service manual
TRANSCRIPT
SERVICE MANUAL
8M29B CHASSIS
Description:
MODEL.
Engineering Dept:
Artwork By:
Checked By:
Approved By:
Brand Name:
JOB NO.
Date:
Date:
Date:
SERVICE MANUAL 8M29B
2011-5-23
SKYWORTH
SIZE:A5
Design and specifications are subject to change without prior notice.(Only Referrence)
Content-------------------------------------------------------------------------------2
-2-
Technical Specification-----------------------------------------------------------3-14
8M29 Block Diagram -------------------------------------------------------------15
List of key parts---------------------------------------------------------------------16
IC BLOCK Diagram----------------------------------------------------------------17-31
MAIN PCB-TOP--------------------------------------------------------------------32
MAIN PCB-BOT--------------------------------------------------------------------33
Circuit Diagrams--------------------------------------------------------------------34-42
-3-
LCD 8M29B chassis.
105
140
For 32LED
For 42LED
-4-
4.
5.
Base on different order
FOR 32LEDFOR 42LED
93
400
95 97
93 95 97
450
For 42LED
For 42LED
-5-
88
10 15
9800 12500 12500(266, 276)9800(280, 290)6500(313, 329)
40
40
3
2
1
4.2
50
0.5
80
40
12000
-6-
24
6
1080
1920
uv
uv
40
YES
8
6
46
46
NO
NO
Standard
English
Standard
20
Middle
-7-
For 42LEDFor 42LED
Base on different order
No
"Low" in some status
-8-
4
-9-
DTV-PRODUCTOINS SPECIFICATION
Model # 32" 46"
Country( West Eu./East Eu./Russia/AP/US/S.A./Japan/…) Brazil & Argentina
Brand Skyworth/ODMCategory (Monitor/TV/Combo/Portable TV…) TV
Panel technology (LCD / PDP) LCD/LEDMarket Position (High/Mid/Access,,,) ClassCabinet Design (Example: 01,23 series ) K06/E60Product Nb -Chassis solution MSD309Chassis name 8M29B
Chassis PCB Standard Skyworth RGB New Standard
Predecessor (replace) -MP date requested (ETD) 2011.1MP date confirmed by supplier (ETD/ETA) -Status( Pre./Finish ) -Regional requirement
Homologation (Gostandard/CE/MPTT/CB/…) CB
RoHS YesPower supply(100-240V AC +/-10%/...) 100-240V AC (-20%,+10%)Power consumption working / Annual -Power consumption standby <1WPower plug(VDE/UL/BS/…) UCIEE/2pinsPicture display
Screen size : diagonale (inch) 32",42", 46"Aspect ratio (16/9 // 4/3 // 15/9) 16:9
1st panel supplier : panel suppliers LG
1st panel supplier : panel referencePanel Display Type(MVA/PVA/IPS/…) TFT LCD1st panel supplier : resolution 32:1366x768 42/46:1920x1080
Dynamic contrast ratio >10000 1
Video signal process
Comb Filter (2D/3D) 3DNoise Reduction (adaptative/3D/…) 3DPicture improvement ( LTI/CTI,BLE,WLE,...) LTI/CTI
Color process (Gama correction/Skin correction /... ) Follow main IC
-10-
Colour preset (Cool/Normal/Warm/Personal) Medium, Cool, Warm and Personal in PC mode
Picture control ( Bright/Con./Sharpness/Color/Tint/…) Yes
Picture presets : Standard / Bright / Soft / User Standard / Mild / Film / Dynamic / PersonalPicture freeze YesMulti picture : PIP ( AV )/POP AV NoDynamic Backlight Control No
LED Backlight Yes
Deinterlacer (No/linerar/motion adaptive/motioncompensative) 3D motion adaptive
Film mode / reverse 3:2/2:2 pull down Yes / YesFull HD support ( 1080P ) YesSingle scan / Dual scan ( 120HZ ) 32:Single scan,42/46:Dual scan(only for LED)Zoom type : 4/3 format YesZoom type : 14/9 Zoom Yes
Zoom type : 16/9 Zoom 16/9 ZOOM 1Zoom type : 16/9 Zoom up/down 16/9 ZOOM 2Zoom type : Cinerama YesZoom type : 16/9 Format YesZoom type : Auto ( by SCART Pin8 and WSS ) YesPicture Auto adjustment (PC mode) Yes3D Panel Type(PR / SG)3D Mode3D To 2D (Y/N)2D To 3D (Y/N)Left / Right Swap (For PR Panel)Sound
Sound type ( Mono/AV stereo/Stereo ) stereoMusic Power (Watt)/RMS Power (Watt) 2 x 8WTone control ( Bass&Treble / Graphic Equalizer ) Bass&TrebleSpecial sound effect ( AVL / WIDE / Pseudo /… ) AVLSuround system ( Dolby / VD / SRS / BBE / … ) Built-in SurroundSound control ( Volume , Balance , Mute ) Volume, Balance, MuteSound presets (User/Speech/News/Standard) Standard / Music / Movie / Sport / PersonalHeadphone volume control ( Separated / linked ) Yes(Linked)
Sound quality ( High / Mid / Low ) Mid
Reception and Decoding capability
RF range ATV 54MHz 864MHz
RF range DTV VHF 177-213 MHZ, UHF 473-803 MHZ
Color System (PAL/SECAM/NTSC/PAL M,N ) PAL M,PAL N,NTSC MAudio Standard ( B/G/H/D/K/K'/I/L/L' ) M,NStereo audio system ( Nicam,MTS,A2,….) BTSC,SAPVideo standard NTSC 3.58 / 4.43 (AV)/PAL 60 NTSC 3.58/4.43 , PAL
-11-
DTV SD support (DVB-T/S/C , ATSC , QAM , … ) ISDB-TDTV HD Support MPEG2,MPEG4,H.264
MHEG5 No
HD capability with YPbPr Yes (720p; 1080i; 1080p@24/50/60Hz; 480i/p; 576i/p)PC capability (up to maximum format) Up to 1280X1024 60HzHDMI capability AV/PC Format) Up to 1080P 24/50/60HZ
Compatible video format if DVD/USB: DviX/VCD/SVCD/JPEG/AVI/MPEG2/WMV- HD/SD JPEG/MPEG2/MPEG4/H.264/DivX (depending on license)
Compatible audio format if DVD/USB:MP3/WMA/AAC/MPEG1/… MP3/WMA(depending on license)
Playable Discs (CD/CD-R(RW)/CD-ROM/DVD+R/+RW/-R/-RW) No
Card reader format compatibility NoMacrovision YesPVR Yes FOR USBNetwork NoUser convenience
OSD Language* English/Spanish/Portuguese/FrenchOSD Positioning NoOSD Transparency Adjust NoOSD Timeout Adjust NoCustomer Brand name(LOGO) YesIB languages EnglishATV Program Numbers (example: 99+3AV input ) 99+7AVDTV Program Numbers 600Program edit ( naming , sorting , skip , swap …. ) Naming / Skip / SwapAuto Naming/Auto Sorting NoTV Guide(DTV EPG) EPG(next Seven-day)Favorite program YesNumber of buttons on cabinet (Power; Vol+/-; Pr+/-,Menu ) Vol+/-; Pr+/-, Menu ,Source,Power(optional)
Main switch button (yes/No) YesCCD Closed Caption)/V-CHIP Yes/NoText Standard: (Top, FLOF,,,) NoTeletext Level: 2.5 / 1.5 -Pages for teletext -Teletext character sets **** -DVB-T teletext -
Real clock From DTV
Sleep timer 10-240 Min.Timer Turn On / Off, Program SwitchParent Control -Source and Channel lock (Input code forcertain channel) Yes
Parent Control - Child lock (set the lock of the keyboard,only the RCU can control the TV) No
-12-
Parent Control - Kid pass (preset the ontime, channel foreach day of the week) No
Parent Control - Channel lock (For digital transmissionand DVD program, to filter some programms) Yes
Calendar / Games NoNo program auto switch off 15 mins.Hotel mode (Y/N) T.B.DDVD player (No/slot/tray) NoTuner FM (yes/No) Nosoftware download(RS232/CI/USB/OAD) USB
Factory reset Yes in factory menu,reset the setting to shipment state )
Screen saver YesBlue Back NoLED indicator(Power on/Standby) Blue / RedConnectors -Rear
RF Input (Antenna): Air/ Cable/ 2in1 Air+CableScart : CVBS in&out / RGB / S-VIDEO NoCINCH video in / out AV1 NoCINCH audio in / out (No volumpe control on Audioout/can be jack 3,5mm) No
S-video in NoComponent Video Input (YCrCb/YPrPb) NoComponent Audio Input (YCrCb/YPrPb) No
VGA in / Audio L/R in / Jack audio in 3.5mm VGA + dia. 3.5mm for audio in
HDMI 2
DVI NoAudio input for DVI NoCINCH subwoofer out / Coaxial out (S/PDIF) NoHeadphone output connector (mm) NoRS232 ( Y/N , VGA or DB9 port …) NoCard Readers No
USB slot (No/1.1/2) 1 (Software update, JPEG, MP3, WMA, RMVB, DivX) Multimediadepends on license
DVB-CI (common interface) NoExternal power converter input NoConnectors -Side
HDMI 1
AV-IN 1
AV-OUT No
-13-
Component Video Input (YCrCb/YPrPb) 1Component Audio Input (YCrCb/YPrPb) 1 with cable adapterHeadphone output connector (dia.mm) 1 3.5mm)CINCH subwoofer out / Coaxial out (S/PDIF) S/PDIF out ( optical
USB slot (No/1.1/2) 1 (Software update, JPEG, MP3, WMA, RMVB, DivX) Multimediadepends on license
DVB-CI (common interface) NoDLNA NoUI/RC
UI design (font/pixel, 2D/3D graphic engine..) SOD StandardRC Model YK76B3 ( Toshiba )RC system RGB StandardRC # of keys
Accessories included
Carton (English/French/Spanish) EnglishIB EnglishCircuit diagram NoBatteries YesProduct registration Card Yes English)AC Cable Length 1.8mAudio Cord (Jack 3.5mm) Yes(For component audio in)VGA Cord NoWallmount frame OptionalAntenna Cable No6 in 1( YPbPr & CVBS) cable adapter No3D Glasses NoGeneral Data
Size (W x H x D, with stand) in mm -Size (W x H x D, without stand) in mm -Package Size (W x H x D, without stand) in mm -Net Weight in kg -Gross Weight in Kg -Design / Mechanical
Wallmount VESA compatible (standard reference) YesAdaptor for VESA wallmount compatibility (accessoryref) YesDesktop Stand (included/optionnal + ref/No) includedPanel Tilt (Fowards/Backwards/Rotation) NoSwivel function desktop stand (yes/No) + motorized? NoDocking station (yes/No) NoFloor Stand (included/optionnal + ref/No) NoGlass shield (yes/No) NoFinish on Front -Finish on side -Finish on back -
Finish on stand -number of colors on carton box 2Brand logo Customer InletOther logo NoExternal AC/DC Power with DC power cord (yes/No) NoHandle (yes/No) NoDetachable speaker (yes/No) NoRating Label langages English
-14-
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-15-
List of key parts
No. Name Position Type P/N
1 IR U29 HS0038B4 5300-140038-0010
Bass SL-R3018H-3E 5600-106154-0060 2 Speaker
Treble YDG3040-2 5600-708254-00
Y2 49U3H 4900-125453-R000 3 Crystal
Y1 HC-49U/S 4900-124053-R000
4 Tuner U10 VA1P1BF8405 5202-45733D-7H10
5 Saw U30 F4401 4900-744015-0X00
U3 MP1482DS 476A-M14820-0080
U5 MP1482DS 476A-M14820-0080
MP1482DS 476A-M14820-0080
MP1482DS 476A-M14820-0080
U9 W9751G6JB-25 4737-W97511-0840
U15 W9751G6JB-25 4737-W97511-0840
U24 EN25F32-100HIP 471R-N25321-0080
U55 TC90517FG 4701-T90510-0640
U37 AS1117L-3.3 47B6-A11170-03
U38 AS1117L-3.3 47B6-A11170-03
N1 AS1117L-3.3 47B6-A11170-03
N2 AS1117L-1.2 47B6-A11175-0300
U54 TPA3121D2PWPR 4722-T31210-0240
6IC
U2 MSD309PX-LF-Z1-SB 475C-M30900-5230
-16-
IC Block Diagram
-17-
L Package(SOT-223)
T Package
)252-OT()022-OT(
Pin Configurations---AS1117L-3.3
INPUT
OUTPUT
ADJ/GND
VOUTINPUT
OUTPUT
ADJ/GND
VOUT
INPUT
OUTPUT
ADJ/GND
VOUT
1
2
3
1
2
3
1
2
3
U Package
ADJ/GND
OUTPUT
INPUT
VOUT
S Package (TO-263)
R Package
INPUT
OUTPUT
ADJ/GND
(SOT-89)
1
2
3
1
2
3
VOUT
IC Block Diagram
-18-
Pin Configurations---AS1117L-ADJ
L Package(SOT-223)
INPUT
OUTPUT
ADJ/GND
VOUT
1
2
3
PIN ASSIGNMENTThe package of AX3113 is SOP-8L; the pin assignment is given by:
Name DescriptionFB Feedback pin
EN
Power-off pinH normal operation(Step-down)L Step-down operation stopped(All circuits deactivated)
OCSET Add an external resistor to set maxswitch output current.
VCC IC power supply pin
SW Switch pin. Connect externalinductor & diode here.
( Top View )
1
2
3
4
8
7
6
5
FB
Ocset
SOP–8L
AX3113
Vcc
EN
Vss
Vss
SW
SW
VSS GND pin
IC Block Diagram
-19-
LM4558
MP1482DS
BS
IN
SW
GND
SS
EN
COMP
FB
1
2
3
4
8
7
6
5
TOP VIEW
IC Block Diagram
-20-
MST6M20S-LF
IC Block Diagram
-21-
W25X40BVSNIG
123456789101112
242322212019181716151413
PVCCLSD
PVCCLMUTE
LINRIN
BYPASSAGNDAGND
PVCCRVCLAMP
PVCCR
PGNDLPGNDLLOUTBSLAVCCAVCCGAIN0GAIN1BSRROUTPGNDRPGNDR
.
PWP (TSSOP) PACKAGE(TOP VIEW)
PIN CONFIGURATION SOIC 150-MIL / 208-MIL
PAD CONFIGURATIONWSON 6X5-MM
PIN CONFIGURATION PDIP 300-MIL
IC Block Diagram
-22-
EN25F32Figure.1 CONNECTION DIAGRAMS
8 - LEAD SOP / DIP 8 - CONTACT VDFN
16 - LEAD SOP
IC Block Diagram
-23-
EN25F32Figure 2. BLOCK DIAGRAM
IC Block Diagram
-24-
EN25F32SIGNAL DESCRIPTION
Serial Data Input (DI)The SPI Serial Data Input (DI) pin provides a means for instructions, addresses and data to be seriallywritten to (shifted into) the device. Data is latched on the rising edge of the Serial Clock (CLK) input pin.
Serial Data Output (DO)The SPI Serial Data Output (DO) pin provides a means for data and status to be serially read from(shifted out of) the device. Data is shifted out on the falling edge of the Serial Clock (CLK) input pin.
Serial Clock (CLK)The SPI Serial Clock Input (CLK) pin provides the timing for serial input and output operations. ("SeeSPI Mode")
Chip Select (CS#)The SPI Chip Select (CS#) pin enables and disables device operation. When CS# is high the device isdeselected and the Serial Data Output (DO) pin is at high impedance. When deselected, the devicespower consumption will be at standby levels unless an internal erase, program or status register cycleis in progress. When CS# is brought low the device will be selected, power consumption will increase toactive levels and instructions can be written to and data read from the device. After power-up, CS#must transition from high to low before a new instruction will be accepted.
Hold (HOLD#)The HOLD pin allows the device to be paused while it is actively selected. When HOLD is brought low,while CS# is low, the DO pin will be at high impedance and signals on the DI and CLK pins will beignored (don’t care). The hold function can be useful when multiple devices are sharing the same SPIsignals.
Write Protect (WP#)The Write Protect (WP#) pin can be used to prevent the Status Register from being written. Used inconjunction with the Status Register’s Block Protect (BP0, BP1and BP2) bits and Status RegisterProtect (SRP) bits, a portion or the entire memory array can be hardware protected.
Table 1. PIN Names
Symbol Pin Name
CLK Serial Clock Input
DI Serial Data Input
DO Serial Data Output
CS# Chip Enable
WP# Write Protect
HOLD# Hold Input
Vcc Supply Voltage (2.7-3.6V)
Vss Ground
IC Block Diagram
-25-
TC90517FG Toshiba products specification [Tentative]CONFIDENTIAL
2. Configuration
All functions required for ISDB-T demodulation and error correction are built into the TC90517.The input signals to be supported are a low IF (intermediate frequency) signal and direct IF signal.Baseband IQ signals can also be input.
The output signal is an MPEG-2 transport stream (TS) in serial format. Note that a TS in parallel formatcan be output by setting registers.
Fig. 2.1 TC90517FG Block Diagram
Synchroni-zation flag
TS output
Crystal(reference clock)
TunerAGC
control
I2Ccontrol
FilterAGC
ISIC (unguardedpreecho/postecho
suppression)FFT
Control
Adaptiveinterpolation
filter
EqualizationCSI(reliabilitydetection)
CVI(CW interferencedetection)
AGC control output
Tuner I2C
Clock PLL Viterbidecoding
Memory
Frequencydeinterleaving
RSdecoding
Errordetection
Outputcontrol
Layerisolation
TMCCdemodulation
Interpolationphase
correction
Synchronization
DemappingCSI
processing
Bit
dein
terle
avin
g
Byt
e de
inte
rleav
ing
TSm
ultip
lex
FFT windowcontrol
AGC distortion signal
ADC
ADC
IF inputor IQ input
SW
External AGC input
Host I2C
Energydespreading
Energydespreading
Energydespreading
DemappingCSI
processing
DemappingCSI
processing
Mod
ulat
ion
divi
sion
Quadraturedetection
AFC
FrequencyCPE
Pilotextraction
Timedeinterleaving
IC Block Diagram
-26-
TC90517FG Toshiba products specification [Tentative]CONFIDENTIAL
3. Pin Assignment (Top view)
IC Block Diagram
-27-
IF signal (differential positive side)
4. Pin FunctionsThis specification indicates pins and their signals in upper case letters and registers and their signals in lower caseletters.
Pin Pin name (Note4)I/O
(Note5,7)PU/PD Function(Note 3) skrameR (Note 2 and 6)
1 TSMD0 I - Shut down 0: Normal operation 1: Shut down2 XSEL1 I - Crystal frequency division ratio 1 Set according to crystal frequency.3 XSEL0 I - Crystal frequency division ratio 0 Set according to crystal frequency.4 VSS - - Digital GND Connects to DGND.5 SLADRS1 I/O - Slave address 1 Set according to slave address.6 SLADRS0 I/O - Slave address 0 Set according to slave address.7 AGCI I - External AGC input Connects to DGND when not used.8 S_INFO I - Pin for pre-shipment test Connects to DGND.9 AGCCNTI I/O PD IF_AGC control output Connects to tuner IF_AGC control input pin.
10 AGCCNTR I/O PD RF_AGC control output Connects to tuner RF_AGC control input pin.Open, fixed to L when not used.
11 CKI I - Pin for pre-shipment test Connects to DGND.
12 TNSCL I/O OD I2C clock output Connects to tuner I2C clock pin.(Pull-up performed outside IC.)
13 VDDS - - I/O power supply Connects to digital +3.3 V typ.
14 TNSDA I/O OD I2C data I/O Connects to tuner I2C data pin.(Pull-up performed outside IC.)
15 VSS - - Digital GND Connects to DGND.16 VDDC - - Digital +1.2 V power supply Connects to digital +1.2 V typ.17 PLLVSS - - Clock PLL GND Connects to AGND.
18 XO O - Crystal outputConnects to crystal.ixosl="1" and open when an external reference clockis input.
19 XI I - Crystal or reference clock inputConnects to crystal.The amplitude (p-p) is 0.5 V to PLLVDD when anexternal reference clock is input.
20 PLLVDD - - Clock PLL power supply Connects to analog +2.5 V typ.21 FIL O - PLL filter output Connects to AGND via 1500 pF.22 AD_AVDD - - ADC analog power supply Connects to analog +2.5 V typ.23 AD_AVSS - - ADC analog GND Connects to AGND.24 AD_VREFP - - ADC reference voltage output +1.75 V typ. Connects to AGND via PC.25 AD_VREFN - - ADC reference voltage output +0.75 V typ. Connects to AGND via PC.26 AD_VREF - - ADC reference voltage output +1.25 V typ. Connects to AGND via PC.
27 ADQ_AIN I - Q signal (differential negative side)input
Single-ended IF: Connects to AGND via PC.Differential IF: Connects to AGND via PC.Single-ended IQ: Connects to AGND via PC.Differential IQ: Connects to tuner Q (-) output afterthe DC component was cut.
28 ADQ_AIP I - Q signal (differential positive side)input
Single-ended IF: Connects to AGND via PC.Differential IF: Connects to AGND via PC.Single-ended IQ: Connects to tuner Q output afterthe DC component was cut.Differential IQ: Connects to tuner Q (+) output afterthe DC component was cut.
29 ADI_AIN I -IF signal (differential negative side)input or I signal (differentialnegative side) input
Single-ended IF: Connects to AGND via PC.Differential IF: Connects to tuner IF (-) output afterthe DC component was cut.Single-ended IQ: Connects to AGND via PC.Differential IQ: Connects to tuner I (-) output after theDC component was cut.
30 ADI_AIP I - input or I signal (differentialpositive side) input
Single-ended IF: Connects to tuner IF output afterthe DC component was cut.Differential IF: Connects to tuner IF (+) output afterthe DC component was cut.Single-ended IQ: Connects to tuner I output after theDC component was cut.Differential IQ: Connects to tuner I (+) output after the
IC Block Diagram
-28-
TC90517FG Toshiba products specification [Tentative]CONFIDENTIAL
DC component was cut.31 AD_DVSS - - ADC digital GND Connects to DGND.32 AD_ DVDD - - ADC digital power supply Connects to digital +2.5 V typ.33 VSS - - Digital GND Connects to DGND.34 DR1VDD - - Digital +1.2 V power supply Connects to digital +1.2 V typ.35 VDDS - - I/O power supply Con nects to digital +3.3 V typ.36 VDDC - - Digital +1.2 V power supply Connects to digital +1.2 V typ.37 VSS - - Digital GND Connects to DGND.38 STSFLG1 O PD Status flag 1 output Open, fixed to L when not used.39 DTCLK I PD Pin for pre-shipment test Open or connects to DGND.40 DTMB I PU Pin for pre-shipment test Open or connects to digital +3.3 V typ.41 TSMD1 I - Pin for pre-shipment test Connects to DGND.42 SYRSTN I/O OD System reset input Inputat specified timing at power ON.43 DR2VDD - - Digital +2.5 V power supply Connects to digital +2.5 V typ.44 VSS - - Digital GND Connects to DGND.
45 SCL I/O OD I2C clock input for host CPU Connects to I2C clock bus.(Pull-up performed outside IC.)
46 SDA I/O OD I2C data I/O for host CPU Connects to I2C data bus.(Pull-up performed outside IC.)
47 VSS - - Digital GND Connects to DGND.48 DR1VDD - - Digital +1.2 V power supply Connects to digital +1.2 V typ.49 VDDS - - I/O power supply Con nects to digital +3.3 V typ.50 VSS - - Digital GND Connects to DGND.51 STSFLG0 I/O PD Status flag 0 output Open, fixed to L when not used.
52 SLOCK O Synchronization completion(sequence 8 or higher) flag
Open, fixed to L when not used.
53 RERR O - RS decoding error flag output Open, fixed to L when not used.54 RLOCK O - RS decoding error free flag output Open, fixed to L when not used.55 RSEORF O - TS error flag output Open, fixed to L when not used.56 VDDC - - Digital +1.2 V power supply Connects to digital +1.2 V typ.57 VSS - - Digital GND Connects to DGND.58 PBVAL O - TS valid flag output Open, fixed to L when not used.59 SBYTE O - TS synchronization byte flag output Open, fixed to L when not used.60 SRDT O - Serial TS data output -61 SRCK O - TS serial clock output -62 VSS - - Digital GND Connects to DGND.63 VDDC - - Digital +1.2 V power supply Connects to digital +1.2 V typ.64 VDDS - - I/O power supply Con nects to digital +3.3 V typ.
Note 2 AGND is the abbreviation for analog GND, and DGND is the abbreviation for digital GND.Note 3 The test dedicated pin is used for the pre-shipment test only. Make sure that processing is performed as
indicated in the "Remarks" column. Any other method will lead to malfunction or failure.Note 4 I/O indicates the type of the cell used. It may be different from the pin function because a test is conducted
concurrently.Note 5 PU indicates an I/O with a pull-up resistor (50 k�typ.) and PD indicates an I/O with a pull-down resistor (50
k� typ.). Pulling down the PU pin or pulling up the PD pin outside the IC sometimes changes the electricpotential to the midpoint, resulting in instability. Caution is required.
Note 6 The unused output pins must be open and fixed to L by setting the output enable control register of each pinfor noise reduction or setto the output OFF state.
Note 7 OD indicates an open drain I/O. To use the pin for output, pull up the resistance outside the IC.
* The following pins are added with the upgrade from TC90507 to TC90517 (except the changes of powersupply and GND pins):
PinNumber Pin Name Description
21 FIL Added to the PLL loop filter.27 ADQ_AIN Added for IQ input (differential).28 ADQ_AIP Added for IQ input. 7 AGCI Added to passthrough the AGC control signal of other ICs.52 SLOCK Changed from conventional FLOCK.
IC Block Diagram
-29-
PRELIMINARY W9751G6JB
4. B A LL C O N FIG U R A TIO N
1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
G
H
J
K
L
V S S Q
U D Q S
V D D Q
LD Q S
V D D Q
C A S
A 2
A 6
U D Q S
V S S Q
D Q 8
V S S Q
D Q 0
C LK
A 0
A 4
C LK
C S
V D D Q
V D D Q
D Q 7
V D D
O D T
V D D
D Q 14
V D D Q
D Q 12
N C
V D D L
N C
V S S Q
D Q 9
V S S Q
A 3
C K E
B A 0 B A 1
W E
D Q 3
LD M
V S S
D Q 11
V D D Q
V S S
U D M
V D D
D Q 6
V D D Q
D Q 4
V S S
V D D A 12 N C N CN C
A 11 A 8A 9A 7
A 5
A 1A 10/A P
V S SV R E F
D Q 1
V S S Q
V D D Q
V S S Q
N C V S S Q LD Q S
V S S QD Q 10
D Q 15
D Q 13
V D D Q
V D D Q
D Q 5
V D D
V S S
M
N
P
R
V S S QD Q 2
V S S D L
R A S
IC Block Diagram
-30-
PRELIMINARY W9751G6JB
5. BALL DESCRIPTIONBALL NUMBER SYMBOL FUNCTION DESCRIPTION
M8,M3,M7,N2,N8,N3,N7,P2,P8,P3,M2,P7,R2
A0−A12 Address
Provide the row address for active commands, and the column address and Auto-precharge bit for Read/Write commands to select one location out of the memory array in the respective bank.
Row address: A0−A12.
Column address: A0−A9. (A10 is used for Auto-precharge)
L2,L3 BA0−BA1 Bank Select BA0−BA1 define to which bank an ACTIVE, READ, WRITE or PRECHARGE command is being applied.
G8,G2,H7,H3,H1,H9,F1,F9,C8,C2,D7,D3,
D1,D9,B1,B9 DQ0−DQ15
Data Input
/ Output Bi-directional data bus.
K9 ODT On Die Termination Control
ODT (registered HIGH) enables termination resistance internal to the DDR2 SDRAM.
F7,E8 LDQS,
LDQS LOW Data Strobe
Data Strobe for Lower Byte: Output with read data, input with write data for source synchronous operation. Edge-aligned with read data, center-aligned with write data. LDQS corresponds to the data on
DQ0−DQ7. LDQS is only used when differential data strobe mode is enabled via the control bit at EMR (1)[A10 EMRS command].
B7,A8 UDQS,
UP Data Strobe
Data Strobe for Upper Byte: Output with read data, input with write data for source synchronous operation. Edge-aligned with read data, center-aligned with write data. UDQS corresponds to the data on
DQ8−DQ15. is only used when differential data strobe mode is enabled via the control bit at EMR (1)[A10 EMRS command].
L8 Chip Select
All commands are masked when is registered
HIGH. provides for external bank selection on systems with
multiple ranks. is considered part of the command code.
K7,L7,K3 RAS , CAS
Command Inputs
RAS , CAS and (along with ) define the command being entered.
B3,F3
UDM
LDM Input Data Mask
DM is an input mask signal for write data. Input data is masked when DM is sampled high coincident with that input data during a Write access. DM is sampled on both edges of DQS. Although DM pins are input only, the DM loading matches the DQ and DQS loading.
J8,K8 CLK,
CLK Differential Clock
Inputs
CLK and CLK are differential clock inputs. All address and control input signals are sampled on the crossing of the positive edge of CLK
and negative edge of CLK . Output (read) data is referenced to the
crossings of CLK and CLK (both directions of crossing).
K2 CKE Clock Enable CKE (registered HIGH) activates and CKE (registered LOW) deactivates clocking circuitry on the DDR2 SDRAM.
J2 VREF Reference Voltage VREF is reference voltage for inputs.
A1,E1,J9,M9,R1 VDD Power Supply Power Supply: 1.8V ± 0.1V.
A3,E3,J3,N1,P9 VSS Ground Ground.
A9,C1,C3,C7,C9,E9,G1,G3,G7,G9
VDDQ DQ Power Supply DQ Power Supply: 1.8V ± 0.1V.
A7,B2,B8,D2,D8,E7,F2,F8,H2,H8
VSSQ DQ Ground DQ Ground. Isolated on the device for improved noise immunity.
A2,E2,L1,R3,R7,R8 NC No Connection No connection.
J7 VSSDL DLL Ground DLL Ground.
J1 VDDL DLL Power Supply DLL Power Supply: 1.8V ± 0.1V.
IC Block Diagram
-31-
PRELIMINARY W9751G6JB
6. BLOCK DIAGRAM
CKE
A10
DLLCLOCKBUFFER
COMMAND
DECODER
ADDRESSBUFFER
REFRESHCOUNTER
COLUMN
COUNTER
CONTROL
SIGNAL
GENERATOR
MODEREGISTER
COLUMN DECODER
SENSE AMPLIFIER
CELL ARRAYBANK #2
COLUMN DECODER
SENSE AMPLIFIER
CELL ARRAYBANK #0
COLUMN DECODER
SENSE AMPLIFIER
CELL ARRAYBANK #3
DATA CONTROL
CIRCUIT
DQBUFFER
COLUMN DECODER
SENSE AMPLIFIER
CELL ARRAYBANK #1
NOTE: The cell array configuration is 8192 * 1024 * 16
A0
A9A11A12
BA1BA0
CS
RAS
CAS
WE
CLKCLK
PREFETCH REGISTER
ODT
CONTROL
DQ0|
DQ15LDQSLDQS
UDQSUDQSLDMUDM
ODT
MAIN PCB-TOP
-32-
MAIN PCB-BOT
-33-
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
PB
-ON
/OFF
1482
OU
T
1482
FB
1482
EN
1482
CO
MP
STB
PB
-ON
/OFF
PB
-AD
JUS
T
VC
C-P
L
PB
-AD
JUS
T
1482
OU
T18
1482
FB18
1482
EN
1814
82C
OM
P18
HW
-RS
T
2.5V
A5V
A
1.32
V3.
3VA
1.8V
A
3.3V
A
5VU
12V
A
3.3V
U
3.3V
A
2.5V
A
1.8V
A
1.32
V
VC
C-P
L
VC
C-P
anel
5V_T
UN
ER
1.32
V
3.3V
U5V
U
3.3V
A5V
A
1.8V
A
3.3V
U
1.8V
A
5VA
1.8V
A
3.3V
U
24V
A5V
U12
VA
24V
A12
VA
12-2
4
VC
C-P
L
12V
A
5VA
VC
C-P
anel
5VA
+5V_U
SB
12V
A
5VA
12V
A
5VA
12V
A
5VU
ON_P
BA
CK
2
PW
R-O
N/O
FF2
ON_P
AN
EL
2
DC
R-O
UT
2
AD
J-P
WM
2
DC
R-IN
2
ON_U
SB_M
OS
8
HW
-RS
T2
LED
R2
Title
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eD
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ent N
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1/10
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Title
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Dat
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heet
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1/10
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Title
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heet
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1/10
0.1
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A2
110
Frid
ay, M
arch
04,
201
1
MST Power supply
L:ON
H:OF
F
1100mA
Inverter Interface
Power Test Point
1.32V DC-DC
Low
ESR
380mA
150mA
230mA
110mA
300mA_DDR2 Max
H:ON
L:OF
F
PANEL POWER
Power Input
H:ON
L:OF
F
Note
: C1
03,C
104
clos
e to
CON
6 fo
r EM
I
Note
: Le
ft C
255
NC i
f wa
nt t
o ou
tput
PWM
pul
s
5V DC-DC
USB Power
+5V_USB Power trace width
should be > 40mil
5V DC-DC
DC-DC Module
2010
-3-1
4
Low
ESR
For MCU
For DDR
1.8V DC-DC
For Power Drop
+
CA
1100u
F
+
CA
1100u
F+
CA
17470u
F/16
V
+C
A17
470u
F/16
V
R30
4.7k
R30
4.7k
Q41
53904
Q41
53904
1
23
C44
50.
1uC
445
0.1u
C39
1N
C/0.1
uC
391
NC
/0.1
u
R12
10K_1
%R
1210
K_1
%
Q40
63904
Q40
63904
1
23
TP5
TP51
R34
2100R
R34
2100R
L8 FBL8 FB
C11
47N
F
C11
47N
F
C11
40.
1uC
114
0.1u
TP12
TP121
D14
19.
1VD
141
9.1V
C38
3
3.3n
F
C38
3
3.3n
F
L108
FBL108
FB
R27
1KR27
1K
+C
A11
100u
F/16
V
+C
A11
100u
F/16
V
C43
60.
1uC
436
0.1u
R37
10K
R37
10K
TP3
TP31
+C
A4
100u
F/16
V
+C
A4
100u
F/16
V
C6
0.1u
F
C6
0.1u
F
+C
A19
470u
F/16
V
+C
A19
470u
F/16
V
R18
2K_1
%R
182K_1
%
C37
9
0.1u
C37
9
0.1u
C380
0.1u
C380
0.1u
C39
90.
1uC
399
0.1u
R52
10k
R52
10k
C25
5N
C/0.1
uC
255
NC
/0.1
u
R58
10K_1
%R
5810
K_1
%
Q41
33904
Q41
33904
1
23
L116
NC
/FB
L116
NC
/FB
C130.
1uF
C130.
1uF
C47
50.
1uF
C47
50.
1uF
C43
80.
1uC
438
0.1u
L37
22uH
L37
22uH
R14
43K_1
%R14
43K_1
%
R42
2K_1
%R
422K_1
%
+ CA12
100uF/16V
+ CA12
100uF/16V
C11
60.
1uC
116
0.1u
C38
7
0.1u
C38
7
0.1u
ADJ
OUT
IN
U38
AM
S11
17-3.3
V
ADJ
OUT
IN
U38
AM
S11
17-3.3
V
3
2
1
4
Q40
73904
Q40
73904
1
23
R60
10K_1
%R
6010
K_1
%
U1
CE
M94
35A
U1
CE
M94
35A
S1
S2
S3
G4
D5
D6
D7
D8
Q40
93904
Q40
93904
1
23
U3
MP
S14
82U
3M
PS
1482
IN2
BS
1G
ND
4
FB5
CO
MP
6
EN
7
SS
8
SW
3
C44
20.
1uC
442
0.1u
C10410n C10410n
ADJ
OUT
IN
U37
AM
S11
17-3.3
V
ADJ
OUT
IN
U37
AM
S11
17-3.3
V
3
2
1
4
C48
1
3.3n
F
C48
1
3.3n
F
C42
70.
1uC
427
0.1u
C39
4N
C/0.1
uC
394
NC
/0.1
u
TP6
TP61
R25
0R
250
R43
5.6K
R43
5.6K
TP22
TP221
C32
NC
/0.1
uFC
32N
C/0.1
uF
R24
1KR
241K
+C
A18
470u
F/16
V
+C
A18
470u
F/16
V
C3
10nF
C3
10nF
C43
90.
1uC
439
0.1u
U50
MP
1482
U50
MP
1482
EN
7
FB5
VC
C2
OU
T3
BS
T1
GN
D4
SS
8
CO
MP
6C
1
0.1u
F
C1
0.1u
F
C33
41nC
334
1n
R69
10K
R69
10K
PL5
VN
C/F
BP
L5V
NC
/FB
C42
90.
1uC
429
0.1u
+ CA8
100uF/16V
+ CA8
100uF/16V
R46
10K_1
%R
4610
K_1
%
R20
10K
R20
10K
+ CA6
100uF/16V
+ CA6
100uF/16V
C41
20.
1uC
412
0.1u
R31
NC
/0R
31N
C/0
C370.
1uF
C370.
1uF
C2
1nF
C2
1nF
C450
0.1u
C450
0.1u
C400
0.1u
C400
0.1u
C37
70.
1uC
377
0.1u
R45
100K
R45
100K
D38
1N4001
D38
1N4001
C43
20.
1uC
432
0.1u
R10
NC
R10
NC
R22
10K
R22
10K
C39
30.
1uC
393
0.1u
R49
47K_1
%R
4947
K_1
%
C39
610
uC
396
10u
U5
MP
S14
82U
5M
PS
1482
IN2
BS
1G
ND
4
FB5
CO
MP
6
EN
7
SS
8
SW
3
C12
70.
1uC
127
0.1u
R40
5.6K
R40
5.6K
C47
30.
1uC
473
0.1u
D13
94.
1VD
139
4.1V
C14
1nC14
1n
+
CA7100uF/16V
+
CA7100uF/16V
C29
1nF
C29
1nF
C12
20.
1uC
122
0.1u
C37
8
0.1u
C37
8
0.1u
C44
10.
1uC
441
0.1u
R20
3
NC
/100
K
R20
3
NC
/100
K
R44
10K
R44
10K
+CA
2
470u
F/16
V
+CA
2
470u
F/16
V
TP8
TP81
L38
22uH
L38
22uH
C38
90.
1uC
389
0.1u
C40
10.
1uC
401
0.1u
R76
39K
R76
39K
R39
NC
/0R
39N
C/0
R67
4.7K
R67
4.7K
R41
100K
R41
100K
C45
20.
1uC
452
0.1u
TP7
TP71
R29
4.7k
R29
4.7k
C46
80.
1uC
468
0.1u
R19
10K
R19
10K
Q41
13904
Q41
13904
1
23
C34
0.1u
F
C34
0.1u
F
C12
8
0.1u
C12
8
0.1u
C11
80.
1uC
118
0.1u
C44
30.
1uC
443
0.1u
R17
4.7K
R17
4.7K
TP9
TP91
C410
NC
/0.1
uC
410
NC
/0.1
u
PL1
2VFB
PL1
2VFB
L9 22uH
L9 22uH
R68
2.2K
R68
2.2K
C44
910
nC
449
10n
+C
A54
100u
F/16
V
+C
A54
100u
F/16
V
C49
5
10nF
C49
5
10nF
C17
80.
1uC
178
0.1u
R53
10k
R53
10k
C38
6
ncC38
6
nc
TP4
TP41
C12
3
0.1u
C12
3
0.1u
R21
100R
R21
100R
R15
10K
R15
10K
C44
40.
1uC
444
0.1u
C10
5
1n
C10
5
1n
U51
MP
1482
U51
MP
1482
EN
7
FB5
VC
C2
OU
T3
BS
T1
GN
D4
SS
8
CO
MP
6
+C
A40
100u
F/16
V
+C
A40
100u
F/16
V
C40
7N
C/0.1
uC
407
NC
/0.1
u
L322
uHL3
22uH
DD
31B
AT5
4D
D31
BA
T54
3
12
C4 10uF
C4 10uF
C38
5
NC
/0.1
u
C38
5
NC
/0.1
u
C25
10uF
C25
10uF
R55
4.7K
R55
4.7K
R74
11K
R74
11K
R16
0 /
22k
R16
0 /
22k
C31
ncC31
nc
C15
1nC15
1n
C38
4
0.1u
C38
4
0.1u
+C
A10
100u
F/16
V
+C
A10
100u
F/16
V
TP11
TP111R
572.
2KR
572.
2K
R17
8N
C/10K
R17
8N
C/10K
L2 FBL2 FB
R33
910
KR
339
10K
CO
N6
CO
N25
-J25
-14
CO
N6
CO
N25
-J25
-14
1234567891011121314
R3191k R3191k
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
MV
ER
F
XTA
LO
HW
-RS
TIS
P-T
XD
ISP
-RX
DP
WM
1
PW
M0
FLA
SH_W
P
RX
O2+
RX
O2-
RX
O0-
RX
O1-
RX
O1+
RX
O0+
RX
OC
-
RX
O3+
RX
O3-
RX
OC
+
TSS
TAR
TTS
VA
LID
TS_C
LKTS_D
7TS_D
6TS_D
5TS_D
4TS_D
3TS_D
2TS_D
1TS_D0
XTA
LI
KE
Y0
FLA
SH_W
P
PW
M0
PW
M1
UA
RT-
TXU
AR
T-R
X IR_S
YN
C
HW
-RS
T
SP
I-CS
NI
SP
I-SC
KI
SP
I-SD
IIS
PI-S
DO
I
KE
Y1
SD
AS
CL
MV
ER
F
SP
I-SC
K
SP
I-SD
O
#F_W
P
SP
I-SD
I
SP
I-CS
N
I2S_O
UT_
MC
K
I2S_O
UT_
SD
I2S_O
UT_
BC
K
LVA0P
LVA0N
LVA
1NLV
A1P
LVA
2NLV
A2P
LVA
CN
LVA
CP
LVA
3NLV
A3P
LVB
1PLV
B1N
LVB
2PLV
B2N
LVB
CP
LVB
CN
LVB
3NLV
B3P
LVB0P
LVB0N
LVB
1NLV
B1P
LVB
2NLV
B2P
LVB
CN
LVB
CP
LVB
3NLV
B3P
LVB0N
LVB0P
LVB
4NLV
B4P
LVA
4NLV
A4P
RX
E0+
RX
E0-
LVA0N
LVA0P
RX
E1-
RX
E1+
RX
E3-
RX
E3+
RX
E2+
RX
EC
-R
XE
C+
RX
E2-
LVA
1NLV
A1P
LVA
2NLV
A2P
LVA
CN
LVA
CP
LVA
3NLV
A3P
LVB
4PLV
B4N
RX
O4-
RX
O4+
RX
E4-
RX
E4+
LVA
4NLV
A4P
HD
1-Li
nH
D1-
Rin
VG
A-L
inV
GA
-Rin
AV
1-Li
nA
V1-
Rin
UA
RT-
RX
UA
RT-
TX
AU
VR
M
AU
VR
PA
UV
AG
I2S_O
UT_
SD
I2S_O
UT_
MC
K
I2S_O
UT_
BC
K
CV
BS_O
UT
LED
R
MIU
A_A
13
MIU
A_D
Q0
MIU
A_D
Q1
MIU
A_B
A0
MIU
A_B
A1
MIU
A_D
Q2
MIU
A_B
A2
MIU
A_D
Q3
MIU
A_D
Q4
MIU
A_D
Q5
MIU
A_D
Q6
MIU
A_D
Q7
MIU
A_O
DT
MIU
A_D
Q8
MIU
A_D
Q9
MIU
A_D
Q10
MIU
A_D
Q11
MIU
A_D
Q12
MIU
A_D
Q13
MIU
A_D
Q14
MIU
A_D
Q15
MIU
A_A
[0:1
3]
MIU
A_D
Q[0
:15]
MIU
A_D
QS0
MIU
A_D
QS0B
MIU
A_D
QS
1M
IUA_D
QS
1B
MIU
A_D
QM0
MIU
A_D
QM
1
MIU
A_M
CLK
MIU
A_M
CLK
ZM
IUA_M
CK
E
MIU
A_A0
MIU
A_A
1M
IUA_A
2M
IUA_A
3M
IUA_A
4M
IUA_A
5M
IUA_A
6M
IUA_A
7M
IUA_A
8M
IUA_A
9M
IUA_A
10M
IUA_A
11M
IUA_A
12
MIU
A_W
EZ
MIU
A_R
AS
ZM
IUA_C
AS
Z
MIU
B_A
6M
IUB_A
7M
IUB_A
8M
IUB_A
9M
IUB_A
10M
IUB_A
11M
IUB_A
12M
IUB_A
13
MIU
B_D
Q0
MIU
B_D
Q1
MIU
B_D
Q2
MIU
B_D
Q3
MIU
B_D
Q4
MIU
B_D
Q5
MIU
B_D
Q6
MIU
B_D
Q7
MIU
B_D
Q8
MIU
B_D
Q9
MIU
B_D
Q10
MIU
B_D
Q11
MIU
B_D
Q12
MIU
B_D
Q13
MIU
B_D
Q14
MIU
B_D
Q15
MIU
B_D
Q[0
:15]
MIU
B_A
[0:1
3]
MIU
B_W
EZ
MIU
B_R
AS
ZM
IUB_C
AS
ZM
IUB_B
A0
MIU
B_B
A1
MIU
B_B
A2
MIU
B_O
DT
MIU
B_D
QS0
MIU
B_D
QS0B
MIU
B_D
QS
1M
IUB_D
QS
1B
MIU
B_D
QM0
MIU
B_D
QM
1
MIU
B_M
CLK
MIU
B_M
CLK
ZM
IUB_M
CK
E
MIU
B_A0
MIU
B_A
1M
IUB_A
2M
IUB_A
3M
IUB_A
4M
IUB_A
5
SP
I-SD
IS
PI-S
DO
SP
I-CS
NS
PI-S
CK
DV
DD_N
OD
IE
EP
M_W
P
HD
2-Li
nH
D2-
Rin
I2C
-SD
A
RX
E1-
RX
EC
-R
XE
2-
RX
E3-
RX
E0-
RX
E4-
RX
OC
-R
XO
3-
RX
O1-
RX
O2-
RX
O0-
RX
OC
+R
XO
3+
RX
O1+
RX
O2+
RX
O0+
I2C
-SC
L
RX
O4-
RX
O4+
RX
E1+
RX
EC
+R
XE
2+
RX
E3+
RX
E0+
RX
E4+
I/OD
CR
-OU
TM
OD
ED
CR
-IN
IR-in
KE
Y0-
in
KE
Y1-
in
KE
Y0
KE
Y1
IR_S
YN
C
LED_R
LED
IR-in
KE
Y1-
inK
EY0-
in
LED_R
LED
R
I/O MO
DE
IPO
D_R
X
IPO
D_T
X
MU
TE_A
MP
T_S
CL
T_S
DA
SD
AS
CL
I2C
-SC
LS
CL
SD
A
EP
M_W
P
SD
AS
CL
I2C
-SD
A
3D-R
ST
L_R_I
ND
ICA
TOR
3D_E
NA
BLE
LOC
AL_
DIM
HW
-RS
T
LED
R
1.8V
A
3.3V
U
5V_T
uner
1.32
V
2.5V
A
3.3V
U
3.3V
A
1.8V
A
3.3V
U
3.3V
A3.
3VU
VC
C-P
anel
3.3V
U
5VU
3.3V
A
5VU
3.3V
U
3.3V
A
3.3V
U
5V_T
uner
3.3V
A
3.3V
A
AU
OU
TL1
ISP
-RX
D7
ISP
-TX
D7
AV
1-V
in+
RF_
AG
C_S
EL
4
AD
J-P
WM
1
HO
TPLU
GB
6
AU
OU
TR1
AU
OU
TR0
9A
UO
UTL0
9
RF_
AG
C4
TV-S
IFP
TV-S
IFM
VIF
P4
VIF
M4
RG
B0_
RIN
+7
RG
B0_
GIN
-7
RG
B0_
BIN
-7
RG
B0_
BIN
+7
RG
B0_
GIN
+7
RG
B0-
SO
G7
RG
B0_
RIN
-7
RX
BC
LKN
6R
XB
CLK
P6
RX
B0N
6R
XB0P
6R
XB
1N6
RX
B1P
6
RX
B2P
6R
XB
2N6
DD
CB
SD
A6
DD
CB
SC
L6
RG
B1_
G-
7R
GB
1_G
+7
RG
B1_
R+
7R
GB
1_R
-7
RG
B1_
B+
7R
GB
1_B
-7
RG
B1_
SO
G7
CO
MP_Y
-7
CO
MP_Y
+7
CO
MP_R
+7
CO
MP_R
-7
CO
MP_B
+7
CO
MP_B
-7
CO
MP_S
OG
+7
US
B_D
P8
US
B_D
M8
US
B1_
DP
8U
SB
1_D
M8
DD
CA
SC
L6
RX
AC
LKN
6R
XA
CLK
P6
RX
A0N
6R
XA0P
6
HO
TPLU
GA
6
RX
A1N
6R
XA
1P6
DD
CA
SD
A6
RX
A2P
6R
XA
2N6
DD
CC
SC
L6
RX
CC
LKN
6R
XC
CLK
P6
RX
C0N
6R
XC0P
6
HO
TPLU
GC
6
RX
C1N
6R
XC
1P6
DD
CC
SD
A6
RX
C2P
6R
XC
2N6
HD
MI-C
EC
6S
PD
IFO
7
HD
-Rin
7H
D-L
in7
VG
A-L
in7
VG
A-R
in7
AV
1-Li
nA
V1-
Rin
CV
BS_O
UT
7
ON_P
AN
EL
1
PW
R-O
N/O
FF1
ON_U
SB
8
MU
TE_A
MP
9
MIU
A_B
A0
3M
IUA_B
A1
3M
IUA_B
A2
3M
IUA_O
DT
3
MIU
A_A
[0:1
3]3 M
IUA_D
Q[0
:15]
3
MIU
A_D
QS0
3M
IUA_D
QS0B
3M
IUA_D
QS
13
MIU
A_D
QS
1B3
MIU
A_D
QM0
3M
IUA_D
QM
13
MIU
A_M
CLK
3M
IUA_M
CLK
Z3
MIU
A_M
CK
E3
MIU
A_W
EZ
3M
IUA_R
AS
Z3
MIU
A_C
AS
Z3
MIU
B_C
AS
Z3
MIU
B_B
A0
3
MIU
B_D
Q[0
:15]
3
MIU
B_B
A1
3
MIU
B_D
QS0
3
MIU
B_B
A2
3M
IUB_O
DT
3
MIU
B_D
QS0B
3M
IUB_D
QS
13
MIU
B_D
QS
1B3
MIU
B_D
QM0
3M
IUB_D
QM
13
MIU
B_A
[0:1
3]3
MIU
B_M
CLK
3M
IUB_M
CLK
Z3
MIU
B_M
CK
E3
MIU
B_W
EZ
3M
IUB_R
AS
Z3
ON_P
BA
CK
1
Dem
od_R
ST
10
VG
A_V
SY
NC
7V
GA_H
SY
NC
7
SC
L10
SD
A10
TS_D0
10TS_D
110
TS_D
210
TS_D
310
TS_D
410
TS_D
510
TS_D
610
TS_D
710
TS_C
LK10
TSV
ALI
D10
TSS
TAR
T10
AV
2-Li
n7
AV
2-R
in7
AU
OU
TL2
9A
UO
UTR
29
DC
R-IN
1D
CR
-OU
T1
KE
Y0
KE
Y1
IR_S
YN
C
I2C
-SC
LI2
C-S
DA
AV
4-V
in+
7
SV
2-Y
in7
SV
2-C
in7
HE
AD
PH
ON
E_D
ET
9
MU
TE_H
P
T_S
DA
4T_
SC
L4
SIF_C
TL
IPO
D_R
XIP
OD_T
X
SD
A10
SC
L10
HW
-RS
T1
LED
R1
Title
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
2/10
0.1
MS
D30
9
Cus
tom
210
Frid
ay, D
ecem
ber 10,
2010
Title
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
2/10
0.1
MS
D30
9
Cus
tom
210
Frid
ay, D
ecem
ber 10,
2010
Title
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
2/10
0.1
MS
D30
9
Cus
tom
210
Frid
ay, D
ecem
ber 10,
2010
MSD309
LVDS CONNECTOR
RE
SET
DEBUG PORT
KEYBOARD
Mod
e Se
lect
ion
FLA
SH
MSD
309P
X
LED
MSD306
MSD306
C75
clos
e to
CON
30
2010
-4-1
4
Clos
e to
MSD
309
2010
0122
SYST
EM
EE
PRO
M
I2C address
at 0xA0
2010
-3-3
1
2010
-5-6
2010
-9-1
0 Fo
r II
C se
lect
ion
3D
R4112.2K R4112.2K
CO
N10
CO
N20
W-J
20-1
2
CO
N10
CO
N20
W-J
20-1
2
1 2 3 4 5 6 7 8 9 10 11 12
C33
7
39pF
C33
7
39pF
R48
9
8.2K
R48
9
8.2K
C17
2
39p
C17
2
39p
C390.
1uC
390.
1u
R22
4100K
R22
4100K
R17
610
KR
176
10K
C17
10.
1uC
1710.
1u
R12
422
RR
124
22R
Q41
3906
Q41
3906
1
32
R25
910
KR
259
10K
R34
910
kR
349
10k
R36
4100
R36
4100
R35
2N
C/10K
R35
2N
C/10K
Y1
24M
HZ
Y1
24M
HZ
12
3
D13
8
INP
AQ_V
PO
RT
D13
8
INP
AQ_V
PO
RT
12
C52
2.2u
C52
2.2u
C50
8N
C/100
pFC
-L10
W05
-2
C50
8N
C/100
pFC
-L10
W05
-2
R49
41K
R49
41K
C30
90.
1uC
3090.
1u
R24
9100R
R24
9100R
R8
10k
R8
10k
CO
N31
NC
/CO
N4-
2.0m
mD
ebug
Por
t
CO
N31
NC
/CO
N4-
2.0m
mD
ebug
Por
t
1 2 3 4
PW
M
SA
R
SP
I
UA
RT
/I2C
S
I2C
M
GP
IO
LVD
S
GP
IO_P
M
IR XT
AL
RE
SE
T
GP
IO_T
CO
N
US
B
U2D
MS
D30
9PX
PW
M
SA
R
SP
I
UA
RT
/I2C
S
I2C
M
GP
IO
LVD
S
GP
IO_P
M
IR XT
AL
RE
SE
T
GP
IO_T
CO
N
US
B
U2D
MS
D30
9PX
PA
DA_O
UTN_C
H[6
](PA
D_R_O
DD
[6])
AC
25P
AD
A_O
UTP_C
H[6
](PA
D_R_O
DD
[7])
AC
24
PA
DA_O
UTN_C
H[7
](PA
D_R_O
DD
[4])
AD
25P
AD
A_O
UTP_C
H[7
](PA
D_R_O
DD
[5])
AD
24
PA
DA_O
UTN_C
H[8
](PA
D_R_O
DD
[2])
AC
23P
AD
A_O
UTP_C
H[8
](PA
D_R_O
DD
[3])
AE
24
PA
DA_O
UTN_C
H[10]
(PA
D_G_O
DD
[6])
AC
22P
AD
A_O
UTP_C
H[10]
(PA
D_G_O
DD
[7])
AE
22P
AD
A_O
UTN_C
H[9
](PA
D_R_O
DD
[0])
AD
23P
AD
A_O
UTP_C
H[9
](PA
D_R_O
DD
[1])
AE
23
PA
DA_O
UTN_C
H[1
1](P
AD_G_O
DD
[4])
AD
22P
AD
A_O
UTP_C
H[1
1](P
AD_G_O
DD
[5])
AC
21
PA
DA_O
UTN_C
H[1
2](P
AD_G_O
DD
[2])
AD
21P
AD
A_O
UTP_C
H[1
2](P
AD_G_O
DD
[3])
AC
20
PA
DA_O
UTN_C
H[1
3](P
AD_G_O
DD
[0])
AD
20P
AD
A_O
UTP_C
H[1
3](P
AD_G_O
DD
[1])
AE
20
PA
DA_O
UTN_C
H[1
4](P
AD_B_O
DD
[6])
AC
19P
AD
A_O
UTP_C
H[1
4](P
AD_B_O
DD
[7])
AE
19
PA
DA_O
UTN_C
H[1
5](P
AD_B_O
DD
[4])
AD
19P
AD
A_O
UTP_C
H[1
5](P
AD_B_O
DD
[5])
AC
18
PA
DA_O
UTN_C
H[1
6](P
AD_B_O
DD
[2])
AD
18P
AD
A_O
UTP_C
H[1
6](P
AD_B_O
DD
[3])
AC
17
PA
DA_O
UTN_C
H[1
7](P
AD_B_O
DD
[0])
AD
17P
AD
A_O
UTP_C
H[1
7](P
AD_B_O
DD
[1])
AE
17
PA
D_P
WM0
AB
25P
AD_P
WM
1A
B24
PA
D_P
WM
2E
6P
AD_P
WM
3D
6
PA
D_S
AR0
J5P
AD_S
AR
1G
4
PA
D_S
PI_
CK
A2
PA
D_S
PI_
DI
B3
PA
D_S
PI_
DO
A3
DD
CA_C
KP
6D
DC
A_D
AN
6
PA
D_D
DC
R_C
KA
A23
PA
D_D
DC
R_D
AA
A24
PA
D_T
ES
TPIN
E11
PA
D_G
PIO
1(A
MP_R
ST)
C7
PA
D_G
PIO
2(IN
V_C
TL)
F4P
AD_G
PIO
3(P
AN
EL_
CTL
)E
4P
AD_G
PIO
4(U
SB_C
TL)
C3
PA
D_G
PIO_P
M0(
5V_H
DM
I_3)
AB
8
PA
D_G
PIO_P
M4(
PO
WE
R_O
N_O
FF)
C5
PA
D_G
PIO_P
M11
(DS
UB_D
ET)
L5
PA
D_G
PIO_P
M6(
BO
OT_
FLA
SH_C
S)
C4
PA
D_S
PI_
CZ(
BA
CK
UP_F
LAS
H_C
S)
A4
PA
D_G
PIO_P
M8(
FLA
SH_W
P)
B2
PA
D_I
RIN
G5
PA
D_X
TAL_
INA
D1
PA
D_X
TAL_
OU
TA
E2
PA
D_R
ES
ET
E5
PA
D_G
ND_E
FUS
EF1
1
PA
D_T
CO
N0
AA
10
PA
D_T
CO
N4
AA
9
PA
D_T
CO
N1(
SC
1_R
E1)
T5
PA
D_T
CO
N3(
TUN
ER_R
ES
ET)
AB
7
PA
D_T
CO
N10
(HP_D
ET)
Y8
PA
D_D
P_P0
C2
PA
D_D
M_P0
B1
PA
D_T
CO
N9(
CO
MP_D
ET)
R6
PA
D_T
CO
N11
(HP_M
UTE
)Y
9
PA
D_T
CO
N2(
FE_A
NT5
V_M
ON
ITO
R)
AB
10
PA
D_T
CO
N5(
SC
1_M
UTE
)V
5
PA
D_G
PIO_P
M12
(ED
ID_W
P)
M6
PA
D_G
PIO_P
M5(
5V_H
DM
I_2)
K4
PA
D_G
PIO
5(E
RR
OR_O
UT)
D4
PA
D_G
PIO_P
M1(
5V_H
DM
I_1)
H5
PA
D_S
AR
2(P
OW
ER_D
ET)
B4
PA
D_G
PIO0(
NTP_M
UTE
)A
7
PA
D_G
PIO
12(A
MD_S
CL)
F6P
AD_G
PIO
13(A
MP_S
DA
)F5
PA
D_T
CO
N15
(SC
1_D
ET)
T4
PA
D_T
CO
N7(
SID
E_A
V_D
ET)
AA
8P
AD_T
CO
N6(
PC
M_5
V_C
TL)
AC
11
PA
D_S
AR
3A
A7
PA
D_D
P_P
1A
D11
PA
D_D
M_P
1A
E11
C82
47n
C82
47n
R25
2100K
R25
2100K
R35
NC
/10K
R35
NC
/10K
C33
60.
1uC
336
0.1u
R26
10K
R26
10K
R25
3100K
R25
3100K
C30
82.
2uC
308
2.2u
DD
30B
AV
99D
D30
BA
V99
3
1
2
7531
8642
RP
560R
X4
7531
8642
RP
560R
X4
R248 4.7KR248 4.7K
U2F
MS
D30
9PX
U2F
MS
D30
9PX
AV
DD_D
DR
AF1
8
AV
DD_D
DR
BJ1
6
AV
DD_D
VI
E9
AV
DD_D
VI
E10
VD
DC
1.2V
E22
VD
DC
1.2V
F22
VD
DC
1.2V
E21
AV
DD
2P5_
AD
CM
9
AV
DD_A
U25
R9
AV
DD_A
U33
K9
AV
DD_E
AR
33J9
AV
DD
25_R
EF
N8
AV
DD
25_P
GA
T8
AV
DD_D
DR
AE
17
AV
DD_D
DR
BG
16
VD
DP
E19
AV
DD
25_M
OD
P8
AV
DD_D
DR
AE
18
AV
DD_D
DR
BH
16
AV
DD_D
DR
AF1
7
AV
DD_D
DR
BH
17
AV
DD
25_M
OD
P9
AV
DD
1P2
J21
VD
DP
F19
AV
DD
2P5_
AD
CM
8
DV
DD_M
IUA
H20
DV
DD_M
IUB
J20
AV
DD_L
PLL_M
EM
PLL
G18
AV
SS_P
GA
U8
AV
DD_D
DR
AG
17
AV
DD_D
DR
BJ1
7
VD
DC
1.2V
F21
VD
DC
1.2V
G21
VD
DC
1.2V
H21
VD
DC
1.2V
E20
VD
DC
1.2V
F20
VD
DC
1.2V
G20
VD
DC
1.2V
G22
AV
DD
25_R
EF
N9
DV
DD_N
OD
IEL10
AV
DD_D
VI
F9A
VD
D_D
VI
F10
AV
DD_D
VI
G9
AV
DD_D
MP
LLG
10
AV
DD
3P3_
AD
CH
9A
VD
D3P
3_A
DC
H10
GN
DV
7G
ND
W7
GN
DV
8G
ND
W8
GN
DV
9G
ND
W9
GN
DJ10
GN
DK
10G
ND
M10
GN
DN
10G
ND
P10
GN
DR
10G
ND
T10
GN
DU
10G
ND
V10
GN
DW
10G
ND
D11
GN
DG
11G
ND
H11
GN
DJ1
1G
ND
K11
GN
DL1
1G
ND
M11
GN
DN
11G
ND
P11
GN
DR
11G
ND
T11
GN
DU
11G
ND
V11
GN
DW
11G
ND
D12
GN
DE
12G
ND
F12
GN
DG
12G
ND
H12
GN
DJ1
2G
ND
K12
GN
DL1
2G
ND
M12
GN
DN
12G
ND
P12
GN
DR
12G
ND
T12
GN
DU
12G
ND
V12
GN
DW
12G
ND
D13
GN
DE
13G
ND
F13
GN
DH
13G
ND
J13
GN
DK
13G
ND
L13
GN
DM
13G
ND
N13
GN
DP
13G
ND
R13
GN
DT1
3G
ND
U13
GN
DD
14G
ND
E14
GN
DF1
4G
ND
G14
GN
DH
14G
ND
J14
GN
DK
14G
ND
L14
GN
DM
14G
ND
N14
GN
DP
14G
ND
R14
GN
DT1
4G
ND
U14
GN
DD
15G
ND
E15
GN
DF1
5G
ND
G15
GN
DH
15G
ND
J15
GN
DK
15G
ND
L15
GN
DM
15G
ND
N15
GN
DP
15G
ND
R15
GN
DT1
5G
ND
U15
GN
DD
16G
ND
E16
GN
DF1
6G
ND
K16
GN
DL1
6G
ND
M16
GN
DN
16G
ND
P16
GN
DR
16G
ND
T16
GN
DU
16
GN
DK
17G
ND
L17
GN
DM
17G
ND
N17
GN
DP
17G
ND
R17
GN
DT1
7G
ND
U17
GN
DK
18G
ND
L18
GN
DM
18G
ND
N18
GN
DP
18G
ND
R18
GN
DT1
8G
ND
U18
GN
DK
19G
ND
L19
GN
DM
19G
ND
N19
GN
DN
20G
ND
M20
GN
DL20
GN
DK
20G
ND
N21
GN
DM
21G
ND
L21
GN
DK
21G
ND
N22
GN
DM
22G
ND
L22
GN
DK
22G
ND
J22
GN
DH
22
GN
DY
10
GN
DA
C2
GN
DA
E1
R12
622
RR
126
22R
C30
71nC
307
1n
R239 10KR239 10K
L34
FBL34
FB
R21
2
1MR21
2
1MR
476
0RR
476
0R
L35 FBL35 FB
SOIC
820
8mil
U24
MX
25L6
445E
SOIC
820
8mil
U24
MX
25L6
445E
HO
LD1
VC
C2
NC
13
NC
24
NC
35
NC
46
SO
16-C
S7
DO
8W
P/V
pp9
VS
S10
NC
511
NC
612
NC
713
NC
814
DI
15
CLK
16
SOP8-CS 17SOP8-DO 18SOP8-WP/Vpp 19VSS 20SOP8-DI21 SOP8-CLK22 SOP8-HOLD23 SOP8-VCC24
R500
0R
500
0
R21
54.
7KR
215
4.7K
7531
8642
RP
540R
X4
7531
8642
RP
540R
X4
R34
4100
R34
4100
C170
0.1u
C170
0.1u
7531
8642
RP
530R
X4
7531
8642
RP
530R
X4
C330
0.1u
F
C330
0.1u
F
R15
4100
R15
4100
C44
0.1u
C44
0.1u
R180
10k
R180
10k
R49
2100
R49
2100
TS
1
TS
0
PC
MC
IA
NA
ND
FLA
SH
FRO
NT
EN
D
U2B
MS
D30
9PX
TS
1
TS
0
PC
MC
IA
NA
ND
FLA
SH
FRO
NT
EN
D
U2B
MS
D30
9PX
PA
D_P
CM_D
[0]
W21
PA
D_P
CM_D
[1]
U21
PA
D_P
CM_D
[2]
U19
PA
D_P
CM_D
[3]
AD
12P
AD_P
CM_D
[4]
AC
12P
AD_P
CM_D
[5]
AD
13P
AD_P
CM_D
[6]
Y12
PA
D_P
CM_D
[7]
AA
11
PA
D_P
CM_A
[0]
Y24
PA
D_P
CM_A
[1]
Y22
PA
D_P
CM_A
[2]
AB
22P
AD_P
CM_A
[3]
AA
22P
AD_P
CM_A
[4]
AA
20P
AD_P
CM_A
[5]
Y21
PA
D_P
CM_A
[6]
AA
18
PA
D_P
CM_A
[12]
AA
17
PA
D_P
CM_A
[8]
AA
16P
AD_P
CM_A
[9]
AA
14
PA
D_P
CM_A
[11]
Y15
PA
D_P
CM_A
[13]
AA
15
PA
D_P
CM_A
[10]
AA
12
PA
D_P
CM_A
[7]
AA
19
PA
D_T
S1_
CLK
Y18
PA
D_T
S1_
SY
NC
AB
16P
AD_T
S1_
VLD
AE
16
PA
D_T
S1_
D[0
]Y
16P
AD_T
S1_
D[1
]A
D14
PA
D_T
S1_
D[2
]A
D15
PA
D_T
S1_
D[3
]A
C15
PA
D_T
S1_
D[4
]A
C16
PA
D_T
S1_
D[5
]Y
17P
AD_T
S1_
D[6
]A
B17
PA
D_T
S1_
D[7
]A
B19
PA
D_T
S0_
CLK
Y19
PA
D_T
S0_
SY
NC
W20
PA
D_T
S0_
VLD
Y23
PA
D_T
S0_
D[0
]U
20P
AD_T
S0_
D[1
]V
20P
AD_T
S0_
D[2
]R
19P
AD_T
S0_
D[3
]A
E13
PA
D_T
S0_
D[4
]A
C13
PA
D_T
S0_
D[5
]Y
11P
AD_T
S0_
D[6
]A
B11
PA
D_T
S0_
D[7
]A
B13
PA
D_I
PA
A3
PA
D_I
MA
A2
PA
D_Q
PY
3P
AD_Q
MY
2
PA
D_T
GP
IO0(
RF_
AG
C_C
TRL)
AC
4P
AD_T
GP
IO1(
DE
MO
D_R
ES
ET)
AD
2P
AD_T
GP
IO2(
TUN
ER_S
CL)
AD
4P
AD_T
GP
IO3(
TUN
ER_S
DA
)A
E4
PA
D_I
FAG
CA
D3
PA
D_V
IFP
AB
1P
AD_V
IFM
AA
1
PA
D_R
FAG
C_T
AG
CA
E3
PA
D_S
IFM
AB
3P
AD_S
IFP
AB
2
PA
D_P
CM_R
ES
ET
Y20
PA
D_P
CM_A
[14]
AE
14
PA
D_P
CM_I
RQ
A_N
AD
16P
AD_P
CM_O
E_N
Y13
PA
D_P
CM_I
OR
D_N
Y14
PA
D_P
CM_C
E_N
AA
13P
AD_P
CM_W
E_N
AC
14P
AD_P
CM_C
D_N
AB
23P
AD_P
CM_W
AIT_N
AB
20P
AD_P
CM_I
OW
R_
NA
B14
PA
D-P
CM_R
EG_N
AA
21
PA
D_P
F_A
LET2
1P
AD_P
F_A
D[1
5]T1
9P
AD_P
F_C
E0Z
P21
PA
D_P
F_C
E1Z
P20
PA
D_P
F_O
EZ
R20
PA
D_P
F_W
EZ
T20
PA
D_F_R
BZ
P19
PA
D_P
CM
2_C
E_N
Y25
L41 FBL41 FB
D13
2
INP
AQ_V
PO
RT
D13
2
INP
AQ_V
PO
RT
12
C31
6
0.1u
C31
6
0.1u
D13
3
INP
AQ_V
PO
RT
D13
3
INP
AQ_V
PO
RT
12
U21
NC
/24C
64U
21N
C/2
4C64
A0
1A
12
A2
3G
ND
4S
DA
5S
CL
6W
P7
VC
C8
R38
12.
2KR
381
2.2K
C20839P
C20839P
HD
MI
AU
DIO
I2S
SP
DIF
U2C
MS
D30
9PX
HD
MI
AU
DIO
I2S
SP
DIF
U2C
MS
D30
9PX
PA
D_L
INE
IN_L0
R4
PA
D_L
INE
IN_R0
R5
PA
D_L
INE
IN_L
1T6
PA
D_L
INE
IN_R
1U
6P
AD_L
INE
IN_L
2V
6P
AD_L
INE
IN_R
2U
5P
AD_L
INE
IN_L
5A
D6
PA
D_L
INE
IN_R
5A
C6
PA
D_R
X0N_A
G2
PA
D_R
X0P_A
H3
PA
D_R
X1N_A
H2
PA
D_R
X1P_A
J3P
AD_R
X2N_A
J2P
AD_R
X2P_A
J1P
AD_R
XC
N_A
G3
PA
D_R
XC
P_A
G1
DD
CD
A_C
KM
4D
DC
DA_D
AM
5P
AD_H
OTP
LUG
AK
6
PA
D_R
X0N_B
D2
PA
D_R
X0P_B
E3
PA
D_R
X1N_B
E2
PA
D_R
X1P_B
F3P
AD_R
X2N_B
F2P
AD_R
X2P_B
F1P
AD_R
XC
N_B
D3
PA
D_R
XC
P_B
D1
DD
CD
B_C
KJ6
DD
CD
B_D
AL6
HO
TPLU
GB
J4
PA
D_R
X0N_C
AC
8P
AD_R
X0P_C
AD
9P
AD_R
X1N_C
AC
9P
AD_R
X1P_C
AD
10P
AD_R
X2N_C
AE
10P
AD_R
X2P_C
AC
10P
AD_R
XC
N_C
AE
8P
AD_R
XC
P_C
AD
8D
DC
DC_C
KA
E7
DD
CD
C_D
AA
D7
PA
D_H
OTP
LUG
CA
C7
PA
D_C
EC
K5
PA
D_L
INE
OU
T_L0
V1
PA
D_L
INE
OU
T_R0
V2
PA
D_E
AR
PH
ON
E_O
UTL
AD
5P
AD_E
AR
PH
ON
E_O
UTR
AE
5
PA
D_V
RP
AB
4P
AD_V
AG
AB
5A
VS
S_V
RM_A
DC_D
AC
AC
3
PA
D_I
2S_O
UT_
MC
KA
6P
AD_I
2S_O
UT_
SD
B5
PA
D_I
2S_O
UT_
WS
B6
PA
D_I
2S_I
N_B
CK
(US
B_O
CD
)C
1P
AD_I
2S_I
N_S
D(L
ED_O
N)
H6
PA
D_I
2S_I
N_W
S(W
AR
M_L
ED_O
N)
G6
PA
D_S
PD
IF_O
UT
P5
PA
D_I
2S_O
UT_
BC
KC
6
PA
D_L
INE
OU
T_L3
AA
6P
AD_L
INE
OU
T_R
3Y
5
R49
5
8.2K
R49
5
8.2K
R49
9N
C/0
R49
9N
C/0
R9
10k
R9
10k
R37
24.
7KR
372
4.7K
R50
468
RR
504
68R
C36
2.2u
C36
2.2u
C17
40.
1uC
1740.
1u
R35
1N
C/10K
R35
1N
C/10K
R49
6100
R49
6100
RG
BC
VB
S
U2E
MS
D30
9PX
RG
BC
VB
S
U2E
MS
D30
9PX
PA
DA_B
IN0M
K1
PA
DA_G
IN0P
L3P
AD
A_G
IN0M
L2
PA
DA_S
OG
IN0
K2
PA
DA_R
IN0M
M2
PA
D_H
SY
NC0
N4
PA
D_V
SY
NC0
N5
PA
DA_B
IN1M
N3
PA
DA_G
IN1P
N2
PA
DA_S
OG
IN1
N1
PA
DA_R
IN1M
R3
PA
D_H
SY
NC
1W
6P
AD_V
SY
NC
1Y
6
PA
DA_B
IN2M
R1
PA
DA_G
IN2M
T2
PA
DA_R
IN2M
U2
PA
DA_S
OG
IN2
T3P
AD_H
SY
NC
2V
4
PA
DA_R
IN0P
M3
PA
DA_B
IN0P
K3
PA
DA_R
IN1P
P2
PA
DA_G
IN1M
P3
PA
DA_B
IN1P
M1
PA
DA_R
IN2P
U3
PA
DA_G
IN2P
T1
PA
DA_B
IN2P
R2
PA
DA_C
VB
S0
AC
5
PA
DA_C
VB
S4
W2
PA
DA_C
VB
S5
W3
PA
DA_C
VB
S_O
UT1
V3
PA
DA_V
CO
MW
1
PA
DA_C
VB
S1
W4
PA
DA_C
VB
S2
W5
PA
DA_C
VB
S_O
UT2
AA
4
PA
DA_C
VB
S3
AA
5
R49
7N
C/4.7
KR
497
NC
/4.7
K
R33
10K
R33
10K
C50
7N
C/100
pFC
-L10
W05
-2
C50
7N
C/100
pFC
-L10
W05
-2
R22
14.
7KR
221
4.7K
7531
8642
RP
550R
X4
7531
8642
RP
550R
X4
R35
6N
C/10K
R35
6N
C/10K
C30
2.2u
C30
2.2u
R22
24.
7KR
222
4.7K
C750.
1uC
750.
1u
7531
8642
RP
520R
X4
7531
8642
RP
520R
X4
D13
1
INP
AQ_V
PO
RT
D13
1
INP
AQ_V
PO
RT
12
R490
10K
R490
10K
R38
22.
2KR
382
2.2K
R37
34.
7KR
373
4.7K
MIU
AM
IUB
U2A
MS
D30
9PX
MIU
AM
IUB
U2A
MS
D30
9PX
PA
D_I
O[8
](A_A0)
C10
PA
D_I
O[4
1](A_A
1)A
22P
AD_I
O[5
](A_A
2)A
9P
AD_I
O[4
4](A_A
3)B
23P
AD_I
O[3
](A_A
4)B
9P
AD_I
O[4
3](A_A
5)A
23P
AD_I
O[6
](A_A
6)C
9P
AD_I
O[4
5](A_A
7)C
23P
AD_I
O[4
](A_A
8)B
8P
AD_I
O[4
6](A_A
9)A
24P
AD_I
O[4
2](A_A
10)
B22
PA
D_I
O[2
](A_A
11)
C8
PA
D_I
O[3
5](A_A
12)
B24
PA
D_I
O[1
4](A_D
Q0)
C13
PA
D_I
O[3
2(A_D
Q1)
A19
PA
D_I
O[1
5](A_D
Q2)
A12
PA
D_I
O[3
3](A_D
Q3)
B19
PA
D_I
O[3
4](A_D
Q4)
C20
PA
D_I
O[1
3](A_D
Q5)
B12
PA
D_I
O[3
1](A_D
Q6]
C19
PA
D_I
O[1
7](A_D
Q7)
A13
PA
D_I
O[1
8](A_D
Q8)
B14
PA
D_I
O[2
9](A_D
Q9)
C18
PA
D_I
O[1
9](A_D
Q10
)C
14P
AD_I
O[30]
(A_D
Q11
)A
18P
AD_I
O[2
8](A_D
Q12
)B
18P
AD_I
O[1
6](A_D
Q13
)B
13P
AD_I
O[2
7](A_D
Q14
)B
17P
AD_I
O[20]
(A_D
Q15
)C
15
PA
D_I
O[2
3](A_D
QS0)
A16
PA
D_I
O[2
4](A_D
QS0B
)C
16P
AD_I
O[2
1](A_D
QS
1)A
15P
AD_I
O[2
2](A_D
QS
1B)
B15
MV
RE
FD
22
PA
D_I
O[2
6](A_D
QM0)
B16
PA
D_I
O[2
5](A_D
QM
1)C
17
PA
D_I
O[1
2](A_M
CLK
)C
12P
AD_I
O[10]
(A_M
CLK
Z)B
11P
AD_I
O[3
7](A_C
KE
)C
21
PA
D_I
O[3
6](A_W
EZ)
B20
PA
D_I
O[9
](A_R
AS
Z)B
10P
AD_I
O[7
](A_C
AS
Z)A
10P
AD_I
O[3
9](A_B
A0)
A21
PA
D_I
O[3
8](A_B
A1)
B21
PA
D_I
O[40]
(A_B
A2)
C22
PA
D_I
O[1
1](A_O
DT)
C11
PA
D_I
O[5
5](B_A0)
E23
PA
D_I
O[8
8](B_A
1)U
24P
AD_I
O[5
2](B_A
2)D
24P
AD_I
O[9
1](B_A
3)V
25P
AD_I
O[50]
(B_A
4)D
25P
AD_I
O[90]
(B_A
5)V
24P
AD_I
O[5
3](B_A
6)D
23P
AD_I
O[9
2](B_A
7)W
25P
AD_I
O[5
1](B_A
8)C
25P
AD_I
O[9
3](B_A
9)W
24P
AD_I
O[8
9](B_A
10)
V23
PA
D_I
O[4
9](B_A
11)
C24
PA
D_I
O[8
2](B_A
12)
W23
PA
D_I
O[6
1](B_D
Q0)
H23
PA
D_I
O[7
9](B_D
Q1)
P24
PA
D_I
O[6
2](B_D
Q2)
G24
PA
D_I
O[80]
(B_D
Q3)
R23
PA
D_I
O[8
1](B_D
Q4)
R24
PA
D_I
O[60]
(B_D
Q5)
G25
PA
D_I
O[7
8](B_D
Q6)
P23
PA
D_I
O[6
4](B_D
Q7)
H24
PA
D_I
O[6
5](B_D
Q8)
J25
PA
D_I
O[7
6](B_D
Q9)
N23
PA
D_I
O[6
6](B_D
Q10
)J2
4P
AD_I
O[7
7](B_D
Q11
)N
24P
AD_I
O[7
5](B_D
Q12
)N
25P
AD_I
O[6
3](B_D
Q13
)J2
3P
AD_I
O[7
4](B_D
Q14
)M
25P
AD_I
O[6
7](B_D
Q15
)K
23
PA
D_I
O[70]
(B_D
QS0)
L24
PA
D_I
O[7
1](B_D
QS0B
)L2
3P
AD_I
O[6
8](B_D
QS
1)K
24P
AD_I
O[6
9](B_D
QS
1B)
K25
PA
D_I
O[7
3](B_D
QM0)
M23
PA
D_I
O[7
2](B_D
QM
1)M
24
PA
D_I
O[5
9](B_M
CLK
)G
23P
AD_I
O[5
7](B_M
CLK
Z)F2
5P
AD_I
O[8
4](B_C
KE
)T2
3
PA
D_I
O[8
3](B_W
EZ)
R25
PA
D_I
O[5
6](B_R
AS
Z)F2
3P
AD_I
O[5
4](B_C
AS
Z)E
24P
AD_I
O[8
6](B_B
A0)
T24
PA
D_I
O[8
5](B_B
A1)
T25
PA
D_I
O[8
7](B_B
A2)
U23
PA
D_I
O[5
8](B_O
DT)
F24
PA
D_I
O[0
](A_A
13)
B7
PA
D_I
O[4
7](B_A
13)
B25
C16
647
nC
166
47n
R70
10K
R70
10K
R50
822
RR
508
22R
R49
3100
R49
3100
R237 4.7KR237 4.7K
R350
NC
/10K
R350
NC
/10K
R50
622
RR
506
22R
CO
N3
CO
N46
CO
N3
CO
N46
VC
C1
VC
C2
VC
C3
VC
C4
GN
D5
GN
D6
GN
D7
GN
D8
B4+
9B
4-10
B3+
11B
3-12
BC
+13
BC
-14
B2+
15B
2-16
B1+
17B
1-18
B0+
19B0-
20G
ND
21G
ND
22I/O
23M
OD
E24
GN
D27
GN
D28
A4+
29A
4-30
A3+
31A
3-32
AC
-33
AC
-34
A2+
35A
2-36
A1+
37A
1-38
A0+
39A0-
40G
ND
41G
ND
42
DC
R-O
25D
CR
-I26
SD
A43
SC
L44
GN
D45
GN
D46
R50
522
RR
505
22R
R50
722
RR
507
22R
R34
7100R
R34
7100R
R21
7100
R21
7100
R14
5100
R14
5100
R18
84.
7KR
188
4.7K
7531
8642
RP
580R
X4
7531
8642
RP
580R
X4
R21
6100
R21
6100
C17
339
pC
173
39p
R47
10K
R47
10K
C33
10.
1uF
C33
10.
1uF
R37
14.
7KR
371
4.7K
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
A_M
VER
F
MA_
DQ
15M
A_D
Q8
MA_
DQ
10M
A_D
Q13
MIU
A_D
Q[0
:15]
MIU
A_D
Q11
MIU
A_D
Q12
MIU
A_D
Q9
MIU
A_D
Q14
MA_
DQ
11M
A_D
Q12
MA_
DQ
9M
A_D
Q14
MA_
DQ
6M
A_D
Q1
MA_
DQ
3M
A_D
Q4
MIU
A_D
Q6
MIU
A_D
Q1
MIU
A_D
Q3
MIU
A_D
Q4
MIU
A_D
Q7
MIU
A_D
Q0
MIU
A_D
Q2
MIU
A_D
Q5
MA_
DQ
5M
A_D
Q2
MA_
DQ
7M
A_D
Q0
MIU
A_D
Q15
MIU
A_D
Q8
MIU
A_D
Q10
MIU
A_D
Q13
MA_
RAS
ZM
A_C
ASZ
MA_
A11
MA_
A8
MIU
A_A[0:
13]
MA_
A7M
A_A9
MA_
A12
MA_
A3
MA_
A1M
A_A10
MA_
A5
MIU
A_A4
MIU
A_A6
MA_
A0M
A_A2
MA_
BA0
MA_
WEZ
MIU
A_BA0
MA_
MC
LK
MIU
A_W
EZ
MIU
A_O
DT
MA_
BA1
MA_
OD
T
MIU
A_A8
MIU
A_A1
1
MIU
A_BA
1M
A_C
KE
MA_
BA2
MA_
A4M
A_A6
MIU
A_A0
MIU
A_A2
MIU
A_M
CKE
MA_
DQ
M1
MA_
BA0
MA_
BA1
MA_
DQ
M0
MIU
A_D
QM0
MIU
A_D
QM
1
MA_
DQ
6
MA_
DQ
3M
A_D
Q1
MA_
DQ
4
MA_
DQ
15M
A_D
Q8
MA_
DQ
10M
A_D
Q13
MA_
A8M
A_A1
1M
A_W
EZ
MA_
OD
TM
A_R
ASZ
MA_
BA2
MA_
DQ
5M
A_D
Q2
MA_
DQ
7M
A_D
Q0
MA_
CAS
Z
MA_
A1M
A_A10
MA_
A5
MA_
MC
LKZ
MA_
MC
LKM
A_C
KE
MA_
DQ
M0
MA_
DQ
M1
MA_
DQ
S0M
A_D
QSB0
MA_
DQ
S1M
A_D
QSB
1
MA_
A9M
A_A1
2M
A_A7
MA_
DQ
11
MA_
A3
MA_
A0
MA_
DQ
12
MA_
A2M
A_A4
MA_
A6
MA_
DQ
9M
A_D
Q14
A_M
VER
F
MIU
A_R
ASZ
MIU
A_C
ASZ
MIU
A_D
QS0
MIU
A_D
QS0
BM
A_D
QS0
MA_
DQ
SB0
MIU
A_D
QS1
MIU
A_D
QS1
BM
A_D
QS1
MA_
DQ
SB1
MA_
MC
LKZ
MIU
A_A5
MIU
A_BA
2
MIU
A_A7
MIU
A_A3
MIU
A_A1
MIU
A_A1
2
MIU
A_A9
MIU
A_A10
MB_
DQ
6
MB_
DQ
3M
B_D
Q1
MB_
DQ
4
MB_
DQ
15M
B_D
Q8
MB_
DQ
10M
B_D
Q13
MB_
A8M
B_A1
1M
B_W
EZ
MB_
OD
TM
B_R
ASZ
MB_
BA2
MB_
DQ
5M
B_D
Q2
MB_
DQ
7M
B_D
Q0
MB_
CAS
Z
MB_
A1M
B_A10
MB_
A5
MB_
MC
LKZ
MB_
MC
LKM
B_C
KE
MB_
DQ
M0
MB_
DQ
M1
MB_
DQ
S0M
B_D
QSB0
MB_
DQ
S1M
B_D
QSB
1
MB_
A9M
B_A1
2M
B_A7
MB_
DQ
11
MB_
A3
MB_
A0
MB_
DQ
12
MB_
A2M
B_A4
MB_
A6
MB_
DQ
9M
B_D
Q14
B_M
VER
F
MIU
B_R
ASZ
MIU
B_C
ASZ
MB_
DQ
S1M
B_D
QSB
1
B_M
VER
F
MB_
MC
LKZ
MIU
B_A5
MIU
B_BA
2
MIU
B_A7
MIU
B_A3
MIU
B_A1
MIU
B_A1
2
MIU
B_A9
MIU
B_A10
MIU
B_D
QS0
MIU
B_D
QS0
BM
B_D
QS0
MB_
DQ
SB0
MIU
B_D
QS1
MIU
B_D
QS1
B
MB_
DQ
15M
B_D
Q8
MB_
DQ
10M
B_D
Q13
MIU
B_D
Q[0
:15]
MIU
B_D
Q11
MIU
B_D
Q12
MIU
B_D
Q9
MIU
B_D
Q14
MB_
DQ
11M
B_D
Q12
MB_
DQ
9M
B_D
Q14
MB_
DQ
6M
B_D
Q1
MB_
DQ
3M
B_D
Q4
MIU
B_D
Q6
MIU
B_D
Q1
MIU
B_D
Q3
MIU
B_D
Q4
MIU
B_D
Q7
MIU
B_D
Q0
MIU
B_D
Q2
MIU
B_D
Q5
MB_
DQ
5M
B_D
Q2
MB_
DQ
7M
B_D
Q0
MIU
B_D
Q15
MIU
B_D
Q8
MIU
B_D
Q10
MIU
B_D
Q13
MB_
RAS
ZM
B_C
ASZ
MB_
A11
MB_
A8
MIU
B_A[0:
13]
MB_
A7M
B_A9
MB_
A12
MB_
A3
MB_
A1M
B_A10
MB_
A5
MIU
B_A4
MIU
B_A6
MB_
A0M
B_A2
MB_
BA0
MB_
WEZ
MIU
B_BA0
MB_
MC
LK
MIU
B_W
EZ
MIU
B_O
DT
MB_
BA1
MB_
OD
T
MIU
B_A8
MIU
B_A1
1
MIU
B_BA
1M
B_C
KE
MB_
BA2
MB_
A4M
B_A6
MIU
B_A0
MIU
B_A2
MIU
B_M
CKE
MB_
DQ
M1
MB_
BA0
MB_
BA1
MB_
DQ
M0
MIU
B_D
QM0
MIU
B_D
QM
1
MA_
A13
MIU
A_A1
3M
A_A1
3
MB_
A13
MIU
B_A1
3M
B_A1
3
1.8V
A
1.8V
A
1.8V
A
1.8V
A
MIU
A_D
Q[0
:15]
2
MIU
A_BA
22M
IUA_
A[0:
13]
2
MIU
A_M
CLK
2M
IUA_
MC
LKZ
2 MIU
A_BA0
2
MIU
A_W
EZ2
MIU
A_O
DT
2
MIU
A_BA
12
MIU
A_M
CKE
2M
IUA_
DQ
M0
2M
IUA_
DQ
M1
2
MIU
A_R
ASZ
2M
IUA_
CAS
Z2
MIU
A_D
QS0
2M
IUA_
DQ
S0B
2
MIU
A_D
QS1
2M
IUA_
DQ
S1B
2
MIU
B_R
ASZ
2M
IUB_
CAS
Z2
MIU
B_D
QS0
2M
IUB_
DQ
S0B
2
MIU
B_D
QS1
2M
IUB_
DQ
S1B
2
MIU
B_D
Q[0
:15]
2
MIU
B_BA
22M
IUB_
A[0:
13]
2
MIU
B_M
CLK
2M
IUB_
MC
LKZ
2 MIU
B_BA0
2
MIU
B_W
EZ2
MIU
B_O
DT
2
MIU
B_BA
12
MIU
B_M
CKE
2M
IUB_
DQ
M0
2M
IUB_
DQ
M1
2
Title
Size
Doc
umen
t Num
ber
Rev
Dat
e:Sh
eet
of
3/10
0.1
MEM
OR
Y
C
310
Frid
ay, D
ecem
ber 10,
2010
Title
Size
Doc
umen
t Num
ber
Rev
Dat
e:Sh
eet
of
3/10
0.1
MEM
OR
Y
C
310
Frid
ay, D
ecem
ber 10,
2010
Title
Size
Doc
umen
t Num
ber
Rev
Dat
e:Sh
eet
of
3/10
0.1
MEM
OR
Y
C
310
Frid
ay, D
ecem
ber 10,
2010
Close to DRAM
Close to MSD309
Close to MSD306
Close to MSD306
Close to DRAM
Close to DRAM
Close to MSD309
Close to DRAM
Close to MSD306
Close to MSD306
Close to DRAM
Close to DRAM
R39
675
RR
396
75R
7 5 3 1
8 6 4 2
RP20
22R
X4
7 5 3 1
8 6 4 2
RP20
22R
X4
7 5 3 1
8 6 4 2
RP1
322
RX4
7 5 3 1
8 6 4 2
RP1
322
RX4
C430
47n
C430
47n
7 5 3 1
8 6 4 2
RP4
22R
X4
7 5 3 1
8 6 4 2
RP4
22R
X4
7 5 3 1
8 6 4 2
RP10
75R
X4
7 5 3 1
8 6 4 2
RP10
75R
X4
7 5 3 1
8 6 4 2
RP5
922
RX4
7 5 3 1
8 6 4 2
RP5
922
RX4
7 5 3 1
8 6 4 2
RP8
75R
X4
7 5 3 1
8 6 4 2
RP8
75R
X4
7 5 3 1
8 6 4 2
RP3
922
RX4
7 5 3 1
8 6 4 2
RP3
922
RX4
R71
100R
R71
100R
7 5 3 1
8 6 4 2
RP1
122
RX4
7 5 3 1
8 6 4 2
RP1
122
RX4
C43
347
nC
433
47n
7 5 3 1
8 6 4 2
RP5
75R
X4
7 5 3 1
8 6 4 2
RP5
75R
X4
7531
8642
RP1
975
RX4
7531
8642
RP1
975
RX4
R10
710
kR
107
10k
7 5 3 1
8 6 4 2
RP2
122
RX4
7 5 3 1
8 6 4 2
RP2
122
RX4
7 5 3 1
8 6 4 2
RP1
22R
X4
7 5 3 1
8 6 4 2
RP1
22R
X4
7531
8642
RP1
775
RX4
7531
8642
RP1
775
RX4
7 5 3 1
8 6 4 2
RP6
75R
X4
7 5 3 1
8 6 4 2
RP6
75R
X4
R37
8
100R
R37
8
100R
7531
8642
RP1
875
RX4
7531
8642
RP1
875
RX4
A B C D E F G H J K L M N P R
12
37
89
Vdd
NCVs
s
DQ14
VssQ
UDM
VddQ
DQ9
VddQ
DQ12
VssQ
DQ11
Vdd
NCVs
s
DQ6
VssQ
LDM
VddQ
DQ1
VddQ
DQ4
VssQ
DQ3
VddL
Vref
Vss
CKE
WE#
RFU
BA0
BA1
A10
A1
Vss
A3A5
A7A9
Vdd
A12
RFU
VssQ
UDQS
#Vd
dQ
UDQS
VssQ
DQ15
VddQ
DQ8
VddQ
DQ10
VssQ
DQ13
VssQ
LDQS
#Vd
dQ
LDQS
VssQ
DQ7
VddQ
DQ0
VddQ
DQ2
VssQ
DQ5
VssD
LCK
Vdd
RAS#
CK#
ODT
CAS#
CS#
A2A0
Vdd
A6A4
A11
A8
RFU
NC
Vss
U15
W97
51G
6IB-
25
A B C D E F G H J K L M N P R
12
37
89
Vdd
NCVs
s
DQ14
VssQ
UDM
VddQ
DQ9
VddQ
DQ12
VssQ
DQ11
Vdd
NCVs
s
DQ6
VssQ
LDM
VddQ
DQ1
VddQ
DQ4
VssQ
DQ3
VddL
Vref
Vss
CKE
WE#
RFU
BA0
BA1
A10
A1
Vss
A3A5
A7A9
Vdd
A12
RFU
VssQ
UDQS
#Vd
dQ
UDQS
VssQ
DQ15
VddQ
DQ8
VddQ
DQ10
VssQ
DQ13
VssQ
LDQS
#Vd
dQ
LDQS
VssQ
DQ7
VddQ
DQ0
VddQ
DQ2
VssQ
DQ5
VssD
LCK
Vdd
RAS#
CK#
ODT
CAS#
CS#
A2A0
Vdd
A6A4
A11
A8
RFU
NC
Vss
U15
W97
51G
6IB-
25
VddA1 NC A2
Vss A3
DQ
14B
1
VssQ B2
UD
MB
3
A4
N8
A6
N7
VddM9
A0
M8
A2
M7
CS
#L8
CA
S#
L7
OD
TK
9
CLK
#K
8
RA
S#
K7
VddJ9
CLK
J8
VssDL J7
DQ
5H
9
VssQ H8
DQ
2H
7
VddQG9
DQ0
G8
VddQG7
DQ
7F9
VssQ F8
LDQ
SF7
VddQE9
LDQ
S#
E8
VssQ E7
DQ
13D
9
VssQ D8
DQ
10D
7
VddQC9
DQ
8C
8
VddQC7A
7P
2
A9
P3
VddR1
A12
R2
RFU
R3
VssQ A7
UD
QS
#A
8
VddQA9
UD
QS
B7
VssQ B8
DQ
15B
9
A10
M2
A1
M3
Vss N1
A3
N2
A5
N3
VddQC1
DQ
9C
2
VddQC3
DQ
12D
1
VssQ D2
DQ
11D
3
VddE1 NC E2
Vss E3
DQ
6F1
VssQ F2
LDM
F3
VddQG1
DQ
1G
2
VddQG3
DQ
4H
1
VssQ H2
DQ
3H
3
VddLJ1
Vre
fJ2
Vss J3
CK
EK
2
WE
#K
3
RFU
L1
BA0
L2B
A1
L3
RFU
R7
NC R8
Vss P9
A8
P8
A11
P7
7 5 3 1
8 6 4 2
RP3
22R
X4
7 5 3 1
8 6 4 2
RP3
22R
X4
C42
847
nC
428
47n
7 5 3 1
8 6 4 2
RP7
75R
X4
7 5 3 1
8 6 4 2
RP7
75R
X4
R11
610
kR
116
10k
C43
147
nC
431
47n
7 5 3 1
8 6 4 2
RP60
22R
X4
7 5 3 1
8 6 4 2
RP60
22R
X4
R23
100R
R23
100R
7 5 3 1
8 6 4 2
RP1
222
RX4
7 5 3 1
8 6 4 2
RP1
222
RX4
R310
10k
R310
10k
7531
8642
RP1
575
RX4
7531
8642
RP1
575
RX4
A B C D E F G H J K L M N P R
12
37
89
Vdd
NCVs
s
DQ14
VssQ
UDM
VddQ
DQ9
VddQ
DQ12
VssQ
DQ11
Vdd
NCVs
s
DQ6
VssQ
LDM
VddQ
DQ1
VddQ
DQ4
VssQ
DQ3
VddL
Vref
Vss
CKE
WE#
RFU
BA0
BA1
A10
A1
Vss
A3A5
A7A9
Vdd
A12
RFU
VssQ
UDQS
#Vd
dQ
UDQS
VssQ
DQ15
VddQ
DQ8
VddQ
DQ10
VssQ
DQ13
VssQ
LDQS
#Vd
dQ
LDQS
VssQ
DQ7
VddQ
DQ0
VddQ
DQ2
VssQ
DQ5
VssD
LCK
Vdd
RAS#
CK#
ODT
CAS#
CS#
A2A0
Vdd
A6A4
A11
A8
RFU
NC
Vss
U9
W97
51G
6IB-
25
A B C D E F G H J K L M N P R
12
37
89
Vdd
NCVs
s
DQ14
VssQ
UDM
VddQ
DQ9
VddQ
DQ12
VssQ
DQ11
Vdd
NCVs
s
DQ6
VssQ
LDM
VddQ
DQ1
VddQ
DQ4
VssQ
DQ3
VddL
Vref
Vss
CKE
WE#
RFU
BA0
BA1
A10
A1
Vss
A3A5
A7A9
Vdd
A12
RFU
VssQ
UDQS
#Vd
dQ
UDQS
VssQ
DQ15
VddQ
DQ8
VddQ
DQ10
VssQ
DQ13
VssQ
LDQS
#Vd
dQ
LDQS
VssQ
DQ7
VddQ
DQ0
VddQ
DQ2
VssQ
DQ5
VssD
LCK
Vdd
RAS#
CK#
ODT
CAS#
CS#
A2A0
Vdd
A6A4
A11
A8
RFU
NC
Vss
U9
W97
51G
6IB-
25
VddA1 NC A2
Vss A3
DQ
14B
1
VssQ B2
UD
MB
3
A4
N8
A6
N7
VddM9
A0
M8
A2
M7
CS
#L8
CA
S#
L7
OD
TK
9
CLK
#K
8
RA
S#
K7
VddJ9
CLK
J8
VssDL J7
DQ
5H
9
VssQ H8
DQ
2H
7
VddQG9
DQ0
G8
VddQG7
DQ
7F9
VssQ F8
LDQ
SF7
VddQE9
LDQ
S#
E8
VssQ E7
DQ
13D
9
VssQ D8
DQ
10D
7
VddQC9
DQ
8C
8
VddQC7
A7
P2
A9
P3
VddR1
A12
R2
RFU
R3
VssQ A7
UD
QS
#A
8
VddQA9
UD
QS
B7
VssQ B8
DQ
15B
9
A10
M2
A1
M3
Vss N1
A3
N2
A5
N3
VddQC1
DQ
9C
2
VddQC3
DQ
12D
1
VssQ D2
DQ
11D
3
VddE1 NC E2
Vss E3
DQ
6F1
VssQ F2
LDM
F3
VddQG1
DQ
1G
2
VddQG3
DQ
4H
1
VssQ H2
DQ
3H
3
VddLJ1
Vre
fJ2
Vss J3
CK
EK
2
WE
#K
3
RFU
L1
BA0
L2B
A1
L3
RFU
R7
NC R8
Vss P9
A8
P8
A11
P7
7 5 3 1
8 6 4 2
RP50
22R
X4
7 5 3 1
8 6 4 2
RP50
22R
X4
R13
75R
R13
75R
7 5 3 1
8 6 4 2
RP1
422
RX4 7 5 3 1
8 6 4 2
RP1
422
RX4
7 5 3 1
8 6 4 2
RP2
22R
X4 7 5 3 1
8 6 4 2
RP2
22R
X4
R37
710
kR
377
10k
R38
375
RR
383
75R
R37
9
100R
R37
9
100R
7 5 3 1
8 6 4 2R
P40
22R
X4
7 5 3 1
8 6 4 2R
P40
22R
X4
7 5 3 1
8 6 4 2
RP5
722
RX4
7 5 3 1
8 6 4 2
RP5
722
RX4
R380
75R
R380
75R
7 5 3 1
8 6 4 2
RP9
75R
X4
7 5 3 1
8 6 4 2
RP9
75R
X4
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
T_R
F_A
GC
RF_
AG
C
VIF
P
VIF
M
IF_T
V
IF_T
V
T_R
F_A
GC
IF_T
V
T_R
F_A
GC
T_IF
AG
C
5V_T
UN
ER
3.3V
A
5V_T
UN
ER
5V_B
5V_B
5V_T
UN
ER
5V_B
12V
A
RF_
AG
C_S
EL
2
RF_
AG
C2
VIF
P2
VIF
M2
#IF_
OU
T10
IF_O
UT
10T_
IFA
GC
10
T_S
DA
2T_
SC
L2
#IF_
OU
T10
IF_O
UT
10T_
IFA
GC
10
T_S
DA
2T_
SC
L2
IF_A
GC_D
VB
10
Title
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
4/10
0.1
TUN
ER
Cus
tom
410
Frid
ay, D
ecem
ber 10,
2010
Title
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
4/10
0.1
TUN
ER
Cus
tom
410
Frid
ay, D
ecem
ber 10,
2010
Title
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
4/10
0.1
TUN
ER
Cus
tom
410
Frid
ay, D
ecem
ber 10,
2010
RF A
GC S
witc
h
close together
SAW Drive
Close to MSD309
Q604
tuner RFAGC
DVB-T TUNER
TUNER POWER
tuner
Q60
43906
Q60
43906
1
32
C89
0.1u
C89
0.1u
C47
4
0.1u
C47
4
0.1u
R42
9N
C/3
90R
R42
9N
C/3
90R
U10
VA
1P1B
F840
1
U10
VA
1P1B
F840
1
Body 15
NC 3AS 4
SDA 6
SCL 5
IFD_OUT2 11
IF_AGC 9IFD_OUT1 10
Body 12
Body 14Body 13
RFAGC_M 1NC 2
VCC_5V 7IFA_OUT 8
R42
2100K
R42
2100K
R45
622
RR
456
22R
Q40
33904
Q40
33904
1
23
U11
VA
1P1B
F840
2
U11
VA
1P1B
F840
2
Body 15
NC 3AS 4
SDA 6
SCL 5
IFD_OUT2 11
IF_AGC 9IFD_OUT1 10
Body 12
Body 14Body 13
RFAGC_M 1NC 2
VCC_5V 7IFA_OUT 8
L40
FBL40
FB
R400
10K
R400
10K
C44
6
0.1u
C44
6
0.1u
C87
0.1u
C87
0.1u
R40
910
KR
409
10K
C46
547
nC
465
47n
SAW
U30
F440
1
SAW
U30
F440
1
ING
2O
UT1
4
GND 3
OU
T25
IN1
+
CA57100uF/16V
+
CA57100uF/16V
C50
947
pFC
509
47pF
R41
510
KR
415
10K
C510
47pF
C510
47pF
IN
GND
OUT
U23
LM7805
IN
GND
OUT
U23
LM7805
3
2
1
4
L42
2.2u
HL4
22.
2uH
+
CA5470uF/16V
+
CA5470uF/16V
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
DD
CB
SD
A
DD
CB
SD
A1
RX
B2P
RX
B0N
RX
B2N
RX
B0P
RX
BC
LKP
RX
B1P
RX
B1N
RX
BC
LKN
DB
2+
DB
2-D
B1+
DB
1-D
B0+
DB0-
CLK
B+
CLK
B-
DD
CB
SC
L1
RX
B1N
RX
B1P
RX
B2N
RX
B2P
RX
BC
LKN
RX
BC
LKP
DD
CB
SC
LD
DC
BS
DA
RX
B0N
RX
B0P
HO
TPLU
GB
HOTPLUGB1
HDMIB_HP
DD
CB
SC
L
HDMIA_HP
DD
CA
SD
AD
DC
AS
CL
HO
TPLU
GA
HOTPLUGA1
DD
CA
SD
A1
RX
A2P
RX
A0N
RX
A2N
RX
A0P
RX
AC
LKP
RX
A1P
RX
A1N
RX
AC
LKN
DA
2+
DA
2-D
A1+
DA
1-D
A0+
DA0-
CLK
A+
CLK
A-
DD
CA
SC
L1
cec
cec
cec
HO
TPLU
GC
HDMIC_HP
CLKB+
CLKB-
DB0-
DB0+
DB1-
DB1+
DB2-
DB2+
CLKA+
CLKA-
DA0-
DA0+
DA1-
DA1+
DA2-
DA2+
cec_
SD
cec
DD
CB
SD
A1
DB
2+
DB
2-D
B1+
DB
1-D
B0+
DB0-
CLK
B+
CLK
B-
DD
CB
SC
L1
HO
TPLU
GB
1
HO
TPLU
GA
1
DD
CA
SD
A1
DA
2+
DA
2-D
A1+
DA
1-D
A0+
DA0-
CLK
A+
CLK
A-
DD
CA
SC
L1
cec
DC
2+
DC
2-D
C1+
DC
1-D
C0+
DC0-
CLK
C+
CLK
C-
DD
CC
SC
L1D
DC
CS
DA
1
RX
C2P
RX
C2N
RX
C1P
RX
C1N
RX
C0P
RX
C0N
RX
CC
LKP
RX
CC
LKN
DD
CC
SD
AD
DC
CS
CL
HOTPLUGC1
cec_
SD
CLKC+
CLKC-
DC0-
DC0+
DC1-
DC1+
DC2-
DC2+
HD
MIB_5
V
HD
MIB_5
V5V
A
HD
MIA_5
V
HD
MIA_5
V5V
A
3.3V
U
HD
MIC_5
V5V
A
HD
MIC_5
V
HD
MIB_5
V
HD
MIA_5
V
HO
TPLU
GB
2
RX
B0N
2R
XB0P
2R
XB
1N2
RX
B1P
2
RX
B2P
2R
XB
2N2
RX
BC
LKN
2R
XB
CLK
P2
DD
CB
SD
A2
DD
CB
SC
L2
RX
A0N
2R
XA0P
2R
XA
1N2
RX
A1P
2
RX
A2P
2R
XA
2N2
RX
AC
LKN
2R
XA
CLK
P2
DD
CA
SD
A2
DD
CA
SC
L2
HO
TPLU
GA
2
HD
MI-C
EC
2
RX
C0N
2R
XC0P
2R
XC
1N2
RX
C1P
2
RX
C2P
2R
XC
2N2
RX
CC
LKN
2R
XC
CLK
P2
DD
CC
SD
A2
DD
CC
SC
L2
HO
TPLU
GC
2Ti
tle
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
6/10
0.1
HD
MI
A2
610
Frid
ay, D
ecem
ber 10,
2010
Title
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
6/10
0.1
HD
MI
A2
610
Frid
ay, D
ecem
ber 10,
2010
Title
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
6/10
0.1
HD
MI
A2
610
Frid
ay, D
ecem
ber 10,
2010
R353
mus
t pu
ll u
p to
HDM
I_5V
<20p
F
<20p
F
R353
mus
t pu
ll u
p to
HDM
I_5V
HDMI CEC
HDMI Input
<=0.
6pF
<=0.
6pF
<=0.
6pF
<=0.
6pF
<=0.
6pF
<=0.
6pF
<=0.
6pF
<=0.
6pF
<=0.
6pF
<=0.
6pF
<=0.
6pF
<=0.
6pF
<=0.
6pF
<=0.
6pF
<=0.
6pF
<=0.
6pF
R358
mus
t pu
ll u
p to
HDM
I_5V
<20p
F<=
0.6p
F<=
0.6p
F<=
0.6p
F<=
0.6p
F<=
0.6p
F<=
0.6p
F<=
0.6p
F<=
0.6p
F
P2
HD
MI_
H
P2
HD
MI_
H
DA
TA2+
1D
ATA
2 S
HIE
LD2
DA
TA2-
3D
ATA
1+4
DA
TA1
SH
IELD
5D
AT1
A-
6D
ATA0+
7D
ATA0
SH
IELD
8D
ATA0-
9C
LK+
10C
LK S
HIE
LD11
CLK
-12
CE
C13
NC
14S
CL
15S
DA
16D
DC
/CE
C G
ND
17+5
V P
OW
ER
18H
OT
PLU
G19
2020
2121
2323
2222
DD95NC/ESD-0402 DD95NC/ESD-0402
R18
510
RR
185
10R
DD91NC/ESD-0402 DD91NC/ESD-0402
DD80NC/ESD-0402 DD80NC/ESD-0402
R14
710
RR
147
10R
Q41
73904Q41
73904
1
23
R15
310
KR
153
10K
R19
710
KR
197
10K
R38
9100R
R38
9100R
R18
61K
R18
61K
DD96NC/ESD-0402 DD96NC/ESD-0402
R14
810
RR
148
10R
DD50ESD-0402 DD50ESD-0402
DD85NC/ESD-0402 DD85NC/ESD-0402
R359NC/10K R359NC/10K
R15
7
1KR15
7
1K
DD67ESD-0402 DD67ESD-0402 Q41
63904Q41
63904
1
23
DD81NC/ESD-0402 DD81NC/ESD-0402
R13
510
RR
135
10R
R14
910
RR
149
10R
Q41
23904Q41
23904
1
23
R140
10R
R140
10R
R14
610
RR
146
10R
DD86NC/ESD-0402 DD86NC/ESD-0402
R16
11K
R16
11K
R354NC/10K R354NC/10K
DD55ESD-0402 DD55ESD-0402
DD97NC/ESD-0402 DD97NC/ESD-0402
R15
810
KR
158
10K
R18
310
KR
183
10K
R160
10R
R160
10R
DD68ESD-0402 DD68ESD-0402
DD82NC/ESD-0402 DD82NC/ESD-0402
DD72NC/ESD-0402 DD72NC/ESD-0402
R13
710
RR
137
10R
R14
210
RR
142
10R
R35510K R35510K
R150
10R
R150
10R
R32
4N
C/3
3KR
324
NC
/33K
DD92NC/ESD-0402 DD92NC/ESD-0402
R16
510
RR
165
10R
DD66ESD-0402 DD66ESD-0402
DD98NC/ESD-0402 DD98NC/ESD-0402
DD87NC/ESD-0402 DD87NC/ESD-0402
R15
110
RR
151
10R
R13
610
RR
136
10R
R16
610
RR
166
10R
DD69ESD-0402 DD69ESD-0402
DD83NC/ESD-0402 DD83NC/ESD-0402
R13
410
RR
134
10R
P1A
HD
MI_
V
P1A
HD
MI_
V
DA
TA2+
1D
ATA
2 S
HIE
LD2
DA
TA2-
3D
ATA
1+4
DA
TA1
SH
IELD
5D
AT1
A-
6D
ATA0+
7D
ATA0
SH
IELD
8D
ATA0-
9C
LK+
10C
LK S
HIE
LD11
CLK
-12
CE
C13
NC
14S
CL
15S
DA
16D
DC
/CE
C G
ND
17+5
V P
OW
ER
18H
OT
PLU
G19
2020
2121
2323
2222
DD99NC/ESD-0402 DD99NC/ESD-0402
R16
910
RR
169
10R
R190
1KR190
1K
DD52ESD-0402 DD52ESD-0402
DD88NC/ESD-0402 DD88NC/ESD-0402
DD54ESD-0402 DD54ESD-0402
R357NC/10K R357NC/10K
DD73NC/ESD-0402 DD73NC/ESD-0402
R16
2
1KR16
2
1K
R35310K R35310K
R170
10R
R170
10R
DD51ESD-0402 DD51ESD-0402
R13
910
RR
139
10R
R13
310
RR
133
10R
DD93NC/ESD-0402 DD93NC/ESD-0402
R16
310
RR
163
10R
P1
HD
MI_
H
P1
HD
MI_
H
DA
TA2+
1D
ATA
2 S
HIE
LD2
DA
TA2-
3D
ATA
1+4
DA
TA1
SH
IELD
5D
AT1
A-
6D
ATA0+
7D
ATA0
SH
IELD
8D
ATA0-
9C
LK+
10C
LK S
HIE
LD11
CLK
-12
CE
C13
NC
14S
CL
15S
DA
16D
DC
/CE
C G
ND
17+5
V P
OW
ER
18H
OT
PLU
G19
2020
2121
2323
2222
R17
110
RR
171
10R
DD89NC/ESD-0402 DD89NC/ESD-0402
R14
310
RR
143
10R
DD78NC/ESD-0402 DD78NC/ESD-0402
R14
110
RR
141
10R
R17
410
RR
174
10R
R19
11K
R19
11K
DD94NC/ESD-0402 DD94NC/ESD-0402
P3
HD
MI_
H
P3
HD
MI_
H
DA
TA2+
1D
ATA
2 S
HIE
LD2
DA
TA2-
3D
ATA
1+4
DA
TA1
SH
IELD
5D
AT1
A-
6D
ATA0+
7D
ATA0
SH
IELD
8D
ATA0-
9C
LK+
10C
LK S
HIE
LD11
CLK
-12
CE
C13
NC
14S
CL
15S
DA
16D
DC
/CE
C G
ND
17+5
V P
OW
ER
18H
OT
PLU
G19
2020
2121
2323
2222
R390
100R
R390
100R
R17
210
RR
172
10R
R18
110
RR
181
10R
DD90NC/ESD-0402 DD90NC/ESD-0402
DD84NC/ESD-0402 DD84NC/ESD-0402
R14
410
RR
144
10R
DD79NC/ESD-0402 DD79NC/ESD-0402
R35810K R35810K
R17
310
RR
173
10R
R19
310
KR
193
10K
R15
210
KR
152
10K
P2A
HD
MI_
V
P2A
HD
MI_
V
DA
TA2+
1D
ATA
2 S
HIE
LD2
DA
TA2-
3D
ATA
1+4
DA
TA1
SH
IELD
5D
AT1
A-
6D
ATA0+
7D
ATA0
SH
IELD
8D
ATA0-
9C
LK+
10C
LK S
HIE
LD11
CLK
-12
CE
C13
NC
14S
CL
15S
DA
16D
DC
/CE
C G
ND
17+5
V P
OW
ER
18H
OT
PLU
G19
2020
2121
2323
2222
R18
210
RR
182
10R
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
HD
1-Pb
HD
1-Pr
HD
1-Y
AV2-
Lin
AV2-
Rin
VGA-
VS
HD
1-Y
HD
1-Pb
HD
1-Pr
RC
A-R
RC
A2-R
VGA_
5VVGA-
R
VGA_
RX
VGA-
G
DD
C-S
CLI
N
DD
C-S
DAI
N
VGA-
B
VGA_
TX
VGA-
HS
VGA-
VS
VGA-
G
VGA-
B
VGA-
R
HD
-Lin
HD
-Rin
VGA-
Lin1
VGA-
R
VGA_
RX
VGA-
G
VGA-
B
VGA_
TX
DD
C-S
DAI
N
DD
C-S
CLI
N
VGA_
5V
DD
C-S
CL
DD
C-S
DA
VGA-
HS
VGA-
VS
DD
C-S
DA
DD
C-S
CL
RC
A-L
RC
A2-L
VGA-
Rin
1
Y Pb
VGA_
RX
VGA-
HS
VGA-
VS
DD
C-S
CLI
N
Pr
DD
C-S
DAI
N
VGA_
TX
VGA-
HS
Vide
oin
AVO
UT-
V
Vide
oin
RC
A-L
RC
A-R
HD
1-Y
HD
1-Pb
HD
1-Pr
RC
A2-R
RC
A2-L
5VA
3.3V
A
VGA-
5V
VGA-
5V
5VA
CO
MP_
SOG
+2
CO
MP_
R+
2
RG
B1_S
OG
2
CO
MP_
B+2
CO
MP_
Y+2
RG
B1_R
+2
RG
B1_G
+2
CO
MP_
R-
2
CO
MP_
Y-2
CO
MP_
B-2
RG
B1_B
+2
RG
B0_R
IN-
2
RG
B0_B
IN-
2
RG
B0_G
IN-
2
RG
B0-S
OG
2
RG
B0_B
IN+
2
RG
B0_G
IN+
2
RG
B0_R
IN+
2
HD
-Rin
2
AV2-
Rin
2
CVB
S_O
UT
2
ISP-
RXD
2
ISP-
TXD
2
AV2-
Lin
2
AV4-
Vin+
2
HD
-Lin
2
SPD
IFO
2
SV2-
Yin
2
SV2-
Cin
2
RG
B1_R
-2
RG
B1_B
-2
RG
B1_G
-2
VGA_
HSY
NC
2
VGA_
VSYN
C2
VGA-
Lin
2
VGA-
Rin
2
Title
Size
Doc
umen
t Num
ber
Rev
Dat
e:Sh
eet
of
7/10
0.1
AV IN
& O
UT
A1
710
Frid
ay, M
arch
04,
201
1
Title
Size
Doc
umen
t Num
ber
Rev
Dat
e:Sh
eet
of
7/10
0.1
AV IN
& O
UT
A1
710
Frid
ay, M
arch
04,
201
1
Title
Size
Doc
umen
t Num
ber
Rev
Dat
e:Sh
eet
of
7/10
0.1
AV IN
& O
UT
A1
710
Frid
ay, M
arch
04,
201
1
VIDEO_OUT
AV-IN & Audio-out
FOR UN-USED PORTS
If U6=24C01/24C02,solder R125
and left R120 float
Analog Video & Audio in
YPbPr IN
CLOSED TO MSD309
SPDIF_Optical Out
VGA INPUT
2010-4-22
2010-4-22
2010-4-22
C91
47n
C91
47n
D48
BAT5
4CD
48BA
T54C
3
1
2
DD
101
NC
/ESD
-040
2D
D10
1N
C/E
SD-0
402
C12
12.
2uC
121
2.2u
DD
65
NC
/ESD
-040
2
DD
65
NC
/ESD
-040
2
C71
200p
C71
200p
R10
612
KR
106
12K
DD
19 ESD
-040
2
DD
19 ESD
-040
2
P16A
P16A1
1
22
33
44
66
55
77
C59
47n
C59
47n
C62
1nC
621n
R11
768
RR
117
68R
DD
74
NC
/ESD
-040
2
DD
74
NC
/ESD
-040
2
U6
NC
/24C02
U6
NC
/24C02
NC
1N
C2
NC
3G
ND
4S
DA
5S
CL
6V
CLK
7V
CC
8
C46
47n
C46
47n
DD
23
ESD
-040
2
DD
23
ESD
-040
2
C12
52.
2uC
125
2.2u
C48
47n
C48
47n
R51
33R
R51
33R
R10910K
R10910K
R13
80R
R13
80R
R97
0RR
970R
C92
47n
C92
47n
R10
3100R
R10
3100R
DD
75 NC
/ESD
-040
2
DD
75 NC
/ESD
-040
2
R121 10KR121 10K
R94
33R
R94
33R
C50
200p
C50
200p
R56
220R
R56
220R
R122 10KR122 10K
DD
77N
C/E
SD-0
402
DD
77N
C/E
SD-0
402
L44
FBL4
4FB
R98
68R
R98
68R
DD
16ES
D-0
402
DD
16ES
D-0
402
C43
1nC
431n
C10
147
nC
101
47n
R241 75RR241 75R
P5
PHO
NEJ
ACK
STER
EO S
W 1
80d
P5
PHO
NEJ
ACK
STER
EO S
W 1
80d
1 2 3R
214
10K
R21
410
K
R63
75R
R63
75R
C96
47n
C96
47n
P15A
P15A1
1
22
33
44
66
55
77
R11
3100R
R11
3100R
C12
62.
2uC
126
2.2u
R34
6N
C/100
RR
346
NC
/100
R
R84
33R
R84
33R
R254 75RR254 75R
R66 10K
R66 10K
R32
612
KR
326
12K
R10
468
RR
104
68R
R15
60R
R15
60R
C97
1nC
971n
C67
200p
C67
200p
P5A
PHO
NEJ
ACK
P5A
PHO
NEJ
ACK
23 5 4 1 76
R11
512
KR
115
12K
R110 75RR110 75R
DD
20 ESD
-040
2
DD
20 ESD
-040
2
R242 75RR242 75R
C60
47n
C60
47n
R32
710
KR
327
10K
C81
47n
C81
47n
R16
70R
R16
70R
P12
RC
A1P1
2R
CA1
21
3
R11
90R
R11
90R
R79
0RR
790R
R100
68R
R100
68R
R54 4.7k
R54 4.7k
C65
200p
C65
200p
R91
33R
R91
33R
C55
200p
C55
200p
DD
76N
C/E
SD-0
402
DD
76N
C/E
SD-0
402
R62
75R
R62
75R
C63
2.2u
C63
2.2u
DD
14ES
D-0
402
DD
14ES
D-0
402
R86 75RR86 75R
C41
0.1u
C41
0.1u
C730.
1uC
730.
1u
C51
47n
C51
47n
R13
133
RR
131
33R
R95
75R
R95
75R
R10
5100R
R10
5100R
R32
912
KR
329
12K
R92
33R
R92
33R
R11
168
RR
111
68R
DD
18ES
D-0
402
DD
18ES
D-0
402
R128 75RR128 75R
R16
80R
R16
80R
R32
812
KR
328
12K
R130
33R
R130
33R
C88
47n
C88
47n
C42
47n
C42
47n
DD
25
ESD
-040
2
DD
25
ESD
-040
2
C12
42.
2uC
124
2.2u
R99
68R
R99
68R
C56
47n
C56
47n
R330
10K
R330
10K
R11
468
RR
114
68R
R129 75RR129 75R
R88 75RR88 75R
C66
2.2u
C66
2.2u
C61
47n
C61
47n
R10
268
RR
102
68R
R13
233
RR
132
33R
P6
PHO
NEJ
ACK
STER
EO S
W 1
80d
P6
PHO
NEJ
ACK
STER
EO S
W 1
80d
1 2 3
H17
TPADH
17TP
AD
1
C94
2.2u
C94
2.2u
C69
200p
C69
200p
R81
33R
R81
33R
C57
47n
C57
47n
DD
24
ESD
-040
2
DD
24
ESD
-040
2
R59
100R
R59
100R
C76
47n
C76
47n
R10
110
KR
101
10K
P4
VGA
P4
VGA
1 6 2 7 3 8 4 9 5
11 12 13 14 1510
16 17
C27
NC
C27
NC
R11
210
KR
112
10K
C45
47n
C45
47n
R90
33R
R90
33R
R33
110
KR
331
10K
R48
33R
R48
33R
+C
A53
100u
F/16
V
+C
A53
100u
F/16
V
C27
1
10uF
C27
1
10uF
DD
21ES
D-0
402
DD
21ES
D-0
402
C90
47n
C90
47n
R108 10KR108 10K
DD
100
NC
/ESD
-040
2D
D100
NC
/ESD
-040
2
R78
330RR78
330R
R12
510
kR
125
10k
P4A
VGA
P4A
VGA
1 6 2 7 3 8 4 9 5
11 12 13 14 1510
16 17
C49
47n
C49
47n
Q41
43904
Q41
43904
1
23
C58
47n
C58
47n
R120
NC
R120
NC
DD
102
NC
/ESD
-040
2D
D10
2N
C/E
SD-0
402
C77
47n
C77
47n
C120
0.1u
C120
0.1u
Q63
23906
Q63
23906
1
32
R33
212
KR
332
12K
DD
22ES
D-0
402
DD
22ES
D-0
402
DD
17ES
D-0
402
DD
17ES
D-0
402
R11
8100R
R11
8100R
DD
15 ESD
-040
2
DD
15 ESD
-040
2
R96
68R
R96
68R
C68
200p
C68
200p
R83
33R
R83
33R
R87 75RR87 75R
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
USB_D
POU
SB_D
MO
USB
1_D
MO
USB
1_D
PO
USB_D
POU
SB_D
MO
USB
1_D
MO
USB
1_D
PO
ON_U
SB
USB_D
POU
SB_D
MO
+5V_
USB
+5V_
USB
3.3V
A
+5V_
USB
+5V_
USB
USB_D
P2
USB_D
M2
USB
1_D
P2
USB
1_D
M2
ON_U
SB2
ON_U
SB_M
OS
1
Title
Size
Doc
umen
t Num
ber
Rev
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e:Sh
eet
of
8/10
0.1
USB
A
810
Frid
ay, D
ecem
ber 10,
2010
Title
Size
Doc
umen
t Num
ber
Rev
Dat
e:Sh
eet
of
8/10
0.1
USB
A
810
Frid
ay, D
ecem
ber 10,
2010
Title
Size
Doc
umen
t Num
ber
Rev
Dat
e:Sh
eet
of
8/10
0.1
USB
A
810
Frid
ay, D
ecem
ber 10,
2010
<=2p
F<=
2pF
<=2p
F<=
2pF
clos
e to
USB
con
nect
or
2010
-3-3
R18
94.
7KR
189
4.7K
R29
70R
R29
70R
R28
20R
R28
20R
+C
A110
100u
F/16
V+
CA1
10100u
F/16
V
P9U
SB_A
P9U
SB_A
11
22
33
44
55
66
Q43
43904
Q43
43904
1
23
R61
4.7K
R61
4.7K
R28
70R
R28
70R
R29
80R
R29
80R
P9A
USB_A
P9A
USB_A
11
22
33
44
55
66
DD
44
NC
/ESD
-040
2
DD
44
NC
/ESD
-040
2
DD
46
NC
/ESD
-040
2
DD
46
NC
/ESD
-040
2
DD
64
NC
/ESD
-040
2
DD
64
NC
/ESD
-040
2
DD
58
NC
/ESD
-040
2
DD
58
NC
/ESD
-040
2
P8U
SB_A
P8U
SB_A
11
22
33
44
55
66
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
mut
e
mut
e
AM
P_L
IN
GA
IN0
GA
IN1
SH
UTD
OW
N
MU
TE_T
DA
3121
GA
IN0
GA
IN1
AM
P_R
IN
SH
UTD
OW
N
MU
TE_T
DA
3121
mut
e
AM
P-P
Lout
AM
P-P
Rou
t
AM
P_L
IN
AM
P_R
IN
OP_V
CC
1
OP_V
CC
1
AM
P-P
Rou
t
AM
P-P
Lout
PW
D_M
T
mut
e
AM
P-P
Lout
AM
P-P
Rou
t
mut
e
AU
OU
TL2
AU
OU
TR2
mut
e
12-2
4
12-2
4
12-2
4
12-2
4
12-2
4
12-2
4
12-2
4
6VB
uf1
5VA
3.3V
A
12V
A
MU
TE_A
MP
2
AU
OU
TR0
2
AU
OU
TL0
2
AU
OU
TL2
2
AU
OU
TR2
2
HE
AD
PH
ON
E_D
ET
2
Title
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
9/10
0.1
AU
DIO
A2
910
Tues
day,
May
10,
201
1
Title
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
9/10
0.1
AU
DIO
A2
910
Tues
day,
May
10,
201
1
Title
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
9/10
0.1
AU
DIO
A2
910
Tues
day,
May
10,
201
1
HOLE
Power Down MUTE
Plac
e cl
ose
to O
P
TDA3121
HeadPhone Out
EMI Cover
AMPLIFIER AUDIO pre-ap
Near MST.IC
Ground in the middle of the L/R
MUTE_AMP : LOW = MUTE
MUTE_TDA3121 : HIGH = MUTE
TPA3121 MUTE PIN
LOW:OPERATING
HIGH:MUTE
2010
-5-8
Clos
e to
MSD
309P
X
2011
0510
For
Ear
phon
e Mu
te
2011
0510
For
Ear
phon
e Mu
te
2011
0510
For
Ear
phon
e "P
OP"
2011
0510
100
uF t
o 47
0uF
For
Earp
hone
"PO
P"
+CA
84100u
F/16
V
+CA
84100u
F/16
V
R33
42.
2KR
334
2.2K
C17
9
1nF
C17
9
1nF
R44
21K
R44
21K
+C
A82
220u
F/35
V+C
A82
220u
F/35
V
D12
7E
SD
D12
7E
SD
1 2
C25
3
1uF
C25
3
1uF
H4
NC
H4
NC
1
2345
6789
+C
A80
220u
F/35
V+
CA
80220u
F/35
V
R46
133
KR
461
33K
R30
6
10k/
NC
R30
6
10k/
NC
C26
20.
22uF
C26
20.
22uF
-+
U45
B TL06
2
-+
U45
B TL06
2
5 67
8 4
R31
6100R
R31
6100R
Q43
33904
Q43
33904
1
23
R360
10K
R360
10K
CA
464
100u
F/16
VC
A46
4100u
F/16
V
R28
84.
7KR
288
4.7K
Q44
6N
C/3
904
Q44
6N
C/3
904
1
23
R40
7
47K
R40
7
47K
H11
TPA
DH
11TP
AD
1
U54 TP
A31
2X
U54 TP
A31
2X
PV
CC
L1
SD
2P
VC
CL
3M
UTE
4LI
N5
RIN
6B
YP
AS
S7
AG
ND
8A
GN
D9
PV
CC
R10
VC
LAM
P11
PV
CC
R12
PG
ND
R13
PG
ND
R14
RO
UT
15B
SR
16G
AIN
117
GA
IN0
18A
VC
C19
AV
CC
20B
SL
21LO
UT
22P
GN
DL
23P
GN
DL
24
THERMAL 25
Q16 NP
N_3
904
Q16 NP
N_3
904
1
23
C49
7100p
FC
497
100p
F
C24
4
1nF
C24
4
1nF
C34
4
NC
/200
P
C34
4
NC
/200
P
L610
uH/In
duct
orL6
10uH
/Indu
ctor
12
34
5
R44
110
KR
441
10K
R28
310
KR
283
10K
H1
NCH
1
NC
1
2345
6789
Q62
23906
Q62
239061
32
R31712K R31712K
C25
44.
7uC
254
4.7u
R43
8470
R43
8470
-+
U45
A TL06
2
-+
U45
A TL06
2
3 21
8 4
R29
424
KR
294
24K
L1 CO
N2_
1
L1 CO
N2_
1
2 1345 6
R36
910
KR
369
10K
C26
7 1uF
C26
7 1uF
R36
51.
5KR
365
1.5K
R280
10K
R280
10K
R33
510
KR
335
10K
C26
41u
FC
264
1uF
Q35
A03
401
Q35
A03
401
1
32
R27
8100R
R27
8100R
R36
110
KR
361
10K
R39
8330R
R39
8330R
H15
TPA
DH
15TP
AD
1
R36
710
KR
367
10K
+C
A83
470u
F/16
V+
CA
83470u
F/16
V
+C
A55
220u
F/35
V
+C
A55
220u
F/35
V
+
CA
99220u
F
+
CA
99220u
F
CO
N4
CO
N2
CO
N4
CO
N2
2 1
R370
1.5K
R370
1.5K
D40
NC
/1N
4148
D40
NC
/1N
4148
R40
1330R
R40
1330R
+
CA
98220u
F
+
CA
98220u
F
+C
A86
220u
F/35
V+
CA
86220u
F/35
V
R32012K R32012K
R44
31K
R44
31K
+C
A81
47uF
/16V
+C
A81
47uF
/16V
+
CA
96220u
F
+
CA
96220u
F
R40
4
47K
R40
4
47K
CA
465
100u
F/16
VC
A46
5100u
F/16
V
H3
NCH
3
NC
1
2345
6789
Q42
43904
Q42
43904
1
23
R29
9100K
R29
9100K
R36
6N
C/10K
R36
6N
C/10K
D37
1N41
48D
371N
4148
+C
A85
220u
F/35
V+
CA
85220u
F/35
V
C23610n C23610n
C34
5
NC
/200
P
C34
5
NC
/200
P
C34
10.
1uF
C34
10.
1uF
R36
8N
C/10K
R36
8N
C/10K
L510
uH/In
duct
orL5
10uH
/Indu
ctor
12
34
5
C25
11uC
251
1u
C248 1uFC248 1uF
C39
22N
2C
392
2N2
+
CA
97220u
F
+
CA
97220u
F
R460
33K
R460
33K
H6
NC
H6
NC
1
2345
6789
C25
7
1uF
C25
7
1uF
C26
8
0.68
uF
C26
8
0.68
uF
H12
TPA
DH
12TP
AD
1H
16TP
AD
H16
TPA
D
1
R30
3100K
R30
3100K
Q44
53904
Q44
53904
1
23
D12
6E
SD
D12
6E
SD
1 2
C25
80.
22uF
C25
80.
22uF
C340
2.2u
FC
340
2.2u
F
R37
447
KR
374
47K
Q44
73904
/NC
Q44
73904
/NC
1
23
H14
TPA
DH
14TP
AD
1
R43
910
KR
439
10K
D39
1N41
48D
391N
4148
Q43
5N
C/ 3
904
Q43
5N
C/ 3
904
1
23
C26
6
0.1u
F
C26
6
0.1u
F
R29
310
KR
293
10K
H13
TPA
DH
13TP
AD
1
R30
8100K
R30
8100K
C34
2
1nF
C34
2
1nF
H7
NCH
7
NC
1
2345
6789
H8
NC
H8
NC
1
2345
6789
H10
TPA
DH
10TP
AD
1
R41
833
KR
418
33K
C23710n C23710n
R28
6N
C/10K
R28
6N
C/10K
C26
90.
68uF
C26
90.
68uF
R300
NC
/100
KR
300
NC
/100
K
C270
1uF/
35V
C270
1uF/
35V
P10
PH
ON
EJA
CK
STE
RE
O S
W_3
P10
PH
ON
EJA
CK
STE
RE
O S
W_3
1324
CO
N5
CO
N5
CO
N5
CO
N5
2 1
C49
6100p
FC
496
100p
F
C250
1uC250
1u
R33
310
kR
333
10k
C34
32.
2uF
C34
32.
2uF
C26
5 10uF
/35V
C26
5 10uF
/35V
R30
7N
C/100
KR
307
NC
/100
K
R41
633
KR
416
33K
R29
6N
C/2
4KR
296
NC
/24K
C25
24.
7uC
252
4.7u
H5
NC
H5
NC
1
2345
6789
10
C24
3
1nF
C24
3
1nF
C26
3 1uF
C26
3 1uF
R43
7N
C /
100
R43
7N
C /
100
R39
7330R
R39
7330R
R39
5330R
R39
5330R
R29
50
R29
50
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
IF_A
GC
T_IF
AG
C
#IF_
OU
T
IF_O
UT
IF_A
GC
SDASCL
B3_
3.3V
3.3V_D
emod
B4_
1.2V
1.2V_D
emod
3.3V_D
emod
5VA
1.2V_D
emod
3.3V_D
emod
2.5V_D
emod
2.5V_D
emod
AD_D
VD
D
AD_A
VD
D
2.5V_D
emod
DR
2VD
D
2.5V_D
emod
PLL
VD
DB
4_1.
2V
B3_
3.3V
5VA
B3_
3.3V
B4_
1.2V
B4_1.2V
AD_A
VD
D
B4_1.2V
B4_
1.2V
PLL
VD
D
3.3V_D
emod
3.3V_D
emod
B3_3.3V
AD_D
VD
D
B4_1.2VB3_3.3V
DR2VDD
2.5V_D
emod
2.5V
A
3.3V_D
emod
Dem
od_R
ST
2
TS_C
LK2
TS_D0
2
TSV
ALI
D2
TSS
TAR
T2
SC
L2
SD
A2
T_IF
AG
C4
#IF_
OU
T4
IF_O
UT
4
TS_D
12
TS_D
22
TS_D
32
TS_D
42
TS_D
52
TS_D
62
TS_D
72
Title
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
Dem
odul
ator
1.0
ISD
B-T
C90
517F
GA
2
1015
Tues
day,
Dec
embe
r 14,
2010
Title
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
Dem
odul
ator
1.0
ISD
B-T
C90
517F
GA
2
1015
Tues
day,
Dec
embe
r 14,
2010
Title
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
Dem
odul
ator
1.0
ISD
B-T
C90
517F
GA
2
1015
Tues
day,
Dec
embe
r 14,
2010
60mA
clos
ed t
o De
mod 12
0mA
clos
ed t
o De
mod
clos
ed t
o De
mod
Clos
e to
tun
er
AGC CIRCUIT
L407
FB0603
L407
FB0603
R511100R R511100R
C86
41u
C86
41u
C880
0.1u
C880
0.1u
L10
FBL10
FB
C89
20.
1uC
892
0.1u
C87
20.
1uC
8720.
1u
C87
7
0.1u
C87
7
0.1u
ADJ
OUT
IN
N2
AM
S11
17-1.2
V
ADJ
OUT
IN
N2
AM
S11
17-1.2
V
3
2
1
4
R52
2N
C/3
3RR
522
NC
/33R
C87
8
0.1u
C87
8
0.1u
L409
NC
L060
3
L409
NC
L060
3
R52815K R52815K
C89
3100n
FC0402
C89
3100n
FC0402
R50
9
4.7k
R50
9
4.7k
R51
9
1MR51
9
1M
C88
91uC
889
1u
R52310K R52310K
C860
0.1u
C860
0.1u
R52710K R52710K
R52
1N
C/3
3RR
521
NC
/33R
R52910K R52910K
R51410K R51410K
R51
70R
R51
70R
ADJ
OUT
IN
N1
AM
S11
17-3.3
V
ADJ
OUT
IN
N1
AM
S11
17-3.3
V
3
2
1
4
C87
9
0.1u
C87
9
0.1u
L406
FB0603
L406
FB0603
C88
11500
pFC
881
1500
pF
R53
3N
C/1
KR
533
NC
/1K
R53
51KR
535
1K
L408
FB0603
L408
FB0603
L410
FB220/
300m
AL4
10FB
220/
300m
A
C88
61uC
886
1u
7 5 3 1
8 6 4 2
RP
6233
RX
4
7 5 3 1
8 6 4 2
RP
6233
RX
4
C86
3
0.1u
C86
3
0.1u
C88
3N
C/10p
C88
3N
C/10p
R530
1KR530
1K
R52510K R52510K
C85
51uC
855
1u
C85
60.
1uC
856
0.1u
C86
1
0.1u
C86
1
0.1u
R510
100R
R510
100R
+C
897
100u
F/16
V+
C89
7100u
F/16
V
+C
894
100u
F/16
V+
C89
4100u
F/16
V
R513100R R513100R
R51
80R
R51
80R
C88
8
0.1u
C88
8
0.1u
C88
418
pC
884
18p
+C
857
100u
F/16
V+
C85
7100u
F/16
V
R52610K R52610K
C86
6
NC
C0402
C86
6
NC
C0402
C89
6100n
FC0402
C89
6100n
FC0402
C86
8
0.1u
C86
8
0.1u
R53
2N
C/1
KR
532
NC
/1K
R51210K R51210K
C87
30.
1uC
8730.
1u
Y2
25.4
MH
zY
225.4
MH
z
1 2
3
7 5 3 1
8 6 4 2
RP
6133
RX
4
7 5 3 1
8 6 4 2
RP
6133
RX
4
C86
9
1uC86
9
1u
C88
70.
1uC
887
0.1u
C890
0.1u
C890
0.1u
C88
218
pC
882
18p
C89
5100n
FC
895
100n
F
C8700.
1uC
8700.
1u
L412
FB0603
L412
FB0603
R520
1K2
R520
1K2
C87
10.
1uC
871
0.1u
L411
FB0603
L411
FB0603
C87
41uC
874
1u
C86
51u
C86
51u
R51
633
RR
516
33R
C88
51uC
885
1u
C85
91uC
859
1u
R52410K R52410K
C86
7
1uC86
7
1u
C85
80.
1uC
858
0.1u
+C
891
100u
F/16
V+
C89
1100u
F/16
VC86
2
0.1u
C86
2
0.1u
U55
TC90
517F
G
U55
TC90
517F
G
VS
S50
STS
FLG0
51
SLO
CK
52R
ER
R53
RLO
CK
54R
SE
OR
F55
VD
DC
56V
SS
57P
BV
AL
58
SB
YTE
59S
RD
T60
SR
CK
61
VS
S62
VD
DC
63V
DD
S64
TSMDO 1XSEL1 2XSEL0 3VSS 4SLADRS1 5
SLADRS0 6AGC I 7S_INFO 8AGCCNTI 9
AGCCNTR 10
CKI 11TNSCL 12VDD33 13TNSDA 14VSS 15
VDDC 16
PLL
VS
S17
X0
18
X1
19P
LLV
DD
20
FIL
21
AD_A
VD
D22
AD_A
VS
S23
AD_V
RE
FP24
AD_V
RE
FN25
AD_V
RE
F26
AD
Q_A
IN27
AD
Q_A
IP28
AD
I_A
IN29
AD
I_A
IP30
AD_D
VS
S31
AD_D
VD
D32
VSS33 DR1VDD34 VDDS35 VDDC36 VSS37 STSFLG138
DTCLK39
DTMB40 TSMD141 SYRSTN42 DR2VDD43 VSS44 SCL45 SDA46
VSS47 DR1VDD48
VD
DS
49
R53
11KR
531
1K
R51510K R51510K
C87
5
0.1u
C87
5
0.1u
C87
6
0.1u
C87
6
0.1u
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
FB
+24V
GN
DG
ND
+12V
GN
D+1
2VG
ND
+5V
STB GN
DS
TB GN
D1
AD
JE
NA
+24V
+24V
GN
DG
ND
+12V
+12V
GN
DG
ND
+5V
GN
DS
TBB
RI
+24V
A
A
VCC-PWM
VCC-PFC
VCC-PWM
+5VB
PS_ON
FEEDBAK1
INPUT-
DRIVER1
+24V
+12V
+12VA
+24VA
+12V
5VSB
+12V+24V
+5VB
+12V
+24V
+5V
+5V
Title
Size Document Number Rev
Date: Sheet of
<Doc> <RevCode>
5800-P32ALB-W010
Custom
1 3Tuesday, September 20, 2011
Title
Size Document Number Rev
Date: Sheet of
<Doc> <RevCode>
5800-P32ALB-W010
Custom
1 3Tuesday, September 20, 2011
Title
Size Document Number Rev
Date: Sheet of
<Doc> <RevCode>
5800-P32ALB-W010
Custom
1 3Tuesday, September 20, 2011
LN
NEW STANDARD CONECTION
INPUT: 100-240V AC
STBOUTPUT: +24V/1.5A
+12V/2.5A+5VSB/1A
SPECIFICATION
ON
OFF
OUTPUT: +12V/4.5A
D30LL4148
D30LL4148
CY3 471/400VACCY3 471/400VAC
R642M2/1/6WR642M2/1/6W
R23
7.5K
1/6
W
R23
7.5K
1/6
W
R281K//1/6W
R281K//1/6W
C16471C16471
D34LL4148D34LL4148
J59J59
J73J73
CN6PIN14CN6
PIN14
14+2
4V13
+24V
12G
ND
11G
ND
10+1
2V9
+12V
8G
ND
7G
ND
6
+5V
5
GND
4ST
B3
GN
D1
2AD
J1
ENA
+C2
1000U 35V
+C2
1000U 35V
C17103/630V
C17103/630V
J56J56
CN1CN1
123
D29LL4148
D29LL4148
R6233K/1/6W
R6233K/1/6W
U3OB2273AP
U3OB2273AP
GND 8
VDD2
GATE1
RT 6NC3
CS4
NC 7
FB 5
Q4KSP2222A
Q4KSP2222A
1
32
C13NCC13NC
D24BA158D24
BA158
R7010K/1/6W
R7010K/1/6W
J60J60
J62J62
R1933R1/6W
R1933R1/6W
R210K/1/6WR210K/1/6W
R17A0.22R/2W
R17A0.22R/2W
R371k/1/6WR37
1k/1/6W
R16
101R
/2W
R16
101R
/2W
R170.22R/2W
R170.22R/2W
R351k/1/6W
R351k/1/6W
R663.3K/1/6WR663.3K/1/6W
CX2224/275VAC
CX2224/275VAC
ZD5ZD5
21
J12J12
R63220K/1/6W
R63220K/1/6W
C22102/630V
C22102/630V
Q8SMK0765F
Q8SMK0765F
2
1
3
R65
100K
/1/6
W
R65
100K
/1/6
W
DS1DS1
D15
MBR20150C
D15
MBR20150C
C34102C34102
+C1150U 450V
+C1150U 450V
Q3 KSP2222A
Q3 KSP2222A
1
3 2
R2422R/2WR24
22R/2W
ZD227VZD227V
21
R52100K 2WR52
100K 2W
J1J1
J80J80
C8223C8223
J13J13
R6847R/1/6W
R6847R/1/6W
+C51
10U 50V
+C51
10U 50V
R3210K/1/4WR32
10K/1/4W
R551K/1/6W
R551K/1/6W
Q52761Q5
2761
2
1
3
D14
MBR20150C
D14
MBR20150C
J75J75
C26471C26471
J16J16
L25uH
L25uH
U3TEA1733
U3TEA1733
Isense 4
Protect6
Visense5
GND 2CTRL7
Optimer8
Driver 3
VCC 1
R7
1K/1/6W
R7
1K/1/6W
D3SF10A600H
D3SF10A600H
+C43
4.7U 50V
+C43
4.7U 50V
R333.3UH
R333.3UH
R47
101/
2WR
4710
1/2W
F2FUSE T1A 250VAC
F2FUSE T1A 250VAC
U9PC817C
U9PC817C
1
23
4
+C49
4.7U 50V
+C49
4.7U 50V
LF1ET24ELF1
ET24E
1 2
3 4
J18J18
D322.2M/1/2WD32
2.2M/1/2W
L35uH
L35uH
CX1224/275VAC
CX1224/275VAC
R21A2M2/1/4W
R21A2M2/1/4W
R153.3K/2WR15
3.3K/2W
J23J23
C27224C27224
+
C232200uF/10V
+
C232200uF/10V
-+
BD1KBJ606J
-+
BD1KBJ606J
2
1
3
4
R672K/1/6W
R672K/1/6W
CN2
PIN13
CN2
PIN13
1+2
4V2
+24V
3
GND
4G
ND
5+1
2V6
GN
D7
+12V
8G
ND
9+5
V10
STB
R601R8/2WR601R8/2W
C21104C21104
R690.27R/2WR690.27R/2W
J58J58
R54NCR54NC
J172.2M/1/2W
J172.2M/1/2W
R410K/1/6W
R410K/1/6W
R147R/1/6W
R147R/1/6W
R222.2M/1/2WR222.2M/1/2W
C35102C35102
C32104C32104
F1FUSE T3.15A L 250V~
F1FUSE T3.15A L 250V~
R2710k/1/6WR27
10k/1/6W
TH15.0TH15.0
D11N5397D11N5397
C19104C19104
+
C242200U 10V
+
C242200U 10V
C30681C30681
+C424.7U 50V
+C424.7U 50V
CN5
PIN3
CN5
PIN3
1BR
I2
STB
3G
ND
R5833R/1/6W
R5833R/1/6W
+C51000U 25V
+C51000U 25V
D23BA158D23
BA158
Q9JCS4N60
Q9JCS4N60
2
1
3
C73104C73104
J71J71
TNR1 S14K561TNR1 S14K561
R12A2M2/1/4W
R12A2M2/1/4W
C33104C33104
C28474C28474
R51100K 2WR51
100K 2W
ZD318VZD318V
21
U5TL431U5TL431
C11471C11471
+
C31000U 35V
+
C31000U 35V
J27J27
U11 PC817CU11 PC817C
1
23
4
CY4 222/400VACCY4 222/400VAC
L45uH
L45uH
ZD730VZD7
30V21
C14681/1KV
C14681/1KV
+C61000U 25V
+C61000U 25V
D21N5397D21N5397
C25104C25104
R2522R/2WR25
22R/2W
J64J64
R3820k/1/6WR3820k/1/6WR6
1K/1/6WR6
1K/1/6W
J7J7
D28LL4148
D28LL4148
R112.2M/1/2WR112.2M/1/2W
LF2ET24ELF2ET24E
1 2
3 4
J4J4
D1631DQ06
D1631DQ06
C101uF 450V MPPC101uF 450V MPP
D33LL4148D33LL4148
J6J6
R310K/1/6WR310K/1/6W
J55J55
J72J72
R34
10K
/1/6
WR
3410
K/1
/6W
C29104C29104
R611K/1/6W
R611K/1/6W
Q10 KSP2222A
Q10 KSP2222A 1
32
R212M2/1/4W
R212M2/1/4W
R4110K/1/4WR41
10K/1/4W
DS2DS2
R30
4R7/1/4W
R30
4R7/1/4WF3
FUS
E T
1A 2
50V
AC
F3FU
SE
T1A
250
VA
C
R5647R/1/6W
R5647R/1/6W
L1
PQ3220
L1
PQ3220
CY1
471/400VAC
CY1
471/400VAC
T2EE2834
T2EE2834
7
89
10
3
1
2
6
D31
LL4148
D31
LL4148
ZD615VZD615V2
1
U4TL431U4TL431
J45J45
CY2
471/400VAC
CY2
471/400VAC
Q2SN2907
Q2SN2907
1
32
R122M2/1/4W
R122M2/1/4W
J26J26
R592.2R/1/6W
R592.2R/1/6W
J61J61
R202K 1% 1/6WR20
2K 1% 1/6W
+C71000U 25V
+C71000U 25V
J69J69
T5T5
1
3
2
5
4
10
6
R5471/1/6WR5471/1/6W
C31224C31224
C20471/1KV
C20471/1KV
U10 PC817CU10 PC817C
1
23
4
R5710K/1/6WR57
10K/1/6W
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
S1
PFC_VCC
PFC-400VDC
INPUT-
DRIVER1
PFC_VCC
Title
Size Document Number Rev
Date: Sheet of
<Doc> <RevCode>
5800-P32ALB-W010
Custom
2 3Tuesday, September 20, 2011
Title
Size Document Number Rev
Date: Sheet of
<Doc> <RevCode>
5800-P32ALB-W010
Custom
2 3Tuesday, September 20, 2011
Title
Size Document Number Rev
Date: Sheet of
<Doc> <RevCode>
5800-P32ALB-W010
Custom
2 3Tuesday, September 20, 2011
C46474C46474
U1OB6572AP
U1OB6572AP
GND1
ICOMP2
ISENSE3
FRE4 VCOMP 5
VSENSE 6
VCC 7
Gate 8
C48104C48104
J23J23
R92.2M/1/4WR92.2M/1/4W
R13471/1/6W
R13471/1/6W
C40104C40104
C44472C44472
R3633R/1/6W
R3633R/1/6W
R9920K/1/6W
R9920K/1/6W
+
C4110U 35V
+
C4110U 35V
R10033R/1/6W
R10033R/1/6W
R82.2M/1/4WR82.2M/1/4W
R1016.8K/1/6W
R1016.8K/1/6W
R102100K/1/6WR102100K/1/6W
R5333K/1/6WR53
33K/1/6W
D271N4148
D271N4148
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
VD
400V+
ON/OFF
ADJ
VD
G1 G2
G1
G2
+12VBVD
+12V+24V
+12V +12VB
Title
Size Document Number Rev
Date: Sheet of
<Doc> <RevCode>
5800-P32ALB-W010
Custom
3 3Tuesday, September 20, 2011
Title
Size Document Number Rev
Date: Sheet of
<Doc> <RevCode>
5800-P32ALB-W010
Custom
3 3Tuesday, September 20, 2011
Title
Size Document Number Rev
Date: Sheet of
<Doc> <RevCode>
5800-P32ALB-W010
Custom
3 3Tuesday, September 20, 2011
J31J31
CA13103CA13103
RA142K 1/6W
RA142K 1/6W
CA422P/3KVCA422P/3KV
CA14474CA14474
RA241.5K/1/4W
RA241.5K/1/4W
J24J24
RA210K/1/6W
RA210K/1/6W
DA4HER108
DA4HER108
DA8HER206
DA8HER206
J79J79
CA18474
CA18474
RA3310K/1/6W
RA3310K/1/6W
RA2610K/1/6W
RA2610K/1/6W
J28J28
RA1310k/1/6WRA1310k/1/6W
CA322P/3KV
CA322P/3KV
RA1510K/1/6W
RA1510K/1/6W
RA3227K/1/6W
RA3227K/1/6W
RA2010R/1/6W
RA2010R/1/6W
CA23224
CA23224
DA9HER206
DA9HER206
T6EE16(5+5)
T6EE16(5+5)
7
9
2
1
5
4
RA2210R/1/6W
RA2210R/1/6W
CA11471
CA11471
RA1212K/1/6W
RA1212K/1/6W
+CA244.7U 25V
+CA244.7U 25V
+CA164.7U 25V
+CA164.7U 25V
CA19474
CA19474 CA1
5P/3KVCA1
5P/3KV
RA1922R/1/6W
RA1922R/1/6W
CN22PINCN22PIN
12
CN32PINCN32PIN
12
CA17474CA17474
RA31220k/1/6W
RA31220k/1/6W
Q65N50
Q65N50
2
1
3
J9J9
CA12474CA12474
DA21N4148
DA21N4148
DA71N4148DA7
1N4148J8J8
CA15104CA15104
CA17474
CA17474
RA2310R/1/6W
RA2310R/1/6W
J25J25
CA20105/450V
CA20105/450V
RA2822R/1/6W
RA2822R/1/6W
QA5T01N60
QA5T01N60
2
1
3
U6OB3309
U6OB3309
DRC4
BF/DMOD5
POL6
VDD7
GATE18 GATE2 9
GND 10
VS 11
PRT 12
CS 13
CMP 14
STIME 15
ENA1
RT3
RI2
DIM 16RA16
1K/1/6WRA16
1K/1/6WRA17121R/2W
RA17121R/2W
J2J2
QA92N2907QA92N2907
1
32
CA5472/1KV
CA5472/1KV
RA274.7R/1/6W
RA274.7R/1/6W
QA72N2907
QA72N2907
1
32
T3UF9.8
T3UF9.8
14
23
RA94.7K/1/6W
RA94.7K/1/6W
Q75N50
Q75N50
2
1
3
RA3410K/1/6WRA3410K/1/6W
DA11N4148DA1
1N4148
RA610k/1/6WRA610k/1/6W
RA310K/1/4WRA310K/1/4W
RA41M/1/4W
RA41M/1/4W CA7
681/1KVCA7681/1KV
QA12N2222QA12N2222
1
32
RA533K/1/6W
RA533K/1/6W
CA10391
CA10391
RA84K7/1/6W
RA84K7/1/6W
J10J10
RA1010K/1/6WRA1010K/1/6W
CA9221CA9221
CA21105/450V
CA21105/450V
Q22N2907
Q22N2907
1
32
DA11HER206DA11
HER206
J30J30
QA62N2222
QA62N22221
32
DA61N4148DA6
1N4148
J77J77
QA32N2222
QA32N2222
1
32
J74J74
J11J11
CA8103CA8103
DA10HER206
DA10HER206
RA3010K/1/6W
RA3010K/1/6W
RA110K/1/6WRA1
10K/1/6W
J15J15
QA82N2222QA82N2222
1
32
RA1147R/2W
RA1147R/2W
RA251.5K/1/4W
RA251.5K/1/4W
T4AEFD36
T4AEFD36
3
1
7
5
DA51N4148
DA51N4148
J21J21
DA3HER108DA3
HER108
R924K7/1/6WR92
4K7/1/6W
RA352K/1/6W
RA352K/1/6W
J14J14
CA25P/3KV
CA25P/3KV
RA2110R/1/6W
RA2110R/1/6W
J3J3
QA4T01N60
QA4T01N60
2
1
3
CA6472/1KV
CA6472/1KV
RA294.7R/1/6W
RA294.7R/1/6W
ZA15.6VZA15.6V
21