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SAMSUNG PHOTO PRINTERSPP-2000 SeriesSPP-2040/XIP
DIGITAL LASER MFP CONTENTS
1. Precautions
2. Reference Information
3. Specifications
4. Summary of product
5. Disassembly and Reassembly
6. Alignment and Adjustments
7. Troubleshooting
8. Exploded Views and Parts List
9. Block Diagram
10. Connection Diagram
11. Circuit Description
SERVICE Manual
SPP-2040
SPP-2020
Basic Model : SPP-2040
F
BLOCK DIAGRAM
7
ZR-4100 Part
F
SDRAM & FLASH MEMORY
Description
Size
C
OTTER-L REV1.1
SAMSUNG CONFIDENTIAL
B
TPH I/F
3
MFG ENGR CHK
A
6
DOC CTRL CHK
Time Changed
1
Date Changed
TITLE:
C
QA CHK
8
Sheet
4
D
H.J. LEE
5
4
Changed by 9
E
INDEX
9D
Engineer
REV
USB HOST & DEVICE
Sheet
5
6
Drawn by
1
E
7
2
2
Drawing Number
4
INDEX
POWER Part & OP I/F
6
R&D CHK
B
5
2
3
of
D.H. IM
D.H. IM
3:36:26 pmTuesday, March 15, 2005bsmin8 1
OTTER-L Rev1.1A3
1 73
DATE :March. 17 .2005
A
TPH CONTROLLER
8
8
MOTOR DRIVER & SENSOR
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Precautions
Samsung ElectronicsService Manual 1-1
111. Be sure that all built-in protective devices are in
place. Restore any missing protective shields.
2. Make sure there are no cabinet openings throughwhich people- particularly children- might insert fingers or objects and contact dangerous voltages.
3. When re-installing chassis and assemblies, be sureto restore all protective devices, including controlknobs and compartment covers.
4. Design Alteration Warning:Never alter or add to the mechanical or electricaldesign of this equipment, such as auxiliary connectors,etc. Such alterations and modifications will void themanu-facturer’s warranty.
5. Components, parts, and wiring that appear to haveoverheated or are otherwise damaged should bereplaced with parts which meet the original specifications. Always determine the cause of damageor over-heating, and correct any potential hazards.
6. Observe the original lead dress, especially nearsharp edges, AC, and high voltage power supplies.Always inspect for pinched, out-of-place, or frayedwiring. Do not change the spacing between components and the printed circuit board.
7. Product Safety Notice:
Some electrical and mechanical parts have specialsafety-related characteristics which might not beobvious from visual inspection. These safety features and the protection they provide could belost if a replacement component differs from theoriginal. This holds true, even though the replacementmay be rated for higher voltage, wattage, etc.
Components critical for safety are indicated in theparts list with symbols . Use only replacementcomponents that have the same ratings, especiallyfor flame resistance and dielectric specifications. Areplacement part that does not have the same safetycharacteristics as the original may create shock, fire,or other safety hazards.
1. PrecautionsFollow these safety, ESD, and servicing precautions to prevent personal injury and equipment damage.
1.1 Safety Precautions
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Samsung ElectronicsService Manual
Precautions
1-2
1.2 ESD Precautions
Certain semiconductor devices can be easily damaged by static electricity. Such components arecommonly called “Electrostatically Sensitive (ES)Devices”, or ESDs. Examples of typical ESDs are: integrated circuits, some field effect transistors, andsemiconductor “chip” components.The techniques outlined below should be followed tohelp reduce the incidence of component damagecaused by static electricity.
CAUTION: Be sure no power is applied to thechassis or circuit, and observe all othersafety precautions.
1. Immediately before handling a semiconductor component or semiconductor-equipped assembly,drain off any electrostatic charge on your body bytouching a known earth ground. Alternatively,employ a commercially available wrist strap device,which should be removed for your personal safetyreasons prior to applying power to the unit undertest.
2. After removing an electrical assembly equipped withESDs, place the assembly on a conductive surface,such as aluminum or copper foil, or conductivefoam, to prevent electrostatic charge buildup in thevicinity of the assembly.
3. Use only a grounded tip soldering iron to solder ordesolder ESDs.
4. Use only an “anti-static” solder removal deviceSome solder removal devices not classified as “anti-static” can generate electrical charges sufficientto damage ESDs.
5. Do not use Freon-propelled chemicals. Whensprayed, these can generate electrical charges sufficient to damage ESDs.
6. Do not remove a replacement ESD from its protectivepackaging until immediately before installing it. Mostreplacement ESDs are packaged with all leadsshorted together by conductive foam, aluminum foil,or a comparable conductive material.
7. Immediately before removing the protective shortingmaterial from the leads of a replacement ESD, touchthe protective material to the chassis or circuitassembly into which the device will be installed.
8. Maintain continuous electrical contact between theESD and the assembly into which it will be installed,until completely plugged or soldered into the circuit.
9. Minimize bodily motions when handling unpackagedreplacement ESDs. Normal motions, such as thebrushing together of clothing fabric and lifting one’sfoot from a carpeted floor, can generate static electricity sufficient to damage an ESD.
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Reference Information
Samsung ElectronicsService Manual 2-1
222. Reference InformationThis chapter contains the tools list, list of abbreviations used in this manual, and a guide to thelocation space required when installing the printer. A definition of test pages and WirelessNetwork information definition is also included.
2.1 Tool for Troubleshooting
The following tools are recommended safe and easy troubleshooting as described in this service manual.
1) Test Paper- Recommand Paper : Unable to print other
184.4mm long with Tear Tab.
2) Stanley Watch Drive Set PCS.- Spec : -1.4mm, -2.0mm, -2.4mm, -3.0mm- Six precision screw drivers feature swivel-head
handles- Tough plastic shafts and soft cushion grip allow
for greater comfort
3) Needle Nose PliersStandard : For electronic and communications eguiprnent.
4) TweezersStandard : For general home use, small type.
5) Cotton SwabStandard : For general home use, for medical service.
6) Cleaning Equipments a IPA(Isopropyl Alcohol) dry cloth or asoft sfuff neutral detergent.
7) Media Memory- Standard : MMC Card- Size : 32M - Type : Reference “Table-A”
B6
Memory Card Type
<Table-A>
Description
xD-Picture Card
Compact Flash Association(CFA) Type ,
Smart Media Card
Memory Stick
Memory Sticks-PRO(Serial type)
Secure Digital
Multi Media Card
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Service Manual
Reference Information
2-2Samsung Electronics
2.2 Acronyms and Abbreviations
The table below explains abbreviations used in this service manual.The contents of this service manual are declared with abbreviations in many parts. Please refer to thetable.
A/D Analog/Digital
ADC Analog to Digital Converter
ASIC Application Specific IC
CCD Charge Coupled Device
CCW counterclockwise
CF Compact Flash Card
CMOS Complementary Metal Oxide Semiconductor
CMVC Common Mode Voltage Correction
CN Connector
CODEC Coder and Decoder
CW clockwise
D2T2 Dye Diffusion Thermal Transfer
DPI Dot Per Inch
DPOF Digital Print Order Format
DPS Direct Printing System
DSC Digital Still Camera
EMI Electro magnetic Interference
Exif Exchangeable image file format
ISO International Standardization Organization
I/O Input/Output
IP Image Processor
JPEG Joint Photographic Experts Group
JPEG Printing JPEG Lossy / Lossless PC Printing
LCD Liquid Crystal Display
LED Light Emitting Diode
MC Memory Card
MFP Multi function Peripheral
MMC Multi Media Card
MODEM MOdulation-DEModulation
MPEG Moving Picture Experts Group
MS Memory Stick
MSC Mass Storage Class
OPP Object Push Profile of BlueTooth stack
OS Operating System
PBA Printed Board Assembly
PictBridge Picture Direct Printing
PC Personal Computer
SD Secure Digit Card
SM Smart Media Card
SRS Software Requirement Specification
TFT LCD Thin Film Transister Liquid Crystal Display
THC Thermal History Control
TIFF Tagged Image File Format
TPH Thermal Print Head
TTL Transister Transister Logic
UD Motor UP/Down Motor
U.I. User Interface
USB Universal Serial Bus
x-D x-D Picture Card
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Reference Information
Samsung ElectronicsService Manual 2-3
2.3 Interface Environment for the Printer
DSC
Memory I/F( 7 in 1)
Direct I/F(PictBridge)
Camera Phone
PC
SPP-2040SPP-2020
184.4mm
101.3mm
16mm
4 X 6 POSTCARD
PERFORATION
2.4 D2T2-A6 Photo Media Configuration
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Specifications
Service Manual 3-1Samsung Electronics
333. SpecificationsSpecfications are correct at the time of printing. Product specifications are subject to change without notice.See below for product specifications.
3.1 General Specifications of Machine
Type of unit Dye Diffusion Thermal Transfer
Print Speed Up to 60 seconds per 4x6 inches photo
Resolution 300 x 300dpi maximum
Input document size Postcard - 102x152mm(4"x6")
Recording paper capacity up to 20 sheets
Sound pressure level Printing: Less than 55 dBA
Power consumption 40W (Printing)
Operating conditions Temperature: 50 to 88 (10 to 32 )
Humidity: 20% to 80% RH
Power source See Rating Label attached on the bottom of the machine
Adapter requirements Input : AC 110-240V/50-60Hz
Output : DC 24V / 1.7Amps
SET Dimension (WxDxH) SPP-2020 Series : 180 x 136 x 61mm
SPP-2040 Series : 180 x 136 x 66mm
Weight SPP-2020 Series : 0.98 Kg
SPP-2040 Series : 1.07 Kg
Memory Card Interface xD-Picture Card, Compact Flash Type I and II, Multi Media Card, Memory Stick,Memory Stick-PRO, Secure Digital, SmartMedia
PC Interface USB1.1 and USB2.0
Camera Interface USB Host 1.1 (PictBridge)
Camera-Phone Interface USB Host 1.1 (PictBridge)
Supported File Format Exif2.2, DPOF, TIFF(non-compressed), BMP(non-compressed) with 24bit RGB, 8 bitRGB, Standard JPEG, RGB pixel order format only
Consumable initial (10 sheet) Ribbon Cartridge (code : JB61-00425A),Regular paper (code : 0105-001169)
sales (40 sheet) Ribbon Cartridge and Sticker type paper for replacement Kit(code : IPP-4640G/SEE)
a. The print speed may vary depending on the operating system, capacity, application program and file format.
b. Using Sound level ISO7779
Service Manual
Specifications
3-2Samsung Electronics
- Approval : Class B
- CPU : 67MHZ
- Device Memory : 16MB(SPP-2020)/32MB(SPP-2040)
- Power Switch : YES (Software)
- Type of Unit : DeskTop & Portable
- LCD & Interface
1) LCD : 2.0"
2) Interface : USB2.0 device & USB 1.1 host
- Electronical Spec
1) Input Voltage : AC 110V~240V
2) Frequency : 50/60Hz
3) Min Power Consumption(Stand-By) : 10Wh or less than
4) Normal Power Consumption : 40W
5) Max Power Consumption : 75W
Environmental Condition
1) Temperature
Activity(Operating) : 5 ~ 40 (41 ~104 )
Printing : 10 ~ 32 (50 ~89.6 )
2) Storage
Storage Temperature : 96Hr / 60 (140 )
Storage Humidity : 96Hr / -25 (-13 )
Recommand (standard) : 20 ~ 25 (68 ~77 ), 40 ~ 60% RH
- Maintenance Cycle
1) Ribbon : 40 sheets
2) Machine Life : 2K sheet within 3 year
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Specifications
Service Manual 3-3Samsung Electronics
3.2 Function
3.2.1 Printing1) Recorder Size : Postcard (4x6 inch)2) Paper In Capacity : Cassette ; 20 sheets3) Paper Out Capacity : 10 sheet4) Print Method : Dye Diffusion Thermal Transfer5) Effective Printing width : 101.6 mm6) Printing Resolution : 300 X 300 dpi (16000K color)7) Printing Speed : 60's seconds to print 4x6 Photo8) Emulation : NONE9) Operating System : Windows98/2000/Me/XP, Mac OS 10.3
3.2.2 PC Interface1) USB 2.0 : JPEG PC Printing
Status Monitor 2) USB Cable : Cable included. (Note: Not included in some regions )3) Minimum PC Spec : Pentium 2 233MHz, 64MB RAM
Hard Disk : 120MB free disk space
3.2.3 S/W1) Windows Printer Driver
-Win98. Win98SE, Win2000, WinXP2) Mac Printer Driver
-Mac Classic:Mac10.33) Photo Utility (Windows)
-Win98. 98SE, Win2000, WinXP4) Photo Utility (Mac)
-Mac10.35) Status Monitor
-Win98. 98SE, Win2000, WinXP6) Common Installer
-Win98. 98SE, Win2000, WinXP
3.2.4 Accessory1) Quick Set-up guide : Yes2) Owners Manual : Yes, Included in CD-Rom 3) Print Driver CD : 1EA4) Adaptor : 1EA5) AC Cable : 1EA6) Paper : 4x6 size, 10 sheets7) Ribbon Cartridge : Starter 10sheet Ribbon Cartridge8) USB Cable : 1EA
Model Name Basic Function Remark
SPP-2020 DPS, JPEG PC Print
SPP-2040 DPS, JPEG PC Print, MSC(Mass Storage Class), TFT LCD(2inch), Zoom IN Printing, Blue tooth(OPP), Memory-Card Printing
Service Manual
Specifications
3-4Samsung Electronics
3.3 Model Comparison Table
* Print speed will be affected by Operating system used, computing performance, application software, connecting method,media type, media size and job complexity.
** Please visit www.samsungprinter.com to download the latest software version.*** Sound Pressure Level, ISO7779
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Summary of Product
Service Manual 4-1Samsung Electronics
444.1 System Overview
The SPP-2000 Series mainly consists of the Main Control Unit, the Printing Unit, the Engine Unit, the InterfaceUnit, the Operation Panel Unit, and the Power Unit.
The Main Control Unit consists of the CPU Unit and the System Memory Unit. In the main controller of the CPUunit, the ZR-4100 for the Photo Printer Solution is applied, and in the system memory, the 4MB (SPP-2020:1MB)Flash Memory for the program code and the 32MB (SPP-2020: 16MB) SDRAM for the working memory areapplied.
The Printing unit uses the ETCC, which is the special TPH Controller, for driving the special 4" TPH as it transportsand controls the data.
The Engine Control Unit uses two Step motor drivers for driving the LF Motor and the U/D Motor and consists of various sensor units that detect the paper location and control the engine.
The Interface unit consists of the USB 2.0 device that is supported by the main controller for the PC Printing & theDSC Direct Printing, the USB Interface unite that consists of the external interface circuits and the USB1.1 Hostfunction, and the Memory Card Interface unit that consists of the external interface circuits & sockets and the 7cards (CF1, 2, MS, SM, MMC, SD, xD) interface function that is supported by the main controller.
The Memory Card Socket uses one socket for the CF1, 2 and the 5in1 Socket (SM/SD/MMC/MS/XD) for the other5 cards.
The Operation Panel Unit consists of the 2.0" TFT LCD (SPP-2040), the 11 Keys, and one color LED. The PhotoPeri, which is the exclusive ASIC, is applied to the TFT LCD driving controller.
The Power Unit uses the +24V 3% 1 Channel Adaptor. It uses the step down switching to supply the Systempower(+5V) and the TPH Power(Vph : +15V~+20V). It also uses the Linear Regulator to supply the MainController Power(+3.3V, 1.8V) and the I/O Device Power(+3.3V). The +24V is especially generated by the StepMotor drive.
4. Summary of Product
Service Manual
Summary of Product
4-2Samsung Electronics
4.2 Main Controller Block
The Main Control Unit consists of the CPU Unit and the System Memory Unit. In the main controller of the CPUunit, the ZR-4100 for the Photo Printer Solution is applied. In the system memory, the 4MB (SPP-2040) FlashMemory for the program code and the 32MB (SPP-2020: 16MB) SDRAM for the working memory are applied.
The Main Control Unit operates the full function in the Main B'd. The CPU unit controls the entire system and theother units such as the IP (Image Processor) unit operate each function.
1) CPU :
The CPU Unit (Processor, Image Processor) uses the ZR-4100 (RISC Processor) which is the exclusive controllerthat operates a print and photo function. It operates not only the basic CPU functions such as the Bus control, I/OHandling, etc., but also the print, memory card I/F, TFT LCD, USB I/F (PC, DSC Interface) and other various drivers.
The CPU drive operates each block mentioned above as well as controls the entire system.
• ZR-4100 SPEC:
--> 1.8V Core, 3.3V I/O Pad
--> 67 MHz Core operation, 132MHz Bus Operation.
--> Integrated ARM7TDMI
--> Low Power Modes
--> On-chip PLL
--> Support for spread spectrum clock ( EMI reduction )
--> 8 bit SD RAM interface (max. freq. 132MHz)
--> On-chip data and insruction cache
--> On-chip imaging DSP
--> On-chip 16Kbyte SRAM (4Kx32) for imaging DSP
--> Memory Card Support (CF/SM/SD/MS/MMC/XD)
--> USB 2.0 Hi-Speed compliant device port
--> USB Full-speed host port
--> Serial Port
--> Serial ROM/EPROM interface
--> JTAG test interface
2) Flash Memory: It stores the System Program and downloads it through the PC Interface.
• Capacity : 4 Mbyte (SPP-2040) / 1Mbyte (SPP-2020)
• Access Time : 70 nsec
3) SDRAM: It is used as the print buffer, the system working memory, etc. when printing.
• Capacity : 32 Mbyte (SPP-2040) / 16Mbyte (SPP-2020)
• Clock Frequency : 132MHz
--> Data Backup : Unnecessary
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Summary of Product
Service Manual 4-3Samsung Electronics
4.3 Printing Block
The Printing Unit is divided into the TPH Control unit, the TPH Power Control unit, and the Thermal sensor unit. Ithandles all controls of the D2T2 printing according to TPH temperature and ambient temperature.
It unit uses a special exclusive ASIC, and operates the direct thermal printing functions by driving the TPH afterreceiving the printing image data from the main controller.
• Main SPEC:
--> 5V/3.3V VDDIO
--> TPH Control
--> Motor Power Control
--> LF/UD Motor Power Control
--> LED Driving Ports
4.4 Engine Control Block
It operates the 1 path printing by using the two motors (LF motor and UD motor) and the two sensors of theengine control. The print operation is completed by printing Yellow, Magnetic, Cyan and Overcoating in order.
1) The LF Motor Driving Unit: It operates the paper feeding motion by using the Stepper Motor.
Motor Driver: MTD2009J
2) The UD Motor Driving Unit: It operates the UD(Up/Down) motion for 1 path printing by using the stepper Motor.
Motor Driver: MTD2009J
3) The Paper Sensor Unit: A paper detecting sensor. It is a reflective sensor that has a digital output applied.
4) The Ribbon and Tray Sensor Unit: A Ribbon an Tray detecting sensor. It is a reflective sensor that has a digi-tal output applied.
Service Manual
Summary of Product
4-4Samsung Electronics
4.5 Interface Block
It consists of the USB interface unit and the memory card interface unit. The USB interface unit consists of theUSB 2.0 Device, the USB1.1 Host function supported by the main controller of the PC Printing & the DSC DirectPrinting, and the external interface circuits. The memory card interface unit consists of the 7 cards (CF1, 2, MS,SM, MMC, SD, xD) interface function supported by the main controller, the power control unit, the data interfaceunit, and the socket. The memory card socket uses one socket for CF 1, 2 and the 5in1 socket for the rest of the5 cards (SM/SD/MMC/MS/XD).
1) USB I/F Unit: uses the USB High Speed I/F BlockBy using the USB High Speed I/F Block (USB 2.0Device) and the USB Full Speed I/F Block(USB1.1 Host) that are built in to the main controller, it operates the motions of the PC Interface,camera direct printing, and so on. By matching the impedance between the host and the deviceaccording to the standard of the USB 2.0 and 1.1, it connects to the outside through the USB host socket and the USB device socket. The USBhost has the current supply limit (max. 500mA).
2) Memory Card I/F Unit: It consists of the Memory Card I/F Block that is built in to the Main Controller and supports the 7 cards (CF1, CF2, SM, SD, MMC, MS, xD). By using the Buffer, it connects to each card individually, but cannot use several memory cards simultaneously.It can however be connected to the 7 cards by using the two card sockets.
4.6 Operational Panel Block
It consists of the 2.0" TFT LCD (LCD Type), the 11 Key (SPP-2020: 1 Key), and one color LED (SPP-2020: twocolor LED). It is a TFT LCD driving controller and uses the exclusive ASIC and The PhotoPeri. The key and theLED consist of the special OP board while the TFT LCD is directly connected to the mainboard.
1) 2.0" TFTLCD I/F: controlled through the PhotoPeri ASIC. It displays 60 frames per second.
TFTLCD: 640(H) x 240(V) dots, display up to 16.7M colors For storing the Font Data, 2M Byte SDRAM is used.
2) Key
•SPP-2040 (11 Buttons): 11 dadicated buttons (switches) : Power (soft), Menu, Ok, 4 navigation arrows(left, right, up, down), Zoom (+/-), Cancel, Print
•SPP-2020 (1 Buttons): Power
3) LED
•SPP-2020 has 2 Color LEDS
•SPP-2040 only has one Blue LED
•Ambient Condition: check the temperature again, might need to be changed to Fahrenheit instead ofCelsius.
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Summary of Product
Service Manual 4-5Samsung Electronics
4.7 Power Block
It gets the power from the +24V/ 3% 1Channel Adaptor. It consists of the Step-Down Switching Regulator for system power (Vph, +5V), the Linear Regulator (3.3V x 2EA, 1.8V), and the TPH Power Control circuit. The +24V especially power drives the step motor.
1) +24V: Step Motor driving power
2) +5V: TPH Logic power
3) +3.3V: 3.3V Logic power, 1.8V Linear Regulator Source power
4) +1.8V: The core power of the Main Controller (ZR-4100) and the TPH Controller.
Service Manual
Summary of Product
4-6Samsung Electronics
5) Power Supply (Adapter) Specification
Input Conditions Rated Voltage AC110V~240V
Voltage Variation AC85V~275V
Frequency 50~60Hz
Input Current (note1) MAX 1.2 Amps
Inrush Current (note2.1) MAX 40A
Efficiency (note3) MIN 85%
Input Power No load = 0.5 Wmax (254Vac)
Input type 2pin type inlet
Output Conditions Channel Number CH1
Rated Voltage +24V
Minimum Current 0.1A
Normal Current 1.7A
Maximum Current 2.5A 30ms
Peak Current 3.5A_500us
Current Variation 0.1~3.5A
Total Power 40.5W Normal / 67.5W Max 30ms / 94.5Wpk 500us
Ripple & Spike(note2) 480mV
Normal Regulation (note1) ± 2%
Total Regulation ± 3%
Additional Functions Over Current Protection short protection and 3.0 Aocp
Over Voltage Protection NONE
Under Voltage Lockout NONE
Falt Feedback Loop Protection No damage to the power supply
Ambient Condition Temperature Operating 0°C~50°C
Storage -25°C~85°C
Relative Humidity Operating 30%~90%RH (Non-condensing)
Storage 30%~90%RH (Non-condensing)
Insulation Dielectric Strength (note4) Between In/Output 3000VAC 1Minute
Between Input/Frame 3000VAC 1Minute
Isolation Resistance (note4) Between In/Output 50MΩ Min. at 500VDC
Between Input/Frame 50MΩ Min. at 500VDC
Items Specifications
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Summary of Product
Service Manual 4-7Samsung Electronics
Others Hold-up Time (note2) Min. 10msec at +24V Output
Leakage Current (note1) Max 0.25mA
Power Sequence See Fig 1
Surge 6KV 500A Ring Wave (100KHz) ; NORMAL MODE
6KV 500A Ring Wave (100KHz) ; COMMON MODE
and meets CE
Hallogen Lamp Control NONE
Output on/off Control NONE
Temp Rise up(°C) T ≤ 55°C at Max load and an airtight container
Structural Specifications Vibration Resistance 10~55Hz 2G XYZ 30min
Cooling Condition Convection Cooling
External Appearance Open Frame, with cover(assembled by samsung)
Outline Dimension 108L X 47W X 28H
Safety Requirements Meets IEC 950
Limited Power Source The power supply shall comply with the limited power source requirement as defined in section.
2.5 of IEC 60950 3rd Edn.
EMI Specifications Meets CISPR Class B/FCC Class B
Output connector 2 pin type
Items Specifications
55Precautions
Service Manual 5-1Samsung Electronics
5. Disassembly and Reassembly
Whenever servicing the print server, you must :
- Use only authorized replacement parts;
- Do not force plastic components;
- Make sure all components are properly located when reassembling the unit;
- For disassembly / reassembly the following tools are required
Screw Drive "+" Type (M3 short)
Needle Nose Pliers
1. Remove the Cassette Unit.
2. After remove the OPE Cover.
3. After remove the OPE Cover, unplug the FFC Cable.
4. Remove the Screw-A(4EA) from the back of BaseCover that are connected with top cover.
- Screw Parts Code : 6002-000308(+, Black, M2.6, L6)
5.1 Disassemble Procedure of Coverage.- Please refer to this Procedure when you disassemble and assemble the SPP-2020.
(SPP-2040 is described as shown below.)
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Service Manual
Precautions
5-2Samsung Electronics
5. Remove the Top Cover from the left side of it.
6. Unplug the FFC cable of OPE-LCD.
Caution: Because the connector of FFC cable is locked,push the locking connector upward by using by“-”type driver to release the cable.
7. The picture below shows the unit after the Top Coverassembly has been removed. If the Engine needs tobe removed, please remove the Base Cover first andthen unplug the Harness cables between the Engineand Main PBA.
8. To remove the Engine assembly, remove the Screw-B(3EA) from the bottom of Base Cover.
- Screw Parts Code : 6001-000130(+, Silver, M3, L6)
9. Remove the FAN-TPH (CN2) connector of the RearCover.
Precautions
Service Manual 5-3Samsung Electronics
10. Lift up the whole Engine Assembly and take it out.
11. To remove the Main PBA, remove the Screw-C(4EA)on the Main PBA.
- Screw Parts Code : 6001-000485(+, Yellow, M2.6, L4)
12.Unplug the Sensor Harness(CN1,CN3,CN4) first.
13. Unplug the TPH-FFC cable, then remove the MainPBA.
14. Remove the Rear Cover.
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Service Manual
Precautions
5-4Samsung Electronics
Caution: It is not easy to connect the LCD-FFC cableback in when replacing the Main PBA or TopCover Assembly. Please refer to the stepsshown below.
1) Connect the LCD-FFC cable.
2) Assemble the Top Cover Assembly from the left side.
3) Connect the OPE-FFC cable, then assemble the OPECover.
4) Assemble the Screw-4(4EA) from the back of BaseCover.
- Screw Parts Code : 6002-000308(+, Black, M2.6, L6)
Precautions
Service Manual 5-5Samsung Electronics
5.2 Top Cover
5.2.1 Top Cover(SPP-2020)
1. Remove the Cover-M dummy.
* Press fimly at “Locker(5EA)” released then pull theCover-M-dummy
2. Remove the one screw from the Button power.
- Screw Parts Code : 6003-001070(+, Black, M2, L4)
3. Remove the Sheet power.
Cover-M dummyCover-M dummy
Cover-M-dummyCover-M-dummy
LockerLocker
Button powerButton power
Sheet powerSheet power
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Service Manual
Precautions
5-6Samsung Electronics
5.2.2 Top Cover(SPP-2040)
1. Remove the Cover-M top.
2. Remove the LCD Unit and Cover top_PB.
3. Remove the one screw from the Button power.
4. Remove the Sheet power.
<Cover-M top>
<Cover top_PB>
<LCD UNIT>
Button powerButton power
Sheet powerSheet power
Precautions
Service Manual 5-7Samsung Electronics
5.3 Cover Base (SPP-2020, SPP-2040)
1. Remove the Cover Base Assembly.
2. Remove the Rear Cover.
3. Remove the FAN-TPH and the Cover-M rear.
4. Remove the Cover-M front, Cover-M ribbon and theCover-M base.
<Cover Base Assembly>
Rear CoverRear Cover
FAN-TPH
Cover-M rear
<Cover-M front>
<Cover-M ribbon>
<Cover-M base>
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Service Manual
Precautions
5-8Samsung Electronics
5.4 OPE Unit (SPP-2040 only)
1. Remove the OPE Assembly.
2. Remove the two screws from the OPE board.
- Screw Parts Code : 6003-001070(+, Black, M2, L4)
<OPE Assembly>
Screw_AScrew_AScrew_AScrew_A
Screw_AScrew_A
<OPE board>
Button Navigation
Button Select
Button Navigation
Button Select
Button Navigation
Button Select
Precautions
Service Manual 5-9Samsung Electronics
5.5 Cassette Unit (SPP-2020, SPP-2040)
1. Remove the Cassette Unit.
2. Remove the Cover Shutter.
3. Remove the Shutter Slide.
4. Plate Knop Up and the Frame-M cassette.
<Cassette Unit>
Cover ShutterCover Shutter
Shutter Slide
<Plate Knop Up>
<Frame-M cassette>
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Alignment & Adjustments
Service Manual 6-1Samsung Electronics
666. Alignment and AdjustmentsThis chapter describes some of the main service procedures including:Using the Tech Mode; Clearing paper jam and test patterns.Much of this chapter is also included in the user's guide.
6.1 Printer Components
6.1.1 SPP-2040 Series Photo Printer
<Front View>
Service Manual
Alignment & Adjustments
6-2Samsung Electronics
<Side and Rear View>
<Display>
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Alignment & Adjustments
Service Manual 6-3Samsung Electronics
<Buttons>
Service Manual
Alignment & Adjustments
6-4Samsung Electronics
6.1.2 SPP-2020 Series Photo Printer
<Front View>
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Alignment & Adjustments
Service Manual 6-5Samsung Electronics
Color
Blue
On An image is ready to be printed
On
Flickers at 1 second of
interval
Flickers at 1 second of
interval
An image is being printed.
Paper jam,paper movement error,print
error.Turn the printer off and on.
The image to be printed is not of a
supported format or there is a JPEG file
error.You can do other print jobs without
any operation.
Flickers at 0.5 second
of interval
No paper,paper size error,paper type error,
cartridge error.You can do other print jobs
after solving the problems.
Red
State Message
<On/Off button light indications>
<Side and Rear View>
Service Manual
Alignment & Adjustments
6-6Samsung Electronics
6.2 Printing Adjust ments
6.2.1 Inserting memory cardsThis printer can read seven kinds of memory cards. The memory cards support up to 2GB.
Do not remove the memory card while the printer is accessing it. (When the memory cardindicator is flickering, the printer is reading information)Removing the card while in use may cause damage to the printer, the memory card or theinformation stored on the card.Insert one memory card only.Do not force a card into the memory card slot as this may causedamage to your printer.Do not attempt to insert a non-supported memory card into the printer.
CompactFlash Type I & IIThe label and the arrow should be facing up.Insert the memory card until it stops.
xD-Picture CardThe label should be facing up with the arrow pointing into the printer and themetal contacts facing down.Insert the memory card until it stops.
MultiMedia CardThe angled corner should be on the right, the label facing up and the arrowpointing into the printer.Insert the memory card until it stops.
Memory Stick / Memory Stick-PRO(Serial type)The angled corner should be on the left, the arrow pointing into the printer andthe metal contacts facing down. Insert the memory card until it stops.
Secure DigitalThe label should be facing up and the angled corner should be on the right withthe metal contacts facing down.Insert the memory card until it stops.
Smart Card MediaThe angled corner should be on the right and the arrow pointing into the printerwith the metal contacts facing up.Insert the memory card until it stops.
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Alignment & Adjustments
Service Manual 6-7Samsung Electronics
6.2.2 Printing imagesIf you can see images on the display panel, select one and print it.
Do not remove the memory card while the printer is accessing it. (When the memory cardindicator is flickering, the printer is reading information)Removing the card while in use may cause damage to the printer, the memory card, or theinformation stored on the card.Insert one memory card only.
1. Insert the memory card.For details, refer to Inserting Memory Cards.
2. Press the Left and Right buttons to select an image from those onthe display panel.The image number displays in the bottom right corner.Images in file formats not supported by the printer are not displayed andcannot be printed.
3. Press the Up and Down buttons to select the number of copies toprint.If you want to print a single copy, just press the Print button.The number of copies you have selected displays in the upper left corner. To apply various effects.
4. Press the Print button and press it again to start printing.After printing, the number of copies to print reverts to ‘0.’
Service Manual
Alignment & Adjustments
6-8Samsung Electronics
6.2.3 Printing multiple imagesYou can select a group of images and a number of copies to be printed of each, rather than separatelyselecting the number of copies for each photo.
Do not remove the memory card while the printer is accessing it. (When the memory cardindicator is flickering, the printer is reading information)Removing the card while in use may cause damage to the printer, the memory card or theinformation stored on the card.Insert one memory card only.
1. Insert the memory card.For details, refer to Inserting Memory Cards.
2. Press the Left and Right buttons to select an image from those onthe display panel.The image number displays in the bottom right corner.Images in file formats not supported by the printer are not displayed andcannot be printed.
3. Press the Up and Down buttons to select the number of copies.The number of copies you have selected displays in the upper left corner.To apply various effects. To select additional printing or printer functions.
4. Press the Left and Right buttons to select the previous or nextimage.Follow the step 3. The total copies of the selected image displays in theupper right corner.
5. Press the Print button and press it again to start printing.After printing, the number of copies to print reverts to ‘0’ .
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Alignment & Adjustments
Service Manual 6-9Samsung Electronics
6.2.4 Printing images using multidisplayYou can select and print multiple images from the display panel.
Do not remove the memory card while the printer is accessing it. (When the memory cardindicator is flickering, the printer is reading information)Removing the card while in use may cause damage to the printer, the memory card or theinformation stored on the card.Insert one memory card only.
1. Insert the memory card.For details about inserting the memory cards.
2. Press the Zoom Out button to display four images on the displaypanel.Press the Zoom Out button again to display nine images on the displaypanel.Press the Zoom In button to return to the four-image display.
3. Press the Left and Right buttons to move to an image on the displaypanel and then press the OK button to select the image.The check mark on the bottom left means the number of copies hasalready been selected.Press the Right button at the bottom right corner image to move to thenext image.
4. The selected image displays. You can now start printing.For details about printing, refer to Printing Images.To search images after first choosing the number of copies, press theZoom Out button.
5. Press the Cancel or OK button when you are finished.
Service Manual
Alignment & Adjustments
6-10Samsung Electronics
6.2.5 Printing enlargements of portions of an imageYou can enlarge and print part of an image.
Do not remove the memory card while the printer is accessing it. (When the memory cardindicator is flickering, the printer is reading information)Removing the card while in use may cause damage to the printer, the memory card or theinformation stored on the card.Insert one memory card only.
1. Insert the memory card.For details, refer to Inserting Memory Cards.
2. Press the Left and Right buttons to select an image from those onthe display panel.The image number displays in the bottom right corner.Use the Up and Down buttons to select the number of copies to print.Images in file formats not supported by the printer are not displayed andcannot be printed.
3. Press the Zoom In button.
4. Press the Zoom In button until the size you want appears.By pressing the Zoom In button, you can see 1.25x, 1.5x, 1.75x, 2x,2.25x. 2.5x, 2.75x, 3x enlargement.To zoom out of the image, press the Zoom Out button.
5. Press the Left and Right button to select the portion you want.
6. Press the Print button and press it again to start printing.After printing, the number of copies to print reverts to ‘0’ .
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Alignment & Adjustments
Service Manual 6-11Samsung Electronics
6.2.6 Setting various effectsYou can select color, clarity, and brightness options for your images.
1. Press the Menu button after selecting an image with the Leftand Right buttons.The effect you set is only applied only to those images you have selected.The selected effect is cancelled automatically after printing or turning offthe printer.
>> Setting color mode
Press the Up and Down buttons to navigate to 'Color Mode.'Press the Left and Right buttons to select the desired mode.Press the OK button to complete the selection.
>> Setting sharpness
Press the Up and Down buttons to navigate to 'Sharpness.'Press the Left and Right buttons to select 'Normal,' 'Hard' or 'Soft.' Press the OK button to complete the selection.
>> Setting brightness
Press the Up and Down buttons to navigate to 'Brightness. 'Press the Left and Right buttons to select 'Normal,' 'Darker,' 'Darkest,''Lightest' or 'Lighter.'Press the OK button to complete the selection.
Service Manual
Alignment & Adjustments
6-12Samsung Electronics
6.2.7 Setting additional functionsYou can set up borders for your photos, layout style and paper size. You can also print all of your images atone time or select an alternative language with your photo printer.
Images printed with the Borderless setting off and on
Selecting borderless 'off.' shrinks the image slightly to allow an empty border around the image.
1. Press the Menu button twice after selecting the image withthe Left and Right buttons.If you press the Menu button once, 'Effect' screen appears and if youpress the Menu button again, 'Setting' screen appears.When 'Setting' appears on the display panel, press the Up and Down buttons to navigate to the desired setting.After printing or turning the printer off and on again, all functions return totheir default settings, except for the layout.
>> Setting borders
Press the Up and Down buttons to navigate to 'Borderless.'Press the Left and Right buttons to select 'On' or 'Off.'Press the OK button to complete the setting.
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Alignment & Adjustments
Service Manual 6-13Samsung Electronics
Images printed with the various layout (For example: Paper size-Postcard, Borderless-Off)
According to the layout, some portions of the image may not be printed.
>> Selecting layout
Press the Up and Down buttons to navigate to 'Layout.'Press the Left and Right buttons to select 'Off,' '2-up,' '4-up,' '30x40mm,''20x30mm,' '35x45mm' or '50x70mm.' Press the OK button to completethe selection.
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Service Manual
Alignment & Adjustments
6-14Samsung Electronics
>> Setting print all function
Press the Up and Down buttons to navigate to 'Print All.'Press the Left and Right buttons to select 'No' or 'Yes.'Press the OK button complete the selection.
>> Setting language
Press the Up and Down buttons to navigate to 'Language.'Press the Left and Right buttons to select the desired language.Press the OK button to complete the selection.
6.2.8 Printing DPOF filesIf your camera is compatible with and able to store DPOF files, the Samsung Photo Printer can print them.
1. Insert the memory card with DPOF files.For details about inserting the memory cards.
2. Press the Print button.Press the Cancel button to print images via the printer regardless of the DPOF file information.
What is DPOF?
DPOF stands for Digital Print Order Format. With DPOF, a user can select from all of the photos stored on the camera,just those photos he or she wants to print. Then those files are loaded onto a memory card, and the card is insertedinto the printer. There is no need to use a computer to separate the photos.
When printing DPOF files, make sure that the AUTPRINT.MRK file is in the memory card'sMISC folder.The printer supports only DPOF version 1.0.This printer supports only the number of copies of all informations of the DPOF file.
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Alignment & Adjustments
Service Manual 6-15Samsung Electronics
6.2.9 Removing memory cardsPlease do not remove a memory card until the following steps have been taken.
>> When not connected to a computer
Gently remove the memory card from the printer.
>> When connected to a computer
1. Close the program you’ve used.
2. Remove the memory card gently when the memory card indicator stops flickering.
>> Canceling printingYou can cancel a print job from the control panel or by accessing the Printer folder.
1. Canceling from the control panel (Only for Samsung SPP-2040 Series)
Press the Cancel button on the control panel.Press the Cancel button on the control panel.If you press the Cancel button, only the image being printed at thatmoment is cancelled. In order to cancel queued print jobs already spooled,you must open the Printer folder and cancel them from there.
2. Canceling from the Printers folderIf a print job is waiting in a print queue, pause, restart or cancel the job as follows.
You can access this window by double-clicking the printer icon in the bottom right corner of the Windows desktop.Or click the 'Start' 'Settings' 'Printer'. (For Windows XP, click 'Start' 'Printers and Faxes' and double-click'Samsung SPP-2040 Series' or 'Samsung SPP-2020 Series')
From the 'Document' menu:For Windows 98/Me, select 'Cancel Printing.'For Windows NT4.0/2000/XP, select 'Cancel.'
Do not remove the memory card while the printer is accessing it. (When the memory cardindicator is flickering, the printer is reading information)Removing the card while in use may cause damage to the printer, the memory card or theinformation stored on the card.Insert one memory card only.
To pause printing for a moment, select the file in the application and select 'Stop printing' fromthe 'Document' menu.To change print order, select the file you want and drag it to the desired location in the print queue.
Service Manual
Alignment & Adjustments
6-16Samsung Electronics
6.3 Paper Path
6.3.1 Paper Path
6.3.2 Media Path
R Sensor
R Sensor
Paper Path
Paper Path
P Sensor A
(Option)Platen Roller
Yellow Print Magenta Print Cyan Print Over Coating
Thermal Head
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Alignment & Adjustments
Service Manual 6-17Samsung Electronics
6.4 Firmware DownloadTo Download SPP-2040 and SPP-2020 Firmware, There are 5Steps you have to follow
Connect USB Cable PC to SPP-2040 or SPP-2020
Run DN.exe Application on PC
Choose Proper Firmware Image
Click Downolad Button on Download Utility
MUST wait until SPP-2040 or SPP-2020 Re-Initial
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Service Manual
Alignment & Adjustments
6-18Samsung Electronics
When you Run DN.exe you can see below window of Download Utility
When you choose proper Firmware which you want todownload to Printer Click this Button
This is Download Button After Choose Proper Firmware Clickthis button to Download
After Connect USB cable PC to Printyou can see this model name. youhave to check model name tochoose proper firmware
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Alignment & Adjustments
Service Manual 6-19Samsung Electronics
After Click Download ButtonYou Can See This Message on SPP-2040 ScreenDO NOT TOUCH Printer Until Re-Initial Printeritself (It takes as to 70 seconds)
After Click Download ButtonYou Can See This Red Light SPP-2020 LED.DO NOT TOUCH Printer Until Re-Initial Printeritself (It takes as to 20 seconds)
OT24VXXX is Proper Firmware Image to SPP-2040OT22VXXX is Proper Firmware Image to SPP-2020XXX is Version of Firmware
Before Download Firmware YOU HAVE TO match Model Name and Firmware Image
Service Manual
Alignment & Adjustments
6-20Samsung Electronics
6.5 Printing Accumulation Method
6.3.1 Procedure
Connect the USB Cable between SPP-2040 or 2020 and a PC
FactoryDefault.exe
Run “FactoryDefault.exe” in PC
Click the READ Button.
Click the Print Button for Self Test.
After writing data (After clicking the “WRITE” Button), new written data is applied only when turning down and on the printer.
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Alignment & Adjustments
Service Manual 6-21Samsung Electronics
6.3.2 Tool for Service
It can read and write the serial No. of SPP-2040, 2020
It can read and write the language, paper size, Border and total print count.Paper Size can be set by Post Card.
It can print the Self Test Page.On a self testing, turn down andon the printer if paper errorsand etc. occur.
It can read and clear the service time. The service time is the time to print at first through PC driver.
Troubleshooting
Service Manual 7-1Samsung Electronics
777. Troubleshooting
7.1 Error messages on the display
Display Problem Troubleshooting
• Error when there is no paper. • Load the paper. • Press the Print button.
• Paper jam • Turn the printer off.• If the jammed paper does not
come out automatically, remove itmanually.
• Turn the printer on.
• Wrong paper size • Reset the paper size.• Press the Print button.
• Paper casette is not inserted or • Insert paper casette.inserted incorrectly. • Reinsert paper casette correctly.
• Ribbon Cartridge is not installed or • Reinstalll Ribbon cartridge installed incorrectly. correctly.
• Ribbon Cartridge is empty. • Replace Ribbon cartridge.
Insert Papers and then
press
Power Off and then
Remove Paper Jam
Check Paper Size
and then press
Insert Tray and then
press
Power Off and then
Check Ribbon Cartridge
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Service Manual
Troubleshooting
7-2Samsung Electronics
Display Problem Troubleshooting
• Ribbon Cartridge is not installedwhen you turn the printer on.
• Ribbon Cartridge is not installedwhen you try to print images.
• Images were set wrong.
• Printer failed to read the memorycard.
• No images on the memory card.
• This appears when you try to printfrom a camera that does not support PictBridge.
• There is a problem reading JPEGfiles.
• Install Ribbon cartridge .• Press the OK button.
• Install Ribbon cartridge .• Press the Print button.
• Reset image properly.
• Remove and insert the memorycard again.
• If the error occurs again, try another memory card.
• Re-load images onto the memorycard and try again.
• Connect a camera that supportsPictBridge.
• Print other images.
Unsupported ImageUnsupported Image.
Image Format ErrorImage Format Error.
Card Access Error.
Please Remove CardPlease Remove Card.
There are no images
in memory cardin memory card.
Not PictBridge ModeNot PictBridge Mode.
Please DisconnectPlease Disconnect Device.
JPEG Paser Error
Troubleshooting
Service Manual 7-3Samsung Electronics
Display Problem Troubleshooting
• Cannot print if the image is 50 pixels x 60 pixels or less.
• Cannot print if the image is 5130pixels x 7680 pixels or more.
• Cannot read images.
• Images in the memory card weredeleted.
• xxx images are not printed amongthe several images.
•Cannot print image.
• Print images of 50 pixels x 60 pixels or more.
• Print images of less than 5130 pixels x 7680 pixels.
• Turn the printer off and on.
• Try printing images from anothersource.
• After checking the printed images,reprint the missed images.
• Turn the printer off and on.
Unsupported Image
Image size is too small
Unsupported Image
Image size is too big.
IP Error.
Please Power Off.
Image was deleted from
memory card.
Not Printed Image(s).
xxx photo(s)
Printing Error
Please Power Off
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Exploded Views & Parts List
Samsung ElectronicsService Manual 8-3
8.2 SPP-2040 Main
1
5
5-6
5-4
5-2
5-5
5-3
5-1
8
6
9
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3-5
3-6
8. Exploded Views and Parts List (SPP-2040/XIP)
Samsung ElectronicsService Manual
Exploded Views & Parts List
8-4
Service Parts List (Model code : SPP-2040/SEE)SA : Service Available
SNA : Service not Available
Draw# Part Code Description Location SNA(Section-No)
8.2-1 JB96-01606A ELA UNIT-ENGINE D2015 SA
8.2-2 JB92-01277A PBA MAIN-MAIN PBA Z1024 SA
8.2-3 JB97-01901A MEA UNIT-COVER BASE Z2404 SA
8.2-3-1 JB63-00298A COVER-M BASE Z2290 SNA
8.2-3-2 JB63-00305A COVER-M REAR Z2767 SNA
8.2-3-3 JB63-00300A COVER-M FRONT Z2382 SNA
8.2-3-4 JB31-00039A FAN-TPH E6000 SA
8.2-3-5 JB61-00422A FOOT-RUBBER F1015 SNA
8.2-3-6 JB63-00304A COVER-M RIBBON Z2244 SNA
8.2-4 JB96-01607A ELA UNIT-COVER TOP Z2299 SA
8.2-4-1 JB63-00307A COVER-M TOP Z2246 SNA
8.2-4-2 JB96-01605A ELA UNIT-LCD L3011 SA
8.2-4-2-1 JB63-00301A COVER-M LCD LOWER;SPP-2040,ABS Z2136 SNA
8.2-4-2-2 JB07-00008A LCD-2.0 INCH TFT;A020BL01,SPP- L3016 SA
8.2-4-2-3 JB63-00303A COVER-M LCD UPPER;SPP-2040,ABS Z2137 SNA
8.2-4-2-4 JB63-00312A SHEET-LCD;SPP-2040,PC,T0.8,W55 Z2826 SNA
8.2-4-2-5 Not assign SHEET-ESD Z2825 SNA
8.2-4-3 JB64-00094A TRIM-M POWER C1073 SNA
8.2-4-4 JB63-00309A SHEET-POWER S5045 SNA
8.2-4-5 JB64-00090A BUTTON-M POWER B3052 SNA
8.2-4-6 JB67-00023A LENS LED-M-LAMP W3274 SNA
8.2-5 JB97-01900A MEA UNIT-CASSETTE C4016 SA
8.2-5-1 JB61-00421A FRAME-M CASSETTE F2274 SNA
8.2-5-2 JB61-00424A PLATE-M KNOCK UP K5002 SNA
8.2-5-3 JB63-00306A COVER-M SHUTTER SLIDE S6008 SNA
8.2-5-4 JB63-00297A COVER-M SHUTTER S6007 SNA
8.2-5-5 JB69-00376A PAD-KNOCK UP K5008 SNA
8.2-5-6 6902-000357 BAG PE - SNA
8.2-5-7 JB68-00980A LABEL CASSETTE - SNA
8.2-6 JB44-00042A ADAPTOR-FV W3001 SA
8.2-7 JB96-01608B ELA UNIT-OPE D2016 SA
8.2-7-1 6003-001070 SCREW-TAPTITE - SA
8.2-7-2 JB63-00302B COVER-M-OPE Z2237 SA
8.2-7-3 JB64-00089A BUTTON-M_NAVIGATION B3007 SA
8.2-7-4 JB64-00092A BUTTON-M_SELECT B3008 SA
8.2-7-5 JB64-00091A BUTTON-M_PRINT B3006 SA
8.2-7-6 JB64-00093A BUTTON-M_ZOOM B3009 SA
8.2-7-7 JB73-00127A RUBBER-CONTACT R1106 SA
8.2-7-8 JB63-00311A SHEET-DOME SWITCH Z2827 SA
8.2-7-9 JB92-01279A PBA-OPE Z6304 SA
8.2-7-10 JB63-00313A GROUND-FOLL OPE - SA
8.2-7-11 JB39-00233A CBF SIGNAL-OPE(FFC) O1014 SA
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Exploded Views & Parts List
Samsung ElectronicsService Manual 8-5
Service Parts List (Model code : SPP-2040)SA : Service Available
SNA : Service not Available
Draw# Part Code Description Location SNA(Section-No)
8.2-8 3903-000244 CBF-POWER CORD_EUROPE H1287 SA
- JB69-00385B BOX(P)-CASE(40B_SEE);COMMON,M450,TOM,222 - SA
8.2-10 JB61-00423A PLATE-P-GND P5076 SNA
S1 6002-000308 SCREW-TAPPING;PH,+,2,M2.6,L6,ZPC - SA
S2 6001-000485 SCREW-MACHINE;PH,+,M2.6,L4 - SNA
S3 6001-000130 SCREW-MACHINE;BH,+,M3,L6 - SA
S4 6003-001086 SCREW-TAPTITE;BH,+,B,M3,L12 - SA
S5 6003-001070 SCREW-TAPTITE;BH,+,B,M2,L4 - SA
Samsung ElectronicsService Manual
Exploded Views & Parts List
8-6
ETC. Service Parts List
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Block Diagram
Service Manual 9-1Samsung Electronics
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D(0
:15)
RD
,WR
,CS
,C
LK,R
ST
D(0
:7)
HSYN
C,VS
YNC
SDI,C
S,CL
K,SC
LK
LCD_
D(0:
7)A
(1:4
),A
(14:
21)
I/O
PE
RI_
D(0
:15)
PE
RI_
A(0
:10)
RA
S,C
AS
,WE
,CS
SC
LK,C
KE
,BA
,U
DQ
M,L
DQ
M
RA
S,C
AS
,WE
,C
LK,C
KE
,BA
0,1
SD
_D(0
:7)
CS
,RS
T,R
D,W
R
D(0
:7)
A(0
:21)
SD
_A(0
:12)
A(0
:21)
AD
C_S
DA
TP
H T
emp
Am
blen
tTe
mp
AD
C_S
CL
UD
OU
TU
D P
H, E
N
LF P
H, E
NLF
OU
T
Pow
er C
TLCS
,INI,
RS
T,R
D,
WR
RE
GU
LAT
OR
+1.
8V
+5V
+5V
~+
20V
+5V
HSYN
C,VS
YNC
SDI,C
S,CL
K,SC
LK
LCD_
D(0:
7)
S12
64
999. Block Diagram
9.1 System Block Diagram
Service Manual
Block Diagram
9-2Samsung Electronics
9.2 Engine Block Diagram
manuals4you.commanuals4you.com
Connection Diagram
Service Manual 10-1Samsung Electronics
110010. Connection Diagram
The
rmis
tor
PB
A
Drawing Number
6
4
Date Changed
TITLE:
F
B
8
2
1
QA CHK
C
TPH CONTROLLER
4
5
R&D CHK
INDEX
Engineer
DOC CTRL CHK
Size
1
OTTER REV 1.1
B
Changed by
BLOCK DIAGRAM
MFG ENGR CHK
DATE :March. 16 .2005
65
of
MOTOR DRIVER & SENSOR
Sheet
F
ZR-4100 Part
9
7
Sheet
TFT LCD I/FD D
2
REVTime Changed
7
10
TPH I/F
3
11
5
A
USB HOST & DEVICE
3
8
A
1
Drawn by
E E
11
Description
4
C
2
H.J. LEE
D.H. IM
D.H. IM
3:26:41 pmTuesday, March 15, 2005bsmin8 1
OTTER REV 1.1A3
SAMSUNG CONFIDENTIAL
6
MEMORY CARD I/F
INDEX
POWER Part & OP I/F
3
SDRAM & FLASH MEMORY
7
8
manuals4you.commanuals4you.com
ZORAN
ZR-4100
CPU
FLASH MEMORY
2M BYTE
SDRAM
of
7
Drawing Number
1 2
4 5
C
8
Size
6
B
TITLE:
Sheet
C
Block Diagram
7
H.J. LEER&D CHK
3
1
Time ChangedDate Changed
B
Changed by
D
F
8
Engineer
SAMSUNG CONFIDENTIAL
A
E
2M BYTE
LCD CONTROLLER
PHOTOPERI
TFT LCD
CONNECTOR
32M BYTE
ETCC
TPH CONTROLLER
MTD2009JUD/LF MOTOR
PAPER SENSOR
CONNECTOR
ON/OFF
CONNECTOR
OP
QA CHK
TPH CONNECTOR
4
24V
VDC IN
DC JACK
REV
Power Switch
3
A
MFG ENGR CHK
2
D
DOC CTRL CHK
5
F
6
+5V
+3.3V
+3.3V_Z +1.8V_Z
12MHz
MOTOR DRIVER
TRAY ID
CART. ID
BUFFER
LCX245
CF CARD
SOCKET
SM/MS/SD/MMC/XD
JTAG
2.0
USB DEVICE
48MHz
E
CONNECTOR
Drawn by
48MHz
1.1
USB HOST
CN9
CRYSTALSOCKET
5 IN 1 CARD
FAN
CONNECTOR
R SENSOR
CONNECTOR
SDRAM
Tuesday, March 15, 2005
D.H. IM
D.H. IM
3:27:24 pmbsmin8112
OTTER REV1.1A3
CONTROL CIRCUIT1
CONTROL CIRCUIT2ON/OFF
TPH VoltageSwitching Circuit1
Switching Circuit2
JTAG
NO_POP
7
Time Changed
Drawn by
43
NO_POP
ZR-4100
D
6
SAMSUNG CONFIDENTIAL
Sheet
DOC CTRL CHK
of
as close as possible to the chip
E
REV
A
3 82
NO_POP
MFG ENGR CHK
6
7
1
TITLE:
Changed by
F
5
11
OTTER REV1.1A3
A
1%H.J. LEE
NO_POPF
D
2
C
8
4
B
5
Engineer
R&D CHK
E
3
C
Drawing Number
B
NO POP
CN5
Size
QA CHKDate Changed
1
Tuesday, March 15, 2005
D.H. IM
D.H. IM
3:27:49 pmbsmin8
R2450
C125
100nF
0R237
CN5-33
3.4KR235
C128
100nF
3.3V_Z
C102
100nF
C135
100nF
0R239
35303-0850
1
1uH
CN5-1
L8
C46
100nF
R240100
27pF
DGND
C131
C14110uF16V
4.7KR202
R2875.6K
DGND
R1425.1K
5.1KR289
L6600ohm
CIM21J601NEL18
C41
5
100nF
CN5-5
3.3V
100nF
C42
C1561nF
100nF
C114
100nF
C134
100nF
C44
100nF
C99
100nFC107
L5
600ohm
600ohm
L9
CN5-77
C48
100nF
R285R2885.6K 5.6K
DGND
C50
DGND
100nF
CIM21J601NEL17
L11600ohm
DGND
5.1KR143
R2261M
AGND
CN5-22
100nF
C140
AGND
C158100nF
3.3V_Z
C1641nF
1 2
4 3
100nF
C129
Y1
MA-506,48MHz2801-003699
3.3V_Z
C93
DGNDDGND
100nF
4
3.3V
C104
100nF
CN5-4
1.8V
CN5-66
C88
100nF
100nF
C68
100nF
C49
DGND
C139
100nF
3.3V_Z
XIN 9394XOUT
C100
100nF
25VSS33_W2
37VSS33_W3
51VSS33_W4
119VSSA33A
92VSSA33C
121VSSA33P
VSSA33T
87
100VSSA33U
VSS33_N1
183
VSS33_N2
193
VSS33_N3
207
63VSS33_S0
75VSS33_S1
95VSS33_S2
1VSS33_W0
13VSS33_W1
39VSS18_W3
49VSS18_W4
VSS33_E0
109
VSS33_E1
125
VSS33_E2
137
VSS33_E3
149
VSS33_E4
159
VSS33_N0
171
VSS18_N2
195
VSS18_N3
204
61VSS18_S0
73VSS18_S1
83VSS18_S2
9VSS18_W0
19VSS18_W1
29VSS18_W2
VDDA33T_S0
VDDA33T_S189
VDDA33U97
VREF101
127VSS18_E0
VSS18_E1
145
VSS18_N0
163
VSS18_N1
179
VDD33_W114
VDD33_W226
VDD33_W338
VDD33_W452
VDDA33A118
91
VDDA33C
VDDA33P120
VDDA33RTC124
85
172
VDD33_N0184
VDD33_N1194
NDD33_N2208
VDD33_N3
VDD33_S064
VDD33_S176
VDD33_S296
VDD33_W0230
VDD18_W340
VDD18_W450
110
VDD33_E0126
VDD33_E1138
VDD33_E2150
VDD33_E3160
VDD33_E4
180
VDD18_N1196
VDD18_N2205
VDD18_N3
VDD18_S062
VDD18_S174
VDD18_S284
VDD18_W010
VDD18_W120
VDD18_W2
TDI 132133TDO
TEST 134
131TMS
130TRSTN
128
VDD18_E0146
VDD18_E1164
VDD18_N0
SMOT3 140139SMOT4
SMOT5 136
SPICLK 80
SPIDI 8281SPIDO
144SSEN
TCK 129
SCLK2 153
SD0 152151SD1
SD2 148147SD3
143SMOT0SMOT1 142
141SMOT2
SBD37071 SBD4
SBD57277 SBD6
SBD778
65 SBRDSBWR66
154SCLK1
SBACK
SBCS03641 SBCS1
SBCS24243 SBCS3
67 SBD0SBD168
69 SBD2
46 SBA2SBA347
48 SBA4SBA553
54 SBA6SBA755
56 SBA8SBA957
79
RTCXINRTCXOUT122
SADCLK 155
44 SBA0SBA145
58 SBA10SBA1159
60 SBA12
PRIO4 202PRIO5 201
200PRIO6PRIO7 199PRIO8 198PRIO9 197
135RESETN
90REXT
123
PRIO22 176PRIO23 175PRIO24 174
173PRIO25PRIO26 170PRIO27 169PRIO28 168
PRIO3 203
PRIO15 187PRIO16 186PRIO17 185PRIO18 182PRIO19 181
PRIO2 206
PRIO20 178PRIO21 177
HDP99
PRIO0 210PRIO1 209
PRIO10 192PRIO11 191
190PRIO12PRIO13 189PRIO14 188
DD63234 DD7
88 DDMDDP86
22 DQM
17 DRASN
23 DWEN
98 HDM
DCKE1618 DCLK
DD03533 DD1
DD23127 DD3
DD42428 DD5
213 DA5DA6215
3 DA7DA85
7 DA9
12 DBA0DBA18
DCASN21
DA04216 DA1
DA10611 DA11
DA1215
DA2214211 DA3
DA4212
CCDCLK0 167166CCDCLK1
CCDCLK2 165162CCDCLK3
CCDCLK4 161158CCDCLK5
CCDCLK6 157156CCDILL
115ACH2ACH3 114
113ACH4ACH5 112
111ACH6ACH7 108
107ACH8ACH9 106
ZR-4100
117ACH0ACH1 116
105ACH10ACH11 104
103ACH12ACH13 102
$P
U15
3.3V_Z
DGND
8
100nF
C79
CN5-8
DGND
C127
100nF
Vout1
Vss2
C87
100nF
U9
XC61FN3112MR
Vin 3
100nF
C83
100nFC130
DGND
DGND
DGND
C57
100nF
C69
100nF
C47
100nF
100nF
C133
3.3V
100nF
C58
C77
100nF
C111
100nF
R2054.7K
C16318pF
3.3V_Z
C165
12KR317
10nF100nF
C81
C91
100nF
C132
100nF
L12600ohm
1uHL15
R2411K
C115
100nF
18pFC153
1KR286
nTRAY_ID0
nETCC_READY
SW9
ADC_TPH_TEMPAMB_TEMP
LED_BLUE1
DGND
VSSA33U
TDO
nR_SENSOR
nTRST
nETCC_RST
PERI_CLK
nCF_CD2
POWER_SWUD_INT
SW10
CF_RST
USBH_OCnCF_CD1
nCARD_ENFAN_ENUSBD_DET
VDDA33U
VSSA33U
VDDA33U
nTRST
XOUTXIN
nSM_WPnCART_ID0
LCD_CSLCD_SCLKLCD_SDI
nPERI_RST
CF_RnBTPH_PWR_EN
nMS_INSnSM_CDnSMXD_CDnCARD_PWR1nSD_CDnSD_WP
MS_BS
PWR_CTLnCARD_PWR3
LF_INT
ADC_SDAADC_SCL
CARD_PWR2
nPSEN_A_ENnPSEN_AUSBH_PWR_EN
SPICLKSPIDOSPIDI
nRESET
TCKTMSTDI
nTRAY_ID1A(13:21)
A(17)A(18)A(19)A(20)A(21)
A(13)A(14)A(15)A(16)
nCF_WAITnCF_RDnCF_CEnSMXD_WPSMXD_RnB
nSD_CS
nSMXD_CEMS_SCLKMS_SDIO
D(3)D(4)D(5)D(6)D(7)
nROM_CS
nPERI_CSnETCC_CS
nRDnWR
nSBCS3
HDPHDM
DDMDDP
ADC_GND
ADC_GND
SD_D(4)SD_D(3)SD_D(2)SD_D(1)SD_D(0)
A(0)
D(0)
A(0:12)
A(1)A(2)A(3)A(4)A(5)A(6)A(7)A(8)A(9)A(10)A(11)A(12)
D(0:7)
D(1)D(2)
SD_A(11)SD_A(10)SD_A(9)SD_A(8)SD_A(7)SD_A(6)SD_A(5)SD_A(4)SD_A(3)SD_A(2)SD_A(1)SD_A(0)
SD_D(0:7)
SD_D(6)SD_D(5)
SD_BA0SD_BA1
nSD_CAS
SD_CKESD_CLK
SD_DQM
nSD_RAS
nSD_WE
SD_A(12)
SD_D(7)
SD_A(0:12)
XOUT
XIN
nRESET_ROM
nRESET
TDITCKTDOTMS
nRESET
nCART_ID1nR_SEN_EN
manuals4you.commanuals4you.com
6
6
SAMSUNG CONFIDENTIALF
SDRAM
51
F
Time Changed
Engineer
R&D CHK
D
E
MFG ENGR CHK
Date Changed
5
DOC CTRL CHK
NO_POP
D
3
Drawing Number
1 2
4
QA CHK
A
4
E
7
TITLE:
4MB
REV
3
NO_POP
NO_POP
of
2 8
A
4
B
H.J. LEE
B
Sheet
8
Drawn by
Size
7
C
Changed by
3.3V_Z
bsmin8 Tuesday, March 15, 2005 3:28:30 pm
D.H. IM
D.H. IM
11
OTTER REV1.1
A3
FLASH MEMORY
Memory Part
C
5.1KR258
DGNDDGND
R257
R199
5.1K
5.1K
R242
5.1K
R2345.1K
100nFC166
1/16W5.1KRA9
R2545.1K
R248
5.1K
R262
RA155.1K1/16W
DGND
5.1K
51DGNDDGND R169
R2365.1K
R2605.1K
1/16W5.1KRA11
R250
DGND
5.1K
51R144
R256
3.3V_Z
5.1K
51RA7
1/16W
C60
100nF
3.3V_Z
DGND
1/16W51RA5
C26
10uF
16V
R141 51
1/16W
RA105.1K
51R173
C62
100nF
R2635.6K
1/16W51RA3
54
VSSQ1612
VSSQ2VSSQ3
4652
VSSQ4
14VDD2VDD3
273
VDDQ1VDDQ2
943
VDDQ3VDDQ4
49
28VSS1VSS2
41
VSS3
7NC2NC3
10
NC41315
NC5
40NC7NC8
4245
NC9
VDD11
44DQ4DQ5
4750
DQ6DQ7
53
39DQM
NC14
48NC10NC11
51
20BA0BA1
21
CKE37 CLK38
DQ02DQ158
DQ2DQ3
11
2526
A3A4
2930
A5
31A6
32A7A8
3334
A9
19*CS
18*RAS
*WE16
23A0
24A1
A1022 A113536
A12
A2
U5
4S560832
*CAS17
100nF
C63
C28
100nF
3.3V_Z
2746
47
37
2120191887
14817169
2322
2524
65432
51
U11
M29DW323DB-70
R151
100nF
C27
DGND
R152 51
51R158
1/16W51RA2
1/16W51RA1
R129 51
R167 120
C61
100nF
100nF
C53
A(9)A(10)A(11)A(12)A(13)
A(19)A(18)A(17)A(16)A(15)A(14)
D(1)D(0)
nRESET_ROM
A(20)A(21)
nROM_CSnRDnWR
A(1)
A(1:21)
A(2)A(3)A(4)A(5)A(6)A(7)A(8)
SD_D(0)
SD_D(4)SD_D(3)SD_D(5)SD_D(2)
A(0)
D(0:7)
D(7)D(6)D(5)D(4)D(3)D(2)
SD_A(2)SD_A(5)SD_A(4)SD_A(3)
SD_A(12)
SD_A(0)SD_A(7)
SD_AR(8)SD_AR(10)SD_AR(9)SD_AR(11)
SD_AR(6)SD_AR(1)SD_AR(0)SD_AR(7)
SD_AR(3)SD_AR(4)SD_AR(5)SD_AR(2)
SD_AR(12)
SD_D(6)SD_D(1)SD_D(7)
SD_D(0:7)
SD_DR(6)SD_DR(1)SD_DR(7)SD_DR(0)
SD_DR(4)SD_DR(3)SD_DR(5)SD_DR(2)
SD_DR(0:7)
SD_AR(0:12)
SD_A(11)
SD_A(0:12)
SD_A(9)SD_A(10)SD_A(8)
SD_A(1)SD_A(6)
SD_AR(0)
SD_AR(7)SD_AR(6)SD_AR(5)SD_AR(4)
SD_DR(3)SD_DR(2)SD_DR(1)SD_DR(0)
SD_AR(11)SD_AR(10)SD_AR(9)SD_AR(8)
SD_DR(7)SD_DR(6)SD_DR(5)SD_DR(4)
nSD_CASnSD_RAS
nSD_WE
SD_BA0SD_BA1
SD_CKESD_CLK
SD_DQM
SD_AR(0:12)SD_DR(0:7)
SD_AR(12)
SD_AR(3)SD_AR(2)SD_AR(1)
man
uals
4you
.com
NO_POP
F
3
8
D
7
DOC CTRL CHK
C
85
Date Changed
5
F
7
QA CHK
Engineer
Drawing Number
6
4
TPH CONTROLLER
C
MFG ENGR CHK
TITLE:
E
B
ofSheet
NO_POP
D
1
3
B
Drawn by
1 6
A
R&D CHK Size
REV
4
ETCC
2
11Changed by
H.J. LEE
SAMSUNG CONFIDENTIAL
2
E
Time Changed
D.H. IM
D.H. IM
3:29:14 pmTuesday, March 15, 2005bsmin8 5
OTTER REV1.1A3
A
10KR195
100nF
C86
100nF
C72
220pFC146
R1405.1K
47K
R224
C144
ATS-49/U,12MHz,50ppm
OSC1
3.3V
100nF
L10
600ohM
C92
100nF
R110
10K
R139
15K
5V
R121
15K
0R118
DGND
15K
100nF
R136
5.1KR186
C118
C95
100nF
3.3V
5V
47K
R225
47K
R210
R2131M
15K
R138
100nF
C73
C84
16V10uF1
00nF
C147
15K
R124
DGND
5V
C90220pF
47K
DGNDR207
100nF
C71
R20110K
R15010K
R133
C98
10K
47K
100nF
R229
220pFC145
100nF
C148
DGND
C59
DGND
C12622pF
R183
16V33uF
5.1K
22pFC119
R1115.1K
DGND R11915K
VSS
52
VSS3V
80
VSS_PLL97
VSS_SW
65
WAITB40
XIN
106
XOUT105
94
VDD_102102
VDD_115115
VDD_125125
VDD_136136
VDD_2626
VDD_4343
VDD_5151
VDD_99
VDD_PLL96
VDD_SW
64
71UD3
70UD4
69UD5
68
UDINT119
USEL125
USEL224
UWRB30
VDD3V79
VDDIO_6666
VDDIO_8181
VDDIO_94
Reserve_54
54
Reserve_55
55
Reserve_56
56
Reserve_57
57
Reserve_58
58
SE
101TM0
99TM1
98
UD073
UD172
UD2
48
NC_50
50
PAPERLED114
PLLTM
107
PRTLED117
RDB37
RESETB100
RESETO_PLLTO
108
Reserve_42
42
Reserve_49
49
Reserve_53
53
28
NC_29
29
NC_32
32
NC_33
33
NC_34
34
NC_35
35
NC_38
38
NC_41
41
NC_45
45
NC_46
46
NC_47
47
NC_48
LF317
LF416
LF515
LFINT23
LSEL121
LSEL222
LWRB31
MLTEN
123
NC_120
120
NC_122
122
NC_28
137
GND_27
27
GND_44
44
IOCSB36
LED_A113
LED_B112
LED_C111
LED_D110
LF020
LF119
LF218
74
DLB1B92
DLB2B75
ERDYB121
GNDIO_6767
GNDIO_8282
GNDIO_9595
GND_10
10
GND_103
103
GND_116
116
GND_126
126
GND_137
D15144
D2129
D3130
D4131
D5132
D6133
D7134
D8135
D9138
DEB1B91
DEB2B
93
CLK276
CLKSEL
109
COMLED118
D0127
D1128
D10139
D11140
D12141
D13142
D14143
90CH1
89CH2
88CH3
87CH4
86CH5
85CH6
84CH7
83CH8
78CH9
77
CKO
104
CLK1
A77
A88
A911
ANI0
62
ANI1
61
ANI2
60
ANI3
59
ANO
63
BCYSTB39
BSEL
124
CH0
A11
A1012
A1113
A1214
A22
A33
A44
A55
A66
U29
PTCTS8400A
3.3V
C116
100nF
3.3V
R123
R126
47K
5.1KR231
15K
10KR230R
122
15K
C108
100nF
100nF
C74
R1555.1K
600ohM
L7
DGND 3.3V
R120
R13715K
15K
0R146
47K
DGND
DGND
R232
TPH_LATCH2TPH_STRB2
MTR_PWR_ON
12M_XIN
nETCC_READY
nETCC_RSTUD_INT
A(21)A(20)A(19)
A(1:21)
nETCC_CS
LF_INT
TPH_CLK2
D(0:15)
LF_REF3
A(12)
D(7)D(6)D(5)D(4)D(3)D(2)D(1)D(0)
A(18)A(17)A(16)A(15)A(14) nLF_ENA
LF_PHBLF_PHALF_REF1LF_REF2UD_REF2UD_REF1
nUD_ENBnUD_ENAUD_PHBUD_PHA
LED_BLUECARD_LED
TPH_D(0:9)
nLF_ENB
12M_XOUT
TPH_D(9)TPH_D(8)TPH_D(7)TPH_D(6)TPH_D(5)TPH_D(4)TPH_D(3)TPH_D(2)TPH_D(1)TPH_D(0)
TPH_STRB1TPH_LATCH1TPH_CLK1
A(2)A(1)
A(8)A(7)A(6)A(5)A(4)A(3)
A(10)A(9)
A(11)
nRD
nWR
12M_XIN12M_XOUT
manuals4you.commanuals4you.com
NO_POP
5
TITLE:
A
TPH I/FDrawing Number
CN19
SAMSUNG CONFIDENTIAL
E
843
5
6
6
11
H.J. LEE
B
REV
B
4
DOC CTRL CHK
47pF 47pF 47pF
R&D CHK
D
1 2
E
SheetChanged by
Engineer
Size
F
3
Date Changed
7
F
C
D
C
QA CHK
6
A
Drawn by
MFG ENGR CHK
of
1
7
Time Changed
2
1%
1%
D.H. IM
D.H. IM
3:29:45 pmTuesday, March 15, 2005bsmin8
OTTER REV1.0A3
8
RA27
C55100nF
33
VHD
CN19-2020
CN19-3030
CN19-1616
6
CN19-2626
CN19-6
R127 3325CN19-25
100R149
CN19-1313
CN19-1010
C96
C70
47pF
100nF
CN19-44
33RA25
DGND
100nFC113
CA2
CN19-33
1
DGND
CN19-1919
52808-3090
CN19-1
33R132
28CN19-28
CN19-1818
CN19-2323
DGND
3.3V3.3V
DGND
3.3V
NTCCM16083JF103FC
TH1
100nFC105
47pF
C78
15
DGND
10pF
C67
CN19-15
12CN19-12
R180
CA1
4.7K
R148 33
DGND
3.3V_ADC
RA6
1/16W100
CN19-1717
CN19-1111
CN19-88
VHD
1001/16W
RA4
CN19-77
3.3V
5V
CN19-1414
R134 100
C110
10pF
C122100nF
2
C66100nF
CN19-2
600ohM
DGND
L4
CN19-2727
R1814.7K
CN19-2222
16V
DGND
C821uF
6
8VDD
100nFC123
1AIN0
AIN12
3AIN2
AIN3_REF4
7GND
5SCL
SDA
MAX1237
U8
21
RA26 33
CN19-21
100nFC149
5
DGND
CN19-5
10KR161
33
100
1/16W
RA8
R200
R22210K
33uF16V
3.3V_ADC
C89
CA3
CN19-2424
29
33R208
CN19-29
33R128
CN19-99
DGND
ADC_TPH_TEMPTHERM2
ADC_SCL
ADC_SDA
AMB_TEMP
TPH_D(0)TPH_D(1)
TPH_STRB1TPH_LATCH1
TPH_D(9)TPH_D(8)TPH_D(7)TPH_D(6)TPH_D(5)TPH_D(4)TPH_D(3)TPH_D(2)
THERM2
TPH_CLK1
TPH_CLK2
TPH_LATCH2TPH_STRB2
TPH_D(0:9)
1
D
3225C
1%,
1%,
Changed by 7
6
C
1%
1%
1%
1%
1
SAMSUNG CONFIDENTIAL
OTTER REV1.1
7
1%
H.J. LEE
D
of
Size
F
E
6
11
4
MFG ENGR CHK
50V
R&D CHK
4
B
5
Engineer
A
1%
Sheet
8
1W
Ceramic
Date Changed
1W
A3
3
7
Drawn by
1%
QA CHK
3225
1W1%,
DOC CTRL CHK
1W
2
REV
CN4
CN3
CN1
3 8
E
5
1%,
50V
F
Time Changed
Ceramic
B
A
MOTOR & Sensor I/F
2
Drawing Number
1%
bsmin8 Tuesday, March 15, 2005 3:30:22 pm
DGND
10uF DGND
5.1KR184
DGND
C39
1.5KR204
DGND
DGND
5V
CN3-66
R166
1.54Kohm
DGND
R9
3.3V
CN1-77
47K
CN1-1
SY10-08WL8-ET
1
CN1-33
13
2
DGND
DGND
DGND
DGND
Q21MMBT2222ALT1
100
10K
R16
DGND
R14
100nFC11
31.6KR172
DGND
DGND
CN3-1
SY10-09WL8-ET
1
C35470pF
10KR20
Q3
1
3
2
D3SS16
DGND
MMBT2907A
10uFC34
1.33K,1%R203
CN3-88
R1110K
R1310K
3
2
MMBT2907AQ9
1 1KR85
C151nF
R4320K
Q1MMBT2222ALT1
13
2
C2470pF
CN3-99
3.3V
5V
3.3V
3
470pFC18
SS16
D4
CN3-3
R32
3.3V
51K
C32100nF
3.3V
3.3V
24V
R78
R6810K
10K
R165
13
2
2.2K
SS16
MMBT2222ALT1Q2
D1
CN3-22
R15 100
R631K
7
24VM5V
100nF
DGND
CN3-7
C17
470pFC31
CN1-55
C106100nF
CN1-44
10KR4
DGND
DGND
24VM
3.3V
R1771K
VCC_1011
VCC_11
37
Vmm_A4
Vmm_B
36Vref_A
5Vref_B
EN_B
41GND_TAB_41
42GND_TAB_42
38OUTA
40OUTA_
3OUTB
1OUTB_
35PHASE_A
6PHASE_B
39Rs_A
2Rs_B
10
MTD2009J
U2-1
32CRA
9CRB
33DECAY_A
8DECAY_B
34EN_A
7
C19470pF
DGND
100nFC1
R4447K
4
47KR104
CN3-4
R59121
1
R190 1.78K
R82
R1719.09K
R42
R27
20K
CN1-66
0.604
100nFC5
0.56nFC8
CN4-3
R55 100
CN4-1
SY10-03WL8-ET
31.6K,1%
15
PHASE_D26
Rs_C
19
Rs_D
22
Vmm_C17
Vmm_D
24
Vref_C16
Vref_D25
R209
DECAY_C13
DECAY_D28
EN_C14
EN_D27
NC_3030
NC_3131
OUTC18
OUTC_20
OUTD23
OUTD_21
PHASE_C
B
U2-2
MTD2009J
CRC12
CRD29
SS16
D2
5V
100R3822K
R34
C25100nF
R260.604
24VM
10K
CN3-55
R46
5V
121R25
CN1-22
R3142.37K
8
R2
CN1-8
120K
R3135.49K
12.1Kohm
R196
R47 100
R241K
120KR3
C130.56nF
CN4-2
R4051K
DGND
1R83
1nFC22
R84100
D2
G1
S3
NDT2955
Q25
D1
24
100nFC80
470pFC3
DGND
100nFC6
47K
R10
10K
R28
DGND
R39
10K
3.3V
DGND
3.3V
3.3V
1KR33
MTR_PWR_ON
nCART_ID1
nTRAY_ID1
LF_REF1
UD_REF1UD_CUD_DUD_BUD_A
LF_REF3
UD_REF2
LF_PHB
UD_PHAUD_PHBnUD_ENAnUD_ENB
LF_PHA
nLF_ENA
nTRAY_ID0
nCART_ID0
nLF_ENB
LF_DLF_BLF_A
LF_BLF_DLF_CLF_AUD_AUD_BUD_DUD_C
LF_REF2
nPSEN_A
nPSEN_A_EN
nR_SEN_EN
nR_SENSOR
LF_C
manuals4you.commanuals4you.com
H.J. LEE
Time Changed
4
C
2
C
3
F
A
3
E
1
R&D CHK
Engineer
MFG ENGR CHK
CN18
USB DEVICE
Drawn by
NO POP
F
of
6
be very careful with the layout
7
4
Changed by
2
A
of these two lines -LVDS layout criteria
SAMSUNG CONFIDENTIAL
NO POP
D
Sheet
CN17
NO POP
POWER DISTRIBUTION
Size
5
REV
8
POLY SWITCHD
B
1%
Drawing Number
USB Host / Device
DOC CTRL CHK
USB FULL SPEED 1.1 HOST
USB HOST
(USB HOST)
8
(880,1%)
D.H. IM
D.H. IM
3:31:24 pmTuesday, March 15, 2005bsmin811
OTTER REV1.0
A3
B
QA CHK
NO POP
1
NO POP
NO POP
Date Changed 8
7
E
TITLE:
USB HIGH SPEED 2.0 DEVICE
5
1%
6
3.3V
R65
1.8K
CN17-44
C71000NF
3.3V
CN18-44
DGND
10K
R87
CN18-33
6
CN18-55
DGND
3.3V
2 3
4
CN18-6
DGND
INSTPAR
L2
1
100K
R29
DGND
DGND
DGND
P1MINISMDC075-2
2
DGND
R233.9
KDS226D9
1
3
4.7K
R18
C30100nF
R2115K
KDS226D6
1
3
2
VBUS_USBH
CN17-22
DGND
DGND
51K
R30
DGND
UBR24-4K5G00
CN17-11
DGND
27pFC21
R22
DGND
15K
Q5MMBT2222ALT11
3
2
100nFC4
27pF
R35 22
C20
CN17-55
VBUS_USBH
D7KDS226
1
3
2
DGND
R86
5V
CN17-33
47K
1EN
2FLG
GND3
4ILIM
7IN
5NC
8OUT1
6OUT2
DGND
MIC2544-1BM
U3
16V100uFC14
D10KDS226
1
3
2
C9100nF
82
3.3V
R64
2
5V3.3V
3.3V
22R36
1
CN18-2
CN18-1
CN17-66
USBH_OC
USBH_PWR_EN
DDP
DDM
USBD_DET
HDP
HDM
8
5
R&D CHK
6
D
B
1
Size
7
MFG ENGR CHK
TITLE:
7
4
4
A
Date Changed
2
SM CARD Detect : nSMXD_CD H->L , nSM_CD H->L
SM/XD CARD POWER
D
QA CHK
5
C
of
2
REV
SM/MS/SD/MMC/XD CARD
F
CF CARD POWER
Changed by 119
OTTER REV1.0 A3
6
3
Drawing Number
C
E
NO POP
SAMSUNG CONFIDENTIALXD CARD Detect : nSMXD_CD H->L , nSM_CD H
8
MS/SD/MMC CARD POWER
A
1
Memory Card I/FDOC CTRL CHK
Drawn by
E
N.C
CF CARD
3
H.J. LEE
Time Changed
Engineer
F
B
Sheet
D.H. IM
D.H. IM
3:31:52 pmTuesday, March 15, 2005bsmin8
10KR147
47K
R276
1KR163
C180
DGND
100nF
C117
3.3V_CARD3
DGND
100nF
DGND
C179100nF
SLS-NNGA102TSLED2
100nF
R269
330
C177
3.3V_CARD1
3.3V
100nFC184
C85100nF
DGND
47K
R275
C97100nF
47KR116
3.3V
0,5%R238
DGND
DGND
3.3V
3.3V_CARD3
R/B
13VCC0VCC1
38
24WP
DO7DO8
4748DO9
51F 52
GND
1GND0GND1
50
RST4137
DO13DO14
3031DO15
DO2232DO3DO4
34DO5DO6
56
10
46BVD1BVD2
45
DO02122DO1
DO104927DO11DO12
2829
AO10
18AO2AO3
1716AO4AO5
1514AO6AO7
1211AO8AO9
9
44*REG
*VS13340
*VS2
42*WAIT
*WE36
20AO0AO1
19
8
2625
*CD2*CE
732
*CE2
*CSEL39
43*INPACK
*IORD3435
*IOWR
*OE
54050-414220CN
CN10
*CD1
100nFC64
2
VCC
14
3
74VHC08MXU21-1
GND
7
1
5.1KR278
R18910K
DGND
10K
DGND
R2745.1K
R259
DGND
3.3V_CARD3
3
2
680R246
Q20KSA1182-Y
1
R159
10K
3.3V_CARD2
R93 0,5%
3.3V
74VHC08MXU21-2
4
5
6
3.3V
63mW10KRA16
3.3V_CARD2
R264
3.3V
10K
3.3V_CARD2
47K
R218
R1641K
3.3V
DGND
R2555.1K
3.3V_CARD1
0
3.3V
DGND
R252
C101100nF
10K
R212
DGND
1KR113
SM_WP250
SM5/XD8_nWP31
27 SM6/XD10_D0SM7/SD11_D123
19 SM8/XD12_D2SM9/XD13_D315
1SM_CD1/XD_CDSM_CD2
3
49SM_WP1
SM19/XD2_RnB33
SM1/XD1_VSS47
37 SM20/XD3_nRESM21/XD4_nCE41
45 SM22/XD18_VCC
43 SM2/XD5_CLESM3/XD6_ALE39
35 SM4/XD7_nWE
SM11_CD75 SM12/XD18_VCCSM13/XD14_D49
13 SM14/XD15_D5SM15/XD16_D617
21 SM16/XD17_D7SM17_VCC25
29 SM18/XD1_VSS
12SD7_DAT0SD8_DAT1 10
48SD9_DAT2
SD_CD168
SD_CD2
SD_WP124
SD_WP2
11 SM10/XD9_VSS
MS9_VCC236
NC28
46SD1_CD/DAT3SD2_CMD 44
42SD3_VSS1SD4_VDD 40
16SD5_CLKSD6_VSS2 14
MS1_VSS11820
MS2_BSMS3_VCC1
2224
MS4_SDIOMS5_NC1
2630
MS6_INSMS7_NC2
3234
MS8_SCLK
PF1705
CN7
GND15152
GND2
38MS10_VSS2
KSA1182-YQ18
1
3
2
3.3VC189100nF
3.3V
3.3V_CARD1
100nF
100nFC109
3.3V
C112
10KR267
_G
DGND
DGND
17B216B315B414B513B612B711B8
1 DIR
10GND
20 VCC
19
2 A13 A24 A35 A46 A57 A68 A79 A8
B1 18
1K
U17
C74LCX245FT-ELP
R112
DGND
10K
R154
3.3V
B3 16
B4 15
B5 14
B6 13
B7 12
B8 11
DIR1GND 10
VCC20
_G19
3
A34
A45
A56
A67
A78
A89
18B1B2 17
3.3V
C74LCX245FT-ELP
U16
A12
A2
R25310K
DGND
DGND
10K
DGND
DGNDDGND
DGND
10
9
8
R272
DGNDU21-374VHC08MX
1 DIR
10GND
20 VCC
19 _G
DGND
47KR109
A68 A79 A8
B1 1817B216B315B414B513B612B711B8
U12
C74LCX245FT-ELP
2 A13 A24 A35 A46 A57
74VHC08MXU21-4
13
12
11
3.3V
R192
10K
EN
2FLG
GND3
4ILIM
7IN
5NC
8OUT1
6OUT2
MIC2544-1BM
U19
1
100nFC76
R13047K
3.3V
100nFC187
47K
R251
3.3V
DGND
DGND
3.3V_CARD3
R19747K
3.3V
47K
R145
R187
10K
C208
100nF
DGND
DGND
3.3V
TC7S32F-TE85LU33
3.3V
DGND
100nFC170
10K
R175
DGND
5.1KR277
100nFC194
R2665.1K
10K
R271
DGND
nCARD_EN
R261
5.1K
SPIDI
nSMXD_CE
nCF_CE_OUTnCF_RD_OUTnWR_CARDnCF_RD
nCF_CE
nWR nRD_CARDnRD
SW9_IN
SW10_IN
SW9
SW10
CARD_LED
CARD_PWR2
A(6)A(7)
A(0:11)
A(8)A(9)A(10)A(11)
nCARD_EN
nSMXD_CE
nCF_CE nCF_RD
nRD
nCARD_PWR1
CARD_D(1)CARD_D(2)CARD_D(3)CARD_D(4)CARD_D(5)CARD_D(6)CARD_D(7)
CARD_A(0:11)
CARD_A(8)CARD_A(9)CARD_A(10)CARD_A(11)
A(0)A(1)A(2)A(3)A(4)A(5)
CARD_A(3)CARD_A(4)CARD_A(5)CARD_A(6)CARD_A(7)
D(0)
D(0:7)
D(1)D(2)D(3)D(4)D(5)D(6)D(7)
CARD_D(0)
CARD_D(0:7)
SPIDOnSD_CS
MS_BS
MS_SDIO
nMS_INS
MS_SCLK
nCARD_PWR3
CARD_A(0)CARD_A(1)CARD_A(2)
CARD_A(5)CARD_A(6)CARD_A(7)CARD_A(8)CARD_A(9)CARD_A(10)
nSD_CD
nSD_WP
nSMXD_CD
nSM_WP
CARD_A(11)CARD_A(10)nWR_CARDnSMXD_WP
CARD_D(0:7)
CARD_D(0)CARD_D(1)CARD_D(2)CARD_D(3)
CARD_D(7)
CARD_D(4)CARD_D(5)CARD_D(6)
SMXD_RnBnRD_CARD
nSM_CD
SPICLK
nCF_CD1nCF_CD2nCF_CE_OUT
nCF_RD_OUT
CARD_A(11)
nCF_WAIT
nWR_CARD
CARD_A(0)
CARD_D(0)CF_RSTCF_RnB
CARD_A(0:10)
CARD_D(0:7)
CARD_D(1)CARD_D(2)CARD_D(3)CARD_D(4)CARD_D(5)CARD_D(6)CARD_D(7)
CARD_A(1)CARD_A(2)CARD_A(3)CARD_A(4)
manuals4you.commanuals4you.com
E
MFG ENGR CHK
3
D2D1
FB
Time Changed
V3
E
7
Drawn by
C
VGL
33uH
R&D CHK
VLED
FRP
2
A
Drawing Number
F
DRV
of
AVDD
HSYNC
1 6
B
NO_POPChanged by
3
SDA
B
D0
51
CN11
A
C
11
CS
SCL
D4
4
2703-001519
VCOM
TFT LCD I/F REV
D7
2
D3
D
4
V6
DOC CTRL CHK
6
DCLK
TITLE:
Sheet
Engineer
V8V7
AGND
D6
8
VCC
V5
GND
D
D5
VGH
V1
F
QA CHK
5
bsmin8 Tuesday, March 15, 2005 3:33:28 pm
D.H. IM
D.H. IM
10
OTTER REV1.0
A3
SAMSUNG CONFIDENTIAL
Size
7
VSYNC
H.J. LEE
V4
V2
8
Date Changed
NO_POP
1/16W
200
RA23
C200
100nF
32CN11-32
CN11-55
Q23Si2308DS
16V
DGND
3.3V
C16210uF
DGND
18pFC190
DGND
DGND
DGND
R2735.1K
2.2uF
C137
CN11-2323
10
24
CN11-10
CN11-24
DGND
31CN11-31
C178
100nF
1/16W
CN11-3030
RA17
200
DGND
14
1/16W200RA13
CN11-2222
CN11-14
CN11-1212
C152 1000NF
16V10uFC124
22
19nOE
14
nRESET
nSCAS
53
nSCS/RAM_nCS
5654nSRAS
49nSWE/RAM_nWE
nWE20
VDD_6
VDD_77989
VDD_8
XIN
1617
XOUT
nDACK
2524nDREQ
21nIOCSnIRQ
5051SCLK
TM
26
VDD_18 15
VDD_2
VDD_33141
VDD_457
VDD_573
3234
RAM_D3RAM_D4
3739
RAM_D5RAM_D6
4244
RAM_D7RAM_D8
45
RAM_D943
SCKE/RAM_nOE
2729
RAM_D1
RAM_D104038
RAM_D11RAM_D12
3533
RAM_D13RAM_D14
30
RAM_D1528
RAM_D2
RAM_A2
RAM_A3
7172RAM_A4
RAM_A5
7068RAM_A6
RAM_A7
6663RAM_A8
61RAM_A9
RAM_D0
RAM_A1
67
62RAM_A10
RAM_A11
6047RAM_A12/DQM0
RAM_A13/DQM1
4858RAM_A14/BA0
RAM_A15/BA1
59
69
84LCD_D3LCD_D4
8382
LCD_D5LCD_D6
8180
LCD_D7
75
LCD_Hsync
LCD_Vsync74
RAM_A0
65
52
GND_6
GND_75564
GND_8
GND_977
76LCD_CLKLCD_D0
8887
LCD_D1 86LCD_D2
DATA9
78
DEM
GND_11 85
GND_10
GND_1195
18
GND_2
GND_32336
GND_446
GND_5
DATA15
11DATA2
10DATA3DATA4
97DATA5DATA6
65DATA7DATA8
43
ADDR4
13DATA0
12DATA1
DATA102
100DATA11DATA12
9998
DATA13DATA14
9796
PHOTOPERI
U18
94ADDR0ADDR1
9392
ADDR2ADDR3
9190
1nFC155
1/16W200RA12
CN11-1313
C192
100nF
C15133uF16V
200R220
DGND
CN11-2020
100nFC150
2001/16W
CN11-2121
RA14
C195
100nF
L16
0
3.3V
C173
100nF
LCD_AGND
CN11-2929
C138
2.2uF
C174
100nF
DGND
2
2KR243
CN11-2
L13
5V
RA21
200
1/16W
1000NFC142
C17533pF
CN11-1919
LCD_AGND
5V
R244100K
LCD_AVDD
8
1
LCD_AGND
CN11-8
33
00-6207-3329-20-000
CN11-1
CN11-33
RA22
200
1/16W
C16033nF
11
DGND
CN11-11
100nF
C191
CN11-99
200
RA20
1/16W
3.3V
DGND
CN11-66
C202
100nF
R247 0
5.1K
DGND
R265
D19SS16
100nF
C199
26VSS1
50VSS2
4VSSQ1VSSQ2
10
VSSQ34147
VSSQ4
100nFC196
8DQ4DQ5
9
DQ611
DQ71239
DQ8DQ9
40
LDQM14
NC13337
NC2
UDQM36
VDD1125
VDD2
VDDQ1713
VDDQ238
VDDQ3VDDQ4
44
A73031
A832
A9
BA19
CKE3435
CLK
2DQ0DQ1
3
42DQ10DQ11
4345
DQ12DQ13
4648
DQ14DQ15
49
5DQ2DQ3
6
U23
*CAS16
18*CS
17*RAS
15*WE
21A0A1
22
20A10
23A2A3
2427
A4A5
2829
A6
K4S161622D-TC70
CN11-77
C181
100nF
3.3V
CN11-2525
3.3V
C154
L14600ohm
1000NF
1000NF
3.3V
C161
100nF
DGND
DGND
C143 1000NF
16
C201
CN11-16
18
27
CN11-18
5.1KR270
1/16W
CN11-27
RA18
CN11-1717
1/16W
200
CN11-1515
C185
100nF
RA24
200
1/16W
DGND
200R279
C188
100nF
DGND
DGND
DGND
VGHVGL
33R249
CN11-44
26
CN11-2828
CN11-26
CN11-33
1/16W
200
RA19
LCD_VSYNC
LCD_SCLK
LCD_D(7)LCD_D(6)LCD_D(5)LCD_D(4)
DGND
DGND
PERI_DRAM_D(6)
PERI_DRAM_D(10)PERI_DRAM_D(5)PERI_DRAM_D(11)PERI_DRAM_D(4)
nPERI_CS0
PERI_DRAM_A(0:10) PERI_DRAM_D(0:15)PERI_D(0:15)
nPERI_CAS
nSDRAM_CS0
nPERI_RAS
PERI_DRAM_D(14)PERI_DRAM_D(1)PERI_DRAM_D(15)PERI_DRAM_D(0)
PERI_DRAM_D(12)PERI_DRAM_D(3)PERI_DRAM_D(13)PERI_DRAM_D(2)
PERI_DRAM_D(8)PERI_DRAM_D(7)PERI_DRAM_D(9)PERI_A(2)
PERI_A(5)PERI_A(3)PERI_A(4)
PERI_D(0)PERI_D(15)PERI_D(1)PERI_D(14)PERI_D(2)PERI_D(13)PERI_D(3)PERI_D(12)PERI_D(6)PERI_D(9)PERI_D(7)PERI_D(8)PERI_D(4)PERI_D(11)PERI_D(5)PERI_D(10)
PERI_A(10)PERI_A(9)
PERI_A(8)PERI_DRAM_A(10)PERI_DRAM_A(9)
PERI_DRAM_A(8)
nPERI_CS0
PERI_A(7)
PERI_A(8)
PERI_A(9)
PERI_A(10)
PERI_A(0:10)
PERI_DRAM_A(0)PERI_DRAM_A(7)PERI_DRAM_A(1)PERI_DRAM_A(6)PERI_DRAM_A(2)PERI_DRAM_A(5)PERI_DRAM_A(3)PERI_DRAM_A(4)
PERI_A(0)PERI_A(7)PERI_A(1)PERI_A(6)
PERI_D(7)
PERI_D(9)
PERI_D(11)
PERI_D(13)
PERI_D(15)
PERI_A(0)
PERI_A(1)
PERI_A(2)
PERI_A(3)
PERI_A(4)
PERI_A(5)
PERI_A(6)
LCD_D(2)LCD_D(3)
LCD_CLK
LCD_HSYNC
PERI_SCLK
PERI_D(0)
PERI_D(14)
PERI_D(12)
PERI_D(10)
PERI_D(8)
PERI_D(6)
PERI_D(4)
PERI_D(2)PERI_D(1)
PERI_D(3)
PERI_D(5)
LCD_D(0:7) LCD_VLED
LCD_DRV
LCD_VLED
LCD_CS
LCD_D(0)LCD_D(1)
LCD_VSYNCLCD_HSYNC
LCD_SDI
LCD_DRV
PERI_DRAM_D(11)PERI_DRAM_D(10)
PERI_DRAM_D(1)PERI_DRAM_D(0)
PERI_SCLKPERI_CKE
BA
PERI_DRAM_A(9)PERI_DRAM_A(8)PERI_DRAM_A(7)PERI_DRAM_A(6)PERI_DRAM_A(5)PERI_DRAM_A(4)PERI_DRAM_A(3)PERI_DRAM_A(2)
PERI_DRAM_A(10)
PERI_DRAM_A(1)PERI_DRAM_A(0)
nPERI_WE
nPERI_RASnSDRAM_CS0
nPERI_CAS
nPERI_RST
A(20)A(21)
D(0:7)
A(14:21) nPERI_CSnWRnRD
PERI_DRAM_D(0:15)
PERI_DRAM_A(0:10)
UDQMLDQM
PERI_DRAM_D(9)PERI_DRAM_D(8)PERI_DRAM_D(7)PERI_DRAM_D(6)PERI_DRAM_D(5)PERI_DRAM_D(4)PERI_DRAM_D(3)PERI_DRAM_D(2)
PERI_DRAM_D(15)PERI_DRAM_D(14)PERI_DRAM_D(13)PERI_DRAM_D(12)
A(1:5) D(0)D(1)D(2)D(3)D(4)D(5)D(6)D(7)A(14)A(15)A(16)A(17)A(18)A(19)
LCD_D(7)LCD_D(6)LCD_D(5)LCD_D(4)LCD_D(3)
LCD_D(0:7)
PERI_D(0:15)
LDQMUDQMBA
nPERI_WEPERI_CKE
A(3)A(4)
A(2)A(1)
A(5)
PERI_CLK
LCD_D(0)LCD_D(1)
PERI_A(0:10)
LCD_CLK
LCD_D(2)
1%
1%
5
TITLE:
NO POP
4
POWER Part & OP I/F
4
Drawing Number
IRF9024
2
Ceramic
6
Sheet
DOC CTRL CHK
1
F
QA CHK
C
OP INTERFACE
7
REV
C
5
MFG ENGR CHK
6
A
11
3
3225
Drawn by
of
R&D CHK
B 120,1/4W
120,1/4W
1%
Engineer
Changed by
3
1%
50V
,1%
50V
H.J. LEE
E
B
1.8V REGULATOR FOR ZR-410011
2
1%
1
120,1/4W
Date Changed
3225
D
120,1/4W
8
IRF9024
Time Changed
1%
D
SAMSUNG CONFIDENTIAL
A
Ceramic
NO POP
8
E
NO POP
Size
2
bsmin8 Tuesday, March 15, 2005 3:34:13 pm
D.H. IM
D.H. IM
OTTER REV1.0
A3
F
7
NO POP
DGND
Q26MMBT2222ALT1
13
R2811K1K R291
R2821KR292R2831K
1K
R293
R2941K
1KR284
DGND
1K
R308
47K
10pF
C197
47K
R307
47K
R306
35V470uFC12
DGND
1KR115
BR92
C541000NF
Q11MMBT2222ALT1
13
2
16V10uFC172
3.3V
C45
1000NF
MBRS360T3D5
L3SLF12575T-220M2
1
3
2
DGNDMMBT2907AQ14
1G
3S
3.3V
Q16
2D
100uFC75
R50
470K
SLF12575T-220M2L1
10K
DGND
DGND
24V_IN
R51
100nFC56
C52100nF
MMSD914T1D13
DGND
DGNDDGND
R76330
R30910K
R310 12K
R101
10KR295
3.3V
30.1K
DGND
10pF
DGND
DGND
15K
DGND
3.3V
C205
47K
3.3V
R37
R305
47K
47K
R304
R303
R98
DGND
R585.23K
R2801KR2901K
DGND
1
GND
3 IN OUT2
U14LD1117DT33C
R71
14
2IN-13
2OUT10
CT1
GND8
RT2
SCP15
VCC9
VREF16
10K
1DTC6
1FB5
1IN+3
1IN-4
1OUT7
2DTC11
2FB12
2IN+
123
5
4
U4
TL1451A
53261-0390CN2
23
1
DGND
DGND
R62
1Kohm
120K
ZD1MMBZ5234BLT1
5
4
R70
U20TC7S32F-TE85L
3
2
1
Q6
D
2
1G
3
S
0R298
DGND
DGND
R2281K
GND10
VCC20
_G19
DGND
LED1SLS-NNBS102TS
8
A89
B118
B217
B316
B415
B514
B613
B712
11B8
DIR1
C74LCX245FT-ELP
U22
A12
A23
A34
A45
A56
A67
A7
C182
C4347nF
100nF 100nFC186
R524.7K
R88
0
DGND
15KR77
2
R964.7K
MMBT2907AQ13
1
3
5.1KR268
R69
VHD
R66
120K
C51
5.23K
C10
10uF
C29 220pF
10uF
DGND
5V
1KR105
C168
100nF
2.2nFC37
DGND
47K
R299
47KR53
R300
47K
R301
R10310K
47K
D11RB420D T147
24V_IN
DGND
C23100nF
4.7KR90
R73
DGND
1000NFC203
DGND
C176
100nF
5V
100nF
C171
C16910uF16V
DGND
1KR79
DGND
3.3V
DGND
MBRS360T3D15
2
10KR56
Q17MMBT2222ALT1
1 3
C206220pF
DGND
DGND
3.3V_Z
C38 2.2nF
GND
1
IN3 2OUT
LD1117DT33CU13
0R297
220pFC207
C24100nF
1N4749AZD3
1.8V
5V
5.1KR233
DGND
DGND
DGND
R91
10KR81
SUD50P06-15L
2G
1
3
DGND
Q8
3
2
3.3V_Z
2KR57
DGND
Q15MMBT2907A
1KDS226
1
2
M4D18
8910
14
13
DGND
D14
2
1112
34567
CN652793-1290
1
R7215K
3.3V
1KR106
DGND
5V
DGND
DGND
C157
100nF
3
2
Q22MMBT2222ALT1
1
30.1K
R95
R114
DGND
15K
LD1117ADT18TRU10
GND
1
IN3 2OUT
DGND
5V
DGND
C193100nF
13
2
DGND
MMBT2222ALT1Q12
R801K
R1075.23K
R89R970
5.23K
DGND20K
R296
Q10MMBT2907A
1
3
2
C33470uF
R67 10K
C40
DGNDDGND
16V33uFC16
2.2nF
R4912K
SW1
KDS226D12
1
3
2
DGND
16V10uFC159
DGND
DGND
12
324VTC18-422-51
CN15
C204
1000NF,16V
R302
47K
DGND
3.3V
C18310uF16V
R10815K
DGND
100nF
C167
R99
10K
SW9_INSW10_IN
SW1SW8SW7SW6SW5SW4SW3SW2
AMB_TEMP
LED_BLUE1
PWR_CTL
POWER_SW
TPH_PWR_EN
LED_BLUE
SW1
nRD
nSBCS3
D(0:7)
D(1)D(2)D(3)D(4)D(5)D(6)D(7)D(0)
FAN_ENSW2SW3SW4SW5SW6SW7SW8
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Circuit Description- 1 -
1. General Description
Main Circuits are composed of main controller part ( ZR-4100) which manages the overall system ,engine control part , TPH interface part for printing , usb , memory card interface , TFT LCD interfacepart , operating panel interface part and power part .As a main system controller , ZR-4100 controls overall system including flash memory and SDRAM ,transfers printing image data to TPH controller ASIC(ETCC), transfers image data to TFT-LCD controllerASIC(PhotoPeri) and performs the extra function such as USB device , USB host and memory cardcontrol using embedded function .
Main Controller ZR-4100 ( ZORAN )Flash Memory 4MByte (4M x 8bit) (1MByte for Otter-PictBridge)SDRAM 32MByte (32M x 8bit) K4S560832 (SEC)TPH Controller ASIC ETCC (Alps)TFT Controller ASIC PhotoPeri (SEC)Image SDRAM 2MByte (1M x 16bit) K4S161622 (SEC)USB Device Interface Version 2.0USB Host Interface Version 1.1Clock 48MHz External CrystalLine Feed Motor Stepper MotorUp/Down Motor Stepper MotorSwitching Regulator 2-CH DC/DC Converter TL1451A (TI)
+15 ~ +20 V for TPH Power+5V for Logic Power
External Power Supply +24V ( ±5% ) / 1.8 A
2. Main Controller (ZR-4100) Part
2.1. Overview
ZR-4100 is a highly integrated , fully programmable SOC designed for printing appliances and can
be divided 3 function such as ARM7 , FlexRisc and DSP.
ARM7 CPU used in ZR-4100 is 67MHz RISC CPU , has 2KB Instruction Cache and 2KB Data Cache
and support the interface with system bus & SDRAM . Also ARM CPU support on chip PLL(With EMI
Reduction) , USB 2.0 high Speed device , USB1.1 Full Speed host , JTAG Interface and Serial Port
Interfage.
11. Circuit Description
Circuit Description- 2 -
FlexRisc of this SOC can be used as clock generator / pulse generator / FIFO/PWM generator
according to the each purpose . Of course , each function of FlexRisc in this System is used and ports
are assigned . ( Refer to I/O Map )
The DSP performs all the image processing , while the CPU is reserved for system processing and
control functions.
Key features of ZR-4100 is as follows .
- Manufactured in 0.18mm TSMC process
- core voltage 1.8V
- I/O voltage 3.3V
- I/Os are 5V tolerant .
- Low power modes
- On-chip PLL
- Support for spread spectrum clock (EMI reduction)
- Maximum internal clock frequency is 133MHz
- 8bit SDRAM interface ( max. freq. 133MHz)
- On-chip ARM7 CPU
- On-chip data and instruction cache
- On-chip tightly-coupled memory (TCM) connected to the ARM7
- On-chip imaging DSP
- On-chip 16Kbye SRAM (4k x 32) for imaging DSP
- Generic Scanner interface ( only motor control block is used )
- Generic Inket printer interface ( only motor control block is used )
- 8/16 bit wide system bus interface to ROM,SRAM, and other external devices
- Memory card support , including DF/SM/SD/MMC/other formats
- USB2.0 High Speed compliant device port
- USB Full-speed host port
- Serial port
- Serial ROM/EPROM interface ( not used )
- Sample pins to allow for different boot modes
2.2. System Clock
Either method of using external X-tal and capacitor and then making master clock by operating theinternal PLL or methods of connecting oscillator clock to Xin port directly can be used as a systemclock input . In this system , 48MHz X-tal is used to making MCLK and is also used as USB Clock .
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Circuit Description- 3 -
2.3. System BUS Control
2.3.1. Chip Select ( nROM_CS,nSOLGO_CS,nPERI_CS )
ZR-4100 has 4 chip select pin . Each chip select can access to 4M Bytes- nROM_CS : Flash Memory Chip Select ( 4M * 8bits )
- nETCC_CS : TPH Controller ASIC Chip Select ( * 16bits )
- nPERI_CS : TFT LCD Controller ASIC Chip Select ( * 16bits )
2.3.2. /RD & /WR/RD & /WR SIGNAL is low active synchronizing internal MCLK ,These signals are connected to parallel flash memory , TPH controller ASIC , TFT controllerASIC and are used as strobe signal of reading or writing when chip select is active low .
2.3.3. System Data Bus (SBD0 ~ SBD7)8BIT data bus
2.3.4. Address Bus (SBA0 ~ SBA13,SBA14~SBA21)Address busSBA14~SBA21 are used as data bus (SBD8~SBD15) in case of 16bit access .
2.4. SDRAM Control
ZR-4100 includes DRAM controller which can control external DRAM .The SDRAM interface has an external data width of 8bits. It can connect directly to one SDRAMdevice(data width 8bits) or two SDRAM devices of the same type (data width 4bits) . Supported deviceshave 16,64,128,256 Mbits memory size with single data rate (SDR) protocal.This system uses a 32MBytes SDRAMInterfacing to SDRAM devices is critical to timing . Therefore the SDRAM interface does not use anyoverlays . Each IO has only one SDRAM related function defined in the JEDEC spec. To save pins thechip select outputs have been removed therefore the select input of attached SDRAM devices must bepulled down .
2.5. Engine Control
There are printer FlexRisc and scan FlexRisc in ZR-4100. Each FlexRisc has a function of motorcontrol with 2-channel encoder input . These encoders maintain the current motor position , themovement direction and the speed. But, this system do not use this function2 DC motors for Linefeeding and TPH rotating using function of FlexRisc.Line feed motor and Up/Down motor are controlled by TPH controller ASIC(ETCC).
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Circuit Description- 4 -
2.6. USB Full Speed Host
The USB host controlling and managing the USB bus is referred to as a host controller. This hostcontroller is implemented in a combination of hardware and software.The USB host interacts with USBdevices through the host controller.The host is responsible for the following:
• Detecting the attachment and removal of USB devices• Managing control flow between the host and USB devices• Managing data flow between host and USB devices• Collecting status and activity statistics• Providing power to attached USB devices
The USB system software on the host manages interactions between USB devices and host-baseddevice software. There are five areas of interactions between the USB system software and devicesoftware:
• Device enumeration and configuration• Isochronous data transfers• Asynchronous data transfers• Power management• Device and bus management information
2.7. USB2.0 Interface
The USB device on the 4100 provides the following features:• Fully USB 2.0 compliant device controller• Fully USB Full-Speed compliant device controller• High speed (480 MHz) data transfer capable• Full speed (48 MHz) data transfer capable• Supports Bulk, Control, Interrupt, and Isochronous transfer• Internal RAM buffers to isolate memory latency (512 bytes and 1152 bytes)• ANSI-C Device Application Program Interface• Supports up to 9 endpoints• Supports test modes defined by USB 2.0 specification
2.8. Memory Card Control
ZR-4100 supports 6 types of memory card such as CF,SM,MS,SD,MMC and xD .Parallel Memory Card interfaces
• CompactFlash Card Interface• SmartMedia Card Interface• xD Fixture Card Interface
These interfaces use the lower System Bus address and data signals.Serial Memory Card Interfaces
• Memory Stick Interface
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Circuit Description- 5 -
• Secure Digital Interface(intended for connection of Secure Digital/MultiMedia cards)Secure Digital is downward compatible to support the MultiMediaCard standard
3. Reset Circuit
This system is composed of power on reset (nRESET) and reset by watch dog timer. .Power on reset is used for reset to main controller and flash memory when power is applied tothe system . The below figure is the block diagram related to power on reset .
ZR-4100MAIN CONTROLLER
XC61FN3112MR
Voltage Detector
nRESET
FLASHMEMORY
ZR-4100MAIN CONTROLLER
XC61FN3112MR
Voltage Detector
nRESET
FLASHMEMORY
Figure 3-1. Block Diagram of power on reset
The voltage detector IC checks the VCC (3.3V) Voltage if VCC reaches to 3.1V.If so , nRESET signal keeps low for 50ms~200ms and then changes to high (+3.3V).The Main Controller performs a initial operation by this nRESET signal .
3.1. Voltage Detector
The voltage detector IC XC61FN3112MR monitors the vcc voltage and applys the nRESET signal toMain Controller and Flash Memory .The output of XC61FN3112MR is open drain structure so 1KΩ PULL UP is needed .
3.2. Watch Dog Timer
To prevent the system from stalling , the 4100 architecture has a build-in watch-dog counter for systembus and memory card accesses. When counter expires during and external access , the access isterminated and an error is signaled.
Circuit Description- 6 -
4. Engine Operating Circuit Description
This system uses 2 stepper motors and sensors to control engine. One is for feeding the paper
and the other is for up/down TPH . There are two sensors with Engine. First, paper sensor detects
paper exit. Second, ribbon sensor detects the edge of each color ribbon during feeding and is
used to determine loading length .
Overall block of engine control is showed in Figure 4-1.
ZR-4100
Motor Driver
MTD2009J
LFStepper Motor
UD
PaperSensor
RibbonSensor
GPIO
GPIO
Stepper Motor
ETCCnETCC_CS
A(1:21)D(0:70
UD_PHA, BnUD_ENA, BUD_REF1, 2
LF_PHA, BnLF_ENA, BLF_REF1, 2, 3
ZR-4100
Motor Driver
MTD2009J
LFStepper Motor
UD
PaperSensor
RibbonSensor
GPIO
GPIO
Stepper Motor
ETCCnETCC_CS
A(1:21)D(0:70
UD_PHA, BnUD_ENA, BUD_REF1, 2
LF_PHA, BnLF_ENA, BLF_REF1, 2, 3
Figure 4-1. Block Diagram of engine control
4.1. TPH Up/Down Motor Driving Circuit
TPH Motor performs the up/down of TPH to print image .Motor driver IC MTD2009J is used for driving TPH up/down motor.The direction of TPH & LF motor is determined each by UD_PHA, B and LF_PHA, B signal fromETCC.
Figure 4-2. Circuit diagram of UD motor driver .
The above is the circuit diagram of UD motor driver IC . MTD209J is used as driver IC and thebelow truth table shows the direction condition of motor rotation.
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Circuit Description- 7 -
Table 4-1. UD motor Truth table for MTD2009J
1-2 phase excitation
+ direction : Ⅰ→Ⅱ→Ⅲ→Ⅳ→Ⅴ→Ⅵ→Ⅶ→Ⅷ→Ⅰ
- direction : Ⅰ→Ⅷ→Ⅶ→Ⅵ→Ⅴ→Ⅳ→Ⅲ→Ⅱ→Ⅰ
2-2 phase excitation
+ direction : Ⅰ→Ⅲ→Ⅴ→Ⅶ→Ⅰ
- direction : Ⅰ→Ⅶ→Ⅴ→Ⅲ→Ⅰ
4.2. LF Motor Driving Circuit Design
LF motor performs pick-up and feeding of the paper .
Figure 4-3. Circuit diagram of LF motor driver .
The above is the circuit diagram of LF motor driver IC . MTD209J is used as driver IC and thebelow truth table shows the direction condition of motor rotation.
Circuit Description- 8 -
Table 4-2. LF motor Truth table for MTD2009J
1-2 phase excitation
+ direction : Ⅰ→Ⅱ→Ⅲ→Ⅳ→Ⅴ→Ⅵ→Ⅶ→Ⅷ→Ⅰ
- direction : Ⅰ→Ⅷ→Ⅶ→Ⅵ→Ⅴ→Ⅳ→Ⅲ→Ⅱ→Ⅰ
2-2 phase excitation
+ direction : Ⅰ→Ⅲ→Ⅴ→Ⅶ→Ⅰ
- direction : Ⅰ→Ⅶ→Ⅴ→Ⅲ→Ⅰ
4.3. Paper Sensor
Exit Sensor performs the detection of paper exit.
Figure 4-4. Circuit DIagram of Paper sensor
Paper sensor is used to detect the edge line of exiting paper. nPSEN_A is connected to ZR4100,so ZR4100 can determine whether paper exited.The paper sensor specification is as follows.
- Digital photo reflective sensor- Infrared Type
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Circuit Description- 9 -
4.4. Ribbon Sensor
Align Sensor performs the detection of paper edge line during the pick-up of paper, auto top alignmentof 2 pass printing and reading the barcode . And barcode sensor is used to sense the barcode whichis at another position.
Figure 4-5. Circuit Diagram of ribbon sensor
Paper sensor is used to detect the edge line of each color ribbon. nR_SENSOR is connected toZR4100, so ZR4100 can determine whether each color arrivedThe paper sensor specification is as follows.
- Digital photo reflective sensor- Infrared Type
5. TPH Driving Circuit Description
This System performs the printing operation using thermal print head ( TPH )Image data through the USB or memory card is processed to CMY data by main controller , and thenprocessed to data format suitable to TPH by TPH controller ASIC .TPH is very sensitive to the temperature of heaters so use thermal history control (THC) algorithm withinformation of temperature acquired by temperature sensing circuit.
5.1. TPH Controller ASIC (ETCC)
Operating Condition
- External 4.5V~5.5V interface
- Internal 3.0V~3.6V operation
- TPH outputs (only except for CPU interface Input) are 5V required.
Typically 12 MHz operation.
144 pin LQFP
2-channel Stepper Motor Controller embedded.
5.2. TPH I/F Circuit
Signals from TPH Controller ASIC is applied to TPH logic.
Circuit Description- 10 -
Data signals have the information about the each dot of TPH heaters and is showed in following figure.
IC NO. Heater Element NO.IC NO. Heater Element NO.
Figure 5-1. Structure of TPH data line.
This structure is the explanation about the ALPS TPH which has 10 data lines and each data line hasthe information about the 128 dots .
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Circuit Description- 11 -
Figure 5-2.TPH interface circuit block diagram
TPH is 5V Logic . therefore additional level shifter is needed to shift the logic level (3.3V to 5V)
Signal Signal DescriptionData 96bit dataClock ClockLatch LatchStrobe Enable Signal
Figure 5-3 TPH interface signal description
Figure 5-4 TPH interface timing
Circuit Description- 12 -
5.3. Temperature Sensing Circuit
Thermistor is included in TPH to read temperature of TPH Heater.The circuit such as following figure is used . Voltage divided by R1 and Thermistor is inputted to ADCin Solgo Asic. ADC convert the voltage into temperature according to equation of following formula.
Thermistor characteristics is as follows.B constant = 3950K ± 3% . R25 = 30K ± 5%R=R25 x exp(B x (1/(T+273)-1/(25+273)
Vref
TPH
THERM1
THERM1
R1
RthVREF
AGND
VREF
External ADC
IN
Vref
TPH
THERM1
THERM1
R1
RthVREF
AGND
VREF
External ADC
IN
Figure 5-5 Block diagram of temperature sensing.
5.4. TPH Voltage On/Off Circuit
TPH operating voltage On/Off function is needed to supply the power to TPH only during printing.Printing → TPH_PWR_EN 'H' : Q10 , Q14 Disable ,Non Printing → TPH PWR_EN 'L' : Q10 , Q14 EnableThis circuit is divided into 2 blocks which are for On/Off function and discharge function(TBD).
5.4.1. On/Off CircuitV_IN
VHDTPH
Q6
Discharge
Circuit
ZR-4100 2DTC
VREF1DTC
2IN+
V_IN
VHDTPH
Q6
Discharge
Circuit
V_IN
VHDTPH
Q6
Discharge
Circuit
ZR-4100 2DTC
VREF1DTC
2IN+
Figure 5-6 Circuit diagram of TPH Power On/Off
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Circuit Description- 13 -
5.4.2. Discharge Circuit (TBD)
This circuit is needed for fast discharging time.If Q3 is disable , TPH voltage is discharged through the R5,R6 resistors .
VHDController
TPH PWR EN
TPH
3.3V
Q3 Q4
ON/OFF
Circuit
R5 R6
R7
R8R9
Figure 5-7 Circuit diagram of TPH power discharging.
5.5. Adaptor Voltage Detect Circuit
This system uses a adaptor of ±2% tolerance . Optical Density of printed Image is different accordingto TPH operating voltage . So each machine is to be compensated for voltage deviations.This system uses the circuit such as following figure .Adaptor Voltage is divided by R1,R2 , go through the buffer and then read by ADC of Solgo ASIC.
Adaptor VHD
+-
A/D
Convertor
R1
R2
Figure 5-8 Circuit diagram of adaptor voltage detect
Circuit Description- 14 -
5.6. Fan Control Circuit
Fan is used to keep steady temperature by cooling heat generated form TPH heater .
VccCN1
Fan
Motor
R2
R1Q1
D1
C1Fan_En
Im
Figure 5-9 Circuit diagram of fan control
6. USB Interface Circuit Description
This system uses USB host for direct printing from digital camera and USB Device 2.0 for PC printing .These function is embedded in ZR-4100 Main Controller ASIC.
6.1. USB Full Speed Host
- Poly Switch is used for implementing over-current protection for safety reasons.- USB uses pull-up or pull down resistors to determine when an attach or detach event has taken
place on the USB bus and the speed capacity of the attached peripheral.The USB host requires an external 15k Ohm pull-down resistor on DPLUS andDMINUS.When a USB target is connected to the host controller, the RPU in the Target will cause theDPLUS (or DMINUS for a low speed device) signal to go high and the ATTACH interrupt will beactivated.
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Circuit Description- 15 -
Figure 6-1 Circuit diagram of USB Host6.2. USB High Speed Device
ZR-4100 has a register which enables a pull up , therfore don't need external pull up registers.
USB20USBCMD Register bit 0Writing a one to this bit will cause the device controller to enable a pull-up on D+ and initiate
an attach event. This control bit is not directly connected to the pull-up enable, as the pull-up
will become disabled upon transitioning into high-speed mode.
Software should use this bit to prevent an attach event before the device controller has been
properly initialized. Writing a 0 to this will cause a detach event.
Figure 6-2 Circuit diagram of USB device
Circuit Description- 16 -
7. Memory Card Interface
This system supports 7 types of memory card which are CF1,CF2,SM,MS,SD,MMC,xD and thesememory card controller is embedded in main controller asic ZR-4100 .Main controller asic has dedicated port for these function .This system uses 2 memory card sockets for connecting with memory cards . One is for CF1,CF2and the other is for ,SM,MS,SD,MMC,xD card .
7.1. Compact Flash Card Interface
CF Card is accessed by parallel memory interface . Address and data are hold in common with themof system bus . Buffer 74LCX245 is used to access memory card in case of interaction with memorycard .
Pin NameI/O
(4100)Description
A(0:11) O AddressD(0:7) I/O DatanCD(2:1) I Card detect pinnCE O Chip enablenOE I This is an output enable strobe generated by the host interface
RDY/nBSY Iin Memory Mode this signal is set high when CompactFlashstroge card for CF+ Card
nREG O High for Common Memory , Low for Attribute MemoryRESET O When the pin is high , this siganl Resets the CompactFlash card
nWAIT IThe-WAITsignal is driven low by the CF card to signal the host todelay completion of a memory or I/O cycle that is in progress
nWE O Write enable signalVCC I +3.3V(±5%) or +5V(±5%)
Table 7-1. Compactflash Card Pin Description
7.2. Smart Media Card Interface
The Smart Media interface uses the data path of the System Bus and is accessed via System bus viaSystem Bus commnds.
D(0:7) Data Input / OutputCLE Commnad Latch EnableALE Address Latch EnablenCE Chip Enable
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Circuit Description- 17 -
nRE Read EnablenWE Write EnablenWP Write ProtectR/nB Ready / Busy Output
Table 7-2. Smart Media Card Pin Description
7.3. Memory Stick Card Interface
The ZR-4100 Chip supplies a Memory Stick Interface (protocol specified by Sony) that allows to connectMemory Stick devices via a three bit serial bus .
PIN DIR (4100) DESCRIPTION
MSCLK OMemory Stick clockFrequency is defined in the Memory Stick ConfigurationRegister.
MSBS OMemory Stick Bus StateTransfer State(from 4100 to Memory Stick Device)
MSDIO I/O Memory Stick serial data input/outputMSINS I Memory Stick detect pin
Table 7-3. Memory Stick Interface I/O Signals
The signal INS must be pulled up to meet the requirements of the standard. A GPIO is used to detectthe presence of a memory card.Memory Stick devices operate at +3.3V only.Although all three wires are pulled down within the Memory Stick card , the memory stick specificatinrecommends to terminate these wires in the system .This system used 10K Pull Up resistor to each of these signals.
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uals
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.com
Circuit Description- 18 -
7.4. Secure Digital / Multimedia Card Interface
PIN DIR (4100) DESCRIPTION
SPICS O
SPI chip select
Default after reset with SPI boot device selected:
routed to SBCS0
SPICLK O SPI/Secure Digital serial clock
SPIDI I SPI/Secure Digital serial data input
SPI3I I
SPI serial data input with 3-wire mode.
This pin has to be connected to the same pad as
SPIDO.
SPIDO O SPI/Secure Digital serial data output
SDCS O Secure Digital chip select
Table.7-4 Secure Digital Interface I/O Signals
Secure Digital is downward compatible to support the MultiMediaCard standard
7.5. xD Fixture Card InterfacexD Fixture Card Interface is same as Smart Media Card .
7.6. Memory Card Socket7.6.1. CF Card Socket
54050-414220 ( Topyang )
7.6.2. 5 in 1 SocketPF1704 (OTAX)
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Circuit Description- 19 -
7.7. Power Distribution Circuit7.7.1. CF Card Power distribution
Power has to be supplied when memory card is inserted to avoid damage to memory card andCF2 card needs about 500mA , therefore power distribution IC MIC2544 is used for supplyingpower to CF card.Power Distribution IC ; MIC2544Rset = 330ohmI(limit) = 230V / 330ohm = 700 mA
Rset
Figure7-1 Circuit diagram of CF Card Power
7.7.2. CARD Power 1 for SM,xD Card and Card Power 2 for MS/SD/MMCCard Power On/Off is used for enabling the power when card is inserted .This system uses 5in1 soket and
Circuit Description- 20 -
8. TFT LCD Interface
Photoperi is the generation of input signal about LCD Controller for TFT or TFD LCD worked.
8.1. TFT Controller ASIC Part
Electrical Features of photoperi
- Package : 100TQF- Operating Voltage : 3.3- Operating Temparature : 0°C ~ 70°- Operating Frequency : Max 48Mhz- Interface : 3.3V LVTTL- Used to External SRAM or SDRAM (Keep a Display image )
- SRAM : 1Mbit(64k x 16bit)- SDRAM : 16Mit(512k x 16bit x 2Banks), support to 64Mbit → keep a Multi frame
- Image data access to external memory- DMA : Unit transfer, as possible to 4burst- as possible to Software write- LCD Brightness control- Data Upload.- SRAM, SDRAM data Upload (for debug)- Support a Crystal clock- Photoperi used to external X-tal clock by input clock.
CPU
SFR
SDRAMC
SIG_GEN
LDMA
Arb ite r
PHOTOPERI
S(D)RAM
LCD
Figure8-1 Block diagram of photoperi asic.
- SFR : Special Function Register(register setting block)
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Circuit Description- 21 -
- SDRAMC : SDRAM Control block- LDMA : Image data access block- SIG_GEN : LCD Controller Signal generation block- Arbiter : SDRAMC, LCDDMA, SIG_GEN signal arbitration block
Table 8-1 Pattot setting value
AUO 2" TFT
LCLK11.29~13.59Mhz(=88.57ns~73ns) 12Mhz
MCLK=48Mhz,LCYCLE=4 83.3ns(12Mhz)
Hsync 768LCLK()Hsync
Valid Term640
Vsync 263Hsync 59 frameVsync
Valid Term240Line
Display Start 21Hsync 31LCLK
main clock =48Mhz
LCDSET10 0x0c R/W LCD controller input clock set
1frame = (main clock x LCYCLE x LCLKNUM x LLINENUM)LTS160Q1 : ( 12(83nS) x 768 x 263) = 16.76ms → 59.4frame/1sec
Figure8-2 LCD Vertical Timing Diagram
Valid Data
SSLINENUMVPLNUMVNLNUM
LCD_Hsync
LCD_Vsync
LCD_D[7:0] Invalid Data
LVSIZE
Figure8-3 LCD Horizontal signal timing diagram
Va lid D a ta
VSD C
AD U MB D U M
LH S IZE
H PC N U MH N C N U M
LC LK
LC D _H sync
LC D _D [7 :0] Inva lid Data
D EM
8.2. Analog connection of TFT
Circuit Description- 22 -
→ this part is Refer to the 2.0" TFT LCD Specification
Figure 8-4. TFT LCD Analog Pin Connection
The positive(VGH) and negative(VGL) power supplies for LCD are generated through build inDC-DC charge pump circuit an elegant design with only seven passive power setting capacitors arerequired. *FB resistor → The converter with 0.6V feed back(FB) and R141(33ohm) provide a constant20mA current for Backlight LED unit.In this case of Parrot used to External LCD Sub PBA. (TBD)
8.3. Backlight LED control for TFT LCD
Figure 8-5. Backlight LED Boost Circuit
The boost converter switching signal LED_DRV is generated based on divided frequency of DCLK.Therefore the DCLK is required for LED operation and the absent of DCLK signal during normaloperation will set the driver IC into stand-by mode.A low ESR capacitor for C157 is recommended in order to reduce voltage ripple of LCD_VLEDIn this case of Parrot used to External LCD Sub PBA.
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Circuit Description- 23 -
9. Op Panel Interface
To interface with OPE , this system uses system bus of ZR-4100 to detect key input in OPE . Thisdedicated bus is isolated from the system bus using tri-state buffer. Refer to Otter OPE circuitdescription.
10. Power Circuits10.1. Overview
Power structure of this system is showed in following figure.The adaptor of 24V is used as a main power supply of this system and several voltages aregenerated for each function from this power supply.TPH operating voltage and 5V are generated from 2-CH switching regulator. Motor operating voltageuses the adaptor voltage directly through the on/off switch. 2 types of 3.3V are generated from 5Vsource and 1.8V is generated from one of 3.3V sources . One is for ZR-4100 and the other is forETCC ASIC and memory card.
Adaptor
On/Off
Switch
+24V, 1.8A
2-CHSwitchingRegulator
+5V
+3.3V_ZLinearRegulator
+3.3VLinearRegulator
ZR-4100Core
+1.8VLinearRegulator
TPH Logic
TPH Power
ETCC Core andMemory Card
On/Off
Switch
+15V~ +20V
LF Motor and UD Motor
Adaptor
On/Off
Switch
+24V, 1.8A
2-CHSwitchingRegulator
+5V
+3.3V_ZLinearRegulator
+3.3VLinearRegulator
ZR-4100Core
+1.8VLinearRegulator
TPH Logic
TPH Power
ETCC Core andMemory Card
On/Off
Switch
+15V~ +20V
LF Motor and UD Motor
Figure 10-1. Block diagram of power structure.
10.2. 2-CH Switching Regulator Circuit
- Channel 1 is used in 5V Logic ( TPH Logic , Motor Driver IC Supply , etc. )- Channel 2 is used in TPH power(15V ~ 20V)- Switching regulator IC : TL1451A
Circuit Description- 24 -
10.3. 3.3V Linear Regulator Circuit
- used in 3.3V Logic ( 3.3V logic supply voltage , etc )- Switching regulator IC , LD1117ADT33
10.4. 3.3V_Z Linear Regulator Circuit
- used in 3.3V Logic for ZR-4100- Switching regulator IC , LD1117ADT33
10.5. 1.8V Linear Regulator Circuit
- used in core supply voltage of ZR-4100- Linear regulator IC ,, LD1117ADT18
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ETCC
TPH CONTROLLER
MTD2009JUD/LF MOTOR
PAPER SENSOR
CONNECTOR
MOTOR DRIVER
TRAY ID
B
Changed by
ON/OFF
MFG ENGR CHK
CRYSTAL
+5V
12MHz
Switching Circuit1
Switching Circuit2
of
7
+3.3V
R&D CHK
Drawing Number
1 2
Size
6
B
TITLE:
CONNECTOR
1.1
REV
Power Switch
3
A
USB HOST
6
CART. ID
R SENSOR
+3.3V_Z
24V
VDC IN
DC JACK
CONTROL CIRCUIT1
CONTROL CIRCUIT2ON/OFF
TPH Voltage
Block Diagram
7
SDRAM
TPH CONNECTOR
4
CPU
FLASH MEMORY
DOC CTRL CHK
D
16M BYTE
USB DEVICE
48MHz
E
1M BYTE
F
5
Date Changed
Drawn by
Time Changed
H.J. LEE
3
1
Sheet
C
D
F
8
Engineer
SAMSUNG CONFIDENTIAL
A
4 5
C
8
E
ZORAN
ZR-4100
+1.8V_Z
bsmin8 3:36:46 pm
D.H. IM
D.H. IM
Tuesday, March 15, 2005 2 9
OTTER-L Rev1.1
A3
CONNECTOR
FAN
QA CHK
CRYSTAL
2
2.0
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NO_POP
NO_POP
6
3
7
7
1
SAMSUNG CONFIDENTIAL
R&D CHK
E
TITLE:
D
of
Size
QA CHKDate Changed
1
A
1%H.J. LEE
F
83
D
ZR-4100
JTAG
C
SheetREV
B
Changed by
2
Time Changed
DOC CTRL CHK
2
F
600 ohm
Drawn by
4
E
A
NO_POP
bsmin8 3:37:03 pm
D.H. IM
D.H. IM
Tuesday, March 15, 20059
OTTER-L Rev1.1
A3
3 8
4
MFG ENGR CHKas close as possible to the chip
B
600 ohm
5
Engineer
5 6
C
Drawing Number
100nF
C140
3.3V_Z
DGND
4 3
2801-003699MA-506,48MHz
Y1
1 2
C121
100nF
1KR210
R1935.1K
DGND
3.3V_Z
DGND
C135
100nF
R2235.1K
DGND
1MR189
C124100nF
DGND
L14
100nF
C139
AGND
C137
100nF
100nF
C103
C130
100nF
3.3V_Z
C152
100nF
C143
1nF
92VSSA33P
12187VSSA33T
VSSA33U
100
93XINXOUT 94
75
VSS33_S2
95
VSS33_W0
1
VSS33_W1
13
VSS33_W2
25
VSS33_W3
37
VSS33_W4
51
VSSA33A
119
VSSA33C
VSS33_E2
149VSS33_E3
159VSS33_E4
171VSS33_N0
183VSS33_N1
193VSS33_N2
207VSS33_N3
VSS33_S0
63
VSS33_S1
83
VSS18_W0
9
VSS18_W1
19
VSS18_W2
29
VSS18_W3
39
VSS18_W4
49
109VSS33_E0
125VSS33_E1
137
127
145VSS18_E1
163VSS18_N0
179VSS18_N1
195VSS18_N2
204VSS18_N3
VSS18_S0
61
VSS18_S1
73
VSS18_S2
VDDA33A
VDDA33C91120
VDDA33P124
VDDA33RTC
VDDA33T_S08589
VDDA33T_S197
VDDA33U
101 VREF
VSS18_E0
76
VDD33_S196
VDD33_S2
2VDD33_W014
VDD33_W126
VDD33_W238
VDD33_W352
VDD33_W4
118
126
VDD33_E2138
VDD33_E3150
VDD33_E4160
VDD33_N0172
VDD33_N1184
NDD33_N2194
VDD33_N3208
64
VDD33_S0
VDD18_S184
VDD18_S2
10
VDD18_W020
VDD18_W130
VDD18_W240
VDD18_W350
VDD18_W4
VDD33_E0110
VDD33_E1
130
VDD18_E0128
VDD18_E1146
VDD18_N0164
VDD18_N1180
VDD18_N2196
VDD18_N3205
62
VDD18_S074
SPIDISPIDO 81
SSEN 144
129TCK
132TDITDO 133
134TEST
TMS 131
TRSTN
147
SMOT0 143142SMOT1
SMOT2 141140SMOT3
SMOT4 139136SMOT5
80SPICLK
82
SBD7
SBRD6566 SBWR
SCLK1 154153SCLK2
152SD0SD1 151
148SD2SD3
43
SBD06768 SBD1
SBD26970 SBD3
SBD47172 SBD5
SBD67778
5455 SBA7
SBA85657 SBA9
SBACK79
36 SBCS0SBCS141
42 SBCS2SBCS3
SBA1
SBA105859 SBA11
SBA1260
SBA24647 SBA3
SBA44853 SBA5
SBA6
PRIO8197PRIO9
RESETN 135
REXT
90
RTCXIN123122 RTCXOUT
155SADCLK
SBA04445
PRIO26169PRIO27168PRIO28
203PRIO3202PRIO4201PRIO5
PRIO6 200199PRIO7198
PRIO19
206PRIO2
178PRIO20177PRIO21176PRIO22175PRIO23174PRIO24
PRIO25 173170
PRIO11PRIO12 190
189PRIO13188PRIO14187PRIO15186PRIO16185PRIO17182PRIO18181
22
DRASN17
DWEN23
HDM9899 HDP
210PRIO0209PRIO1
192PRIO10191
DD2DD327
24 DD4DD528
32 DD6DD734
DDM8886 DDP
DQM
7
DBA0128 DBA1
21 DCASN
16 DCKEDCLK18
35 DD0DD133
31
DA12
214 DA2DA3211
212 DA4DA5213
215 DA6DA73
5 DA8DA9
CCDCLK4CCDCLK5 158
157CCDCLK6CCDILL 156
4 DA0DA1216
6 DA10DA1111
15
111108ACH7
ACH8 107106ACH9
167CCDCLK0CCDCLK1 166
165CCDCLK2CCDCLK3 162
161
105104ACH11
ACH12 103102ACH13
ACH2 115114ACH3
ACH4 113112ACH5
ACH6
U15
$P
ACH0 117116ACH1
ACH10
ZR-4100
100nF
C112
C92
100nF
C10610nF
C111
100nF
3.3V
NRESET
C142100nF
XC61FN3112MR
U11
3Vin
1 Vout
2 Vss
100nF
C138
100nF
C89
100nF
C98
3.3V_Z
DGNDC122
100nF
AGND
1.8V
C107
100nF
100nF
C149
100nF
C150
R1903.4K
DGND
4.7KR211
3.3V_Z
0R225
C116
100nF
R208 0
R2205.6K
C125
100nF
100nF
C94
C141
100nF
R188100
600ohm
L10
C104
100nF
100nF
C115
1uHL12
1KR226
C117
100nF
100nF
C95
DGND
3.3V_Z
3.3V_Z
100nF
C91
C114
100nF
GND
TMS
L71uH
DGND
R2244.7K
C11018pF
L15
DGND
3.3V_Z
18pFC113
16V10uFC128
TCK
R2215.6K
12KR229
1nFC151
L9
C144
600ohm
100nF
C96
100nF
100nF
C119
100nF
C90
600ohmL8
NTRST
100nF
C109
DGND
100nF
L13
600ohm
C123
100nF
C99
TDI
DGND
TDO
5.6KR222
DGND
600ohm
L11
C136
100nF
C97
100nF
C102
100nF
LED_BLUE1
R149 0
nETCC_RST
nTRAY_ID0
nETCC_READY
ADC_TPH_TEMPAMB_TEMP
POWER_SWUD_INT
USBH_OC
FAN_ENUSBD_DET
VDDA33U
VSSA33U
VDDA33U
VSSA33U
TDO
nR_SENSOR
nTRST
A(15)A(16)
PWR_CTL
LF_INT
ADC_SDAADC_SCL
nPSEN_A_ENnPSEN_AUSBH_PWR_EN
nRESET
TCKTMSTDI
nTRST
XOUTXIN
nCART_ID0
TPH_PWR_EN
nRDnWR
HDPHDM
DDMDDP
ADC_GND
ADC_GND
nTRAY_ID1A(13:21)
A(17)A(18)A(19)A(20)A(21)
A(13)A(14)
SD_D(0)
A(0)
D(0)
A(0:12)
A(1)A(2)A(3)A(4)A(5)A(6)A(7)A(8)A(9)A(10)A(11)A(12)
D(0:7)
D(1)D(2)D(3)D(4)D(5)D(6)D(7)
nROM_CSnETCC_CS
SD_A(4)SD_A(3)SD_A(2)SD_A(1)SD_A(0)
SD_D(0:7)
SD_D(6)SD_D(5)SD_D(4)SD_D(3)SD_D(2)SD_D(1)
nSD_WE
SD_A(12)
SD_D(7)
SD_A(0:12)
SD_A(11)SD_A(10)SD_A(9)SD_A(8)SD_A(7)SD_A(6)SD_A(5)
nCART_ID1nR_SEN_EN
SD_BA0SD_BA1
nSD_CAS
SD_CKESD_CLK
SD_DQM
nSD_RAS
XOUT
XIN
nRESET_ROM
nRESET
TDITCKTDOTMS
nRESET
Time Changed
Engineer
Drawn by
7
MFG ENGR CHK
Date Changed
FLASH MEMORY
5
DOC CTRL CHK
51
Drawing Number
1 2
1MB 16MB
4
QA CHK
A
Size
E
4
E
A
REV
3 7
OTTER-L Rev1.1
A3
C
D
3
6
6
4
8
B
Sheet
8
B
H.J. LEE
F
C
TITLE:R&D CHK
D
Changed by of
2
SAMSUNG CONFIDENTIAL
Memory Part
SDRAM
F
NO_POP
NO_POP
NO_POP
bsmin8 Tuesday, March 15, 2005 3:38:34 pm
D.H. IM
D.H. IM
9
100nF
C73
3.3V_Z
51R161
1/16W51RA11
1/16W51RA14
100nF
C75
5.1K
5.1KR148
R169
R179
DGND
R165
5.1K
VSS2VSS3
54
6VSSQ1VSSQ2
1246
VSSQ3VSSQ4
52
5.6K
4845
NC342NC4NC5
40
36NC6
NC7410
NC8NC9
13
1VDD1VDD2
1427
VDD3
VDDQ139
VDDQ2VDDQ3
4349
VDDQ4
VSS12841
2021
BA1
37CKE
38CLK
2DQ0 5DQ1DQ2
811
DQ3DQ4
4447
DQ5DQ6
5053
DQ7
DQM39
51NC1
NC10715
NC11NC2
*CAS
*CS19
*RAS18
16*WE
A023
A124
A10_AP2235
A11
25A2A3
2629
A4A5
30
A631
A73233
A8A9
34
BA0
K4S280832
U7
17
100nF
C80
C83
100nF
C81
100nF
R1315.1K
R159
5.1KR178
5.1K
100nF
51R157
C93
51RA9
1/16W
C79
100nF
DGND
RA125.1K1/16W
C72100nF
5.1K
R164
DGND
1/16W51RA13
R1635.1K
16V
10uF
C85
R140
5.1K
5.1KR147RA7
5.1K1/16W
5.1K
R153
1/16W51
RA10
3.3V_Z
DGND
51R172
51R171
R156 51
DGNDR170 120
3.3V_Z
RA155.1K1/16W
51
DGND
R175
R162
DGND
DGND
51
5.1K
15_BUSY
_BYTE47
_CE2628 _OE
12_RESET
11 _WE
R158
42D6
44D7
30D8
32D9
NC19
NC21013 NC314 NC4
VCC37
VSS146
VSS227
31D1
34D10
36D11
39D12
41D13
43D14
45D15
D2 33D3 35
38D4
40D5
A17
16 A18
A223A322A421A520A619A718A88A97
D0 29
25 A0A124
A1065 A11
4 A12
3 A13
2 A14A151A1648
17
29LV800
U8
51R173
RA85.1K1/16W
SD_DR(7)
SD_DR(0:7)
SD_DR(6)SD_DR(5)SD_DR(4)SD_DR(3)SD_DR(2)SD_DR(1)SD_DR(0)
DGND
SD_AR(11)
SD_AR(0:12)
SD_AR(10)SD_AR(9)SD_AR(8)SD_AR(7)SD_AR(6)SD_AR(5)SD_AR(4)SD_AR(3)SD_AR(2)SD_AR(1)SD_AR(0)
SD_AR(12)
nWR
A(20)
nSD_CASnSD_RAS
SD_BA0SD_BA1
nSD_WESD_DQM
SD_CLKSD_CKE
A(16)A(15)A(14)A(13)
D(0)D(1)
A(0)
D(2)D(3)D(4)D(5)D(6)D(7)
nRESET_ROM
SD_AR(7)
SD_AR(3)SD_AR(4)SD_AR(5)SD_AR(2)
SD_AR(12)
SD_D(6)SD_D(1)SD_D(7)SD_D(0)
SD_D(4)SD_D(3)SD_D(5)SD_D(2)
A(17)A(18)A(19)
A(2)A(3)
A(5)
A(8)
SD_A(3)
SD_A(12)
A(9)A(10)A(11)A(12)
SD_A(0)SD_A(7)
SD_AR(8)SD_AR(10)SD_AR(9)SD_AR(11)
SD_AR(6)SD_AR(1)SD_AR(0)
SD_DR(4)SD_DR(3)SD_DR(5)SD_DR(2)
SD_DR(0:7)
SD_AR(0:12)
SD_A(11)
SD_A(0:12)
SD_A(9)SD_A(10)SD_A(8)
SD_A(1)SD_A(6)SD_A(2)SD_A(5)SD_A(4)
nROM_CSnRD
A(1)
A(4)
A(7)
D(0:7)
A(1:21)
A(6)
A(21)
SD_D(0:7)
SD_DR(6)SD_DR(1)SD_DR(7)SD_DR(0)
manuals4you.commanuals4you.com
2
11
5 8
Date Changed
5
F
7
of
NO_POP
1
D
1
3
6
Changed by
4
Sheet
Drawn by
7
NO_POP
F
3
6
A
D
SizeR&D CHK
DOC CTRL CHK
8
H.J. LEE
SAMSUNG CONFIDENTIAL
2
E
Time Changedbsmin8 Tuesday, March 15, 2005 3:38:59 pm
D.H. IM
D.H. IM
5
OTTER-L Rev1.1
A3
B
Drawing Number
TPH CONTROLLER
C
REV
4
ETCC
QA CHK
Engineer
A
B
C
MFG ENGR CHK
TITLE:
E
0
R68
R110
47K
5V
DGND
100nF
C31
OSC1
ATS-49/U,12MHz,50ppm
5.1KR126
15K
R86
R93
5V
15K
3.3V
C23
100nF
C50220pF
DGND
DGND
R92
15K
R97
C54
100nF
DGND
DGND
47K
R99
15K
100nF
C71
47K
R108
3.3V
R63
15K
R2210K
220pF
DGND
C44
C57
100nF
C56
100nF
5.1KR129
47K
5.1KR107
R39
10KR13
5.1KR109
10K
R102
100nF
C36
64
VDD_SW
52VSS
80VSS3V
97
VSS_PLL
65VSS_SW
40WAITB
106
XIN
105
XOUT
81
94
VDDIO_94
102
VDD_102115
VDD_115125
VDD_125136
VDD_136
26
VDD_2643
VDD_4351
VDD_51
9VDD_9
96
VDD_PLL
7271
UD2
70UD3
69UD4
68UD5
119UDINT
25USEL1
24USEL2
30UWRB
79
VDD3V
66
VDDIO_66
VDDIO_81
53Reserve_53
54Reserve_54
55Reserve_55
56Reserve_56
57Reserve_57
58Reserve_58
101SE
99TM0
98TM1
73UD0UD1
4748NC_48
50NC_50
114PAPERLED
107PLLTM
117PRTLED
37RDB
100RESETB
108RESETO_PLLTO
42Reserve_42
49Reserve_49
122
28NC_28
29NC_29
32NC_32
33NC_33
34NC_34
35NC_35
38NC_38
41NC_41
45NC_45
46NC_46
NC_47
18LF2
17LF3
16LF4
15LF5
23LFINT
21LSEL1
22LSEL2
31LWRB
123MLTEN
120NC_120
NC_122
126
137GND_137
27GND_27
44GND_44
36IOCSB
113LED_A
112LED_B
111LED_C
110LED_D
20LF0
19LF1
91
74DEB2B
92DLB1B
75DLB2B
121ERDYB
67
GNDIO_67
82
GNDIO_82
95
GNDIO_95
10GND_10
103GND_103
116GND_116
GND_126
143D14
144D15
129D2
130D3
131D4
132D5
133D6
134D7
135D8
138D9
DEB1B
104
93CLK1
76CLK2
109CLKSEL
118COMLED
127D0
128D1
139D10
140D11
141D12
142D13
124
90CH0
89CH1
88CH2
87CH3
86CH4
85CH5
84CH6
83CH7
78CH8
77CH9
CKO
6A6
7A7
8A8
11A9
62
ANI0
61
ANI1
60
ANI2
59
ANI3
63
ANO
39BCYSTB
BSEL
1A1
12A10
13A11
14A12
2A2
3A3
4A4A5
5
100nF
PTCTS8400A
U3
100nF
C33
C38
600ohM
L5
5V
DGND
R3747K
100nF
C22
R2110K
C6133uF16V
DGND
R7910K
C2110uF16V
L3
600ohM
15K
R81
R35
47K
100nF
C20
R2010K
C1822pF
1MR26
C69
100nF
47K
R32
3.3V
15K
R85
C1922pF
R1285.1K
R76
R430
15K
R75
15K
3.3V
100nF
C24
C51
100nF
15K
R82
3.3V
C70
DGND
220pF
5.1K
TPH_LATCH2TPH_STRB2
MTR_PWR_ON
LF_INT
R78
12M_XIN
nETCC_READY
nETCC_RSTUD_INT
A(21)A(20)A(19)
A(1:21)
nETCC_CS
TPH_CLK2
D(0:15)
LF_REF3
A(12)
D(7)D(6)D(5)D(4)D(3)D(2)D(1)D(0)
A(18)A(17)A(16)A(15)A(14) nLF_ENA
LF_PHBLF_PHALF_REF1LF_REF2UD_REF2UD_REF1
nUD_ENBnUD_ENAUD_PHBUD_PHA
LED_REDLED_BLUECARD_LED
TPH_D(0:9)
nLF_ENB
12M_XOUT
TPH_D(9)TPH_D(8)TPH_D(7)TPH_D(6)TPH_D(5)TPH_D(4)TPH_D(3)TPH_D(2)TPH_D(1)TPH_D(0)
TPH_STRB1TPH_LATCH1TPH_CLK1
A(2)A(1)
A(8)A(7)A(6)A(5)A(4)A(3)
A(10)A(9)
A(11)
nRD
nWR
12M_XIN12M_XOUT
C
Time Changed
D
1
DOC CTRL CHK
QA CHK
47pF
83
R&D CHK
5
6
B
Size
of
1%
REV
72
A
TITLE:
C
F
3 8
OTTER-L Rev1.1A3
B
A
6
6
H.J. LEE
CN19
NO POP
1
7
4
Date Changed
FSAMSUNG CONFIDENTIAL
E
MFG ENGR CHK
Drawn by
4
TPH I/F
2
9
47pF 47pF
E
Changed by Drawing Number Sheet
1%
5
Engineer
D
R59
D.H. IM
D.H. IM
3:39:22 pmTuesday, March 15, 2005bsmin8
15
10K
DGND
DGND
3.3V_ADC
RA2
1/16W33
10pF
C12
4.7KR51
1
20
30
52808-3090
CN19-1
22
24
28
8
NTCCM16083JF103FC
TH1
4
6
3.3V_ADC
27
AIN12
3AIN2
AIN3_REF4
7GND
5SCL
SDA6
8VDD
9
MAX1237
U2
1AIN0
C11
R10 33
DGND
100nF
19
5VVHD
3.3V3.3V
17
C281uF16V
21
DGND
25
DGND
DGND
100nF
VHD
C47
1/16W100RA5
C1033uF16V
13
CA2
12
47pF
C6
33R7
4
CA1
CN20
53261-0390
123
5
C4100nF
5
331/16W
RA1
331/16W
RA3
29
33R16
100R4
RA6
DGND
1001/16W
CA3
2
100nFC46
R1 33
3.3V
C5100nF 100nF
C7
C13
10pF
100nFC37
11
1001/16W
RA4
3
L4600ohM
7
DGND
DGND
R14 33
14
R23 100
3.3V
C3100nF
DGND
18
R3 33
10
10KR61
23
26
C14
47pF
16
DGND
AMB_TEMP
R604.7K
ADC_TPH_TEMPTHERM2
AMB_TEMP
ADC_SCL
ADC_SDA
TPH_D(0)TPH_D(1)
TPH_STRB1TPH_LATCH1
TPH_D(9)TPH_D(8)TPH_D(7)TPH_D(6)TPH_D(5)TPH_D(4)TPH_D(3)TPH_D(2)
THERM2
TPH_CLK1
TPH_CLK2
TPH_LATCH2TPH_STRB2
TPH_D(0:9)
manuals4you.commanuals4you.com
1%
2
1%,
B
7
50V
Drawn by
1%
F
QA CHKChanged by 9
1%
H.J. LEE
3225
1W
1%
7
1W
7
5
1%
50V
Ceramic
REV
F
CN4
CN3
A
E
3
C
6
Date Changed
3
1%
DOC CTRL CHK
4
4
C
CN2
Time Changed
D
Engineer
1%,
of
SAMSUNG CONFIDENTIAL
1%,
MOTOR & Sensor I/F
R&D CHK
1W1W
3225
1%,
D
Sheet
B
Ceramic
3:40:06 pmTuesday, March 15, 2005bsmin8
A3Size
82
1%
MFG ENGR CHK
A
Drawing Number
1 5 8
6
E
OTTER-L Rev1.1
1
26PHASE_D
19Rs_C
22Rs_D
17
Vmm_C
24
Vmm_D
16Vref_C
25Vref_D
3.3V
DECAY_C28
DECAY_D
14EN_C
27EN_D
30NC_30
31NC_31
18OUTC
20OUTC_
23OUTD
21OUTD_
15PHASE_C
7
MTD2009J
U5-2
12CRC
29CRD
13SY10-08WL8-ET
CN2-11
24VM24V
100nFC65C63
100nF
C421nF
R38120K
DGND
0.604R87
5
3.3V
1.78KR134
3
2
DGND DGND
1 G
3S
Q2MMBT2222ALT1
1
Q7
NDT2955
2D1D2
4
2
47KR124
C64
C146470pF
100nF
5V
R19922K
47K
5V3.3V
R42
100nFC77
47KR125
3
2
DGND
5V
3.3V
MMBT2222ALT1Q151
MMBT2222ALT1Q4
13
2
470pFC131
R217
C60
100
0.56nF
SS16
D6
51KR116
C6610uF
R12210K
10K
R200
R123
C127470pF
3.3V
10K
100nF
R25
C62
R19
10K
10K
100R213
7
1KR194
C74100nF
4
12
SY10-09WL8-ET
CN3-1
1KR141
R12147K
20K
DGND
DGND
DGND
DGND
DGND
R65
R2141K
R198
10K
10K
R212
470pFC126
DGND
R1339.09K
D8SS16
3.3V
R2410K
12.1Kohm
R135
R196100
R195
R146
31.6K,1%
10K
C147
Rs_B
2VCC_1010
VCC_1111
Vmm_A
37
Vmm_B
4
Vref_A36
Vref_B5
470pF
34
EN_B7
GND_TAB_4141
GND_TAB_4242
OUTA38
OUTA_40
OUTB3
OUTB_1
PHASE_A35
PHASE_B6
Rs_A
39
U5-1
MTD2009J
CRA32
CRB9
DECAY_A33
DECAY_B8
EN_A
C17100nF
DGND
DGND
3
2
Q22MMBT2907A
1
R1971K
DGND
R2151K
1R96
10K
R219
3
C45100nF
C480.56nF
DGND
24VM
51K
3.3V
121
DGND
DGND
R77
9
R191
10uFC43
DGND
5V
R136
1.33K,1%
100
3
3.3V
R216
DGND
D4SS16
3.3V
1.54Kohm
R138
DGND
100R207
DGND
R1435.1K
1nFC68
20KR117
100nFC40
C145470pF
24VM5V
SS16
D7
4
121R204
5.49KR227
R1040.604
DGND
8
6
31.6K,1%R139
R1322.2K
5
100R218
R1451.5K
6
3.3V
R1111
R44120K
DGND
3
2
8
2
Q21MMBT2907A
1
CN4-1
SY10-03WL8-ET
1
CN4-2
CN4-33
nCART_ID1
LF_REF1
UD_REF1UD_CUD_DUD_BUD_A
LF_REF3
MTR_PWR_ON
UD_PHAUD_PHBnUD_ENAnUD_ENB
nCART_ID0
nTRAY_ID1nTRAY_ID0
nLF_ENBnLF_ENA
LF_A
LF_BLF_DLF_CLF_AUD_AUD_BUD_DUD_C
LF_REF2
UD_REF2
LF_PHALF_PHB
nPSEN_A
nPSEN_A_EN
nR_SEN_EN
nR_SENSOR
LF_CLF_DLF_B
man
uals
4you
.com
5
NO POP
DPOLY SWITCH
REV
USB Host / Device
D
DOC CTRL CHK
8
CN6
B
CN7
be very careful with the layout
Changed by
4
NO POP
of these two lines -LVDS layout criteria
Sheet
USB DEVICE
Size
1
Engineer
4
C
5
NO POP
QA CHK
NO POP
2
A
C
3
POWER DISTRIBUTION
SAMSUNG CONFIDENTIALR&D CHK
Date Changed
MFG ENGR CHK
E
6
TITLE:
6
1% 1%
Drawn by
Drawing Number
USB FULL SPEED 1.1 HOST
USB HOST
(USB HOST)
8
(880,1%)
H.J. LEE
Time Changed
E
72
B
7
USB HIGH SPEED 2.0 DEVICE
1
NO POP
F
of
F
A
3
NO POP
3.3V
D.H. IM
D.H. IM
3:40:30 pmTuesday, March 15, 2005bsmin89
OTTER-L Rev1.1
A3
8
3.3V
P1MINISMDC075-2
KDS226D12
1
3
2
2
16V100uFC118
2
5V
D16KDS226
1
3
1
2 3
4CN6-2
DGND
INSTPAR
L6
C841000NF
DGND
100nF
R18415K
C129
DGND
CN6-55
DGND
10K
R206
C108
3.3V
DGND
1
3
2
27pF
7IN
5NC
8OUT1
6OUT2
KDS226D15
U10
1EN
2FLG
GND3
4ILIM
6
CN7-55
MIC2544-1BM
DGND
CN7-6
UAR2G-4K2G00
100nFC120
6
15KR186
CN6-6
CN6-44
DGND
1
CN7-4 4
VBUS_USBH
DGND
UBR24-4K5G00
CN6-1
DGND
47K
R203
3.3V
DGND
DGND
100K
R160
R2013.9
3
CN6-33
CN7-3
D14KDS226
1
3
2
R168
DGND
51K
82C10527pF
13
2
R205
3.3V
Q18MMBT2222ALT1
VBUS_USBH
DGND
C132
100nF
CN7-2 2
5V
CN7-1 1
1.8K
R167
R209
3.3V
4.7K
DGND
22
22R187
R185
USBH_OC
USBH_PWR_EN
DDP
DDM
USBD_DET
HDP
HDM
manuals4you.commanuals4you.com
7
1%
C
D
7
1.8V REGULATOR FOR ZR-4100
1
3225
1%
Ceramic
D
4 5
Date Changed Time Changed
SKRBACE010
Drawing Number of
8
E
5
120,1/4W
,1%
1
6.2V ZENER
8
2 6
A
QA CHK REV
E
Sheet
C
NO POP
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120,1/4W
50V
120,1/4W
3
A
B
63
MFG ENGR CHK
F
OTTER-L Rev1.1 A3
1%
IRF9024
IRF9024
2
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SAMSUNG CONFIDENTIAL
50V
Size
B
Engineer
Changed by 9
TITLE:
120,1/4W
1%
1%
F
H.J. LEER&D CHK
0403-000283
Drawn by
1%
10K
D.H. IM
D.H. IM
3:40:57 pmTuesday, March 15, 2005bsmin8
10uF
R80
C29
100nFC8
R215K
100nF
1
3
2
C134
R152120K
MMBT2907AQ11
16V10uFC87
12
3
DGND
DGND
CN5TC18-422-51
100nF
C76C58
100nF
3.3V
30.1K
R91
5V
C15100nF
23
5
4
3
2
DGNDCN1
53261-0390
1
Q13MMBT2907A
1
C52 2.2nF
24V_IN
R5 30.1K
DGND
Q5MMBT2907A
1
3
2
4.7K
DGND
R46
1
GND
3 IN OUT2
DGND
120K
R154
DGND
U12LD1117ADT18TR
R6710K
10KR120
L2SLF12575T-220M2
C27100uF
R47
DGND
DGND
DGND
47K
1K
3.3V
16V10uFC100
R130
R31
DGND
13
2
12K
D17
MMBT2222ALT1Q3
KDS226
VHD
R58
2
D
G1
S
3
KDS226
D13
1
2
5V
DGND
DGND
Q9
SLS-NNBS102TSLED2
35V
4.7KR48
C1470uF
DGND
220pFC41
R62K
47nFC9
R70
5.23K
C6710uF
C2533uF16V
DGND
0R84
C7810uF16V
DGND
DGND
DGND
3.3V_Z
IN OUT2
DGND
100nF
C133
U6LD1117DT33C
1
GND
3
SLF12555T-220M2R3L1
3.3V_Z
1KR55
2.2nFC53
1KR49
DGND
DGND
DGND
C591000NF
13
2
470uFC2
DGND
MMBT2222ALT1Q17
R565.1K
10KR174
DGND
2.2nFC55
5V
15KR177
DGND
10KR74
GND
1
3 IN 2OUT
DGND
DGND
5V
LD1117DT33CU9
R10010K
0
LED1
R90
DGND
DGND
SLS-NNUR101TS
15KR94
DGND
100nFC82
100nFC86
10KR166
5V
D1M4
R120 C154
220pF
13
2
DGND
DGND
D2MBRS360T3
Q10MMBT2222ALT1
DGND
ZD21N4749A
24V
220pFC155
5.23KR83
C88
DGND
100nF
DGND
C14810uF16V
R95
R106
5.23KR69
1000NF
C34
R41
DGND
RB420D T147D9
D11KDS226
1
3
2
DGND
1000NFC153
2FB
142IN+
132IN-
102OUT
1CT
8GND
2RT
15SCP
9VCC
16VREF
DGND
TL1451A
U4
61DTC
51FB
31IN+
41IN-
71OUT
112DTC
12
1
3
2
3.3V
DGND
MMBT2907AQ6
330R18
5.23K
4.7KR176
DGND
R88
MMSD914T1
R10520K
D10
31
10K
R45
1Kohm
R11 2
3
2
MMBZ5234BLT1ZD1
MMBT2222ALT1Q14
1D5MBRS360T3
D2
G 1
S3
0
R89
Q12
1K
1000NFC49
R98
2
1 G
3SW1
C101
100nF
1.8V
SUD50P06-15L
Q16
10KR27
R1011K
24V_IN
3.3V
R14215K
DGND
15KR150
R155
470K
DGND
13
2MMBT2222ALT1Q8
R17
1KR73
3.3V
100
DGND
DGND
LED_BLUE1
12KR151
LED_BLUE
LED_RED
PWR_CTL
POWER_SW
TPH_PWR_EN
FAN_EN
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OTTER-L TH B'dA3
Rev 1.0
R&D CHK
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5
C
F
B
1 7
F
6
8
Size
C
of
3
A
Drawing Number Sheet
82
Thermistor B'd
DGND
Friday, February 18, 2005
D.H. IM
D.H. IM
12:18:25 pmbsmin8
100nFC1 2
3
5
4
DGND DGND
NTCCM16083JF103FCTH1
CN1
53261-0390
1