DLP TV
Chassis
Model
SERVICE
: L67A(N)_Laurel
: HLT6187SX/XAA
Manual
DLP TV
FEATURES
■ HD Built in TV
■ NTSC/ATSC Tuner Embedded
■ 3D Ready
■ PC input
■ 3HDMI Interface Adopted
■ Digital Audio output (OPTICAL) jack
■ Firmware upgrade by USB Port
HL-T6187S
Refer to the service manual in the GSPN (see the rear cover) for the more information.
GSPN (Global Service Partner Network)
Area
Web Site
North America
service.samsungportal.com
Latin America
latin.samsungportal.com
CIS
cis.samsungportal.com
Europe
europe.samsungportal.com
China
china.samsungportal.com
Asia
asia.samsungportal.com
Mideast & Africa
mea.samsungportal.com
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. Mar. 2007
Printed in Korea
AA82-04029A
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 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-17
■ 3-5 Software Upgrade . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-21
■ 3-6 Replacements & Calibration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-22
Chapter 4 Exploded View & Part List
■ 4-1 HLT6187SX/XAA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-1
Chapter 5 Electrical Part List
■ 5-1 HLT6187SX/XAA Service Item . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-1
Chapter 6 Troubleshooting
■ 6-1 Checkpoints by Error Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-1
■ 6-2 Troubleshooting Procedures by Error Modes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-6
Chapter 7 Block Diagram
■ 7-1 Overall Block Diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-1
■ 7-2 Partial Block Diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-2
Chapter 8 Wiring Diagram
■ 8-1 Overall Wiring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-1
■ 8-2 Main Board Layout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-3
Chapter 9 PCB Diagram
■ 9-1 Power Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-1
■ 9-2 Sub-Power Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-2
■ 9-3 Main Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-3
■ 9-4 Jack Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-4
■ 9-5 DMD Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-5
■ 9-6 LED Driver Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-6
Chapter 10 Schematic Diagram
■ 10-1 Main Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-1
■ 10-2 Jack Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-19
■ 10-3 DMD Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-20
■ 10-4 Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-30
Chapter 11 Operation Instruction & Installation
■ 11-1 Product Features and Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11-1
■ 11-2 New Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11-6
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
Precaution
1. Precaution
To avoid possible damages or electric shocks or exposure to radiation, follow the instructions below with regard to safety,
installation, service and ESD.
1-1 Safety Precautions
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.
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.
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).
LEAKAGE
CURRENT
TESTER
DEVICE
UNDER
TEST
(READING SHOULD
NOT BE ABOVE
0.5mA)
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.
TEST ALL
EXPOSED METAL
SURFACES
2-WIRE CORD
ALSO TEST WITH
PLUG REVERSED
(USING AC ADAPTER
PLUG AS REQUIRED)
EARTH
GROUND
Fig. 1-1 AC Leakage Test
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.
Samsung Electronics
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.
1-1
Precaution
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.
1-2
Samsung Electronics
Precaution
1-2 Servicing Precautions
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.
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.
4.
5.
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.
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.
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.
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.
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.
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).
10. The sharp edges of the metal material may cause
physical damage, so ensure wearing protective gloves
during the repair.
Samsung Electronics
1-3
Precaution
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.
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.
1-4
Samsung Electronics
Precaution
1-4 Installation Precautions
1.
2.
3.
4.
For safety reasons, more than two people are required
for carrying the product.
Keep the power cord away from any heat emitting
devices, as a melted covering may cause fire or electric
shock.
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.
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
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.
Samsung Electronics
1-5
MEMO
1-6
Samsung Electronics
Product Specification
2. Product Specification
2-1 Product Features
Block
DMD
Specfication
Major IC
- Panel Resolution : 1920x1080
xHD5 DMD Panel
- 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, CXD3815
SDP62
Sound
- speaker : 10W + 10W
- Trusurround XT, Dolby Digital
STV8258
Cabinet
- K8 Design
RF
Remark
■ 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.
- SDP62 (B1) : * 4CH Input
CH1, CH2 : 30Bit (RGB, YCbCr444, 601,10Bit or 8Bit)
CH3 : 24Bit (RGB,YCbCr444 each 8bit, 601 10bit)
CH4 : 20Bit (Only 601 8Bit or 10Bit)
* OSD Input
* Output
Digital RGB(10Bit 444) Digital YCbCr(10Bit 444)
RGB/YCbCr 10bit OUTPUT @CLK_OUT
RGB/YCbCr 20bitEven/Odd) OUTPUT
- CXD3815 : The CX3815Q is a multi chroma that supports TV systems worldwide. It has a motion adaptive 3-D Y/C separation
function for NTSC and PAL signals. In addition, this chip also has analog and digital composite signal and
component signal input functions, and functions as a video signal processor IC that outputs the component signals
selected from each video signal format input.(Applications: color TV's)
- 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.
Samsung Electronics
2-1
Product Specification
■ Important efficiency comparison
Item
480i Input
(Bit Resol.)
1080i Input
(Component)
Graphic
Display
NTSC Input
S5H2201+SDP51/52(Before)
S5H2201+SDP62(After)
- 480i(10)→480p(10)→1080p(10)
- De-interlacing No. 1
- 480i(10) →1080p(16)
- De-interlacing No.1
- Input 10bit, Output 10bit
- ME/MC IPC :480i, 1080bit
- Input 10bit, Output 10bit
- ME/MC IPC :480i, 1080i
- S5H2201→DNIe(Separate Port→ No P.E)
- 1080p graphic muxing to the final output
- S5H2201→SDP62(Separate Port→No P.E)
- 1080p Graphic muxing to the final output
- 3D-comb→Main(TC90103FG)
- Super NR→Main/Sub(2xSDP51)
- 3D-Comb → Main(CXD3815)
- Super NR → Main/Sub(SDP62)
■ The advantage of SDP62
- Video processor integrating NR, IPC, Scaler and PE
- NR(Noise Reduction)
* ME/MC NR
* Adaptive NR using Noise Estimation
- IPC(Interlace to Progressive Conversion)
* ME/MC IPC
* Ticker detection
* Film mode
- Scaler
* Premium scaler(H=12Tap, V=8Tap 128 polyphase)
* Dejagging
- PE(Picture Enhancement)
* Motion Adaptive Detail Enhancement
* Chrominance Transition Improvement
* Contrast Adjustment
* My Color Control & Management
2-2
Samsung Electronics
Product Specification
2-2 Key Features
Model
HL-T6187S
Voltage
AC 110 - 120V~
Frequency of Operation
Power Consumption
Dimensions
(W x D x H)
Weight
60Hz
230 watts
1391 x 957 x 392 inches
1391 x 957 x 392 mm
33.9 Kg / 74.7 lbs
■ H/W Configuration
- DMD Panel : 0.65" (1920 x1080p, TI)
- One Panel Optical Chassis (K880)
- R,G,B 3 LED: 132W (50",56",61")
- 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
- 3D Ready feature
■ 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, 2 CVBS In, 2 S-VHS In, 2 Component In, 3 HDMI In(DVI compatible With Adaptive Jack Only),
1 Optical audio out, 1 Monitor out, 1 PC in, 3D Ready, 1 RS-232C port
Samsung Electronics
2-3
Product Specification
■ Feature
- Component Interface (480i/480p/720p/1080i/1080p, Y/Pb/Pr)
- Digital Interface : 3HDMI
- Graphic Interface : PC
- Language : English/French/Spanish
- Picture Size : 4:3/16:9/Zoom1/Zoom2/Wide Fit/Just Scan
- V-CHIP
- Closed Caption
- Sleep Timer : 180 Min.
- Optical sound output
- RS-232C
- Wise Link
- Game Mode
- 3D Game
■ Remocon
- TM87C
■ Power Supply
- AC 110V~120V
2-4
Samsung Electronics
Product Specification
2-3 Specifications Analysis
Model
HL-R5078W
HL-R5668W
HL-T6187S
Design
Picture
Audio
Features
Connections
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
61 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
No Color Wheel
Anti-glare Sun Screen
No
No
No
Screen Pitch
0.098mm
0.098mm
0.098mm
Image enhancer
DNIe4
DNIe4
DNIe4
DMD
xHD3
xHD3
xHD5
Base/Tremble/Balance
No
No
No
Equalizer
5 Band
5 Band
5 Band
Auto Volume Leveler
Yes
Yes
Yes
Surround Sound
TruSurround XT
Dolby 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
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
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
Yes
PC
Yes
Yes
HDMI
Yes
Yes
Yes
Digital Sound
Optical 1
Optical 1
Optical 1
Samsung Electronics
2-5
Product Specification
2-4 Accessories
Accessories that can be purchased
additionally
Supplied Accessories
Accessories
2-6
Item
Item code
Remocon Control
Batteries
BP59-00125A
4301-000103
Owner's Manual
BP68-00628A
Warranty Card/
Registration Card/
Safety Guide Manual/
Quick Guide Manual
AA68-00371C
AA68-03870B
AA68-03242F
-
Cloth-Clean
BN63-01798A
Power Cord
3903-000144
HDMI/DVI cable
-
HDMI/DVI cable
-
HDMI Cable
-
S-VIDEO Cable
-
Remark
Samsung Service center
Electronics Store/
Internal shopping mall
Antenna Cable
-
Component Cables (RCA)
-
1Stereo/2RCA Cable
-
PC Audio Cable
-
Samsung Electronics
Product Specification
Accessories
Samsung Electronics
Item
Item code
Remark
Audio/Video Cables
-
Electronics Store/
Internal shopping mall
2-7
MEMO
2-8
Samsung Electronics
Alignment & Adjustment
3. Alignment & Adjustment
3-1 Service Instruction
■ Check items listed after changing each
Check Items
Replaced Items
S/W Version
Front LCD
Actuator Gain
V-Position
H-Position
LED control
Board LED
●
●
●
●
●
●
Main Board
Rear Board
●
●
Main Power Board
●
Sub Power Board
●
Optical Engine
●
DMD Board
Tilt Focus
●
●
●
●
●
●
LED(R/G/B)
●
●
Front LED Assy
Detect Board
LED Driver board
●
●
●
※ 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 "Laurel Basic Model USA VER 0000".
2. Front Information Window check : See page 6-7.
3. DMD 0x00000001 indicates DMD board bit sequence program version.
●
●
●
●
●
●
T_LAURAUS0_00XX
T-DLEDAUS5-3009
DMD 0x00000001
(DMD sequence ver)
DSP 0-0-0
(DMD DSP ver.)
RFS...
2007-01-17
T-LEEUM-0309
4. Actuator Gain adjustment : See page 3-18.
5. Vertical / Horizontal Position adjustment : See page 3-15.
6. CCA : See page 3-16.
7. Board LED check : Check the LED is turned on.
(In the DMD Board)
8. Tilt/Focus adjustment : See page 3-20/21/22.
Samsung Electronics
3-1
Alignment & Adjustment
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
OPTION
CHECKSUM
DDP3021
SERVICE
CCA(ON)
DeSaturation(ON)
SP Actuator
CXD3815
MST33X9
SDP62(IPC)
SDP62(SCALER)
SDP62(PE)
S5H2200
KS1409_TUNER
STV82X8
CINEMA CCA
ESP
T-LAURAUS0-0020
T-DLEDAUS5-3009
DMD 0x00000001
DSP 0-0-0
RFS...
2007-00-00
T-LEEUM-0309
4. Buttons operations within Service Mode
MENU
3-2
Full Menu Display / Move to Parent Menu
Direction keys ▲ / ▼
Item Selection by Moving the Cursor
Direction keys ◀ / ▶
Source
Enter
Data Increase/Decrease for the Selected Item
Cycles through the active input source that are connected to the unit
Item Selection/execution
Samsung Electronics
Alignment & Adjustment
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
1
Factory Reset
2
WB Reset
ON/OFF
OFF
3
EER Reset
-
-
4
User Reset
-
-
5
DIGITAL→DMD
-
-
6
Led Clear
-
-
7
Lamp Life
h
8
AUTO POWER
ON/OFF
2
9
MUTE TIME(Video)
0~1000
440
Time which the screen will be black while switching
10
DDC Protection
ON/OFF
ON
DDC write ON/OFF selection
11
LNA Default
AUTO/OFF
Auto
LNA setting OFF/Auto selection
12
PROTECT
ON/OFF
ON
Protection ON/OFF selection
13
WATCH DOG
ON/OFF
ON
Watch Dog ON/OFF selection
14
WD COUNT
0
0
15
DBG/RS232 SEL
DEBUG/RS232
RS232
16
BUS STOP
ON/OFF
OFF
17
FACTORY
ON/OFF
ON
18
SMART DEBUG
ON/OFF
OFF
19
EER COUNT ON/OFF
ON/OFF
OFF
20
EER COUNT
21
LNA+
22
LNA Check Count
23
DMD→DIGITAL
24
Shop Mode
25
Color Gamut(Wide)
26
PC Ident
27
HotPlug on/off
28
HotPlug Off Hold Time
29
HDMI Mute Time
30
DDP 3D Test 3D ready
Function TEST
Samsung Electronics
Remark
Initialize the White Balance value
Clear the EEPROM
Initialize lamp usage time. Lamp Life is set to zero
Led on time counter
The sets turns on automatically when the power cord is
pluged
Count for Watch Dog event
Rs232/Debug
All user settings are set to default
0x0000
ON/OFF
ON
10
-
-
ON/OFF
OFF
To trans the CCA data form DMD to DIGITAL
ON
AUTO/Enable
AUTO
ON/OFF
ON
1500ms
0ms
3-3
Alignment & Adjustment
2. DDP3021
No
Range
Default
0 ~ 60
H:60/V:30
Remark
1
H/V-Position
2
V-FLIP
Flip/Nomal
Normal
Vertical Flip Operation
3
H-FLIP
Flip/Nomal
Normal
Horizontal Flip Operation
4
GAMMA
0 ~ 15
[4]OEM
Gamma Table Selection
5
MPC
ON/OFF
OFF
6
3D GLS_TRANS
7
Calibration
8
3-4
Item
Test Pattern (DDP)
Horizontal and Vertical image adjustment
MPC Funcion On/Off
1800
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.
Samsung Electronics
Alignment & Adjustment
3. CCA(OFF)
No
Item
Range
Default
ON/OFF
ON
Remark
1
CCA CONTROL
2
Sensor Status
3
Red-x
0~32768
703
Red-x measurement value using CA210
4
Red-y
0~32768
292
Red-y measurement value using CA210
5
Red-Y
0~32768
80.0
Red-Y measurement value using CA210
6
Green-x
0~32768
173
Green-x measurement value using CA210
7
Green-y
0~32768
731
Green-y measurement value using CA210
8
Green-Y
0~32768
300.0
Green-Y measurement value using CA210
9
Blue-x
0~32768
146
Blue-xmeasurement value using CA210
10
Blue-y
0~32768
31
Blue-y measurement value using CA210
11
Blue-Y
0~32768
25.0
Blue-Y measurement value using CA210
12
ColorSensorSave
13
WB Spread
14
[COOL2]DW_X
264
15
[COOL2]DW_Y
267
16
[COOL1]DW_X
269
17
[COOL1]DW_Y
274
18
[NORMAL]DW_X
276
19
[NORMAL]DW_Y
282
20
[WARM1]DW_X
285
21
[WARM1]DW_Y
293
22
[WARM2]DW_X
300
23
[WARM2]DW_Y
310
24
MaxCurrent RED
0
25
MaxCurrent GRN
0
26
MaxCurrent BLU
0
27
Sens RED
2604
28
Sens GRN
2244
29
Sens BLU
3238
Samsung Electronics
NG_G_
CCA On/Off Selection
Sensor valure
Color Sensor valure save
3-5
Alignment & Adjustment
4. DeSaturation(ON)
No
Item
Range
Default
1
Desaturation Control
2
[NORMAL]Red-x
0~32768
660
3
[NORMAL]Red-y
0~32768
315
4
[NORMAL]Green-x
0~32768
260
5
[NORMAL]Green-y
0~32768
640
6
[NORMAL]Blue-x
0~32768
150
7
[NORMAL]Blue-y
0~32768
50
8
[NORMAL]Cyan-x
0~32768
179
9
[NORMAL]Cyan-x
0~32768
293
10
[NORMAL]Magenta-x
0~32768
263
11
[NORMAL]Magenta-y
0~32768
108
12
[NORMAL]Yellow-x
0~32768
412
13
[NORMAL]Yellow-y
0~32768
518
14
[WIDE]Red-x
0~32768
680
15
[WIDE]Red-y
0~32768
305
16
[WIDE]Green-x
0~32768
165
17
[\WIDE]Green-y
0~32768
700
18
[WIDE]Blue-x
0~32768
150
19
[WIDE]Blue-y
0~32768
38
20
[WIDE]Cyan-x
0~32768
163
21
[WIDE]Cyan-x
0~32768
293
22
[WIDE]Magenta-x
0~32768
265
23
[WIDE]Magenta-y
0~32768
95
24
[WIDE]Yellow-x
0~32768
413
25
[WIDE]Yellow-y
0~32768
520
26
[sRGB]Red-x
0~32768
640
27
[sRGB]Red-y
0~32768
330
28
[sRGB]Green-x
0~32768
295
29
[sRGB]Green-y
0~32768
595
30
[sRGB]Blue-x
0~32768
150
31
[sRGB]Blue-y
0~32768
60
32
[sRGB]Cyan-x
0~32768
225
33
[sRGB]Cyan-x
0~32768
390
34
[sRGB]Magenta-x
0~32768
365
35
[sRGB]Magenta-y
0~32768
170
36
[sRGB]Yellow-x
0~32768
422
37
[sRGB]Yellow-y
0~32768
494
38
Overlap
39
DeSaturation Mode
3-6
Remark
ON
0%
WIDE
Samsung Electronics
Alignment & Adjustment
5. SP Actuator
No
Item
Range
Default
Remark
1
Actu Gain Control
0~175
40
Actuator Gain adjustment
2
Actu Gain Detail
0~175
40
Actuator Gain adjustment
3
Actu On/Off
ON/OFF
ON Actuator
4
DB On/Off
ON/OFF
ON
5
DB Border
ON/OFF
OFF
6
DB BP weight
-
0%
7
DB Gain
0~3
0
8
DB Aperture
0~1
open
9
SB Gain
0~255
0
Samsung Electronics
On/Off selection
3-7
Alignment & Adjustment
6. SDP62(IPC)
No
Item
Range
Default
Remark
1
(NR)M_NR_ON/OFF
ON
MAIN PICTURE NR ON/OFF
2
(NR)S_NR_ON/OFF
ON
SUB PICTURE NR ON/OFF
3
(NR)NR_Zeromotion_M 1
8
4
(NR)NR_Fullmotion_M
240
5
(NR)M_MAX_WEIGHT
110
MAIN NR FRAME WEIGHT
6
(NR)S_MAX_WEIGHT
110
SUB NR FRAME WEIGHT
7
(NR)GMV_ON
OFF
Global Motion Vector ON/OFF
8
(NR)TH_FULLMD
64
9
51FLT_ON
3
10
FLT_SP
ON
11
FLT_FP
OFF
12
FLT_STL
0
13
FLT_MOT
0
14
Spatial_Analog_TH
0
15
Ticker_Mode
16
Debuger_Mode
off
film,Stop,Motion,Moving,Judder,Ticker,Weigh
17
(FILM)3:2_Mode
1
3:2 PULL DWON MODE SELECTION
18
(FILM)2:2_Mode
1
2:2 PULL DWON MODE SELECTION
19
(FILM)FLM_32_22
3
20
CLK_OSD_PHASE
5
B1 OSD DATA LATCH PAHSE
21
(M)Test Pattern
0
INPUT TEST PATTERN
22
(S)Test Pattern
0
3-8
All off
Gain contral for motion detection
0: Vertical Interpolation(do not use directional information)
Interlace only,Ecxept film,All on
Samsung Electronics
Alignment & Adjustment
7. MST33X9
No
Item
Range
Default
1
RED CUTOFF
0~255
128
2
GREEN CUTOFF
0~255
128
3
BLUE CUTOFF
0~255
128
4
PHASE
0~64
0
5
RED GAIN
0~255
128
6
GREEN GAIN
0~255
128
7
BLUE GAIN
0~255
128
8
PLLDIV
0~4096
1687
9
PLLGAIN
0~31
22
10
CLPDLY
0~255
8
11
CLPDUR
0~255
32
12
HSOPW
0~255
96
13
SYNC_CTRL
0~255
64
14
SOGMID_CTRL
0~255
184
15
SEP_THR
0~255
32
16
PRECST
0~255
11
17
POSTCST
0~255
14
18
ADC_BWO
0~255
51
19
ADC_BW1
0~255
3
20
SOG_BW
0~255
238
21
Test Pattern(MST3369)
0~8
0
Samsung Electronics
Remark
3-9
Alignment & Adjustment
8. SDP62(SCALER)
No
Item
Range
Default
1
Main AUTO_PAGE_SE
2
Main YH_PAGE
2
YH Filter Select
3
Main YV_PAGE
3
YV Filter Select
4
Main CH_PAGE
16
CH Filter Select
5
Main CV_PAGE
16
CV Filter Select
6
(CTI)GAINU
64
CB CTI gain
7
(CTI)GAINV
64
CR CTI gain
8
(CTI)R_CHCNT_ON
ON
9
(MADE)SDR_MAX_TH
6
SDR STillFrame motion weight threshold
10
(MADE)SDR_MAX_TH
6
SDR STillFrame motion weight threshold
11
(MADE)ANTI_V
OFF
MADE IPC Motion V LPF ON/OFF
12
(MADE)ANTI_H
ON
MADE IPC Motion H LPF ON/OFF
13
MG_ON
ON
14
MM_ON
OFF
15
(MADE)DE_GAIN_X1
12
MADE Gain of horizontal high frequecy region
16
(MADE)DE_GAIN_X2
20
MADE Gain of horizontal middle frequecy region
17
(MADE)DE_GAIN_Y1
24
MADE Gain of vertical region
18
(MADE)DE_MR
6
LOG SCLAE GAIN
19
(MADE)H_RTH2
4
20
(MADE)CORING_ON/O
ON
MADE CORING ON/OFF
21
(MADE)H_CORING_F1
6
MADE CORING Threshold
22
(MADE)H_CORING_F2
6
MADE CORING Threshold
23
(MADE)V_CORING_F3
6
MADE CORING Threshold
24
(MADE)NE_ON
OFF
MADE linkage NE ON/OFF
25
(MADE)SUP_LIFT
ON
26
(MADE)H_FILTER1
1
MAIN H FILER1 SELECT
27
(MADE)H_FILTER2
9
MAIN H FILER2 SELECT
28
(MADE)V_FILTER1
3
MAIN V FILER SELECT
29
DB_DEMO
ON
De-blocking Processing ON/OFF
30
PRE_DEMO
OFF
Pre-DE Processing ON/OFF
31
SP_DEMO
ON
Super Precision Processing ON/OFF
32
CTI_DEMO
OFF
CTI Processing ON/OFF
33
JR_SUB
OFF
34
JR_DEMO
OFF
3-10
I2C
Remark
ROM Filter Page Select
Samsung Electronics
Alignment & Adjustment
9. SDP62(PE)
No
Item
Range
Default
1
Test Pattern
2
SNI_PROC_CEP
ON
Contrast Enhancement ON/OFF
3
SNI_PROC_DEP
ON
Detail Enhancement Processing ON/OFF
4
SNI_PROC_CEA
ON
Contrast Enhancement ON/OFF
5
SNI_PROC_CCS
ON
Color Compensation Processing ON/OFF
6
SNI_PROC_MCC
ON
MCC Processing ON/OFF
7
SNI_PROC_CA
ON
Contrast Adjustment Processing ON/OFF
8
SNI_PROC_CVD
ON
Color Vision Deficiency Processing ON/OFF
9
SNI_PROC_CVD
ON
Color Vision Deficiency Processing ON/OFF
10
SNI_BWS
Adaptive
11
B_RATIO
13000
Low lecel informatino for the minimum value
12
W_RATIO
6000
High lecel informatino for the minimum value
13
BLACK_TILT
110
Black Stretch Area
14
B_GAIN_MAX
380
Black slope gain limit
15
GAIN_X1
22
Gain of horizontal high frequecy region
16
GAIN_X2
25
Gain of horizontal middle frequecy region
17
GAIN_Y1
15
Gain of vertical high frequecy region
18
GAIN_Y2
19
Gain of vertical middle frequecy region
19
SUP_LIFE_SEL
ON
20
BOOL_SUPP_SELX1
OFF
Horizontal high frequecy Shoot Shppression ON/OFF
21
BOOL_SUPP_SELX2
OFF
Horizontal middle frequecy Shoot Shppression ON/OFF
22
BOOL_SUPP_SELY1
ON
Vertical high frequecy Shoot Shppression ON/OFF
23
BOOL_SUPP_SELY2
OFF
Vertical middle frequecy Shoot Shppression ON/OFF
24
BOOL_ENH_SEL
OFF
Amplitude scaling block gain Processing ON/OFF
25
LOG_MODE
ON
Amplitude scaling block log scale ON/OFF
26
R_MR
150
27
CORING_ON
ON
28
RTH2
6
29
NDON
OFF
30
WB_RED_C_COEFF
1024
31
WB_GRN_C_COEFF
1024
32
WB_BLU_C_COEFF
1024
33
WB_RED_B_COEFF
1024
34
WB_GRN_B_COEFF
1024
35
WB_BLU_B_COEFF
1024
36
R_Coring_TH1
2
Horizontal high frequecy Coring Threshold
37
R_Coring_TH2
2
Horizontal middle frequecy Coring Threshold
38
R_Coring_TH3
5
Vertical high frequecy Coring Threshold
39
R_Coring_TH4
5
Vertical middle frequecy Coring Threshold
Samsung Electronics
0
Remark
OUTPUT TEST PATTERN SELECTION
BWS MODE SELECTION
Post Coring ON/OFF
Noise Detection Block Threshold2
Noise Detection ON/OFF
3-11
Alignment & Adjustment
No
Item
Range
Default
Remark
40
H_FILTER1
1
DE horizontal high frequecy Filter selection
41
H_FILTER2
8
DE horizontal middle frequecy Filter selection
42
V_FILTER1
1
DE vertical high frequecy Filter selection
43
V_FILTER2
2
DE vertical middle frequecy Filter selection
44
YSUBTRACT
64
Input Y channel Setup level
45
Sub Color
53
Color gain
46
Sub Color_Offset
0
N.C
47
DNIe On/Off
ON
DNIe Processing ON/OFF
48
Sub Contrast
106
Brightness adjustment for the high-light parts of the screen
49
Contrast Offset
5
Standard Contrast offset
50
(M)Contrast Offset
0
N.C
51
Sub Brightness
244
Brightness adjustment for the low-light parts of the screen
52
CRR
900
YCbCr TO RGB MATRIX
53
CBG
1780
YCbCr TO RGB MATRIX
54
CRG
1720
YCbCr TO RGB MATRIX
55
CBB
1023
YCbCr TO RGB MATRIX
56
CRR_MOVIE
750
MOVIE MODE YCbCr TO RGB MATRIX
57
CBG_MOVIE
1830
MOVIE MODE YCbCr TO RGB MATRIX
58
CRG_MOVIE
1670
MOVIE MODE YCbCr TO RGB MATRIX
59
CBB_MOVIE
1023
MOVIE MODE YCbCr TO RGB MATRIX
60
LGAIN
200
Contrast Adjustment dark gain
61
UGAIN
100
Contrast Adjustment bright gain
10. S5H2200
No
1
3-12
Item
Test Pattern(ALBA)
Range
Default
0~255
-
Remark
Samsung Electronics
Alignment & Adjustment
11. KS1409_Tuner
No
Item
Range
Default
1
Rf_Agc
2
Vsb_CR_Gain
3
Vsb_CR_K1_1_Narrow
0x0e
4
Vsb_CR_K1_1_Wide
0x0c
5
Vsb_CR_K1_2_Narrow
0x0d
6
Vsb_CR_K1_2_Wide
0x0c
7
Vsb_CR_K2_1_Narrow
0x12
8
Vsb_CR_K2_1_Wide
0x10
9
Vsb_CR_K2_2_Narrow
0x11
10
Vsb_CR_K2_2_Wide
0x10
11
Vsb_Eq_Ctrl1
0x030e
12
Vsb_Eq_Ctrl2
0x0104
13
Vsb_Eq_Init_Step
0x3161
14
Vsb_Eq_Step
0x6111
15
Vsb_Ptl_Step
0x0522
16
Vsb_Ptl_Alpha
0x0055
17
Qam_Agc
0x2a38
18
Qam_Eq_Step1
0x312f
19
Qam_Eq_Step2
0xa8b0
20
Qam_Ptl_K1
0x37
21
Qam_Ptl_K2
0x2c
Samsung Electronics
Remark
0x8a
0x002e
3-13
Alignment & Adjustment
12. STV82X8
No
Item
Range
Default
1
Stereo Pilot high
0-255
35
2
Stereo Pilot Low
-
16
3
SAP Pilot_High
-
128
4
SAP Pilot_Low
-
96
5
Melody_ON VOL
0-5
7
6
Melody_Off VOL
0-5
7
7
Speaker Type
K3
8
AMP Pwr(W)
10W
9
Carrier Mute
ON
10
SQTH
112
11
CETH
16
12
Audio Delay
1
13
[NTP] PWM Mode
0xea
14
[NTP] AMP VOL
0x17
15
[NTP] DRC Thresh
0x1f
3-14
Remark
Samsung Electronics
Alignment & Adjustment
13. Cinema CCA
No
Item
Range
Default
1
[COOL2] DWhiteX
269
2
[COOL2] DWhiteY
274
3
[COOL1] DWhiteX
276
4
[COOL1] DWhitey
282
5
[NOTMAL] DWhiteX
285
6
[NORMAL] DWhitey
293
7
[WARM1] DWhiteX
300
8
[WARM1] DWhiteY
310
9
[WARM2] DWhiteX
313
10
[WARM2] DWhiteY
310
Remark
14. ESP
No
Item
Range
Default
1
Dynamic Global OnOff
OFF
2
Dynamic Local OnOff
OFF
3
Dynamic Skin OnOff
OFF
4
Dynamic Strength
Mid
5
Dynamic Cont Gain
6
Dynamic Satu
OFF
7
Dynamic Satu Gain
128
8
Sharp Picture
OFF
9
VLUT
TBD0
10
Sharp Filter
11
Sharp Picture Gain
Remark
0
HD High
255
15. CHECKSUM
No
1
Item
CHECKSUM
Samsung Electronics
Range
Default
Remark
0x0000
3-15
Alignment & Adjustment
16. SERVICE
No
Item
Range
Default
1
H/V-Position
0 ~ 60
H:60/V:30
2
User Reset
-
-
3
CCA(OFF)
4
DMD¡æDigital
5
Digital¡æDMD
6
Led Life 22h
7
Led Clear
8
Mute Time(Video)
9
10
3-16
Remark
All user settings are set to default
OFF
-
2
Actuator Gain Control
0 ~ 175
40
Actuator Gain adjustment
Actuator Gain Detail
0 ~ 175
40
Actuator Gain adjustment
Samsung Electronics
Alignment & Adjustment
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 H/V-Position for vertical positioning and horizontal positioning by using the ▲ ▼ (Up & Down) buttons and◀▶
(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.)
Samsung Electronics
3-17
Alignment & Adjustment
3-4-2 CCA Adjustment Service Methods : CCA Adjustment is needed after changing a DMD Board or main board
■ CCA : In DLP TV, even the same RGB color may differ depending on the DMD Board. CCA (Color Coordinate Adjustment)
corrects the color to achieve the color accuracy. CCA performs color correction after measuring and inputting the current
DMD Board'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 Board 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.
3-18
Samsung Electronics
Alignment & Adjustment
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.
Samsung Electronics
3-19
Alignment & Adjustment
3-4-3 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 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.
- Actuator Gain1 : In case of controlling with Cross Pattern.
Before Adjusting
Actuator Gain
After Adjusting
40
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.
3-20
Samsung Electronics
Alignment & Adjustment
3-5 Software Upgrade
1. Press the menu button and then use the left and right key select Setup menu
2. Srcoll up and select the SW upgrade.
3. Insert the USB memory stick with the built-in firmware.
4. The Software upgrae will be proceed
Samsung Electronics
T_LAURAUS0_00XX
T-DLEDAUS5-3009
DMD 0x00000001
(DMD sequence ver)
DSP 0-0-0
(DMD DSP ver.)
RFS...
2007-01-17
T-LEEUM-0309
3-21
Alignment & Adjustment
3-6 Replacements & Calibration
3-6-1 Tilt the Screen
1. Remove the 14 point screws. Remove the Bottom cover.
: TH,B,M4.L15,BLK,SWRCH18A
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
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) buttons, 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
3-22
Samsung Electronics
Alignment & Adjustment
※ 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.
※ 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.)
Samsung Electronics
3-23
Alignment & Adjustment
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
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.
* ALTERNATE METHOD:
Remove the dust cover on the side and view the
picture while adjusting.
4. Adjust the Lens focus.
Focus Alignment
3-24
Samsung Electronics
Alignment & Adjustment
3-6-3 The Illumination Adjustment
1. Remove the 14 point screws and the Bottom cover.
: TH,B,M4.L15,BLK,SWRCH18A
3. Revolve the 2 points fine adjustment dials.
2. Turn off the power to put the unit into the STAND-BY mode.
Press "Mute" → "1" → "8" →"2" →"POWER" buttons on the
Remote Control.Select "DDP3021" and enter the Test
Pattern(DDP) Menu Press the ▲ ▼(Up or Down) buttons,
then press ENTER to select. Press the ▶ (Right) button until
you see the Full White picture.
4. The 2 points fine adjustment knobs
Upper knob is for the horizontal illumination adjustment.
Lower knob is for the vertical illumination adjustment.
※ According to the white pattern of the screenwhen the those dials are revolved, find the direction of the adjustment dials.
※ Until Full White pattern without the brindle is made in the Best Illumination situation,adjust the dials delicately.
Out of I lluminat ion
Samsung Electronics
Best I ll umi nat ion
Out of I lluminat ion
3-25
MEMO
3-26
Samsung Electronics
Exploded View & Part List
4. Exploded View & Part List
4-1 HLT6187SX/XAA
T0074
T0268
T0443
M0096
T0130
M0006
T0444
T0053
T0445
T0054
T0444
M0256
T0081
M0014
T0130
T0159
T0764
T0003
M0112
M0112
M0013
T0445
T0129
T0175
M0541
T0023
T0082
T0137
T0245
T0507
M0006
T0022
T0059
T0056
T0081
Loc.No.
Code No.
Description
Specification
Q'ty
SA/SNA
M0006
BP63-00880A
COVER-REAR BOTTOM
56K6(SLIM),PS,V0,BK500
1
S.N.A
M0006
BP63-00883A
COVER-REAR
61K8(SLIM),PS,V0,BK500,NON-DE
1
S.N.A
M0013
BP96-01756A
ASSY COVER P-REAR
61K8,PS,V0,BK500,NON-D
1
S.A
M0014
BP94-02303A
ASSY PCB MAIN
HLT5687SX/XAA,L67A,LARUEL
1
S.A
M0096
BP96-01743C
ASSY COVER P-REAR BOTTOM
K8(LED),PS,V0,B
1
S.A
M0112
BP63-00891A
COVER-FRONT
61K8(SLIM LED),ABS+PMMA,HB,B
1
S.N.A
M0112
BP96-01736A
ASSY SHIELD P-PCB
56K8,SECC,T0.5,NTR,TOP
1
S.N.A
M0256
BP94-02304B
ASSY PCB MISC-SUB SMPS
HLT5687SX/XAA,L67
1
S.A
M0541
BP96-01792C
ASSY BOARD P-RMC
HLT5687S,CT5000-5020A,R
1
S.A
T0003
BP96-01757A
ASSY COVER P-FRONT
61K8(SLIM LED),ABS+PM
1
S.A
T0022
BP64-00610B
KNOB CONTROL
K6/K8,ABS,HB,ORIGINAL COLOR
1
S.N.A
T0023
BN96-04707A
ASSY COVER P-KNOB POWER
C9/Q9,ABS HB
1
S.N.A
T0053
BP67-00343A
SCREEN FRESNEL
Laurel,1.9T,61W, 1372mm x
1
S.A
T0054
BP67-00344A
SCREEN LENTI
Laurel,1.7T,61W, 1372mm x 7
1
S.A
T0056
BP63-00892A
COVER-DECORATION
61K8(SLIM LED),ABS+PMMA
1
S.N.A
T0059
BP64-00625A
INDICATOR LED
56K6(SLIM),PC,CLEAR
1
S.N.A
T0074
BP59-00125A
REMOCON
LAUREL,TM87C,Samsung 28p+EEPROM,
1
S.A
T0081
BP61-01390A
BRACKET-MAIN
56K8(SLIM LED),SECC,T0.8,NT
1
S.N.A
T0081
BP61-01408A
BRACKET-POWER
56K8(SLIM LED),SECC,T0.8,N
1
S.N.A
T0082
BP64-00626A
WINDOW LED
56K6(SLIM),PC,MILKY,SMOG
1
S.N.A
T0129
BP96-01729C
ASSY ENGINE P-DLP
K880(61K8),LED DLP,RUM
1
S.A
T0130
BP96-01739A
ASSY COVER P-TERMINAL BOARD
K8,PS SHEET,
1
S.N.A
T0130
BP63-00968A
COVER DUCT
56K8(SLIM LED),ABS,V0,BK500,R
1
S.N.A
T0137
BP94-02304C
ASSY PCB MISC-LED
HLT5675SX/XAA,CATTLEYA
1
S.N.A
T0159
BP96-01726A
ASSY PCB P-SMPS
LAUREL LED DLP,LAUREL,DC
1
S.A
T0175
BP96-01794A
ASSY SPEAKER P
8ohm,Horn type,10W,1100/4
1
S.A
T0245
BP94-02305A
ASSY PCB MISC-KEY CONTROL
HLT5075SX/XAA,
1
S.N.A
T0260
BP67-00321A
MIRROR-FRONT
61K6,Glass,1274X644X717X
1
S.A
T0268
3903-000144
CBF-POWER CORD
DT,US,BP3/Y,U(IEC C13-RA)
1
S.A
T0443
BP96-01755A
ASSY BRACKET P-SCREEN TOP
61K8,AL6063,EX
1
S.N.A
T0444
BP96-01753A
ASSY BRACKET P-SCREEN SIDE
61K8(LEFT),AL
1
S.N.A
T0444
BP96-01754A
ASSY BRACKET P-SCREEN SIDE
61K8(RIGHT),A
1
S.N.A
T0445
BP96-01752A
ASSY BRACKET P-SCREEN BOTTOM
61K8,AL6063
1
S.N.A
T0445
BP96-01819A
ASSY BRACKET P-SCREEN BOTTOM
61K8,TOP,AL
1
S.N.A
T0507
BP63-00832A
COVER-DUST
46K5(SLIM),PS,HB,BK500
2
S.N.A
T0764
BP44-01001A
SMPS-DLP TV
PN082DPS-VF(A),AC/DC,90V-132
1
S.A
Remark
T0260
Samsung Electronics
4-1
Electrical Part List
5. Electrical Part List
5-1 HLT6187SX/XAA Service Item
Loc.No.
Code No.
Description
Specification
Q'ty
SA/SNA
M0013
BP96-01756A
ASSY COVER P-REAR
61K8,PS,V0,BK500,NON-D
1
S.A
M0014
BP94-02303A
ASSY PCB MAIN
HLT5687SX/XAA,L67A,LARUEL
1
S.A
M0096
BP96-01743C
ASSY COVER P-REAR BOTTOM
K8(LED),PS,V0,B
1
S.A
M0125
BP39-00106G
CBF SIGNAL-DVI(D)
HLT-5687SX/XAA,24P/24P
1
S.A
M0256
BP94-02304B
ASSY PCB MISC-SUB SMPS
HLT5687SX/XAA,L67
1
S.A
M2893
BP39-00160E
LEAD CONNECTOR
HLS5686W,UL2464#26,UL/CSA
1
S.A
M2893
BP39-00174G
LEAD CONNECTOR
HLS4676SX/XAA,UL1007#22,U
1
S.A
M2893
BP39-00180D
LEAD CONNECTOR
HLS4676SX/XAA,UL1015#18,U
1
S.A
M2893
BP39-00192D
LEAD CONNECTOR
ORCHID,UL2464#26,UL/CSA,1
1
S.A
M2893
BP39-00241A
LEAD CONNECTOR
CONSTANTINE,UL2464#26,UL/
1
S.A
M2893
BP39-00244A
LEAD CONNECTOR
CONSTANTINE,UL1061#28,UL/
1
S.A
M2893
BP39-00247A
LEAD CONNECTOR
LAUREL.,UL1617#22,UL/CSA,
1
S.A
M2893
BP39-00254B
LEAD CONNECTOR
HLT5687SX/XAA,UL2835#28,U
1
S.A
M2893
BP39-00255A
LEAD CONNECTOR
HLT5687SX/XAA,UL1061#28,U
1
S.A
M2893
BP39-00256A
LEAD CONNECTOR
HLT5687SX/XAA,UL1617#22,U
1
S.A
M2893
BP39-00256A
LEAD CONNECTOR
HLT5687SX/XAA,UL1617#22,U
1
S.A
M2893
BP39-00265A
LEAD CONNECTOR
LAUREL,UL1015 #14,UL/CSA,
1
S.A
M2893
BP39-00265A
LEAD CONNECTOR
LAUREL,UL1015 #14,UL/CSA,
1
S.A
M2893
BP39-00266A
LEAD CONNECTOR
LAUREL.,UL1015 #14,UL/CSA
1
S.A
M2893
BP39-00266A
LEAD CONNECTOR
LAUREL.,UL1015 #14,UL/CSA
1
S.A
M2893
BP39-00267A
LEAD CONNECTOR
LAUREL.,UL1015 #14,UL/CSA
1
S.A
M2893
BP39-00267A
LEAD CONNECTOR
LAUREL.,UL1015 #14,UL/CSA
1
S.A
M2893
BP39-00268A
LEAD CONNECTOR
LAUREL,UL1571#30,UL/CSA,8
1
S.A
M2893
BP39-00268A
LEAD CONNECTOR
LAUREL,UL1571#30,UL/CSA,8
1
S.A
T0003
BP96-01757A
ASSY COVER P-FRONT
61K8(SLIM LED),ABS+PM
1
S.A
T0053
BP67-00343A
SCREEN FRESNEL
Laurel,1.9T,61W, 1372mm x
1
S.A
T0054
BP67-00344A
SCREEN LENTI
Laurel,1.7T,61W, 1372mm x 7
1
S.A
T0074
BP59-00125A
REMOCON
LAUREL,TM87C,Samsung 28p+EEPROM,
1
S.A
T0129
BP96-01729C
ASSY ENGINE P-DLP
K880(61K8),LED DLP,RUM
1
S.A
T0159
BP96-01726A
ASSY PCB P-SMPS
LAUREL LED DLP,LAUREL,DC
1
S.A
T0175
BP96-01794A
ASSY SPEAKER P
8ohm,Horn type,10W,1100/4
1
S.A
T0485
BP91-02079A
ASSY MISC-ENGINE SVC
K880(50,56,61inch),
1
S.A
T0764
BP44-01001A
SMPS-DLP TV
PN082DPS-VF(A),AC/DC,90V-132
1
S.A
Samsung Electronics
5-1
MEMO
5-2
Samsung Electronics
Troubleshooting
6. Troubleshooting
6-1 Checkpoints by Error Mode
1. Noise:
Internal noise may be caused by a foreign substance on the fan or driving device.
For a DLP TV, the LED fan, DMD board fan and Driver board Fan are vulnerable to noise. Sometimes the connector wire around
the lamp or DMD fan makes contact with the fan,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.
2. A black screen with the LED ON: Replace the DMD board.
3. Line Pattern: Regular line patterns occur vertically or horizontally: Replace the DMD board.
4. Voice Distortion: Replace the main or rear board.
5. 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.
6. Picture inverted:
Enter Factory mode in DDP3021 and perform H-Flip (flip horizontally) and V-Flip (flip vertically).
The screen will flip over horizontally or vertically.
Samsung Electronics
6-1
Troubleshooting
7. 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 DAD2000 or DMD Panel or other DMD board problem.
→ 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.
→ Check the Digital Board and DVI cable If there was no problem,
Replace the DMD board
6-2
Samsung Electronics
Troubleshooting
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 → SDP62(IPC),SDP62(PE) → 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).
Samsung Electronics
6-3
Troubleshooting
6-1-2 Flow Chart for Malfunction
Yes
If the DLP turns on
No
Can you see anything
in the screen?
Yes
No
Can you see OSD menu
running in the screen?
Yes
No
Check Cables connected to
Main Board. If necessary,
replace the Main Board
Check the Power Cord
Can you see Digital
Channel broadcast ?
No
Replace the Main Board
No
LED assy array off?
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.
Yes
Check input power
(CN9002)
Yes
No
12V OK?(Pin8)
Check SMPS
Yes
Indicating light
See the indicating light in 9-7-1
No
16V OK?(Pin2or 4or 6)
Intermal mode
At the switch “SW9002”
EXT mode
INT mode
Yes
Is indicating LED on a driver
blinking?
(OP9000-OP9004)
No
Operate driver in
internal mode
SW1
SW2
SW1: To convert the mode INT with EXT
Yes
Count the number of blinking
and check the status of LED
assy array
SW1
SW2
No
LED light on?
Replace driver
Yes
The number of
blinking
1
2
3
4
5
6-4
LED assy array
status
Short
Open
Reserved
LED overtemperature
Board overtemperature
Check DMD
Samsung Electronics
Troubleshooting
1-1 Indication: Indicates the status of the leds and driver
1-1-1 Indicating leds are on the driver board.
1-1-2 Each color led(red/green/blue) is for the status of a color light source led.
1-1-3 The status is discriminated by blinking times of a indicating led.
Blinking times
Indication
Remark
1
short status
2
open status or F9000/F9002 open
<Table 1. Indication of faults(OP9001 - OP9003)>
1-2 Operate driver in internal mode
1-2-1 switch the slide switch(sw9001) is as followed(Fig.1).
1-2-2 internal mode: driver is operated regardless of the dmd signal.
1-2-3 external mode: driver is operated according to the dmd signal.
2
1
internal
mode
external
mode
Fig.1 selection of operating mode
Samsung Electronics
6-5
Troubleshooting
6-2 Troubleshooting Procedures by Error Modes
6-2-1 Installation & Connection
LED
● : Light is On
◑ : Light is Blinking
○ : Light is Off
TIMER
LED
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.
○
○
◑
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.
◑
◑
◑
LED driver PCB or Sub Power PCB is 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. Attempting to turn the LED on fails repeatedly
If turning the lamp on fails, the set automatically tries turning the LED on 3 times. If all attempts fail, all LED's on the front panel will
blink. Check the LED,LED Driver and Sub power check the LED,LED Driver and Sub SMPS and replace them if necesscary.
6-6
Samsung Electronics
Block Diagram
7. Block Diagram
7-1 Overall Block Diagram
K eypad
S peaker
Si g n al
Po w e r
L ight
IR /L E D
Sc r e e n
Jac k
B o ar d
A /V In 1 ,2
S - V id e o 1 ,2
A c t u at o r
M ir r or
C o m p o n e n t 1 ,2
Se n s o r
H D M I 1 ,2 ,3
M a in B o a r d
P C In
DMD
W is e L in k
B o a rd
M o n ito r O u t
R F In ( A ir ,C a b le )
D e te c to r
DMD
B o a rd
Panel
L ED
A C In p u t
SMPS
Sub
B o a rd
SMPS
LED
D r iv e r
B o a rd
L ED
O p tic
S y s te m
L ED
※For the Assy Code, see the service item on page 5-1.
Samsung Electronics
7-1
Block Diagram
7-2 Partial Block Diagram
7-2-1 SMPS Block Diagram
MAIN - POWER
TO Su b - SM PS
USA (voltage multiplying)
Bridge
Di ode
RBV- 6 0 6
S1 6 V_B : 2 . 5 A( 0 . 7 A)
RELA Y
S wi t c h i n g - IC
KA5Q0765RT
MAIN &
SOUND
TRANS
Rect i fi er
6 . 0 V_B : 0 . 7 A
1 2 V_B : 2 . 0 A
PHOTO- COUPL ER
PS2 5 6 1
L i n e Fi l t e r
Bridge
Diode
D2 SB6 0
Swi tc h i n g
- IC
stand- by
TRANS
Erro r Am p
KA43 1
STD 5 . 0 V : 0 .0 5 ~ 0 . 2 A
Rec t i f ier
VI PER12A
PHOTO - COUPL ER
PS2 5 6 1
Erro r Am p
KA43 1
PO W ER C TL
※Options are deleted on the ATSC only Model
7-2
Samsung Electronics
Block Diagram
7-2-2 Sub SMPS Block Diagram
SUB - POWER
Resonant
Converter
Switch
Resonant
Converter
TRANS
Rec t i f ier
PHOTO - COUPL ER
L TV8 1 7 B
Fro m M a in - SM PS
DC310V
Swi t c h i n g
-IC
VI PER12A
1 6 V_B : 1 2 . 5 A
Erro r Am p
KA4 3 1
1 2 VA: 0 . 5 A
TRANS
PHOTO - COUPL ER
L TV8 1 7 B
Re c t i f i er
Erro r Am p
KA4 3 1
※Options are deleted on the ATSC only Model
Samsung Electronics
7-3
Block Diagram
7-2-3 LED Driver Board Block Diagram
This Signals is coming
from the DMD board.
SP I
F PG A
B l u e L e d Driver part
D /A
H V 9980
P ea k c u r r en t
M od e B u ck
C o n v er t er
B l u e L E D Current
( 3 0 A _ p ea k )
Current Sensing
D /A
H V 9980
G r e e n L ed Driver part
P ea k c u r r en t
M od e B u ck
C o n v er t er
G r ee n L E D Current
( 2 8 .5 A _ p ea k )
Current Sensing
D /A
H V 9980
R e d L ed Driver part
P ea k c u r r en t
M od e B u ck
C o n v er t er
R e d L E D Current
( 3 0 A _ p ea k )
Current Sensing
※Options are deleted on the ATSC only Model.
7-4
Samsung Electronics
Block Diagram
7-2-4 MAIN PCB Block Diagram
WISE LINK
USB1.1
DTV
Flash
ONENAND
Albatross
RF-SPLITTER
Air
VSB NIM
TMTUNER
block
SUB TUNER
Cable
I2S to MSP4450
Control
Panel
83.25MHz
2 MPEG
2 IPC
3 Scaler
AC3 -Decod
32bit Graphic
2 TS 1n
1 TS out
TS1 (parallel)
Micom
S3F84BB
DDR MEMORY
ATSC ONLY(32MB*4)
153.5MHz
2ch 32bit DDR
I2S from HDMI
30 bit in
30 bit out
(10 bit proc.)
YC
74.25MHz
74.175MHz
VIDEO 1/2
CVBS
OUT
ADC main
CXD3815
VIDEO SW
TEA6425
BT601 20bit
COMPO. 1/2
Component
PC
HDMI1
HDMI
ADC &
TMDS
YCbCr 16bit
DTV CVBS
IN
CH1
B1 (SDP62)
CH4
YUV or RGB 4:4:4
30bit
165Hz
MST3369
170Mhz
TMDS
Tx
Sil7170
CH3
80MHz
Monitor out
Display
Panel
OSD
32bit
YCbCr 24bit
CH2
2 IPC
SCALER
DNIe
EM6A9320B1,128M bit X2
166MHz
I2S
to Albatross
SPDIF
out
Sound
Processor
HDMI2
HDMI
HDMI S/W
HDMI3
HDMI
AV1,2,3/ Compo1,2
PC/ DVI
STV8258
Audio SW
TEA6422
Audio DA
PCM1754
I2S
from Albatross+
Audio AMP
NTP3000
R
Speaker
L
※Options are deleted on the ATSC only Model.
Samsung Electronics
7-5
Block Diagram
7-2-5 DMD board Block Diagram
7-6
Samsung Electronics
Wiring Diagram
8. Wiring Diagram
8-1 Overall Wiring
※For the part information, see page 8-2.
CN802
CN803 CN801 CN806 CN1001CN804 CN100
CN805
DAD2000
CN101
PMD1000
D D P3 0 2 1
CN102
DMD Panel
CN1006
CN103
CN100
CN1001 CN1052
SPEAKER
CN801
CN811
Samsung Electronics
GT805
8-1
Wiring Diagram
8-1-2 Connect Cables
※The code number of cable(Lead-connector) can be changed, see "5 Chapter. Electrical Part List."
Use
Actuator_SP
MISC-LED 12P/13P
RMC 5P
Code
BN39-00640C
BP39-00254A
BP39-00257A
Use
Key Control
Ground discharge cable 1p
Power 24p
Code
BP39-00255A
BP39-00180D
BP39-00174G
Use
Inlet
Ballast cable
Main to DMD cable
Code
BP96-00972F
BP39-00247A
BP39-00192C
Use
Dvi(250mm : K880)
Sub Power
Code
BP39-00106G
BP39-00256A
Photo
Photo
Photo
Photo
8-2
Samsung Electronics
Samsung Electronics
Y[w zt wz
XYw kt k w~ y
^w t Š–”
k–ž• s –ˆ‹
kky z™ •’
OXY_t Ÿ YP
‫ڑڋڋڌکڞ‬
h œ‹– w™ –ŠŒšš–™
Oz{ } _Y\_P
kky
OZYt Ÿ [P
m“ˆš z™•’ kŒŠ–‹Œ™
OY\]tiP OjkZ_X\xP
h “‰ˆ›™ –ššR
iXOzkw]YP
{ tkz
Oz“^X^WP
hœ‹– h ”—
Ou { wZWWWP
okt p
yŒŠŒ Œ™
Ot z{ ZZ]`P
zˆ”šœ•Ž
tŠ–”
O zZm_[iiP
} zi up t
{ |uly
okt p XSYSZ
Wiring Diagram
8-2 Main Board Layout
※Options are deleted on the ATSC only Model.
z–› kŒ‰œŽ
8-3
Wiring Diagram
8-2-1 Power Board Connector Pin
CN811
Connecting Power to Main Board
Pin Name
8-4
PIN No.
Pin Name
STD5V
1
2
N.C
GND
3
4
S16V
STD5V
5
6
GND
GND
7
8
S16V
POWER_SW
9
10
GND
A6.0V
11
12
A6.0V
GND
13
14
GND
D12V
15
16
D12V
GND
17
18
GND
D12V
19
20
D12V
GND
21
22
GND
GND
23
24
D12V
Samsung Electronics
Wiring Diagram
8-2-2 Main Board Connector Pin
CN1001
CN1005
Pin No.
Pin Name
Pin No.
Pin Name
1
-L_OUT
1
GND
2
+L_OUT
2
RXD0
3
-R_OUT
3
TXD0
4
+R_OUT
4
3.3VA
Pin No.
Pin Name
Pin Name
PIN No.
1
GND
STD5V
1
2
N.C
2
GND
GND
3
4
16VB
3
12VB
STD5V
5
6
S_GND
4
12VB
GND
7
8
S14.5VB
5
GND
POWER_SW
9
10
S_GND
6
SDA-M1
5.7VB
11
12
5.7VB
7
SCL-M1
GND
13
14
GND
8
GND
12VB
15
16
12VB
9
S5V
GND
17
18
GND
10
GND
12VB
19
20
12VB
11
70VB
GND
21
22
GND
12
GND
GND
23
24
12VB
CN103
CN100
Samsung Electronics
Pin Name
8-5
Wiring Diagram
CN1005
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
CN1052
8-6
CN1051
Pin No.
Pin Name
Pin No.
Pin Name
1
LED BLUE
1
3.3VA
2
KEY-PWR
2
SDA0
3
GND
3
SCL0
4
LED_LAMP
4
TEST
5
LED_TIMER
5
RESETn
6
LED_STB
6
GND
7
KEY1
7
POWER-SW
8
KEY2
9
GND
10
IR
11
5VA
12
GND
13
OPEN
Samsung Electronics
Wiring Diagram
8-2-3 LED Driver Connector Pin
CN9001
CN9002
Pin No.
Pin Name
Pin Name
1
TMS
GND
1
2
16V
2
TDI
GND
3
4
16V
3
TDO
GND
5
6
16V
4
TCK
GND
7
8
12V
5
GND
6
3.3V
CN9003/CN9004/CN9100
PIN No.
Pin Name
CN9200
Pin No.
Pin Name
Pin No.
Pin Name
1
LED Anode (16V)
1
LED Anode (16V)
2
LED Cathode
2
LED Cathode
CN9300
Pin No.
Pin Name
1
LED Anode (16V)
2
LED Cathode
Samsung Electronics
8-7
MEMO
8-8
Samsung Electronics
PCB Diagram
9. PCB Diagram
9-1 Power Board
9-1-1 Assy Power Board
CN811
CN801
GT805
■ DC Power Supply
(Supplies DC power to the main PCB and the sub power board.)
9-1-2 Names & Roles of Key Parts
* CNP801 : Supplies power to the sub power board.
* CN811 : Supplies power to the main board.
* GT805 : Anti-lightning wire connected to the main board. The anti-lightning wire should be installed for safety purposes.
Samsung Electronics
9-1
PCB Diagram
9-2 Sub-Power Board
9-2-1 Assy Sub-Power Board
CN803
■ DC Power Supply(Supplies DC power to the LED Driver board.)
9-2-2 Names & Roles of Key Parts
* CN803 : Supplies power to the LED driver board.
9-2
Samsung Electronics
PCB Diagram
9-3 Main Board
9-3-1 Assy Main Board
CN1006
CN103
CN100
CN1001 CN1052
■
■
■
■
All Digital Video Processing
OSD / Menu
Reset Switch (Reset to the CPU)
Connected with POD channel Board and Rear Board
9-3-2 Names & Roles of Key Parts
* CN 103 : The power(+5V, +12V) supply to the DMD Board
* CN 1006: DMD board control signal and TMDS Signal connection
* CN 1052: Front LED, Remon PCB and Key control connection
* CN 1001: Speaker cable connection
Samsung Electronics
9-3
PCB Diagram
9-4 Jack Board
9-4-1 Assy Jack Board
■ Analog Video Input
■ Analog Audio Input
■ 3D Ready Jack,RS232C,WiseLink
* 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.
9-4
Samsung Electronics
PCB Diagram
9-5 DMD Board
9-5-1 Assy DMD Board
C N8 0 2
C N8 0 3
C N8 0 1
C N8 0 6
C N1 0 01 C N8 0 4
C N8 0 5
C N1 0 0
C N1 0 1
D AD 2 0 00
PM D 1 0 00
D D P3 0 2 1
C N1 0 2
D M D Pan el
■ Controls the lamp (ON/OFF)
■ Drives the color wheel motor
■ Drives the panel
9-5-2 Names & Roles of Key Parts
* CN100 : The DVI cable terminal. This receives the image data from the main board.
* CN101 : This receives the power from the main board.
* CN102 : This sends signals to the Actuator.
* CN801 : This sends SPI signals to the LED driver.
* CN802 : This receiverDSP Code download program.
* CN803 : This sends FAN power. (8V)
* CN804 : This sends FAN power. (8V)
* CN805 : This sends and receivers color senser signals.
* CN806 : This sends LED timing signals to the LED driver.
* CN1001 : Tjis sends FAN power. (8V)
* DMD PANEL : This is panel (type x )
* DDP3021 : This processes the DMD drive and the signals.
* PMD1000 : This supplies the DMD Board power.
* DAD2000 : This supplies DMD reset signals.
Samsung Electronics
9-5
PCB Diagram
9-6 LED Driver Board
9-6-1 Assy LED Driver Board
CN9300
CN9200
CN9100
CN9001
CN9004
SW9001
CN9002
CN9003
CN9001
9-6-2 Names & Roles of Key Parts
* CN9001 : J-Tag port(program download for software upgrade)
* CN9001 : data signal by SPI interface with DSP on the DMD B'd
* CN9002 : power supply from SUB-SMPS(12V for for logic, 16V for power stage)
* CN9003 : reserved
* CN9004 : led operation timing signal from DSP on the DMD B'd
* CN9100 : red led power supply
* CN9200 : green led power supply
* CN9300 : blue led power supply
* SW9001 : operating mode selection for diagnosis
9-6
Samsung Electronics
Schematic Diagram
10. Schematic Diagram
10-1 Main Board
10-1-1 Main Board-1
This Document can not be used without Samsung’s authorization.
16VB
Power
Signal
5VA 12VB
C1137
1mF
35V
5VA
CN100
C1145
100nF
2 5V
CN103
-
SMW200-12P
BD1050
SMW250-24V
BD1023
C1117
100uF
16V
C1109
100nF
25V
12
11
10
9
8
7
6
5
4
3
2
1
BD1056
1
3
5
7
9
11
13
15
17
19
21
23
POWER-SW
2
4
6
8
10
12
14
16
18
20
22
24
CIC21J601NE
5.7VB
BD1027
BD1031
R1339
R1331
SCL_DMD
SDA_DMD
BD1035
BD1043
C1179
100nF
25V
BD1044
C1195
100uF
16V
0ohm
0ohm
12VB
C1328
100nF
25V
C1355
100nF
25V
C1334
33uF
25V
C1472
100nF
25V
D1061
RLZ6.2B
C1252
100uF
25V
3.3VB
C1272
10nF
L1008
2.5VB
2
C1476
10nF
1
D1125
L1009
RLZ3.9B
GND
BD1041
1
2
3
4
-
C1212
220uF
16V
R1366
BS
MGND1
SS
C81296
EN
IN
SW COMP
FB
GND
7
6
5
SHORT-OPEN COUNTMEASURE
C1256
220pF
R1208
6.34Kohm
1/10W
D1042
SK34
C1275
560pF
12.1Kohm
1/10W
SK34
10nF
50V
C1211
100nF
25V
R1341
D1062
C1477
220pF
C1442
100nF
16V
11Kohm
1/10W
IC1019
FB
C1418
100nF
25V
C1449
100uF
1 6V
MP1583DN
10nF
50V
27Kohm
C1419
220uF
16V
C1519
100nF
16V
13Kohm
1/10W
IC1027
-
C1518
100uF
16V
R1228
R1340
BD1052
R1215
12VB
27Kohm
2
12VB
MP1583DN
1
C81479
BS
SS
MGND1
2
7
EN
IN
3
6
SW COMP
4
5
1
C1458
560pF
DELETE
5VB
C1785
10nF
L1012
12VB
12VB
IC1053
MP1583DN
1
2
3
4
C1801
82uF
16V
BS
MGND1
IN
SS
EN
SW COMP
GND
FB
C1790
100nF
25V
8
7
6
5
10nF
50V
C1794
82uF
16V
100nF
16V
R1800
1Kohm
L1015
FAN_SW
R1740
C1832
100nF
2 5V
R1745
D1115
SK34
C1761
1 5 0p F
8VB_FAN
C1830
10uF
50V
8VB_FAN
MIC39102BM
1
2
3
4
EN
IN
GND
GND
OUT
GND
ADJ
GND
R1801
51Kohm
8
7
6
5
C1831
10uF
50V
C1833
100nF
25V
CN1053
3
2
1
R1802
9.1Kohm
43Kohm
Samsung Electronics
C1807
Thermal Resistance (10 X 10)
IC1059
B
1/10W
20Kohm
C1779
BD1094
MPZ2012S300A
FAN-SW..
High : Output enabled
Low : Output disabled
1
R1742
2
FAN_ERROR
R1763
100ohm
1/10W
6.34Kohm
1/10W
C1762
390pF
10-1
Schematic Diagram
10-1-2 Main Board-2
This Document can not be used without Samsung’s authorization.
Power
5 VB
Signal
L1023
1uH
C1125
100nF
16V
C1914
C1915
C1917
10000nF
10V
10000nF
10V
100uF
10V
33VB_TU
BD1024
CIB32P600NE
C1126
10nF
50V
B
C1119
10nF
50V
GT1000
slcon1p
C1129
100nF
50V
3.3VB
1
9VB
BD1016
CIB32P600NE
L1007
B
1uH
C1127
100nF
25V
C1130
10uF
16V
C1085
10nF
50V
C1128
10nF
50V
C1084
100nF
16 V
1.3VB
BD1015
CIB32P600NE
B
C1083
TU100
DNVS227IV262A
100nF
25V
5VB
MGND1
MGND2
1
SPL_CTL
INPUT_S/W
SPL_CTL
10nF
C1193
B
2
9VB
9V_FOR_LNA
3
AGC
RF_AGC
TU_AGC
4
5VB
5V(B+)
5
AFT
AFT
TU_AFT
6
33VB
7
33V
GND
8
RESET
C1114
R1090
100nF
100ohm
R1081
0ohm
29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10
CVBS
N.C
SIF
3.3V
MGND5
GN D
MGND6
N.C
CVBS
1.2V
SYNC
VALID/EN
DATA7
DATA6
DATA5
DATA4
DATA3
DATA2
DATA1
DATA0
MPEG_CLK
SDA
SIF
R1080
0ohm
R1084
1
M_CVBS_T
C1111
22uF
16V
R1082
47ohm
1/10W
TU_SIF
3.3VB
1.3VB
C
B
1
3
5
7
1
3
5
7
2
4
6
8
2
4
6
8
RA1001
33ohm
1/16W
RA1000
33ohm
1/16W
R1039
R1038
R1037
POD_CLK
SDA
SCL
SCL
TS_POD(7)
TS_POD(6)
TS_POD(5)
TS_POD(4)
TS_POD(3)
TS_POD(2)
TS_POD(1)
TS_POD(0)
0ohm
0ohm
0ohm
E
TS_POD(0:7)
R1091
22Kohm
1/10W
IC1006
C1065
1
2
3
B
VCC
A
GND
Y
R1092
470ohm
1/10W
100nF
16V
74AHCT1G08
R1093
0ohm
1/10W
M_TU_CVBS
BD1010
CIC21J601NE
SDA_A
SCL_A
Q1004
KSC1623-G
5VB
TS_POD_VLD
0ohm
C1110
22uF
16V
10Kohm
1/10W
M_CVBS_T
R1063
C1101
10nF
50V
TP1000
TU_nRST
9
RESET
ERROR
BD1021
CIC21J601NE
5
4
R1048
22ohm
TS_POD_CLK
MGND3
MGND4
9VB
12VB
IC1001
BD1014
-
BA178M09FP
33VB_TU
1
IC1009
MIC3172
1nF
50V
1Kohm
1/10W
1
2
3
4
GND
COMP
GND1
VSW
FB
GND2
EN
VIN
8
7
6
5
D1007
SS24
L1003
C1049
33uF
25V
L1005
10uH
C1104
47uF
16V
C1095
100nF
25V
R1077
R1083
1.2Kohm
1/10W
10-2
27KohmR1078
1/10W
3.9Kohm
1/10W
O
G
3
2
L1014
3.9uH
2
50V
1uF
12VB
C1123
R1089
I
1
C1118
C1099
C1100
47uF
50V
47uF
50V
C1060
100nF
25V
C1050
100uF
16V
C1061
100nF
25V
C1090
100nF
50V
Samsung Electronics
Schematic Diagram
10-1-3 Main Board-3
This Document can not be used without Samsung’s authorization.
PC_DDC_VCC
Power
Signal
COMP1_Y
COMP1_Y
COMP1_Pb
COMP1_Pb
COMP1_Pr
S1_Y
S1_Y
COMP1_Pr
S1_C
S1_C
COMP1_L_IN
COMP1_L_IN
S1-DET
COMP1_R_IN
COMP1_R_IN
D1085
R1553
75ohm
10pF
10pF
10pF
C1711
C1700
C1701
CDS3C30GTH
75ohm
CDS3C30GTH
D1102
R1673
CDS3C30GTH
D1101
75ohm
CDS3C30GTH
D1104
R1672
CDS3C30GTH
D1103
R1685
CDS3C30GTH
D1105
D1079
100ohm
1/10W
COMP1-DET
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
R1554
V1-DET_JACK
100ohm
1/10W
MONITOR_OUT
MONITOR_R_OUT_JACK
COMP1_Y
COMP1_Pb
COMP1_Pr
COMP1_R_IN
PC_Sound_R_IN
85
86
MGND4
MGND3
3D_IR_JACK
COMP2_R_IN
COMP2_Pr
COMP2_Pb
COMP2_Y
COMP2-DET_JACK
V1-DET
10pF
56
57
R1735
COMP2-DET_JACK
C1759
54
55
AV1_L_IN
AV1_R_IN
10pF
52
53
AV1_L_IN
AV1_R_IN
C1758
51
PC_HSYNC_IN
PC_DDC_SDA
10pF
48
50
C1772
46
49
COMP2_L_IN
COMP2_R_IN
75ohm
44
45
47
COMP2_L_IN
COMP2_R_IN
R1720
43
AV1_CVBS
AV1_CVBS
75ohm
42
R1719
40
75ohm
38
R1743
36
37
41
COMP2_Pr
CDS3C30GTH
35
39
COMP2_Pb
COMP2_Pr
D1108
34
CDS3C30GTH
32
33
COMP2_Y
D1107
31
COMP2_Y
COMP2_Pb
CDS3C30GTH
30
D1112
28
29
CDS3C30GTH
26
27
S2-DET
D1110
25
S1_Y
S1_C
AV1_CVBS
AV1_R_IN
S2-DET_JACK
S2_Y
S2_C
V2-DET_JACK
AV2_CVBS
AV2_R_IN
PC_R_IN
PC_G_IN
PC_B_IN
CDS3C30GTH
24
CDS3C30GTH
22
23
100ohm
1/10W
D1111
21
S2_C
R1599
S2-DET_JACK
D1109
20
CDS3C30GTH
18
19
S2_Y
S2_ Y
S2_C
D1089
17
SPDIF_OUT
S1-DET_JACK
USB_AN_R
USB_AP_R
CDS3C30GTH
16
D1088
14
15
CDS3C30GTH
13
100ohm
1/10W
COMP2-DET
AV2_CVBS
AV2_CVBS
AV2_L_IN
AV2_L_IN
AV2_R_IN
AV2_R_IN
R1620
V2-DET_JACK
100ohm
1/10W
R1764
3D_IR_JACK
V2-DET
CDS3C30GTH
D1091
D1096
CDS3C30GTH
D1095
CDS3C30GTH
D1092
(FOR 3D IR TRANSMITTER)
CDS3C30GTH
D1116
5VB_3D_IR
100ohm
1/10W
3D_IR
CDS3C30GTH
COMP2_L_IN
10
12
D1083
COMP1_L_IN
PC_Sound_L_IN
HDMI_R_IN
9
11
D1082
MONITOR_L_OUT_JACK
COMP1-DET_JACK
R1652
COMP1-DET_JACK
TX_RS232_DEBUG_JACK
CDS3C30GTH
PC_VSYNC_IN
PC_DDC_SCL
8
D1081
PC_DET_IN
6
CDS3C30GTH
AV2_L_IN
4
7
D1090
AV1_L_IN
2
5
CDS3C30GTH
V1-DET_JACK
MGND1
1
3
D1077
HDMI_L_IN
MGND2
CDS3C30GTH
RX_RS232_DEBUG_JACK
100ohm
1/10W
CDS3C30GTH
CN 1 0 2
UJB-19-02A
D1078
D1076
USB_VCC_CHECK_R
CDS3C30GTH
5VB
CDS3C30GTH
S1-DET_JACK
D1097
RLZJ9.1B TE12
PC_DDC_VCC
3.3VB
MONITOR_OUT
EN
OUT
FLG
IN
GND
OUT
ILIM
NC
C1905
100nF
25V
R1868
D1122
RLZ6.2B
C1906
100nF
25V
C1903
100uF
16V
HDMI_L_IN
HDMI_R_IN
MONITOR_L_OUT
D1075
D1094
D1093
5VB_3D_IR
BD1107
CIC21J601NE
8
7
6
5
HDMI_L_IN
HDMI_R_IN
CDS3C30GTH
1
2
3
4
CDS3C30GTH
3D_PW_EN
3D_PW_FLAG
0ohm
0ohm
D1100
IC1066
MIC2544-1YM
R1857
R1856
CDS3C30GTH
R1867
10Kohm
MONITOR_OUT
MONITOR_R_OUT
D1080
R1653
MONITOR_L_OUT_JACK
R1866
10Kohm
100ohm
1/10W
100ohm
1/10W
CDS3C30GTH
R1629
MONITOR_R_OUT_JACK
CDS3C30GTH
5VB
C1916
100uF
16V
220ohm
1/10W
(LIMIT ATION: 1A)
3.3VB
3.3VA
5VB
BD1084
R1864
10Kohm
R1865
10Kohm
IC1065
USBPW_ONOFF
USB_VCC_CHECK
R1458
R1439
0ohm
0ohm
USB_AN
R1526
USB_AP
R1535
0ohm
1/10W
0ohm
1/10W
1
2
3
4
EN
OUT
FLG
IN
GND
OUT
ILIM
NC
C1757
100nF
25V
USB_VCC_CHECK_R
BD1061
MIC2544-1YM
CIC21J601NE
8VB_SW
8
7
6
5
C1508
100nF
25V
R1869
D1063
RLZ6.2B
C1504
100nF
25V
C1763
100nF
25V
C1492
100uF
16V
IC1051
SP3232
220ohm
1/10W
D1074
RLZ5.6B-TE-11
RLZ5.6B-TE-11
D1072
Samsung Electronics
1
2
3
4
5
6
7
8
C1771
100nF
25V
(LIMIT ATION: 1A)
R1530
R1536
CIC21J601NE
27ohm
1/10W
27ohm
1/10W
USB_AN_R
USB_AP_R
R1520
15Kohm
1/10W
R1545
15Kohm
1/10W
C1756
100nF
25V
C1752
100nF
25V
C1+
VCC
V+
GND
C!-
T1OUT
C2+
R1IN
C2-
R1OUT
V-
T1IN
T2OUT
T2IN
R2IN
R2OUT
16
15
14
13
12
11
10
9
R1628
100ohm
R1739
R1736
R1734
R1727
C1773
100nF
2 5V
100ohm
100ohm
0ohm
0ohm
D1069
CDS3C30GTH
TX_RS232_DEBUG_JACK
RX_RS232_DEBUG_JACK
R1639
22Kohm
C1649
10uF
16V
MONITOR_YC
RX_RS232_DEBUG
TX_RS232_DEBUG
D1067
CDS3C30GTH
C
B
MONITOR_CVBS
R1627
100ohm
R1636
4.7Kohm
E
Q1017
KTC3875S-GR
R1630
75ohm
R1640
22Kohm
MONITOR_OUT
R1619
470ohm
10-3
Schematic Diagram
10-1-4 Main Board-4
This Document can not be used without Samsung’s authorization.
8VB_SW
Power
B
Signal
100ohm
100ohm
9VB
SDA_B1
C1696
100uF
16V
SCL_B1
IC1047
C1645
10uF
16V
M_TU_CVBS
R1661
AV1_CVBS
R1680
AV2_CVBS
R1706
C1684
100ohm
100ohm
1
2
3
4
5
6
7
8
9
10
C1734
DTV_CVBS
16V
10uF
R1654
R1671
75ohm
1/10W
75ohm
1/10W
3.3uH
D1121
RLZ12B-TE-11
TEA6425D
10uF
16V
10uF
16V
C1707
100ohm
L1022
C1662
100nF
25V
C1877
IN1
VCC
SDA
OUT1
IN2
OUT2
SC L
OUT3
IN3
OUT4
IN4
OUT5
SUB
OUT6
IN5
OUT7
VCCP
OUT8
IN6
GND
20
19
18
17
16
15
14
13
12
11
R1644
0ohm
R1658
0ohm
AV1_L_IN
AV2_L_IN
R1806 1Kohm
C1891
R1807 1Kohm
C1892
R1816
1Kohm
C1901
HDMI_L_IN
C1893
PC_Sound_L_IN
R1809 1Kohm
C1894
COMP1_L_IN
R1810 1Kohm
COMP2_L_IN
MAIN_L
MAIN_R
SDA_B1
4.7uF
10V
4.7uF
10V
4.7uF
10V
R1808 1Kohm
R1584
100ohm
100ohm
R1831
100ohm
SDA_SOUND
TEA6422D
8VB_SW
R1830
IC1064
MONITOR_CVBS
0x90
C1715
100nF
25V
1nF
50V
C1836 C1870
100uF 100nF
25V
25V
MAIN_CVBS_IN
R1651
4.7Kohm
R1642
R1655
BD1080
CIC21J601NE
C1895
4.7uF
10V
4.7uF
10V
4.7uF
10V
1
2
3
4
5
6
7
8
9
10
11
12
13
14
GND
SDA
CAP
S CL
VS
ADDR
L1
R1
L2
R2
L3
R3
NC
NC
NC
NC
L4
R4
L5
L6
R5
R6
LOUT1
ROUT3
ROUT1
LOUT3
LOUT2
ROUT2
28
27
26
25
24
23
22
21
20
19
18
17
16
15
SCL_SOUND
C1896
C1897
4.7uF R1811 1Kohm
10V
4.7uF R1812 1Kohm
10V
1Kohm
R1817
AV1_R_IN
AV2_R_IN
C1902
4.7uF
C1898
4.7uF R1813 1Kohm
10V
PC_Sound_R_IN
4.7uF R1814 1Kohm
10V
4.7uF R1815 1Kohm
10V
COMP2_R_IN
10V
C1899
C1900
HDMI_R_IN
COMP1_R_IN
R1821
0ohm
R1822
0ohm
BD1074
CIC21J601NE
R1570
100ohm
SCL_B1
C1532
S1_Y
R1601
100ohm C1619
10uF
R1575
100ohm C1588
10uF
100nF
25V
IC1041
16V
TEA6425D
1
2
3
4
5
6
7
8
9
10
16V
R1557
100ohm C1555
S2_Y
10uF
16V
R1539
100ohm
C1533
S2_C
10uF
VCC
SDA
OUT1
IN2
OUT2
SCL
OUT3
IN3
OUT4
IN4
OUT5
SUB
OUT6
IN5
OUT7
VCCP
OUT8
GND
4.7Kohm
IN6
20
19
18
17
16
15
14
13
12
11
R1573
0ohm
MAIN_Y_IN
R1566
0ohm
MAIN_C_IN
MONITOR_YC
100nF
25V
R1555
4.7Kohm
75ohm
0x96
C1552
R1529
75ohm
R1550 75ohm
R1569
R1590 75ohm
R1564
16V
IN1
R1589
4.7Kohm
S1_C
8VB_SW
12VB
IC1055
BA178M08FP
BD1098
MPZ2012S300A
1
I
O
3
G
C1806
100uF
25V
10-4
C1808
100nF
25V
2
C1784
100uF
16V
C1787
100nF
1 6V
Samsung Electronics
Schematic Diagram
10-1-5 Main Board-5
This Document can not be used without Samsung’s authorization.
Power
CIC21J601NE
C1531
10uF
16V
2.5VB
Signal
C1538
100nF
25V
BD1085
MPZ2012S300A
1
VIN
2
C1777
1.8V_AVDAD
1.8V_DVDAD
BD1089
SC1566I5M-2.5TRT
CIC21J601NE
5
VO
4
ADJ
EN
100uF
16V
1.8V_AVDAD
IC1054
MGND1
BD1070
GND
3.3V_DAAVD
3.3VB
GND
3
R1752
C1795
10Kohm
1/10W
100uF
16V
C1796
100nF
25V
C1729
100nF
25V
C1767
100uF
16V
C1728
1.8V_DVDAD
C1769
100nF
100nF
BD1088
R1755
3.3VB
CIC21J601NE
20Kohm
1/10W
3.3V_AVD
C1747
100nF
25V
C1764
BD1079
100uF
16V
CIC21J601NE
1.8V_AVDPL
C1731 C1694
C1741
C1712
C1730
C1727
100nF
100nF
100nF
100nF
100nF
100nF
1.8V_DVD
BD1077
CIC21J601NE
C1648
100uF
16V
C1705
C1658 C1579
470nF
16V
470nF
16V
470nF
16V
470nF
16V
C1569
C1584
C1 6 5 4
C1651 C1726
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
C1710
C1680
C1582
C1617 C1626
C1683
C1724
C1703
C1629 C1610
C1600
C1578
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
C1690
C1572
100nF
25V
C1603
C1587
100uF
16V
BD1081
C1620
C1602
C1634 C1692
C1665
C1714
C1691
C1725 C1723
C1577
C1635
C1580
C1581
CIC21J601NE
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
470nF
16V
100uF
16V
1.8V_AVDAD
E
100ohm
R1606
100ohm
R1563
R1588
R1580
R1572
R1600
Q1020
22ohm
C1750
470nF
16V
C1749
100nF
25V
DVD
SADSEL
IRAM_MODE
IRAM_SEL
SDA
SCL
VSS
AVD
OUTR0
OUTR1
OUTR2
OUTR3
OUTR4
VSS
AVD
OUTR5
OUTR6
OUTR7
OUTR8
OUTR9
DVD
VSS
AVD
DY0
DY1
DY2
DY3
DY4
DY5
DY6
DY7
DY8
DY9
DC0
DC1
VSS
AVD
DVD
DC2
DC3
DC4
DC5
DC6
DC7
DC8
DC9
3
DTOCLK_IN
15 3
VRM1
AVDPL
C1765
R1730
R1737
1Kohm
1/10W
75ohm
1/10W
47uF
16V
C1745
14 8
C1744
14 6
DVDAD123
AOUT
DVSAD123
DAAVD
AVDAD3
141
14 0
139
OUTCLK
13 8
VRT4
137
136
OUTC9
AVSAD4
OUTC8
135
IC1046
CXD3815Q
VRM4
24
VRB4
25
DVDAD45
26
DVSAD45
134
OUTC7
133
OUTC6
MAIN_C_IN
C
E
100nF
Q1024
KSC1623-G
VSS
C1751
R1724
R1716
1Kohm
1/10W
75ohm
1/10W
2.2uF
16V
R1715
R1683
R1714
R1682
R1713
29
1 29
OUTC5
128
OUTC4
127
AIN5
OUTC3
AVSAD5
OUTC2
126
VS S
VSS
AVD
OUTC1
DVD
OUTC0
AD4_SEL
OUTY9
AD5_SEL
OUTY8
VSS
OUTY7
122
12 1
119
C1661 C1693
100nF
100nF
C1682
C1607 C1671
100nF
100nF
100nF
BD1083
MPZ2012S300A
M_ROUT(4)
M_ROUT(3)
C1735
M_ROUT(2)
1
3
5
7
2
4 RA1104
6 33ohm
8 1/16W
1
3
5
7
1
3
5
7
2
4
6
8
2
4
6
8
M_ROUT(0)
M_GOUT(0:9)
M_GOUT(9)
M_GOUT(8)
MAIN_DQ(0:15)
11 8
11 7
40
TEST0
AVD
TEST1
VSS
116
41
115
42
OUTY6
TEST2
11 4
43
OUTY5
TEST3
11 3
44
T R ST
OUTY4
VSS
OUTY3
112
11 1
OUTY2
110
DVD
DVD
XRST
AVD
109
48
IC1045
M_GOUT(7)
RA1103
33ohm
1/16W
M12L64164A-5T
M_GOUT(6)
M_GOUT(5)
M_GOUT(4)
MAIN_DQ(0)
M_GOUT(3)
RA1102
M_GOUT(2)
33ohm
1/16W
M_GOUT(1)
MAIN_DQ(1)
M_GOUT(0)
MAIN_DQ(2)
108
49
DQ0
V SS
DQ1
OUTY1
DQ2
OUTY0
DQ3
EXT_V
107
50
MAIN_DQ(3)
1 06
51
MAIN_DQ(4)
105
TP1043
SDCLK
MAIN_DQ(5)
MAIN_DQ(6)
MAIN_DQ(7)
104
AVD
103
102
VSS
CKE
DQM
101
BA1
100
99
BA0
XCS
98
97
AVD
VSS
96
XWE
XRAS
DVD
95
94
93
92
XCAS
ADDR11
MAIN_ADDR(11)
MAIN_ADDR(10)
91
ADDR10
90
AVD
89
88
VSS
87
2
4 R1622
6 56ohm
8 1/16W
1
3
5
7
MAIN_ADDR(9)
ADDR9
86
85
ADDR8
84
ADDR7
DVD
MAIN_ADDR(8)
MAIN_ADDR(7)
MAIN_ADDR(6)
MAIN_ADDR(5)
83
VSS
ADDR6
82
ADDR5
81
ADDR4
80
ADDR3
78
AVD
VSS
77
79
2
4 R1633
6 56ohm
8 1/16W
1
3
5
7
MAIN_ADDR(4)
MAIN_ADDR(3)
MAIN_ADDR(2)
MAIN_ADDR(1)
MAIN_ADDR(0)
76
75
DVD
ADDR2
74
ADDR1
ADDR0
73
DQ15
72
2
4 R1647
6 56ohm
8 1/16W
1
3
5
7
DQ14
71
AVD
MAIN_DQ(15)
MAIN_DQ(14)
MAIN_DQ(13)
MAIN_DQ(12)
MAIN_DQ(11)
MAIN_DQ(10)
MAIN_DQ(9)
70
69
VSS
DQ13
68
67
R1662
56ohm
1/16W
DQ12
66
DQ11
65
DQ10
56ohm
1/16W
R1679
64
DQ9
DVD
63
AVD
61
VSS
DQ8
60
62
2
4
6
8
2
4
6
8
1
3
5
7
1
3
5
7
MAIN_DQ(8)
MAIN_DQ(7)
MAIN_DQ(6)
MAIN_DQ(5)
59
DQ7
DQ6
58
57
DQ5
56
54
VSS
AVD
MAIN_DQ(4)
MAIN_DQ(3)
MAIN_DQ(2)
MAIN_DQ(1)
MAIN_DQ(0)
1
3
5
7
2
4 R1688
6 56ohm
8 1/16W
53
DQ4
52
55
100nF
100nF
M_ROUT(1)
12 0
AVD
1
3
5
7
C1657
100nF
100uF
16V
123
47
C1737
C1704
M_ROUT(5)
AVD
VRB5
34
39
100ohm
2
4 R1711
6 56ohm
8 1/16W
M_ROUT(6)
12 4
33
46
R1712
2
4 RA1105
6 33ohm
8 1/16W
M_ROUT(7)
125
45
nRESETO
1
3
5
7
M_ROUT(9)
M_ROUT(8)
DVD
VRM5
38
0ohm
0ohm
0ohm
0ohm
0ohm
2
4 RA1106
6 33ohm
8 1/16W
3.3VB
VSS
0x98
VRT5
37
1 1
75ohm
1/10W
1
3
5
7
131
36
R1725
150ohm
13 2
35
TP1045
TP1046
R1549
13 0
AVDAD5
B
R1558
220ohm
1/10W
AVD
30
10ohm
1/10W
27pF
50V
3
DVD
27
31
R1726
C1541
KSA1182
C
M_ROUT(0:9)
VSS
AIN4
23
32
Q1015
B
AVD
20
100nF
25V
25V
2
DTOCLK_IN
3
E
0ohm
1/10W
KSA1182
4.7Kohm
1/10W
M_3815_VS
M_3815_HS
M_3815_CLK
OUTV
OUTH
VSS
C1738
C1739
R1562
C
B
R1561
VSS
AIN3
AVSAD3
VRM3
28
3.3V_DAAVD
14 2
18
100nF
25V
AOUT
Q1014
AVD
16
C1740
4.7Kohm
1/10W
E
2
143
AVDAD4
8VB_SW
R1559
14 4
21
100nF
100nF
AOUT
145
22
C1743
C1742
100ohm
1/10W
DVD
15
100nF
25V
100nF
25V
147
11
19
2.7Kohm
1/10W
DAAVS
VRM2
17
R1560
149
10
100nF
25V
R1542
220ohm
1/10W
1
C1571
15 0
VSS
DAVREF
0ohm
1/10W
1
R1538
DAVRO
AIN2
9
VRB123
470nF
16V
R1547
DTOCLK_IN
151
14
C1746
1uF
10V
AVSPL
8
13
1Kohm
1.8V_AVDPL
15 2
6
12
R1543
R1527
1Kohm
VSS
AVSAD1
AVSAD2
100nF
25V
C1562
154
AIN1
4
KSC1623-G
75ohm
1/10W
nRESETO
155
5
Q1023
R1731
CIC21J601NE
C1529
100nF
25V
AVD
AVDAD2
470nF
16V
C1748
10ohm
1/10W
Place near IC
BD1072
1
15 6
VRT123
E
SW
REFCLK_IN
7
C
G ND
3.3VB
4
22ohm
AVDAD1
C1713
B
VCC
R1528
1
8VB_SW
10ohm
1/10W
OUT
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
205
206
204
DVTIM
DHTIM
100nF
2
MAIN_Y_IN
100nF
3
C1708
DCLK
39ohm
1/10W
VSS
R1674
AVD
470ohm
1/10W
207
208
R1669
KSR2101
VS S
R1733
C1530
Q1019
3
1
R1732
C1536
100nF
KSC1623-G
DVD
C
MAIN_CVBS_IN
X1007
L480045279
80MHz
2
B
1.1Kohm
1/10W
SDA_CXD
SCL_CXD
1
E
2
R1641
CIC21J601NE
470ohm
1/10W
B
1 00n F
25V
BD1073
3.3V_AVD
33ohm
33ohm
33ohm
R1663
C
C1672
1.8V_DVD
1.8V_DVDAD
R1656
1.8Kohm
1/ 10W
470nF
16V
3.3VB
1.8V_AVDAD
R1657
470nF
16V
C1583
100nF
2 5V
C1697
3.3Kohm
1/10W
470nF
16V
1.8V_DVD
R1605
R1586
R1598
R1571
R1577
R1585
R1592
R1604
R1608
75ohm
22ohm
22ohm
22ohm
22ohm
22ohm
22ohm
22ohm
22ohm
MAIN_SDCLK_3815
MAIN_CKE
MAIN_DQM
MAIN_BA1
MAIN_BA0
MAIN_XCS
MAIN_XWE
MAIN_XRAS
MAIN_XCAS
M_3815_VS
R1582
M_3815_HS
R1565
M_3815_CLK
R1581
22ohm
1/10W
22ohm
1/10W
M_VS
M_HS
MAIN_DQM
MAIN_XWE
MAIN_XCAS
MAIN_XRAS
MAIN_XCS
MAIN_BA0
MAIN_BA1
MAIN_ADDR(10)
MAIN_ADDR(0)
MAIN_ADDR(1)
MAIN_ADDR(2)
MAIN_ADDR(3)
22ohm
1/10W
M_PCLK
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
VDD
VSS
DQ0
DQ15
VDDQ
VSSQ
DQ 1
DQ14
DQ 2
DQ13
VSSQ
V DDQ
DQ3
DQ12
DQ4
DQ11
VDDQ
VSSQ
DQ 5
DQ6
VSSQ
DQ7
V DD
LDQM
/WE
DQ10
DQ9
VDDQ
DQ8
VSS
NC
UDQM
/CAS
CLK
/RAS
CKE
/CS
NC
A1 3
A1 1
A12
A9
A10,AP
A8
A0
A7
A1
A6
A2
A5
A3
A4
VDD
VSS
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
MAIN_DQ(15)
MAIN_DQ(14)
MAIN_DQ(13)
MAIN_DQ(12)
MAIN_DQ(11)
MAIN_DQ(10)
MAIN_DQ(9)
MAIN_DQ(8)
MAIN_DQM
MAIN_SDCLK_3815
MAIN_CKE
MAIN_ADDR(11)
MAIN_ADDR(9)
MAIN_ADDR(8)
MAIN_ADDR(7)
MAIN_ADDR(6)
MAIN_ADDR(5)
MAIN_ADDR(4)
MAIN_ADDR(0:11)
FOR CAPTION SLICING
MAIN_ADDR(0:11)
M_VS
R1583
M_HS
R1853
0ohm
1/10W
0ohm
1/10W
MAIN_VBI
MAIN_H
MAIN_DQ(0:15)
Samsung Electronics
10-5
Schematic Diagram
10-1-6 Main Board-6
This Document can not be used without Samsung’s authorization.
5VB
Power
100nF
100nF
5VB
1
D1066
2
C1517
C1513
1
2
3.3VB
R1578
4.7Kohm
1/10W
3
3
D1065
1
3
D1064
2
C1511
100nF
Signal
BD1064
CIC21J601NE
B
PC_DDC_SDA
PC_DDC_SDA
PC_DDC_SCL
PC_DDC_SCL
PC_DET_IN
R1579
470ohm
PC_VSYNC_IN
R1514
100ohm
PC_VSYNC
PC_HSYNC_IN
R1518
100ohm
PC_HSYNC
PC_DET
IC1036
PC_R_IN
D1087
D1070
R1506
75ohm
1/10W
D1068
R1475
75ohm
1/10W
CDS3C30GTH
PC_R_IN
CDS3C30GTH
PC_B_IN
PC_G_IN
CDS3C30GTH
PC_B_IN
PC_G_IN
R1467
75ohm
1/10W
C1539
C1540
C1528
C1526
15pF
50V
15pF
50V
15pF
50V
15pF
50V
C1514
10uF
16V
C1524
100nF
25V
TC74LCX14FN(ELF,M)
PC_VSYNC
PC_HSYNC
R1505
PC_VS
0ohm
R1512
0ohm
PC_HS
DELETE
PC_DDC_VCC
5VB
BD1065
R1448
10ohm
1/10W
0ohm
R1465
R1464
10ohm
1 / 10W
PC_R
1 TP1044
PC_G
D1084
PMLL4148
R1507
3pF
50V
3pF
50V
10ohm
1
PC_B
PC_DDC_SCL
C1507
C1515
3pF
50V
1 / 10W
D1071
0ohm
R1508
BD1066
C1510
PC_B_IN
CDS3C30GTH
PC_DDC_SCL
D1086
PMLL4148
L1010
CIC21J601NE
B
R1551
10Kohm
1/10W
R1552
C1558
100nF
25V
10Kohm
1/10W
3.3VB
IC1039
R1540
PC_DDC_SDA
1/10W
1
PC_Sound_L_IN
PC_DDC_SDA
PC_Sound_R_IN
10-6
D1073
CDS3C30GTH
D1099
CDS3C30GTH
D1098
PC_Sound_R_IN
CDS3C30GTH
PC_Sound_L_IN
100ohm
R1541
1/10W
100ohm
AT24C02N-10SC
1
2
3
4
VCC
E0
E1
MODE,/WC
E2
SCL
VSS
SDA
8
7
6
5
R1548
R1544
100ohm
1/10W
4.7Kohm
1/10W
R1516
4.7Kohm
1/10W
1 DDC_WP
S
PC_G_IN
0ohm
R1449
G
BD1062
D
PC_R_IN
0ohm
R1517
DDC_EEP_WP
2N7002L
Q1013
Samsung Electronics
Schematic Diagram
10-1-7 Main Board-7
This Document can not be used without Samsung’s authorization.
Power
3.3VB
HDMI_1_RXC+
HDMI_1_RXC-
CEC
HDMI_1_DDC_SCL
HDMI_1_DDC_SDA
D1014
RLZJ9.1B TE12
HDMI1_HPLUG_CTL
D1016
HDMI1
R1095
4.7Kohm
1/10W
MGND3
CDS3C30GTH
R1114
100ohm
1/10W
E
D1017
B
D1020
100ohm
C
CDS3C30GTH
HDMI1_ID
Q1008
KSC1623-G
CDS3C30GTH
D1018
RLZJ9.1B TE12
MGND1
D1019
1Kohm
CDS3C30GTH
HDMI_1_5V
R1139
R1100
MGND3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
HDMI_1_RX0+
HDMI_1_RX0-
4.7ohm
4.7ohm
MGND1
2
1
2
1
FT1007
FT1004
2
1
FT1005
2
1
FT1006
1
2
1
3
3
D1038
2
1
2
D1031
1
3
3
3
D1035
2
1
2
D1028
1
D1034
3
3
4
3
4
3
4
3
4
R1206
R1200
4.7ohm
4.7ohm
R1192
R1185
4.7ohm
4.7ohm
R1172
R1167
4.7ohm
4.7ohm
R1218
R1212
4.7ohm
4.7ohm
HDMI_2_RX2+
HDMI_2_RX2HDMI_2_RX1+
HDMI_2_RX1HDMI_2_RX0+
HDMI_2_RX0HDMI_2_RXC+
HDMI_2_RXC-
CEC
HDMI_2_DDC_SCL
HDMI_2_DDC_SDA
R1219
1Kohm
HDMI_2_5V
D1029
RLZJ9.1B TE12
R 1240
HDMI2_ID
Q1009
KSC1623-G
HDMI2
100ohm
C
B
E
D1030
RLZJ9.1B TE12
HDMI2_HPLUG_CTL
R1338
4.7Kohm
1/10W
CEC
CEC
3.3VB
MGND2
CDS3C30GTH
4.7ohm
4.7ohm
R1151
R1145
3
4
MGND4
HDMI_1_RX1+
HDMI_1_RX1-
D1040
FT1003
R1105
R1099
3
4
HDMI_1_RX2+
HDMI_1_RX2-
CDS3C30GTH
2
1
4.7ohm
4.7ohm
D1041
FT1000
4.7ohm
4.7ohm
R1124
R1117
D1036
2
1
3
4
R1135
R1130
CDS3C30GTH
FT1001
3
4
CDS3C30GTH
2
1
C1280
100nF
C1292
100nF
D1037
FT1002
R1223
100ohm
1/10W
2
1
2
2
3
D1033
1
D1039
2
D1032
3
3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
C1264
100nF
C1305
100nF
C1291
100nF
C1282
100nF
1
2
2
1
CN114
500254-1907
3
C1306
100nF
C1281
100nF
D1026
1
3
D1027
2
D1015
3
D1021
C1214
100nF
C1241
100nF
100nF
1
2
2
3
D1022
D1023
3
MGND2
3
3
D1025
D1024
500254-1907
MGND4
C1156
C 1176
100nF
C1181
100nF
1
2
1
2
1
2
CN113
C1205
100nF
1
C1199
1 0 0 nF
C1229
100nF
3.3VB
1
Signal
5VB
HDMI_1_5V
R1146
1 TP1001
PMLL4148
D1012
PMLL4148 BD1028
D1013
CIC21J601NE
3.3VB
R1251
R1238
4.7ohm
4.7ohm
1Kohm
HDMI_3_5V
R1335
HDMI3_ID
100ohm
C
B
E
R1304
100ohm
1/10W
HDMI3
Q1011
KSC1623-G
HDMI3_HPLUG_CTL
D1050
RLZJ9.1B TE12
R1385
4.7Kohm
1/10W
47Kohm
D
R1132
47Kohm
R1126
100oh m
R1122
100ohm
0ohm
DDC_EEP_WP
HDMI_1_DDC_SCL
HDMI_1_DDC_SDA
HDMI_2_5V
HDMI_1_DDC_SDA
PMLL4148 BD1051
D1044
CIC21J601NE
HDMI_3_DDC_SCL
HDMI_3_DDC_SDA
R1359
R1112
Q1006
2N7002L
1 TP1021
PMLL4148
D1043
D1049
RLZJ9.1B TE12
R1120
4.7Kohm
1/10W
1
5VB
HDMI_3_RXC+
HDMI_3_RXC-
CEC
100ohm
1/10W
3.3VB
C1394
100nF
25V
IC1024
AT24C02N-10SC
1
2
3
4
E0
VCC
E1
MODE,/WC
E2
SCL
VSS
SDA
8
7
6
5
R1278
4.7Kohm
1 /1 0 W
R1276
4.7Kohm
R1293
100ohm
1/10W
1/10W
D
3
4
HDMI_3_RX0+
HDMI_3_RX0-
R1113
47Kohm
FT1008
4.7ohm
4.7ohm
1/10W
HDMI_1_DDC_SCL
R1294
2
1
R1210
R1204
SDA
47Kohm
3
4
VSS
8
7
6
5
HDMI_3_RX1+
HDMI_3_RX1-
CDS3C30GTH
FT1011
4.7ohm
4.7ohm
SC L
R1121
4.7Kohm
1/10W
R1097
4.7Kohm
R1101
1
CDS3C30GTH
2
1
R1222
R1214
D1054
3
4
VCC
MODE,/WC
E2
HDMI_3_RX2+
HDMI_3_RX2-
D1060
FT1010
4.7ohm
4.7ohm
CDS3C30GTH
2
1
R1233
R1226
D1059
3
4
CDS3C30GTH
FT 10 0 9
D1053
MGND1
2
1
E0
E1
R1328
2
1
1
2
3
4
3
3
D1045
1
2
1
3
D1055
2
1
3
D1048
2
1
3
D1058
2
1
3
D1047
2
D1057
IC1011
AT24C02N-10SC
MGND2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
MGND3
3
3
MGND4
1
2
1
D1056
CN115
500254-1907
D1046
2
C1149
100nF
25V
S
C1444
100nF
C1463
100nF
G
C1446
100nF
C1462
100nF
C1445
100nF
C1461
100nF
G
C1460
100nF
C1447
100nF
S
220Kohm
1/10W
R1269
4.7Kohm
1/10W
R1271
Q1010
2N7002L
HDMI_2_DDC_SCL
0ohm
DDC_EEP_WP
1
R1299
100ohm
R1302
100ohm
HDMI_2_DDC_SCL
HDMI_2_DDC_SDA
1
5VB
HDMI_2_DDC_SDA
HDMI_3_5V
1 TP1036
PMLL4148 BD1057
D1051
CIC21J601NE
3.3VB
VCC
E1
MODE,/WC
E2
SCL
VSS
SDA
8
7
6
5
47Kohm
100ohm
1 /1 0 W
HDMI_3_DDC_SCL
S
E0
R1351
4.7Kohm
1/10W
R1382
4.7Kohm
1/10W
R1375
D
1
2
3
4
R1417
IC1029
AT24C02N-10SC
R1390
47Kohm
C1489
100nF
25V
G
PMLL4148
D1052
Q1012
2N7002L
R1365
4.7Kohm
1/10W
R1363
0ohm
DDC_EEP_WP
1
R1399
100ohm
R1410
100ohm
HDMI_3_DDC_SCL
HDMI_3_DDC_SDA
1
HDMI_3_DDC_SDA
Samsung Electronics
10-7
Schematic Diagram
10-1-8 Main Board-8
This Document can not be used without Samsung’s authorization.
Power
MST_VDVI
3.3VB
3.3VB
Signal
MST_VDDP
3.3VB
MST_VAUPLL
2.5VB
MST_VMPLL
BD1042
BD1039
MPZ2012S300A
MPZ2012S300A
BD1045
MPZ2012S300A
BD1036
MPZ2012S300A
C1164
100nF
25V
C1165
100nF
25V
C1250
100nF
25V
C1175
100nF
25V
C1215
100nF
25V
C1192
100nF
25V
C1166
100nF
25V
C1168
100nF
25V
C1268
100nF
25V
C1198
100nF
25V
C1216
100nF
25V
3.3VB
C1235
100nF
25V
C1251
100nF
25V
C1180
100nF
25V
C1287
100nF
25V
C1347
100nF
25V
MST_VADC
MST_VDDC
2.5VB
BD1048
3.3VB
MPZ2012S300A
MST_VPLL
C1345
100nF
25V
C1311
100nF
25V
BD1046
C1289
100nF
25V
MPZ2012S300A
C1290
100nF
25V
PC_VS
150ohm
33pF
2.2Kohm
R1273
C1516
R1292
10Kohm
COMP1_Pb
MSTPC_HS
C1423
MSTIN_PB1
390ohm
MSTIN_SOG1
1Kohm
MSTPC_VS
R1285
220pF
MSTIN_Y1
MST_VDDP MST_VDVI MST_VADC MST_VMPLL
C1375
47nF
COMP1_Pr
C1382
47nF
33ohm
MST_VPLL
MST_VAUPLL
C1376 47nF
120ohm
COMP1_Y
150ohm
R1291
MST_VDDC
MSTIN_PR1
MSTPC_B
C1379
47nF
C1371
47nF
R1280
150ohm
COMP2_Pr
R 1249
68ohm
C1321
47nF
R1248
68ohm
C1320
47nF
R1247
68ohm
C1319
47nF
MSTPC_SOG
MSTPC_G
MSTIN_PR2
MSTPC_R
13
14
MSTIN_PB1
R1246
68ohm
C1318
47nF
R1245
68ohm
C1317
47nF
MSTIN_SOG1
MSTIN_Y1
MSTIN_PR1
R1244
68ohm
C1316
47nF
R 1243
68ohm
C1315
47nF
23
24
25
26
27
28
22
MSTIN_PB2
R1870
R1871
HDMI_1_DDC_SDA
HDMI_1_DDC_SCL
100ohm
100ohm
MSTIN_SOG2
MSTIN_Y2
HDMI_1_RX0HDMI_1_RX0+
R1241
68ohm
C1313
47nF
41
42
43
44
46
47
HPD_SINK
SDA_SINK
SDA2
SCL_SINK
63
38
SCL2
GND
GND
GND
37
36
35
B21
Y1
34
IC1058
TMDS341APFCR
A21
VCC
69
B22
70
A22
71
GND
72
HDMI_RX1HDMI_RX1+
Z2
32
Y2
31
30
HDMI_RX2HDMI_RX2+
Z3
29
Y3
28
RIN0P
RIN0N
DATA[8]
DATA[9]
HSYNC1
DATA[10]
VSYNC1
DATA[11]
BIN1P
DATA[13]
BIN1N
DATA[14]
DATA[12]
SOGIN1
DATA[15]
GIN1P
GIN1N
DATA[16]
RIN1P
DATA[17]
RIN1N
DATA[18]
BIN2P
DATA[20]
DATA[19]
DATA[21]
DATA[22]
BIN2N
DATA[23]
SOGIN2
DATACK
GIN2P
GIN2N
IC1017
RIN2P
MST3369M-LF-170
RIN2N
SOGOUT/DE
HSOUT
VSOUT
0x9C
VSYNC2
FIELD
GPO
HSYNC2
A US D
128
129
131
132
134
135
137
138
123
122
139
140
142
143
145
146
148
149
155
156
AUSCK
RXA0N
AUWS
RXA0P
AUMUTE
RXA1N
MCKO
RXA1P
SPDIFO
RXA2N
RXA2P
RXACKN
REXT
RXACKP
DDCASCL
VREFP
DDCASDA
VREFN
RXB0N
RXB0P
A0
RXB1N
RXB1P
NC(MCL)
RXB2N
NC(MDA)
RXB2P
XOUT
RXBCKN
RXBCKP
DDCBSCL
XIN
DDCBSDA
INT
100ohm
SCL
SDA
HDMI_SEL3
HDMI_SEL2
HDMI_SEL1
78
23
VCC
S2
HPD1
S1
79
22
R1785
4.7Kohm
R1 7 8 4
4.7Kohm
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
GND
GND
GND
GND
GND
R1232
R1224
33ohm
33ohm
R1103
R1102
R1174
R1189
33ohm
33ohm
33ohm
33ohm
from Pin No 91, 92
M_ROUT(0)
M_ROUT(1)
RA1004
90
10ohm
7
5
3
RA1003 1
10ohm 7
5
3
1
89
88
87
86
85
84
83
8
6
4
2
8
6
4
2
M_ROUT(2)
M_ROUT(3)
M_ROUT(4)
M_ROUT(5)
M_ROUT(6)
M_ROUT(7)
M_ROUT(8)
M_ROUT(9)
RA1022
65
64
63
62
61
60
59
58
10ohm 7
5
3
RA1030 1
10ohm 7
5
3
1
M_GOUT(0:9)
from Pin No 66, 67
RA1040
53
52
51
50
49
48
47
46
10ohm
7
5
3
RA1046 1
10ohm 7
5
3
1
73
74
75
76
77
78
R1169
R1153
R1147
R1140
R1133
R1127
114
115
116
117
118
R1106
R1107
R1108
R1109
R1110
M_BOUT(0:9)
M_BOUT(2)
M_BOUT(3)
M_BOUT(4)
M_BOUT(5)
M_BOUT(6)
M_BOUT(7)
M_BOUT(8)
M_BOUT(9)
8
6
4
2
8
6
4
2
from Pin No 54, 55
M_BOUT(0)
M_BOUT(1)
33ohm
33ohm
33ohm
33ohm
33ohm
33ohm
M_PCLK
M_DE
M_HS
M_VS
33ohm
33ohm
33ohm
33ohm
33ohm
I2S_RX_DATA
I2S_RX_BCLK
I2S_RX_LRCLK
I2S_RX_MCLK
119
R1111
33ohm
151
R1236
390ohm
MST_VDVI
159
C1331
100nF
SPDIF_HDMI
5VB
C1360
100nF
160
M_GOUT(0)
M_GOUT(1)
M_GOUT(2)
M_GOUT(3)
M_GOUT(4)
M_GOUT(5)
M_GOUT(6)
M_GOUT(7)
M_GOUT(8)
M_GOUT(9)
8
6
4
2
8
6
4
2
R1237 R1229
10Kohm 10Kohm
C1359
100nF
38
IC1020
8
7
6
5
R1265
0ohm
44
45
C1398
22pF
35
VCC
A0
A1
WP
SCL
A2
SDA
VSS
1
2
3
4
CAT24WC08W-TE13F
X1002
36
14.31818MHz
C1397
22pF
R1262
R1264
R1263
43
39
40
37
100ohm
100ohm
100ohm
SCL_MST
SDA_MST
MST_RST
R1257
C1346 100ohm
100nF
25V
M_ROUT(0)
M_ROUT(1)
M_GOUT(0)
M_GOUT(1)
20
R1787
4.7Kohm
GND
GND
GND
GND
GND
GND
M_BOUT(1)
M_BOUT(0)
NC
PRE
VSADJ
19
18
VCC
GND
17
A14
16
VCC
B14
15
14
A13
13
12
11
B13
GND
10
A12
B12
9
8
A11
7
6
B11
GND
4
5
NC
SCL1
3
2
1
VCC
21
SDA1
80
54
55
66
67
91
92
95
96
97
98
99
102
103
104
24
GND
25
S3
GND
GND
GND
GND
Y4
A24
77
GND
26
B24
76
GND
HDMI_RXCHDMI_RXC+
Z4
VCC
75
NC
NC
NC
152
113
112
111
106
105
NC
NC
NC
125
70
82
110
VDDC
VDDC
VDDC
AVDD_AUPLL
34
154
AVDD_MPLL
AVDD_PLL
3
31
157
DATA[6]
DATA[7]
HWRESET
27
100ohm
100ohm
AVDD_ADC
AVDD_ADC
AVDD_DVI
AVDD_ADC
127
133
144
150
AVDD_DVI
VDDP
AVDD_DVI
VDDP
VDDP
VDDP
DATA[5]
GIN0N
VC C
A23
R1874
R1875
DATA[4]
GIN0P
R1256
GND
74
R1786
100ohm
33
B23
4.7Kohm
R1254
VCC
73
0ohm
HDMI_RX0HDMI_RX0+
Z1
GND
68
HDMI_2_RXCHDMI_2_RXC+
0ohm
0ohm
HDMI_DDC_SDA
HDMI_DDC_SCL
39
67
HDMI_2_RX2HDMI_2_RX2+
R1125
R1119
HDMI_HPD_SINK
40
66
HDMI_2_RX1HDMI_2_RX1+
R1804
12Kohm
NC
/OE
VCC
HPD3
SDA3
48
49
51
45
SCL3
B31
GND
A31
52
53
54
55
56
57
58
59
50
VCC
B32
A32
GND
B33
A33
B34
VCC
VCC
65
HDMI_2_RX0HDMI_2_RX0+
R1803
12Kohm
HDMI_DDC_SCL
HDMI_DDC_SDA
64
R1776
HDMI_RX0HDMI_RX0+
HDMI_RX1HDMI_RX1+
HDMI_RX2HDMI_RX2+
HDMI_RXCHDMI_RXC+
4.7Kohm
R1793
4.7Kohm
HPD2
BIN0N
SOGIN0
GND
62
DATA[1]
DATA[2]
DATA[3]
4
12
32
33
41
57
69
72
80
81
94
101
108
109
121
124
126
130
136
141
147
153
158
61
A34
60
0ohm
100ohm
100ohm
DATA[0]
BIN0P
R1789
4.7Kohm
NC
R1774
R1872
R1873
4.7Kohm
R1775
R1791
GND
4.7Kohm
HDMI_3_RX2HDMI_3_RX2+
47nF
0ohm
R1790
R1792
HDMI_3_RX1HDMI_3_RX1+
C1314
29
HDMI_1_RXCHDMI_1_RXC+
HDMI_3_RX0HDMI_3_RX0+
68ohm
30
HDMI_1_RX2HDMI_1_RX2+
HDMI_3_DDC_SDA
HDMI_3_DDC_SCL
R1242
MSTIN_PR2
3.3VB_TMDS341
HDMI_1_RX1HDMI_1_RX1+
15
16
17
18
19
20
21
VSYNC0
NC
MSTPC_R
HSYNC0
GND
33ohm
5
6
7
8
9
10
11
GND
R1288
MSTPC_B
MSTIN_Y2
COMP2_Y
PC_R
1
2
GND
4.7uF
10 V
33ohm
MSTPC_HS
MSTPC_VS
GND
C1421
MSTIN_SOG2
C1372 47nF
120ohm
AVDD_DVI
390ohm
R1281
VDDP
C1373
1nF
R1282
C1380
47nF
R1289
VDDP
MSTPC_SOG
MSTPC_G
VDDP
1nF
4.7uF
10 V
VDDP
390ohmC1381
MSTIN_PB2
GND
C1422 R1290
VDDP
150ohm
PC_G
42
56
68
71
79
93
100
107
120
M_ROUT(0:9)
C1374
47nF
R1283
COMP2_Pb
GND
PC_B
HDMI_2_DDC_SDA
HDMI_2_DDC_SCL
C1167
100nF
25 V
C1197
100nF
25V
C1377
1nF
R1286
R1284
4.7uF
10V
C1202
100nF
25V
C1163
100nF
25V
C1302
100nF
25V
C1378
47nF
R1287
1Kohm
R1274
C1399
R1511
BD1038
MPZ2012S300A
C1348
100nF
25V
PC_HS
C1183
100nF
25V
R1788
4.7Kohm
R1783
R1773
4.7Kohm
0ohm
3.3VB
3.3VB_TMDS341
BD1101
HH-1M1608-600JT
C1829
10uF
16V
C1817
C1818
C1819
C1820
C1821
C1822
10nF
50V
10nF
50V
10nF
50V
10nF
50V
10nF
50V
10nF
50V
C1823
C1824
C1825
C1826
C1827
C1828
10nF
50V
10nF
50V
10nF
50V
10nF
50V
10nF
50V
10nF
50V
HDMI_3_RXCHDMI_3_RXC+
10-8
Samsung Electronics
Schematic Diagram
10-1-9 Main Board-9
This Document can not be used without Samsung’s authorization.
IC1022-1
S5H2201
SDP52_M_Cr[5]/HDCA5
SDP52_M_Cb[0]/HDCA8
SDP52_M_Cb[1]/HDCA9
AF2
AF 1
AG5
AE3
2
4 RA1011
6 22ohm
8 1/16W
1
3
5
7
TO_JEDI_CLK
TO_JEDI_VLD
TO_JEDI_D
TO_JEDI_SYNC
SDP52_M_Cb[2]/HDCA10
TCLKC
SDP52_M_Cb[3]/HDCA11
TVLDC
SDP52_M_Cb[4]/HDCA12
TDATC
SDP52_M_Cb[5]/HDCA13
TSYNC
SDP52_M_Cb[6]/HDCA14
SDP52_M_Y[0]/HDCA16
SDP52_M_Y[1]/HDCA17
TCLKB/S_TS3_CLK
SDP52_M_Y[2]/HDCA18
TVLDB/S_TS3_VLD
SDP52_M_Y[3]/HDCA19
TDATB0/S_TS3_DATA
SDP52_M_Y[4]/HDCA20
TDATB1/S_TS4_VLD
SDP52_M_Y[5]/HDCA21
TDATB2/S_TS4_CLK
SDP52_M_Y[6]/HDCA22
TDATB3/S_TS4_DATA
M_ALBA_Y(0)
M_ALBA_Y(1)
M_ALBA_Y(2)
M_ALBA_Y(3)
M_ALBA_Y(4)
M_ALBA_Y(5)
M_ALBA_Y(6)
M_ALBA_Y(7)
RA1088
22ohm
1/16W
RA1080
22ohm
1/16W
SDP52_M_Y[7]/HDCA23
TDATB4/S_TS3_SYNC/SPI_CLK
TDATB5/S_TS4_SYNC/SPI_MISO
SDP52_S_C[0]/HDCB0
TDATB6/*/SPI_MOSI
SDP52_S_C[1]/HDCB1
TDATB7/*/SPI_NSSI
SDP52_S_C[2]/HDCB2
SDP52_S_C[3]/HDCB3
SDP52_S_C[4]/HDCB4
SDP52_S_C[5]/HDCB5
SDP52_S_C[6]/HDCB6
aY
aGY
aSVREF
aBPb
G29
J31
J29
H3 2
H29
H3 3
L30
K31
SDP52_S_Y[1]/HDCB9
SDP52_S_Y[2]/HDCB10
SDP52_S_Y[3]/HDCB11
1
3
5
7
I2S_RX_DATA
I2S_RX_BCLK
I2S_RX_LRCLK
I2S_RX_MCLK
3.3VB
R1162
R1137
LAMP_SEL
LAMP_TX_SEL
AA1
AD5
AA2
AA3
2
4 RA1006
6 0ohm
8 1/16W
22ohm
22ohm
U3
U4
SDP52_S_Y[4]/HDCB12
I2S_RX_DATA/GPIOC[3]
SDP52_S_Y[5]/HDCB13
I2S_RX_BCK/GPIOC[2]
SDP52_S_Y[6]/HDCB14
I2S_RX_WS/GPIOC[1]
SDP52_S_HSYNC/HIHSYNCB
DNIe4_GP_a[0]/HOG4
DNIe4_GP_a[1]/HOG5
DNIe4_GP_a[2]/HOG6
INTERRUPT3/GPIOPI
CLK27_TS
INTERRUPT7/GPIOPM
GPIOB[4]/SMECLKA
GPIOB[3]/SMDETA
RESET
GPIOB[2]/SMVCCA
GPIOB[1]/SMRSTA
RSTOUT
GPIOB[0]/SMCLKA
PWMOUT
AVDIN/NRSSDINA
AVCLK/NRSSCLKA
AVnRST/NRSSDOUTA
SMDATB
CALM_AUD_TDO/SMECLKB
CALM_AUD_TDI/SMDETB
PLL_VID
CALM_AUD_TMS/SMVCCB
CALM_AUD_nTRST/SMRSTB
XTALI
CALM_AUD_TCK/SMCLKB
AG32
AG33
CLK74_DP
XTALO
AVVLDI/NRSSDINB
AVDOUT/NRSSCLKB
EXT_AUD_CLK
AVVLDO/NRSSDOUTB
22ohm
22ohm
22ohm
Y3
AA4
Y4
AC4
CLK74_DP2
USBOVCUR0
CLKVID
USB_CLK
USBP0
NANDFLASH
GPIOD[3]
MSBS/UARTTxDA
GPIOD[2]
MSDAT/UARTRxDA
GPIOD[1]
MSCLK/UARTnCTSA
GPIOD[0]/I_CLK_VID2
-
INS/UARTnRTSA
C116521
OE
VD D
AVDD
FS1
VCXO
VSS
AVSS
CLK1
VSSL
VDDL
REFCLK2
FS0
REFCLK1
CLK2
15
14
13
12
11
10
9
15pF
50V
F S1
USBPW_ONOFF
PIXS_7170
R1771
22ohm
FS1
SPL_CTL
SPDIF_SEL
R1152
R1138
22ohm
22ohm
AE29
AD30
AF29
AE33
CLK74_DP
FS0
R1509
75ohm
1/10W
CLK74_DP2
GPIOPC[0]/UARTRxDB
ARM7_TMS/GPIOE[4]
ARM7_nTRST/GPIOE[3]
GPIOS[4]/TMS
ARM7_TDO/GPIOE[2]
GPIOS[3]/nRST
ARM7_TDI/GPIOE[1]
GPIOS[2]/TDO
ARM7_TCK/GPIOE[0]
GPIOS[1]/TDI
GPIOS[0]/TCK
TEST1
TEST2
GPIOPE/IRIN
TEST3
ENDIAN
TEST4
R1510
75ohm
1/10W
CLK27_TS
R1537
75ohm
1/10W
R1279
R1295
R1324
R1332
R1336
R1345
R1266
R1268
1/10W
4.7Kohm
1/10W
4.7Kohm
1/10W
4.7Kohm
1/10W
4.7Kohm
1/10W
4.7Kohm
1/10W
4.7Kohm
10uF
16V
Q1016
KRC104S
B
AE5
AD 2
AD1
R1221
R1165
R1164
0ohm
0ohm
0ohm
R1194
R1188
R1183
R1131
R1142
R1195
0ohm
0ohm
0ohm
0ohm
0ohm
0ohm
AB3
AE4
AB4
AC1
AC 2
AC3
CALM_TDO
CALM_TDI
CALM_TMS
CALM_NTRST
CALM_TCK
AD4 R1173
AB2 R1163
AB1 R1141
IC1042
MC74VHC244DTR2
1Ko1h/1m0W
RX_RS232_DEBUG
R1617
3.3VB
R1609
1Ko1h/1m0W
TX_RS232_DEBUG
1
2
3
4
5
6
7
8
9
10
/OE1
VCC
I0
/OE2
O0
O4
I1
I4
O5
O1
I2
I5
O6
O2
I3
I6
O7
O3
G ND
I7
20
19
18
17
16
15
14
13
12
11
R1602
1Ko1h/1m0W
R1603
1Ko1h/1m0W
TX_RS232
RX_RS232
R1625
1001o/1
mW
h0
R1613
mW
1001o/1
h0
TX_DEBUG
RX_DEBUG
X1004
L480045279
R1371
0ohm
0ohm
0ohm
22ohm 3
1/10W
2
OUT
VCC
G ND
SW
48MHz
4
1
B3 3
C3 2
D3 1
E3 0
USB_VCC_CHECK
USB_AN
USB_AP
G31 R1357
H30 R1358
F32
E33
0ohm
0ohm
3.3VA
TX_MICOM_LAMP
BD1106
RX_MICOM_LAMP
CIC21J601NE
H31
J30
R1394
R1400
0ohm
0ohm
TX_RS232_CPU
F33
G32
R1355
R1356
0ohm
0ohm
TX_DEBUG
RX_RS232_CPU
C3 1
E29
D30
E28
A32
920T_TMS
920T_nTRST
ENDIAN
1: Big Endian
0: Little Endian
C1904
100nF
25V
R1862
1Kohm
1/10W
R1863
4.7Kohm
1/10W
RX_DEBUG
920T_TDO
920T_TDI
920T_TCK
AE31
C
RS232_CPU_MICOM_SEL
B
E
Q1025
KRC104S
IC1067
MC74VHC244DTR2
U2
1
TP1035
1Ko1h/1m0W
RX_RS232
BUS_STOP
R1515
75ohm
1/10W
0ohm
0ohm
0ohm
0ohm
GPIOPD[0]/UARTRxDC
7
5
3
1
XOUT
2
2 R1513
22ohm
1/10W
XIN
1/16W 8
0ohm 6
GND
27MHz
C1525
SW
IC1037
CY24204-1
1
2
3
4
5
6
7
8
R1876
R1782
R1781
R1780
GPIOT[1]/Extcap1_data_valid
GPIOT[0]/Extcap0_data_valid
GPIOPD[1]/UARTTxDC
W1
W4
W2
V4
W3
R1418 4
C1520
100nF
25V
16V
330nF
C1535
27Kohm 1
1/10W
50V
15pF
100nF
25V
CIC21J601NE
C1527
PWM R1521
X1006
Y1
Y2
MAIN_EEP_WP
FS0
C
RS232_DEBUG_SEL
SCL_DDP
SDA_DDP
STV8258_DW_FLAG
HDMI_SEL3
HDMI_SEL2
HDMI_SEL1
C K2 7
USBN0
T1
SCL_CXD
SDA_CXD
AF4
AD 3
AG4
AE1
AF5
AE2
BD1059
GPIOB[5]/SMDATA
PLL_DDR
T3
SCL_B
SDA_B
E32
D3 3
C1593
100nF
25V
100nF
25V
CIC21J601NE
INTERRUPT6/GPIOPL
PLL_AUDIO
AE32
F31
G30
E
INTERRUPT5/GPIOPK
1.8nFP2
50V
AG29
I2CCLKC
I2CDATC
INTERRUPT4/GPIOPJ
C1196
1.8nFN4
50V
4.7Kohm
1/10W
INTERRUPT2/GPIOPH
1.8nFP5
50V
C1244
R1576
1Kohm
1/10W
R1591
SCL_A
SDA_A
C1592
I2CDATB
C33
D3 2
C1493
X1003
I2CCLKB
INTERRUPT1/GPIOPG
CIC21J601NE
10uF
16V
BD1071
BD1068
INTERRUPT0/GPIOPF
C1245
R1159
R1118
R1177
R1143
MICOM_LAMP_SEL
S_NVPEN
I2CDATA
BD1102
C1907
0ohm
1/10W
27pF
50V
I2CCLKA
DMAREQ/GPIOPA
GPIOPC[1]/UARTTxDB
3DH-52S 27MHz
4
3
TP1032
3.3VA
470Kohm
470Kohm
C1503
27pF
50V
C1473
3.3VB
AG31
PWM
C1474
Booting Flash sel
1: NAND-FLASH
0: NOR-FLASH
AG30
1
C1455
100nF
25V
470Kohm
1/10W
0ohm
1/10W
KPS-1105PYN
3.3VB
AH33
AH30
AH31
AJ33
AE30
AF33
AF32
AF31
AF30
R1428
DMAACK/GPIOPB
E31
22ohm
TP1014
SW1000
AH32
FB
SPDIF2/GPIOJ
R1452
R1462
R1378
R1368
R1196
R1197
R1404
32.768Hz
R1885
C1509
100nF
25V
22ohm
CFS-308(32.768KHz,20ppm)
4
22ohm
R1426
25V
100nF
2
R1406
F30
1Kohm
1/10W
nRESETO
3
DNIe4_GP_G[3]/HOB9
SPDIF1/GPIOI
R1859
1/10W
0ohm
R1342
CPU_nRESET
22ohm
0ohm
1/10W
R1160
4.7Kohm
4.7Kohm
R1421
R1422
IC1022-2
S5H2201
R1364
R1354
LAN_nINT
HDMI1_HPLUG_CTL
MAIN_VBI
HDMI2_HPLUG_CTL
MAIN_H
TU_nRST
MST_RST
HDMI3_HPLUG_CTL
OU T
DNIe4_GP_G[2]/HOB8
0ohm U1
22ohm T2
3.3VB
HDMI_HPD_SINK
nRSTO
VCC
DNIe4_GP_G[1]/HOB7
R1161
R1136
3.3VB
MAIN_EEP_WP
SCL_EEP
SDA_EEP
1
DNIe4_GP_B[4]/HOB2
47Kohm
1/10W
4.7Kohm
4.7Kohm
100ohm 1/10W
100ohm 1/10W
I2S_TX_MCLK
R1054
CPU_EEPROM_SDA
R1666
R1389
R1419
R1425
DNIe4_GP_B[2]/HOB0
DNIe4_GP_B[3]/HOB1
SDP52_S_CLK/HICLKB
1
100ohm 1/10W
I2S_TX_BCK
I2S_TX_WS
DNIe4_GP_B[6]/HOB4
R1882
R1883
IC1032
AT24C256BN-10SU-1.8
DNIe4_GP_a[5]/HOG9
I2S_TX_DATA
DNIe4_GP_G[0]/HOB6
CPU_EEPROM_SCL
1
T4
V1
V2
V3
K30
G33
F29
470Kohm
470Kohm
1
R1407
4.7Kohm
1/10W
2
4 R 1115
6 0ohm
8 1/16W
DNIe4_GP_B[5]/HOB3
R1880
R1881
C1488
100nF
25V
R1 4 1 3
DNIe4_GP_a[3]/HOG7
DNIe4_GP_a[4]/HOG8
SPDIF_ALBA
DDC_EEP_WP
ALBA_OSD_B(2)
ALBA_OSD_B(3)
ALBA_OSD_B(4)
ALBA_OSD_B(5)
ALBA_OSD_B(6)
ALBA_OSD_B(7)
ALBA_OSD_G(0)
ALBA_OSD_G(1)
ALBA_OSD_G(2)
ALBA_OSD_G(3)
DNIe4_GP_B[0]/HOR8
DNIe4_GP_B[1]/HOR9
DNIe4_GP_B[7]/HOB5
SPDIF2_DIN/GPIOH
22ohm
/1o0hW
m
2
12
12/10W
4 RA1089
6 22ohm
8 1/16W
2
4 RA1082
6 22ohm
8 1/16W
DNIe4_GP_R[5]/HOR5
DNIe4_GP_G[7]/HOG3
CPU_EEPROM_WP
AC29 R1344
AB30 R1343
AD29
1
AC33
3
5
AC32
7
AC3 1
1
AC30
3
AD33
5
AD32
7
AD31
DNIe4_GP_R[4]/HOR4
DNIe4_GP_R[7]/HOR7
SDP52_S_Y[7]/HDCB15
SDP52_S_VSYNC/HIVSYNCB
ALBA_OSD_G(4)
ALBA_OSD_G(5)
ALBA_OSD_G(6)
ALBA_OSD_G(7)
ALBA_HTONE(0)
ALBA_HTONE(1)
ALBA_HTONE(2)
ALBA_HTONE(3)
ALBA_HTONE(4)
ALBA_HTONE(5)
DNIe4_GP_R[3]/HOR3
DNIe4_GP_R[6]/HOR6
I2S_RX_MCLK/GPIOC[0]
SPDIF1_DIN/GPIOG
22ohm
12
/1o0hW
2
m
12/10W
4 RA1084
6 22ohm
8 1/16W
2
4 RA1092
6 22ohm
8 1/16W
DNIe4_GP_R[2]/HOR2
DNIe4_GP_G[5]/HOG1
1
3
5
7
AA29 R1383
Y31 R1403
1
AA33
3
AA32
5
AA31
7
AA30
1
AB33
3
AB32
5
AB29
7
AB31
DNIe4_GP_R[1]/HOR1
DNIe4_GP_G[6]/HOG2
I2S_TX_DATA
I2S_TX_BCLK
I2S_TX_LRCLK
I2S_TX_MCLK
ALBA_OSD_R(0)
ALBA_OSD_R(1)
ALBA_OSD_R(2)
ALBA_OSD_R(3)
ALBA_OSD_R(4)
ALBA_OSD_R(5)
ALBA_OSD_R(6)
ALBA_OSD_R(7)
ALBA_OSD_B(0)
ALBA_OSD_B(1)
DNIe4_GP_R[0]/HOR0
DNIe4_GP_G[4]/HOG0
J32
J33
K33
M30
L31
K32
L32
N30
V33 R1372
V32 R1373
1
V31
3
W33
W32
5
7
W31
1
W30
3
Y33
5
Y30
7
Y32
AHIREF
ASIREF
DNIE_OSD_CLK
DNIE_OSD_H
DNIE_OSD_V
22ohm
/1o0hW
m
12
2
1/10W
22ohm
/1o0hW
m
2
12
12/10W
4 RA1091
6 22ohm
8 1/16W
2
4 RA1081
6 22ohm
8 1/16W
DNIe4_GP_VSYNC/HOVSYNC
SDP52_S_C[7]/HDCB7
SDP52_S_Y[0]/HDCB8
U32
V30 R1298
U33 R1297
DNIe4_GP_HSYNC/HOHSYNC
A27
C29
DTV_CVBS
D23
D25
B26
aRPr
aHVREF
DNIe4_GP_CLK/HOCLK
M_ALBA_Y(0:7)
SDP52_M_Cb[7]/HDCA15
AJ4
AJ1
AH4
AH3
AH1
AH2
AG3
AG2
A G1
AF3
aSCOMP
1/10W
75ohm
1/10W
75ohm
1/10W
75ohm
1/10W
75ohm
1/10W
75ohm
1/10W
75ohm
2
4
6
8
2
4
6
8
22ohm
1/16W
E27
C28
B30
aCVBS
aHCOMP
aC
A28
B31
R1270
R1275
1
3
5
7
1
3
5
7
RA1079
R1300
R1303
R32
T31
R33
T32
T33
T30
U3 1
U30
22ohm
1/16W
IC1022-5
S5H2201
E25
D29
M_ALBA_CB(0:7)
M_ALBA_CB(0)
M_ALBA_CB(1)
M_ALBA_CB(2)
M_ALBA_CB(3)
M_ALBA_CB(4)
M_ALBA_CB(5)
M_ALBA_CB(6)
M_ALBA_CB(7)
RA1096
1/10W
75ohm
1/10W
75ohm
1/10W
75ohm
1/10W
75ohm
1/10W
75ohm
1/10W
75ohm
2
4
6
8
2
4
6
8
C1387
1
3
5
7
1
3
5
7
22ohm
1/16W
25V
100nF
N3 3
R3 0
P32
M29
R31
P29
P33
R2 9
RA1086
C1450
SDP52_M_Cr[4]/HDCA4
TDATA7/GPIOA[1]
25V
100nF
TDATA6/GPIOA[0]
M_ALBA_CR(0)
M_ALBA_CR(1)
M_ALBA_CR(2)
M_ALBA_CR(3)
M_ALBA_CR(4)
M_ALBA_CR(5)
M_ALBA_CR(6)
M_ALBA_CR(7)
RA1095
22ohm
1/16W
R1296
SDP52_M_Cr[3]/HDCA3
1/10W
3.3Kohm
TDATA5/S_TS2_SYNC
R1323
2
4
6
8
2
4
6
8
C1408
SDP52_M_Cr[1]/HDCA1
SDP52_M_Cr[2]/HDCA2
1
1/10W
330ohm
0ohm
1/10W
SDP52_M_Cr[0]/HDCA0
TDATA3/S_TS2_DATA
1/10W
470ohm
R1069
R1049
920T_TDO
CPU_nRESET
TDATA2/S_TS2_CLK
TDATA4/S_TS1_SYNC
HDDAC_3.3V
R1353
920T_TCK
1
3
5
7
1
3
5
7
SDP52_M_VSYNC/HIVSYNCA
TDATA1/S_TS2_VLD
SDP52_M_Cr[6]/HDCA6
920T_TMS
K29
M32
N2 9
M33
P3 0
N3 1
N3 2
P31
M_ALBA_CLK
M_ALBA_HS
M_ALBA_VS
M_ALBA_CR(0:7)
SDP52_M_Cr[7]/HDCA7
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
920T_TDI
22ohm
22ohm
22ohm
R1352
1/10W
10Kohm
1/10W
10Kohm
1/10W
10Kohm
1/10W
10Kohm
920T_nTRST
1/10W
10Kohm
7620-6002JL
SDP52_M_HSYNC/HIHSYNCA
TDATA0/S_TS1_DATA
M31 R1325
L29 R1396
L33 R1395
C1420
CN111
SDP52_M_CLK/HICLKA
TVLDA/S_TS1_VLD
25V
100nF
TS_POD(0)
TS_POD(1)
TS_POD(2)
TS_POD(3)
TS_POD(4)
TS_POD(5)
TS_POD(6)
TS_POD(7)
DELETE
R1062
R1040
R1031
R1026
R1015
DELETE
SDDAC_3.3V
TCLKA/S_TS1_CLK
1/10W
470ohm
Signal
AH5
AK3
AN1
AL2
AL 1
AM1
AK1
AK2
AJ2
AJ3
25V
100nF
TS_POD_CLK
TS_POD_VLD
TS_POD(0:7)
1/10W
3.3Kohm
3.3VB
Power
27M_B1_CLK
R 1858
TX_RS232
1Ko1h/1m0W
1
2
3
4
5
6
7
8
9
10
/OE1
VCC
I0
/OE2
O4
O0
I1
I4
O5
O1
I2
I5
O6
O2
I3
I6
O7
O3
GND
I7
20
19
18
17
16
15
14
13
12
11
R1860
1Ko1h/1m0W
R1861
1Ko1h/1m0W
TX_RS232_CPU
RX_RS232_CPU
R1851
1001o/1
h0
mW
R1852
h0
1001o/1
mW
TX_RS232_MICOM
RX_RS232_MICOM
Samsung Electronics
10-9
Schematic Diagram
10-1-10 Main Board-10
This Document can not be used without Samsung’s authorization.
Power
Signal
IC1022-3
S5H2201
LB_DATA15
PCIAD16/GPIOK[16]
LB_DATA16
PCIAD17/GPIOK[17]
LB_DATA17
PCIAD18/GPIOK[18]
LB_DATA18
PCIAD19/GPIOK[19]
LB_DATA19
PCIAD20/GPIOK[20]
LB_DATA20
PCIAD21/GPIOK[21]
LB_DATA21
PCIAD22/GPIOK[22]
LB_DATA22
PCIAD23/GPIOK[23]
LB_DATA23
PCIAD24/GPIOK[24]
LB_DATA24
PCIAD25/GPIOK[25]
LB_DATA25
PCIAD26/GPIOK[26]
LB_DATA26
PCIAD27/GPIOK[27]
LB_DATA27
PCIAD28/GPIOK[28]
LB_DATA28
PCIAD29/GPIOK[29]
LB_DATA29
PCIAD30/GPIOK[30]
LB_DATA30
PCIAD31/GPIOK[31]
LB_DATA31
PnREQ1
GPIOL[3]/LB_BLSDQM0
GPIOL[4]/LB_BLSDQM1
C5
A3
PnREQ2
GPIOL[6]/LB_BLSDQM3
B4
C4
PnREQ3
GPIOL[5]/LB_BLSDQM2
PnGNT2
LB_ADDR0
F4
G3
F5
G2
G1
H3
G5
H2
E4
H1
B5
D6
LB_ADDR1
PnGNT3
LB_ADDR2
PCnBE0
LB_ADDR4
PCnBE1
LB_ADDR5
PCnBE2
LB_ADDR6
PCnBE3
LB_ADDR7
LB_ADDR3
LB_ADDR8
PnFRAME
LB_ADDR9
PnIRDY
LB_ADDR10
PnTRDY
LB_ADDR11
PnDEVSEL
LB_ADDR12
PnSTOP
LB_ADDR13
PnLOCK
LB_ADDR14
PnPERR
LB_ADDR15
PnSERR
LB_ADDR16
PPAR
LB_ADDR17
PnINTA
LB_ADDR18
PCInRST
LB_ADDR19
PCICLK
LB_ADDR20
LB_ADDR21
LB_ADDR22
LB_ADDR23
LB_ADDR24
LB_ADDR25
GPIOL[0]/LB_SCS0
GPIOL[1]/LB_SCS1
GPIOL[2]/LB_SCS2
LB_DCS0
LB_DCS1
LB_DCS2
LB_WEN
LB_OEN
LB_CAS
LB_RAS
LB_CLKE
LB_CLK
LB_OM0
LB_OM1
LB_DQM0
LB_DQM1
LB_DQM2
LB_DQM3
1
3
5
7
2
4 RA1038
6 22ohm
8 1/16W
C14
B14
A14
C15
D11
B15
D12
A15
C16
D10
B16
D14
A16
C17
D13
B17
D15
A17
A18
D17
B18
D16
A19
B19
C19
A20
C12
A11
B12
LB_ADDR0
LB_ADDR1
LB_ADDR2
LB_ADDR3
LB_ADDR4
LB_ADDR5
LB_ADDR6
LB_ADDR7
LB_ADDR8
LB_ADDR9
LB_ADDR10
LB_ADDR11
LB_ADDR12
LB_ADDR13
LB_ADDR14
LB_ADDR15
LB_ADDR16
LB_ADDR17
LB_ADDR18
LB_ADDR19
LB_ADDR20
LB_ADDR21
LB_ADDR22
LB_ADDR23
LB_ADDR24
LB_ADDR25
LB_nSCS0
LB_nSCS1
LB_nSCS2
A10
B11
C11
B10
E7
C10
E8
C20
B20
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
R1260
R1261
RA1058
22ohm
1/16W
RA1066
22ohm
1/16W
RA1065
22ohm
1/16W
RA1073
22ohm
1/16W
2
4 RA1044
6 22ohm
8 1/16W
2
4 RA1050
6 22ohm
8 1/16W
2
4 RA1041
6 22ohm
8 1/16W
2
4 RA1047
6 22ohm
8 1/16W
2
4 RA1053
6 22ohm
8 1/16W
2
4 RA1060
6 22ohm
8 1/16W
22ohm
22ohm
C1400
100nF
25V
L_DQM0
L_DQM1
L_DQM2
L_DQM3
LA(0:25)
LA(0)
LA(1)
LA(2)
LA(3)
LA(4)
LA(5)
LA(6)
LA(7)
LA(8)
LA(9)
LA(10)
LA(11)
LA(12)
LA(13)
LA(14)
LA(15)
LA(16)
LA(17)
LA(18)
LA(19)
LA(20)
LA(21)
LA(22)
LA(23)
LA(24)
LA(25)
nRESETO
LA(8)
LA(7)
LA(6)
LA(5)
LA(4)
LA(3)
LA(2)
LA(1)
BOOT_nCS0
BOOT_nCS1
nLAN_CS
R1234
22ohm
LB_DCS0
IC1021
KFG5616U1A-PIB5
100ohm
1/10W
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
N.C
VSS
A15
/OE
A14
DQ15
A13
DQ7
A12
DQ14
A11
DQ6
A10
VDDQ
A9
D Q1 3
A8
DQ5
/WE
DQ12
VSS
DQ4
VDD
DQ11
I NT
/AVD
/RP
DQ3
DQ10
D Q2
A7
VSS
A6
DQ9
A5
DQ1
A4
DQ8
A3
DQ0
A2
RDY
A1
CLK
A0
/CE
N.C
VDD
C1270
100nF
25V
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
TP1010
TP1011
TP1012
L_nOE
LD(15)
LD(7)
LD(14)
LD(6)
LD(13)
LD(5)
LD(12)
LD(4)
LD(11)
LD(3)
LD(10)
LD(2)
TP1013
TP1015
TP1016
TP1017
LD(9)
LD(1)
LD(8)
LD(0)
nCS_MF1
TP1004 TP1047
1
1
nCS_SF0
22ohm
22ohm
22ohm
22ohm
22ohm
L_nWE
L_nOE
L_CAS
L_RAS
L_CLKE
TP1006 TP1005
1
1
BOOT_nCS0
nCS_MF1
TP1008 TP1007
1
3.3VB
D8
A12
C1269
100nF
25V
R1230
10Kohm
22ohm
22ohm
22ohm
R1227
R1213
R1220
R1216
R1267
C1407
10nF
50V
LA(16)
LA(15)
LA(14)
LA(13)
LA(12)
LA(11)
LA(10)
LA(9)
L_nWE
TP1019
TP1018
LB_nWE
LB_nOE
LB_nCAS
LB_nRAS
LB_CKE
TP1009
R1202
R1252
R1235
R1239
1
nCS_SF1
BOOT_nCS1
R1175
R1253
10-10
22ohm
1/16W
MGND2
D9
C13
A13
B13
RA1023
4.7Kohm
4.7Kohm
Booting Mode OM[1:0]
00 : BYTE
01 : HalfWord (16-bit)
10 : WORD (32-bit)
11 : Test Mode
R1301
0ohm
1/10W
DELETE : SOFTWARE
3.3VB
R1772
1
35
2
36
3
37
4
38
5
39
6
40
7
41
8
42
9
43
10
44
11
45
12
46
13
47
14
48
15
49
16
50
17
51
18
52
19
53
20
54
21
55
22
56
23
57
24
58
25
59
26
60
27
61
28
62
29
63
30
64
31
65
32
66
33
67
34
68
LA(0)
BR_SEL0
LA(1)
BR_SEL1
nCS_ROM
LA(1)
nCS_SF0
LA(2)
nCS_SF1
LA(3)
nLAN_CS
LA(4)
R1198
LA(5)
0ohm
1/10W
nRESETO
S_NVPEN
LA(6)
LAN_nINT
LA(7)
L_nWE
LA(8)
L_nOE
LA(9)
LD(0)
LA(10)
LD(1)
LA(11)
LD(2)
LA(12)
LD(3)
LA(13)
LD(4)
LA(14)
LD(5)
LA(15)
LD(6)
1
PCIAD15/GPIOK[15]
C1157
100nF
25V
LA(16)
TP1020
LD(7)
1
LB_DATA14
1
LB_DATA13
PCIAD14/GPIOK[14]
1
LB_DATA12
PCIAD13/GPIOK[13]
C1169
100nF
25V
3.3VB
1
PCIAD12/GPIOK[12]
RA1032
22ohm
1/16W
1
LB_DATA11
1
LB_DATA9
LB_DATA10
PCIAD11/GPIOK[11]
1
PCIAD9/GPIOK[9]
PCIAD10/GPIOK[10]
FOR S/W DEBUG
BD1047
LB_DATA8
3.3VB
LA(17)
1
2.2Kohm
2.2Kohm
22ohm
1/10W
LB_DATA7
RA1027
22ohm
1/16W
LD(8)
LA(18)
LD(9)
1
R1182
R1207
R1168
LB_DATA6
PCIAD7/GPIOK[7]
22ohm
1/16W
LD(0)
LD(1)
LD(2)
LD(3)
LD(4)
LD(5)
LD(6)
LD(7)
LD(8)
LD(9)
LD(10)
LD(11)
LD(12)
LD(13)
LD(14)
LD(15)
LD(16)
LD(17)
LD(18)
LD(19)
LD(20)
LD(21)
LD(22)
LD(23)
LD(24)
LD(25)
LD(26)
LD(27)
LD(28)
LD(29)
LD(30)
LD(31)
LA(19)
1
2.2Kohm
2.2Kohm
2.2Kohm
2.2Kohm
2.2Kohm
2.2Kohm
2.2Kohm
2.2Kohm
PCIAD6/GPIOK[6]
PCIAD8/GPIOK[8]
PnGNT1
K4
J3
F1
E3
R1180
R1155
R1178
R1157
R1156
R1181
R1179
R1158
LB_DATA5
RA1035
LD(10)
LA(20)
1
R1176
R1187
2.2Kohm
1/10W
2.2Kohm
2.2Kohm
PCIAD5/GPIOK[5]
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
LD(11)
LA(21)
1
2.2Kohm
LB_DATA4
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
LD(12)
LA(22)
LD(13)
1
R1193
R1201
LB_DATA2
LB_DATA3
LB_DATA0
LB_DATA1
LB_DATA2
LB_DATA3
LB_DATA4
LB_DATA5
LB_DATA6
LB_DATA7
LB_DATA8
LB_DATA9
LB_DATA10
LB_DATA11
LB_DATA12
LB_DATA13
LB_DATA14
LB_DATA15
LB_DATA16
LB_DATA17
LB_DATA18
LB_DATA19
LB_DATA20
LB_DATA21
LB_DATA22
LB_DATA23
LB_DATA24
LB_DATA25
LB_DATA26
LB_DATA27
LB_DATA28
LB_DATA29
LB_DATA30
LB_DATA31
LA(23)
LD(14)
1
A2
A4
PCIAD2/GPIOK[2]
PCIAD3/GPIOK[3]
PCIAD4/GPIOK[4]
A5
E5
D7
E6
C6
B6
A6
C7
B7
A7
C8
B8
A8
C9
B9
A9
A21
B21
C21
A22
D18
C18
B22
D19
C22
A23
B23
C23
D20
A24
B24
D21
MGND1
2.2Kohm
2.2Kohm
LB_DATA1
1
R1170
R1186
LB_DATA0
1
3.3VB
LD(0:31)
PCIAD0/GPIOK[0]
PCIAD1/GPIOK[1]
CIC21J601NE
M3
M2
M1
L1
L4
L2
M4
L3
K2
K1
K3
J4
J1
H4
J2
G4
F2
E1
F3
D1
E2
D2
C1
B1
A1
D3
B2
C2
D4
C3
B3
D5
LA(24)
TP1022
TP1023
TP1024
TP1026
TP1027
TP1029
TP1030
TP1031
LD(15)
FX2-68P-1.27SVL
CN1004
2.2Kohm
Samsung Electronics
Schematic Diagram
10-1-11 Main Board-11
This Document can not be used without Samsung’s authorization.
Power
VTT_DDR
Signal
IC1022-4
S5H2201
MEM_DATAA0
MEM_DATAA1
MEM_DATAA2
MEM_DATAA3
MEM_DATAA4
MEM_DATAA5
MEM_DATAA6
MEM_DATAA7
MEM_DATAA8
MEM_DATAA9
MEM_DATAA10
MEM_DATAA11
MEM_DATAA12
MEM_DATAA13
MEM_DATAA14
MEM_DATAA15
MEM_DATAA16
MEM_DATAA17
MEM_DATAA18
MEM_DATAA19
MEM_DATAA20
MEM_DATAA21
MEM_DATAA22
MEM_DATAA23
MEM_DATAA24
MEM_DATAA25
MEM_DATAA26
MEM_DATAA27
MEM_DATAA28
MEM_DATAA29
MEM_DATAA30
MEM_DATAA31
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
22ohm
1/32W
AM19
AL19
A N 20
AM20
AK17
AL20
AK20
AK18
AN22
AM22
AL22
AK19
AK22
A N 23
AK23
AM23
AK29
A N 31
AL30
AK30
AM31
AN32
AJ30
AN33
AJ32
AJ31
AK33
AK32
AK31
AL33
AL32
AM33
MEM_DQMA0
1
3
5
7
2
4 RA1057
6 22ohm
8 1/32W
AN21
AM21
AL21
AK21
MDQSA0
MDQSB0
MDQMA1
MDQMB1
1
3
5
7
2
4 RA1078
6 22ohm
8 1/32W
A N 30
AM30
AL31
AM32
MDQMA3
MDQMB3
MDQSA3
MDQSB3
MEM_DQSA0
MEM_DQMA1
MEM_DQSA1
MEM_DQMA2
MEM_DQSA2
MEM_DQMA3
MEM_DQSA3
MEM_AA0
MEM_AA1
MEM_AA2
MEM_AA3
MEM_AA4
MEM_AA5
MEM_AA6
MEM_AA7
MEM_AA8
MEM_AA9
MEM_AA10
MEM_AA11
MEM_AA12
1
3
5
7
1
3
5
7
1
3
5
7
R1805
MEM_MBAA0
MEM_MBAA1
MEM_WAA_En
MEM_RASA
MEM_CASA
MEM_CSA0
MEM_nCLKA_En
MEM_CLKA
MEM_nCLKA
2
4
6
8
2
4
6
8
2
4
6
8
RA1048
22o hm
1/32W
RA1051
22ohm
1/32W
RA1061
22ohm
1/32W
RA1067
22ohm
1/32W
RA1071
22ohm
1/32W
RA1072
22ohm
1/32W
RA1085
22ohm
1/32W
RA1090
AM26
AL26
AN27
AM27
AL27
A N 28
AM28
AK27
AL28
AN29
AK28
AM29
AL29
RA1068
22ohm
1 /32W
RA1075
22ohm
1/32W
RA1074
22ohm
1/32W
22ohm
1
3
5
7
1
3
5
7
22ohm
22ohm
2
4
6
8
2
4
6
8
AN24
AL23
RA1052
22ohm
1/32W
A N 26
AM25
AL25
AN25
AK 2 6
AK25
AK24
RA1063
22ohm
1/3 2W
R1277
R1272
AM24
AL24
MEM_S2.5V
R1259
1Kohm
1/10W
R1258
1Kohm
1/10W
MDQA0
MDQB0
MDQA1
MDQB1
MDQA2
MDQB2
MDQA3
MDQB3
MDQA4
MDQB4
MDQA5
MDQB5
MDQA6
MDQB6
MDQA7
MDQB7
MDQA8
MDQB8
MDQA9
MDQB9
MDQB10
MDQA10
MDQA11
MDQB11
MDQA12
MDQB12
MDQA13
MDQB13
MDQA14
MDQB14
MDQA15
MDQB15
MDQA16
MDQB16
MDQA17
MDQB17
MDQA18
MDQB18
MDQA19
MDQB19
MDQA20
MDQB20
MDQA21
MDQB21
MDQA22
MDQB22
MDQA23
MDQB23
MDQA24
MDQB24
MDQA25
MDQB25
MDQA26
MDQB26
MDQA27
MDQB27
MDQA28
MDQB28
MDQA29
MDQB29
MDQA30
MDQB30
MDQA31
MDQB31
MDQMA0
MDQMB0
MDQSA1
MDQSB1
MDQMA2
MDQMB2
MDQSA2
MDQSB2
MADDRA0
MADDRB0
MADDRA1
MADDRB1
MADDRA2
MADDRB2
MADDRA3
MADDRB3
MADDRA4
MADDRB4
MADDRA5
MADDRB5
MADDRA6
MADDRB6
MADDRA7
MADDRB7
MADDRA8
MADDRB8
MADDRA9
MADDRB9
MADDRA10
MADDRB10
MADDRA11
MADDRB11
MADDRA12
MADDRB12
MBAA0
MBAB0
MBAA1
MBAB1
MnWEA
MnWEB
MnRASA
MnRASB
MnCASA
MnCASB
MnCSB
MnCSA
MCKEA
MCKEB
MCLKA
MCLKB
MnCLKA
MnCLKB
VREFA0
VREFB0
VREFA1
VREFB1
MEM_DATAB0
MEM_DATAB1
MEM_DATAB2
MEM_DATAB3
MEM_DATAB4
MEM_DATAB5
MEM_DATAB6
MEM_DATAB7
MEM_DATAB8
MEM_DATAB9
MEM_DATAB10
MEM_DATAB11
MEM_DATAB12
MEM_DATAB13
MEM_DATAB14
MEM_DATAB15
MEM_DATAB16
MEM_DATAB17
MEM_DATAB18
MEM_DATAB19
MEM_DATAB20
MEM_DATAB21
MEM_DATAB22
MEM_DATAB23
MEM_DATAB24
MEM_DATAB25
MEM_DATAB26
MEM_DATAB27
MEM_DATAB28
MEM_DATAB29
MEM_DATAB30
MEM_DATAB31
AK4
AL3
AM 2
AN2
AM3
AL4
AN3
AM4
AK6
AL 6
AN5
AN6
AM6
AL7
AM7
AN7
AM14
AL14
AN15
AK14
AM15
AL15
AN16
AM16
AM17
AL17
AN18
AK15
AM18
AL18
AK16
AN19
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
AL5
AK5
AM5
AN4
1
3
5
7
2
4 RA1016
6 22ohm
8 1/32W
MEM_DQMB0
AK13
AN14
AN17
AL16
1
3
5
7
2
4 RA1036
6 22ohm
8 1/32W
MEM_DQMB2
AL11
AK11
AN1 0
AM10
AL10
AN9
AK8
AM9
AL9
AN8
AK7
AM8
AL8
1
3
5
7
1
3
5
7
1
3
5
7
R1794
22ohm
1/32W
RA1015
22ohm
1/32W
RA1017
22ohm
1/32W
RA1024
22ohm
1/32W
RA1028
22ohm
1/32W
RA1033
22ohm
1/32W
RA1042
22ohm
1/32W
RA1045
22ohm
1/32W
MEM_DQSB0
MEM_DQMB1
MEM_DQSB1
MEM_DQSB2
MEM_DQMB3
MEM_DQSB3
MEM_AB0
MEM_AB1
MEM_AB2
MEM_AB3
MEM_AB4
MEM_AB5
MEM_AB6
MEM_AB7
MEM_AB8
MEM_AB9
MEM_AB10
MEM_AB11
MEM_AB12
RA1039
22ohm
1/32W
RA1031
22ohm
1/32W
RA1026
22ohm
1/32W
22ohm
1
3
5
7
1
3
5
7
AN13
AM13
AN11
AL12
AK12
AL13
AM11
AK10
AK9
2
4
6
8
2
4
6
8
2
4
6
8
RA1013
2
4
6
8
2
4
6
8
MEM_MBAB0
MEM_MBAB1
MEM_WAB_En
MEM_RASB
MEM_CASB
MEM_CSB0
MEM_nCLKB_En
MEM_CLKB
MEM_nCLKB
RA1043
22ohm
1/32W
RA1021
22ohm
1/32W
22ohm
22ohm
R1231
R1225
AM12
AN12
MEM_S2.5V
R1255
1Kohm
1/10W
MEM_VREFA
MEM_VREFB
C1329
100nF
25V
C1303
100nF
25V
R1250
1Kohm
1/10W
MEM_DATAA0
MEM_DATAA1
MEM_DATAA2
MEM_DATAA3
MEM_DATAA4
MEM_DATAA5
MEM_DATAA6
MEM_DATAA7
MEM_DATAA8
MEM_DATAA9
MEM_DATAA10
MEM_DATAA11
MEM_DATAA12
MEM_DATAA13
MEM_DATAA14
MEM_DATAA15
MEM_DATAA16
MEM_DATAA17
MEM_DATAA18
MEM_DATAA19
MEM_DATAA20
MEM_DATAA21
MEM_DATAA22
MEM_DATAA23
MEM_DATAA24
MEM_DATAA25
MEM_DATAA26
MEM_DATAA27
MEM_DATAA28
MEM_DATAA29
MEM_DATAA30
MEM_DATAA31
MEM_DATAB0
MEM_DATAB1
MEM_DATAB2
MEM_DATAB3
MEM_DATAB4
MEM_DATAB5
MEM_DATAB6
MEM_DATAB7
MEM_DATAB8
MEM_DATAB9
MEM_DATAB10
MEM_DATAB11
MEM_DATAB12
MEM_DATAB13
MEM_DATAB14
MEM_DATAB15
MEM_DATAB16
MEM_DATAB17
MEM_DATAB18
MEM_DATAB19
MEM_DATAB20
MEM_DATAB21
MEM_DATAB22
MEM_DATAB23
MEM_DATAB24
MEM_DATAB25
MEM_DATAB26
MEM_DATAB27
MEM_DATAB28
MEM_DATAB29
MEM_DATAB30
MEM_DATAB31
MEM_DQMA0
MEM_DQSA0
MEM_DQMA1
MEM_DQSA1
MEM_DQMA2
MEM_DQSA2
MEM_DQMA3
MEM_DQSA3
MEM_DQMB0
MEM_DQSB0
MEM_DQMB1
MEM_DQSB1
MEM_DQMB2
MEM_DQSB2
MEM_DQMB3
MEM_DQSB3
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
MEM_AA0
MEM_AA1
MEM_AA2
MEM_AA3
MEM_AA4
MEM_AA5
MEM_AA6
MEM_AA7
MEM_AA8
MEM_AA9
MEM_AA11
1
3
5
7
1
3
5
7
1
3
5
7
2
4
6
8
2
4
6
8
2
4
6
8
MEM_AA10
R1798
MEM_AA12
2.5VB
BD1040
MPZ2012S300A
C1330
100nF 25V
C1344
10nF
50V
RA1054
C1358
1nF
50V
56ohm
1/16W
C1367
470pF 50V
56ohm
1/16W
C1396
100nF 25V
RA1069
C1406
10nF
50V
56ohm
1/16W
C1416
1nF
50V
RA1076
C1469
470pF 50V
RA1083
VTT_DDR VREF_DDR
C1147
8
7
6
5
C1200
22uF
16V
NC
VTT
GND
PVIN
VSENSE
AVIN
VREF
VDDQ
IC1014
LP2995M
1
2
3
4
220uF
16V
C1146
100nF
25V
C1227
100nF
25V
C1231
MEM_DATAA0
10nF
50V
MEM_DATAA1
MEM_DATAA2
C1495
1nF
50V
C1498
470pF 50V
C1483
RA1093
56ohm
1/16W
56ohm
1/16W
C1502
22uF
16V
10nF
50V
56ohm
1/16W
C1144
1nF
50V
RA1005
C1150
470pF 50V
MEM_DQSA0
56ohm
1/16W
RA1010
C1172
MEM_DQMA0
MEM_WAA_En
MEM_CASA
MEM_RASA
MEM_CSA0
100nF 25V
56ohm
1/16W
C1178
10nF
50V
RA1012
C1182
1nF
50V
56ohm
1/16W
C1194
470pF 50V
MEM_MBAA0
MEM_MBAA1
MEM_AA10
MEM_AA0
MEM_AA1
MEM_AA2
MEM_AA3
RA1018
56ohm
1/16W
C1213
100nF 25V
RA1025
C1230
10nF
50V
56ohm
1/16W
C1234
1nF
50V
RA1034
C1261
470pF 50V
C1499
100nF
25V
C1425
100nF
25V
C1424
100nF
25V
C1466
100nF
25V
C1465
100nF
2 5V
C1327
10uF
16V
C1340
100nF
25V
C1284
100nF
25V
C1338
100nF
25V
C1285
100nF
25V
C1486
10uF
16V
IC1023
IC1028
K4D551638F
K4D551638F
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
MEM_DATAA7
C1134
VDD
DQ0
VDDQ
DQ1
DQ2
VSSQ
DQ3
DQ4
VDDQ
DQ5
DQ6
VSSQ
DQ7
NC
VDDQ
LDQS
NC
VDD
NC
LDM
/WE
/CAS
/RAS
/CS
NC
B A0
BA1
A10,AP
A0
A1
A2
A3
VDD
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
VSS
DQ15
VSSQ
DQ14
DQ13
VDDQ
DQ12
DQ11
VSSQ
DQ10
DQ9
VDDQ
DQ8
NC
VSSQ
UDQS
NC
VREF
VS S
UDM
/CK
CK
CKE
NC
A 12
A11
A9
A8
A7
A6
A5
A4
VSS
MEM_DATAA15
MEM_DATAA16
MEM_DATAA14
MEM_DATAA13
MEM_DATAA17
MEM_DATAA18
MEM_DATAA12
MEM_DATAA11
MEM_DATAA19
MEM_DATAA20
MEM_DATAA10
MEM_DATAA9
MEM_DATAA21
MEM_DATAA22
MEM_DATAA8
MEM_DATAA23
MEM_DQSA1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
MEM_DQSA2
MEM_VREFA
MEM_DQMA2
MEM_WAA_En
MEM_CASA
MEM_RASA
MEM_CSA0
MEM_DQMA1
MEM_nCLKA
MEM_CLKA
MEM_nCLKA_En
MEM_AA12
MEM_AA11
MEM_AA9
MEM_AA8
MEM_AA7
MEM_AA6
MEM_AA5
MEM_AA4
MEM_MBAA0
MEM_MBAA1
MEM_AA10
MEM_AA0
MEM_AA1
MEM_AA2
MEM_AA3
VDD
DQ0
VDDQ
DQ1
DQ2
VSSQ
DQ3
DQ4
VDDQ
DQ5
DQ6
VSSQ
DQ7
NC
VDDQ
LDQS
NC
VD D
NC
LDM
/WE
/CAS
/R AS
/CS
NC
BA0
BA1
A10,AP
A0
A1
A2
A3
VDD
C1451
100nF
25V
C1336
100nF
25V
C1339
100nF
25V
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
V SS
DQ15
VSSQ
DQ14
DQ13
VDDQ
DQ12
DQ11
VSSQ
DQ10
DQ9
VDDQ
DQ8
NC
VSSQ
UDQS
NC
VREF
VSS
UDM
/CK
CK
C KE
NC
A12
A11
A9
A8
A7
A6
A5
A4
VSS
C1468
100nF
25V
C1471
100nF
25V
MEM_DATAA31
MEM_DATAA30
MEM_DATAA29
MEM_DATAA28
MEM_DATAA27
MEM_DATAA26
MEM_DATAA25
MEM_DATAA24
MEM_DQSA3
MEM_VREFA
MEM_DQMA3
MEM_nCLKA
MEM_CLKA
MEM_nCLKA_En
MEM_AA12
MEM_AA11
MEM_AA9
MEM_AA8
MEM_AA7
MEM_AA6
MEM_AA5
MEM_AA4
C1501
100nF
25V
56ohm
1/16W
RA1037
C1278
100nF 25V
56ohm
1/16W
C1254
10nF
50V
RA1059
C1385
1nF
50V
56ohm
1/16W
C1404
470pF 50V
RA1087
56ohm
1/16W
MEM_S2.5V
C1490
C1152
10nF
50V
56ohm
1/16W
C1159
1nF
50V
RA1029
C1239
470pF 50V
C1151
10uF
16V
56ohm
1/16W
RA1056
C1365
56ohm
1/16W
C1364
RA1062
56ohm
1/16W
C1143
100nF
25V
10nF
50V
C1403
1nF
50V
C1505
470pF 50V
MEM_DATAB0
MEM_DATAB1
MEM_DATAB2
56ohm
1/16W
MEM_DATAB3
MEM_DATAB4
MEM_DATAB5
MEM_DATAB6
56ohm
C1247
MEM_AB11
MEM_AB10
R1796
56ohm
MEM_AB12
R1799
56ohm
100nF 25V
MEM_DATAB7
RA1055
C1470
10nF
50V
MEM_DQSB0
C1432
1nF
C1433
470pF 50V
50V
RA1070
56ohm
1/16W
RA1007
C1225
100nF 25V
56ohm
1/16W
C1154
10nF
50V
RA1014
C1191
1nF
50V
56ohm
1/16W
C1190
470pF 50V
RA1020
56ohm
1/16W
C1223
C1188
100nF
25V
C1142
100nF
25V
C1187
100nF
25V
C1158
10uF
16V
C1141
100nF
25V
C1140
100nF
25V
C 1139
100nF
25V
C1138
100nF
25V
C1248
10uF
16V
C1226
100nF
25V
C1337
100nF
25V
C1286
100nF
25V
C1249
10uF
16V
C1222
100nF
25V
C1221
100nF
25V
C1220
100nF
25V
C1219
100nF
25V
C1186
100nF
25V
100nF 25V
RA1077
56ohm
1/16W
MEM_S2.5V
100nF 25V
RA1008
MEM_DQMB0
MEM_WAB_En
MEM_CASB
MEM_RASB
MEM_CSB0
MEM_MBAB0
MEM_MBAB1
MEM_AB10
MEM_AB0
MEM_AB1
MEM_AB2
MEM_AB3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
IC1013
IC1018
K4D551638F
K4D551638F
VDD
DQ0
VDDQ
DQ1
DQ2
VSSQ
DQ3
DQ4
VDDQ
DQ5
DQ6
VSSQ
DQ7
NC
VDDQ
LDQS
NC
VDD
NC
LDM
/WE
/CAS
/R A S
/CS
NC
BA0
BA1
A10,AP
A0
A1
A2
A3
VDD
VSS
DQ15
VSSQ
DQ14
DQ13
VDDQ
DQ12
DQ11
VSSQ
DQ10
DQ9
VDDQ
DQ8
NC
VSSQ
UDQS
NC
VREF
VS S
UDM
/CK
CK
C KE
NC
A12
A 11
A9
A8
A7
A6
A5
A4
VSS
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
MEM_DATAB15
MEM_DATAB16
MEM_DATAB14
MEM_DATAB13
MEM_DATAB17
MEM_DATAB18
MEM_DATAB12
MEM_DATAB11
MEM_DATAB19
MEM_DATAB20
MEM_DATAB10
MEM_DATAB9
MEM_DATAB21
MEM_DATAB22
MEM_DATAB8
MEM_DQSB1
MEM_DATAB23
MEM_DQSB2
MEM_VREFB
MEM_DQMB1
MEM_nCLKB
MEM_CLKB
MEM_nCLKB_En
MEM_AB12
MEM_AB11
MEM_AB9
MEM_AB8
MEM_AB7
MEM_AB6
MEM_AB5
MEM_AB4
C1189
100nF
25 V
MEM_DQMB2
MEM_WAB_En
MEM_CASB
MEM_RASB
MEM_CSB0
MEM_MBAB0
MEM_MBAB1
MEM_AB10
MEM_AB0
MEM_AB1
MEM_AB2
MEM_AB3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
VDD
DQ0
VDDQ
DQ1
DQ2
VSSQ
DQ3
DQ4
VDDQ
DQ5
DQ6
VSSQ
DQ7
NC
VDDQ
LDQS
NC
VDD
NC
LDM
/WE
/CAS
/RAS
/CS
NC
BA0
BA1
A10,AP
A0
A1
A2
A3
VDD
VSS
DQ15
VSSQ
DQ14
DQ13
VDDQ
DQ12
DQ11
VSSQ
DQ10
DQ9
VDDQ
DQ8
NC
VSSQ
UDQS
NC
VREF
V SS
UDM
/CK
CK
C KE
NC
A12
A11
A9
A8
A7
A6
A5
A4
VSS
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
MEM_DATAB31
MEM_DATAB30
MEM_DATAB29
MEM_DATAB28
MEM_DATAB27
MEM_DATAB26
MEM_DATAB25
MEM_DATAB24
MEM_DQSB3
MEM_VREFB
MEM_DQMB3
MEM_nCLKB
MEM_CLKB
MEM_nCLKB_En
MEM_AB12
MEM_AB11
MEM_AB9
MEM_AB8
MEM_AB7
MEM_AB6
MEM_AB5
MEM_AB4
C1279
100nF
25V
100nF 25V
RA1019
56ohm
1/16W
C1224
10nF
50V
C1153
1nF
50V
C1161
470pF 50V
RA1009
56ohm
1/16W
C1160
Samsung Electronics
10uF
16V
MEM_DATAA3
MEM_DATAA4
56ohm
2
4
6
8
2
4
6
8
C1500
100nF
25V
C1333
100nF 25V
RA1002
2
4
6
8
2
4
6
8
2
4
6
8
1
3
5
7
1
3
5
7
C1426
100nF
25V
MEM_DATAA5
MEM_DATAA6
RA1094
1
3
5
7
1
3
5
7
1
3
5
7
MEM_MBAB0
MEM_MBAB1
MEM_WAB_En
MEM_RASB
MEM_CASB
MEM_CSB0
C1467
100nF
25V
100nF 25V
C1478
56ohm
1/16W
B
MEM_S2.5V
C1485
10uF
16V
56ohm
1/16W
2
4
6
8
2
4
6
8
MEM_AB0
MEM_AB1
MEM_AB2
MEM_AB3
MEM_AB4
MEM_AB5
MEM_AB6
MEM_AB7
MEM_AB8
MEM_AB9
MEM_S2.5V
MEM_S2.5V
RA1064
1
3
5
7
1
3
5
7
MEM_MBAA0
MEM_MBAA1
MEM_WAA_En
MEM_RASA
MEM_CASA
MEM_CSA0
MEM_nCLKA_En
MEM_S2.5V
R1797
RA1049
56ohm
1/16W
MEM_nCLKB_En
R 1795
56ohm
MEM_CLKA
MEM_nCLKA
MEM_CLKB
MEM_nCLKB
R1386
R1376
R 1209
R1203
56ohm
56ohm
56ohm
56ohm
100nF 25V
C1430
10nF
50V
C1429
1nF
50V
C1431
470pF 50V
10-11
Schematic Diagram
10-1-12 Main Board-12
This Document can not be used without Samsung’s authorization.
100nF
25V
C1273
10uF
16V
C1243
C1257
C1242
C1402
C1298
100nF
25V
C1293
100nF
25V
C1294
100nF
25V
100nF
25V
100nF
25V
C1295
C1354
C1353
C1352
C1351
C1323
C1350
C1232
C1409
C1271
C1413
C1253
1.3VB
BD1033
-
C1208
R5
N3
R1
N1
C1173
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
10uF
16V
100nF
25V
100nF
25V
C1174
B
100nF
25V
100nF
25V
BD1034
B
P3
R4
10uF
16V
C1246
C1204
C1228
N2
P4
N5
R3
R2
P1
C1203
3.3VB
C1233
10uF
16V
C1218
C1448
C1454
100uF
16V
C1370
C1207
C1366
C1384
100nF
25V
100nF
25V
C1401
C1439
100nF
25V
100nF
25V
C1506
C1494
SDDAC_3.3V
C26
D24
B25
C2 7
A2 6
D28
B29
E26
A31
ACB2012L-015-T
100uF
16V
C2 4
A33
A25
B27
D26
C25
C1443
10uF
16V
3.3VB
BD1060
HDDAC_3.3V
ACB2012L-015-T
100nF
25V
BD1053
D22
B32
100nF
25V
10uF
16V
100nF
25V
3.3VB
100nF
25V
ACB2012L-015-T
C1170
BD1054
VDD_SSTL28
VDD_SSTL27
VDD_SSTL26
VDD_SSTL25
VDD_SSTL24
VDD_SSTL23
VDD_SSTL22
VDD_SSTL21
VDD_SSTL20
VDD_SSTL19
VDD_SSTL18
VDD_SSTL17
VDD_SSTL16
VDD_SSTL15
VDD_SSTL14
VDD_SSTL13
VDD_SSTL9
VDD_SSTL12
VDD_SSTL8
VDD_SSTL11
VDD_SSTL7
VDD_SSTL10
GND11
VDDI12
GND12
VDDI13
GND13
VDDI14
GND14
VDDI15
GND15
VDDI16
GND16
VDDI17
GND17
GND18
VDDI18
VDDI19
GND19
VDDI20
GND20
VDDI21
GND21
VDDI22
GND22
VDDI23
GND23
VDDI24
GND24
VDDI25
GND25
VDDI26
GND26
VDDI27
GND27
VDDI28
GND28
VDDI29
GND29
VDDI30
GND30
VDDI31
GND31
VDDI32
GND32
VDDI33
GND33
VDDI34
GND34
VDDI35
GND35
VDDI36
GND36
VDDI37
GND37
VDDI38
GND38
VDDI39
GND39
VDDI40
GND40
VDDI41
GND41
VDDI42
GND42
VDDI43
GND43
VDDI44
GND44
VDDI45
GND45
VDDI46
GND46
VDDI47
GND47
IC1022-6
S5H2201
VDDPLL_A1.2V
GND48
GND49
VDDPLL_A1.2V
GND50
VDDPLL_D1.2V
GND51
VDDPLL_D1.2V
GND52
GND53
VDDPLL_A3.3V
GND54
VDDPLL_A3.3V
GND55
GND56
VSSPLL_D1
GND57
VSSPLL_D2
GND58
VSSPLL_A1
GND59
VSSPLL_A2
GND60
VSSPLL_A3
GND61
VSSPLL_A4
GND62
ACB2012L-015-T
100nF
25V
BD1029
100nF
25V
C1412
C1456
C1349
100nF
25V
C1459
100nF
25V
C1301
VDDI11
10uF
16V
C1428
C1440
C1415
C1405
A30
D27
A29
B28
C30
GND63
VDDOP1
GND64
VDDOP2
GND65
GND66
VSSOP1
GND67
VSSOP2
GND68
GND69
AVDD33A_HD1
GND70
AVDD33A_HD2
GND71
AVDD33A_HD3
GND72
AVDD33A_HD4
GND73
GND74
AVSS33A_HD1
GND75
AVSS33A_HD2
GND76
AVSS33A_HD3
GND77
AVSS33A_HD5
GND78
AVBB33A_HD
GND79
GND80
AVDD33A_SD1
GND81
AVDD33A_SD2
GND82
AVDD33A_SD3
GND83
AVDD33A_SD4
GND84
GND85
AVSS33A_SD1
GND86
AVSS33A_SD2
GND87
AVSS33A_SD3
GND88
AVSS33A_SD5
GND89
AVBB33A_SD
GND90
GND91
GND92
GND93
GND94
GND95
GND96
GND97
GND98
GND99
GND100
GND101
GND102
GND103
GND104
GND105
GND106
GND107
GND108
GND109
GND110
GND111
2
1
L1006
C1120
C1115
100uF
16V
100nF
16V
IC1007
MP1583DN
BD1008
MPZ2012S300A
1
2
3
4
C1052
220uF
16V
C1082
BS
SS
IN
EN
MGND1
SW COMP
GND
FB
10nF
50V
8
7
6
5
C 1076
100nF
25V
R1046
10Kohm
C1070
330pF
R1041
15Kohm
1/10W
C1062
1.5nF
3.3VB
C1487
100uF
16V
VDDIO42
VDDIO41
VDDIO40
VDDIO39
VDDIO38
VDDIO37
VDDIO36
VDDIO35
VDDIO34
VDDIO33
VDDIO32
VDDIO31
VDDIO30
VDDIO29
VDDIO28
VDDIO27
VDDIO26
VDDIO25
VDDIO24
VDDIO23
VDDIO22
VDDIO21
VDDIO20
VDDIO19
VDDIO18
VDDIO17
VDDIO16
VDDIO15
VDDIO14
VDDIO13
VDDIO12
VDDIO11
VDDIO10
VDDIO9
VDDIO8
VDDIO7
VDDIO6
VDDIO5
VDDIO4
VDDIO3
VDDIO2
1.3VB
C1077
10nF
C1411
C1260
C1259
C1262
C1265
C1288
C1304
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
E12
E16
E20
E24
J5
L11
L12
L13
L14
L15
L16
L17
L18
L19
L20
L21
L22
L23
M11
M23
N11
N23
P11
P23
R11
R23
T11
T23
U11
U23
U29
V11
V23
W11
W23
Y11
Y23
AA5
AA11
AA23
AB11
AB23
VDDIO1
GND112
12VB
B
C1361
100nF
25V
C1135
100nF
25V
C1393
100nF
25V
C1386
100nF
25V
100nF
25V
C1369
100nF
25V
C1308
100nF
25V
C1312
100nF
25V
C1332
100nF
25V
C1414
100nF
25V
C1274
100nF
25V
C1136
GND9
GND10
BD1058
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
C1297
100nF
25V
100nF
25V
10uF
16V
C1324
100nF
25V
C1237
100nF
25V
C1133
100uF
16V
C1480
C1206
C1132
100uF
16V
100nF
25V
100nF
25V
B
M21
M22
N12
N22
P12
P22
R12
R22
T12
T22
U12
U22
V12
V22
W12
W22
W29
Y12
Y22
AA12
AA22
AB12
AB13
AB14
AB15
AB16
AB17
AB18
AB19
AB20
AB21
AB22
AC5
VDDI9
VDDI10
25V
100nF
BD1026
-
GND8
25V
100nF
1.3VB
GND7
VDDI8
25V
100nF
M16
M17
M18
M19
M20
C1383
GND6
VDDI7
25V
100nF
C1362
C1343
GND5
VDDI6
R1033
C1326
C1310
C1277
GND4
VDDI5
1/10W
1Kohm
C1300
VDDI4
E9
E11
E13
E15
E17
E19
E21
E23
H5
K5
M5
N13
N14
N15
N16
N17
N18
N19
N20
N21
P13
P14
P15
P16
P17
P18
P19
P20
P21
R13
R14
R15
R16
R17
R18
R19
R20
R21
T5
T13
T14
T15
T16
T17
T18
T19
T20
T21
T29
U13
U14
U15
U16
U17
U18
U19
U20
U21
V5
V13
V14
V15
V16
V17
V18
V19
V20
V21
V29
W13
W14
W15
W1 6
W17
W18
W19
W20
W21
Y5
Y13
Y14
Y15
Y16
Y17
Y18
Y19
Y20
Y21
Y29
AA13
AA14
AA15
AA16
AA17
AA18
AA19
AA20
AA21
AB5
AJ5
AJ7
AJ9
AJ11
A J1 3
AJ15
AJ17
AJ19
AJ21
AJ23
AJ25
AJ27
AJ29
25V
100nF
C1267
GND3
25V
100nF
C1255
GND2
VDDI3
D1011
C1238
GND1
VDDI2
SUPLE_CODE
100uF
16V
VDDI1
25V
100nF
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
C1177
E10
E14
E18
E22
L5
M12
M13
M14
M15
VDD_SSTL6
C1357
VDD_SSTL5
C1341
VDD_SSTL4
C1325
U5
W5
AC11
AC12
AC13
AC14
AC15
AC16
AC17
AC18
AC19
AC20
AC21
AC22
AC23
AH29
AJ6
AJ8
AJ10
AJ12
AJ14
AJ16
AJ18
AJ20
AJ22
AJ24
AJ26
AJ28
C1309
100nF
25V
100nF
25V
100nF
25V
C1299
C1276
VDD_SSTL1
C1410
100nF
25V
100nF
25V
100nF
25V
C1266
VDD_SSTL3
C1395
C1240
VDD_SSTL2
C1236
100nF
25V
100nF
25V
Signal
100nF
25V
MEM_S2.5V
100nF
25V
Power
C1484
10uF
16V
C1322
10-12
C1335
C1356
C1258
C1392
C1391
C1390
C1389
C1388
C1342
C1307
C1283
C1263
C1368
Samsung Electronics
Schematic Diagram
10-1-13 Main Board-13
This Document can not be used without Samsung’s authorization.
IC1043-1
S4LH001X01
Power
M_PCLK
M_HS
M_VS
M_DE
Signal
M_BOUT(4)
I_DATA_EN2
I_BCB_CH1[0]
I_BCB_CH2[0]
AC5
M3
M_BOUT(5)
AC12
M_BOUT(6)
AE12
M_BOUT(7)
AF12
I_BCB_CH1[1]
I_BCB_CH2[1]
I_BCB_CH1[2]
I_BCB_CH2[2]
I_BCB_CH1[3]
I_BCB_CH2[3]
AE4
AF3
I_BCB_CH2[5]
I_BCB_CH2[6]
I_BCB_CH1[7]
I_BCB_CH2[7]
I_BCB_CH1[8]
I_BCB_CH2[8]
I_V_SYNC3
I_GYY_CH2[0]
I_GYY_CH1[1]
I_GYY_CH2[1]
R3
M_ALBA_CB(4)
M_GOUT(3)
AD14
M_GOUT(4)
AC14
AE6
I_GYY_CH2[4]
I_GYY_CH2[5]
I_GYY_CH1[6]
I_GYY_CH2[6]
I_GYY_CH1[7]
I_GYY_CH2[7]
AB9
AE16
AC15
I_GYY_CH1[9]
I_GYY_CH2[9]
I_RCR_CH2[0]
I_RCR_CH1[1]
I_RCR_CH2[1]
AF 1 7
M_ROUT(3)
AE1 7
I_RCR_CH2[3]
I_RCR_CH2[4]
I_RCR_CH1[5]
I_RCR_CH2[5]
I_RCR_CH2[6]
M_ROUT(7)
AB16
M_ROUT(8)
AD17
M_ROUT(9)
AE18
100nF
25V
0ohm
0ohm
0ohm
100ohm
100ohm
I_BCB_CH3[7]
I_OSD_BCB[5]
I_GYY_CH3[0]
I_OSD_BCB[7]
A F6
M_ALBA_CR(1)
M_ALBA_CR(3)
M_ALBA_CR(4)
I_RCR_CH2[7]
I_RCR_CH1[8]
I_RCR_CH2[8]
I_RCR_CH1[9]
I_RCR_CH2[9]
I_GYY_CH3[2]
I_EXT_PLL
I_GYY_CH3[4]
I_OSD_GYY[2]
I_GYY_CH3[5]
I_OSD_GYY[3]
I_GYY_CH3[6]
I_OSD_GYY[4]
T5
I_OSD_GYY[5]
I_OSD_GYY[7]
ALBA_OSD_R(0:7)
I_RCR_CH3[1]
W2
I_RCR_CH3[2]
I_OSD_RCR[0]
I_RCR_CH3[3]
I_OSD_RCR[1]
Y1
P1
V4
I_RCR_CH3[4]
I_OSD_RCR[2]
I_RCR_CH3[5]
I_OSD_RCR[3]
I_RCR_CH3[6]
I_OSD_RCR[4]
R1
AF8
J5
F1
AE22
J24
I_DATA_SEL_1
ALBA_OSD_R(5)
ALBA_OSD_R(6)
ALBA_OSD_R(7)
I_DATA_EN4
0ohm
0ohm
0ohm
0ohm
J2
27M_B1_CLK
I_Y_CH4[0]
J1
I_Y_CH4[1]
K3
I_Y_CH4[2]
K2
I_Y_CH4[3]
K1
AE21
O_PLL2338X_FILTER
O_PLL2339X_FILTER
Y3
I_V_SYNC4
R1635
R1632
R1648
R1689
O_PLL2261X_FILTER
I_CLK_SEL_1
I_CLK_SEL_2
ALBA_OSD_R(4)
K6
AD19
B_I2C_SDA
J6
ALBA_OSD_R(2)
ALBA_OSD_R(3)
U6
O_INTERRUPT
F2
ALBA_OSD_R(1)
Y2
I_OSD_RCR[5]
I_OSD_RCR[7]
ALBA_OSD_R(0)
W3
V5
I_RCR_CH3[7]
H4
W4
AB21
ALBA_OSD_G(5)
ALBA_OSD_G(7)
N5
N2
N1
AE9
O_I2E_PWM
I_I2C_SCL
ALBA_OSD_G(4)
ALBA_OSD_G(6)
I_H_SYNC4
J23
I_I2C_ADDR[1]
ALBA_OSD_G(3)
I_OSD_RCR[6]
G26
AC22
ALBA_OSD_G(2)
AE1
I_CLKIN4
O_I2E_ANA
I_I2C_ADDR[0]
AD1
AC3
I_GYY_CH3[7]
ALBA_OSD_G(1)
AC2
AB4
I_RCR_CH3[0]
P3
O_OSC_CLK
AE24
ALBA_OSD_G(0)
I_OSD_GYY[1]
R5
P2
AC18
AD23
ALBA_OSD_B(7)
AA4
I_OSD_GYY[0]
U4
M_ALBA_CR(6)
I_OSC_CLK
I_NRESET
ALBA_OSD_B(6)
AC1
AB3
I_GYY_CH3[3]
M_ALBA_CR(5)
AF20
AF24
ALBA_OSD_B(5)
ALBA_OSD_G(0:7)
T4
U3
AD9
AB11
I_RCR_CH1[7]
ALBA_OSD_B(3)
ALBA_OSD_B(4)
I_GYY_CH3[1]
AC 9
M_ALBA_CR(7)
ALBA_OSD_B(2)
V6
AA3
Y4
AA10
AE23
R1650
R1660
R1670
R1649
R1643
I_OSD_BCB[4]
ALBA_OSD_B(0)
ALBA_OSD_B(1)
V1
M_ALBA_CR(0)
AC10
AC16
M_ROUT(6)
W5
I_OSD_BCB[3]
U2
N3
AD 8
AE8
I_RCR_CH1[4]
I_RCR_CH1[6]
AB14
M_ROUT(5)
SCL_B1
SDA_B1
I_RCR_CH2[2]
I_RCR_CH1[3]
AF18
M_ROUT(4)
3.3VB
I_RCR_CH1[2]
I_OSD_BCB[2]
I_BCB_CH3[5]
I_BCB_CH3[6]
AF1
AB10
AD16
M_ROUT(2)
I_BCB_CH3[4]
T3
V3
M_ALBA_CR(2)
M_ROUT(1)
I_OSD_BCB[1]
I_OSD_GYY[6]
I_GYY_CH2[8]
I_RCR_CH1[0]
I_BCB_CH3[3]
P5
M_ALBA_Y(7)
M_ALBA_CR(0:7)
AE7
I_GYY_CH1[8]
M_ROUT(0)
M_ALBA_Y(6)
AD 7
AF16
M_GOUT(9)
M_ALBA_Y(5)
AC8
AE15
M_ROUT(0:9)
M_ALBA_Y(4)
I_GYY_CH2[3]
I_GYY_CH1[4]
I_GYY_CH1[5]
AB13
M_GOUT(8)
M_ALBA_Y(3)
AA9
I_GYY_CH1[3]
M_GOUT(7)
M_ALBA_Y(2)
I_GYY_CH2[2]
AF15
AA2
I_OSD_BCB[6]
M_ALBA_Y(1)
ALBA_HTONE(5)
ALBA_OSD_B(0:7)
AB1
I_OSD_BCB[0]
AB2
M_ALBA_Y(0:7)
AF5
I_GYY_CH1[2]
I_OSD_GAIN[5]
ALBA_HTONE(2)
ALBA_HTONE(3)
ALBA_HTONE(4)
I_BCB_CH3[1]
R4
AB8
AF14
I_BCB_CH3[0]
U1
M_ALBA_CB(7)
AD4
I_BCB_CH3[2]
M_ALBA_CB(5)
M_ALBA_Y(0)
M_GOUT(6)
R1638
360ohm
1/10W
C1659
C1653
C1663
C1670
I_Y_CH4[4]
820pF
6.8nF
68nF
680pF
M5
I_Y_CH4[5]
L3
I_Y_CH4[6]
L2
I_Y_CH4[7]
L1
I_Y_CH4[8]
M4
K22
I_Y_CH4[9]
I_DATA_SEL_2
H26
I_SYNC_SEL_1
H25
G2
I_SYNC_SEL_2
I_C_CH4[0]
AF25
J4
I_C_CH4[1]
I_SCAN_EN
AD24
H3
I_TMODE0
I_C_CH4[2]
AB22
L5
I_TMODE1
I_C_CH4[3]
AC23
G1
I_TMODE2
I_C_CH4[4]
K5
AD15
I_MCS_MODE
4.7Kohm
4.7Kohm
4.7Kohm
AF2
I_OSD_GAIN[3]
T2
M_ALBA_CB(6)
AD6
AE14
ALBA_HTONE(0)
ALBA_HTONE(1)
I_OSD_GAIN[2]
T1
AF4
AC 7
I_BCB_CH2[9]
I_GYY_CH1[0]
M_ALBA_CB(1)
AB7
AE5
I_BCB_CH1[9]
AE2
AD3
AB5
N4
M_ALBA_CB(0)
M_ALBA_CB(3)
AC6
I_BCB_CH1[5]
I_BCB_CH1[6]
AF13
M_GOUT(5)
R1524
R1705
R1700
I_OSD_GAIN[1]
M1
R2
M_ALBA_CB(2)
I_BCB_CH2[4]
AE13
M_GOUT(2)
4.7Kohm
4.7Kohm
I_OSD_GAIN[0]
I_H_SYNC3
M2
I_OSD_GAIN[4]
AD5
AC13
M_GOUT(1)
R1612
R1523
I_CLKIN3
AE3
M_ALBA_CB(0:7)
AB6
I_BCB_CH1[4]
M_GOUT(0)
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
I_DATA_EN1
AF11
M_BOUT(9)
R1532
R1534
R1686
R1722
R1698
R1699
R1704
R1681
R1693
R1690
A F9
AE10
AE11
AD12
M_GOUT(0:9)
DELETE
M_ALBA_CLK
M_ALBA_HS
M_ALBA_VS
I_DATA_EN3
M_BOUT(8)
NRSTO
I_V_SYNC2
AF10
M_BOUT(3)
1Kohm
I_V_SYNC1
AB12
M_BOUT(1)
R1659
I_H_SYNC2
AE19
M_BOUT(2)
C1681
AC11
I_H_SYNC1
AD18
M_BOUT(0)
ALBA_HTONE(0:5)
I_CLKIN2
I_CLKIN1
AB15
M_BOUT(0:9)
IC1043-2
S4LH001X01
AD10
AF19
I_C_CH4[5]
V2
H1
I_MCS0
I_C_CH4[6]
W1
H2
I_MCS1
I_C_CH4[7]
AF 2 6
J3
I_FVDD
I_C_CH4[8]
K4
AE25
I_C_CH4[9]
I_INTFON
0ohm
0ohm
0ohm
0ohm
0ohm
0ohm
0ohm
0ohm
0ohm
0ohm
0ohm
0ohm
R1522
R1618
R1691
R1692
R1677
R1703
R1709
R1708
R1723
R1687
R1533
R1531
R1701
R1694
R1525
0ohm
0ohm
0ohm
DELETE
DELETE
IC1043-3
S4LH001X01
L26
O_BCB_OUT[0]
M23
O_BCB_OUT[1]
M24
O_BCB_OUT[2]
M25
O_BCB_OUT[3]
N23
DNIE_CLK
DNIE_H
DNIE_V
DNIE_FDE
3.3VB
BD1086
100nF
25V
IC1050
74LCX125MX
DNIE_CLK
DNIE_OSD_CLK
DNIE_H
DNIE_OSD_H
R1728
R1718
22ohm
22ohm
VCC
D1
/OE4
O1
D4
/OE2
O4
D2
/OE3
O2
D3
GND
O3
M26
AC25
O_CLK_OUT
O_BCB_OUT[5]
O_H_SYNC_OUT
O_BCB_OUT[6]
O_V_SYNC_OUT
O_BCB_OUT[7]
N24
AC24
AD25
N25
AE26
N26
O_DATAEN_OUT
O_BCB_OUT[8]
P26
DNIE_G_ODD(0:9)
C1766
/OE1
22ohm
22ohm
22ohm
22ohm
O_BCB_OUT[9]
CIC21J601NE
1
2
3
4
5
6
7
O_BCB_OUT[4]
R1668
R1667
R1678
R1702
14
13
12
11
10
9
8
DNIE_G_EVEN(0:9)
R1721
22ohm
DNIE_V
DNIE_OSD_V
DNIE_G_ODD(0)
DNIE_G_ODD(1)
DNIE_G_ODD(2)
DNIE_G_ODD(3)
DNIE_G_ODD(4)
DNIE_G_ODD(5)
DNIE_G_ODD(6)
DNIE_G_ODD(7)
DNIE_G_ODD(8)
DNIE_G_ODD(9)
DNIE_G_EVEN(0)
DNIE_G_EVEN(1)
DNIE_G_EVEN(2)
DNIE_G_EVEN(3)
DNIE_G_EVEN(4)
DNIE_G_EVEN(5)
DNIE_G_EVEN(6)
DNIE_G_EVEN(7)
DNIE_G_EVEN(8)
DNIE_G_EVEN(9)
1
RA1131 3
22ohm
1/16W
RA1132
22ohm
1/16W
RA1133
22ohm
1/16W
RA1135
22ohm
1/16W
RA1128
22ohm
1/16W
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
P25
Y26
O_GYY_OUT[0]
O_BCB_OUT[10]
P24
W25
O_GYY_OUT[1]
O_BCB_OUT[11]
P23
U22
O_GYY_OUT[2]
O_BCB_OUT[12]
R26
V23
O_GYY_OUT[3]
O_BCB_OUT[13]
O_GYY_OUT[4]
O_BCB_OUT[14]
O_GYY_OUT[5]
O_BCB_OUT[15]
O_GYY_OUT[6]
O_BCB_OUT[16]
R25
W24
R24
Y25
AA26
T26
W23
T25
O_GYY_OUT[7]
O_BCB_OUT[17]
O_GYY_OUT[8]
O_BCB_OUT[18]
O_GYY_OUT[9]
O_BCB_OUT[19]
O_GYY_OUT[10]
O_RCR_OUT[0]
R23
Y24
AA25
U26
AB26
K23
V21
L22
O_GYY_OUT[11]
O_RCR_OUT[1]
O_GYY_OUT[12]
O_RCR_OUT[2]
O_GYY_OUT[13]
O_RCR_OUT[3]
O_GYY_OUT[14]
O_RCR_OUT[4]
J25
Y23
K24
AB25
AA24
J26
K25
Y22
O_GYY_OUT[15]
O_RCR_OUT[5]
K26
AC26
O_GYY_OUT[16]
O_RCR_OUT[6]
O_GYY_OUT[17]
O_RCR_OUT[7]
O_GYY_OUT[18]
O_RCR_OUT[8]
AA23
L24
M22
AB24
AD26
L25
O_GYY_OUT[19]
O_RCR_OUT[9]
T24
O_RCR_OUT[10]
U25
O_RCR_OUT[11]
R22
O_RCR_OUT[12]
U24
O_RCR_OUT[13]
V26
O_RCR_OUT[14]
V 25
O_RCR_OUT[15]
T2 2
O_RCR_OUT[16]
W26
O_RCR_OUT[17]
V24
O_RCR_OUT[18]
U23
O_RCR_OUT[19]
Samsung Electronics
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
2
4
6
8
2
4
6
8
2
4
6
8
RA1122
22ohm
1/16W
RA1124
22ohm
1/16W
RA1121
22ohm
1/16W
RA1134
22ohm
1/16W
RA1127
22ohm
1/16W
RA1129
22ohm
1/16W
RA1130
22ohm
1/16W
RA1123
22ohm
1/16W
RA1125
22ohm
1/16W
RA1126
22ohm
1/16W
DNIE_B_ODD(0)
DNIE_B_ODD(1)
DNIE_B_ODD(2)
DNIE_B_ODD(3)
DNIE_B_ODD(4)
DNIE_B_ODD(5)
DNIE_B_ODD(6)
DNIE_B_ODD(7)
DNIE_B_ODD(8)
DNIE_B_ODD(9)
DNIE_B_EVEN(0)
DNIE_B_EVEN(1)
DNIE_B_EVEN(2)
DNIE_B_EVEN(3)
DNIE_B_EVEN(4)
DNIE_B_EVEN(5)
DNIE_B_EVEN(6)
DNIE_B_EVEN(7)
DNIE_B_EVEN(8)
DNIE_B_EVEN(9)
DNIE_R_ODD(0)
DNIE_R_ODD(1)
DNIE_R_ODD(2)
DNIE_R_ODD(3)
DNIE_R_ODD(4)
DNIE_R_ODD(5)
DNIE_R_ODD(6)
DNIE_R_ODD(7)
DNIE_R_ODD(8)
DNIE_R_ODD(9)
DNIE_R_EVEN(0)
DNIE_R_EVEN(1)
DNIE_R_EVEN(2)
DNIE_R_EVEN(3)
DNIE_R_EVEN(4)
DNIE_R_EVEN(5)
DNIE_R_EVEN(6)
DNIE_R_EVEN(7)
DNIE_R_EVEN(8)
DNIE_R_EVEN(9)
DNIE_B_ODD(0:9)
DNIE_B_EVEN(0:9)
DNIE_R_ODD(0:9)
DNIE_R_EVEN(0:9)
10-13
Schematic Diagram
10-1-14 Main Board-14
G22
B7
B_DQI_DDR_H[19]
B_DQI_DDR_L[19]
B_DQI_DDR_H[20]
B_DQI_DDR_L[20]
B_DQI_DDR_H[21]
B_DQI_DDR_L[21]
C1 0
RA1109
D11
33o hm
1/16W
B10
E12
RA1098
D2
33ohm
1/16W
C1
RA1097
H5
33ohm
1/16W
E2
G24
J22
F26
B_DQI_DDR_H[22]
B_DQI_DDR_L[22]
H24
B_DQI_DDR_H[23]
B_DQI_DDR_L[23]
B_DQI_DDR_H[24]
B_DQI_DDR_L[24]
B_DQI_DDR_H[25]
B_DQI_DDR_L[25]
B_DQI_DDR_H[26]
B_DQI_DDR_L[26]
B1
A22
A21
B20
E17
F3
B_DQI_DDR_H[27]
B_DQI_DDR_L[27]
A19
E1
B_DQI_DDR_H[28]
B_DQI_DDR_L[28]
B_DQI_DDR_H[29]
B_DQI_DDR_L[29]
B_DQI_DDR_H[30]
B_DQI_DDR_L[30]
B_DQI_DDR_H[31]
B_DQI_DDR_L[31]
B18
C18
E18
F4
DV_H_D(23)
J2
K9
J8
J7
VSS
VSS
A3
A10
C3
C4
C5
C8
C9
C10
D5
D8
E4
E9
F4
F9
G4
G9
H4
H9
J4
J9
B3
B10
G3
K4
VSS
VSS
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
NC
NC
G10
K8
NC
NC
NC
NC
L3
K11
NC
L9
K12
L2
NC
DQ22
VDDQ
DQ23
VDDQ
B6
DV_L_D(18)
DV_L_D(19)
DV_L_D(20)
DV_L_D(21)
33ohm
1/16W
DV_L_D(22)
DV_L_D(23)
DV_L_D(24)
RA1114
NC
B7
DV_L_D(17)
RA1119
33ohm
1/16W
NC
VDDQ
B9
J1
VDDQ
DV_L_D(16)
RA1118
33ohm
1/16W
DQ21
B11
H1
VDDQ
F23
VDDQ
DV_L_D(25)
MEM_VREF_H
DV_L_D(26)
DV_L_D(27)
DV_L_D(28)
RA1112
DV_L_D(29)
33ohm
1/16W
DV_L_D(30)
DV_H_DQS(0:3)
DV_L_D(31)
2.5VB
B2
D25
DQ20
D2
H2
B4
B_DQI_DDR_L[18]
VDDQ
VDD
C26
B_DQI_DDR_L[16]
B_DQI_DDR_L[17]
B_DQI_DDR_H[18]
DV_H_D(22)
VDDQ
K10
B_DQI_DDR_L[15]
B_DQI_DDR_H[16]
B_DQI_DDR_H[17]
DV_H_D(21)
DV_L_D(15)
VDDQ
DQ19
VDD
B_DQI_DDR_H[15]
B6
DV_L_D(14)
VDDQ
DQ17
DQ18
D11
F1
VDD
C8
33ohm
1/16W
DQ16
E3
F2
K7
D8
33ohm
1/16W
B22
E1
VDD
RA1107
D19
DV_H_D(20)
E10
K6
B_DQI_DDR_L[14]
DV_L_D(13)
VDDQ
VDD
B_DQI_DDR_H[14]
D3
RA1115
VDDQ
DQ15
K3
D4
DV_H_D(19)
F10
DQ14
F3
E2
VDD
33ohm
1/16W
C22
DV_H_D(17)
DV_H_D(18)
DV_L_D(12)
H3
VDDQ
DQ13
E11
D3
B_DQI_DDR_L[13]
DV_L_D(10)
DV_L_D(11)
F11
E12
D10
B_DQI_DDR_H[13]
DV_H_D(16)
VDD
C3
33ohm
1/16W
DV_H_D(15)
DV_L_D(9)
C7
RA1099
B23
DV_H_D(14)
DV_L_D(8)
H10
VDD
D26
B_DQI_DDR_L[11]
B_DQI_DDR_L[12]
DV_H_D(13)
DV_L_D(7)
VDDQ
VREF
B_DQI_DDR_L[10]
B_DQI_DDR_H[11]
DV_L_D(6)
DQ12
C6
B_DQI_DDR_L[9]
F24
B_DQI_DDR_H[10]
B_DQI_DDR_H[12]
RA1120
VDDQ
WE#
B_DQI_DDR_H[9]
B8
A2
33ohm
1/16W
J10
VDDQ
DQ11
M12
E26
DV_H_D(12)
VSS
DQ10
J3
F12
CAS#
H22
DV_L_D(5)
D4
D Q9
H11
K2
B26
B_DQI_DDR_L[7]
B_DQI_DDR_L[8]
RA1117
J11
H12
K1
C9
B_DQI_DDR_L[6]
B_DQI_DDR_H[7]
B_DQI_DDR_H[8]
A8
DV_H_D(11)
RAS#
33ohm
1/16W
A26
B_DQI_DDR_H[6]
C6
DV_H_D(10)
DV_L_D(4)
D7
L1
D7
D10
DV_H_D(9)
DV_L_D(3)
D2.5V_B1
D9
D6
CS#
33ohm
1/16W
RA1108
B_DQI_DDR_L[5]
DV_L_D(2)
VSS
M1
B_DQI_DDR_H[5]
33ohm
1/16W
DQ8
C1534
100nF
25V
DV_nCS
DV_nRAS
DV_nCAS
DV_nWE
B25
VSS
CKE
E22
D20
DQ7
CK#
B_DQI_DDR_L[4]
VSS
E5
J12
DV_H_D(8)
DQ6
M11
B_DQI_DDR_L[3]
DV_L_D(1)
VSS
CK
B_DQI_DDR_L[2]
B_DQI_DDR_H[4]
RA1116
DQ5
E6
D1
DV_H_D(7)
VSS
L11
B_DQI_DDR_H[2]
B_DQI_DDR_H[3]
XREF
VSS
BA1
RA1101
B24
E8
A4
DV_L_D(0)
E7
C1
DV_H_D(6)
E8
VSS
DQ4
BA0
B4
E7
DV_L_D(0:31)
F5
VSS
DQ3
L4
33ohm
1/16W
A25
DV_H_D(5)
DV_L_DQS(3)
DQ2
L10
B_DQI_DDR_L[1]
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
A5
A4
B1
C2
M3
B_DQI_DDR_H[1]
D5
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
DV_H_D(4)
DV_BA0
DV_BA1
DV_CK
DV_nCK
B_DQI_DDR_L[0]
DV_H_D(3)
DV_L_DQS(2)
DM3
RA1100
F19
B_DQI_DDR_H[0]
DV_H_D(2)
DV_L_DQS(1)
A11
E6
DV_L_DQS(0)
DM2
B_DQIS_DDR_L[3]
33ohm
33ohm
33ohm
33ohm
DM1
B_DQIS_DDR_H[3]
R1676
R1664
R1626
R1675
G2
A20
DM0
A24
C25
G11
B_DQIS_DDR_L[2]
F7
IC1040
EM6A9320BI-5MG
DQ1
DQS3
B_DQIS_DDR_L[0]
B_DQIS_DDR_L[1]
E9
VSS
DQS2
B_DQIS_DDR_H[0]
B_DQIS_DDR_H[1]
B_DQIS_DDR_H[2]
C4
D1
DQ0
A2
F25
E11
VSS
F6
B5
DV_H_D(1)
A11
F8
A6
DV_H_D(0)
DV_L_DQS(0:3)
G5
VSS
A12
O_BA_DDR[1]
DV_A(11)
VSS
DV_H_DQS(3)
O_A_DDR[11]
DV_H_D(0:31)
VSS
A9
A10
G1
E13
L6
DV_H_DQS(2)
O_BA_DDR[0]
A8/AP
G6
L7
K5
DV_A(10)
DQS0
O_A_DDR[10]
A16
M10
DV_A(8)
DV_A(9)
DQ31
A12
DQ30
D12
DQS1
C12
A1
O_WEN_DDR
A7
O_CASN_DDR
G12
O_RASN_DDR
O_A_DDR[9]
H5
G7
DV_H_D(31)
A11
O_A_DDR[7]
O_A_DDR[8]
VSS
DV_H_D(30)
E15
D1 5
A7
H6
DV_H_DQS(1)
E14
33ohm
1/16W
VSS
G8
M9
DV_A(7)
A6
DV_H_DQS(0)
B12
A14
RA1111
33ohm
33ohm
33ohm
33ohm
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
O_CSN_DDR
VSS
DQ29
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
O_A_DDR[6]
A5
H7
M8
DV_A(6)
VSS
B8
DV_H_D(0)
DV_H_D(1)
DV_H_D(2)
DV_H_D(3)
DV_H_D(4)
DV_H_D(5)
DV_H_D(6)
DV_H_D(7)
DV_H_D(8)
DV_H_D(9)
DV_H_D(10)
DV_H_D(11)
DV_H_D(12)
DV_H_D(13)
DV_H_D(14)
DV_H_D(15)
DV_H_D(16)
DV_H_D(17)
DV_H_D(18)
DV_H_D(19)
DV_H_D(20)
DV_H_D(21)
DV_H_D(22)
DV_H_D(23)
DV_H_D(24)
DV_H_D(25)
DV_H_D(26)
DV_H_D(27)
DV_H_D(28)
DV_H_D(29)
DV_H_D(30)
DV_H_D(31)
O_CK_M_OUT_B
DV_A(5)
A4
DQ28
DV_H_D(0:31)
D1 4
O_A_DDR[5]
DV_CK
DV_nCK
DV_nCS
DV_nRAS
DV_nCAS
DV_nWE
DV_BA0
DV_BA1
L8
DQ27
DV_H_DQS(3)
R1587
R1556
R1519
R1574
33ohm
1/16W
B13
VSS
A8
DV_H_DQS(1)
DV_H_DQS(2)
RA1110
O_CK_M_OUT
0ohm
0ohm
0ohm
0ohm
0ohm
0ohm
0ohm
0ohm
A3
A9
DV_H_DQS(0)
O_A_DDR[4]
A15
R1607
R1614
R1624
R1610
R1611
R1616
R1615
R1623
VSS
B12
DV_H_DQS(0:3)
A13
VSS
A2
DV_H_D(29)
DV_A(11)
O_A_DDR[3]
A1
H8
M7
DV_A(4)
C1 5
J5
L5
M6
DV_H_D(28)
DV_A(10)
O_A_DDR[2]
C1 6
J6
VSS
A0
M5
DV_A(3)
DV_H_D(27)
DV_A(8)
NC
M2
DV_A(7)
DV_A(9)
E16
DQ24
DV_A(6)
33ohm
1/16W
DV_A(2)
O_A_DDR[1]
DQ25
DV_A(5)
A18
D12
DV_A(4)
RA1113
M4
DV_A(0)
DV_A(1)
O_A_DDR[0]
C11
DV_A(3)
DV_A(0:11)
C17
C12
DV_A(2)
2
4
6
8
2
4
6
8
2
4
6
8
DV_H_D(26)
DV_A(1)
1
3
5
7
1
3
5
7
1
3
5
7
DV_H_D(25)
DV_A(0)
DQ26
IC1043-4
S4LH001X01
DV_A(0:11)
DV_H_D(24)
Signal
NC
Power
L12
This Document can not be used without Samsung’s authorization.
D2.5V_B1
BD1078
MPZ2012S300A
C1631
100nF
25V
C1677
100nF
25V
C1544
100nF
25V
C1563
100nF
25V
J8
VSS
VSS
VSS
VSS
A3
K9
VSSQ
VSSQ
C3
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
C9
VSSQ
D5
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
VSSQ
J9
NC
VSSQ
B3
NC
NC
G3
NC
NC
K8
NC
NC
L9
L2
NC
NC
NC
DQ4
VSS
DQ5
VSS
DQ6
VSS
E6
E5
D9
D2.5V_B1
D7
DQ7
VSS
DQ8
VSS
D6
D4
DQ9
VSS
J10
DQ10
VDDQ
DQ11
VDDQ
DQ12
VDDQ
DQ13
VDDQ
J3
H10
H3
F1 0
VDDQ
DQ14
F3
DQ15
VDDQ
DQ16
VDDQ
DQ17
VDDQ
E10
E3
D11
VDDQ
DQ18
D2
DQ19
VDDQ
DQ20
VDDQ
DQ21
VDDQ
DQ22
VDDQ
DQ23
VDDQ
B11
B9
B7
VDDQ
VDD
VDDQ
B4
B2
VDD
K10
VDD
VDD
K7
K6
VDD
K3
VDD
D10
D3
VDD
VDD
C7
VREF
C6
WE#
M12
CAS#
K2
RAS#
K1
L1
CS#
CKE
M1
CK#
M11
CK
L11
BA1
L10
L4
M3
BA0
DM3
DM2
A11
G2
DV_nCS
DV_nRAS
DV_nCAS
DV_nWE
MEM_VREF_L
DV_BA0
DV_BA1
DV_CK
DV_nCK
DQ25
DV_L_D(25)
C12
D12
DV_L_D(24)
DM1
B6
DV_L_DQS(0:3)
10-14
E8
E7
VSS
DM0
J2
F5
VSS
VSS
DQ3
DQS3
J1
DQ2
A2
H1
VSS
IC1048
EM6A9320BI-5MG
DQ1
G11
F1
H2
DQ0
A12
F2
F6
DV_L_DQS(3)
E2
E1
F7
DQ24
DV_L_D(23)
E11
F8
DQS2
DV_L_D(22)
E 12
VSS
G1
DV_L_D(20)
DV_L_D(21)
F11
VSS
A11
DV_L_DQS(2)
DV_L_D(19)
F12
G5
VSS
A10
DQS1
DV_L_D(18)
H11
VSS
A9
DV_L_DQS(1)
DV_L_D(17)
H12
A8/AP
DQS0
DV_L_D(16)
J12
J11
G6
G12
DV_L_D(15)
D1
VSS
A7
DV_L_DQS(0)
DV_L_D(14)
C2
C1
G7
DQ31
DV_L_D(13)
B1
G8
A1
DV_L_D(11)
A4
VSS
VSS
DV_L_D(31)
DV_L_D(9)
DV_L_D(10)
DV_L_D(12)
A5
H5
A5
A6
DQ30
DV_L_D(8)
B5
H6
VSS
A4
DQ29
DV_L_D(5)
DV_L_D(6)
DV_L_D(7)
A6
H8
H7
A7
DV_L_D(4)
L6
VSS
B8
DV_L_D(2)
L7
K5
A3
DV_L_D(30)
DV_L_D(1)
DV_L_D(3)
M10
VSS
A8
DV_L_D(0)
M9
VSS
A2
DV_L_D(29)
DV_A(9)
DV_A(10)
DV_A(11)
L8
M8
J5
A1
DQ27
DV_A(8)
DV_L_D(0:31)
M7
J6
VSS
A0
DQ28
DV_A(5)
L5
M6
DQ26
DV_A(4)
DV_A(6)
DV_A(7)
M5
A9
DV_A(3)
M4
B12
DV_A(2)
C11
DV_A(0)
DV_A(1)
NC
NC
DV_A(0:11)
K4
C1706
100nF
25V
J7
C1702
100nF
2 5V
A10
C1594
100nF
25V
C4
C1608
100nF
25V
C5
C1566
100nF
25V
C8
C1545
100nF
25V
C10
C1557
100nF
25V
D8
C1546
100nF
25V
E4
C1573
100nF
25V
E9
C1606
100nF
25V
F4
C1673
100nF
25V
F9
C1686
100nF
25V
G4
C1695
100nF
25V
G9
C1717
100nF
25V
H4
C1721
100nF
25V
H9
C1722
100nF
25V
J4
C1551
100nF
25V
B10
C1718
100nF
25V
G10
C1719
100nF
25V
K11
C1720
100nF
25V
K12
C1687
100nF
25V
L3
C1709
100nF
25V
DV_L_D(28)
C1556
100nF
25V
C1716
100nF
25V
M2
16V
C1612
100nF
25 V
DV_L_D(27)
C1632
10uF
C1611
100nF
25V
DV_L_D(26)
10uF
16V
L12
C1676
C1678
100nF
25V
Samsung Electronics
Schematic Diagram
10-1-15 Main Board-15
This Document can not be used without Samsung’s authorization.
D3.3V_B1_VDD
Power
D1114
1N4148WS-F
D2.5V_B1_VDD
Signal
1VB_B1_PLL
1VB_B1_DDR
D3.3V_B1_IO
R1753
5.7VB
1ohm
1/10W
1VB_B1
C1799
IC1056
220nF
25V
GND_INT
PWR_INT
GND_INT
GND_INT
PWR_INT
GND_INT
PWR_INT
GND_INT
PWR_INT
GND_INT
PWR_INT
GND_INT
PWR_INT
GND_INT
PWR_INT
GND_INT
PWR_INT
GND_INT
GND_INT
IC1043-5
GND_INT
S4LH001X01
PWR_INT
GND_INT
PWR_INT
GND_INT
PWR_INT
GND_INT
PWR_INT
GND_INT
GND_INT
PWR_SSTL
PWR_SSTL
GND_SSTL
PWR_SSTL
GND_SSTL
PWR_SSTL
GND_SSTL
PWR_SSTL
GND_SSTL
PWR_SSTL
GND_SSTL
PWR_SSTL
GND_SSTL
PWR_SSTL
GND_SSTL
PWR_SSTL
GND_SSTL
PWR_SSTL
GND_SSTL
PWR_SSTL
GND_SSTL
PWR_SSTL
GND_SSTL
PWR_SSTL
GND_SSTL
PWR_SSTL
GND_SSTL
PWR_SSTL
GND_SSTL
PWR_SSTL
GND_SSTL
PWR_SSTL
GND_SSTL
GND_SSTL
I_VREF_H_0
GND_SSTL
GND_SSTL
I_VREF_H_1
FB
EN
10nF
50V
10uH
5
R1751
C1793
C1804
2.74Kohm
1/10W
100nF
16V
100uF
16V
R1749
10Kohm
1/10W
C1812
C1800
C1803
560pF
50V
15nF
50V
470nF
50V
R1754
20Kohm
1/10W
A5
A7
A9
B1 5
B19
C21
D13
D16
D22
D24
E3
F7
F8
F9
F10
F17
F18
G4
J21
L11
M11
GND1
GND101
GND105
GND108
GND113
GND117
GND121
GND4
GND48
GND49
GND50
GND51
GND52
GND53
GND54
GND55
GND56
GND87
GND90
GND94
GND98
GND_IO_1
GND_SSTL
100uF
16V
L1011
7
6
SW
GND
D21
C24
H21
H23
AD22
AF23
AC21
AB19
AC20
AA18
AB18
AC19
AF21
G5
D6
E10
C11
B14
A17
D18
B2
GND_IO_1
GND_IO_1
GND_IO_1
GND_IO_1
AA17
W22
W21
T23
P22
N22
L23
AB23
Y5
W6
U5
L4
AF7
AD2
AD13
C1655
100nF
25V
GND_SSTL
GND_IO_1
I_VREF_L_1
GND_IO_1
I_VREF_L_0
C1805
C1802
SK34
GND_INT
PWR_INT
A1
L12
L13
L14
L15
M12
M13
M14
M15
N12
N13
N14
N15
P12
P13
P14
P15
R12
R13
R14
R15
T12
T13
T14
T15
D1113
VDD3
VDD43
VDD44
VDD45
VDD46
VDD47
VDD48
VDD49
VDD77
VDD80
VDD84
VDD88
VDD91
VDD95
VDD98
VDD102
VDD106
VDD110
VDD114
PWR33V_1
PWR33V_1
PWR33V_1
PWR33V_1
PWR33V_1
PWR33V_1
PWR33V_2
PWR33V_2
PWR_INT
PWR_INT
GND_IO_2
R1637
1Kohm
1/10W
GND_INT
GND_IO_2
C2
C7
B21
G21
MEM_VREF_L
GND_INT
PWR_INT
GND_IO_2
R1631
1Kohm
1/10W
GND_INT
PWR_INT
GND_IO_2
D2.5V_B1
PWR33V_2
V22
U21
T16
R16
P16
Y6
P4
G3
AD11
AC4
AA1
C1570
100nF
25V
GND_INT
PWR_INT
GND_IO_2
R1567
1Kohm
1/10W
A3
A6
B3
B5
B9
B1 1
B16
C13
C20
C23
D17
D23
E1 9
E20
E24
G23
K2 1
GND_INT
PWR_INT
GND_IO_2
MEM_VREF_H
SS
BST
MGND1
COMP
IN
4
GND_INT
PWR_INT
8
3
PWR_INT
PWR_INT
1
2
GND_INT
GND_IO_2
D2.5V_B1
MPZ2012S300A
PWR_INT
GND_OSC
D2.5V_B1
PWR_INT
PWR33V_2
AA5
AA6
AA7
AA8
AA19
AA20
AA21
AA22
E5
E21
F5
F6
F20
F21
F22
G6
L16
M16
N11
N16
P11
R11
T11
Y2 1
PWR33V_2
1VB_B1_INT
R1568
1Kohm
1/10W
E4
C5
D9
A10
C14
B17
C19
A23
E23
E25
G25
AB20
AD21
AF22
AD20
AE20
AC17
AB17
H6
BD1097
1VB_B1_INT
1VB_B1
BD1091
MPZ2012S300A
C1783
100uF
16V
C1768
10uF
16V
C1599
100nF
25V
C1574
100nF
25V
C 1554
100nF
25V
C1656
100nF
25V
C1669
100nF
25V
C1565
100nF
25V
C1598
100nF
25V
C1568
100nF
25V
C 1675
100nF
25V
C1666
100nF
25V
C1623
100nF
25V
C1639
100nF
25V
C1576
100nF
25V
C1618
100nF
25V
C1652
100nF
25V
C1674
100nF
25V
C1589
100nF
25V
C1564
100nF
25V
C1543
100nF
25V
C1630
100nF
25V
C1621
100nF
25V
C1685
100nF
25V
C1601
100nF
25V
C1605
100nF
25V
C1575
100nF
25V
C1597
100nF
25V
C1585
100nF
25V
C1590
100nF
25V
C1641
100nF
25V
C1668
100nF
25V
C1640
100nF
25V
C1591
100nF
25V
C1596
100nF
25V
C1595
100nF
25V
C1616
100nF
25V
C1615
100nF
25V
1VB_B1_DDR
1VB_B1
BD1093
MPZ2012S300A
C1791
C1778
100uF
16V
10uF
16V
3.3VB
D3.3V_B1_IO
BD1095
MPZ2012S300A
C1798
1VB_B1_PLL
1VB_B1
100uF
16V
BD1090
C1782
10uF
16V
C1792
100nF
25V
C1643
100nF
25V
C1646
100nF
25V
C1667
100nF
25V
C1644
100nF
25V
C1561
100nF
25V
C1609
100nF
25V
C1548
100nF
25V
C1559
100nF
25V
C1537
100nF
25V
C1553
100nF
25V
MPZ2012S300A
C1753
10uF
16V
C1660
100nF
25V
C1650
100nF
25V
C1647
100nF
25V
3.3VB
D3.3V_B1_VDD
BD1075
MPZ2012S300A
C1586
D2.5V_B1
2.5VB
100uF
16V
BD1067
C1628
10uF
16V
C1625
100nF
25V
MPZ2012S300A
C1522
100uF
16V
C1736
10uF
16V
C1613
100nF
25V
C1550
100nF
25V
C1542
100nF
25V
C1636
100nF
25V
C1624
100nF
25V
C1679
100nF
25V
C1698
100nF
25V
C1523
100nF
25V
C1633
100nF
25V
C1604
100nF
25V
C1547
100nF
25V
C1664
100nF
25V
C1638
100nF
25V
C1699
100nF
25V
C1688
100nF
25V
C1642
100nF
25V
C1549
100nF
25V
C1627
100nF
25V
C1567
100nF
25V
C1614
100nF
25V
D2.5V_B1_VDD
2.5VB
BD1082
MPZ2012S300A
Samsung Electronics
C1733
C1689
100uF
16V
10uF
16V
10-15
Schematic Diagram
10-1-16 Main Board-16
This Document can not be used without Samsung’s authorization.
Power
Signal
3.3VB
5VB
C
LAMP_TX_SEL
C1732
100nF
25V
R1697
1Kohm
1/10W
R1665
4.7Kohm
1/10W
3.3VB
5VB
B
E
Q 1021
KRC104S
R1684
100ohm
1/10W
BD1087
MPZ2012S300A
IC1049
MM74HCT125M
C1770
100pF
C1776
10uF
LAMP_TX
DNIE_CLK
/OE1
VCC
D1
/OE4
O1
D4
/OE2
D2
O4
/OE3
O2
D3
GND
O3
14
13
12
11
10
9
8
LAMP_TXn_1
R1696
100ohm
1/10W
DNIE_FDE
DNIE_R_EVEN(9)
DNIE_R_EVEN(8)
DNIE_R_EVEN(7)
DNIE_R_EVEN(6)
DNIE_R_EVEN(5)
DNIE_R_EVEN(4)
DNIE_R_EVEN(3)
DNIE_R_EVEN(2)
DNIE_R_EVEN(0:9)
1
2
3
4
5
6
7
5VB
LAMP_SEL
DNIE_V
R1744
4.7Kohm
1/10W
DNIE_G_EVEN(0:9)
DNIE_H
DNIE_R_ODD(0:9)
R1710
470ohm
1/10W
DNIE_G_EVEN(9)
103
104
105
106
107
108
109
110
102
101
RO5
100
BE6
GND
BE7
R O4
GE4
GO7
GE5
GO6
98
5
6
DNIE_G_EVEN(7)
7
DNIE_G_EVEN(6)
8
DNIE_G_EVEN(5)
9
DNIE_G_EVEN(4)
10
DNIE_G_EVEN(3)
11
DNIE_G_EVEN(2)
12
97
BO8
B O9
GE11
BO10
GE10
BO11
GE9
BO12
GE8
BO13
DELETE
BO15
BE15
GND
BE14
C1811
10uF
R1762
R1760
BE11
20
GO10
83
BE10
GO11
BE9
GO12
BE8
GO13
21
82
22
81
80
VCC
GO14
PVCC1
GO15
PGND1
GND
79
DNIE_G_EVEN(0)
MSEN
10Kohm
R1756
4
2
3
1
4
2
3
1
4
2
3
DNIE_G_ODD(8)
DNIE_R_ODD(2)
75
EDGE
RO11
PIXS
RO12
TMDS_TX2+
TMDS_TX2-
DNIE_R_ODD(3)
74
CN1006
72
GO5
GE7
GO4
DNIE_R_ODD(6)
TMDS_TXC+
TMDS_TXC-
70
34
69
RE4
BO7
CLR_DEP1
GND
GND
BO6
RE5
B O5
DNIE_B_ODD(1)
DNIE_B_ODD(0)
3D_IR
66
37
RO13
SCL_DDP
SDA_DDP
64
RO14
63
RO15
AGND
62
61
TX2+
60
TX259
TX1+
58
57
TX156
AVCC
BO4
A55AGND
TX0-
AVCC
TX0+
55
54
53
RSVD
52
AVCC
51
50
TXC+
49
TXC-
AGND
48
47
46
GND
45
44
VCC
CTL1
43
CTL2
SS_EN#
42
41
40
PD
RE7
RE6
39
65
EXT_SWING
38
DNIE_R_ODD(9)
3.3VB
R 1707
LAMP_RX
PWRGOOD
R1748
10Kohm
1/10W
LAMP_ERROR
R1747
1/10W
1.5Kohm
R1729
300ohm
1/10W
C1760
100pF
R1738
300ohm
1/10W
C1774
100pF
300ohm
1/10W
C1781
100pF
300ohm
1/10W
C1786
100pF
R1741
C1810
10uF
R1746
C1775
100pF
TMDS_TX2+
0ohm
1
9
17
2
10
18
3
11
19
4
12
20
5
13
21
6
14
22
7
15
23
8
16
24
MGND1
MGND2
R1695
100ohm
TMDS_TX2-
BD1096
MPZ2012S300A
10-16
LAMP_TXn_1
DDP_READY
DNIE_R_ODD(8)
R1750
10Kohm
1 /1 0 W
C1788
10uF
FT1015
ACM2012D-900-2P-T
68
67
36
DNIE_R_ODD(7)
C1789 C1754 C1797 C1755
MPZ2012S300A
100pF 100pF 100pF 100nF
FT1012
ACM2012D-900-2P-T
DNIE_R_ODD(5)
71
GE6
DNIE_R_EVEN(1)
BD1092
FT1013
ACM2012D-900-2P-T
DNIE_R_ODD(4)
73
32
3.3VB
FT1014
ACM2012D-900-2P-T
361V01-158-SEC
DNIE_G_ODD(9)
RO10
35
DNIE_R_EVEN(0)
TMDS_TX1+
TMDS_TX1-
1
DNIE_G_ODD(7)
RO9
SDA
33
4.7Kohm
1/10W
3
DNIE_G_ODD(6)
RO8
CLR_DEP0
29
31
PIXS_7170
4
2
DNIE_G_ODD(5)
76
30
DNIE_G_EVEN(1)
1
VCC
28
10Kohm
TMDS_TX0+
TMDS_TX0-
77
SCL
0ohm
0ohm
DNIE_G_ODD(4)
78
27
R1758
R1770
DNIE_G_ODD(3)
84
26
SDA_7170
DNIE_G_ODD(2)
85
GO9
24
SCL_7170
DNIE_B_ODD(8)
DNIE_B_ODD(9)
86
GO8
IC1052
SIl7170CMHU
25
C1809
1 0 0n F
DNIE_B_ODD(7)
VCC
BE13
BE12
23
L1013
1.5uH
DNIE_B_ODD(6)
87
18
DNIE_B_EVEN(2)
DNIE_B_ODD(0:9)
88
19
DNIE_B_EVEN(3)
R1762
DNIE_B_ODD(5)
89
17
DNIE_B_EVEN(4)
3.3VB
93
BO14
16
DNIE_B_EVEN(6)
DNIE_B_ODD(4)
90
15
DNIE_B_EVEN(7)
DNIE_B_ODD(2)
DNIE_B_ODD(3)
94
91
VCC
Q1022
KRC104S
DNIE_G_ODD(0)
92
GND
DNIE_B_EVEN(5)
E
95
14
DNIE_B_EVEN(8)
C
B
DNIE_G_ODD(1)
96
GE13
GE12
13
DNIE_B_EVEN(9)
DNIE_G_ODD(0:9)
99
4
DNIE_B_EVEN(1)
R1717
240ohm
1/10W
DNIE_R_ODD(0)
R O6
BE5
3
DNIE_B_EVEN(0)
D1106
LTST-C150GKT
DNIE_R_ODD(1)
RO7
HSYNC
VSYNC
DE
GND
IDCK
111
2
VCC
112
113
114
BE4
CTL3
SS_CLK_OUT
PVCC2
PGND2
RST/ISEL
1
SS_CLK_IN
115
VCC
116
117
GND
RE15
118
RE14
119
120
RE13
121
RE12
RE11
122
RE10
125
123
126
127
124
RE9
RE8
VCC
GE14
DNIE_B_EVEN(0:9)
GE15
128
2
DNIE_G_EVEN(8)
TMDS_TX1+
TMDS_TX1TMDS_TX0+
TMDS_TX0TMDS_TXC+
TMDS_TXC-
C1780
100pF
Samsung Electronics
Schematic Diagram
10-1-17 Main Board-17
This Document can not be used without Samsung’s authorization.
8VB_SOUND
12VB
Power
3.3VB
BD1000
Signal
3.3VB
3301-001145
-
IC1000
BA178M08FP
1
1.8VB_8258
BD1103
MPZ2012S300A
3
OUT
GND
IC1061
AP1117E-18A
1
C1890
100uF
16V
C1845
1 0 0 uF
16V
GND
50V
100nF
BD1022
MPZ2012S300A
2
C1005
3
OUT
OUT
IN
C1844
100uF
16V
IN
2
C1004
C1006
IN
C1116
100nF
25V
1.8VB_AMP
IC1010
AP1117E-18A
1
22uF 100nF
16V
100nF 10nF
C1869
1 00 n F
2 5V
C1014
C1027
C1122
100uF
16V
BD1012
3
OUT
OUT
C1121
100uF
16V
GND
2
-
C1124
100nF
25V
C1072
10uF
16V
AVDD_PLL
BD1018
-
BD1017
-
DVDD_PLL
8VB_SOUND
5VB
IC1063
PCM1754DBQR
C1834
10uH
R1850
I2S_TX_MCLK
I2S_TX_LRCLK
I2S_TX_BCLK
I2S_TX_DATA
3
4
5
11Kohm
C1868
100nF
IC1060
R1834
TL062CDT
R1835
8
7
10Kohm
OUT2
IN1-
IN2-
IN1+
IN2+
VEE
R1823
100uF
16V
11Kohm
R1824
51Kohm
10Kohm
1
2
VCC OUT1
6
5
C1908
R1849
6
7
8
51Kohm
C1855
3
4
BCK
SCK
DATA
FMT
LRCK
MUTE
DGND
DEMP
NC
TEST
VCC
ZEROA
VOUTL
VCOM
VOUTR
AGND
16
15
14
13
12
11
10
9
100nF
C1910
10uF
16V
R1842
C1912
22uF
16 V
R1843
C1888
C1889
30Kohm
470ohm
C1838
10uF
10uF
16V
50V
2.2nF
50V
2.2nF
22uF
16V
470ohm
R1836
C1909
30Kohm
C1913
R1837
1uF
1uF
C1069
8VB_SOUND
C1865 C1864
L1021 10uH
100nF 100nF
BD1002
22uH
R1051
1nF
50V
-
4.7ohm
1/10W
C1089
470nF
50V
B
R1844
0ohm
R1829
AVDD_PLL
100ohm
S_nRESET
SOUND_RESET
C1096
1nF
50V
C1087
C1837
10uF
16V
1.8VB_8258
C1847
C1851
100nF
C1850
100nF
C1849 C1848
100nF 100nF
0ohm
1/10W
R1845
-
100ohm
100ohm
1.8VB_AMP
C1846 C1858
100nF 100nF
3
4
-L-OUT
1uF
10V
220uF
35V
C1007
BD1001
C1026
36
35
C1 0 3 8
34
33
32
1R
n1
F012
50V
C1 0 3 9
31
30
29
4.7ohm C1024
1/10W
L1001
1nF R1013
50V
4.7ohm
1/10W
22uH
100nF
25V
C1034
100nF
50V
100nF
25V
-
+R-OUT
XREF
1nF
50V
C1012
470nF
50V
PGND2B
C1036
BD1007
C1033
R1024
C1023
39
38
37
22nF
50V
BST1B
VDR1B
PGND1B
45
44
43
47
46
OUT1B
OUT1B
PGND1B
50
49
48
PVDD1B
-
C1025
C1048
C1055
OUT2B
OUT2B
PGND2B
42
41
40
C1021
R1036
R1028
1
2
1R
n1
F010
50V
4.7ohm
C1022
XR EF
C1002
100nF
50V
1/10W
L1000
22nF
50V
22uH
nF
1R
1011
50V
C1 0 0 3
1nF
50V
BD1004
-
-R-OUT
XR EF
4.7ohm
1/10W
SOUND_MUTE
SCL_A
R1877
USA : STV8258, #20 = GND
KOR : STV8257, #20 = VCC
1nF
50V
CN1001
-L-OUT
+L-OUT
-R-OUT
+R-OUT
C1066
R1820
R1846
47ohm
C1064
4.7Kohm
1/10W
1 /1 0 W
SDA_A
47ohm
53
52
51
TEST0
3.3Kohm
R1818
0ohm
PVDD1B
DVDDPLL
1/10W
330uF
16V
C1852
100nF
PVDD2B
AVDDPLL
R1832
4.7Kohm
PVDD2B
AGNDPLL
LFM
100nF
25V
33nF
16V
0ohm
1/10W
R1819
C1883
PVDD1A
PVDD2A
C1843
C1884
33nF
16V
55
54
DGNDPLL
100pF
50V
I2S_DATA_AMP
I2S_LRCLK_AMP
I2S_SCLK_AMP
SDA_SOUND
SCL_SOUND
BD1108
CIB32P600NE
100nF
R1071
OUT1A
PVDD2A
100nF
B
DELETE
R1050
+L-OUT
4.7Kohm
1/10W
SPDIF_OUT
PVDD1A
VDD_
BST2B
12
13
14
OUT2A
VDR2B
C1094
10uF
16V
OUT1A
56
C 1092
100nF
25V
AVDD_PLL
MGND1
SOFT_RESET_2
C1093
10uF
16V
OUT2A
B
C1860
SPDIF_ALBA
C1091
100nF
25V
NTP-3000
PWM_MASK_2
4.7Kohm
DVDD_PLL
CLK_
AUX_PWM3A
R1833
SDA
SCL
1.8VB_8258
PGND2A
CLK_
9
10
11
BD1109
CIB32P600NE
42
41
40
VSS18
VDD18
ADR_SEL
VSS18
37
38
39
HP_DET
VSS18_CONV
VDD18_CONV
35
36
HP_LSS_R
32
33
34
HP_LSS_L
VDD18
LS_SUB
RST_N
47uF
16V
IC1003
C1035
PDIF_IN
SC2_OUT_L
HC-49/SM5H(27MHz,30ppm)
27pF
45
44
43
C1063
100nF
50V
22uH
26
27
28
PDIF_OUT
GND33_LS
GND_SA
C1839
VSS_
24
25
VCC33_LS
SC2_OUT_R
X1008
C1886
47
46
7
8
B
27.0MHz
50
49
48
1nF
50V
1uF
10V
10V
1uF
VSS33_IO1
VDD33_IO1
27pF
1/10W
NC
BST2A
PGND2A
AD
AUX_PWM3B
SC2_IN_L
SC2_IN_R
100nF
C1885
4.7Kohm
1/10W
BD1011
VDR2A
/RESET
SCL
VSS18
55
54
100ohm
I2S_CLK_AMP
BST1A
VDR1A
4
5
6
SDA
VDD18
CK_TST_CTRL
1/10W
R1072
BD1110
CIB32P600NE
C1859
53
52
51
100nF
50V
16VB
21
22
23
CLK_SEL
NC
100ohm
33pF
50V
XTALIN_CLKXTP
IC1062
STV8258DSX
VREFA
VBG
R1073
1.8VB_8258
C1040
SC1_IN_L
SC1_IN_R
S_nRESET
58
57
56
WCK
XTALOUT_CLKXTM
GND33_SC
60
59
1
2
3
BCK
VCC18_CLK1
47uF
16V
DVSS
64
63
62
66
65
61
I2S_SCLK
I2S_LR_CLK
I2S_DATA1
I2S_DATA0
I2S_DATA2
72
71
70
69
68
67
VSS18
VDD18
BUS_EXP
IRQ
GND_PSUB
74
73
SIF_P
SIF_N
VDD18_ADC
VCC18_IF
77
76
75
GNDPW_IF
VSS18_ADC
SC4_IN_R
SC4_IN_L
MONO_IN
VCC33_SC
21
22
23
19
20
GND18_CLK1
LS_R
16
17
18
SC3_OUT_R
LS_L
14
15
GND18_CLK2
LS_C
11
12
13
SC3_OUT_L
SCR_FLT
100ohm
100ohm
10uF
100nF
10uF
100nF
VSS33_IO2
SCL_FLT
R1827
R1828
C1875
C1856
C1876
C1857
VDD33_IO2
VCC18_CLK2
29
30
31
1uF
1uF
8
9
10
I2S_PCM_CLK
GND_H
27
28
6
7
GND18_IF
80
79
78
1/10W
SC1_OUT_L
SC1_OUT_R
C1103
22nF
50V
C1030
100nF
25V
B
C1840
VCC_H
SC3_IN_R
3
4
5
SC3_IN_L
100Kohm
1
2
VDD33_CONV
100Kohm
10uF
10uF
C1874
C1873
VSS33_CONV
R1847
24
25
26
100ohm
100ohm
R1826
R1825
R1848
C1073
BD1104
47nF
PGND1A
C1887
PGND1A
3.3VB
C1853
100nF 100nF
22nF
50V
SDATA
220nF
C1068
DVDD
C1878
4.7ohm
1 /1 0 W
R1079
C1042
560ohm
1/10W
18
19
20
10uH
TU_SIF
I2S_DATA_AMP
I2S_LRCLK_AMP
I2S_SCLK_AMP
C1854
I2S_CLK_AMP
16
17
10nF
50V
15
50V
150pF
C1871
33pF
50V
100nF
C1866
C1047
C1867
100nF
1uF
10V
C1863
C1862
100nF 100nF
L1002
C 1102
R1841
100pF
50V
L1019
C1872
100nF
25V
100nF
25V
100nF
1nF R1029
50V
C1041
3.3VB
C1861
47uF
16V
C1074
C1841
C1088
B
MAIN_L
MAIN_R
BD1019
L1004
C1067
47uF
16V
C1879
C1880
4.7ohm
1/10W
BD1111
CIB32P600NE
C1842
1/10W
R1030
4.7ohm
1/10W
C1008
BD1105
MONITOR_L_OUT
MONITOR_R_OUT
1nF
50V
R1052
220uF
35V
1.8VB_8258
100uF
16V
3.3VB
-
C1881
C1882
C1835
C1043
1nF
50V
16VB
4.7Kohm
1/10W
47uF
16V
1
2
R1000
C1911
R1878
0ohm
1/10W
0ohm
1/10W
5VB
3.3VB
SDA0
SCL0
D
SCL_A
3.3VA
S
G
R1003
4.7Kohm
1/10W
Q1000
2N7002L
SCL_SOUND
5VB
3.3VB
12VB
E
KSA1182
2
B
Q1005
Q1003
C
B
R1085
4.7Kohm
1/10W
MONITOR_OUT_MUTE
5VA
G
S
Q1001
2N7002L
SDA_SOUND
R1088
5VB
1/10W
1Kohm
1/10W
E
R1094
3
KSC1623-Y
MONITOR_L_OUT
C
R1016
4.7Kohm
1/10W
SDA_A
D
1
D1124
RLZ5.6B-TE-11
C1131
100uF
16V
D1010
2.2Kohm
1N4148WS-F
IC1008
D1009
D1008
1N4148WS-F
1N4148WS-F
KIA7042AF-RTF
1
IN
Q1002
C
B
E
Samsung Electronics
R1076
1Kohm
1/10W
GND
OUT
GND
KSC1623-Y
MONITOR_R_OUT
C1098
16V
100nF
3
R1067
SOUND_RESET
100ohm
1/10W
2
R1068
100ohm
SOUND_MUTE
10-17
Schematic Diagram
10-1-18 Main Board-18
This Document can not be used without Samsung’s authorization.
3.3VA
Power
5V A
1/10W
1/10W
1/10W
1/10W
1/10W
1/10W
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
R1496
4.7Kohm
R1502
4.7Kohm
1/10W
Signal
1/10W
1/10W
R1493
R1491
R1489
R1487
R1485
R1483
R1481
R1479
3.3VA
5VA
(PLACE NEAR EACH POWER PIN)
1/10W
BD1055
3.3VA
BD1049
CIC21J601NE
CIC21J601NE
IC1025
NCP1117ST33T3G
1
FAN_SW
IN
COMP1-DET
COMP2-DET
FAN_ERROR
LAMP_ERROR
470ohm
1/10W
4.7Kohm
4.7Kohm
4.7Kohm
R1504
R1503
1Kohm
5VA
16pF
50V
4.7Kohm
R1401
1/10W
RxD0
RESETEn
TxD0
MICOM_TX
MICOM_RX
R1855
TX_RS232_MICOM
R 1402
R1388
R1391
R1387
R1379
R1369
R1362
R1349
R1306
4.7Kohm
4.7Kohm
100ohm
100ohm
100ohm
100ohm
100ohm
4.7Kohm
4.7Kohm
R1307
4.7Kohm
0ohm
1/10W
0ohm
1/10W
P6.2
IC1031
P6.3
S3F84BBXZZ-QWRB
P6.4
VDD1
VDD2
VSS1
VSS2
XOUT
P6.5
XIN
P6.6
TEST
P6.7
P7.0/ADC0
P5.4
P5.3/RxD0
P7.1/ADC1
RESETB
P7.2/ADC2
P5.2/TxD0
P7.3/ADC3
P5.1/RxD1
AVSS
P5.0/TxD1
AVREF
P3.7/TCOUT1
P3.6/TCOUT0
P7.4/ADC4
P7.5/ADC5
R1381
1Kohm
GN D
OUT
820ohm
3
GND
IC1030
C1438
100nF
25V
C1427
100nF
25V
IC1033
8
7
6
5
VCC
NC
/WC
NC
SCL
NC
S DA
VSS
1
2
3
4
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
R1474
R1471
R1466
R1769
1/10W
4.7Kohm
1/10W
100ohm
100ohm
100ohm
1/10W
1/10W
R1455
1Kohm
1/10W
R1451
1/10W
100ohm
1/10W
R1437
R1433
R1429
R1420
R1414
470ohm
R1457
1/10W
1/10W
1 /1 0 W
1/10W
R1444
100ohm
1/10W
100ohm
100ohm
100ohm
100ohm
100ohm
DDP_READY
S_nRESET
CPU_nRESET
PWRGOOD
3.3VA
CN1051
SMW200-07P
1/10W
R1409
R1398
R1393
R1384
R1377
R1367
R1361
1/10W
1/10W
1/10W
1/10W
1/10W
1/10W
100ohm
100ohm
100ohm
100ohm
4.7Kohm
4.7Kohm
4.7Kohm
1
2
3
4
5
6
7
LED_TIMER
LED_LAMP
LED_STB
PC_DET
DETECT : LOW
3.3VA
BD1069
CIC21J601NE
BD1063
CIC21J601NE
4
3
2
1
SDA0
SCL0
TEST
RESETEn
R1884
100ohm
TxD0
RxD0
POWER-SW
1/10W
CN1005
1/10W
(Flash Download from DDC)
R1360
R1350
R1370
R1337
390Kohm
75Kohm
390Kohm
27Kohm
TU_AFT
TU_AGC
2
KIA7025AF
R1310
R1311
R1312
R1313
R1314
R1315
R1316
R1317
R1318
R1319
R1320
R1321
R1322
R1326
R1327
R1374
IN
C1417
100nF
25V
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
3.3VA
1
1/10W
R1438
R1392
R1397
R1408
P6.1
P5.7
P5.5/SCLK
1/10W
1/10W
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
P1.7
P1.6
P1.5
P1.4
P1.3
P1.2
P1.1
P1.0
P0.7/PG7
P0.6/PG6
P0.5/PG5
P0.4/PG4
P0.3/PG3
P0.0/PG0
P0.1/PG1
P2.0/SO
P5.6/SDAT
P3.5/T1OUT1
R1854
RX_RS232_MICOM
3.3VA
3.3VA
P7.6/ADC6
TEST
11.0592MHz
P6.0
P2.1/SI
P7.7/ADC7
X1005
P8.5/INT9
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
16pF
50V
C1491
P8.4/INT8
P2.2/SCK
P4.0/INT0
C1497
P2.3/DAOUT
P4.1/INT1
1/10W
P8.3
P4.2/INT2
1/10W
P2.4/TBPWM
P4.3/INT3
1/10W
P8.2
P4.4/INT4
1/10W
P8.1
P2.5/TACK
P4.5/INT5
1/10W
P8.0
P2.6/TACAP
P4.6/INT6
1/10W
P2.7/TAOUT
P4.7/INT7
1/10W
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
P3.0/T1CK0
1/10W
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
P3.1/T1CK1
1/10W
P3.2/T1CAP0
1/10W
P0.2/PG2
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
LED_BLUE
SDA_DMD
SCL_DMD
MONITOR_OUT_MUTE
STV8258_DW_FLAG
POWER-SW
SDA0
SCL0
1/10W
P3.3/T1CAP1
DETECT : HIGH
P3.4/T1OUT0
R1472
R1468
R1459
R1453
R1446
R1442
R1435
R1431
R1423
R1416
R1411
HDMI3_ID
HDMI2_ID
HDMI1_ID
DETECT : HIGH
C1452
100nF
25V
(H:Write Protestion Enable)
R1478
R1480
R1482
R1484
R1486
R1488
R1490
R1492
R1494
R1495
R1497
R1498
R1499
R1500
R1501
4.7Kohm
R1879
1/10W
R1424
R1476
1/10W
1/10W
1/10W
R1412
R1415
R1441
R1447
1/10W
1/10W
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
4.7Kohm
100nF
25V
C1457
100nF
25V
2
C1453
100uF
16V
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
100ohm
C1482
DETECT : HIGH
C1363
10uF
16V
3.3VA
DELETE
3
AT24C16N-10SC-2.7
3.3VA
5VA
O UT
OUT
G ND
1/10W
1/10W
S1-DET
S2-DET
1/10W
R1477
R1470
R1463
V1-DET
V2-DET
C1481
10nF
50V
C1496
10u F
16V
C1475
100nF
25V
3D_PW_EN
3.3VA
3D_PW_FLAG
5VA
1/10W
R1334
4.7Kohm
1/10W
RS232_CPU_MICOM_SEL
BD1006
CIC21J601NE
RS232_DEBUG_SEL
R1329
4.7Kohm
B
C1013
IR
KEY1
KEY2
KEY-PWR
R1347
R1002
10Kohm
1/10W
100ohm
100nF
25V
1/10W
CN1052
SMW200-13P
C1435C1436C1437
10nF 10nF 10nF
50V 50V 50V
L OW
HIGH
LOW
LOW
D1123
CDS3C30GTH
LAUREL2
IR
CDS3C30GTH
H IG H
D1000
LOW
HIGH
CDS3C30GTH
HIGH
LOW
D1006
LOW
LOW
R1330
1Kohm
CDS3C30GTH
LOW
LAUREL
(5.7VB Dip Detect)
5.7VB
D1005
SUNFLOWER
CDS3C30GTH
HIGH
D1002
LOW
LOW
CDS3C30GTH
LO W
LOW
D1004
LOW
LOW
D1003
LOW
CATTLEYA
CDS3C30GTH
ORCHID
PMLL4148
R1309
1
IN
GND
OUT
GND
2
IC1026
KIA7042AF-RTF
10-18
LED_LAMP
LED_TIMER
LED_STB
KEY1
KEY2
P5.4
CDS3C30GTH
P3.7
D1001
P3.6
D1119
P3.5
LED_BLUE
KEY-PWR
1
2
3
4
5
6
7
8
9
10
11
12
13
820ohm
3
C1441
10nF
50V
C1464
10uF
16V
C1434
100nF
25V
Samsung Electronics
Schematic Diagram
10-2 Jack Board
This Document can not be used without Samsung’s authorization.
Power
7
Signal
D5V
Samsung Electronics
10-19
Schematic Diagram
10-3 DMD Board
10-3-1 DMD-1
This Document can not be used without Samsung’s authorization.
INPUT
( Sil 7171)
1-C5
DVI_RX2DVI_RX2+
1-C5
Power
TMDS_P3P3V
1-C5
DVI_RX1DVI_RX1+
1-C5
Signal
BD100
1-C5
CN100
DVI_RX0DVI_RX0+
1-C5
C100
C101
C102
C 103
C104
C105
C106
C107
C108
C109
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100pF
50V
100pF
50V
100pF
50V
1-C5
1
9
17
2
10
18
3
11
19
4
12
20
5
13
21
6
14
22
7
15
23
8
16
24
1
TP7_FB_F
8-D5
BD101
TP7_FB_F-IR
BD102
TMDS_P3P3V
8-F5
ASIC_READY
POWERGOOD
8-D6
R100
100ohm
1-C4,8-D3
C112
C113
C114
C115
C116
C117
C118
C119
C120
C121
C122
C123
C 124
C125
10uF
16V
100nF
25V
100nF
25V
100nF
25V
100pF
50V
100pF
50V
100pF
50V
100nF
25V
100nF
25V
100nF
25V
100nF
25V
100pF
50V
100pF
50V
10uF
16V
IN_SCL
1-C1,8-D3
IN_SDA
U1
C126
C127
C128
C129
100nF
25V
100pF
50V
10uF
16V
10uF
16V
SDA_EQ
87
PVCC
26
22
18
14
28
AVCC
AVCC
AVCC
AVCC
109
89
OVCC
OVCC
OVCC
6
75
38
56
OVCC
OVCC
33
86
OVCC
10Kohm
OVCC_DDC
VCC
TMDS_P3P3V
84
45
LAMPSTAT
119
4-C3,8-F5
VCC
100ohm
1
R101
R102
34
BE4
35
BE5
SCL_EQ/OCK_INV#
36
R103
P2_B_CB(0)
BE6
10Kohm
41
PWR_GOOD
P3P3V
37
CRESET#
BE7
PRESET
BE 8
1
PD#
BE19
PDO#
BE10
47
0ohm
50
54
B
R105
R106
P5V
55
G
S
IIC0_SDA
1-B3,8-D3
R109
R110
R111
R113
R112
R114
Do not install
R107
2N7002L
10Kohm 10Kohm 10Kohm 10Kohm
1Kohm
2.2Kohm
GE4
RX1+
GE5
65
17
66
RX1-
G
P2_G_Y(0)
GE6
67
RX0+
GE7
RX0-
GE8
21
24
RXC+
GE9
RXC-
GE10
25
P2_G_Y(1)
58
P2_G_Y(2)
59
P2_G_Y(3)
60
27
P2_G_Y(4)
61
NC
P2_G_Y(5)
GE11
62
P2_G_Y(6)
GE12
10Kohm
63
P2_G_Y(7)
72
P2_G_Y(8)
GE13
R115
R116
0ohm
0ohm
GE14
73
31
SDA_HDCP
IC100
SII7171CTU
32
SCL_HDCP
P2_G_Y(9)
GE15
68
RE4
OP100
69
RE5
1-F4,5-C3
88
70
DSTR/CTL3
IIC0_SCL
1-B3,8-D3
P2_R_CR_CBCR(0)
RE6
71
MGND1
43
2N7002L
PIXS/CTL2
RE7
M_S#/CTL1
RE8
39
P2_R_CR_CBCR(1)
76
P2_R_CR_CBCR(2)
77
P2_R_CR_CBCR(3)
RE9
78
R118
P12V
R117
*
*
79
2-B3
P1_R_CR_CBCR(0:9)
C130
10uF
16V
1
Do not install
100nF
16V
RE13
RO6
RE14
RO7
RE15
10Kohm
Do not install
P2_R_CR_CBCR(8)
83
P2_R_CR_CBCR(9)
R O8
P1_R_CR_CBCR(4)
123
P1_R_CR_CBCR(5)
124
99
RO9
BO4
RO10
BO5
RO11
BO6
RO12
BO7
RO13
BO8
RO14
BO9
RO15
BO10
100
101
125
P1_B_CB(3)
103
P1_B_CB(4)
104
P1_B_CB(5)
BO11
128
106
107
2
P1_G_Y(0)
P1_G_Y(1)
3
P1_G_Y(2)
111
GO6
BO14
GO7
BO15
90
P1_G_Y(3)
ODCK
GO9
1 13
P1_G_Y(4)
92
GO10
DE
GO11
HSYNC
GO12
VSYNC
114
P1_G_Y(5)
94
115
P1_G_Y(6)
93
1 EN
TP_D
TP1_WCLK
P1_B_CB(8)
108
GO8
112
P1_B_CB(9)
R121
R122
R123
R124
22ohm
22ohm
22ohm
22ohm
2-A3
P1_WCLK
P1_DATAEN
P1_HSYNC
P1_VSYNC
2-A3
2-A3
2-A3
116
P1_G_Y(7)
GO13
97
117
P1_G_Y(8)
GO14
CLR_DEP0
GO15
CLR_DEP1
98
TP_CLRDEP100
TP_CLRDEP101
PGND
TP_VSY1NCZ TP_HS1YNCZ
29
AGND
AGND
AGND
AGND
23
19
15
11
OGND
OGND
OGND
91
110
OGND
OGND
74
4
GND
GND
44
85
OGND
118
P1_G_Y(9)
57
P_ACTOUT
4 - A5
30
2-B3
100ohm
R120
4
GND
P1_G_Y(0:9)
3
P1_B_CB(7)
BO13
GO5
2
P1_B_CB(6)
BO12
120
MGND1
MG N D 2
105
GO4
1
P1_B_CB(0:9)
P1_B_CB(2)
96
5
P1_R_CR_CBCR(9)
1
2-A3
P1_B_CB(1)
95
127
P1_R_CR_CBCR(8)
P1_B_CB(0)
102
126
P1_R_CR_CBCR(7)
1
P2_R_CR_CBCR(7)
82
10
P1_R_CR_CBCR(6)
SMW200-04G
P2_R_CR_CBCR(6)
81
122
P1_R_CR_CBCR(3)
TP102
CN101
RE12
121
P1_R_CR_CBCR(2)
10Kohm
C131
80
RO4
RO5
9
P1_R_CR_CBCR(0)
P1_R_CR_CBCR(1)
TP_ACTOUT
P2_R_CR_CBCR(5)
RE11
7
8
10Kohm
1
P2_R_CR_CBCR(4)
RE10
R119
1
S
D
64
RX2-
20
2.2Kohm
IN_SDA
IN_SCL
Q101
RX2+
13
16
1
D
R108
1-F4,5-C3
P2_B_CB(9)
BE15
12
DVI_RX2+
DVI_RX2DVI_RX1+
DVI_RX1DVI_RX0+
DVI_RX0DVI_RXC+
DVI_RXC-
*
2.2Kohm
2.2Kohm
P2_B_CB(8)
BE14
ASIC_READY_LED
Q100
P2_B_CB(7)
BE13
TMDS_P3P3V
P2_R_CR_CBCR(0:9)
P2_B_CB(6)
BE12
53
CIM21J600NE
BD104
2-C3
P2_B_CB(5)
52
SCDT
P2_G_Y(0:9)
P2_B_CB(4)
BE11
46
2-C3
P2_B_CB(3)
51
R104
P2_B_CB(0:9)
P2_B_CB(2)
49
42
TMDS_P100
2-C3
P2_B_CB(1)
48
40
Do not install
TP101
10uF
16V
TMDS_P3P3V
*
IN_SCL
C111
P2P5V
MGND2
IN_SDA
C110
10uF
16V
DVI_RXCDVI_RXC+
1-C5
VCC
MGND1
5VA
1
TP103
1
TP104
RLZ6.2B
MGND2
12
D100
11
C132
10uF
16V
10
P3P3V
P12V
1
9
8
TP105
8-A5
7
6
1
4
2
SMW200-12G
2
A
-
3
1
SCL_M
SDA_M
1
1
D101
BZT52-C15
C139
100nF
16V
AT24C02N-10SC
8-B5
1
5
MGND1
BD106
TP106
IC101
B
C136
100uF
25V
C137
100uF
25V
C138
100uF
25V
1
2
3
4
VCC
E0
E1
MODE,/WC
E2
SCL
VSS
SDA
8
7
6
5
( DUAL-ENDED OUTPUT FOR 1080P MODEL )
TMDS_P3P3V
P5V
IC102
BD105
NCP1117ST33T3G
1
B
IN
1-D2,5-C3
1-C2,5-C3
IIC0_SCL
IIC0_SDA
C135
10uF
16V
C133
10uF
16V
OUT
O UT
GND
2
3
C134
10uF
16V
TP107 TP108
CN102
10-20
Samsung Electronics
Schematic Diagram
10-3-2 DMD-2
This Document can not be used without Samsung’s authorization.
Power
Signal
DDP3021 I/O
IC200-1
DDP3021
P1_WCLK
P1_DATAEN
P1_HSYNC
P1_VSYNC
P1_B_CB(0:9)
A13
1-D7
1-D7,2-B3
D14
1-D7,2-C3
C14
1-E7,2-C3
B14
P1_DATAEN
DDA_P_1
AN16
P1_HSYNC
DDA_P_2
DDA_P_3
DDA_P_5
P1_A_1
DDA_P_6
P1_A_2
DDA_P_7
P1_A_3
DDA_P_8
P1_A_4
DDA_P_9
P1_A_5
DDA_P_10
P1_A_6
DDA_P_11
P1_A_7
DDA_P_12
P1_A_8
DDA_P_13
P1_A_9
DDA_P_14
DDA_P(15)
DDA_P_15
B17
P1_B_0
A17
P1_G_Y(1)
AK16
P1_B_1
DDA_N_0
P1_B_2
DDA_N_1
P1_B_3
DDA_N_2
P1_B_4
DDA_N_3
A18
P1_G_Y(5)
P1_B_5
DDA_N_4
P1_B_6
DDA_N_5
P1_B_7
DDA_N_6
P1_B_8
DDA_N_7
DDA_N(6)
AK12
B19
P1_G_Y(9)
DDA_N(5)
AN13
C19
P1_G_Y(8)
DDA_N(4)
AL13
D19
P1_G_Y(7)
DDA_N(3)
AN14
E19
P1_G_Y(6)
DDA_N(2)
AL14
B18
P1_G_Y(4)
DDA_N(1)
AM15
C18
P1_G_Y(3)
DDA_N(0)
AM16
D18
P1_G_Y(2)
DDA_N(7)
AM11
P1_B_9
DDA_N(8)
DDA_N_8
AL10
1-D5
DDA_N(9)
DDA_N_9
AN10
D20
P1_R_CR_CBCR(0)
P1_C_0
DDA_N_10
P1_C_1
DDA_N_11
P1_C_2
DDA_N_12
P1_C_3
DDA_N_13
P1_C_4
DDA_N_14
P1_C_5
DDA_N_15
C20
P1_R_CR_CBCR(1)
DDA_N(13)
AK7
DDA_N(14)
AM7
B21
P1_R_CR_CBCR(5)
DDA_N(12)
AM8
C21
P1_R_CR_CBCR(4)
DDA_N(11)
A N9
D21
P1_R_CR_CBCR(3)
DDA_N(10)
AL9
B20
P1_R_CR_CBCR(2)
DDA_N(15)
A21
P1_R_CR_CBCR(6)
P1_C_6
D22
P1_R_CR_CBCR(7)
P1_C_7
P1_C_8
P1_C_9
9-B2
9-B3
AN12
9-B3
AM12
9-B3
DCKA_N
B22
P1_R_CR_CBCR(9)
AL11
AK11
DCKA_P
C22
P1_R_CR_CBCR(8)
SCA_P
SCA_N
P2_B_CB(0:9)
1-C7
1-D7,2-A3
D13
1-D7,2-A3
C13
1-E7,2-A3
DDB_P_0
P2_VSYNC
DDB_P_1
DDB_P(0)
AP18
DDB_P(1)
DDB_P(2)
DDB_P_2
AN19
B12
BPD_MSB
DDB_P(3)
DDB_P_3
AL19
DDB_P(4)
DDB_P_4
0ohm
AN20
D5
P2_A_0
DDB_P_5
P2_A_1
DDB_P_6
P2_A_2
DDB_P_7
P2_A_3
DDB_P_8
P2_A_4
DDB_P_9
P2_A_5
DDB_P_10
P2_A_6
DDB_P_11
C5
AL24
P2_A_7
DDB_P_12
P2_A_8
DDB_P_13
P2_A_9
DDB_P_14
E7
P2_B_CB(8)
DDB_P(11)
DDB_P(12)
AM25
D7
P2_B_CB(9)
DDB_P(10)
AP25
A6
P2_B_CB(7)
DDB_P(9)
AN24
B6
P2_B_CB(6)
DDB_P(8)
A L23
C6
P2_B_CB(5)
DDB_P(7)
AN23
D6
P2_B_CB(4)
DDB_P(6)
AM21
A5
P2_B_CB(3)
DDB_P(5)
AP21
B5
P2_B_CB(2)
DDB_P(13)
AP26
1-C7
DDB_P(14)
AM26
DDB_P(15)
DDB_P_15
C7
P2_G_Y(0)
P2_B_0
AL17
B7
P2_G_Y(1)
P2_B_1
DDB_N_0
D8
P2_G_Y(2)
DDB_N_1
DDB_N_2
P2_B_4
DDB_N_3
P2_B_5
DDB_N_4
P2_B_6
DDB_N_5
P2_B_7
DDB_N_6
DDB_N(6)
AL21
P2_B_8
DDB_N_7
P2_B_9
DDB_N_8
DDB_N(7)
AM23
D10
P2_G_Y(9)
DDB_N(5)
AN21
A9
P2_G_Y(8)
DDB_N(4)
AM20
B9
P2_G_Y(7)
DDB_N(3)
AK19
C9
P2_G_Y(6)
DDB_N(2)
AM19
D9
P2_G_Y(5)
DDB_N(1)
AL18
B8
P2_G_Y(4)
DDB_N(0)
AN18
P2_B_2
P2_B_3
C8
P2_G_Y(3)
P2_R_CR_CBCR(0:9)
P2_HSYNC
B13
P2_B_CB(1)
P2_G_Y(0:9)
AM17
AM18
TP_TST_MODE
R201
P2_B_CB(0)
1-D7
DDB_N(8)
AK23
DDB_N(9)
DDB_N_9
C10
P2_R_CR_CBCR(0)
AM24
P2_C_0
DDB_N_10
P2_C_1
DDB_N_11
B10
P2_R_CR_CBCR(1)
P2_C_2
DDB_N_12
P2_C_3
DDB_N_13
P2_C_4
DDB_N_14
DDB_N(13)
AN26
C11
P2_R_CR_CBCR(5)
DDB_N(12)
AL25
D11
P2_R_CR_CBCR(4)
DDB_N(11)
AN25
E11
P2_R_CR_CBCR(3)
DDB_N(10)
AK24
A10
P2_R_CR_CBCR(2)
DDB_N(14)
AL26
P2_C_5
DDB_N(15)
DDB_N_15
B11
P2_R_CR_CBCR(6)
P2_C_6
E12
P2_R_CR_CBCR(7)
P2_C_7
P2_C_8
DCKB_N
P2_C_9
SCB_P
C12
P2_R_CR_CBCR(9)
SCB_N
AL6
AP22
9-D2
AN22
9-D3
DCKB_P
D12
P2_R_CR_CBCR(8)
P1P2V
DCLK_AP
DCLK_AN
SCTRL_AP
SCTRL_AN
P2_DATAEN
1
P1_DATAEN
P1_HSYNC
P1_VSYNC
DDB_N(0:15)
DDA_P(14)
AN7
P1_G_Y(0)
9-D4
DDA_P(13)
AL7
1-D5
DDB_P(0:15)
DDA_P(12)
AN8
C17
P1_B_CB(9)
DDA_P(11)
AP9
D17
P1_B_CB(8)
DDA_P(10)
AM9
B16
P1_B_CB(7)
DDA_P(9)
AP10
C16
P1_B_CB(6)
DDA_P(8)
AM10
D16
P1_B_CB(5)
DDA_P(7)
AN11
E16
P1_B_CB(4)
DDA_P(6)
AL12
B15
P1_B_CB(3)
DDA_P(5)
AP13
C15
P1_B_CB(2)
9-D4
DDA_P(4)
AM13
P1_A_0
DDA_N(0:15)
DDA_P(3)
AP14
A14
9-A4
DDA_P(2)
AM14
D15
DDA_P(0:15)
DDA_P(1)
AN15
P1_VSYNC
9-B4
DDA_P(0)
DDA_P_4
P1_B_CB(1)
P1_R_CR_CBCR(0:9)
DDA_P_0
1-D7
P1_B_CB(0)
P1_G_Y(0:9)
AL16
P1_WCLK
AM22
9-D3
AL22
9-D3
DCLK_BP
DCLK_BN
SCTRL_BP
SCTRL_BN
VMID1
AN27
VMID3
AP17
VMID2
Samsung Electronics
C203
C204
C205
C206
C207
C208
100nF
16V
100nF
16V
100nF
16V
1nF
50V
1nF
50V
1nF
50V
10-21
Schematic Diagram
10-3-3 DMD-3
This Document can not be used without Samsung’s authorization.
Power
RLDRAM
Signal
RLD_VTT
IC200-2
DDP3021
P3
3-A5
RLD_QVLD
RLD_QK1_N
RLD_QK1_P
RLD_QK0_N
RLD_QK0_P
RLDRAM_QVLD
AB2
3-A5
AB1
3-A5
P2
3-A5
P1
3-A5
RLDRAM_QK1_N
RLDRAM_QK1_P
RLDRAM_QK0_N
RLDRAM_QK0_P
3-A3
V2
RLDRAM_CK_P
V1
3-A3
Y3
3-A3
Y4
3-A3
Y2
3-A3
RLDRAM_CK_N
RLDRAM_CSZ
RLDRAM_WEZ
RLDRAM_REFZ
T2
3-A3
R4
3-A3
T4
3-A3
RLDRAM_A_0
RLDRAM_A_3
RLDRAM_A_4
P4
3-B3
R3
3-B3
RLDRAM_A_5
RLDRAM_A_8
T3
3-B3
AA1
3-B3
V4
3-B3
RLDRAM_A_9
RLDRAM_A_10
RLDRAM_A_13
V3
3-B3
W4
3-B3
AA2
3-B3
RLDRAM_A_14
RLDRAM_A_17
RLDRAM_A_18
P1P5V
RLD_VTT
R300
R301
R302
R303
R304
R305
R306
R307
1
2
R309
IC302
MT49H8M36BM-TI
1Kohm
RLD_CK_P
RLD_CK_N
RLD_CK_P
RLD_CK_N
RLD_CSZ
RLD_WEZ
RLD_REFZ
R311
J12
3-A1
K12
CK
3-A1
3-A1
/QK0
R2
3-A1
R3
3-A1
F12
3-A1
QK1
/WE
3-A1
L1
/REF
3-A1
C301
C302
C303
10uF
16V
10uF
16V
10uF
16V
3
4
PGND
5
VTTSNS
VIN
9
S5
8
GND
S3
R310
10Kohm
1/10W
7
6
C304
VTTREF
C300
100nF
16V
RLD_QK1_P
RLD_QK1_N
C305
4.7uF
16V
10uF
16V
RLD_QVLD
QVLD
V11
G12
A0
TDO
R312
10Kohm
1/10W
A1
G10
C308
C309
C306
C307
10uF
16V
10uF
16V
100nF
16V
100nF
16V
A2
3-A1
RLDRAM_A_3
RLDRAM_A_4
RLDRAM_A_5
RLD_QK0_P
RLD_QK0_N
10
VDDQSNS
VLDOIN
VTT MGND1
M1
H12
A3
3-A1
RLD_VTT
H11
A4
3-A1
F1
A5
G2
A6
C1
G3
RLD_VREF
RLDRAM_A_8
RLDRAM_A_9
RLDRAM_A_10
A7
3-A1
G1
3-A1
H2
3-B1
VTT1
T1
A8
VTT2
A9
VTT3
A10
VTT4
C12
RLD_VTT
T12
M12
M11
RLDRAM_VREF1
A11
AG3
B4
M10
RLDRAM_VREF2
A 12
W5 R313
3-B3
T5
U1
3-B3
RLDRAM_BA_1
3-B3
U2
RLDRAM_A_13
RLDRAM_A_14
220ohm
1/10W
RLDRAM_BA_0
RLDRAM_BA_2
RLDRAM_DQ_33
AD3
RLDRAM_DQ_32
AE1
RLDRAM_DQ_31
AE2
3-B1
L12
3-B1
L11
D4
A13
VSSQ2
A14
VSSQ3
F4
N4
A15
VSSQ4
A16
VSSQ5
A 17
VSSQ6
M2
RLD_BA_0
RLD_BA_1
RLD_BA_2
3-B1
RLDRAM_A_17
RLDRAM_A_18
M3
3-B1
N1
A18
VSSQ7
A19
VSSQ8
N12
RLDRAM_DQ(2:33)
RLDRAM_DQ(33)
E 12
RLDRAM_DQ(32)
E1
RLDRAM_DQ(31)
D1
AF2
AF3
AF4
RLDRAM_DQ(27)
RLDRAM_DQ_27
AG2
RLDRAM_DQ_26
AC3
3-B1
K 11
3-B1
H1
AB4
RLDRAM_DQ_23
AC2
RLDRAM_DQ_22
AD4
RLDRAM_DQ_21
AC 5
RLDRAM_DQ(2:33)
AE3
AE4
N1
L5
RLDRAM_DQ_15
M4
RLDRAM_DQ_14
K4
RLDRAM_DQ_13
K3
RLDRAM_DQ_12
K1
RLDRAM_DQ_11
J3
RLDRAM_DQ_10
J1
J2
RLDRAM_DQ_8
N2
RLDRAM_DQ_7
N3
RLDRAM_DQ_6
M2
RLDRAM_DQ_5
M3
RLDRAM_DQ(3)
C10
RLDRAM_DQ(21)
RLDRAM_DQ(4)
E11
RLDRAM_DQ(5)
E10
RLD_VTT
VSSQ9
A 21
VSSQ10
A22
VSSQ11
L2
R316
R317
R318
R319
R320
R321
R322
L3
F10
B2
B3
RLDRAM_DQ(15)
RLDRAM_DQ(10)
C2
RLDRAM_DQ(14)
RLDRAM_DQ(11)
C3
RLDRAM_DQ(13)
RLDRAM_DQ(12)
D2
RLDRAM_DQ(12)
RLDRAM_DQ(13)
D3
RLDRAM_DQ(11)
RLDRAM_DQ(14)
E2
RLDRAM_DQ(10)
RLDRAM_DQ(15)
E3
RLDRAM_DQ(16)
F2
RLDRAM_DQ(8)
RLDRAM_DQ(17)
F3
RLDRAM_DQ(7)
RLDRAM_DQ(18)
U2
RLDRAM_DQ(6)
RLDRAM_DQ(19)
U3
RLDRAM_DQ(5)
RLDRAM_DQ(20)
T2
U4
3-D4
U3
3-D4
RLDRAM_DK0_P
RLDRAM_DK0_N
3-D4
W3
F11
RLDRAM_DQ(8)
P2P5V
RLDRAM_DQ(2)
RLDRAM_DQ_2
RLDRAM_DQ(6)
RLDRAM_DQ(7)
RLDRAM_DQ(9)
150ohm 150ohm 150ohm 150ohm 150ohm 150ohm 150ohm
RLDRAM_DQ(3)
RLDRAM_DQ_3
RLDRAM_DK1_P
W2
3-D4
AA4
3-D4
RLDRAM_DK1_N
RLDRAM_DM
RLD_DK0_P
RLD_DK0_N
RLD_DK1_P
RLD_DK1_N
RLD_DM
C344
C345
C336
C337
C338
C339
C318
C319
C320
C321
A2
BA1
VSS1
BA2
VSS2
1nF
50V
1nF
50V
1nF
50V
1nF
50V
A4
100uF
16V
10uF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
T3
RLDRAM_DQ(22)
P2
RLDRAM_DQ(23)
P3
RLDRAM_DQ(24)
N2
C346
C347
C348
C349
C350
C351
C 352
C353
C354
C355
C356
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
RLDRAM_DQ(25)
N3
U11
U10
C340
C341
C342
C343
1nF
50V
1nF
50V
1nF
50V
1nF
50V
RLDRAM_DQ(28)
T11
RLDRAM_DQ(29)
T1 0
RLDRAM_DQ(30)
R11
RLDRAM_DQ(31)
R10
RLDRAM_DQ(32)
P11
RLDRAM_DQ(33)
P10
1Kohm
1Kohm
100ohm
DQ1
VSS5
DQ2
VSS6
L3
L4
R1
VSS7
V4
DQ4
VSS8
DQ 5
VSS9
DQ6
VSS10
DQ7
VSS11
DQ8
VSS12
DQ9
VSS13
A9
H9
H10
L9
L10
VSS14
R12
DQ11
VSS15
DQ12
VSS16
V9
DQ14
VDDQ1
DQ15
VDDQ2
DQ16
VDDQ3
DQ17
VDDQ4
C365
C366
C367
C368
100nF
16V
100nF
16V
100nF
16V
100nF
16V
C 369
C370
C371
C372
C373
C374
C375
C376
1nF
50V
1nF
50V
1n F
50V
1nF
50V
1nF
50V
1nF
50V
1nF
50V
1nF
50V
C327
C322
C323
C324
C325
10uF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
C328
C329
C330
C331
100nF
16V
100nF
16V
100nF
16V
100nF
16V
C332
C333
1n F
50V
1nF
50V
P4
T4
C9
DQ18
VDDQ5
DQ19
VDDQ6
DQ20
VDDQ7
DQ21
VDDQ8
E9
P9
T9
P1P8V
B1
DQ23
VDD1
DQ24
VDD2
G4
J3
DQ25
VDD3
DQ26
VDD4
DQ27
VDD5
DQ28
VDD6
J4
C334
C335
K3
1nF
50V
1nF
50V
K4
M4
DQ29
VDD7
DQ30
VDD8
U1
B 12
DQ31
VDD9
DQ32
VDD10
DQ33
VDD11
G9
J9
J10
DQ34
VDD12
DQ35
VDD13
VDD14
J1
3-C1
J2
RLD_DK1_P
RLD_DK1_N
3-C1
K1
3-C1
K2
100ohm
M9
DK 0
VDD15
/DK0
VDD16
DK1
VEXT1
/DK1
VEXT2
U12
V3
C357
C358
C359
C360
A10
100nF
16V
100nF
16V
100nF
16V
100nF
16V
V10
P 12
1Kohm
270ohm
P2P5V
A3
VEXT3
3-C1
RLD_VREF
K9
K10
DM
VEXT4
TMS
VREF1
RLD_VREF
C361
1nF
50V
C362
1nF
50V
A1
V12
100nF
16V
C326
100uF
16V
E4
A 11
C364
P1P5V
C4
N10
RLD_DK0_P
RLD_DK0_N
R327
R328
P1P5V
D12
N11
3-C1
RLD_DM
VSS4
DQ22
RLDRAM_DQ(26)
R326
H4
DQ0
DQ13
RLDRAM_DQ(27)
P1P8V
10uF
16V
100nF
16V
R9
DQ10
RLDRAM_DQ(21)
R323
R324
R325
C363
C317
100nF
16V
N9
DQ3
RLDRAM_DQ(16)
RLDRAM_DQ(4)
RLDRAM_DQ_4
C316
F9
A 20
B10
RLDRAM_DQ(22)
RLDRAM_DQ(9)
RLDRAM_DQ_9
100nF
16V
VSS3
C11
RLDRAM_DQ(17)
N4
RLDRAM_DQ_16
C315
100nF
16V
D9
B11
RLDRAM_DQ(2)
RLDRAM_DQ(18)
RLDRAM_DQ_17
1Kohm
1Kohm
RLDRAM_DQ(23)
RLDRAM_DQ(19)
RLDRAM_DQ_19
RLDRAM_DQ_18
R314
R315
3-B2
RLDRAM_DQ(20)
RLDRAM_DQ_20
C314
100nF
16V
H3
RLDRAM_DQ(24)
RLDRAM_DQ_24
C313
100nF
16V
BA0
RLDRAM_DQ(25)
AB3
C312
100nF
16V
J11
RLDRAM_DQ(26)
RLDRAM_DQ_25
C311
100nF
16V
VSSQ12
3-B1
RLD_BA_0
RLD_BA_1
RLD_BA_2
RLDRAM_DQ(28)
RLDRAM_DQ_28
C310
U4
U9
RLDRAM_DQ(29)
RLDRAM_DQ_29
R4
B9
RLDRAM_DQ(30)
RLDRAM_DQ_30
VSSQ1
P1
3-B4
AD2
10-22
D10
G11
J4
RLDRAM_BIAS
3-A1
/QK1
3-A1
RLDRAM_A_0
D11
QK0
L2
/CS
RLD_WEZ
RLD_REFZ
RLDRAM_A_0
RLDRAM_A_3
RLDRAM_A_4
RLDRAM_A_5
RLDRAM_A_8
RLDRAM_A_9
RLDRAM_A_10
RLDRAM_A_13
RLDRAM_A_14
RLDRAM_A_17
RLDRAM_A_18
100ohm
3-A1
/CK
RLD_CSZ
IC301
TPS51100DGQ
R308
150ohm 150ohm 150ohm 150ohm 150ohm 150ohm 150ohm 150ohm 150ohm
RLD_VREF
P5V
P1P5V
V1
TD I
VREF2
A12
TCK
V2
ZQ
Samsung Electronics
Schematic Diagram
10-3-4 DMD-4
This Document can not be used without Samsung’s authorization.
Power
DAD2000
Signal
P 5V
P3P3V
IC400
AD7801BRU
C403
100nF
16V
100nF
16V
ACT_CTL(0:8)
X400
C404
C405
*
*
*
R403
R404
R406
0o hm
0ohm
0ohm
1
X1/CLKIN
2
FS0
27pF
50V
VDD
3
FS1
/PDTS
SS_EN
FS2
4
0ohm
33ohm
VDD
R407
13
C407
10
VDDO
9
100nF
16V
48M
DB4
AGND
DB3
REFIN
DB2
VDD
DB1
/CLR
DB0
/LDAC
/CS
/PD
ACT_CTL(8)
10uF
16V
/WR
DGND
C400
100nF
R400
100ohm
R401
100ohm
13
12
9
C408
C401
16
14
10
100nF
16V
17
15
8
ACT_CTL(0)
CIM21J600NE
P_ACTOUT
18
7
B
GND
19
6
ACT_CTL(1)
0ohm
12
NC
5
ACT_CTL(3)
BD402
11
FS3
8
14
VOUT
DB5
4
ACT_CTL(2)
VDD
GND
7
P2P5V
DGND
DB6
3
ACT_CTL(4)
15
DB7
2
ACT_CTL(6)
ACT_CTL(5)
16
X2
5
R408
R409
1
C406
25.0MHz
6
TP_400
ACT_CTL(7)
HC-49/SM5H(25MHz,30ppm)
27pF
50 V
10nF
50V
CIM21J600NE
BD400
20
1
B
B
CIM21J600NE
BD401
C402
11
R402
50M
1Mohm
ICS650GI-41LF
IC401
R410
33ohm
4-C2
MOSC
DADINTZ
4-C5
C23
DAD_ADDR_0
DAD_ADDR_1
DAD_ADDR_2
DAD_ADDR_3
4-C4
C24
4-C4
D24
4-C4
E24
4-C4
B23
DAD_INT
P3P3V
8-D4
AK1
8-A2
AJ4
8-A2
TP7_FB
TRSTZ
T CK
TDI
TMSARM
TMSBSD
TDOARM
TDOBSD
TRSTZ
TCK
DADADDR_0
TDI
DADADDR_1
TMS2
DADADDR_2
TMS1
DADADDR_3
TDO2
AJ3
8-A2
AL2
8-A2
AK4
8-A4
AM2
8-A2
AL3
8-A4
TDO1
4-C4
D26
4-C4
A25
TSTPT_7
1
AF34
DAD_SEL_0
DAD_SEL_1
4-C4
B25
4-C4
C25
DAD_STRB
4-C4
B24
AF33
D25
DADOEZ
TSTPT_5
DADSEL_0
TSTPT_3
1
DAD_OEZ
4-C4
1
AF32
TSTPT_0
1
TSTPT_2
DADSTRB
AE33
1
DADSEL_1
1
AF31
AE34
TSTPT_1
D27
BD403
FSD12
C413
8-F7
A26
DAD_ADDR_0
DAD_ADDR_1
DAD_ADDR_2
DAD_ADDR_3
Place top side
1-B3,8-F5
MOSC
C27
C26
SCD_MDVS
CW_INDEX
B26
F4
BD404
CIM21J600NE
C416
100nF
16V
G3
B
B
C417
CIM21J600NE
100nF
C423
AN31
AN4
C424
SPC_DATA_0
AL30
SPC_DATA_1
AM30
CGD_MDVD
AM4
CGD_MDVS
AP5
CGD_MAVS
AM5
CGD_MAVD
SPC_DATA_2
AN30
SPC_DATA_3
AP30
SPC_DATA_4
SPC_DATA_5
100nF
16V
16V
4-A4
SCD_MAVD
BD407
B
SPC_FDBACK
G5
BD405
P1P5V
P12V
AM31
SCD_MAVS
100nF
16V
POSENSE
PWR_GOOD
P2P5V
SPC_DATA_6
7-B2
AK31
POS_ARSTZ
1-C5,5-B5,#2
AK32
PWRGOOD
SPC_DATA_7
AL29
AM29
AN29
AP29
IRQZ
A1
OUT00
ACT_CTL(0:8)
A2
OUT01
A3
OUT02
4-C2
ACT_CTL(1)
MBRST(1)
MBRST(3)
BD406
4-C2
4-C2
34
OUT05
MODE0
OUT06
MODE1
OUT07
6
62
59
5-C3,7-B3
56
57
5-B1
58
4-C2
5
4-C2
4-C2
64
RESETZ
OUT09
SCPCK
OUT10
OUT11
SCPENZ
OUT12
SEL0
OUT13
SEL1
OUT14
STROBE
OUT15
5-C3,7-B3
SSP0_RXD
MBRST(10)
MBRST(12)
74
MBRST(13)
77
15
1Kohm
1/10W
MBRST(11)
72
4
R415
MBRST(7)
MBRST(9)
67
69
SCPDI
MBRST(6)
MBRST(8)
OUT08
OEZ
4-D2,7-B2,9-C2
MBRST(5)
37
39
2
5-D3,7-B3
MBRST(4)
OUT04
DEV_ID1
P3P3V
MBRST(2)
32
3
MBRST(0:15)
MBRST(0)
27
16
9-C4
DADINTZ
24
29
79
MBRST(14)
C414
C415
MBRST(15)
1uF
50V
100nF
16V
42
VBIAS
VOFFSET
SCPDO
D400 C42C2419 C420 C421
11
P12V
B
CIM21J600NE
ACT_CTL(0)
4-B2
22
DEV_ID0
CW_PWM
CW_TACH
43
A0
45
MOSC
SCD_MDVD
17
4-B2
DAD_MODE_0
DAD_MODE_1
DAD_OEZ
EXT_ARSTZ
SSP0_CLK
SSP0_TXD
SSP0_CSZ_1
DAD_SEL_0
DAD_SEL_1
DAD_STRB
AK2
F3
19
18
4-B2
OUT03
A22
4-B2
4-B2
4-B2
44
SEQSYNC
P2P5V
10Kohm
1/10W
IC405
DAD2000
LAMPCTRL
LAMPSTAT
LMPSTAT
DASYNC
100nF
16V
TSTPT_7
TSTPT_6
TSTPT_5
TSTPT_4
TSTPT_3
TSTPT_2
TSTPT_1
TSTPT_0
LMPCTRL
E23
B
1
AE32
D23
16V
10Kohm
1/10W
VRESET
48
MGND1
P12V
47
V5REG
50
P12V
9
ACT_CTL(2)
VBIAS
C418
ACT_CTL(3)
49
21
100nF
VBIAS_RAIL
25V
ACT_CTL(4)
VOFFSET
30
VBIAS_RAIL
100nF
BZT52-C15 33uF
ACT_CTL(5)
ACT_CTL(6)
100nF
100nF
VBIAS
ACT_CTL(7)
31
D401
VBIAS_RAIL
40
8
VBIAS_RAIL
VBIAS_SWL
61
10
VBIAS_RAIL
2
1
AG31
DADMODE_1
TSTPT_4
CIM21J600NE
100nF
C412
R414
R413
DADMODE_0
TSTPT_6
P1P5V
1Mohm
1%
IC200-3
DDP3021
DAD_MODE_0
DAD_MODE_1
1%
R405
VBIAS_LHI
VBIAS_RAIL
L400
71
C433
SS29
70
ACT_CTL(8)
SPC_DATA_8
C430
C431
C425
C426
C427
C428
C429
100nF
50V
100nF
50V
100nF
50V
100nF
50 V
100nF
50V
C436
C437
C438
100nF
50V
100nF
50V
100nF
50V
C439
3.3uF
16V
C440
3.3uF
16V
OCLKA
AJ32
R416
AJ31
22ohm
AL32
P3P3V
U32
U31
T33
T32
T31
ETM_TRACEPKT_0
HW_TESTEN
ETM_PIPESTAT_2
T30
ETM_PIPESTAT_1
EXT_ARSTZ_0
4-D2
VCC
A
GND
Y
4
C445
4-C4,7-B2,9-C2
100nF
16 V
EXT_ARSTZ
1
R32
5
ETM_TRACESYNC
R31
1
NC
52
VOFFSET_RAIL
NC
VOFFSET_RAIL
NC
54
28
33
VOFFSET_RAIL
38
ETM_TRACECLK
P34
RTCK
8-A2
RTCK
50V 3.3uF
T
100nF
50V
100nF
50V
73
VRESET
VOFFSET_RAIL
VRESET_SWL
VOFFSET_RAIL
12
VRESET
78
VOFFSET_RAIL
1
GND
7
25
VRESET_RAIL
GND
14
26
D402
GND
35
VRESET
20
VRESET_RAIL
GND
VRESET_RAIL
GND
36
41
65
46
VRESET_RAIL
GND
SS29
53
66
VRESET_RAIL
GND
VRESET_RAIL
GND
VRESET_RAIL
GND
55
75
60
76
Samsung Electronics
C442
10uF
16V
13
VOFFSET_RAIL
TP_ETM_PIPE_2
TP_ETM_PIPE_1
TP_ETM_PIPE_0
TP_ETM_TRASYNC
TP_ETM_TRACLK
C441
100nF
50V
VOFFSET_RAIL
63
68
VRESET_RAIL
SN74LVC1G17
1
2
3
1
R33
ETM_PIPESTAT_0
IC406
100nF
5 0V
51
NC
VOFFSET
C432
1
1
1
1
U33
1
AJ33
VBIAS_RAIL
23
1
TP_OCLKA
AJ34
4-D1
ETM_TRA_7
ETM_TRA_6
ETM_TRA_5
ETM_TRA_4
ETM_TRA_3
ETM_TRA_2
ETM_TRA_1
ETM_TRA_0
80
2
BD409
8-D7
1
MTR_ARSTZ
EXT_ARSTZ_0
U34
1
100nF
16V
V31
ETM_TRACEPKT_6
CGD_MLPF
ETM_TRACEPKT_5
MTR_ARSTZ
ETM_TRACEPKT_4
EXT_ARSTZ
ETM_TRACEPKT_3
OCLKB
ETM_TRACEPKT_2
OCLKA
ETM_TRACEPKT_1
1
C435
B
B
MOSCZ
1
100nF
16V
1
C434
SCD_MLPF
ETM_TRACEPKT_7
AK3
AN5
1
BD408
CIM21J600NE
V32
1
VBIAS_RAIL
G4
C446
C447
100nF
50V
100nF
50V
C443
3.3uF
50V
T
C444
100nF
50V
L401
10-23
Schematic Diagram
10-3-5 DMD-5
This Document can not be used without Samsung’s authorization.
Power
Signal
FLASH/GPIO
P3P3V
BD500
CIM21J600NE
PM_ADDR(0:21)
5-B4
B
P3P3V
PM_ADDR(16)
R502
R503
R500
R505
1Kohm
2.2Kohm
R 50 6
R501
PM_ADDR(21)
*
PM_ADDR(15)
10Kohm
10Kohm
M_ASIC_CFG0
C2
M_ASIC_CFG1
B3
M30
10-D2
M31
4-C4
M32
1
W30
1
W32
1
V33
V34
W33
1
M_ASIC_READY
1
B4
10-D2
1
10-C7
TP13
GPIO_8
GPIO_9
PM_DATA_0
GPIO_1
PM_DATA_1
GPIO_2
PM_DATA_2
GPIO_3
PM_DATA_3
Y31
8-F5
D28
C28
B28
PM_DATA_4
GPIO_5
PM_DATA_5
D29
C29
GPIO_6
PM_DATA_6
GPIO_7
PM_DATA_7
GPIO_8
PM_DATA_8
PM_DATA_9
PM_DATA_10
7-B2
PMDINTZ
PWM_DYN_AP
PM_DATA_13
C31
Y32
B31
GPIO_14
10-C2
B32
GPIO_15
10-B7
AA34
10-B7
AB31
8-F6,10-B7
AB32
AB33
8-F6,10-C2
AB34
HOLD_BOOTZ
1Kohm
8-F6,10-B7
AC30
GPIO_21
10-B7
AG32
10-C2
AG33
8-F8,10-B7
AH30
8-F7,10-B7
AH31
8-D4
R513
0ohm
GPIO_22
PM_ADDR_2
F3 3
GPIO_23
PM_ADDR_3
F34
PM_ADDR_4
G30
GPIO_25
PM_ADDR_5
G31
GPIO_26
PM_ADDR_6
G32
GPIO_27
AK33
5-C6
AK34
GPIO_28
PM_ADDR_8
H31
PM_ADDR_9
H32
D2
M33
9-C2
N32
9-C2
N33
SSP0_CSZ_0
SSP0_CLK
SSP0_RXD
PM_ADDR_11
J31
J32
PM_ADDR_13
SSP1_CLK
PM_ADDR_14
SSP1_RXD
PM_ADDR_15
N34
UART0_CTSZ
P31
UART0_RXD
PM_WEZ
PWR_GOOD
/WE
12
/RESET
R509
0ohm
13
NC
WRITEPROTECT
R510
0ohm
PM_ADDR(18)
PM_ADDR(17)
PM_DATA(13)
PM_ADDR(7)
PM_DATA(14)
PM_ADDR(6)
PM_DATA(15)
PM_ADDR(5)
P33
UART0_TXD
P32
UART0_RTSZ
1-C2
Y33
1-D2
AA31
IIC0_SDA
7-B3
AC31
4-C4,7-B3
AC33
4-C5,7-B3
K32
PM_ADDR_18
IIC0_SCL
10
*
*
PM_CSZ_0
18
19
20
21
PM_ADDR(3)
L30
PM_ADDR_20
L31
PM_ADDR_21
L32
PM_ADDR_22
L33
PM_ADDR(1)
SSP0_CSZ_0
PM_WEZ
PM_OEZ
SSP0_RXD
PM_LBZ
AD30
37
36
34
33
DQ2
32
DQ9
31
DQ1
30
DQ 8
29
DQ0
28
A7
A6
A5
A4
/QE
A3
23
A2
35
DQ3
DQ10
A17
PM_DATA(3)
PM_DATA(10)
PM_DATA(2)
PM_DATA(9)
PM_DATA(1)
PM_DATA(8)
PM_DATA(0)
R511
33ohm
1/10W
33ohm
1/10W
27
VSS
26
/CE
25
A1
PM_DATA(4)
PM_DATA(11)
R512
PM_OEZ
PM_CSZ_0
A0
PM_ADDR(5)
PM_ADDR(6)
PM_ADDR(8)
PM_ADDR(9)
PM_ADDR(10)
PM_ADDR(11)
PM_ADDR(12)
PM_ADDR(13)
PM_ADDR(14)
PM_ADDR(15)
P3P3V
PM_ADDR(16)
PM_ADDR(17)
P3P3V
PM_ADDR(18)
PM_ADDR(19)
PM_ADDR(20)
R519
R520
10Kohm
10Kohm
R518
10Kohm
E31
5-B5
D33
5-B6
PM_WEZ
PM_OEZ
5-C3
5-C3
DMD_BIN1
DMD_BIN2
D32
C33
PM_UBZ
AD32
ISERCLK
AD31
ISERDATA
SSP0_TXD
SSP1_TXD
DQ4
VCC
PM_DATA(5)
PM_DATA(12)
PM_ADDR(0)
PM_ADDR_23
SSP0_CLK
39
38
A18
22
24
DQ5
DQ12
PM_DATA(6)
PM_DATA(13)
PM_ADDR(7)
K34
PM_ADDR_19
PM_ADDR(0:20)
/WP,ACC,NC
RY,/BY
17
41
DQ11
14
PM_DATA(7)
PM_DATA(14)
42
40
A20,NC
15
16
44
DQ6
A19,NC
PM_DATA(15)
43
DQ13
A8
11
9
45
PM_ADDR(2)
J34
K33
A9
PM_DATA(0:15)
46
PM_ADDR(3)
J3 3
PM_ADDR_17
DQ7
DQ14
5-B4
47
PM_ADDR(4)
K31
PM_ADDR_16
A10
C502
10uF
16V
PM_ADDR(0)
H33
PM_ADDR_12
SSP1_CSZ_0
1Kohm
IIC0_SDA
IIC0_SCL
PM_ADDR_10
A11
6
33ohm
PM_DATA(12)
PM_ADDR(1)
G33
GPIO_29
GPIO_30
9-C2
PM_ADDR_7
DQ15,A-1
5
8
PM_ADDR(2)
F3 1
F32
AH32
5-C6
PM_ADDR_0
A 12
R508
PM_CSZ_1
PM_ADDR_1
GPIO_24
SSP1_CSZ_0
SSP1_CLK
SSP1_RXD
UART0_CTSZ
UART0_RXD
UART0_TXD
UART0_RTSZ
PM_CSZ_0
E34
GPIO_20
1 1 1 1
10Kohm
CN500
1Kohm
R517
5-B6
VSS
0ohm
PM_DATA(11)
GPIO_19
8-F6,10-B7
GPIO_31
R516
PM_ADDR(20)
5-A5
HOLD_BOOTZ
R515
PM_DATA(5)
/BYTE
R507
PM_ADDR(4)
E33
GPIO_18
Do not install
R514
PM_DATA_15
E32
GPIO_17
DMD_BIN1
DMD_BIN2
2
PM_ADDR(19)
AA33
AH33
1
PM_ADDR(8)
PM_DATA(4)
GPIO_16
M_DSP_INITZ
M_DSP_READY
STB_R
STB_G
STB_B
STB_SENS
M_FUT_0
M_FUT_1
SUBFRAME
M_VS
GPIO_27
*
PM_DATA_14
AA32
1
GPIO_16
A30
PM_DATA_12
GPIO_13
PM_DATA(3)
PM_DATA(9)
PM_DATA_11
GPIO_12
PM_ADDR(9)
PM_DATA(10)
B30
A13
7
PM_DATA(2)
PM_DATA(8)
C30
GPIO_11
PM_ADDR(11)
PM_ADDR(10)
A16
A14
C501
100nF
48
A15
2
3
4
PM_ADDR(12)
PM_DATA(1)
PM_DATA(7)
D30
GPIO_9
GPIO_10
PM_DATA(0:15)
PM_DATA(0)
PM_DATA(6)
B29
A29
W31
PWM_STD_0
PWM_STD_1
PWM_STD_2
5-B6
E28
GPIO_4
1
PM_ADDR(13)
B27
GPIO_0
C4
M_ASIC_CFG2
M_DSP_SPARE0
IIC1_SCL
IIC1_SDA
SSP0_CSZ_1
PM_ADDR(14)
IC200-4
DDP3021
2.2Kohm
C500
100nF
IC500
MX29LV320BTC-70
0ohm
4-C4,7-B3
5-B5
*
2
AC32
SSP0_TXD
9-C2
WRITEPROTECT
N31
SSP1_TXD
Do not install 1
*
R521
0ohm
1/10W
*
R522
0ohm
1/10W
CN501
AE31
OSERCLK
AD33
OSERDATA
Do not install
FLASH_WPROTECT
10-24
Samsung Electronics
Schematic Diagram
10-3-6 DMD-6
This Document can not be used without Samsung’s authorization.
PMD1000
Power
Signal
P3P3V
R750
R751
R752
R753
R754
10Kohm
1/10W
10Kohm
1/ 10 W
10Kohm
1/10W
10Kohm
1/10W
10Kohm
1/10W
IC750
PMD1000
1-C5,4-C2,#2
PWR_GOOD
35
PWRGOOD
4
5-C3
2
4-C4,5-C3
1
4-C5,5-C3
3
4-C4,5-D3
CSZ
CLK
POSENSE
4-C2
34
PMDINTZ
5-B3
36
POSENSE
DOUT
DIN
SSP0_CSZ_0
SSP0_CLK
SSP0_RXD
SSP0_TXD
PMDINTZ
40
F1SW
39
F2SW
P12V
4-C4,9-C2
EXT_ARSTZ
38
48
RESETZ
F3SW
12
6
OSC
OUTA
15
OUTB
16
9
VBB1
OUTC
13
CTAP
C750
C751
C752
11
C753
VM
5
TACH
330nF
50V
P12V
330nF
50V
330nF
50V
P12V
10
330nF
50V
VMSW
14
SENSE
8
GMIN
22
27
VBB2
ISENK
VBB3
ISEN
VBB4
GDC
37
42
28
Q750
26
Si4800BDY-T1-E3
1
2
3
4
25
LXC
21
VCP
C754
220nF
25V
30
FBC
18
CP1
17
V2P5
VREG
LX25
TRIM
V3P3
43
P1P8V
LX5
R757
31
29
GND
VLIN1
GND
GD2
GND
FB 2
19
33
BD750
R759
1Kohm
1/10W
32
R758
2Kohm
1/10W
P1P2V
3
I
O
2
ADJ
1
C764
47uF
16V
C759
C761
47uF
16V
10uF
16V
1
33uH
Place near RLDRAM
C757
47uF
16V
10uF
16V
P2P5V
2.49Kohm
1/10W
2
SS29
C758
C760
47uF
16V
10uF
16V
P3P3V
10uH
L752
C765
10uF
16V
C 756
L751
D751
IC751
NCP1117DT18T5G
B
2.2Kohm
1/10W
MBRS340T3
23
44
CIM21J600NE
R756
24
V5
FB1
10uF
16V
10uH
D750
LX33
7
C763
P1P5V
45
25V
P3P3V
8
7
6
5
L750
41
47
C755 220nF
0.1ohm
1/4W
D
46
CP2
20
S
G
R755
D752
SS29
C762
C766
47uF
1 6V
10uF
16V
P5V
L753
D753
SS29
Samsung Electronics
1
22uH
2
C767
C768
47uF
16V
10uF
16V
10-25
Schematic Diagram
10-3-7 DMD-7
This Document can not be used without Samsung’s authorization.
Power
Signal
DDP3021 POWER
VCC33
P3P3V
BD600
CIB31P600NE
C600
C601
100nF
16 V
100nF
16V
C612
10uF
16V
C602
C603
C604
C605
C606
C607
C608
C609
C610
C611
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
IC200-6
DDP3021
AM33
A3
VCC25
VCC25
IC200-5
DDP3021
VDD2_HSTL
100nF
16V
VCC25
L4
VDD2_HSTL
VCC25
VDD2_HSTL
VCC25
R2
AA3
RLD_VTT
C613
AK5
H4
VDD2_HSTL
VCC25
VDD2_HSTL
VCC25
AD 5
AG4
VDD2_HSTL
100nF
16V
C616
100nF
16V
C617
100nF
16V
C618
100nF
1 6V
C619
100nF
1 6V
C 6 20
100nF
16V
C621
100nF
16V
C622
100nF
1 6V
A27
A31
AM3
A33
AN2
VCC15
VCC25
C623
C624
C625
C626
C627
C628
C629
C 63 0
C631
C632
A34
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16 V
100nF
16V
100nF
16V
B2
GND
GND
GND
GND
AP32
AP28
AP24
AP20
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
AP16
AP12
AP8
AP4
AP2
GND
GND
AP1
GND
GND
AN33
B34
M5
VCC33
GND
A19
A23
AP3
GND
A15
AL4
VCC25
VDDT_HSTL
100nF
16V
C615
AL5
AN3
K2
C614
AM1
VCC25
GND
GND
A7
A11
GND
GND
GND
GND
GND
GND
AN32
C1
VDDT_HSTL
AC4
VDDT_HSTL
C3
E15
D3
E20
D4
VCC15
AF1
VDDT_HSTL
E8
VCC15
GND
VCC15
A1
E27
VCC33
C633
VCC15
A2
H1
VCC33
VCC15
VCC33
VCC15
VCC33
VCC15
A4
1nF
50V
H2
A8
C634
1nF
50 V
C635
1nF
50V
C636
1nF
50V
C637
1nF
50 V
C638
1nF
50V
C639
1nF
50V
C640
1nF
50V
C641
1nF
50V
VCC33
VCC33
VCC15
VCC33
VCC15
A20
A24
VCC33
1nF
50V
VCC33
H30
E13
K5
E17
M1
E21
R5
VCC33
C643
C644
C645
C646
C647
C648
C649
C650
C651
1nF
50V
1 nF
50V
1nF
50V
1nF
50V
1 nF
50V
1nF
50V
1nF
5 0V
1nF
50V
1nF
50V
B33
P1P5V
T1
VCC33
VCC15
VCC33
VCC15
V5
VCC15
Y1
VCC33
VCC15
VCC33
VCC15
VCC33
VCC15
D1
Y5
VCC33
VCC15
VCC33
VCC15
E2
E6
VCC33
VCC33
VCC15
VCC33
VCC15
E14
VCC33
VCC15
VCC33
VCC15
VCC33
VCC15
E22
E26
E30
CIB31P600NE
AD1
C652
C653
AF5
100nF
16V
100nF
16V
VCC33
VCC15
VCC33
VCC15
VCC33
VCC15
F1
C661
C662
C663
10uF
16V
10uF
16V
10uF
1 6V
C654
C655
C656
C657
C658
C659
C660
M 34
100nF
16V
100nF
1 6V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
N5
VCC33
VCC15
VCC33
VCC15
VCC33
VCC15
L34
P15
AH2
P17
AH3
P18
VCC33
VCC15
VCC33
VCC15
VCC33
VCC15
VCC33
VCC15
U30
VCC33
VCC15
VCC33
VCC15
AC34
AE30
VCC33
C664
C665
C666
C667
C 668
C669
C670
C671
C672
C673
100nF
16V
100 nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16 V
100nF
16 V
100nF
16V
100nF
16V
100nF
16V
VCC33
R1
R14
AK25
C674
C675
C676
C677
C678
C679
C680
C681
C682
C683
R16
AK27
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
R17
R19
AP6
R20
AP7
R21
AP11
T14
C684
100nF
16V
AP23
VCC15
VCC33
VCC15
AK29
AK26
GND
GND
GND
GND
AK22
AK18
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
AK14
AK10
AK6
AJ5
AJ2
AJ1
GND
GND
GND
GND
AH34
AH5
GND
AH4
GND
GND
GND
GND
AG1
AF30
GND
AE5
GND
GND
GND
GND
AD34
AC1
GND
GND
GND
GND
GND
GND
AB30
AA21
AA20
C685
100nF
16V
C687
C686
1nF
50V
100nF
16V
C688
1nF
50V
C689
1nF
50V
GND
GND
GND
GND
GND
GND
AA19
AA18
AA17
R18
AN6
VCC15
VCC33
AL1
GND
R15
AP19
VCC33
AL8
AK30
GND
AK20
VCC15
AK2 8
GND
P20
AK17
AP15
AJ30
GND
AL15
P21
VCC15
AG34
GND
P30
AM6
W34
AA30
GND
AL20
P19
VCC15
VCC33
R34
GND
GND
AK21
N30
GND
AL27
P14
AK15
J30
GND
G1
P16
AK9
G34
GND
AL31
G2
AH1
AK13
F5
GND
GND
AG30
AK8
F2
GND
AM27
L1
AG5
E18
GND
K30
VCC15
E10
GND
J5
BD601
AB5
E1
GND
H34
Y30
D31
AM28
GND
GND
F3 0
VCC15
C32
GND
GND
E29
VCC15
C34
AM32
E25
R30
VCC33
AM34
GND
E9
VCC15
B1
GND
E4
H5
P5
A32
GND
GND
E5
VCC15
A28
AN1
GND
E3
VCC15
A1 6
GND
D34
C642
H3
A12
AN28
AN17
C690
T15
1nF
50V
T16
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
AA16
AA15
AA14
AA5
Y34
Y21
Y20
T17
AP27
Y19
T18
Y18
T19
AL28
VCC33
GND
GND
GND
GND
GND
GND
Y17
T2 0
AL34
VCC33
AN34
Y16
T21
VCC33
AP31
VCC33
C691
C692
C693
C694
C695
C696
C697
C698
C699
C700
VCC33
1nF
50V
1nF
50V
1nF
50V
1nF
50V
1nF
50V
1nF
50V
1nF
50V
1nF
50V
1nF
50V
1nF
50V
AP33
AP34
Y15
T34
GND
GND
Y14
U5
GND
GND
GND
GND
W2 1
U14
VCC33
W20
U15
AL33
VCC33
GND
GND
W19
U16
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
W18
U17
P2P5V
VCC25
W17
U18
W16
U19
W15
U20
RLD_VTT
W14
U21
BD602
W1
V14
V30
V15
CIB31P600NE
10-26
C710
C711
C712
C713
C714
C715
C716
100nF
16V
100nF
16V
100nF
16V
100nF
16V
1nF
50V
1n F
50V
1nF
50 V
C701
C702
100nF
16V
100nF
1 6V
C717
100uF
16V
C703
C704
C705
C706
C707
C708
C709
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
V16
V21
GND
GND
V17
V20
GND
GND
GND
GND
V19
V18
C718
C719
C720
C721
C722
C723
C724
C725
1nF
50V
1nF
50V
1nF
50V
1nF
50V
1nF
50V
100nF
16 V
100nF
16V
100nF
16 V
Samsung Electronics
Schematic Diagram
10-3-8 DMD-8
This Document can not be used without Samsung’s authorization.
P2P5V P3P3V
P2P5V
10Kohm
1/10W
1
*
BD800
CIC21J601NE
Do not install
R801
R802
R803
R804
R805
R806
10Kohm
1/10W
10Kohm
1/10W
10Kohm
1/10W
10Kohm
1/10W
10Kohm
1/10W
10Kohm
1/10W
JTAG BOUNDARY SCAN
8
4-B3
9
1
1
4-B3,8-A2
4-B3
4-B3
4-B3,8-A2
1-E2
SCL_M
10Kohm
1/10W
0ohm
1/10W
SDA_M_DMD
SCL_M_DMD
R811
100ohm
R814
100ohm
8-A6
SCL_M_DMD
8-A6
C801
100nF
16V
R807
4.7Kohm
1/10W
R808
4.7Kohm
1/10W
SDA_M
Do not Install
P7
19
SCL
P6
N.C.
N.C.
SDA
P5
18
3
17
4
8-B6
16
5
P4
VDD
C802
C803
6
100pF
50V
100pF
50V
7
15
VSS
A0
14
P3
A1
13
8
N.C.
N.C.
12
9
8-A6
FAN1_ERR
SDA_M_DMD
1-E2
A2
P2
P0
P1
10
8-C5
2N7002L
Do not install
R810
4.7Kohm
1/10W
20
/INT
2
Q801
Place bottom side
R809
4.7Kohm
1/10W
IC800
PCF8574TS
1
G
R817
S
*
10Kohm
1/10W
R816
R813
4.7Kohm
1/10W
2N7002L
10
R815
R812
4.7Kohm
1/10W
Q800
G
4-D3
S
4-B3,8-A4
7
TRSTZ
TDI
TMSBSD
TDOBSD
TCK
D
4-B3
6
1
5
BDS_TRSTZ
BDS_TDI
BDS_TMSDSD
BDS_TDOBSD
BDS_TCK
BDS_GND
1
4-B3,8-A4
4
TRSTZ
TDI
TMSARM
TCK
RTCK
TDOARM
ICE_RSTZ
4-B3,8-A2
1
4-B3,8-A4
3
C800
10uF
16V
D
2
*
5VA
5 VA
CIC21J601NE
BD801
R800
CN800
10P
Signal
1
*
Power
P2P5V
8-C7
11
8-C6
C804
C805
C806
1nF
50V
1nF
50V
1nF
50V
FAN3_ERR
FAN2_ERR
- Install for normal operation.
- Uninstall for ARM ICE DEBUG mode.
IC801
1
2
10-C2
BD804
CIC21J601NE
LED_DRV_SCLK
LM317EMP
3
3
4
10-B7
5
10-B7
6
10-A7
7
8
C809
C810
100uF
16V
100nF
16V
2
B
CIC21J601NE
T P 801
TP800
C807
C808
100nF
16V
100nF
16V
100nF
16V
VOUT
ADJ
R818
C811
C812
390ohm
1/10W
100uF
16V
100nF
16V
LED_DRV_DOUT
9
TP916
4.7Kohm
1/10W
8-B6
2
1nF
50V
CONNECTOR FOR SCI
TP_G_SENS
TP_B_SENS
1
1
1
1
3D_Interface
1nF
50V
CN803
TP_FAN801
CN804
SINGLE BUFFER
P5V
P3P3V
P3P3V
CN802
SMW200-06G
1
MGND1
2
3
CIM21J600NE
BD805
1
1-B3
2
1-B3
IN_SDA
IN_SCL
C944
100nF
3
4
TP_FAN800
P3P3V
REF3V
MGND1
C814
1nF
50V
CN1001
2
1
1
100ohm
10-B1
5
10-B1
6
10-B1
4
R_SENS
G_SENS
B_SENS
MGND2
7
10-D2
5
10-D2
6
10-D2
CIM21J600NE
BD1004
B
TP_R_SENS
1
8-B8
M_FUT_3
SCI_RXD
SCI_TXD
GPIO_27
TP7_FB
MGND2
5-C3
4-B3
1
2
3
C817
100nF
IC901
IC804
TC7SZ86FU
SN74LVC1G07DCKR
B
V CC
A
G ND
Y
5
4
0ohm
1/10W
R1056
1 1 1
TP7_FB_F-IR
1-B3
POWERGOOD
1
2
3
1-B3
NC
VCC
A
GND
Y
C1036
100nF
IC803
SN74LVC1G07DCKR
5
4
1-C5,4-C2,#2
PWR_GOOD
MTR_ARSTZ
4-D2
1
2
3
NC
V CC
A
GND
Y
5
4
10-B3
DSP_RSTZ
C821
TP_M_FUT_3
SCI_RXD
SCI_TXD
1nF
50V
C1037
1nF
50V
POWER FOR COLOR SENSOR
CONNECTOR FOR LED DRIVER
P3P3V
REF3V
R823
CN806
10Kohm
1/10W
SMW200-11G
IC802
BD807
CIM21J600NE
REF3030AIDBZR
1
OUT
IN
P3P3V
B
1 1 1 1 1 1 1 1 1
P3P3V
P5V
BD808
CIC21J601NE
3
BD809
CIM21J600NE
BD810
CIM21J600NE
B
TP_815
TP_816
TP_817
TP_818
TP_819
TP_820
TP_821
TP_822
TP_823
P5V
B
TP_5V
1
TP_FAN802
MGND2
3
R822
FAN3_ERR
B
TP_3V
12507WR-07L
TP_GND
CN805
MGND1
C813
C1039
CONNECTOR FOR COLOR SENSOR
2
1
1
100ohm
TP803
MGND2
3
R821
8-B8
FAN2_ERR
MGND1
1
1
100ohm
TP802
MGND2
3
R1057
FAN1_ERR
1
R820
1
R 819
3.9Kohm
1 /1 0 W
MGND1
BD803
CIC21J601NE
C1038
1
MGND2
10-B7
VOUT
VIN
LED_DRV_OE
LED_DRV_DIN
LED_DRV_DIR
BD802
CIC21J601NE
TP915
1
MGND1
8V_FAN
1
BD1005
P12V
B
1
SMW200-09G
8V_FAN
8V_FAN
1
1
CN801
B
1
8V_FAN
FAN
1
1
TP_805
TP_802
1
TP_803
TP_801
1
TP_804
TP_800
CONNECTOR FOR DRIVER CONTROL
G ND
1
LED_VSYNC
LED_EN
LED_LAMPLITZ
LED_SUBFRAME
8-F7
2
8-F7
3
8-F5
4
8-F8
5
MGND1
6
LED_R
LED_G
LED_B
LED_SENS
8-F6
7
8-F6
8
8-F6
9
8-F6
10
C815
10uF
16V
C818
100nF
16V
2
C816
10uF
16V
LED_LAMPLITZ
LAMPSTAT
MGND2
1
2
3
4
5
8-E1
1-B3,4-C3 6
7
5-B1
/OE1
VCC
D1
/OE4
O1
D4
/OE2
D2
O4
/OE3
O2
D3
GND
O3
14
13
12
11
10
9
8
5-B3,10-B7
8-F1
/OE1
VCC
D1
/OE4
O1
D4
3
4
/OE2
5-B1
M_ASIC_READY
ASIC_READY
STB_G
LED_G
5-B3,10-B7
5
8-F1
6
12
5-C3,10-C2
11
8 - F1
O4
STB_B
LED_B
10
D2
/OE3
O2
D3
GN D
O3
7
14
1
13
2
100nF
16V
IC807
74LCX125MX
14
1
STB_R
LED_R
1-B3
C823
100nF
16V
IC806
74LCX125MX
100nF
IC805
M_ASIC_READY
ASIC_READY_LED
11
C822
C824
C819
100nF
16V
9
5-C3,10-B7
8
8-F1
STB_SENS
LED_SENS
M_VS
LED_VSYNC
5-C3,10-B7
2
8-E1
3
/OE1
VCC
D1
/OE4
O1
D4
13
4
/OE2
LAMPCTRL
LED_EN
4-C3
5
8-E1
6
12
5-C3,10-B7
11
8-E1
O4
SUBFRAME
LED_SUBFRAME
10
D2
/OE3
9
O2
D3
GND
O3
7
8
MM74HCT125M
Samsung Electronics
10-27
Schematic Diagram
10-3-9 DMD-9
This Document can not be used without Samsung’s authorization.
(A1 -> GND)
DDA_N(15)
DDA_P(15)
DDA_P(14)
DDA_P(13)
DDA_P(12)
DDA_P(11)
DDA_P(10)
DDA_P(9)
DDA_P(8)
DDA_P(7)
DDA_P(6)
DDA_P(5)
DDA_P(4)
DDA_P(3)
DDA_P(2)
DDA_P(1)
DDA_P(0)
DCLK_AP
DCLK_AN
SCTRL_AP
SCTRL_AN
(200MHz)
DDA_P(0:15)
DDA_N(14)
DDA_N(13)
DDA_N(12)
DDA_N(11)
DDA_N(9)
DDA_N(10)
DDA_N(8)
DDA_N(7)
DDA_N(6)
DDA_N(5)
DDA_N(4)
DDA_N(3)
DDA_N(2)
DDA_N(1)
DDA_N(0)
(PAIR, SAME LENGTH, 100 OHM IMPEDANCE)
DDA_N(0:15)
DMD
VCC_DMD
B33
J2
READOUTA1
1
1
E4
F3
1
1
1
BIST_B
RESERVED_TS
TP901
TP903
MBRST01
SC PD O
MBRST02
nSCPEN
MBRST03
nDMD_RESETB
MBRST04
P37
P3 5
SCP_TEST_MUX
MBRST07
FUSE_CLK
FUSE_DATA
E6
PROG_FUSE_EN
B4
MBRST12
R4
MBRST(12)
P5
MBRST(13)
MBRST13
MBRST14
MBRST15
1
F1
GND
GN D
GND
K34
K32
G3 8
GND
G36
VCC2
GND
VCC2
GN D
VCC2
GND
VCC2
GND
VCC2
GND
G34
G32
F37
F3 5
F33
VCC2
GND
VCC2
GND
VCC2
GND
D38
K35
D36
A3
TP911
TP912
D 34
GND
GND
GND
GND
GN D
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
A5
D 32
C37
A7
C2
T P913
TP914
C35
C4
C 33
D_BN15
C6
A38
A36
D1
A34
D3
A 32
D5
R33
D_BP14
D_BP15
D_BN14
P32
T33
D_BN13
R32
D_BN12
D_BP12
D_BP13
P34
M32
R34
D_BN11
L32
R35
D_BP11
D_BP10
D_BN10
T35
K33
D_BN9
J33
P36
D_BP9
D_BN8
D_BP8
N33
R36
D_BN7
P38
M33
D_BP7
D_BN6
D_BP6
N35
R38
D_BN5
J37
M35
D_BP5
D_BN4
D_BP4
L36
K37
D_BN3
T6
M36
D_BP3
D_BN2
R6
N37
M37
D_BP2
D_BN1
P7
D_BP1
D_BP0
D_BN0
R7
L38
M38
DCLK_BP
SCTRL_BN
L34
SCTRL_BP
DCLK_BN
T37
R37
M34
1
B1
READOUTB1
K3 6
VCC2
VCC2
VCC2
J38
1
E2
READOUTB0
L35
GND
J36
1
N4
RESERVED_PB
L37
L33
K3 8
J34
RESERVED_PT
RESERVED_PR
GND
J32
MBRST(0:15)
E1
VCC2
N32
H37
MBRST(15)
C1
RESERVED_PL
GND
H33
MBRST(14)
H4
VCC
K4
MBRST(10)
MBRST(11)
N6
GND
VCC2
MBRST(9)
R3
GN D
VCC
J3
J5
J7
N3
GND
VCC
J1
MBRST(7)
MBRST11
RESERVED_L0
N34
VCC
VCC2
MBRST(8)
MBRST10
RESERVED_SM
N36
H6
L5
MBRST09
RESERVED_U0
N38
H2
R2
MBRST08
DMD
F7
E7
GND
J35
MBRST(6)
N2
IC900-1
PL22323-1640-01F
GN D
VCC
H38
MBRST(5)
MBRST06
EVCC
EVCC
P3 3
GND
VCC
H36
MBRST(4)
L3
P1
A4
VCC2_DMD
MBRST(3)
MBRST05
R1
GN D
VCC
H32
MBRST(2)
N5
1
GND
H34
L1
B3
1
T3 2
VCC
G3 7
MBRST(1)
L7
B2
1
T34
GN D
G33
MBRST(0)
L2
SC PD I
L6
D6
T36
VCC
J4
TP905
TP907
MBRST00
SCPCLK
A2
J6
GN D
H7
M4
E3
D4
TP908
TP909
TP910
GN D
VCC
E5
D2
C3
SSP1_CLK
SSP1_TXD
SSP1_RXD
SSP1_CSZ_0
EXT_ARSTZ
GND
VCC
H5
TP2
BIST_A
TP906
VCC
VCC
H1
H3
F5
READOUTA0
TP1
T3 8
G6
D_AN15
C32
A33
D_AP15
D_AN14
D_AP14
B32
D_AN13
E32
B34
C34
D_AP13
D_AN12
D_AP12
F32
B35
D_AN11
G35
A35
D_AP11
D_AN10
D_AP10
H35
C36
D_AN9
D33
B36
D_AP9
D_AP8
D_AN8
E33
C38
D_AN7
D35
B38
D_AP7
D_AP6
D_AN6
B5
E35
D_AN5
F36
C5
D_AP5
D_AP4
D_AN4
A6
E36
D_AN3
D_AP3
D_AN2
B6
E37
D37
D_AP2
C7
F38
E38
B7
D_AN1
D_AP1
D_AP0
D_AN0
A37
E34
F34
SCTRL_AN
DCLK_AP
DCLK_AN
VCC
1
1
TP 0
1
TP900
TP902
TP904
G4
SCTRL_AP
B37
IC900-2
PL22323-1640-01F
G2
GN D
GND
GN D
GN D
GN D
GN D
GND
GN D
D7
T7
F2
T5
F4
T4
F6
T3
GND
GN D
T2
GND
GND
GND
GN D
T1
G5
DDB_P(15)
DDB_P(14)
DDB_P(13)
DDB_P(12)
DDB_P(11)
DDB_P(10)
DDB_P(9)
DDB_P(8)
DDB_P(7)
DDB_P(6)
DDB_P(5)
DDB_P(4)
DDB_P(3)
DDB_P(1)
DDB_P(2)
G3
DDB_P(0)
DCLK_BP
DCLK_BN
SCTRL_BP
SCTRL_BN
G1
R5
GND
GN D
GND
GN D
GND
GND
GND
GND
GND
GND
G7
P6
P4
K1
P3
K2
P2
VCC2_DMD
C900
C901
C902
C903
C904
C905
C906
C907
100nF
100nF
100nF
100nF
100nF
100nF
100nF
100nF
C908 C909 C910
1n F
1nF
1nF
C938
10uF
16V
C911
100nF
BD900
VOFFSET
CIB31P600NE
(POWER TRACE)
MMSZ5240B
D900
10-28
C 912
DDB_N(15)
DDB_N(14)
DDB_N(13)
DDB_N(12)
GND
GND
GND
GND
GND
GN D
K6
N1
M7
K7
L4
M6
GN D
GND
GN D
GND
M1
M5
M2
M3
GND
GND
(POWER PLANE)
P3P3V
C 913
B
N7
K5
DDB_N(0:15)
(PAIR, SAME LENGTH, 100 OHM IMPEDANCE)
DDB_N(11)
DDB_N(10)
DDB_N(9)
DDB_N(8)
DDB_N(7)
DDB_N(6)
DDB_N(5)
DDB_N(4)
DDB_N(3)
DDB_N(2)
DDB_N(1)
DDB_N(0)
(200MHz)
DDB_P(0:15)
K3
VCC_DMD
BD901
CIB31P600NE
100nF
C940
C 941
C942
C943
10uF
10uF
10uF
10uF
16V
16V
16V
16V
C915
C916
C917
C918
C919
C920
C921
C922
C923
C924
C925
C926
C927
C928
C929
C930
100nF
100nF
100nF
100nF
100nF
100nF
100nF
100nF
100nF
100nF
100nF
100nF
100nF
100nF
100nF
100nF
C931 C932 C933 C934 C935 C936 C937
1nF
1nF
1nF
1nF
1nF
1nF
1nF
B
1nF
C914
1nF
(3.3uF/16V oscon)
C939
10uF
16V
(POWER PLANE)
Samsung Electronics
Schematic Diagram
10-3-10 DMD-10
This Document can not be used without Samsung’s authorization.
100nF
16V
C1001
P3P3V
PULL UP & DOWN
DSP_3P3V
STB_SENS
STB_R
STB_G
STB_B
M_DSP_SPARE0
M_DSP_SPARE1
100nF
16V
C1000
DSP
DSP_P3P3V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
-
1 1 1 1 1 1
2
LED_DRV_DIN
LED_DRV_DOUT
LED_DRV_SCLK
LED_DRV_OE
STB_R
STB_G
STB_B
M_FUT_1
M_DSP_SPARE0
M_DSP_SPARE1
DSP_GPIO26
DSP_GPIO27
SCI_RXD
SCI_TXD
LED_DRV_DIR
DSP_GPIO31
10-B7
10-B7
10-B7
10-B7
5-B3
5-C3,8-F6,10-B7
5-C3,10-B7
5-B3,10-B7
5-B3,10-B7
5-C3,8-F8,10-B7
5-C3,8-F7,10-B7
10-C7
10-C7
10-B7
10-B7
50
52
54
57
63
67
71
72
83
91
99
79
92
4
6
7
8-C2,10-B7
8-C2,10-B7
8-C2,10-E7
8-C2,10-B7
5-B3,8-F6,10-B7
5-B3,8-F6,10-B7
5-C3,8-F6,10-C7
5-C3,10-C7
5-B1,10-C7
10-C7
10-C7
10-C7
8-D3
8-D3,10-E7
8-C2,10-A7
10-B7
5-B1
M_FUT_3
78
C1007
8-D8
XRSN
VIN
3
ADJ
C1013
X1
XCLKIN
90
66
10-E5
TEST1
C1021
1
XCLKOUT
TRSTN
GPIO3-EPWM2B
TCK
GPIO4-EPWM3A
TMS
GPIO5-EPWM3B-ECAP1
TD I
GPIO6-EPWMSYNCI-EPWMSYNCO
TDO
GPIO7-ECAP2
EMU0
GPIO8-ADCSOCAON
84
75
74
73
76
80
81
EMU1
10-E1
10-E3
10-E3
ADCINA4
ADCINA5
ADCINA6
ADCINA7
10-E3
VDDA3.3V
DSP_TRSTZ
DSP_TCK
DSP_TMS
DSP_TDI
VDDA1.8V
R1033
10-F3
10-F1
DSP_EMU0
DSP_EMU1
33ohm
1/10W
10-E3
VDDAIO
GPIO11
5-C3,10-C2
5-B3,10-C2
R1015
R1016
R1017
R1018
100Kohm
100Kohm
100Kohm
100Kohm
5-B3,8-F6,10-C2
5-C3,8-F8,10-C2
5-B3,8-F6,10-C2
5-C3,8-F7,10-C2
R1019
R1021
R1023
R1024
100Kohm
100Kohm
100Kohm
100Kohm
10-B2
10-B2
10-B2
10-B2
R1025
R1027
R1029
R1031
10Kohm
10Kohm
10Kohm
10Kohm
STB_B
M_FUT_1
DSP_GPIO27
M_DSP_SPARE0
R1034
R1036
R1038
R 1040
10Kohm
10Kohm
10Kohm
10Kohm
M_DSP_SPARE1
LED_SENS_DOUT
DSP_GPIO26
LED_SENS_DIN
5-C3,8-F6,10-C2
5-C3,10-C2
10-D2
5-B1,10-D2
R1026
R1028
R1030
R1032
100Kohm
100Kohm
100Kohm
100Kohm
R1035
R1037
R1039
R1041
100Kohm
100Kohm
100Kohm
100Kohm
DSP_TDO
ADCINB4
ADCINB5
ADCINB6
ADCINB7
GPIO9
GPIO10-ADCSOCBON
100Kohm
100Kohm
100Kohm
100Kohm
97
98
TEST2
GPIO1-EPWM1B
GPIO2-EPWM2A
8-C2,10-C2
5-B3,10-C2
STB_R
SUBFRAME
STB_G
M_VS
XCLKIN
XCLKOUT
ADCREFIN
GPIO0-EPWM1A
R1011
R1012
R1013
R1014
88
86
X2
ADCRESEXT
8-C2,10-C2
5-C3,8-F6,10-C2
LED_DRV_OE
M_FUT_0
M_DSP_READY
M_DSP_INITZ
DSP_RSTZ
ADCREFM
ADCLO
10-C2
22uF
6.3V
ADCINB7
ADCREFP
8-C2,10-C2
LED_DRV_DIN
DSP_GPIO4
LED_DRV_DOUT
STB_SENS
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
100nF
16V
VOUT
22uF
6.3V
C1020
VDD7
ADCINB5
ADCINB6
2
C1012
C1019
VDD6
ADCINB4
C1018
VDD4
VDD5
ADCINB3
10
42
59
68
85
93
C1017
ADCINB1
ADCINB2
100Kohm
100Kohm
100Kohm
100Kohm
26
25
1 0 - B2
10-B2
10-B2
10-B2
10-D2
10-C2
10-D2
10-C2
VSSAIO
GPIO12-TZ1N-SPISIMOB
GPIO13-TZ2N-SPISOMIB
VDD1A18
GPIO14-TZ3N-SPICLKB
12
40
VDD2A18
GPIO15-TZ4N-SPISTEB
VSS1AGND
GPIO16-SPISIMOA-TZ5N
13
39
VSS2AGND
GPIO17-SPISOMIA-TZ6N
GPIO18-SPICLKA
VDDA2
GPIO19-SPISTEA
15
14
VDDA1.8V
DSP_1P8V
VSSA2
GPIO20-EQEP1A
GPIO21-EQEP1B
VSS2
GPIO22-EQEP1S
VSS3
GPIO23-EQEP1I
VSS4
GPIO24-ECAP1-SPISIMOB
VSS5
GPIO25-ECAP2-SPISOMIB
VSS6
GPIO26-SPICLKB
VSS7
GPIO27-SPISTEB
VSS8
GPIO28-SCIRXDA-TZ5N
VSS9
GPIO29-SCITXDA-TZ6N
VSS10
GPIO30-CANRXA
VSS11
GPIO31-CANTXA
2
11
41
49
55
62
69
77
87
89
94
BD1001
1
2
C1024
DSP POWER
2.2uF
10V
VSS12
100
5
43
5-B1
IIC1_SDA
IIC1_SCL
VDD3
R1006
R1008
R1009
R1010
1nF
50V
LOCATE NEAR DSP
47
44
45
48
51
53
56
58
60
61
64
70
1
95
8
9
10-B7
ADCINB0
10-C2
10-C2
C1026
LED_FAN_0
LED_FAN_1
LED_FAN_2
LED_FAN_3
DSP_GPIO4
PWM_DYN_AP
STB_SENS
M_FUT_0
M_DSP_READY
M_DSP_INITZ
SUBFRAME
M_VS
LED_SENS_DIN
LED_SENS_DOUT
LED_SENS_SCLK
LED_SENS_OE
VDD2
10-C2
10-C2
100Kohm
100Kohm
100Kohm
100Kohm
IC1001
NCP1117DT18T5G
VDDIO4
ADCINA6
ADCINA7
10-C2
LED_FAN_1
LED_FAN_2
LED_FAN_0
LED_FAN_3
R1000
R1001
R1002
R1004
100nF
16V
37
36
38
24
35
R1007
10-C2
C1025
2.2uF
2.2uF
22Kohm
0ohm
VDDIO2
VDDIO3
ADCINA5
0ohm
1/4W
0ohm
1/4W
0ohm
1/4W
10-D2
-
10-C6
10-C6
ADCINA3
ADCINA4
C1016
10-C6
DSP_P3P3V
DSP_1P8V
3
46
65
82
1
10-C6
VDDIO1
100nF
16V
10-C6
R1003
R1005
VDD3VFL
C1015
10-C6
22uF
6.3V
8-C2,10-D2
LED_DRV_DIR
DSP_GPIO31
LED_SENS_SCLK
LED_SENS_OE
C1003
ADCINA1
ADCINA2
100nF
16V
LED_TC_0
LED_TC_1
LED_TC_2
LED_TC_3
ADCINB4
ADCINB5
ADCINB6
ADCINB7
10-C6
1 1 1 1
1nF
50V
1nF
50V
C1011
1nF
50V
C1010
1nF
50V
C1008
C1022
C1023
R1020
R1022
10-C6
ADCINA4
ADCINA5
ADCINA6
ADCINA7
1 1
ADCREFM
ADCREFP
C1009
W_SENS
1
8-D2
1
BD1000
22uF
6.3V
96
ADCINA0
C1014
8-D2
C1006
IC1000
TMS320F2801PZA-DLP
23
22
21
20
19
18
17
16
27
28
29
30
31
32
33
34
8-D2
R_SENS
G_SENS
B_SENS
C1005
C1004
C1002
8-D3,10-E7
P5V
GPIO32-SDAA-EPWMSYNCI-ADCSOCAON
GPIO33-SCLA-EPWMSYNCO-ADCSOCBON
DSP_P3P3V
DSP_3P3V
VDDA3.3V
GPIO34
IC1002
NCP1117ST33T3G
2
2
1nF
50V
1
C1028
10uF
16V
C1032
BD1002
3
100nF
16V
KEEP THESE TPs ON THE TOP OF PCB
O UT
OUT
GND
C1031
IN
100nF
16V
1
C1027
10uF
16V
C1030
1
C1029
-
1
IIC1_SDA IIC1_SCL
2.2uF
10V
LOCATE NEAR DSP
P3P3V
R1042
R1043
R1044
R1045
R1046
JTAG INTERFACE
10Kohm
10Kohm
10Kohm
10Kohm
10Kohm
BOOT MODE JUMPER
OSC CLOCK FOR DSP
BOOT MODE
JUMPER SETTINGS
DNI
R1051
Samsung Electronics
10-C3
10Kohm
1/10W
P3P3V
10-C3
10-C3
DSP_TMS
DSP_TDI
LOCATE NEAR DSP TCK PIN
10-C4
DSP_TDO
10-C3
DSP_TCK
DSP_EMU0
R1049
10-C3
100ohm
1/10W
P3P3V
BD1003
CIM21J600NE
X1000
K3750HC
4
1
VCC
O UT
SW
GND
20.0MHz
3
2
R1048
22ohm
1/10W
10-B3
8-D3,10-D2
XCLKIN
8-D3,10-D2
8-C2,10-C2
15pF
50V
1
3
5
7
9
11
13
100nF
16V
2
4
6
8
10
12
14
DNI
C1034
DSP_EMU1
CN1000
10-89-1141
C1033
P3P3V
10-C3
*
22pF
50V
DSP_TRSTZ
2.2Kohm
1/10W
C1035
R1047
*
*
R1052
R1054
0ohm 1/10W
0ohm 1/10W
M_FUT_3
SCI_TXD
LED_DRV_SCLK
R1050
R1053
R1055
100Kohm
100Kohm
100Kohm
10-29
Schematic Diagram
10-4 Power
This Document can not be used without Samsung’s authorization.
10-30
Samsung Electronics
Operation Instruction & Installation
11. Operation Instruction & Installation
11-1 Product Features and Functions
11-1-1 Right side buttons
The buttons on the right side panel control your TV's basic features, including the on-screen menu system.
To use the more advanced features, you must use the remote control.
LED
The product color and shape may vary depending on the model.
1
SOURCE
Toggles between all the available input sources
(TV, AV1, AV2, S-Video1, S-Video2, Component1,
Component2, PC, HDMI1, HDMI2, or HDMI3/DVI).
2
MENU
Press to see an on-screen menu of your TV’s features.
3
+ VOL –
Press to increase or decrease the volume.
In the on-screen menu, use the + VOL – buttons as
you would use the ◄ and ► buttons on the remote
control.
4
5
(ENTER)
Press to confirm a selection.
6
POWER
Press to turn the TV on and off.
7
Remote Control Sensor
Aim the remote control towards this spot on the TV.
8
Indicator Lights
Blinks and turns off when the power is on and lights up
in stand-by mode.
CH
Press to change channels.
In the on-screen menu, use the CH
buttons as
you would use the ▲ and ▼ buttons on the remote
control.
● You can use the channel selection buttons to switch on the TV when it is in standby mode depending on the model.
● When using the on-screen menu the volume adjustment and channel selection buttons have the same function as the
▲/▼/◄/► buttons on the remote control.
● If the remote control no longer works or you have lost it, you can use controls on the panel of the TV.
Samsung Electronics
11-1
Operation Instruction & Installation
11-1-2 Front Panel LED Indicators
The three lights on the front panel indicate the status of your TV.
LED
Indicator Light Key
● : Light is On
◑ : Light is Blinking
○ : Light is Off
TIMER
LED
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.
○
○
◑
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.
◑
◑
◑
LED driver PCB or Sub Power PCB is 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.
11-2
Samsung Electronics
Operation Instruction & Installation
11-1-3 Rear Panel Jacks
Use the rear panel jacks to connect components such as a VCR. You can connect different components such as VCRs, Set-Top
Box and a DVD player etc., because there are two sets of video input jacks and two sets of component video input jacks on the
rear panel of your TV. For more information, see "Connections".
The product color and shape may vary depending on the model.
① ANT 1 IN(CABLE)/ANT 2 IN(AIR)
75Ω Coaxial connector for Air/Cable Network.
② HDMI IN 1/HDMI IN 2
Connect to the HDMI jack of a device with HDMI output.
③ HDMI3/DVI IN
Connect to the HDMI jack of a device with HDMI output.
This input can also be used as a DVI connection with
separate analog audio inputs. An optional HDMI/DVI cable
will be necessary to make this connection.
When using an optional HDMI/DVI adapter, the DVI analog
audio inputs on your TV allow you to receive left and right
audio from your DVI device. (Not compatible with PC)
④ RS232C
⑧ 3D SYNC OUT
Connect to 3D IR Emitter.
⑨ VIDEO/AUDIO OUT-L/R (AV OUT)
Video/Audio outputs for external devices.
⑩ WISELINK
Connect an USB mass storage device to view photo files
(JPEG) and play audio files (MP3).
⑪ VIDEO/AUDIO-L/R (AV IN 1, 2)
Video input for external devices, such as a Camcorder
or VCR.
⑫ PC IN
Connect to the video output jack on your PC.
For service only.
⑬ PC AUDIO IN
⑤ DIGITAL AUDIO OUT (OPTICAL)
Connect to the audio output jack on your PC.
Connect to a Digital Audio component.
⑭ COMPONENT IN 1, 2
⑥ DVI IN (AUDIO-L/R)
Video (Y/PB/PR) and audio (L-AUDIO-R) component inputs.
Connect to the DVI audio output jack of an external device.
⑮ POWER IN
⑦ S-VIDEO (AV IN 1, 2)
Connect the supplied power cord.
Video input for external devices with an
S-Video output, such as a Camcorder or VCR.
Samsung Electronics
11-3
Operation Instruction & Installation
11-1-4 Remote Control
You can use the remote control up to about 23 feet from the TV. When using the remote control, always point it directly at the TV.
You can also use your remote control to operate your VCR, Cable box, DVD player or Samsung Set-Top Box.
1. POWER
Turns the TV on and off.
2. Numeric Buttons
Press to directly select a channel.
3. -
Press to select additional channels
being broadcast by the same station.
For example, to select channel ¡°54-3¡±,
press "54", then press"-" and "3".
4. CH LIST
Used to display Channel Lists on the
screen.
5. ANTENNA
Press to select "Air" or "Cable".
6. VOL +, VOL -
Press to increase or decrease the volume.
7. MUTE
Press to temporarily cut off the sound.
8. MENU
Displays the main on-screen menu.
9. RETURN
Returns to the previous menu.
10. S.MODE
Press to select the sound mode.
11. P.MODE
Press to select the picture mode.
12. FAV.CH
Press to switch to your favorite channels.
13. GAME
Press to select the Theater Game mode
except for the TV mode.
14. MTS
Press to choose Stereo, Mono or
Separate Audio Program
(SAP broadcast).
15. 3D
Press to select the 3D mode.
16. SET
Sets the remote to control your TV,
VCR, Cable, DVD, or Set-Top Box.
17. TV, DVD, STB, CABLE, VCR
Press to operate your TV, DVD, STB,
CABLE (box), or VCR.
18. SOURCE
Press to display all of the available video
sources.
11-4
19.
Press to backlight the VOL, CH, MUTE
and the active source button (TV, DVD,
CABLE, STB, VCR) on the remote
control.
20. PRE-CH
Tunes to the previous channel.
21. WISELINK
This function enables you to view and
play photo (JPEG) and audio files
(MP3) from an external device.
(Refer to page 62 (JPEG), 67 (MP3))
22. HDMI
Selects the HDMI mode directly.
23. VCR/DVD Functions
- Rewind
- Stop
- Play/Pause
- Fast Forward
24. CH ∧ / ∨
Press to change channels.
25. EXIT
Press to exit from the menu.
◀/RIGHT▶/
26. UP ▲ /DOWN▼/LEFT◀
ENTER
Use to select on-screen menu items
and change menu values.
27. INFO
Press to display information on the TV
screen.
28. CAPTION
Controls the caption decoder.
29. STILL
Press to stop the action during a
particular scene.
Press again to resume normal video.
30. P.SIZE
Press to change the screen size.
31. Color buttons
Press to add or delete channels and to
store channels to the favorite channel
list in the Channel List menu.
32. ADD/DEL
Use to store and delete channels to/
from memory.
33. SRS
Selects SRS TruSurround XT mode.
Samsung Electronics
Operation Instruction & Installation
34. SLEEP
Press to select a preset time
interval
for automatic shut off.
35. RESET
When your remote control does not
work, change the batteries and press
the RESET button for 2-3 seconds
before use.
NOTES
* The performance of the remote control
may be affected by bright light.
* This is a special remote control for the
visually impaired persons, and has
Braille points on the POWER,
Channel, Volume, STOP,
and PLAY/PAUSE buttons.
Samsung Electronics
11-5
Operation Instruction & Installation
11-2 New Features
11-2-1 RS-232C
Connect the DLP DTV using the serial port.
Do not disconnect or connect the RS-232C cable
while the Computer or the DLP TV is operating.
It may cause serious damage to the Computer or
the DLP TV.
If the PC is not properly configured, the RS-232C
connection may not work properly. For further
details, refer to the Computer’s product
documentation.
Serial Port Settings (Select Standard RS232)
Specification
Bit Rate
Data Bits
Parity
Stop Bits
Flow Control
RS-232C
115200 bps
8 bits
None
1 bit
None
DLP DTV Menu Configuration
Since Anynet, G-Link and RS232C share a serial port, you have to
select RS232C from the menu for the following communication.
Menu Setting Procedures
Select Setup
Port Selection
RS232C
Serial Communication Protocol
Command Packet Structure [7bytes]
0x08
0x22 Cmd1 Cmd2 Cmd3 Value
Response Packet Structure [3 Bytes]
CS
A command packet consists of 7 bytes in total.
The two bytes 0x08 and 0x22 signify that the packet is for serial communication.
The following 4 bytes represent a pre-defined command that can be defined by the user.
The last byte is the checksum which checks the validity of the current packet.
Header [2 Byte]: Pre-defined values fixed to 0x08 and 0x22.
Cmd1 [1 Byte]: The first value of the code defined in the command list (Hexadecimal)
Cmd2 [1 Byte]: The second value of the code defined in the command list (Hexadecimal)
Cmd3 [1 Byte]: The third value of the code defined in the command list (Hexadecimal)
Value [1 Byte]: Input parameter for the command (Default: 0) (Hexadecimal)
CS [1 Byte]: Checksum (the 2’s complement of the sum of all the values except for the CS value.)
Success
0x03 0x0C
Fail
0xF1
0x03 0x0C
0xFF
When the received packet from an external device has a valid
value, a Success packet is sent. Otherwise, a Fail packet is sent.
A Fail packet is sent if:
The received packet length is not equal to 7 bytes.
The 2 byte packet header value is not equal to 0x08, 0x22.
The check sum is incorrect.
Failure detection by an external device
An external device classifies the packet as Fail if it does not receive
a Success packet within 100ms.
Communication Sequence
PC
Creates a command packet and sends it through RS232C.
DLP DTV
Receives a packet and parses the packet.
Determines whether it is a success or fail, and transmits the Ack packet to the PC.
Controls the DLP DTV with the parsed command.
PC
W aits for the Ack packet.
Prepares the next command, if a Success packet arrives immediately.
11-6
Samsung Electronics
Disassembly & Reassembly
12. Disassembly & Reassembly
12-1 Overall Disassembly & Reassembly
12-1-1 Separation of the back cover and the chassis
Part Name
Back
Cover
Description
Description Photo
① Remove 10 screws to remove the back bottom cover.
: TH,B,M4.L15,BLK,SWRCH18A
Terminal
Board
① Remove the Terminal Board by hands
DVI cable
① Remove 2 screws
:TH,B,M4.L15,BLK,SWRCH18A
Samsung Electronics
12-1
Disassembly & Reassembly
Part Name
DVI cable
Description
Description Photo
① Separate the DVI cable 2PIN Sub SMPS Wire, 12PIN DMD
power cable and 2 pin Inlet cable
: The DVI screw is made of soft plastic and may easily
break when applying excessive force through a screw driver.
Ensure that extreme caution is taken when loosening the screw.
Holder
Chassis
① Separate 12 pin Wire and Speaker wire.
① Pull out the holder Chassis. Side direction.
① Remove the Terminal Shied Case.
12-2
Samsung Electronics
Disassembly & Reassembly
Part Name
Description
Description Photo
① Remove 7 Screws and take off top shield.
① Remove 2 screws.
Main Board ① Remove the bottoms shields.
Samsung Electronics
12-3
Disassembly & Reassembly
12-1-2 Separation of the Power Board
Part Name
Power
Board
Description
Description Photo
① Remove 2 point screw.
① Separate the cables.
: Wear gloves when handling the power board as there may
be some remaining electrical charge in the capacitors.
Specifically, avoid touching any part of the capacitors.
① After removing the screws, separate the bottom power braket.
: PWH,B,M3,L10,ZPC(YEL),SWRCH18A
12-4
Samsung Electronics
Disassembly & Reassembly
12-1-3 Separation of the LED driver and sub power Board
Part Name
Sub
Power
Board
Description
Description Photo
① Separate the cables.
① Remove 2 screws.
② Pull out the chassis.
① Remove the screws and detach the boards from the holder
chassis.
① Sub power board, LED driver board.
Samsung Electronics
12-5
Disassembly & Reassembly
12-1-4 Actuator(Smooth Picture) Replacement
Part Name
Actuator
Description
Description Photo
① Remove the cable at the Actuator.
① Remove the 3 screws.
: BH,+,M3,L16,ZPC(YEL),SWRCH
① Replace it with a new actuator.
① Actuator, fixing clip.
12-6
Samsung Electronics
Disassembly & Reassembly
12-1-5 Separation of the DMD Board and Panel
Part Name
DMD
Board
Description
Description Photo
① Remove the FAN in front of the DMD Board
Separate the 7point Cables.
① Separate Spring and Heat Sink from DMD Board.
① Remove the Shield Case-DMD(R).
① Remove the 12 point screws.
* Do not remove 3 Yellow point screws.
Samsung Electronics
12-7
Disassembly & Reassembly
Part Name
DMD
Board
Description
Description Photo
① Remove the DMD Board.
① Change New DMD Board.
12-8
Samsung Electronics
Disassembly & Reassembly
12-1-6 Separation of the LED
Part Name
LED
Description
Description Photo
① Separate the optical engine.
① Separate the cables.
① Remove the 3 screws.
:M 4X12
① LED driver board, Driver shield.
Samsung Electronics
12-9
Disassembly & Reassembly
Part Name
LED
Description
Description Photo
① Separate the optical engine.
① Remove the 2 point screws.
① Remove the cover of Heat Sink-Pipes.
12-10
Samsung Electronics
Disassembly & Reassembly
Part Name
LED
Description
Description Photo
① Remove the FAN of Heat Sink-Pipes.
① Remove the 4 point screws of Heat Sink-Pipe
and then Remove the Heat Sink-Pipe.
① Remove the LED.
① Remove the GREEN LED.
Samsung Electronics
12-11
Disassembly & Reassembly
Part Name
LED
Description
Description Photo
① Remove the RED LED.
① LED
12-12
Samsung Electronics
Disassembly & Reassembly
12-1-7 Separation of the SCREEN
Part Name
Front,
Rear
Description
Description Photo
① Set.
① Disassemble 12EA SCREW for assembling COVER-REAR
and COVER-FRONT.
② Disassemble 10EA SCREW for assembling
COVER-REAR,BOT and COVER-REAR.
③ Disassemble BOT and COVER-REAR.
Samsung Electronics
12-13
Disassembly & Reassembly
Part Name
Description
Description Photo
① After disassembling COVER-REAR and BOT and separate
HOLDER-TERMINAL.
12-14
Samsung Electronics
Disassembly & Reassembly
Part Name
Connector
Description
Description Photo
① Disassemble 2EA SCREW fixing BRKT-CHASSIS.
② Pull out CHASSIS ASSY to the left side a little and
disassemble CONNECTOR.
Front
① Separate COVER-FRONT from SET.
KNOB① Disassemble 2EA screw fixing the side of KNOB-CONTROL.
CONTROL
② Disassemble KNOB-CONTROL.
Samsung Electronics
12-15
Disassembly & Reassembly
Part Name
BRKTSCREEN
Description
Description Photo
① Disassemble 3EA SCREW fixing BRKT-SCREEN.
① After pushing BRKT-SCREEN toward the directional arrow
following the picture and disassemble.
① Put the hand in the center of SCREEN and lift it slightly and
disassemble SCREEN as pulling toward the front.
② Separate SCREEN from COVER-FRONT.
12-16
Samsung Electronics
Disassembly & Reassembly
12-1-8 Separation of the Cover dust
Part Name
Description
Description Photo
Cover dust ① Cover dust.
① Disassemble 1EA SCREW for assembling
COVER-REAR and COVER-DUST.
② Push the picture directions and separate SNAP of C/DUST
from C/REAR.
(Pushing area : Top or bottom of Screw jointing part )
③ Disassemble C/DUST using gap which occurred as SANP of
C/DUST is separated,
Samsung Electronics
12-17
Disassembly & Reassembly
Part Name
12-18
Description
Description Photo
Samsung Electronics
Circuit Description
13. Circuit Description
13-1 Overall Block Description
K eypad
S peaker
Si g n al
Po w e r
L ight
IR /L E D
Sc r e e n
Jac k
B o ar d
A /V In 1 ,2
S - V id e o 1 ,2
A c t u at o r
M ir r or
C o m p o n e n t 1 ,2
Se n s o r
H D M I 1 ,2 ,3
M a in B o a r d
P C In
DMD
W is e L in k
B o a rd
M o n ito r O u t
R F In ( A ir ,C a b le )
D e te c to r
DMD
B o a rd
Panel
L ED
A C In p u t
SMPS
Sub
B o a rd
SMPS
LED
D r iv e r
B o a rd
L ED
O p tic
S y s te m
L ED
The DLP TV is largely divided into: Power part, Engine part and Main + Rear parts.
The ass'y that consists of the DMD board, Detect (Actuator) board, lamp, ballast and optical devices is called the Engine.
The main + rear board parts receive the AV signals to output voice signals and process the remote control signals.
The engine part displays the video data on the screen, which is generated in the main + rear boards.
The AV signals are input through the main and rear boards. CXD3815 processes the MUX and decoding while S5H2201
processes the CPU functions, MPEG and I2S.
Finally, the improved DNle image is sent to the DMD engine board.
The final data by DNle is processed in DDP3021 of the DMD board to display the image on the DMD panel. This image is created
by the light of the lamp through the color wheel which is enlarged and projected onto the screen.
This is the DLP of the L6,L7,L8,K2 or K3 type that the actuator operates additionally during this process.
The power terminal generates the DC power needed for the product and sends it to the analog board. The analog board supplies
the power to the digital and DMD boards.
In the meantime, the power source board supplies DC220V - 400V directly to the ballast in order to light the lamp.
The ballast is like a stabilizer for lighting the lamp.
The ultimate purpose of the TV set is to project an image onto the screen and output the voice signals synchronized with the
image. And based on the DMD panel used, a 1-panel TV requires a color wheel while a 3-panel TV does not. The HD3,HD4,HD5
panel needs an actuator while the HD2 does not. However, the drive mechanism and the overall block structure of the two panels
are the same.
Samsung Electronics
13-1
Circuit Description
13-2 Partial Block Description
13-2-1 Power Board Block Description
1. What is SMPS?
This is an acronym for Switching Mode Power Supply and this is responsible for receiving AC input voltage
(Line frequency: 50HZ~60HZ) and supplying insulated DC output.
2. SMPS Components
1) Standby Power: A combination of ICS801 (SWITCHING IC) and TS801S (TRANS) that supplies STAND-BY 5V for operating
the Micom.
2) Multi Power: The voltage supplied when the power is turned on.It is a combination of IC2 and T801S that supplies various
voltages including D12V, A6.0V, S16V
3. SMPS Operation
1) SMPS System: Uses Fly-Back technology for both standby and multi power.
2) Operation: Fly-Back is one of the most popular power-supply systems and uses less power than 200W as well as being the
cheapest of all multi output SMPS systems.
Let's have a look at how it operates…
a. Converts AC input into DC (HOT) (rectifies to DS801 before smoothing to CS801)
b. The converted DC voltage is high, especially compared to ground, so touching it will cause electric shock.
Use T801S (Trans) to insulate the secondary voltage and take advantage of the PWM operations of T801S
and IC801S to induce it.
c. The secondary induced voltage is a dozen-KHZ square wave power, which goes through the smoothing
cap (CS822) to be generated in the standby 5V.
d. Multi power also operates the same way.
※Options are deleted on the ATSC only Model
13-2
Samsung Electronics
Circuit Description
4. Input&Output voltage
1) Input voltage ＊ America(AC120V) - OPTION
2) Output voltage ＊ D12V / 2.5A - 12V , 3.3V , 1.8V : For signal processing
＊ A6.0V / 0.7A - For driving the tuner
＊ S16V / 4A -For driving sound processor
＊ 150W - For driving the Sub SMPS
Samsung Electronics
13-3
Circuit Description
13-2-2 Digital Board Block Description
※Options are deleted on the ATSC only Model
WISE LINK
USB1.1
DTV
Flash
ONENAND
Albatross
RF-SPLITTER
Air
VSB NIM
TMTUNER
block
SUB TUNER
Cable
I2S to MSP4450
Control
Panel
83.25MHz
2 MPEG
2 IPC
3 Scaler
AC3 -Decod
32bit Graphic
2 TS 1n
1 TS out
TS1 (parallel)
Micom
S3F84BB
DDR MEMORY
ATSC ONLY(32MB*4)
153.5MHz
2ch 32bit DDR
I2S from HDMI
30 bit in
30 bit out
(10 bit proc.)
YC
74.25MHz
74.175MHz
VIDEO 1/2
CVBS
OUT
ADC main
CXD3815
VIDEO SW
TEA6425
BT601 20bit
COMPO. 1/2
Component
PC
HDMI1
HDMI
ADC &
TMDS
165Hz
MST3369
170Mhz
CH1
B1 (SDP62)
CH4
YUV or RGB 4:4:4
30bit
CH2
2 IPC
SCALER
DNIe
EM6A9320B1,128M bit X2
166MHz
I2S
to Albatross
SPDIF
out
Sound
Processor
HDMI2
HDMI
HDMI S/W
HDMI3
HDMI
YCbCr 16bit
DTV CVBS
IN
TMDS
Tx
Sil7170
CH3
80MHz
Monitor out
Display
Panel
OSD
32bit
YCbCr 24bit
AV1,2,3/ Compo1,2
PC/ DVI
STV8258
Audio SW
TEA6422
Audio DA
PCM1754
I2S
from Albatross+
Audio AMP
NTP3000
R
Speaker
L
■ Select Sound/Video
One is selected from multiple inputs by the switching ID. MICOM decides which port is used for output.
For broadcasting signals, sub-outputs are transferred in CVBS and, the main outputs in Y/C through the 3D Comb, to the digital
board.
Sound signals are selected by the switching IC, of which only one input is transferred to the speaker.
■ Detection Signal Flow
When each port is connected to a signal cable, the detection signal is "low" and can be checked by Micom scanning.
■ CXD3815: Analog YPBPR, CVBS, Y/C(SUPER), Input MUXING and Video Decoding
■ S5H2201: CPU, + MPEG Decoder, Audio signals transferred to MSP of the analog board by I2S
■ Tuner: Main-HD Tuner,Sub-Analog Tuner
■ HDMI: Receives Two input signal and transfers it to S5H2201.
■ Others: Anynet implementation, Optical Power Port, USB Update Port (not available for MP3)
13-4
Samsung Electronics
Circuit Description
13-2-3 DMD Board Block Description
■
■
■
■
Controls the lamp (ON/OFF)
Drives the color wheel motor
Drives the panel
Controls the sensors
Samsung Electronics
13-5
Circuit Description
13-3 New Circuit Description
13-3-1 Output Voltage States of the DMD Board Parts
O u t p u t T e rm in a l w a v e f o rm
C h a ra c t e ris t ic s
LO C
26V
C N 8 0 5 , 4 p in
L E D _L A M P L IT Z
H ig h ( 3 . 3 V) B e f f o re t h e L E D T u rn s o n ,
L o w ( 0 V) w h e n t h e L E D T u rn s o n .
8V
- 26V
13-3-2 DMD Panel Pin Terminal Characteristics Diagram
※ Remove the heat sink attached to the DMD Board and tighten the screws in four places and then inspect the characteristics of
each pin terminal.
The vertical lines, which may occur due to improper connections between the panel and the
PCB, occur with intervals of 50 inches(26mm). If vertical lines occur with intervals of more than
26mms, it indicates a failure of the DDP1011 IC itself. If they occur with intervals of less than
26mm, it means that more than two pins have bad connections.
DA,DB output wave
[Screen:WHITE]
Pin Name
Description
V
Voltage : 3.3V
V2
VCC2 : 8V
DA
A Channel Data Bus [When measured, there should be a waveform]
DB
NO.
G
13-6
Pin Name
T
ME
Description
Test Point
Mirror Bias Extra
C
Clock
B Channel Data Bus [When measured, there should be a waveform]
P#
A,B Channel Positive
MBRST# (Mirror Bias Rest) 26V
N#
A,B Channel Negative
The part from the present position to the GND (The black part is also a GND.)
Samsung Electronics
Circuit Description
13-3-3 Description of Terminal Characteristics
Pin Name
SCTRL_BN/P
DCLK_BN/P
SCPDI
SCPDO
SCPENB
SCPCK
DMD RESETB
MBRST(14:0)
MBRST_EXTRA
SCR_CLR
READOUTA(1:0)
READOUTB(1:0)
TP(2:0)
RSV_A(4:0)/RSV_B(4:0)
EVCC
VCC2
VCC
VSS
Description
B channel LVDS serial control
B channel LVDS CLOCK
SERIAL CONTROL DATA INPUT
SERIAL CONTROL DATA OUTPUT
SERIAL CONTROL ENABLE
SERIAL CONTROL CLOCK
DMD LOGIC RESET
MIRROR BIAS RESET
UNUSED MIRROR BIAS RESET
TEST CLEAR PINS(NORMAL GND)
A-CHANNEL SERIAL DATA OUT DURING SPAM READ TEST OPERATION
B-CHANNEL SERIAL DATA OUT DURING SPAM READ TEST OPERATION
MANUFACTORING TEST POINT(NO CONNECTED DURING NORMAL OPERATION)
RESERVED PINS(NORMAL:GND)
REFERENCE VOLTAGE DURING SPAM READ TEST OPERATION(NORMAL GND)
MIRROR ELECTRODE VOLTAGE(7.3V)
LOGIC SUPPLY
LOGIC GROUND
13-3-4 Engine Failure Inspection Flow Chart for the DMD Board
No.
Description
Key Point
Remark
1
1) When the power cord is plugged in,
2) DC220V~410V(typical 300V) is automatically supplied to the ballast.
Check whether the
DC220V~410V(typical 300V)
power is supplied to the ballast.
2
1) When the power key is pressed via the remote control,
the micom of the analog board outputs high (5V) PWR signals.
2) The power board operates normally.
5V and 12V are supplied to the DMD CN105 terminal.
Check whether 5V and 12V are
supplied to the CN105 terminal.
＊12V must be supplied to operate the
motor.
3
1) The MTR Reset signal is supplied to the R161 terminal of the
motor IC101 from the micom on the digital board and then the
motor starts to drive.
2) If the color wheel rotates for a certain time and then stops, check
whether the color wheel sensor is normal.
(Check the waveform on the No.2 terminal below CN102.)
After the set is powered on, check
whether 5V is detected on pin
No.49 of IC101.
→ After a while, the sound
generated by the rotating color
wheel is heard.
＊If 5V is not detected, the motor will
not operate.
4
5
1) Check whether the signal (SCI: START CONTROL INPUT)
that turns on lamp #2 of CN109 on the DMD board is high (5V).
1) Method for checking whether the DDP1010 IC RESET is normal.
Samsung Electronics
＊When SCI is high (5V), the lamp litz
Check whether CN109 #2 signal is of CN109 is low (0V).
5V.
＊CN109 #2 terminal voltage changes
to pulse wave form 14 seconds after
(for 50 inch TV) the time that the voltage is 5V.
* When about 4 seconds have passed
If the voltage between R254 and
after changing to pulse waveform, the
R255 is 3V, it is normal.
screens are displayed on the set.
13-7
Circuit Description
13-3-5 IC Line Up
1. Main Board
Items
CPU & MPEG
Descriptions
Remarks
Albatross (S5H2201)
2MPEG, 2IPC, 3Scaler, AC3-Decod, 32bit Graphic, 2TS
1n, 1TS out,2ch 32bit DDR, 30bit in, 30bit out
(10bit proc.)
Albatross DDR Memory (32MB x 4)
ATSC Only Model Memory 128MB
Albatross DDR Memory (32MB x 2)
POD Model (Full Model) 192MB
Albatross Flash Shrink (256MB)
SDP62
IPC & Scaler & Picture Enhance
IPC & Scaler
SDP62 Memory FBGA Shrink
(128MB x 2)
TMDS
Sil7170
iTMDS Transmitter, 10bit
DCDC
SC4521 : 1V
MP1583 (3V/5V/3.3V/1.3V) x 5
DCDC Converter
Decoder & 3D Comb
CXD3815Q
Micom
S3F84BBXZZ, Samsung
Micro Controller
Audio Processor
MSP4450K, Micronas
Digital Audio Decoder
Sound AMP
NTP3000
Digital AMP
VSB Nim Tuner
DNVS227IV262B
Video Switch
TEA6425, SGS-Thomson
Video Switch IC for TV * 2
Audio Switch
MM74HC4052M, PHILIPS
Audio Switch IC for TV
HDMI Receiver & ADC
MST3369M , Mstar
MST3369M , Mstar
HDMI Switch
TDMS341, TI
HDMI Switch , TI
2. Main SMPS
Items
Descriptions
Remarks
Multi SMPS
KA5Q0765RT,Fairchild
IC-PWM Controller ; Main Power
Stand-by SMPS
Viper12A, STMicroelectronics.
IC-PWM Controller ; Stand-by Power
3. Sub SMPS
Items
Descriptions
Remarks
16VB SMPS
MC33067,Onsemiconductor
IC-PWM Controller ; Main Power
12VA SMPS
Viper22A, STMicroelectronics.
IC-PWM Controller ; 12VA
13-8
Samsung Electronics
Circuit Description
4. DMD Board
Items
Descriptions
Remarks
DMD Driver
DDP3021, TI
DLP Data Processor
Reset, Power
DAD2000, TI
DMD Power and Reset Driver
Motor Controller
PMD1000, TI
12V VCM/Spindle Pre-Driver, Power
Supply(2.5V,3.3V,1.5V)
Frame Buffer
MT49H8M36BM-TI, Micron
128M(246K x 16 x 32B), Rambus DRAM
Spread Spectrum Clock
Generator
ICS650-41, ICS
50Mhz Spread Spectrum Clock Generator
Program ROM
M29W800BT x 2, ST
8M(1M x 8 or 512K x 16), Flash Memory
Actuator Driver
DDP3021, TI
DLP Data Processor
AD Converter
AD7801BRU
Actuator Drive , 60Hz
TMDS Receiver
SiI7171,Silicon Image
TMDS Digital Receiver, 75MHz
Color Calibration
TMS320F2801PZA, TI
DSP ASIC IC, 1.8V, Data Calibration
Samsung Electronics
13-9
Circuit Description
13-3-6 K880 Engine Ass'y
13-10
Samsung Electronics
Circuit Description
K880 Engine Exploded View List
No.
Description
Specification
Q'ty
1
ASSY ENGINE P-DLP
K880
1
2
COVER-P/J LENS
ABS
1
3
LENS-P/J ASSY
LENS ASSY
1
4
GLASS-ACTUATOR
LENS ASSY
1
5
ASSY P LENS ILLUMINATION
LENS ASSY
1
6
SHIELD-CASE-DMD F
SECC T1.0
1
7
HOLDER-CLAMP-DMD
MG D/C
1
8
DLP
xHD5 X-type
1
9
ASSY PCB S-DMD
LENS ASSY
1
10
BRACKET-PANEL
AL D/C
1
11
ASSY SHIELD-PCB
SPTE T0.5
1
12
HEAT-SINK ES
AL ETR
1
13
SPRING ETC-H/S DMD
SUS T1.0
1
14
FAN
60*60*15
1
15
BRACKET-FAN
SECC T1.0
1
16
RUBBER-FAN
SILICON
4
17
HOLDER-BOSS
BSBM
4
18
SPRING ETC-COIL DMD
SUS
4
19
HEATR-SINK ES
AL ETR
1
20
COVER-TOP
PC G/F
1
21
COVER-DUCT TOP
PC G/F
1
22
RUBBER-FAN
SILICON
4
23
FAN
80*80*25
1
24
COVER-DUCT BOT
PC G/F
1
25
BRACKET-ENGINE
SECC T1.6
1
26
BASE-ENGINE
PC G/F
1
27
HEATR-SINK PIPE
CU AL
1
28
HEATR-SINK PIPE
CU AL
1
29
HEATR-SINK PIPE
CU AL
1
30
LED-DISPLAY
PT-120
1
31
LED-DISPLAY
PT-120
1
32
LED-DISPLAY
PT-120
1
33
ASSY P LENS ILLUMINATION
LENS ASSY
1
34
CLAMPER CORE-WIRE
NYLON
1
35
COVER-FAN
PC G/F
1
36
FAN
60*60*15
1
37
SHIELD-DRIVER
LENS ASSY
1
38
ASSY PCB MISC-LED DRIVER
PCB
1
39
SHEET-PAD H/S
SILICON
2
40
SHIELD-DRIVER
SECC T1.0
1
Samsung Electronics
13-11
MEMO
13-12
Samsung Electronics
Reference Information
14. Reference Information
14-1 Other issues related to other products
Problem
Descriptions
A fixed screen can cause
permanent damage to the TV
Braun tube.
Braun, PDP and LCD TVs can all be damaged. When a still image is displayed in a sequence,
this can leave stains or after-images due to the characteristics of the panel.
However, the DLP TV has the advantage that no stains or after-images are left on the screen.
The DLP TV has mirror pixels on the DMD panel that project the beam onto the screen, in
which the mirror is a digital representation of 0s and 1s, leaving no trace of light.
The mirror returns to a blank state so that no stains or after-images are left.
Confusion between the
ANYNET Port and the
SERVICE Jack Port
The SAMSUNG SKY500N model has both an ANYNET port and a SERVICE jack port.
Because the shape of the ANYNET port on the DLP TV is the same as that of the SERVICE
jack port of the SKY500N, it fails to turn the TV off after a connection has been reported.
The ANYNET port uses an RS232 port called Phone Jack, and the SERVICE jack port also
uses the RS232 port. However, you must not connect the SERVICE port and the ANYNET port.
Check if the port is the ANYNET port or the SERVICE port before connecting the port.
Even if the TV cannot be turned on after connecting, the TV will turn on if you disconnect the
connection.
Length of DVI Cable / PC RGB
Cable
- A too long DVI cable may cause a malfunction or degradation of the visual quality due to an
attenuation of the signal. There is no recommendation for the cable length at present.
In general, although a cable length of up to 5 meters should work, please check if video is
properly displayed on the screen after connecting. If you think the length of the cable is longer
than for normal use, check the visual quality of the video on the screen and shorten the
length, if necessary.
- This also applies to the PC RGB (D-Sub) cable. When the length of the cable is longer than
for normal use, video may not be displayed on the screen. In this case, shorten the cable
length.
When a digitally distributed TV
user receives HD-rated
broadcasts:
The digital distributed TV (Ready Technique) can render HD sources as HD-rated.
However, you need to install a set-top box for this purpose. The digital TV alone cannot render
HD broadcasting as HD-rated. Install the formal set-top box for HD broadcasts.
When a digital distributed TV
The digitally distributed TV (Ready Technique) renders any broadcasting service as SD-rated.
user selects normal size (4:3) to
However, when connected to a set-top box, the digital TV renders HD broadcasts as HD-rated
receive SD-rated digital
and renders SD as SD-rated. The screen size is scaled to 4:3.
broadcasts:
The digitally integrated TV ("built-in" type) renders SD broadcasting as SD-rated.
This can be understood easily.
When a digitally built-in TV user
Even a high-resolution TV cannot improve a low resolution picture into high quality.
receives SD (air) broadcasting:
In contrast, an SD-rated TV cannot represent HD broadcasting as HD because the resolution of
the TV is lower than the original.
The representation capability of SD or HD-rated depend entirely on the TV set. The HD TV can
render HD broadcasting as HD-rated only when it receives HD sources.
When selecting a picture size of
In the meantime, the HD TV renders SD as SD-rated when it receives SD sources.
4:3 in connection with a
The picture size has nothing to do with the resolution; TV models like SVP-XXL3HD or
computer or a multimedia
SVP-XXL6HD have a size adjustment feature to 16:9, 4:3, Panorama, Zoom1, Zoom2 and Auto
device:
Wide. This is about the aspect ratio of the top and bottom boundaries to the overall screen and
users can select their preference.
Samsung Electronics
14-1
Reference Information
■ SD/HD broadcasts and the TV's display capability are related
1. A digital broadcast should be transmitted in wide screen (an aspect ratio of 16:9) HD. If the broadcasting station converts a
conventional program created in normal screen (aspect ratio of 4:3) into a digital signal and broadcasts the signal, the left and
right of the picture will not be displayed.
This symptom also appears in other manufacturer's TV's. The three appliance companies are trying to resolve the problem
through the Ministry of Information and Communication.
＊ When watching an SD (normal) broadcast through a Digital (Wide) TV (480P normal broadcast)
＊ When watching an SD (normal) broadcast through a Digital Ready (Wide) TV (Using a set-top-box)
＊ When watching an analog (normal) broadcast through a wide TV
(When watching a broadcast after changing the aspect ratio of the TV from 16:9 (wide screen) to 4:3)
2. When watching a DVD title or video tape in wide screen (21:9) through a wide (16:9) TV, watching video from a computer or
game console by selecting the aspect ratio to 4:3, or watching video from a DVD, VCR, computer or game console through a
wide TV by selecting the aspect ratio to normal (4:3) or wide (21:9), the left and right, or top and bottom of the picture will not be
displayed.
This symptom appears in other manufacturer's TV's. The three appliance companies are trying to resolve the problem through
the Ministry of Information and Communication.
■ Changing the Order of the Picture Size for 16:9 Display Devices
■ Zoom 3 is available in HD broadcast only.
■ Restrictions
1. When you want to change the picture size in PIP 'ON', you must turn the PIP off before changing the size.
However, you can change the main picture size even in PIP ON for products with no restrictions.
2. When the picture size is not Normal (4:3 for 4:3 display devices, 16:9 for 16:9 display devices) and you turn PIP on, the picture
size is changed to Normal.
However, you can turn PIP on without changing the picture size for products with no restrictions.
3. In the OSD notation for the picture size, 16:9 is represented as "Wide" instead of "16:9" for devices other than with 16:9 dis
plays.
Ex: For LCD 15:9 devices, "Wide" is displayed on the OSD instead of "16:9".
4. The picture size can be changed even in the blue screen.
However, the picture size should be controlled by the product specifications if the change is impossible due to hardware
restrictions.
14-2
Samsung Electronics
Reference Information
14-2 Technical Terms
PIP (Picture In Picture)
A feature to enable two video images being displayed on one
screen at the same time. For instance, you can see the TV
channel and the video image at the same time.
Digital Broadcasting
The ATSC (Advanced Television Systems Committee) signals
that the station digitalizes before transferring the audio/video
signals.
Mono
A sound system that transmits voice signals in only one
channel. It is hard to experience a 3D effect but can be run with
one speaker.
LNA (Low Noise Amplifier)
This uses satellite technologies to amplify weak signals for
improved quality even in poor reception areas.
Stereo
A sound system that transmits voice signals in two channels
This implements 3D effects by transmitting to both speakers
(left/right).
Analog Broadcasting
The conventional system in which the station transfers the
audio/video signals in NTSC formats.
Antenna Terminal
A terminal which the TV antenna is connected to. A round
coaxial cable is connected to this terminal, which is usually
used to watch air broadcasts.
English Captions (Subtitle)
A feature to provide English captions or character information
services, which the user can use to study English using AFKN
broadcasting or video tapes marked with "CC".
Audio/Video Terminal
The old 3- or 4-channel TV with no AV terminal has a low quality issue for video tape. The problem can be resolved using an
A/V terminal that separates the audio and video signals. The
video terminal is in yellow; the audio terminal is divided in two,
white for left and red for right.
External Source
This includes sources from the video recorder, DTV set-top box
and DVD player, (anything but the TV).
DVI-I Cable
One of the DVI cables that can transfer both digital and analog
signals.
Samsung Electronics
Satellite Broadcasting
This uses a satellite system to support a maximum of 100
channels including air services and provides high quality
pictures anywhere in the country, even in poor reception areas.
A set-top box (unbundled) is required to watch satellite
broadcasting.
Closed Broadcasting
Other than VHF and UHF, this includes movies, entertainment
and educational programs broadcast by hotels or schools. This
is different from cable broadcasting.
Multiplexing
Two languages are provided at the same time when broadcasting foreign movies, dramas and news programs. You can
choose either a native or foreign language, or choose both at
the same time.
Component Terminal (Green, Blue, Red)
This provides maximum quality by dividing the contrast signals
before transferring.
Cable Broadcasting
Compared to air broadcasting, it uses the cable system to
transfer the signals. You should subscribe to a local cable
broadcasting company and install a separate receiver.
Tuner
A device used to select a particular frequency from the TV set
or the radio receiver.
Anynet
An AV networking system of Samsung's various AV devices,
which enables the user to conveniently control AV devices
using the TV.
DVD (Digital Versatile Disc)
This is a CD-sized, high storage disk that can store multimedia
data including videos, games and audio applications using
MPEG-2 compression technology.
DVI (Digital Visual Interface) Terminal
This is a digital signaling standard.
This uses TMDS to reduce the signal loss rate for sharper
images.
DVI-D Cable
One of the DVI cables that can only transfer digital signals.
HDMI (High Definition Multimedia Interface)
An interface into which the digital signals as well as the high
quality image data can be connected with one cable. There is
no need to compress the bit rate.
14-3
Reference Information
S-video Terminal
This is, called "Super-video", divided into video and color signals for sharper image display.
VHF/UHF
VHF refers to the 2 - 13 channel system; UHF indicates the
14 - 69 channel system.
14-4
Samsung Electronics