_B
32K
]32[L_RDD_IQD_B
]81[L_RDD_IQD_B
62F
]01[L_RDD_IQD_B
]13[H_RDD_IQD_B
3F
4F
]62[H_RDD_IQD_B
5F
]52[H_RDD_IQD_B
]82[H_RDD_IQD_B
1G
32G
]11[L_RDD_IQD_B
52G
]9[L_RDD_IQD_B
]3[L_RDD_IQD_B
32E
]91[L_RDD_IQD_B
62E
7E
]01[H_RDD_IQD_B
]02[H_RDD_IQD_B
9E
]2[H_RDD_SIQD_B
2F
]8[L_RDD_IQD_B
22F
]71[L_RDD_IQD_B
32F
42F
8D
]6[H_RDD_IQD_B
9D
]71[H_RDD_IQD_B
]42[H_RDD_IQD_B
1E
01E
]22[H_RDD_IQD_B
51E
]92[L_RDD_IQD_B
61E
]03[L_RDD_IQD_B
]42[L_RDD_IQD_B
12E
]1[L_RDD_SIQD_B
22E
]52[L_RDD_IQD_B
02D
22D
]21[L_RDD_IQD_B
32D
]51[L_RDD_IQD_B
42D
]3[L_RDD_SIQD_B
52D
]61[L_RDD_IQD_B
]1[H_RDD_SIQD_B
D
]91[H_RDD_IQD_B
6D
]4[H_RDD_IQD_B
7D
62C
]21[H_RDD_IQD_B
4C
6C
]5[H_RDD_IQD_B
]7[H_RDD_IQD_B
7C
1D
]51[H_RDD_IQD_B
01D
]9[H_RDD_IQD_B
11D
]0[H_RDD_SIQD_B
]32[H_RDD_IQD_B
21D
]2[L_RDD_SIQD_B
91D
5B
]2[H_RDD_IQD_B
7B
]3[H_RDD_SIQD_B
1C
]41[H_RDD_IQD_B
]8[H_RDD_IQD_B
01C
11C
]12[H_RDD_IQD_B
]41[L_RDD_IQD_B
12C32C
]1[L_RDD_IQD_B
42C
]6[L_RDD_IQD_B
]7[L_RDD_IQD_B
8A
]81[H_RDD_IQD_B
]11[H_RDD_IQD_B
9A
]72[L_RDD_IQD_B
91B
02B
]62[L_RDD_IQD_B
]31[L_RDD_IQD_B
22B
52B
]5[L_RDD_IQD_B
]3[H_RDD_IQD_B
3B
]0[H_RDD_IQD_B
4B
]82[L_RDD_IQD_B
]13[L_RDD_IQD_B
02A
]0[L_RDD_IQD_B
32A
]2[L_RDD_IQD_B
42A
]4[L_RDD_IQD_B
52A3A
]31[H_RDD_IQD_B
4A
]1[H_RDD_IQD_B
]61[H_RDD_IQD_B
7A
RWP
RWP
5W
711DNG
62Y
25PDS
3-004CI
91A
61T
501DDV
2U
22U
RWP
RWP
32U
42U
811DNG
RWP
4U
5U
RWP
62V
411DDV
22W
32R
511DDV
62R
5R
RWP
11T
DNG
21T
DNG
DNG
31T
DNG
41T
51T
DNG
DNG
62P
DNG
11R
21R
DNG
31R
DNG
DNG
41R
DNG
51R
DNG
61R
22R
RWP
RWP
4N
RWP
5N
11P
DNG
DNG
21P
DNG
31P
41P
DNG
51P
DNG
DNG
61P
911DNG
42M
DNG
11N
21N
DNG
31N
DNG
DNG
41N
DNG
51N
61N
DNG
22N
RWP
RWP
801DNG
RWP
5L
11M
DNG
DNG
21M
DNG
31M
DNG
41M
51M
DNG
DNG
61M
021DNG
RWP
DNG
11L
21L
DNG
31L
DNG
DNG
41L
DNG
51L
61L
DNG
22L
RWP
3L
521DNG
32H
22DDV
62H
42DNG
22J
RWP
32J
02DDV
52DNG
52J
12DDV
62J
RWP
4J
5J
8E
91DDV
1F
52F
31DNG
2G
15DDV
22G
RWP
42G
72DNG
RWP
5G
1H
811DDV
2H
GNIR_DNG
81E
73DNG
91E
GNIR_DNG
35DNG
2E
21DDV
02E
42DDV
52E
94DDV
3E
DNG
5E
GNIR_DNG
31DDV
22DNG
2D
12D
51DNG
92DNG
62D
3D
81DDV
71DDV
5D
GNIR_DNG
11E
GNIR_DNG
41E
71E
02C
22C
33DNG
52C
62DDV
3C
DNG
64DDV
5C
8C
74DNG
02DNG
9C
41D
73DDV
71D
42B
01DDV
62B
94DNG
6B
34DDV
8B
9B
61DDV
71DNG
71C
23DDV
91C
2C
84DDV
53DNG
11B
93DDV
21B
51B
81DNG
63DDV
61B
81B
43DDV
2B
DNG
12B
03DDV
82DDV
32B
13DNG
61FA
71FA
3DNG
81FA
21DNG
901DDV
02FA
411DNG
42FA
701DDV
6FA
DNG
1B
54DNG
01B
91DNG
6DDV
7DNG
61EA
71EA
RETLIF_X5822LLP_O
81EA
4DNG
32EA
011DDV
RETLIF_1_X3222LLP_O
31FA
41FA
1DNG
51FA
6DNG
3DDV
2DDV
01DNG
51DA
7DDV
61DA
71DA
4DDV
32DA
511DNG
11EA
801DDV
1DDV
31EA
RETLIF_2_X3222LLP_O
41EA
51EA
RWP
51CA
2DNG
11DNG
61CA
71CA
8DNG
RWP
81CA
02CA
RWP
3CA
011DNG
31DA
5DNG
41DA
61BA
71BA
8DDV
02BA
RWP
211DDV
52BA
6BA
RWP
RWP
8BA
RWP
01CA
5DDV
31CA
41CA
54DDV
RWP
4AA
5AA
601DDV
01BA
RWP
21BA
RWP
9DNG
31BA
RWP
41BA
51BA
RETLIF_X4822LLP_O
RWP
14DDV
51DDV
11A
621DNG
41A
93DNG
71A
DNG
2A
22A
11DDV
41DNG
62A
5A
12DNG
6A
2-004CI
25PDS
1A
DNG
01A
334C
Fu001
V01
FERX
FERX
904R mho74
W01/1
184C
Fn001
V52 V52
Fn001
284C
V52
Fn001
674C
464C
Fn001
V52
FERX
25PDS_V5.2D
W01/1
W01/1
36542R mho33
mho3346542R
234R mho001
644C
Fn001
V52
W01/1
95542R mho33
mho3306542R
W01/1
SQD_L_VD
SQD_H_VD
)2(D_L_VD
)3(D_L_VD
)92(D_L_VD
)82(D_L_VD
)72(D_L_VD
)5(D_L_VD
)4(D_L_VD
)13(D_L_VD
)03(D_L_VD
)62(D_L_VD
)52(D_L_VD
)42(D_L_VD
)32(D_L_VD
)9(D_L_VD
)8(D_L_VD
)7(D_L_VD
)6(D_L_VD
)9(A_VD
)8(A_VD
)7(A_VD
)6(A_VD
)5(A_VD
)4(A_VD
)3(A_VD
)2(A_VD
)11(A_VD
)01(A_VD
)1(A_VD
)0(A_VD
)7(BP_15M
)0(BP_15M
)1(BP_15M
)2(BP_15M
)9(RP_15S
)8(RP_15S
)7(RP_15S
)6(RP_15S
)4(RP_15S
)3(RP_15S
)2(RP_15S
)1(RP_15S
)5(RP_15S
)0(RP_15S
)9(Y_15S
)8(Y_15S
)6(Y_15S
)5(Y_15S
)4(Y_15S
)21(D_L_VD
)31(D_L_VD
)41(D_L_VD
)51(D_L_VD
)61(D_L_VD
)71(D_L_VD
)81(D_L_VD
)91(D_L_VD
)22(D_L_VD
)12(D_L_VD
)02(D_L_VD
)4(BP_15S
)3(BP_15S
)2(BP_15S
)1(BP_15S
)0(BP_15S
)9(RP_15M
)8(RP_15M
)7(RP_15M
)6(RP_15M
)5(RP_15M
)4(RP_15M
)3(RP_15M
)2(RP_15M
)1(RP_15M
)0(RP_15M
)9(Y_15M
)6(Y_15M
)7(Y_15M
)8(Y_15M
)1(Y_15M
)2(Y_15M
)3(Y_15M
)4(Y_15M
)5(Y_15M
)8(BP_15M
)9(BP_15M
)0(Y_15M
)3(BP_15M
)4(BP_15M
)5(BP_15M
)6(BP_15M
ABLA_KLC25PDS
EIND_KLC25PDS
)5(BP_15S
)6(BP_15S
)7(BP_15S
)8(BP_15S
)9(BP_15S
L_FERV_MEM
)7(Y_15S
)3(Y_15S
)2(Y_15S
)1(Y_15S
)0(Y_15S
D
V
_
H
_
D
(2
9
)
D
V
_
H
_
D
(2
9
)
SV_25PDS
KCn_VD
KC_VD
EWn_VD
SARn_VD
SCn_VD
SACn_VD
1AB_VD
0AB_VD
TNI_25PDSn
25_M72
KCn_VD
KC_VD
H_FERV_MEM
)8(D_H_VD
)9(D_H_VD
)01(D_H_VD
)11(D_H_VD
)21(D_H_VD
)31(D_H_VD
)41(D_H_VD
)51(D_H_VD
)42(D_H_VD
)52(D_H_VD
)62(D_H_VD
)72(D_H_VD
)82(D_H_VD
D
V
_
H
_
D
(2
)
D
V
_
H
_
D
(2
)
D
V
_
H
_
D
(1
)
D
V
_
H
_
D
(1
)
D
V
_
H
_
D
(0
)
D
V
_
H
_
D
(0
)
D
V
_
H
_
D
Q
S
D
V
_
H
_
D
Q
S
D
V
_
H
_
D
(3
1
)
D
V
_
H
_
D
(3
1
)
D
V
_
H
_
D
(3
0
)
D
V
_
H
_
D
(3
0
)
)82(D_L_VD
D
V
_
L
_
D
(2
)
D
V
_
L
_
D
(2
)
D
V
_
L
_
D
(1
)
D
V
_
L
_
D
(1
)
D
V
_
L
_
D
(0
)
D
V
_
L
_
D
(0
)
D
V
_
L
_
D
Q
S
D
V
_
L
_
D
Q
S
D
V
_
L
_
D
(3
1
)
D
V
_
L
_
D
(3
1
)
D
V
_
L
_
D
(3
0
)
D
V
_
L
_
D
(3
0
)
D
V
_
L
_
D
(2
9
)
D
V
_
L
_
D
(2
9
)
H_FERV_MEM
D
V
_
A
(0
)
D
V
_
A
(0
)
D
V
_
A
(1
)
D
V
_
A
(1
)
D
V
_
A
(2
)
D
V
_
A
(2
)
D
V
_
A
(3
)
D
V
_
A
(3
)
D
V
_
A
(1
0
)
D
V
_
A
(1
0
)
D
V
_
A
(1
1
)
D
V
_
A
(1
1
)
D
V
_
A
(9
)
D
V
_
A
(9
)
D
V
_
A
(4
)
D
V
_
A
(4
)
D
V
_
A
(5
)
D
V
_
A
(5
)
D
V
_
A
(6
)
D
V
_
A
(6
)
D
V
_
A
(7
)
D
V
_
A
(7
)
)8(A_VD
D
V
_
A
(2
)
D
V
_
A
(2
)
D
V
_
A
(3
)
D
V
_
A
(3
)
D
V
_
A
(1
0
)
D
V
_
A
(1
0
)
D
V
_
A
(1
1
)
D
V
_
A
(1
1
)
D
V
_
A
(9
)
D
V
_
A
(9
)
D
V
_
A
(4
)
D
V
_
A
(4
)
D
V
_
A
(5
)
D
V
_
A
(5
)
D
V
_
A
(6
)
D
V
_
A
(6
)
D
V
_
A
(7
)
D
V
_
A
(7
)
)8(A_VD
KCn_VD
KC_VD
L_FERV_MEM
)8(D_L_VD
)9(D_L_VD
)01(D_L_VD
)11(D_L_VD
)21(D_L_VD
)31(D_L_VD
)41(D_L_VD
)51(D_L_VD
)42(D_L_VD
)52(D_L_VD
)62(D_L_VD
)72(D_L_VD
OCNYSV_15M
OCNYSV_15S
25PDS_LCS
OTSRn
SH_25PDS
]11:0[A_VD
)6(OG_25PDS
)7(OG_25PDS
)8(OG_25PDS
)9(OG_25PDS
)1(OG_25PDS
)6(OB_25PDS
)7(OB_25PDS
)8(OB_25PDS
)9(OB_25PDS
)1(OB_25PDS
)6(OR_25PDS
)7(OR_25PDS
)8(OR_25PDS
)9(OR_25PDS
)1(OR_25PDS
D
V
_
A
(0
)
D
V
_
A
(0
)
D
V
_
A
(1
)
D
V
_
A
(1
)
)02(D_H_VD
)01(D_H_VD
)22(D_H_VD
)42(D_H_VD
)71(D_H_VD
)6(D_H_VD
)4(D_H_VD
)91(D_H_VD
)32(D_H_VD
)9(D_H_VD
)51(D_H_VD
)7(D_H_VD
)5(D_H_VD
)21(D_H_VD
)1(D_L_VD
)12(D_H_VD
)8(D_H_VD
)41(D_H_VD
)2(D_H_VD
)0(D_H_VD
)3(D_H_VD
)11(D_H_VD
)81(D_H_VD
)61(D_H_VD
)1(D_H_VD
)31(D_H_VD
)0(D_L_VD
25PDS_ADS
OKLC_15M
ONED_15M
OCNYSH_15S
OCNYSH_15M
EWn_VD
SACn_VD
SARn_VD
SCn_VD
0AB_VD
)4(D_H_VD
1AB_VD
)5(D_H_VD
)6(D_H_VD
)7(D_H_VD
)61(D_H_VD
]11:0[A_VD
]13:0[D_L_VD ]13:0[D_H_VD
]13:0[D_L_VD
]13:0[D_H_VD
)92(D_H_VD
)72(D_H_VD
)03(D_H_VD
)11(D_L_VD
)82(D_H_VD
)52(D_H_VD
)62(D_H_VD
)13(D_H_VD
)01(D_L_VD
)81(D_L_VD
)91(D_L_VD
)02(D_L_VD
)12(D_L_VD
)22(D_L_VD
)32(D_L_VD
)4(D_L_VD
)5(D_L_VD
)6(D_L_VD
)7(D_L_VD
)61(D_L_VD
]11:0[A_VD
1AB_VD
0AB_VD
SCn_VD
SARn_VD
SACn_VD
EWn_VD
)3(D_H_VD
)71(D_H_VD
)81(D_H_VD
)91(D_H_VD
)02(D_H_VD
)12(D_H_VD
)22(D_H_VD
)32(D_H_VD
ONED_15S
OKLC_15S
]9:0[Y_15M
]9:0[Y_15S
]9:0[RP_15M
]9:0[RP_15S
]9:0[BP_15M
]9:0[BP_15S
)5(OG_25PDS
)4(OG_25PDS
)3(OG_25PDS
)2(OG_25PDS
)0(OG_25PDS
)5(OB_25PDS
)4(OB_25PDS
)3(OB_25PDS
)2(OB_25PDS
)0(OB_25PDS
)5(OR_25PDS
)4(OR_25PDS
)3(OR_25PDS
)2(OR_25PDS
)0(OR_25PDS
]9:0[OR_25PDS
]9:0[OB_25PDS
]9:0[OG_25PDS
)3(D_L_VD
)71(D_L_VD
Samsung Electronics
Schematic Diagram
10-7
This Document can not be used without Samsung’s authorization.
10-1-7 SDP52
Power
Signal
www.fieldtechsource.net
)W/R( EC/FC : RDDA C2I
4eIND
RELLORTNOC TNERRUC HTAP TUPTUO 4EIND
NOITPO
NOITPO
W01/1
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mho22505R
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Fn1
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Fn001335C
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10B_TUOATAD_CNESRT_TSOPRNF_O
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3W
1Y
20TUO_R_ATADB_O
10TUO_R_ATADB_O
2Y
42Y
20B_TUOATAD_CNESRT_TSOPRNF_O
52Y
30B_TUOATAD_CNESRT_TSOPRNF_O
40B_TUOATAD_CNESRT_TSOPRNF_O
62Y
3Y
00TUO_R_ATADB_O
62V
70G_TUOATAD_CNESRT_TSOPRNF_O
70TUO_R_ATADB_O
3V
4V
60TUO_R_ATADB_O
50TUO_R_ATADB_O
1W
2W
40TUO_R_ATADB_O
80G_TUOATAD_CNESRT_TSOPRNF_O
32W
90G_TUOATAD_CNESRT_TSOPRNF_O
42W
00B_TUOATAD_CNESRT_TSOPRNF_O
52W
20G_TUOATAD_CNESRT_TSOPRNF_O
52U
30G_TUOATAD_CNESRT_TSOPRNF_O
62U
01TUO_R_ATADB_O
3U
1V
90TUO_R_ATADB_O
2V
80TUO_R_ATADB_O
32V
40G_TUOATAD_CNESRT_TSOPRNF_O
42V
50G_TUOATAD_CNESRT_TSOPRNF_O
60G_TUOATAD_CNESRT_TSOPRNF_O
52V
80R_TUOATAD_CNESRT_TSOPRNF_O
42T
90R_TUOATAD_CNESRT_TSOPRNF_O
52T
00G_TUOATAD_CNESRT_TSOPRNF_O
62T
41TUO_R_ATADB_O
3T
4T
31TUO_R_ATADB_O
21TUO_R_ATADB_O
1U
2U
11TUO_R_ATADB_O
42U
10G_TUOATAD_CNESRT_TSOPRNF_O
81TUO_R_ATADB_O
2R
40R_TUOATAD_CNESRT_TSOPRNF_O
32R
50R_TUOATAD_CNESRT_TSOPRNF_O
42R
52R
60R_TUOATAD_CNESRT_TSOPRNF_O
62R
70R_TUOATAD_CNESRT_TSOPRNF_O
3R
71TUO_R_ATADB_O
61TUO_R_ATADB_O
1T
2T
51TUO_R_ATADB_O
30TUO_G_ATADB_O
4N
1P
20TUO_G_ATADB_O
2P
10TUO_G_ATADB_O
10R_TUOATAD_CNESRT_TSOPRNF_O
42P
52P
20R_TUOATAD_CNESRT_TSOPRNF_O
62P
30R_TUOATAD_CNESRT_TSOPRNF_O
00TUO_G_ATADB_O
3P
1R
91TUO_R_ATADB_O
1M
01TUO_G_ATADB_O
2M
90TUO_G_ATADB_O
80TUO_G_ATADB_O
3M
70TUO_G_ATADB_O
4M
1N
60TUO_G_ATADB_O
2N
50TUO_G_ATADB_O
62N
00R_TUOATAD_CNESRT_TSOPRNF_O
40TUO_G_ATADB_O
3N
3J
81TUO_G_ATADB_O
71TUO_G_ATADB_O
4J
61TUO_G_ATADB_O
1K
2K
51TUO_G_ATADB_O
3K
41TUO_G_ATADB_O
31TUO_G_ATADB_O
1L
21TUO_G_ATADB_O
2L
11TUO_G_ATADB_O
3L
2G
60TUO_B_ATADB_O
50TUO_B_ATADB_O
3G
40TUO_B_ATADB_O
4G
1H
30TUO_B_ATADB_O
2H
20TUO_B_ATADB_O
10TUO_B_ATADB_O
3H
00TUO_B_ATADB_O
1J
91TUO_G_ATADB_O
2J
41TUO_B_ATADB_O
1E
31TUO_B_ATADB_O
2E
21TUO_B_ATADB_O
3E
4E
11TUO_B_ATADB_O
1F
01TUO_B_ATADB_O
90TUO_B_ATADB_O
2F
80TUO_B_ATADB_O
3F
1G
70TUO_B_ATADB_O
42CA
TUOV_CNESRT_TSOPRNF_O
RETLIF_0801P_LLP_O
81DA
02EA
RETLIF_UMM_LLP_O
1B
91TUO_B_ATADB_O
1C
81TUO_B_ATADB_O
71TUO_B_ATADB_O
2C
61TUO_B_ATADB_O
1D
2D
51TUO_B_ATADB_O
3AA
TUOTSOP_CNYS_VB_O
1BA
GNIMID_ANAB_O
2BA
GNIMID_MWPB_O
KLCTUO_RN_O
32BA
42BA
TUOH_CNESRT_TSOPRNF_O
52BA
90B_TUOATAD_CNESRT_TSOPRNF_O
62BA
80B_TUOATAD_CNESRT_TSOPRNF_O
KLC_TUO_O
4BA
3-005CI
4EIND
TUOTSOP_NE_ATADB_O
1AA
TUOTSOP_CNYS_HB_O
2AA
50B_TUOATAD_CNESRT_TSOPRNF_O
42AA
52AA
60B_TUOATAD_CNESRT_TSOPRNF_O
70B_TUOATAD_CNESRT_TSOPRNF_O
62AA
mho0515R
W01/1
105PT
1
645C Fn001
935C Fn001
W01/1
015R mho001
1 2
3 4
5 6
7 8 W61/1
68442R
mho86
805R mho0
355C Fn001
Fn001735C
205PT
1
0
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5
2
8
R
5
2
8
1
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1
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0
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Fn001715C
Fn001255C
555C Fn001
155C Fn001
225C Fn001
Fn001325C
4
5 6
7 8
mho86
38442R
W61/1
1 2
3
50NI_DER_REDOCEDF_I
60NI_DER_REDOCEDF_I
62L
42M
10NI_DER_REDOCEDF_I
20NI_DER_REDOCEDF_I
52M
62M
30NI_DER_REDOCEDF_I
00NI_DER_REDOCEDF_I
32N
42N
NI_CNYSH_REDOCEDF_I
52N
NI_CNYSV_REDOCEDF_I
42J
30NI_NRG_REDOCEDF_I
52J
62J
40NI_NRG_REDOCEDF_I
32K
70NI_DER_REDOCEDF_I
80NI_DER_REDOCEDF_I
42K
52K
90NI_DER_REDOCEDF_I
62K
00NI_NRG_REDOCEDF_I
40NI_DER_REDOCEDF_I
42L
52L
62F
42G
80NI_NRG_REDOCEDF_I
90NI_NRG_REDOCEDF_I
52G
00NI_ULB_REDOCEDF_I
62G
50NI_NRG_REDOCEDF_I
42H
52H
60NI_NRG_REDOCEDF_I
70NI_NRG_REDOCEDF_I
62H
32J
10NI_NRG_REDOCEDF_I
20NI_NRG_REDOCEDF_I
52D
90NI_ULB_REDOCEDF_I
62D
KLC_CED_I
32E
40NI_ULB_REDOCEDF_I
42E
52E
50NI_ULB_REDOCEDF_I
62E
60NI_ULB_REDOCEDF_I
42F
10NI_ULB_REDOCEDF_I
52F
20NI_ULB_REDOCEDF_I
30NI_ULB_REDOCEDF_I
3FA
4FA
60NID_BF_I
30NID_BF_I
5FA
91NID_GF_I
6FA
7FA
51NID_GF_I
21NID_GF_I
8FA
9FA
90NID_GF_I
70NI_ULB_REDOCEDF_I
42D
80NI_ULB_REDOCEDF_I
71FA
20CS_KLC_I
81FA
80NID_BF_I
2FA
ELBANE_DNAN_I
22FA
10CS_MARDS_I
32FA
42FA
TNIOP_DSOF_I
52FA
NI_CNYSVF_I
LCS_C2I_I
62FA
70NID_BF_I
90NID_BF_I
01FA
50NID_GF_I
20NID_GF_I
11FA
21FA
91NID_RF_I
51NID_RF_I
31FA
41FA
21NID_RF_I
51FA
90NID_RF_I
61FA
50NID_RF_I
20NID_RF_I
62EA
01NID_BF_I
3EA
4EA
50NID_BF_I
5EA
20NID_BF_I
6EA
81NID_GF_I
41NID_GF_I
7EA
8EA
11NID_GF_I
80NID_GF_I
9EA
1FA
11NID_RF_I
51EA
80NID_RF_I
40NID_RF_I
61EA
10NID_RF_I
71EA
11NID_BF_I
2EA
32EA
EDOM_TSIB_I
NI_CNYSHF_I
42EA
52EA
NO_LLP_I
ELBANENACS_I
31NID_GF_I
01NID_GF_I
8DA
9DA
70NID_GF_I
21NID_BF_I
1EA
40NID_GF_I
01EA
11EA
10NID_GF_I
81NID_RF_I
21EA
31EA
41NID_RF_I
41EA
32DA
KLC_TUPNI_I
42DA
EDOM_TSET_NACS_I
TESERN_I
52DA
62DA
ADS_C2I_B
3DA
31NID_BF_I
40NID_BF_I
4DA
5DA
10NID_BF_I
6DA
71NID_GF_I
7DA
31DA
01NID_RF_I
41DA
70NID_RF_I
51DA
61DA
30NID_RF_I
71DA
00NID_RF_I
2DA
41NID_BF_I
12DA
10CS_ATAD_I
22DA
20CS_MARDS_I
3CA
00NID_BF_I
5CA
61NID_GF_I
6CA
60NID_GF_I
9CA
51NID_BF_I
1DA
30NID_GF_I
01DA
00NID_GF_I
11DA
21DA
71NID_RF_I
31NID_RF_I
1CA
81NID_BF_I
61NID_RF_I
21CA
51CA
60NID_RF_I
10CS_KLC_I
71CA
2CA
71NID_BF_I
12CA
20CS_ATAD_I
10RDDA_C2I_I
52CA
00RDDA_C2I_I
62CA
61NID_BF_I
2-005CI
4EIND
91NID_BF_I
3BA
Fn001945C
Fn001445C
1
/1
0
W
1
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0
W
R
5
2
5
R
5
2
5
0
o h m 0
o h m Fn001825C
01ATAD_MARDSF_B
32ATAD_MARDSF_B
9D
Fn001545C
7C
71ATAD_MARDSF_B
02ATAD_MARDSF_B
8C
42ATAD_MARDSF_B
9C
00KNAB_MARDSF_O
31D
51D
KLC_MARDS_O
81D
53ATAD_MARDSF_B
84ATAD_MARDSF_B
22D
00ATAD_MARDSF_B
3D
5D
25ATAD_MARDSF_B
42C
55ATAD_MARDSF_B
52C
26ATAD_MARDSF_B
62C
36ATAD_MARDSF_B
3C
10ATAD_MARDSF_B
70ATAD_MARDSF_B
4C
11ATAD_MARDSF_B
5C
6C
41ATAD_MARDSF_B
50RDDA_MARDSF_O
80RDDA_MARDSF_O
61C
23ATAD_MARDSF_B
71C
63ATAD_MARDSF_B
81C
91C
93ATAD_MARDSF_B
02C
24ATAD_MARDSF_B
12C
54ATAD_MARDSF_B
22C
94ATAD_MARDSF_B
32C
7B
81ATAD_MARDSF_B
8B
12ATAD_MARDSF_B
52ATAD_MARDSF_B
9B
72ATAD_MARDSF_B
01C
11C
03ATAD_MARDSF_B
SARN_MARDSF_O
21C
10KNAB_MARDSF_O
31C
41C
20RDDA_MARDSF_O
51C
32B
65ATAD_MARDSF_B
42B
52B
95ATAD_MARDSF_B
62B
16ATAD_MARDSF_B
3B
50ATAD_MARDSF_B
80ATAD_MARDSF_B
4B
21ATAD_MARDSF_B
5B
6B
51ATAD_MARDSF_B
61B
90RDDA_MARDSF_O
71B
33ATAD_MARDSF_B
81B
73ATAD_MARDSF_B
04ATAD_MARDSF_B
91B
2B
20ATAD_MARDSF_B
34ATAD_MARDSF_B
02B
12B
64ATAD_MARDSF_B
22B
05ATAD_MARDSF_B
35ATAD_MARDSF_B
8A
22ATAD_MARDSF_B
9A
62ATAD_MARDSF_B
82ATAD_MARDSF_B
01B
13ATAD_MARDSF_B
11B
21B
SACN_MARDSF_O
31B
00RDDA_MARDSF_O
30RDDA_MARDSF_O
41B
51B
60RDDA_MARDSF_O
75ATAD_MARDSF_B
52A
85ATAD_MARDSF_B
06ATAD_MARDSF_B
62A
3A
60ATAD_MARDSF_B
4A
90ATAD_MARDSF_B
5A
31ATAD_MARDSF_B
61ATAD_MARDSF_B
6A
91ATAD_MARDSF_B
7A
43ATAD_MARDSF_B
81A
83ATAD_MARDSF_B
91A
14ATAD_MARDSF_B
40ATAD_MARDSF_B
2A
44ATAD_MARDSF_B
02A
74ATAD_MARDSF_B
12A
15ATAD_MARDSF_B
22A
45ATAD_MARDSF_B
32A
42A
1A
01A
92ATAD_MARDSF_B
EWN_MARDSF_O
11A
21A
MQD_MARDSF_O
10RDDA_MARDSF_O
31A
40RDDA_MARDSF_O
41A
70RDDA_MARDSF_O
51A
61A
01RDDA_MARDSF_O
71A
4EIND
4-005CI
30ATAD_MARDSF_B
W01/1
105R mho001
V3.3D
W01/19039U mhoK7.4
405C Fn8.1
mhoK7.40139U W01/1
V61
Fu74
005C
V05
105C
Fn01
V52
Fn001
60642C
Fn001235C
305PT1
415C Fn001
51T
61T
DNG
32T
DNG
10_RWP
32U
20_RWP
4U
DNG
4W
20_RWP
32Y
41R
51R
DNG
61R
DNG
4R
DNG
DNG
11T
21T
DNG
DNG
31T
41T
DNG
DNG
41P
DNG
DNG
51P
DNG
61P
32P
20_RWP
4P
10_RWP
11R
DNG
21R
DNG
DNG
31R
DNG
21N
DNG
DNG
31N
DNG
41N
51N
DNG
61N
DNG
DNG
11P
DNG
21P
31P
DNG
DNG
21M
DNG
DNG
31M
41M
DNG
51M
DNG
DNG
61M
32M
DNG
11N
DNG
11L
21L
DNG
31L
DNG
DNG
41L
DNG
51L
61L
DNG
32L
10_RWP
20_RWP
4L
11M
8D
10_RWP
10_RWP
32F
4F
20_RWP
32G
DNG
20_RWP
32H
10_RWP
4H
DNG
4K
DNG
61D
20_RWP
71D
10_RWP
91D
DNG
02D
12D
20_RWP
32D
DNG
DNG
4D
20_RWP
6D
7D
DNG
DNG
17DNG
91FA
74DDV
02FA
57DNG
12FA
01D
20_RWP
11D
DNG
20_RWP
21D
10_RWP
41D
DNG
4CA
20_RWP
7CA
8CA
DNG
27DNG
91DA
02DA
47DNG
81EA
54DDV
91EA
07DNG
84DDV
12EA
22EA
31CA
DNG
41CA
61CA
10_RWP
DNG
81CA
91CA
64DDV
02CA
37DNG
DNG
22CA
32CA
10_RWP
DNG
4EIND
1-005CI
32AA
DNG
10_RWP
4AA
01CA
10_RWP
DNG
11CA
10_RWP
W01/1
205R mho57
mho2277442R
W01/1
V3.3D
W01/1
67442R mho86
mho8657442R
W01/1
W01/1
47442R mho86
Fn001455C
W01/1
005R mho0
8
mho0605R
mho86
1 2
3 4
5 6
7
2
3 4
5 6
7 8
W61/1
28442R
6
7 8
mho86
18442R
W61/1
1
W61/1
08442R
mho86
1 2
3 4
5
V3.3D
Fn001245C
mho86
98442R
W61/1
1 2
3 4
5 6
7 8
3 4
5 6
7 8
7 8
W61/1
88442R
mho86
1 2
mho86
78442R
W61/1
1 2
3 4
5 6
1 2
3 4
5 6
7 8
mho86
58442R
W61/1
mho0305R
Fn001815C
835C Fn001
W01/1
87442R mho22
1 2
3 4
5 6
7 8
W01/1
mho86
97442R
W61/1
4
5 6
7 8
mho8637442R
W61/1
48442R
mho86
1 2
3
)5(DDO_G_EIND
)4(DDO_G_EIND
)3(DDO_G_EIND
)2(DDO_G_EIND
)1(DDO_G_EIND
)0(DDO_G_EIND
EDF_EIND
)9:0(NEVE_B_EIND
)9:0(DDO_R_EIND
)9:0(NEVE_G_EIND
)9:0(DDO_G_EIND
)9:0(DDO_B_EIND
)0(NEVE_R_EIND
)1(NEVE_R_EIND
)2(NEVE_R_EIND
)3(NEVE_R_EIND
)4(NEVE_R_EIND
)5(NEVE_R_EIND
)6(NEVE_R_EIND
)7(NEVE_R_EIND
V_EIND
H_EIND
)9(NEVE_R_EIND
)8(NEVE_R_EIND
)7(DDO_B_EIND
)6(DDO_B_EIND
)5(DDO_B_EIND
)4(DDO_B_EIND
)3(DDO_B_EIND
)2(DDO_B_EIND
)1(DDO_B_EIND
)0(DDO_B_EIND
)9(DDO_R_EIND
)8(DDO_R_EIND
)7(DDO_R_EIND
)6(DDO_R_EIND
)5(DDO_R_EIND
)4(DDO_R_EIND
)3(DDO_R_EIND
)2(DDO_R_EIND
)1(DDO_R_EIND
)0(DDO_R_EIND
)8(NEVE_G_EIND
)7(NEVE_G_EIND
)6(NEVE_G_EIND
)5(NEVE_G_EIND
)4(NEVE_G_EIND
)3(NEVE_G_EIND
)2(NEVE_G_EIND
)1(NEVE_G_EIND
)0(NEVE_G_EIND
)9(NEVE_G_EIND
)9(DDO_G_EIND
)8(DDO_G_EIND
)7(DDO_G_EIND
)6(DDO_G_EIND
A_LCS
KLC_1CS
KLC_EIND
)9(NEVE_B_EIND
)8(NEVE_B_EIND
)7(NEVE_B_EIND
)6(NEVE_B_EIND
)5(NEVE_B_EIND
)4(NEVE_B_EIND
)3(NEVE_B_EIND
)2(NEVE_B_EIND
)1(NEVE_B_EIND
)0(NEVE_B_EIND
)9(DDO_B_EIND
)8(DDO_B_EIND
)0(ENOTH_ABLA
]7:0[B_DSO_ABLA
]1:0[ENOTH_ABLA
)5(ENOTH_ABLA
)4(ENOTH_ABLA
]5:4[ENOTH_ABLA
)7(G_DSO_ABLA
)0(G_DSO_ABLA
)3(G_DSO_ABLA
)6(G_DSO_ABLA
)3(ENOTH_ABLA
)2(G_DSO_ABLA
)5(G_DSO_ABLA
)2(ENOTH_ABLA
)1(G_DSO_ABLA
)4(G_DSO_ABLA
]9:0[OG_25PDS
]7:0[G_DSO_ABLA
]3:2[ENOTH_ABLA
)7(R_DSO_ABLA
)0(R_DSO_ABLA
)3(R_DSO_ABLA
)2(R_DSO_ABLA
)6(R_DSO_ABLA
)1(R_DSO_ABLA
)5(R_DSO_ABLA
)4(R_DSO_ABLA ]7:0[R_DSO_ABLA
SH_25PDS
)9:0(NEVE_R_EIND
)1(OB_25PDS
)2(OB_25PDS
)3(OB_25PDS
)0(OB_25PDS
)6(OR_25PDS
)7(OR_25PDS
)3(OR_25PDS
)0(OR_25PDS
)8(OR_25PDS
)4(OR_25PDS
)1(OR_25PDS
)9(OR_25PDS
)5(OR_25PDS
)2(OR_25PDS
)1(ENOTH_ABLA OTSRn
KLC_2CS
ATAD_1CS
ATAD_2CS
MARDS_1CS
MARDS_2CS
]9:0[OB_25PDS
]9:0[OR_25PDS
)0(B_DSO_ABLA
)1(B_DSO_ABLA
)2(B_DSO_ABLA
)3(B_DSO_ABLA
)4(B_DSO_ABLA
)5(B_DSO_ABLA
)6(B_DSO_ABLA
)7(B_DSO_ABLA
)6(OG_25PDS
EIND_KLC25PDS
)7(OG_25PDS
)3(OG_25PDS
)0(OG_25PDS
)8(OG_25PDS
)4(OG_25PDS
)1(OG_25PDS
)9(OG_25PDS
)5(OG_25PDS
)2(OG_25PDS
KLC_1CS
KLC_2CS
ATAD_1CS
ATAD_2CS
MARDS_1CS
MARDS_2CS
SV_25PDS
A_ADS
)7(OB_25PDS
)8(OB_25PDS
)9(OB_25PDS
)4(OB_25PDS
)5(OB_25PDS
)6(OB_25PDS
10-8
Schematic Diagram
Samsung Electronics
This Document can not be used without Samsung’s authorization.
10-1-8 DNIe4
Power
Signal
www.fieldtechsource.net
Samsung Electronics
Schematic Diagram
10-9
V3.3D
V3.3D
2006U
Fu01
FERX
FERX
FERX
C
FERX
5006L
006Q
S401CRKE
B
106R
mho042
W01/1
mho0416R
mho001
616R
C
S401CRK
106Q
E
B
mho0
3106R
V5D
FERX
FERX
FERX
W01/1
mho01106R
FERX
9006R mho0
Fu01
3106C
Fp001
8016C
Fp001
7006C 8006C
Fp001
1106C
Fp001
2DNGM
Fp001
2106C
32
42
3
4
5
6
7
8
9
1DNGM
41
51
61
71
81
91
2
02
12
22
006NC
1
01
11
21
31
mho086
6016R
1006R mho0
mho00006R
R
L
Z
3
.6
B
R
L
Z
3
.6
B
D
6
0
0
D
6
0
0
206R
mhoK7.4
W01/1
2006L6006C
Fp001
006U
mhoK1
W01/1
006R
mho074
W01/1
9
4
9
4
D
IE
1
9
D
IE
1
9
9
5
9
5
D
IE
1
8
D
IE
1
8
9
6
9
6
D
IE
1
7
D
IE
1
7
9
7
9
7
D
IE
1
6
D
IE
1
6
9
8
9
8
IV
C
C
IV
C
C
9
9
9
9
D
IE
1
5
D
IE
1
5
V3.3D
FERX
8
7
8
7
R
E
S
E
R
V
E
D
R
E
S
E
R
V
E
D
8
8
8
8
V
C
C
V
C
C
8
9
8
9
G
N
D
G
N
D
9
7EID
9
0
9
0
D
IE
2
3
D
IE
2
3
9
1
9
1
D
IE
2
2
D
IE
2
2
9
2
9
2
D
IE
2
1
D
IE
2
1
9
3
9
3
D
IE
2
0
D
IE
2
0
8
CCV
8
0
8
0
ID
C
K
ID
C
K
8
1
8
1
IV
C
C
IV
C
C
8
2
8
2
C
T
L
3
C
T
L
3
8
3
8
3
C
T
L
2
C
T
L
2
8
4
8
4
C
T
L
1
C
T
L
1
8
5
8
5
P
V
C
C
2
P
V
C
C
2
8
6
8
6
P
G
N
D
2
P
G
N
D
2
27
3OID
37
2OID
47
1OID
57
0OID
7
6
7
6
H
S
Y
N
C
H
S
Y
N
C
7
7
7
7
V
S
Y
N
C
V
S
Y
N
C
7
8
7
8
D
E
D
E
7
9
7
9
G
N
D
G
N
D
56
8OID
66
CCVI
76
DNG
86
7OID
96
6OID
7
DNG
07
5OID
17
4OID
85
51OID
95
41OID
6
8EID
06
31OID
16
21OID
26
11OID
36
01OID
46
9OID
5
0
5
0
D
IO
2
1
D
IO
2
1
15
02OID
25
91OID
35
81OID
45
71OID
55
61OID
65
CCV
75
DNG
4
3
4
3
T
X
1
+
T
X
1
+
4
4
4
4
A
V
C
C
A
V
C
C
4
5
4
5
T
X
2
-
T
X
2
-
4
6
4
6
T
X
2
+
T
X
2
+
4
7
4
7
A
G
N
D
A
G
N
D
4
8
4
8
D
IO
2
3
D
IO
2
3
4
9
4
9
D
IO
2
2
D
IO
2
2
5
9EID
3
6
3
6
A
V
C
C
A
V
C
C
3
7
3
7
A
G
N
D
A
G
N
D
3
8
3
8
N
C
N
C
3
9
3
9
T
X
0
-
T
X
0
-
4
01EID
4
0
4
0
T
X
0
+
T
X
0
+
4
1
4
1
A
G
N
D
A
G
N
D
4
2
4
2
T
X
1
-
T
X
1
-
2
9
2
9
R
E
S
E
R
V
E
D
R
E
S
E
R
V
E
D
3
11EID
3
0
3
0
V
C
C
V
C
C
3
1
3
1
G
N
D
G
N
D
3
2
3
2
E
X
T
_
S
W
IN
G
E
X
T
_
S
W
IN
G
3
3
3
3
A
G
N
D
A
G
N
D
3
4
3
4
T
X
C
-
T
X
C
-
3
5
3
5
T
X
C
+
T
X
C
+
12
DEVRESER
22
DEVRESER
32
DEVRESER
42
EGDE
52
SXIP
2
6
2
6
P
D
P
D
2
7
2
7
R
E
S
E
R
V
E
D
R
E
S
E
R
V
E
D
2
8
2
8
R
E
S
E
R
V
E
D
R
E
S
E
R
V
E
D
41
2EID
51
1EID
61
0EID
71
CCVI
81
1CCVP
91
1DNGP
2
21EID
02
DEVRESER
1
31EID
01
6EID
1
0
0
1
0
0
D
IE
1
4
D
IE
1
4
11
5EID
21
4EID
31
3EID
V3.3D
UTC0611lIS
0006CI
FERX
3006L
0006L
V3.3D
FERX
FERX
4006L
Fn001
106C
W01/1
mho001
706R
FERX
V3.3D
FERX
FERX
FERX
V3.3D
FERX
V5D
V52
Fn001
406C
Fn001
9006C
FERX
5006C
Fu01
V61
8006R
mhoK01
W01/1
2006C
Fp001
W01/1
mhoK01
7006R
FERX
FERX
V01
Fu001
006C
7016C
Fp001
V3.3D
4106C
Fu01
Fn001
5006U
Fn001
0016C
406R
mho001
W01/1
Fu01
1006C
V3.3D
W01/1
FERX
3006U
mho0
5
2D
6
2O
DNG
7
3O
8
9
3D
FERX
V5D
3EO/
01
11
4O
4D
21
31
4EO/
41
CCV
1D
2
1O
3
4
2EO/
M521TCH47MM
106U
1EO/
1
2
4006U
Fp001
106D
TKG051C-TSTL
)6(DDO_B_EIND
)5(DDO_B_EIND
)4(DDO_B_EIND
)3(DDO_B_EIND
)2(DDO_B_EIND ]9:2[DDO_B_EIND
]9:2[DDO_G_EIND
]9:2[DDO_R_EIND
-1XT_SDMT
)6(DDO_R_EIND
)5(DDO_R_EIND
)4(DDO_R_EIND
)3(DDO_R_EIND
)2(DDO_R_EIND
)9(DDO_G_EIND
)8(DDO_G_EIND
)7(DDO_G_EIND
)6(DDO_G_EIND
)5(DDO_G_EIND
)4(DDO_G_EIND
)3(DDO_G_EIND
)2(DDO_G_EIND
)9(DDO_B_EIND
)8(DDO_B_EIND
)7(DDO_B_EIND
+0XT_SDMT
-0XT_SDMT
+1XT_SDMT
-1XT_SDMT
-2XT_SDMT
+CXT_SDMT
-CXT_SDMT
+2XT_SDMT
)9(DDO_R_EIND
)8(DDO_R_EIND
)7(DDO_R_EIND
)9(NEVE_G_EIND
D
N
IE
_
R
_
E
V
E
N
(2
)
D
N
IE
_
R
_
E
V
E
N
(2
)
D
N
IE
_
R
_
E
V
E
N
(3
)
D
N
IE
_
R
_
E
V
E
N
(3
)
D
N
IE
_
R
_
E
V
E
N
(4
)
D
N
IE
_
R
_
E
V
E
N
(4
)
D
N
IE
_
R
_
E
V
E
N
(5
)
D
N
IE
_
R
_
E
V
E
N
(5
)
)4(NEVE_B_EIND
D
N
IE
_
R
_
E
V
E
N
(6
)
D
N
IE
_
R
_
E
V
E
N
(6
)
D
N
IE
_
R
_
E
V
E
N
(7
)
D
N
IE
_
R
_
E
V
E
N
(7
)
D
N
IE
_
R
_
E
V
E
N
(8
)
D
N
IE
_
R
_
E
V
E
N
(8
)
D
N
IE
_
R
_
E
V
E
N
(9
)
D
N
IE
_
R
_
E
V
E
N
(9
)
)5(NEVE_B_EIND
)6(NEVE_B_EIND
)7(NEVE_B_EIND
)8(NEVE_B_EIND
)9(NEVE_B_EIND
)2(NEVE_G_EIND
)3(NEVE_G_EIND
H_EIND
KLC_EIND
V_EIND
TESERn_DM
PDD_LCS
PDD_ADS
-CXT_SDMT
+CXT_SDMT
-0XT_SDMT
+0XT_SDMT
+1XT_SDMT
-2XT_SDMT
+2XT_SDMT
]9:2[NEVE_B_EIND
]9:2[NEVE_G_EIND
]9:2[NEVE_R_EIND
EDF_EIND
)2(NEVE_B_EIND
)3(NEVE_B_EIND
)4(NEVE_G_EIND
)5(NEVE_G_EIND
)6(NEVE_G_EIND
)7(NEVE_G_EIND
)8(NEVE_G_EIND
DOOGRWP
XR_PMAL
1_nXT_PMAL
LES_XT_PMAL
LES_PMAL
XT_PMAL
RORRE_PMAL
1_nXT_PMAL
YDAER_PDD
LAVCNYS_PLD
10-1-9 TMDS
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Schematic Diagram
10-10 Samsung Electronics
896R mho001
W01/1
996R
W01/
mho0
FERX
FERX
mho0776R
W01/1
mho0156R
W01/1
mho0266R
W01/1
V52
37442C Fn001
V52
17442C Fn001
Fn00127442C
V52
mho0
FERX
FERX
FERX
366R
W01/1
W01/1
166R mho0
FERX
FERX
AV9
W01/1
376R mho0
mho0076R
W01/1
FERX
FERX
666R
W01/1
mho0
mho0066R
W01/1
576R mho0
FERX
FERX
W01/1
FERXW01/1
FERX
mho00117542R
W01/1
656R
W01/1
756R mho0
Fn00107442C
V52
FERX
mho0
W01/1
5549U mho0
566R mho0
W01/1
FERX
mho0
FERX
FERX
FERX
FERX
W01/1
456R
mho0
W01/1
766R mho0
W01/1
056R mho0
676R
W01/1
FERX
mho0
396R W01/1
FERX
W01/1
286R mho0
mho0476R
W01/1
FERX
FERX
FERX
W01/1
866R
mho0146R
W01/1
mho0
W01/1
046R mho0
W01/1
mho0386R
mho0
W01/1296R
mho0
FERX
W01/1
256R
84
5
6
7
8
9
FERX
W01/1
876R mho0
83
93
4
04
14
24
34
44
54
64
74
92
3
03
13
23
33
43
53
63
73
91
2
02
12
22
32
42
52
62
72
82
1
01
11
21
31
41
51
61
71
81
FERX
4-170535
156NC
FERX
FERX
W01/1
986R mho0
FERX
mho0356R
W01/1
FERX
FERX
mho0
596R W01/1
FERX
W01/1
176R mho0
FERX
mho00
196R W01/1
FERX
FERX
FERX
FERX
FERX
FERX
W01/1
086R mho0
FERX
FERX
W01/1496R
mho0
M
G
N
D
2
M
G
N
D
2
FERX
W01/1
mho0276R
88
98
9
09
19
29
39
49
59
69
M
G
N
D
1
M
G
N
D
1
87
97
8
08
18
28
38
48
58
68
78
86
96
7
07
17
27
37
47
57
67
77
85
95
6
06
16
26
36
46
56
66
76
94
5
05
15
25
35
45
55
65
75
93
4
04
14
24
34
44
54
64
74
84
92
3
03
13
23
33
43
53
63
73
83
2
02
12
22
32
42
52
62
72
82
01
11
21
31
41
51
61
71
81
91
RAER_V5S
6049NC
5-980535
1
FERX
mho0
796R
mho0976R
W01/1
FERX
FERX
FERX
NOITPO_V21
FERX
FERX
FERX
mho0556R
W01/1
mho0466R
W01/1
W01/1
W01/1
956R mho0
FERX
mho0856R
mho0186R
W01/1
mho0966R
W01/1
mho0686R
W01/1
NI_LCS
SV_CT_M
TNIn_TSM
IMDH_FIDPS
TEDS_EDIS
TEDV_EDIS
ETUM_REFOOW
AAS_TSM_ADS
AAS_TSM_LCS
TESER_DNUOS
TSR_TSM
V5D
)7(G_CT_M
)8(G_CT_M
)9(G_CT_M
)7(R_CT_M
)0(B_CT_M
dng_rwp
TUO_FIDPS
LTC_GULPH_1IMDH
)1(G_CT_M
)2(R_CT_M
)6(R_CT_M
)1(R_CT_M
)5(R_CT_M
)9(R_CT_M
)0(R_CT_M
)4(R_CT_M
)8(R_CT_M
]9:0[R_CT_M
]9:0[G_CT_M
]9:0[B_CT_M
LTC_GULPH_2IMDH
PW_PEE_CDD
SH_CT_M
ED_CT_M
R_EDIS
RI_RATSMEG
TUO_REFOOW_BUS
232SR_XT
KLCRL_XR_S2I
232SR_XR
NABSU
KLCM_XR_S2I
TENYNA_XT
KLCB_XR_S2I
ATAD_XR_S2I
)1(B_CT_M
)2(B_CT_M
)0(G_CT_M
)2(G_CT_M
)3(G_CT_M
)3(B_CT_M
)4(B_CT_M
)5(B_CT_M
)4(G_CT_M
)5(G_CT_M
)6(G_CT_M
)3(R_CT_M
)6(B_CT_M
)7(B_CT_M
)8(B_CT_M
)9(B_CT_M
KLCP_CT_M
NI_ADS
IBV_NIAM
DI-1IMDH
TED-1S
DI_KCAJCP
DI-2IMDH
TED-2S
TED-1PMOC
TED-2PMOC
TED-1V
TED-2V
SBVC_VTD
L_ROTINOM
NI_OTSRN
R_ROTINOM
D_OTESERn
SBVC_NIAM
PABSU
L_NIAM
TENYNA_XR
KCEHC_CCV_BSU
R_NIAM
RATSMEG_XT
FFO-NOWPBSU
L_EDIS
RATSMEG_XR
10-1-10 TERMINAL
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Samsung Electronics
Schematic Diagram
10-11
NOITPO
DOP rof ylnO
CSTA rof ylnO
NOITPO YLNO_CSTA / LLUF
ETELED : YLNO_CSTA
ETELED : YLNO_CSTA
HCATTA : YLNO_CSTA
NOITPO YLNO_CSTA / LLUF
NOITPO YLNO_CSTA / LLUF
V2.1HC
mho0 8607R mho22 9907R
HC_V5D
1
B
2
A
3
DNG
4
Y
5
CCV
R
7
0
6
2
R
7
0
6
2
1
0
0
o h m 1
0
0
o h m B
80G1TCHA47
4007CI
-
0107DB
mho22
V61
Fn001
7649U
0507C
Fu33
V52
6607R
6007DB
A003S2102ZPM
V01
Fu001
72542C
1
NI
2
DNG
3
TUO
TUO
V8.1HC
G3T33TS7111PCN
0007CI
1207C
Fn01
I1
G
2
O 3
NOITPO_V21
3107C
Fn01
V05
HC_V33
0507CI
PF90M871AB
V52
3507C
Fn001
NOITPO_V21
V52
Fn001
3007C
mho03007R
A81-E7111PA
5649U
1
NI
2
DNG
3
TUO
TUO
7607C
Fn01
V05
80642C
Fn001
V52
V05
Fn01
3607C
FERX
V52
Fn001
7007C
Fn001
6607C
V52
V9S
PMOC
NE
7
SS
8
1DNGM
HC_V5D
3007CI
1
SB
2
NI
3
WS
DNG
4
BF
5
6
ND3851PM
Fn01
1307C
V05
W01/1
9207R
mhoK43.6
1707C
Fn01
V05
FERX
V05
Fn01
4007C
Fn001
V52
FERX
V3.3D
4307C
Fp051
3307C
8649U
Fu001
V61
V01
Fu001
6007C
C
7
0
9
9
C
7
0
9
9
1
0
0
n F
1
0
0
n F
1
6
V
1
6
V
1007D
43KS
9607C
Fn01
V05FERX
V52
Fn001
8007C
FERX
3607R
mho0
W01/1
4
5
6
8607C
Fn001
V61
THW 60-052WMS
0007NC
1
2
3
G-3261CSKE
B
C
TESER_REWOP
RORRE
8
9
TUO_OEDIV
5DNGM
6DNGM
0007Q
0ATAD
2
6
2
6
KLC_GEPM
2
7
2
7
ADS
LCS
2
8
2
8
)+B(V5
3
4
TUO_TFA
5
V33
DNG
6
7
7ATAD
6ATAD
1
9
1
9
CGA_FR
2
2
0
2
0
5ATAD
4ATAD
2
1
2
1
3ATAD
2
2
2
2
2
3
2
3
2ATAD
2
4
2
4
1ATAD
2
5
2
5
C.N
1
1
1
1
TUO_FIS
1
2
1
2
V3.3
1
3
1
3
DNG
1
4
1
4
C.N
V2.1
1
5
1
5
1
6
1
6
CNYS
NE/DILAV
1
7
1
7
1
8
1
8
B
0607UT
D
N
V
S
3
0
3
H
V
2
6
1
A
D
N
V
S
3
0
3
H
V
2
6
1
A
C.N
1
1
0
1
0
RAER_V5S
EN006P23BIC1607DB
7 8
2307C
Fu28
V61
1 2
3 4
5 6
mho01107R
FERX
mho33
0007AR
W61/1
0607R
mho0
2007R mho0
FERX
1 2
3 4
5 6
7 8
5 6
7 8
W61/1
1607AR
mho33
mho33
0607AR
W61/1
1 2
3 4
0107R mho0
D_V3.3S
4107C
Fn001
V61
Fu01
0707C
V61
4DNGM
A003S2102ZPM
0207DB
2
+B
3
ANL
4
1WS
DNG
5
6
2WS
1DNGM
2DNGM
3DNGM
U
M
X
-N
T
-0
5
7
U
M
X
-N
T
-0
5
7
0607X
1
XT
V2.1HC
V3.3LLP_BOO
0907C
Fn001
V52
mho06007R
HC_V5S
HC_V5S
Fu001
8307C
5607Rmho0
V01
mho04607R
DOP_V5S
mho0 7607R
B
2107R
mho001
0007L
A003S2102ZPM0007R mho0
5207C
Fu021
V3.6
0507DB
EN106J12CIC
2607C
Fn001
V52
mhoK22
W01/1
V61
Fu001
2507C
6107R
7207C
Fu001
V61
V9S
Fn001
1507C
V52
FERX
NOITPO_V5
V61
Fn001
4607C
mho0013307R
V61
Fn001
5007C
4007R mho0
V8.1HC
V3.3LLP_BOO
5
0
V
5
0
V
C
7
0
0
0
C
7
0
0
0
1
0
n F
1
0
n F
B
FERX
2607DB EN006P23BIC
B
0607DB
EN006P23BIC
8007R mho0
V9S
FERX
FERX
HC_V5S
B
V52
Fn001
1007C
1007L
EN106J12CIC
2907C
Fn01
V05
6207C
Fn001
V61
V52
Fn001
1907C
1
/1
0
W
1
/1
0
W
R
7
0
2
1
R
7
0
2
1
2
0
K
o h m 2
0
K
o h m 4007L
Hu1
B
5007DB
-
B
2007L
EN106J12CIC
0607L
V52Fn001
5607C
V05
Fn01
0607C
Hu1
9107R
W01/1
mho074
1007AR
mho33
1 2
3 4
5 6
7 8
V05
D_V3.3S
W61/1
9307C
Fn001
mhoK34
7207R
3007L
12
W01/1
mho0
5107R
W01/1
mho0
1607R
mho01007R
FERX
V61
Fu22
6107C
3707C
Fn01
V05V05
Fn01
2707C
mho09007R
W01/1
mho74
4107R
V05
Fn01
4907C
Fu28
2007C
A003S2102ZPM
7007DB
W01/1
V3.6
FERX
3107R
mhoK01
V52
7007R mho0
TUO_TFA
1DNGM
2DNGM
3DNGM
4DNGM
M
G
N
D
5
M
G
N
D
5M
G
N
D
6
M
G
N
D
6
Fn001
1607C
3
8
3
8
3
9
3
9
XTI
DP 4
XTQ 4
0
4
0
)PMA(V9 5
)BOO(V5+ 6
CGA_FR 7
)V5(+B 8
9
3
0
3
0
3
1
3
1
KLC_ST
ADS 3
2
3
2
3
3
3
3
LCS
RRE_ST 3
4
3
4
3
5
3
5
V3.3_D_A
TESET 3
6
3
6
3
7
3
7
XTE
XTC
2
3
2
3
6TAD_ST 2
4
2
4
5TAD_ST 2
5
2
5
4TAD_ST 2
6
2
6
3TAD_ST 2
7
2
7
2TAD_ST 2
8
2
8
2
9
2
9
1TAD_ST
ELBANE 3
0TAD_ST
1
6
1
6
TUO_FIS
1
7
1
7
XRC_CDF
1
8
1
8
XRD_CDF
V8.1_D_A 1
9
1
9
ATAD 2
V2.1_D 2
0
2
0
CNYS_ST 2
1
2
1
LAV_ST 2
2
2
2
7TAD_ST
KCOLC 1
1
0
1
0
)V3.3(+B_UT
1
1
1
1
)TUO_OIDUA(CN
1
2
1
2
CN
1
3
1
3
CN
1
4
1
4
TUO_SBVC
1
5
1
5
CN
FERX
HC_V5S
0007UT
A104VB553DVND
V8.1HC
EN106J12CIC
0007DB
B
7307C
Fp093
)7:0(DOP_ST
A_LCS
A_ADS
KLC_DOP_ST
2LTC_LPS
1LTC_LPS
FFO_NO_ANL
)7(DOP_ST
)6(DOP_ST
)5(DOP_ST
)4(DOP_ST
)3(DOP_ST
)2(DOP_ST
)1(DOP_ST
)0(DOP_ST
T_SBVC_M
DLV_DOP_ST
TFA_MAQ
TSRn_UT
CGA_MAQ
FIS_NIAM
2LTC_LPS
FFO_NO_ANL
1LTC_LPS
XRC
XRD
D_OTESERn
DLV_NIDOP
DOP_LCS
SBVC_NIAM
)4(NIDOP
)5(NIDOP
)6(NIDOP
)7(NIDOP
KLC_NIDOP
CNYS_NIDOP
]7:0[NIDOP
DOP_ADS
T_SBVC_M
)3(NIDOP
)2(NIDOP
)1(NIDOP
)0(NIDOP
CGA_MAQ
TFA_MAQ
T_SBVC_M
FIS_NIAM
10-1-11 MAIN-TUNER
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Schematic Diagram
10-12 Samsung Electronics
NOITPO YLNO_CSTA / LLUF
ETELED : YLNO_CSTA
NOITPO YLNO_CSTA / LLUF
ETELED : YLNO_CSTA
NOITPO
LATSYRC ZHM23 ROF
84x0/04x0
AN_
AN_
AN_SU
Fn22
7017C
Fn001
V52
6217C
V3.3D
BV33
8217C
Fn22
1
0
0
p F
1
0
0
p F
W01/1
4017U
mhoK01
mho0637217R
5
0
V
5
0
V
U
7
1
0
3
U
7
1
0
3
HC_V5D
Fn001
7117C
Hu01
0017L
3
3
o h m 3
3
o h m mho159017R
6017DB
2
R
7
1
4
0
R
7
1
4
0
7
8
Fn001
6117C
2017AR
mho74
1
2
3
4
5
6
8017DB
2
FERX
5
0
V
5
0
V
2
1
0
0
p F
1
0
0
p F
C
7
1
5
8
C
7
1
5
8
Fn1
V05
7017DB
1717C
Fu001
V61
1617C
1417C
Fn22
9017DB
2
7317C
V52
Fu01
6417C
Fn22
9117_V8.1
Fn001
6317C
mhoK7.4
W01/1
4417R
2317C
Fn001
3317R
Fn001
1317C
E
B
C
mho22
Fn001
G-3261CSK
0017Q
W01/1
mhoK1
9017U
1517C
6217R
U
7
1
0
7
U
7
1
0
7
2
2
K
o h m 2
2
K
o h m mhoK7.4
mho153117R
1
/1
0
W
1
/1
0
W
1017PT1
mho0632217R
7217C
Fn22
mhoK7.4
5317R
B
2517C
Fn001
Fp33
EN006P23BIC
1017DB
1117DB
2
HC_V5D
0617C
V05
W01/1
mho57
6017U
8117C
Fn001
7417C
Fn22
mho0519217R
4417C
Fn22
A
D
T
E
S
T
9
A
D
T
E
S
T
9
A
D
T
E
S
T
5
A
D
T
E
S
T
5
P
7
P
7
P
8
P
8
A
D
T
E
S
T
2
A
D
T
E
S
T
2
9P
A_TNI
7117R mho063
ADS
01P
P
1
1
P
1
1
A
M
C
L
K
A
M
C
L
K
P
1
2
P
1
2
A
L
R
C
L
K
A
L
R
C
L
K
31P
2DSO
P
2
P
2
V
D
D
A
_
A
1
8
V
D
D
A
_
A
1
8
NIPG
3P
CLL
4P
5P
NOSER
P
6
P
6
V
D
D
A
_
C
1
8
V
D
D
A
_
C
1
8
N
2
N
2
N
3
N
3
N
C
N
C
EC
4N
5N
45_2CLL
T
E
S
T
C
L
K
T
E
S
T
C
L
K
N
6
N
6
A
D
T
E
S
T
6
A
D
T
E
S
T
6
N
7
N
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10-1-12 SUB-TUNER
This Document can not be used without Samsung’s authorization.
Power
Signal
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Samsung Electronics
Schematic Diagram
10-13
NOITPO AEROK / ASU
!!FFUTS TON OD : AEROK
NOITPO YLNO_CSTA / LLUF
ETELED : YLNO_CSTA
..WS-NAF
delbane tuptuO : hgiH
delbasid tuptuO : woL
LAMRON : 0
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10-1-13 POD
This Document can not be used without Samsung’s authorization.
Power
Signal
www.fieldtechsource.net
Schematic Diagram
10-14 Samsung Electronics
NOITPO YLNO_CSTA / LLUF
ETELED : YLNO_CSTA
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(7
)
P
C
I_
A
D
(1
1
)
P
C
I_
A
D
(1
1
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P
C
I_
A
D
(1
3
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P
C
I_
A
D
(1
3
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RRESn_ICP
P
C
I_
A
D
(1
5
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P
C
I_
A
D
(1
5
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POTSn_ICP
LESVEDn_ICP
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P
C
I_
A
D
(8
)
P
C
I_
A
D
(8
)
P
C
I_
A
D
(1
2
)
P
C
I_
A
D
(1
2
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RREPn_ICP
YDRIn_ICP
P
C
I_
A
D
(5
)
P
C
I_
A
D
(5
)
P
C
I_
A
D
(9
)
P
C
I_
A
D
(9
)
P
C
I_
A
D
(1
4
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P
C
I_
A
D
(1
4
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RAP_ICP
YDRTn_ICP
EMARFn_ICP
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P
C
I_
A
D
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P
C
I_
A
D
(6
)
P
C
I_
A
D
(1
0
)
P
C
I_
A
D
(1
0
)
1EBCn_ICP
P
C
I_
A
D
(1
6
)
P
C
I_
A
D
(1
6
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P
C
I_
A
D
(1
7
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P
C
I_
A
D
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7
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)0(DA_ICP
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0EBCn_ICP
P
C
I_
A
D
(2
2
)
P
C
I_
A
D
(2
2
)
10-1-14 1394
This Document can not be used without Samsung’s authorization.
Power
Signal
www.fieldtechsource.net
Samsung Electronics
Schematic Diagram
10-15
CCV = 02# ,7528VTS : ROK
DNG = 02# ,8528VTS : ASU
6
-2NI
2TUO
7
8
CCV
1
1TUO
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9
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9
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2
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8
0
8
0
9
L_NI_1CS
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S
IF
_
P
S
IF
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P
S
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N
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7
4
7
4
7
5
7
5
G
N
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G
N
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V
C
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C
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1
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7
6
7
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7
7
7
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7
8
7
8
7
9
7
9
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C
4
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L
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C
4
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CS_33DNG
8
S
C
4
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R
S
C
4
_
IN
_
R
6
6
6
6
6
7
6
7
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S
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1
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V
S
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1
8
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U
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U
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6
8
6
8
6
9
6
9
IR
Q
IR
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7
CS_33CCV
G
N
D
_
P
S
U
B
G
N
D
_
P
S
U
B
7
0
7
0
7
1
7
1
V
D
D
1
8
_
A
D
C
V
D
D
1
8
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A
D
C
V
S
S
1
8
_
A
D
C
V
S
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1
8
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A
D
C
7
2
7
2
7
3
7
3
2OI_33DDV
R_TUO_3CS
6
KLC_MCP_S2I
06
6
1
6
1
I2
S
_
S
C
L
K
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S
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S
C
L
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I2
S
_
L
R
_
C
L
K
I2
S
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L
R
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C
L
K
6
2
6
2
6
3
6
3
I2
S
_
D
A
T
A
0
I2
S
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A
T
A
0
I2
S
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A
T
A
1
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A
T
A
1
6
4
6
4
6
5
6
5
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S
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A
T
A
2
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S
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D
A
T
A
2
V
D
D
1
8
V
D
D
1
8
LES_KLC
PTXKLC_NILATX
25
35
MTXKLC_TUOLATX
1KLC_81CCV
45
55
1KLC_81DNG
2KLC_81DNG
65
75
2KLC_81CCV
2OI_33SSV
85
95
44
54
TUO_FIDP
1OI_33DDV
64
74
1OI_33SSV
LRTC_TST_KC
84
94
81SSV
5
L_TUO_3CS
81DDV
05
15
3
8
3
8
V
D
D
1
8
V
D
D
1
8
S
C
L
S
C
L
3
9
3
9
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4
4
0
4
0
S
D
A
S
D
A
14
81SSV
81DDV
24
34
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3
0
3
0
L
S
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S
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B
L
S
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S
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B
H
P
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L
S
S
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L
H
P
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L
S
S
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3
1
3
1
3
2
3
2
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P
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L
S
S
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R
H
P
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L
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S
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R
V
S
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1
8
_
C
O
N
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V
S
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1
8
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C
O
N
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3
3
3
3
3
4
3
4
V
D
D
1
8
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C
O
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V
D
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1
8
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C
O
N
V
H
P
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D
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P
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D
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3
5
3
5
3
6
3
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A
D
R
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S
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L
A
D
R
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L
V
S
S
1
8
V
S
S
1
8
3
7
3
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V
D
D
3
3
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C
O
N
V
V
D
D
3
3
_
C
O
N
V
S
C
3
_
IN
_
L
S
C
3
_
IN
_
L
2
3
2
3
2
4
2
4
S
C
3
_
IN
_
R
S
C
3
_
IN
_
R
S
C
L
_
F
L
T
S
C
L
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F
L
T
2
5
2
5
2
6
2
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C
R
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L
T
S
C
R
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F
L
T
L
S
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C
L
S
_
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2
7
2
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2
8
2
8
L
S
_
L
L
S
_
L
L
S
_
R
L
S
_
R
2
9
2
9
3
R_NI_2CS
SL_33CCV
61
71
SL_33DNG
L_TUO_2CS
81
91
R_TUO_2CS
R_TUO_1CS
2
AS_DNG
02
V
S
S
3
3
_
C
O
N
V
V
S
S
3
3
_
C
O
N
V
2
1
2
1
2
2
2
2
XSD8528VTS
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1
L_TUO_1CS
R_NI_1CS
01
11
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21
31
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L_NI_2CS
41
51
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5
0
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1
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9
1
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33
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62
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03
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22
32
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9
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1
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W
PMA_ATAD_S2I
PMA_KLCRL_S2I
PMA_KLCS_S2I
TUO_R-
TESER_DNUOS
ABLA_FIDPS
TUO_FIDPS
PMA_KLC_S2I
TUO_L+
TUO_R+
ETUM_NOM
TUO_REFOOW_BUS
L_ROTINOM
KLCM_XT_S2I
FIS
TUO_L-
TESER_DNUOS
FIS_NIAM
LES_FIS
FIS_BUS
R_ROTINOM
TESERn_S
E_ADS
E_LCS
PMA_ATAD_S2I
PMA_KLCS_S2I
PMA_KLCRL_S2I
KLCRL_XT_S2I
KLCB_XT_S2I
ATAD_XT_S2I
A_LCS
A_ADS
FIS
L_NIAM
R_NIAM
L_EDIS
R_EDIS
L_ROTINOM
R_ROTINOM
PMA_KLC_S2I
TESER_DNUOS
10-1-15 AUDIO
This Document can not be used without Samsung’s authorization.
Power
Signal
www.fieldtechsource.net
Schematic Diagram
10-16 Samsung Electronics
RI - BCP DEL/RI tnorF
C ,B+A : 3L
AV5 .1
B
3DEL .6
A
2YEK .3
C
...swollof sa desU
2DEL .5
RI .1
1M-ADS .4
eteleD
yeK ediS
DNG .2
DNG .4
C
D ,A : 7L
RWP-YEK .2
B
DNG .7
DNG .1
1YEK .2
C ,B ,A : 5L
1M-LCS .5
DEL - BCP DEL/RI tnorF
A
BV5 .6
1DEL .4
1YEK .2
DNG .3
)NIP REWOP HCAE RAEN ECALP(
1DEL .1
2YEK .3AV5 .3
D
W01/1
mho001048R
FERX
128R mho001
W01/1
FERX
FERX
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W01/1
FERX
W01/1
mhoK7.4028U
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mho001848R
HTG03C3SDC
608D
FERX
W01/1
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R
8
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1
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0
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o h m R
8
6
9
R
8
6
9
R
8
6
5
R
8
6
5
R
8
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9
R
8
0
9
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0
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0
0
o h m 1
2
3
4
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0
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0
0
o h m 208NC
1
0
0
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0
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o h m R
8
1
8
R
8
1
8
1
0
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0
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8
0
6
R
8
0
6
W01/1
mhoK7.4328U
HTG03C3SDC
208D
FERX
V5D
mho001258R
MOCIM_V3.3_BTS
408C
Fn001
V52
W01/1
W01/1
mho001548R
FERX
EN106J12CIC
308DB
308R mhoK7.4
W01/1
538R mho001
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608U mhoK7.4
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FERX
638R mho001
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1
0
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6
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1
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8
1
7
R
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1
7
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6
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8
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mhoK7.4218U
118U
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1
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2
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3
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028R mhoK7.4
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628R mho001
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728U mhoK7.4
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W01/1
mho001478R
FERX
R
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mho001748R
W01/1
mho001328R
W01/1
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W01/1
mho074928R
578R
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FERX
R
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R
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mhoK7.4508U
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FERX
FERX
W01/1
508D
HTG03C3SDC
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948R mho001
P
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6
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0.8P
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6
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6
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2.6P
65
75
1.6P
0.6P
85
95
9TNI/5.8PKCS/2.2P
6
06
8TNI/4.8P
16
3.8P
2.8P
26
94
7.6P
TUOAD/3.2P
5
6.6P
05
15
5.6P
2SSV
25
35
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4.6P
45
55
3.6P
14
5CDA/5.7P
4CDA/4.7P
24
34
FERVA
44
SSVA
54
3CDA/3.7P
2CDA/2.7P
64
74
1CDA/1.7P
0CDA/0.7P
84
3
4
3
4
P
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N
T
4
P
4
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N
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4
P
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3
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3
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6
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6
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2
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2
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3
7
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2
7
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C
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P
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P
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P
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P
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2
3
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P
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6
P
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N
T
6
3
3
3
3
P
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N
T
5
P
4
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N
T
5
PACAT/6.2P
2
0DxT/2.5P
02
1DxR/1.5P
12
22
1DxT/0.5P
1TUOCT/7.3P
32
42
0TUOCT/6.3P
P
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1
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21
31
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61
71
4.5P
81
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91
BTESER
BRWQ-ZZXBB48F3S
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1
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01
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11
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1
0
0
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0
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8
0
8
R
8
0
8
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W01/1
mho001438R
V52
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208U mhoK7.4
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928U mhoK7.4
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R
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1
1
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0
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W01/1
318U mhoK7.4
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W01/1
mhoK7.4
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058R mho001
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mhoK7.4618U
228U mhoK7.4
W01/1
W01/1
W01/1
mhoK7.4
138U
008R mho074
W01/1
938R mho001
W01/1
108R
mhoK1
FERX
W01/1
mhoK7.4108U
1
0
0
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0
0
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8
6
7
R
8
6
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mhoK7.4908U
FERX
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mhoK7.4
W01/1
1
0
0
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0
0
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8
1
4
R
8
1
4
V05
118C
Fp61
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mhoK7.4
W01/1
298R
FERX
FERX
FERX
HTG03C3SDC
108D
FERX
FERX
R
8
6
3
R
8
6
3
1
0
0
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0
0
o h m EN106J12CIC
408DB
V52
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508C208C
Fn001
V52
238U
mhoK7.4
W01/1
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MOCIM_V3.3_BTS
408U mhoK7.4
W01/1
mhoK7.4
708U
FERX
FERX
148R mho001
W01/1
W01/1
mhoK7.4418U
2
3
4
5
6
338R mho001
W01/1
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1
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FERX
1
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mhoK7.4
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W01/1
3
4
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1
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1
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8
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1
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1
0
0
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728R
1
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mhoK7.41/1
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R
8
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8
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7
1
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FA5207AIK
1
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0
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0
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8
1
5
R
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V5S
MOCIM_V3.3_BTS
W01/1
mhoK7.4208R
1
0
0
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0
0
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8
7
3
R
8
7
3
W01/1
mho001738R
498R mhoK7.4
R
8
5
9
R
8
5
9
1
0
0
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0
0
o h m V52
Fn001
608C
W01/1
mho001828R
FERX
018C
Fn001
V52
678R
mho028
W01/1
mho001348R
NI
1
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2
TUO
3DNG
mhoK1
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FTR-FA2407AIK
208CI
zHM2950.11
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308U
FERX
W01/1
mhoK7.4428U
V05
Fn01
818C
W01/1
mhoK7.4
528R mho001
W01/1
1
0
0
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0
0
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8
6
2
R
8
6
2
W01/1
mhoK7.4528U
V5S
838R mho001
W01/1
618C
Fn001
V52
R
8
7
1
R
8
7
1
1
0
0
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0
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W01/1
198R mhoK7.4
W01/1
HTG03C3SDC
408D
V61
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308C
598R mhoK7.4
W01/1
FERX
MOCIM_V3.3_BTS
918C
Fn01
V05
V52
Fn001
908C
W01/1
mho001138R
R
8
7
2
R
8
7
2
1
0
0
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0
0
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1
0
0
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0
0
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8
7
0
R
8
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828U
FERX
FERX
1YEK
2YEK
ETUM_NOM
ETUM_REFOOW
V5S
W01/1
mhoK7.4
RWP-YEK
2YEK
RI
1YEK
TED-2V
TEDV_EDIS
TED-1S
TED-2S
TEDS_EDIS
TED-1PMOC
TED-2PMOC
TED-1V
DI_KCAJCP
DOOGRWP
TSET
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WS_NAF
0LCS
DI-2IMDH
RORRE_PMAL
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TSET
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0ADS
TESERn
0DxR
0DxT
WS-REWOP
TESERn_DM
LAVCNYS_PLD
RORRE_NAF
XR_MOCIM
XT_MOCIM
RI
REMIT_DEL
RWP-YEK
BTS_DEL
PMAL_DEL
0DxT
0DxR
DI-1IMDH
1M-LCS
1M-ADS
BTS_DEL
PMAL_DEL
REMIT_DEL
YDAER_PDD
0ADS
10-1-16 MICOM
This Document can not be used without Samsung’s authorization.
Power
Signal
www.fieldtechsource.net
Samsung Electronics
Schematic Diagram
10-17
mhoK2.2
NOITPO YLNO_CSTA / LLUF
ETELED : YLNO_CSTA
0Ex0 : RDDA C2I 0Ex0 : RDDA C2I
07x0 : RDDA C2I 27x0 : RDDA C2I
5
0
V
5
0
V
2
0
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2
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9
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C
9
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1
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1
K
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9
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1
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1
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0
W
FERX
U
9
4
6
9
U
9
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6
9
1
K
o h m 1
K
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mho001
3729R
1
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0
W
1
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0
W
3029R mho001
2229R mho001
4129R mho001
DNG
3
TUO
DNG
2729R
mho001
W01/
0029CI
FTR-FA2407AIK
1
NI
2
0229R mho001
FERX
0349U mho001
mhoK7.4
2329R
mho0019229R
mho001
W01/1
5029R
mhoK7.4
07442R
mhoK1 W01/15629R
FERX
FERX
FERX
6129R mho001
mhoK7.4
W01/1
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V61
mhoK7.4
W01/1
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1029Q
S401CRKE
B
C
FERX
V52
Fn001
5129C
FERX
R
9
2
7
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R
9
2
7
1
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0
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W
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0129Q
L2007N2
D
G
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8029C
Fn001
V52
FERX
mho0017129R
1
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1
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9
V52
Fn001
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ADS
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61
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11
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31
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LCS
51
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FERX
5
6
7
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4029C
Fn001
V52
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6
W
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1
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3
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mho0018029R
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mhoK7.4
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FERX
mho0012129R
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mhoK7.4
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mho0010329R
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mho001 3529R
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mho00749U
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mho0011349U
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9429R mho001
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mhoK1 W01/1
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FERX
NOITPO_V5
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mhoK7.4
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p F
2
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5
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V
5
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mho001
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2529Rmho001
7029CI
3129R mho001
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mho001
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mhoK7.4
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mhoK7.4
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1
2
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4
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mhoK1
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V52
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mhoK7.4
1
2
3
4
5
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9
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7
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R
9
2
7
5
1
0
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0
0
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0
W
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FERX
V61
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NOITPO_V5
NOITPO_V5
D_V3.3S
0729R mho001 W01/1
D_V3.3S
mho0017529R
6529Rmho001
D
G
S
FERX
mho001 4529R
L2007N2
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W01/1
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4729R
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TENYNA_MEG_XR
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XEDNI_MOCIM_MEG
E_ADS
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LTC_GULPH_1IMDH
PW_PEE_CDD
25PDS_LCS
25PDS_ADS
4758_LCS8249_LCS
4758_ADS8249_ADS
NI_LCS
NI_ADS
DOP_LCS
DOP_ADS
BSV_ADS
BSV_LCS
AAS_TSM_ADS
AAS_TSM_LCS
LES_YNA_MEG
TESERn_S
B_ADS
LES_XT_PMAL
1NE
0NE
LES_PMAL_MOCIM
LES_YNA_MEG
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RI_RATSMEG
NE_BOO
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4758_LCS
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XAMIC_ADS
LES_PMAL_MOCIM
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2LTC_LPS
8249_LCS
PEE_ADS
PEE_LCS
B_LCS
C_ADS
C_LCS
LES_PMAL
4758_LCS
4758_ADS
10-1-17 IO EXPANDER
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Schematic Diagram
10-18 Samsung Electronics
)CSTA rof ylno(
CSTA rof ylno
DOP rof ylno
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NOITPO YLNO_CSTA / LLUF
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NOITPO YLNO_CSTA / LLUF
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NOITPO YLNO_CSTA / LLUF
ETELED-0349TF , HCATTA-1349TF : LLUF
ETELED-1349TF , HCATTA-0349TF :YLNO_CSTA
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1M-ADS
1M-LCS
WS-REWOP
10-1-18 DC-DC
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Samsung Electronics
Schematic Diagram
10-19
D
1
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4
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1
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C
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C
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3
4
5
6
7
8
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1001NC
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1
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6001NC
1
2
3
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D
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3
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C
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3
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1
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6
D
1
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2
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C
D
S
3
C
3
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C
D
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3
C
3
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G
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1
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2
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D
1
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2
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C
D
S
3
C
3
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T
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C
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3
C
3
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1
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2
3
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1
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3
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Fn001
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mho07001R
D
1
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1
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C
D
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3
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G
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C
D
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3
C
3
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G
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W01/1
mho57
4001R
W01/1
mho01101R
5B-2
1
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1
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R
1
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8
R
1
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7
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D
S
3
C
3
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G
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3
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3
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G
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D
1
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1
8
D
1
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1
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EN106J12CIC
3001L
mhoK01
W01/1
3
p F
3
p F
C
1
0
0
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C
1
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5
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V
5
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1
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1
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5101R
D
1
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1
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C
D
S
3
C
3
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G
T
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3
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3
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G
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7
5
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5
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1
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D
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3
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D
1
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C
D
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3
C
3
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G
T
H
C
D
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3
C
3
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G
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1
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1
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D
1
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1
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5001R
mho57
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5
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5
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C
1
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C
1
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3
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3
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mho04101R
V05
Fp51
4001C3001C
Fp51
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D
1
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3
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D
1
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3
2
C
D
S
3
C
3
0
G
T
H
C
D
S
3
C
3
0
G
T
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2
5
V
2
5
V
1
0
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1
0
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C
1
0
0
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C
1
0
0
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C
D
S
3
C
3
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G
T
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C
D
S
3
C
3
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G
T
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D
1
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1
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C
D
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1
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7
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1
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C
D
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3
C
3
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G
T
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C
D
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3
C
3
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G
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D
1
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D
1
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C
D
S
3
C
3
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G
T
H
C
D
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3
C
3
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G
T
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D
1
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3
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D
1
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3
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7
5
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5
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1
0
2
3
R
1
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2
3
1
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1
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W
1
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W
1
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R
1
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2
4
R
1
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2
4
7
5
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5
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2
3
4
5
6
7
8
9
9
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A20-50-BJU
1
01
11
01
11
21
2
3
4
5
6
7
8
A20-50-BJU
2001NC
1
5
0
V
5
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C
1
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2
2
C
1
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2
2
1
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1
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EN106J12CIC
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C
D
S
3
C
3
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G
T
H
C
D
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3
C
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G
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D
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1
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W01/1
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1
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1
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C
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3
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3
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G
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C
D
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3
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D
1
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D
1
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C
D
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3
C
3
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C
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3
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3
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1
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mho001 W01/1
C
D
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3
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C
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C
3
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C
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C
3
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3
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1
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5
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5
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1
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p F
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6021PT1
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2
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5
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D
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C
3
0
G
T
H
C
D
S
3
C
3
0
G
T
H
D
1
0
1
9
D
1
0
1
9
8021PT1
9021PT1
8B-2
5B-2
W01/1
mhoK01
6101R
D
1
0
3
8
D
1
0
3
8
C
D
S
3
C
3
0
G
T
H
C
D
S
3
C
3
0
G
T
H
D
1
0
4
3
D
1
0
4
3
C
D
S
3
C
3
0
G
T
H
C
D
S
3
C
3
0
G
T
H
5
0
V
5
0
V
C
1
0
2
4
C
1
0
2
4
1
0
p F
1
0
p F
V3.3D
2
3
4
5
1
0
p F
1
0
p F
C
1
0
2
3
C
1
0
2
3
5
0
V
5
0
V
1
2
3
U
J
B
-0
2
-1
6
A
U
J
B
-0
2
-1
6
A
C
N
1
0
0
5
C
N
1
0
0
5
1
4001NC
D61-WS-KJU
C
D
S
3
C
3
0
G
T
H
C
D
S
3
C
3
0
G
T
H
D
1
0
2
1
D
1
0
2
1
C
D
S
3
C
3
0
G
T
H
C
D
S
3
C
3
0
G
T
H
D
1
0
2
2
D
1
0
2
2
8414LLMP
8001D
0101C
Fn001
V52
W01/1
mhoK7.4
0201R
2001D
12
3
21ET B1.9JZLR
3001D
C
D
S
3
C
3
0
G
T
H
C
D
S
3
C
3
0
G
T
H
D
1
0
1
3
D
1
0
1
3
mho001
W01/1
9101R
7101R
W01/1
mho001
W01/1
mho001
C
D
S
3
C
3
0
G
T
H
C
D
S
3
C
3
0
G
T
H
D
1
0
3
4
D
1
0
3
4
0001Q
L2007N2
8101R
7
DNG
8
4Y/
9
4A
D
1
0
1
2
D
1
0
1
2
C
D
S
3
C
3
0
G
T
H
C
D
S
3
C
3
0
G
T
H
21
6Y/
6A
31
CCV
41
2
1Y/
3
2A
2Y/
4
3A
5
3Y/
6
0001CI
XM41XCL47
1
1A
01
5Y/
5A
11
D
1
0
2
5
D
1
0
2
5
C
D
S
3
C
3
0
G
T
H
C
D
S
3
C
3
0
G
T
H
D
1
0
3
6
D
1
0
3
6
C
D
S
3
C
3
0
G
T
H
C
D
S
3
C
3
0
G
T
H
C
1
0
0
1
C
1
0
0
1
1
0
0
n F
1
0
0
n F
2
5
V
2
5
V
5
0
V
5
0
V
C
1
0
2
0
C
1
0
2
0
1
0
p F
1
0
p F
1
0
p F
1
0
p F
C
1
0
2
1
C
1
0
2
1
5
0
V
5
0
V
2001R
W01/1mho001
2
5
V
2
5
V
1
0
0
n F
1
0
0
n F
C
1
0
0
0
C
1
0
0
0
V5S
C
D
S
3
C
3
0
G
T
H
C
D
S
3
C
3
0
G
T
H
D
1
0
0
4
D
1
0
0
4
D
1
0
2
8
D
1
0
2
8
C
D
S
3
C
3
0
G
T
H
C
D
S
3
C
3
0
G
T
H
mho010101R
D
1
0
1
7
D
1
0
1
7
C
D
S
3
C
3
0
G
T
H
C
D
S
3
C
3
0
G
T
H
0001R
1001R
W01/1
mho074
mhoK7.4
W01/1
1201R
mhoK7.4
W01/1
7
5
o h m 7
5
o h m R
1
0
2
7
R
1
0
2
7
1
/1
0
W
1
/1
0
W
ADS_CDD_CP
NI_L_dnuoS_CP
NI_R_dnuoS_CP
1
/1
0
W
1
/1
0
W
R
1
0
2
6
R
1
0
2
6
7
5
o h m 7
5
o h m Y_1S
TED_2VA
TED_1VA
TUO_PMA_REFOOW_S
rP_1PMOC
bP_1PMOC
Y_1PMOC
rP_2PMOC
bP_2PMOC
Y_2PMOC
NI_L_IMDH
NI_R_IMDH
PW_MORPEE_CDD
LCS_CDD_CP
NI_R_2PMOC
TED_1PMOC
NI_L_1PMOC
NI_R_1PMOC
TUO_ROTINOM
TUO_L_ROTINOM
TUO_R_ROTINOM
NI_R_2VA
NI_L_2VA
NI_R_1VA
TED_2PMOC
NI_L_2PMOC
CNYSH_CP
CNYSV_CP
V5D
TED_2S
SBVC_2VASBVC_1VA
NI_L_1VA
C_2S
Y_2S
TED_1S
NI_B_CP
R_CP
G_CP
B_CP
NI_R_CP
ADS_CDD_CP
LCS_CDD_CP
NI_G_CP
NI_B_CP
C_1S
TUO_FIDPS
CNYSV_CP
CNYSH_CP
DI_KCAJCP
SV_CP
SH_CP
NI_R_CP
NI_G_CP
10-2 Rear Board
10-2-1 INPUT_JACK
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Schematic Diagram
10-20 Samsung Electronics
V8S
2E-8
2A-8
3#,2F-3,1A-2
mho57
5311R
3A-1
7D-2
mho0011011R
4
7
p F
4
7
p F
C
1
9
0
5
C
1
9
0
5
5
0
V
5
0
V
7411R mho001
mho02191R
9111C Fu7.4
V01
5111R mhoK1
V52
Fn001
7111C
3211C Fu7.4
V01
1191R mho001
3#,2F-3,1A-2
3111C Fu7.4
V01
V01
Fu7.45111C
1A-1
Fu01
V61
9211C
1B-1
Fn001
V52
3B-1
mho0012411R
7D-2
7211C
7C-3
V01
Fu7.46111C
mho0018411R
1311R
mho001
A_AV9
RG-S5783CTK
E
B
C
5011C
Fn1
V05
3091Q
V61
Fu010311C
2B-8
mho0
0311R
8311R mho001
2E-1
5211C Fu01
V61
0011R
4111R mhoK1
3A-1
mho001
3311R
mhoK22
V01
Fu7.42111C
R
1
1
5
2
R
1
1
5
2
7
5
o h m 7
5
o h m mho57
W01/1
2211R
8011C
V61
Fu01
2E-1
4
.7
K
o h m 4
.7
K
o h m R
1
1
1
6
R
1
1
1
6
Fu01
7011C
V61
2C-1
Fu01
V61
4011C
1B-1
4D-1 2211C Fu7.4
V01
0011LB
2D-1
mhoK22
2311R
EN106J12CIC
mho001
6311R
mhoK13211R
R
1
1
5
0
R
1
1
5
0
4
.7
K
o h m 4
.7
K
o h m 8
5NI
9
PCCV
3B-1
4
.7
K
o h m 4
.7
K
o h m R
1
1
5
8
R
1
1
5
8
91
1TUOADS
2
CCV
02
2NI
3
4
LCS
3NI
5
6
4NI
BUS
7
11
DNG
21
8TUO
31
7TUO
41
6TUO
5TUO
51
4TUO
61
71
3TUO
2TUO
81
2F-1
09x0
0011CI
D5246AET
1NI
1
6NI
01
3#,2F-3,7B-2
V61
Fu01
1111C
7011R mho0
V01
Fu7.40111C
3B-1
R
1
9
1
3
R
1
9
1
3
1
K
o h m 1
K
o h m 8
5NI
9
PCCV
5246_V8S
7
5
o h m 7
5
o h m R
1
1
6
0
R
1
1
6
0
1TUOADS
2
CCV
02
2NI
3
4
LCS
5
3NI
6
4NI
BUS
7
11
DNG
21
8TUO
31
7TUO
41
6TUO
5TUO
51
61
4TUO
71
3TUO
81
2TUO
91
69x0
2011CI
D5246AET
1NI
1
6NI
01
R
1
1
5
9
R
1
1
5
9
7
5
o h m 7
5
o h m 7
5
o h m 7
5
o h m R
1
1
5
4
R
1
1
5
4
3#,2F-3,1A-2
mho0014011R
mhoK19111R
R
1
1
5
7
R
1
1
5
7
4
.7
K
o h m 4
.7
K
o h m 2F-1
mhoK12111R
mho0
V8S
V01
Fu7.40211C
Fn001
V52
3411R
mho074
0411R
3011C
mho0014411R
7D-2
4211C
V61
Fu01
9211R
mho0
1011L Hu3.3
11-ET-B21ZLR
1011C
Fn001
V52
1111R
2B-8
0011D
4B-2
mhoK1
4E-1
V61
Fu012311C
4111C
2A-8
7
5
o h m 7
5
o h m R
1
1
5
1
R
1
1
5
1
6211R
V61
Fu01
9011C Fu7.4
V01
mhoK1
8111C Fu7.4
V01
mhoK18011R
3#,2F-3,1A-2
0011C
Fu001
V61
2B-8
5D-2
1311C Fu01
V61
V52
Fu001
2011C
5246_V8S
V01
Fu7.41211C
8111R mhoK1
V61
Fu018211C
mho001
mhoK14211R
1A-1
7C-3
3B-1
1B-1
6011R
0211R
mho57
W01/1
1211R
W01/1
mho57
0111R
5011R mho001
RG-S5783CTK
0011Q
E
B
C
mho001
6
3L
7
CN
CN
8
4L
9
2R
42
52
1R
RDDA
62
72
LCS
82
ADS
3
SV
4
1L
2L
5
3TUOR
71
6R
81
5R
91
2
PAC
02
4R
CN
12
22
CN
32
3R
DNG
1
01
5L
11
6L
1TUOL
21
1TUOR
31
41
2TUOL 2TUOR
51
3TUOL
61
89x0
D2246AET
1011CI
mho0
6411R
2011R
mho001
4311R
R
1
1
5
3
R
1
1
5
3
7
5
o h m 7
5
o h m mho0
9311R
mho001
V52
Fn001
3311C
5211R mhoK1
2E-8
AV9
3111R mho001
3#,2F-3,7B-2
9011R mhoK1
9411R mho001
5411R
mhoK7.4
NI_SBVC_NIAM
REB_SBVC_NIAM
5A-3
3011R mho001
Y_EDIS
C_EDIS
TUO_ROTINOM
C_1S
CY_ROTINOM
SBVC_ROTINOM
ADS
NI_Y_NIAM
NI_C_NIAM
SBVC_ROTINOM
CY_ROTINOM
LCS
ADS
SBVC_EDIS
Y_2S
C_2S
Y_1S
NI_R_dnuoS_CP
NI_R_2VA
NI_L_1VA NI_R_1VA
NI_R_1PMOC
NI_R_2PMOC
NI_L_2VA
NI_L_dnuoS_CP
NI_L_1PMOC
NI_L_2PMOC
LCS
NI_L_IMDH NI_R_IMDH
SBVC_1VA
SBVC_2VA
LCS
ADS
SBVC_UT_M
SBVC_VTD
L_NIAM
R_NIAM
10-2-2 AV_SWITCH
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Samsung Electronics
Schematic Diagram
10-21
5021C
Fp86
7021DB
V5S
7221CB Fn001
3321CB Fn001
1321CB
Fu01
7221R
mho001
9021DB
W01/1
0121R
mho001
1021DB
EN106J12CIC
1
0
0
n F
1
0
0
n F
B
C
1
2
2
2
B
C
1
2
2
2
Hu01
2021DB
W01/1
1021R
mhoK22
mhoK5.1
9121R
mho001
0221R
W01/1
4021C
1021C
Fn001
V52
V3.3S
Fn074
2321C
Fp81
6021C
Fn074
Hu5.10021L
mhoK81 5121R
mhoK072
1221R
mhoK81
mho001
4021R
W01/1
3121R
1
NI
2
DNG
3
TUO
TUO
mho22 4421R
LRT-CV33-7111LPA
3021CI
Fp22
5221C
mho051
6021R
W01/1
V61
Fu74
2021C
B
C
1
2
3
9
B
C
1
2
3
9
1
0
0
n F
1
0
0
n F
0021CI
1
NI
2
DNG
3
NE
4
CN
5
TUO
M_CED_V5.1S
G1T51NS155PCN
0221CB
Fn001
Fp86
9021C
W01/1
6121R
mho001
8021DB
5246_V8S
M_CED_V5.2S
C
1
2
2
1
C
1
2
2
1
1
0
n F
1
0
n F
W01/1
mhoK1
8021R
B
C
1
2
1
8
B
C
1
2
1
8
1
0
0
n F
1
0
0
n F
W01/1
mho01
0021R
B
C
1
2
1
4
B
C
1
2
1
4
1
0
0
n F
1
0
0
n F
1
0
0
n F
1
0
0
n F
B
C
1
2
3
7
B
C
1
2
3
7
1021CB
V61
Fu01
C
V3.3S
6021DB
Y-3261CSK
3021Q
E
B
1 2
3 4
5 6
7 8
mho22
2012AR
W61/1
1
0
0
n F
1
0
0
n F
B
C
1
2
1
1
B
C
1
2
1
1
3021CB
Fu01
V61
1
0
u F
1
0
u F
C
1
2
3
0
C
1
2
3
0
W01/1
V52
Fn001
1421CB
79
6DDVD
89
NIBF
3MT
99
mhoK22
7021R
9
00NIT
09
NZIH
19
TUOEV
29
TUODH
39
TUODV
49
7OIDDV
NEVEDDO
59
69
YDAERIBV
28
6OIDDV
6TUOC
38
48
7TUOC
8TUOC
58
9TUOC
68
78
GALFVU
5DDVD
88
98
5SSVD
57
0TUOC
67
1TUOC
77
6OISSV
87
2TUOC
3TUOC
97
8
OXDDV
4TUOC
08
18
5TUOC
T
O
U
T
0
7
T
O
U
T
0
7
6
8
6
8
D
V
D
D
4
D
V
D
D
4
6
9
6
9
7
TUOOX
7
0
7
0
T
E
S
E
T
IO
8
T
E
S
E
T
IO
8
T
E
S
E
T
IO
9
T
E
S
E
T
IO
9
7
1
7
1
7
2
7
2
D
V
S
S
4
D
V
S
S
4
DMARSSV
37
47
DMARDDV
6
0
6
0
V
D
D
IO
5
V
D
D
IO
5
C
K
O
U
T
C
K
O
U
T
6
1
6
1
6
2
6
2
T
O
U
T
0
2
T
O
U
T
0
2
6
3
6
3
V
S
S
IO
5
V
S
S
IO
5
6
4
6
4
T
O
U
T
0
3
T
O
U
T
0
3
6
5
6
5
T
O
U
T
0
4
T
O
U
T
0
4
6
6
6
6
T
O
U
T
0
5
T
O
U
T
0
5
6
7
6
7
T
O
U
T
0
6
T
O
U
T
0
6
5
3
5
3
Y
O
U
T
5
Y
O
U
T
5
5
4
5
4
Y
O
U
T
4
Y
O
U
T
4
5
5
5
5
Y
O
U
T
3
Y
O
U
T
3
5
6
5
6
Y
O
U
T
2
Y
O
U
T
2
5
7
5
7
V
S
S
IO
4
V
S
S
IO
4
5
8
5
8
Y
O
U
T
1
Y
O
U
T
1
Y
O
U
T
0
Y
O
U
T
0
5
9
5
9
6
NIOX
4
6
4
6
S
P
O
4
6
S
P
O
4
6
D
V
S
S
3
D
V
S
S
3
4
7
4
7
4
8
4
8
Y
O
U
T
9
Y
O
U
T
9
4
9
4
9
Y
O
U
T
8
Y
O
U
T
8
5
OXSSV
5
0
5
0
Y
O
U
T
7
Y
O
U
T
7
Y
O
U
T
6
Y
O
U
T
6
5
1
5
1
5
2
5
2
V
D
D
IO
4
V
D
D
IO
4
3
9
3
9
V
S
S
IO
3
V
S
S
IO
3
4
LLPDDV
4
0
4
0
S
D
A
S
D
A
4
1
4
1
S
C
L
S
C
L
4
2
4
2
V
D
D
IO
3
V
D
D
IO
3
4
3
4
3
C
S
Y
N
C
IN
C
S
Y
N
C
IN
4
4
4
4
D
V
D
D
3
D
V
D
D
3
4
5
4
5
S
P
O
4
5
S
P
O
4
5
2MARSSV
13
23
TUOKP
33
2OIDDV
43
20NIT
53
30NIT
63
TESER
B
U
S
S
E
L
0
B
U
S
S
E
L
0
3
7
3
7
3
8
3
8
B
U
S
S
E
L
1
B
U
S
S
E
L
1
42
2DDVD
1NID
52
62
0NID
SSVD
72
82
KCNID
92
2OISSV
LIFOCV
3
03
2MARDDV
1OIDDV
71
81
5NID
91
4NID
NILLP
2
02
1MARDDV
12
1MARSSV
22
3NID
32
2NID
1SSVD
41
1
4
0
1
4
0
V
D
D
D
A
V
D
D
D
A
1
4
1
1
4
1
D
A
O
U
T
D
A
O
U
T
V
S
S
D
A
V
S
S
D
A
1
4
2
1
4
2
1
4
3
1
4
3
B
IA
S
D
A
B
IA
S
D
A
1
4
4
1
4
4
V
R
E
F
D
A
V
R
E
F
D
A
7NID
51
61
6NID
1
3
2
1
3
2
C
B
IN
C
B
IN
V
S
S
B
A
D
V
S
S
B
A
D
1
3
3
1
3
3
1
3
4
1
3
4
B
IN
B
IN
B
IA
S
R
A
D
B
IA
S
R
A
D
1
3
5
1
3
5
1
3
6
1
3
6
V
D
D
R
A
D
V
D
D
R
A
D
1
3
7
1
3
7
C
R
IN
C
R
IN
1
3
8
1
3
8
V
S
S
R
A
D
V
S
S
R
A
D
1
3
9
1
3
9
R
IN
R
IN
1
2
5
1
2
5
V
D
D
G
A
D
V
D
D
G
A
D
C
IN
C
IN
1
2
6
1
2
6
1
2
7
1
2
7
V
S
S
G
A
D
V
S
S
G
A
D
1
2
8
1
2
8
G
IN
G
IN
V
R
B
C
A
D
V
R
B
C
A
D
1
2
9
1
2
9
31
8NID
1
3
0
1
3
0
B
IA
S
B
A
D
B
IA
S
B
A
D
1
3
1
1
3
1
V
D
D
B
A
D
V
D
D
B
A
D
1
1
8
1
1
8
V
D
D
G
C
A
V
D
D
G
C
A
V
S
S
G
C
A
V
S
S
G
C
A
1
1
9
1
1
9
9NID
21
1
2
0
1
2
0
B
IA
S
G
C
A
B
IA
S
G
C
A
1
2
1
1
2
1
V
R
E
F
G
C
A
V
R
E
F
G
C
A
T
O
U
T
1
0
T
O
U
T
1
0
1
2
2
1
2
2
V
R
T
C
A
D
V
R
T
C
A
D
1
2
3
1
2
3
1
2
4
1
2
4
B
IA
S
G
A
D
B
IA
S
G
A
D
1
1
0
1
1
0
V
R
T
Y
A
D
V
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