Sony Bravia KDL-37V4500 User manual

HISTORY
Model Name :
SERVICE MANUAL
ClickonPageNumbertodisplaydetailofchanges.
KDL-26/32/37V4500
Date Part Number Description of Revisions Version
1.09-927-599-012008.04 OriginalManual.

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EG1L
RM-ED011
SERVICE MANUAL EG1L CHASSIS
MODEL DEST
RM-ED011
FLAT PANEL COLORTV
KDL-26V4500 OIRT / UK /WE
KDL-32V4500 OIRT / UK /WE
KDL-37V4500 OIRT / UK /WE
MODEL DEST

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EG1L
RM-ED011
TABLE OF CONTENTS
Section Title Page Section Title Page
1. GENERAL ................................................................... 3
Caution................................................................ 3
Specifications ..................................................... 5
Connectors .......................................................... 6
Self Diagnosis..................................................... 8
2. DISASSEMBLY
2-1. Rear Cover Removal .......................................... 9
2-2. Stand Removal ................................................... 9
2-3. Loudspeaker Removal........................................ 9
2-4. Side Jack Bracket Assy Removal ...................... 9
2-5. BE1 Board Removal........................................... 10
2-6. H3E Board Removal .......................................... 10
2-7. H4 Board Removal ............................................. 10
2-8. G1D/G2D Board Removal ................................. 10
3. ADJUSTMENTS
3-1. How to enter the Service Mode ........................ 11
3-2. Product Version ................................................. 11
3-3. Service Config ................................................... 11
3-3-1. Set-Up.............................................................. 12
3-3-2. Sound ............................................................... 12
3-3-3. IF Adjust.......................................................... 12
3-3-4. White Balance ................................................. 12
3-4. Error Menu ........................................................ 13
3-5. TT Mode ............................................................ 13
4. DIAGRAMS
4-1. Block Diagrams .................................................. 14
4-2. Circuit Board Location....................................... 15
4-3. Schematic Diagrams and Printed Wiring
Boards ................................................................. 15
BE1 Board Schematic Diagram ......................... 16
H3E Board Schematic Diagram ......................... 31
H4 Board Schematic Diagram ........................... 31
BE1 Printed Wiring Board ................................. 32
H3E Printed Wiring Board................................. 33
H4 Printed Wiring Board ................................... 33
5. EXPLODED VIEWS
5-1. Chassis ................................................................ 34
5-2. Bezel ................................................................... 36
5-3. Rear Cover & Power Supply Cords ................... 37
6. ELECTRICAL PARTS LIST .................................. 38
SAFETY-RELATED COMPONENTWARNING !!
COMPONENTS IDENTIFIED BY SHADING AND MARKED ON
THE EXPLODED VIEWS AND IN THE PARTS LIST ARE CRITICAL
FOR SAFE OPERATION. REPLACETHESE COMPONENTS WITH
SONY PARTS WHOSE PART NUMBERS APPEAR AS SHOWN IN
THIS MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY.
WARNING !!
AN ISOLATION TRANSFORMER SHOULD BE USED DURING ANY
SERVICE WORKTO AVOID POSSIBLE SHOCK HAZARD DUETO
LIVE CHASSIS,THE CHASSIS OF THIS RECEIVER IS DIRECTLY
CONNECTED TO THE POWER LINE.

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EG1L
RM-ED011
SECTION 1 GENERAL
The circuit boards used in these models have been processed using
Lead Free Solder. The boards are identified by the LF logo located
close to the board designation e.g. F1, H1 etc [ see examples ].The
servicing of these boards requires special precautions to be taken as
outlined below.
Lead Free Soldered Boards example 1
example 2
Lead Free Solder material must be used to comply with environmental requirements of new solder joints. Lead Free Solder is available under
the following part numbers :
Due to the higher melting point of Lead Free Solder the soldering iron tip temperature needs to be set to 370 degrees centigrade. This requires
soldering equipment capable of accurate temperature control coupled with a good heat recovery characteristics.
For more information on the use of Lead Free Solder, please refer to http://www.sony-training.com
rebmuntraP retemaiD skrameR
91-500-046-7mm3.0gK52.0
02-500-046-7mm4.0gK05.0
12-500-046-7mm5.0gK05.0
22-500-046-7mm6.0gK52.0
32-500-046-7mm8.0gK00.1
42-500-046-7mm0.1gK00.1
52-500-046-7mm2.1gK00.1
62-500-046-7mm6.1gK00.1
CAUTION
SECTION 1 GENERAL

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EG1L
RM-ED011
CAUTION
Attachment of HIROSE MDF 61 connector
1. Insertion
(1) Hold the center
of a connector
(2) Press the center of
the connector to insert
it
(3) Slide the
slider to lock the
connector
Lock
2. Detachment
(1) Slide the slider to
release the slider lock (2) Press the center
lock tab to release
the lock and pull the
connector up
Detachment of HIROSE MDF61 connector
Unlock

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EG1L
RM-ED011
SPECIFICATIONS
Television System Channel Coverage Colour/Video System
Analogue:
Depending on your country/region
B/G/H, D/K, L, I
Digital:
Depending on model
DVB-T/DVB-C
Analogue: VHF : E2-E12
UHF : E21-E69
CATV : S1-S20
HYPER : S21-S41
D/K: R1-R12, R21-R69
L: F2-F10, B-Q, F21-F69
I: UHF B21-B69
Digital: VHF/UHF
Analogue:
PAL, SECAM
NTSC 3.58/4.43
(VIDEO IN)
Digital:
MPEG-2 MP@ML/HL, H.264/MPEG-4 AVC
[email protected], [email protected]
Projected Picture Size
LCD(Liquid Crystal Display) Panel
Approx 66.0cm (26 inches)
Approx 81.3cm (32 inches)
Approx 94.0cm (37 inches)
Sound Output
Right and Left speaker 2 x 10W (RMS)
Input/Output Terminals [REAR] General Specifications
1: 21-pin Euro connector
(CENELEC standard)
Inputs for Audio and Video signals.
Inputs for RGB.
Outputs of TV Video and Audio
signals.
Power Requirements 220 - 240V
Power Consumption/
Standby
(26 inches):
Approx 88W/0.19W (Home mode)
Approx 98W/0.19W (Shop mode)
(32 inches):
Approx 111W/0.19W (Home mode)
Approx 122W/0.19W (Shop mode)
(37 inches):
Approx 138W/0.19W (Home mode)
Approx 155W/0.19W (Shop mode)
2: 21-pin Euro connector
(CENELEC standard)
Inputs for Audio and Video signals.
Inputs for RGB and S Video.
Outputs of Video and Audio signals
(Selectable). SmartLink interface.
Dimensions
(26 inches):
Approx 659x505x242mm (With stand)
Approx 659x466x95mm (Without stand)
(32 inches):
Approx 794x577x242mm (With stand)
Approx 794x540x99mm (Without stand)
(37 inches):
Approx 920x649x279mm (With stand)
Approx 920x610x110mm (Without stand)
Weight
Approx 12.5kg (26 inches with stand)
Approx 10.0kg (26 inches without stand)
Approx 15.5kg (32 inches with stand)
Approx 13.0kg (32 inches without stand)
Approx 20.5kg (37 inches with stand)
Approx 17.5kg (37 inches without stand)
Phono Jacks Audio input: 500mVrms,
Impedance: 47Kohms Supplied Accessories
RM-ED011 Remote Commander (1)
IEC designated R06 battery (2)
Stand (1)
Screws for stand (3 for 26/32" & 4 for 37")
HDMI Inputs
Video: 1080p24, 1080p, 1080i, 720p
576p, 576i, 480p, 480i
Audio: Two channel linear PCM
32, 44.1 and 48kHz,
16, 20 and 24 bits
Analogue audio input: 500mVrms,
47Kohms (HDMI IN 2 only) Other Features
High Picture Quality, WXGA 1366x768,
AVC-HD decoder / Intergrated digital TV Tuner,
Dolby Virtual Surround, BBE VIVA, XMB,
USB Input, 3 HDMI inputs, PC input.
PC Input Video:15 Pin D Sub Connector
Audio: Minijack
Digital Out Digital Optical Jack
Audio Output: Phono jacks
CAM Conditional Access Module
Input/Output Terminals [SIDE] Remote control system : Infrared control
Headphone jack Stereo mini jack
Power requirements 3V dc 2 batteries IEC designation
R06 (size AA)
Audio input Phono jacks
Video input Phono jack
USB input USB port
HDMI input HDMI Connector
Design and specifications are subject to change without notice.

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EG1L
RM-ED011
CONNECTORS
21 Pin Connector (SCART)
_ _ Red input 0.7 +/- 3dB, 75 ohms, positive
_ (S signal Chroma
Connected Not Connected (open) * at 20Hz - 20kHz
Pin No 1 2 Signal Signal level
1Audio output B
(right) Standard level : 0.5V rms Output impedence : Less than 1kohm*
2Audio input B (right) Standard level : 0.5V rms Output impedence : More than 10kohm*
3Audio output A (left) Standard level : 0.5V rms Output impedence : Less than 1kohm*
4Ground (audio)
5Ground (blue)
6Audio input A
(left) Standard level : 0.5V rms Output impedence : More than 10kohm*
7Blue input 0.7 +/- 3dB, 75 ohms positive
8Function select
(AV control)
High state (9.5-12V) : Part mode
Low state (0-2V) : TV mode
Input impedence : More than 10K ohms
Input capacitance : Less than 2nF
9Ground (green)
10 AVlink
11 Green Green signal : 0.7 +/- 3dB, 75 ohms,
positive
12 Open
13 Ground (red)
14 Ground (blanking)
15
input) 0.3 +/- 3dB, 75 ohms, positive
16 Blanking input
(Ys signal) High state (1-3V) Low state (0-0.4V) Input impedence : 75 ohms
17 Ground (video
output)
18 Ground (video
input)
19 Video output 1V +/- 3dB, 75ohms, positive sync 0.3V
(-3+10dB)
20
Video input 1V +/- 3dB, 75ohms, positive sync 0.3V
(-3+10dB)
Video input
Y (S signal) 1V +/- 3dB, 75ohms, positive sync 0.3V (-3+10dB)
21 Common ground
(plug, shield)
--
--
19
17
15
13
11
9
7
5
3
1
20
18
16
14
12
10
8
6
4
2
21
How to replace the fuse.
Open the fuse compartment with
a screwdriver blade and replace
the fuse.
FUSE
WARNING (UK Models only)
The flexible mains lead is supplied connected to a B.S. 1363 fused
plug having a fuse of the correct rating for the set. Should the fuse
need to be replaced, use a fuse of the same rating approved by ASTA
to BS 1362, ie one that carries the ASA
Tmark.
IF THE PLUG SUPPLIEDWITH THISAPPLIANCE IS NOT SUITABLE
FOR THE OUTLET SOCKETS INYOUR HOME, IT SHOULD BE CUT
OFFANDANAPPROPRIATE PLUG FITTED. THE PLUG SEVERED
FROM THE MAINS LEAD MUST BE DESTROYEDASA PLUG WITH
BARED WIRES IS DANGEROUS IF ENGAGED INA LIVE SOCKET.
When an alternative type of plug is used, it should be fitted with the
correct rating fuse, otherwise the circuit should be protected by the
same rating fuse at the distribution board.
UK PLUG WARNING

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EG1L
RM-ED011
HDMI Connector
Rear Connection Panel Side Connection Panel
15 Pin D Sub Connector (PC)
1
Pin No Signal Assignment Pin No Signal Assignment
1 TMDS Data2+ 11 TMDS Clock Shield
2 TMDS Data2 Shield 12 TMDS Clock-
3 TMDS Data2- 13 CEC
4 TMDS Data1+ 14 Reserved (N.C. on device)
5 TMDS Data1 Shield 15 SCL
6 TMDS Data1- 16 SDA
7 TMDS Data0+ 17 DDC/CEC Ground
8 TMDS Data0 Shield 18 +5V Power
9 TMDS Data0- 19 Hot Plug Detect
10 TMDS Clock+
Pin No Signal Assignment Pin No Signal Assignment
1 Red Out 9 +5V DC
2 Green Out 10 Sync Return (Ground)
3 Blue Out 11 Monitor ID0 in Display
4 Unused 12 DCC Serial Data
5 Ground 13 Horizontal Sync
6 Red Return 14 Vertical Sync
7 Green Return (Ground) 15 DCC Serial Clock
8 Blue Return (Ground)
USB Port
Pin No Signal Assignment
1+5V
2 Data -
3 Data +
4 Ground

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EG1L
RM-ED011
EG1L SELF DIAGNOSTIC SOFTWARE
The identification of errors within the EG1L chassis is triggered in one of two ways :- 1: Busy or 2: Device failure to respond to IIC. In the
event of one of these situations arising the software will first try to release the bus if busy (Failure to do so will report with a continuous
flashing LED) and then communicate with each device in turn to establish if a device is faulty. If a device is found to be faulty the relevant
device number will be displayed through the LED (Series of flashes which must be counted).
LED Error Codes and Descriptions
Number of LED
Flashes Error Description Micro Checked Action
02 DC_DET (12V main voltage). VERD In normal mode. Goes into standby and LED flashes.
06 Panel Det error. VERD In normal mode. Goes into standby and LED flashes.
07 Internal temperature error. VERD In normal mode. Goes into standby and LED flashes.
08 Audio error (SP protection). VERD In normal mode. Goes into standby and LED flashes.
10 Digital error. VCT In normal mode. Adds error to error menu.
11 NVM error. VCT In initialisation state. Adds error to error menu.
12 I2C error VCT. VCT In normal mode. Adds error to error menu.
13 Balancer error. VERD In normal mode. Goes into standby and LED flashes.
14 HDMI error. VCT In initialisation state. Adds error to error menu.
15 Tuner Error VCT In initialisation state. Adds error to error menu.
16 I2C CH1 (VERD TAS). VERD Factory mode. LED error.
17 I2C CH0 (VERD NVM/RTC). VERD Factory mode. LED error.
18 Digital demod. EMMA In normal mode. Adds error to error menu.
19 USB error EMMA In normal mode. Adds error to error menu.
20 CI error EMMA In normal mode. Adds error to error menu.
21 VCT error VERD In normal mode. LED error.
22 MSP error. VCT In initialisation state. Adds error to error menu.

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EG1L
RM-ED011
SECTION 2 DISASSEMBLY
2-1. Rear Cover Removal 2-2. Stand Removal
=> =>
=>
=>
=>
=>
=> =>
=>
=>
=>
=>
=>
=>
=>
=>
=> =>
=>
=>
2-3. Loudspeaker Removal 2-4. Side Jack Bracket Assy Removal
Clips
Removethe rear cover fixingscrews indicated (26” =21 screws,
32” = 23 screws and 37” = 27 screws) and pull the rear cover gently
backwards away from the back of the TV set.
Removethethreestandfixingscrewsas indicated.
To removethe ‘Loudspeaker’fromitshousingdisconnectthespeaker
cables,remove thefourscrews circledandthenpulltheloudspeaker
gentlybackwards away fromthe back of the TV set.
Toremovethe‘Sidejackbracketassy’releasetheclipscircled.
Screw Part number(s) and Description(s)
1) 2-580-640-01 SCREW, +BVTP2 4X16
2) 7-685-648-79 SCREW, +BVTP 3X12 TYPE2 IT-3
3) 2-580-608-01 SCREW, +PSW M5X16
Screw Part number(s) and Description(s)
2-580-608-01 SCREW, +PSW M5X16
=>
=>
=>
=>
1
=>
1
=>
1
=>
1
1
1
11
1
1
1
1
1
1
11
1
2
22
33
3
33
3
1
=>
Screws
=>
=>

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EG1L
RM-ED011
2-6. H3E Board Removal
2-7. H4 Board Removal 2-8. G1D/G2D Board Removal
2-5. BE1 Board Removal
Screws
Toremovethe‘G1D’boarddisconnectallconnectorsandthenremove
thefourscrewscircledandeasetheboardgentlyawayfromthebracket.
The procedure for the ‘G2D’ board removal is the same but has six
screwsto remove.
Toremovethe‘BE1’boarddisconnectallconnectorsandthenremove
theninescrewscircledandeasetheboardgentlyawayfromthebackof
theTV set.
ScrewsScrews
Screw Part number(s) and Description(s)
2-580-629-01 SCREW, +BVST 3X8
Screw Part number(s) and Description(s)
2-674-965-31 SCREW, +PSW 3SG
To removethe ‘H3E’boarddisconnect the connector andthen release
theclipscircledand gentlyeasetheboardtowardsyouandaway from
theback of the TV set.
Clips
Toremovethe‘H4’boarddisconnecttheconnectorandthenreleasethe
clip circled and ease the board gently towards you and away from the
back of the TV set.
Clip

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EG1L
RM-ED011
3-1. How to enter the Service Mode
Serviceadjustmentstothismodel canbeperformed usingthe
suppliedRemoteCommanderRM-ED011.
SECTION 3 ADJUSTMENTS
3. Thefollowingmenuappearsonthe screen (See Pic.1).
4. Movetothecorrespondingadjustmentitemusingthe
‘ ’or ‘ ’arrow buttons on the Remote Commander.
5. Press the ‘ ’ arrow button to enter into the required menu
item.
6. Adjust the data value using the ‘ ’ or ‘ ’ arrow buttons on
ontheRemoteCommander.
7. To go backatanytimepressthe ‘Return’buttonon the Remote
Commander.
8. Pressthe ‘Menu’ button ontheRemoteCommandertoquit
theServiceModewhen alladjustmentshavebeencompleted.
Note :
•To placetheRemoteCommanderin‘ServiceMode’pressthe
followingbuttons together for two seconds.
•To use the Remote Commander in ‘Service Mode’pressthe
rewindbuttononthe RemoteCommandertwice.
TTwillthenappear in the bottom right hand corner of theTV.
+
1. Turn on the power to the TV set and enter into the stand-by
mode.
2. Pressthe following sequence of buttons on theRemote
Commander.
Pic.1
3-2.ProductVersion
1. Thefollowingmenuappears on the screen when youenterthe
‘ProductVersion’menu(SeePic.2). Be sureto check allpages.
Pic.2
3-3. Service Config
1. Thefollowingmenuappears on the screen when youenterthe
‘ServiceConfig’menu(See Pic.3).
Pic.3
i+
5+
(ON SCREEN (DIGIT 5) (VOLUME +) (TV)
DISPLAY)
I/
TV
i+
5+
(ON SCREEN (DIGIT 5) (VOLUME +) (TV)
DISPLAY)
•To taketheRemoteCommanderoutof ‘Service Mode’pressthe
samebuttonsabove together again for two secondsorremove
thebatteriesfromtheRemoteCommander.
•Aftercarryingouttheserviceadjustments,to preventthe
customeraccessingthe‘ServiceMenu’switchtheTVset
OFF and then ON again.
Rewind
Button

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EG1L
RM-ED011
3-3-1.Set-Up
1. Thefollowingmenuappears on the screen when youenterthe
‘Set-up’menu(SeePic.4). Be sure to check all pages.
Pic.4
3-3-2.Sound
1. Thefollowingmenuappears on the screen when youenterthe
‘Sound’menu (See Pic.5).
Pic.5
3-3-3. IF Adjust
1. Thefollowingmenuappears on the screen when youenterthe
‘IFAdjust’menu (See Pic.6).
Pic.6
3-3-4.White Balance
1. Thefollowingmenuappears on the screen when youenterthe
‘Whitebalance’menu(SeePic.7).
Pic.7

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EG1L
RM-ED011
3-4. Error Menu
1. Thefollowingmenuappears on the screen when youenterthe
‘ErrorMenu’menu(See Pic.8). Be sure to checkallpages.
Pic.8
TTmodeisavailablebysettingtheTVandRemote Commanderfor
operation in Service Mode [As shown on Page 11 ]. The functions
describedbeloware then availablebyselectingthe twonumbers.To
release the ‘TT mode’press 00. To releasethe TT menu pressthe
menukey.
3-5.TT MODE
00 'TT' mode off
03 Set volume to 35%
04 Set volume to 50%
05 Set volume to 65%
06 Set volume to 80%
07 Ageing mode on
08 Shipping Condition
09 WB adj initial condition
19 Factory mode toggle (on/off)
21 26" WXGA (E4000)
22 32" FHD (E4000)
23 40" FHD (E4000)
24 32" FHD (W4000)
25 40" FHD (W4000)
26 46" FHD (W4000)
27 CBA mode toggle (ON/OFF)
31 ECS mode toggle (ON/OFF)
32 Set BCN channels preset
34 HDMI log enable/disable
35 Hotel mode toggle
37 PC monitor mode toggle
38 OTRUM mode toggle
39 Enable digital test
41 Re-initialise NVM
43 Select Dual Sound A
44 Select Dual Sound B
45 Select Dual Sound Mono
46 Select Dual Sound Stereo
48 Set NVM as non-virgin
49 Set NVM as virgin
51 Hybrid / Alps tuner selection
52 Temperature sensor enable/disable
53 XV colour enable/disable
54 Watchdog toggle
56 Set Bravia model enable/disable
58 Reset package version
59 Visual I2C toggle (VCT micro slave mode)
61 Set 52" FHD (W4000)
62 Set 26" WXGA (V4500)
63 Set 32" WXGA (V4500)
64 Set 37" WXGA (V4500)
65 Set 37" FHD (Old trial models)
69 WXGA/FHD panel selection
71 Auto AGC
72 VESA/JEIDA panel selection
73 HDMI number of inputs (0 to 2)
74 DDC enable
75 Set centred balance
76 Set volume to max
77 Set volume to min
78 Set balance full left
79 Set balance full right
81 Digital BER display
82 Digital Service menu
83 Digital colour bar output from DENC
84 TS CI path through
85 Digital tuner power down (Only one power cycle,
default is no power down)
86 Switch between two digital SW banks
87 Local keys test
88 Digital shipping conditions (Clear tune database)
89 LED test
91 OAD enable/disable toggle
92 TS CI path through with Reed Solomon off
94 Spread spectrum toggle
96 Digital debug output enable/disable
97 Digital 656 output enable/disable
98 Digital Auto Reset function enable/disable
99 Display Error and Working Time menu

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EG1L
RM-ED011
SWITCH
UNIT
PANEL
H2
(E series)
LED & LIGTH
SENSOR , SIRCS
Logo
(W & E series)
T-con
KDL-32W40xx
KDL-32W42xx
KDL-32E40xx
KDL-26E40xx
KDL-37V45xx
KDL-37V47xx
KDL-32V45xx
KDL-32V47xx
KDL-26V45xx
KDL-26V47xx
Diagrammi a blocchi
CA㩷module
IC4508
(HDMI
switch)
SCART
㩷
1
SCART
㩷
2
IC4701
Video Controller
Line㩷Out
Co mponent
PC
audio
Audio
Amp
IC3400
BE1
㪠㪚㪎㪇 㪇 㪇
MPEG
decoder
DDR2
IC7200
NAND Flash
IC 7300
MS
connector
[Service] MS
Data, Addr,
Control
TS in
TS out
TS from COFDM/QAM
CI
connector
CI buffers
5V
SW 5V
HDMI㩷1HDMI 㩷2
SP
DIF
DDR2
IC7201
DDR2
IC4002
DDR2
IC
4001
STBY
MICRO
IC5505
㪠㪚㪏㪉 㪇 㪇
㪚㪯㪘㪊㪎㪍㪎㪩 㪄 㪫㪍
HPOut
Li n e out
HDMI
audio
RTC
NVM
INVERTER
USB
POWER SUPPLY
G1D (26) for 26"
G1D (32) for 32"
G2D for 37"
CN6401 CN6402
AC INPUT
CN8000
Main
Speakers
CN5500 CN3400
TUNNER
Digital Video
Graphics
I2S Audio
HDMI㩷㪊
I2C
Headphones
Side AV
PC
PC Input
Audio
Audio
L/R Audio
Analog Video
L/R Audio
SPDIF
SPDIF
L/R Select
L/R Last RF
YU V
L/R Audio
CVBS 1 & RGB1
CVBS 2 & RGB2
CVBS
H4 ,
(W & V series)
SIRCS
H3E
(W & V series)
LED & LIGTH SENSOR
4-1. BLOCKDIAGRAMS

- 15 -
EG1L
RM-ED011
5-2. CIRCUIT BOARD LOCATION
5-3. SCHEMATIC DIAGRAMS AND
PRINTED WIRING BOARDS
Note :
• All capacitors are in µF unless otherwise noted.
• pF : µµF 50WV or less are not indicated except for
electrolytic types.
• Indication of resistance, which does not have one for
rating electrical power, is as follows.
Pitch : 5mm
Electrical power rating : 1/4W
• Chip resistors are 1/10W
• All resistors are in ohms.
k = 1000 ohms, M = 1000,000 ohms
• : nonflammable resistor.
• : fusible resistor.
• : internal component.
• : panel designation or adjustment for repair.
• All variable and adjustable resistors have
characteristic curve B, unless otherwise noted.
• All voltages are in Volts.
• Readings are taken with a 10Mohm digital mutimeter.
• Readings are taken with a color bar input signal.
• Voltage variations may be noted due to normal production
tolerences.
•:B+bus.
• : B - bus.
• : RF signal path.
• : earth - ground.
• : earth - chassis.
Reference Information
RESISTOR RN : METAL FILM
RC : SOLID
FPRD : NON FLAMMABLE CARBON
FUSE : NON FLAMMABLE FUSIBLE
RS : NON FLAMMABLE METAL OXIDE
RB : NON FLAMMABLE CEMENT
RW : NON FLAMMABLE WIREWOUND
: ADJUSTMENT RESISTOR
COIL LF-8L : MICRO INDUCTOR
CAPACITOR TA : TANTALUM
PS : STYROL
PP : POLYPROPYLENE
PT : MYLAR
MPS : METALIZED POLYESTER
MPP : METALIZED POLYPROPYLENE
ALB : BIPOLAR
ALT : HIGH TEMPERATURE
ALR : HIGH RIPPLE
Les composants identifiés par une trame et
par une marque sont d'une importance
critique pour la sécurité. Ne les remplacer
que par des pièces de numéro spécifié.
specified.
Note :
The components identified by shading
and marked are critical for safety.
Replace only with the part numbers
specified in the parts list.
Note :
CVM Board
A Board
S1 Board
VM
C
H
D1 A
JA2
N
D
A1
D2
C
A
4-2. CIRCUITBOARDLOCATION
4-3. SCHEMATIC DIAGRAMSAND
PRINTEDWIRING BOARDS
Note : The components identified by mark contain
confidential information.
Strictly follow the instructions whenever the
components are repaired and/or replaced.
Note:Schematic diagrams are for reference only.Please refer to the electrical parts list for
the correct value and part number of components.
G1D/G2D
BE1
H4
H3E

- 16 -
DDCCBB
OPEE FF
Z
10
ABC D EFG H JIKLMN
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
11
10
11
22
21
22
R
Q
OPEE FF
STUVWXYZAA BB CC DD
ABCDEF GH JIKLMN
12
13
14
15
16
17
18
19
20
21
20
18
19
17
15
16
14
12
13
QRST UV WXY AA
2012
10V
4.7
C7000
R7000
0
R7001
0
2012
6.3V
10
C7044 1608
R7003
0
1608
R7002
0
2012
6.3V
10
C7045
2012
10V
4.7
C7001 XX
C7047
XX
C7046
FE_3.3V FE_1.05V
FE_PLL_1.05V
25V0.01
X7R
C7002
25V0.01
X7R
C7003
25V0.01
X7R
C7004
25V0.01
X7R
C7005
25V0.01
X7R
C7006
25V0.01
X7R
C7007
25V0.01
X7R
C7008
25V0.01
X7R
C7011
25V0.01
X7R
C7009
25V0.01
X7R
C7010
XX
C7012
25V0.01
X7R
C7014
25V0.01
X7R
C7013
25V0.01
X7R
C7015
XX
C7016
25V0.01
X7R
C7018
25V0.01
X7R
C7017
25V
0.01
C7019
25V
0.01
C7020
25V0.01
X7R
C7022
25V0.01
X7R
C7024
25V0.01
X7R
C7023
25V0.01
X7R
C7021
XX
C7025
25V0.01
X7R
C7026
25V0.01
X7R
C7030
25V0.01
X7R
C7029
25V0.01
X7R
C7027
25V0.01
X7R
C7028
XX
C7031
XX
C7032
XX
C7033
25V0.01
X7R
C7037
25V0.01
X7R
C7038
25V0.01
X7R
C7040
25V0.01
X7R
C7034
25V0.01
X7R
C7035
25V0.01
X7R
C7036
25V0.01
X7R
C7039
25V0.01
X7R
C7041
XX
C7042
25V0.01
X7R
C7043
UPD61300F1-100-LU2-A
IC7000
GND
C1
GND
C2
GND
C23
GND
C24
GND
D3
GND
D22
GND
E4
GND
E21
GND
F6
GND
F19
GND
F20
GND
G6
GND
G7
GND
G19
GND
G23
GND
H21
GND
J23
GND
K6
GND
K19
GND
K21
GND
L10
GND
L12
GND
L14
GND
L20
GND
L23
GND
M6
GND
M11
GND
M13
GND
M15
GND
M19
GND
M21
GND
N1
GND
N10
GND
N12
GND
N14
GND
N22
GND
N24
GND
P6
GND
P11
GND
P13
GND
P15
GND
R3
GND
R10
GND
R12
GND
R14
GND
R22
GND
R24
GND
T6
GND
T11
GND
T13
GND
T15
GND
U2
GND
U10
GND
U12
GND
U14
GND
V1
GND
V6
GND
V11
GND
V13
GND
V15
GND
V21
GND
V23
GND
Y5
SPLLGND W10
SPLLGND W11
SPLLGND W12
SPLLGND W13
SPLLGND W14
DPLLGND H20
DPLLGND J19
GND A6
GND A19
GND B6
GND B19
GND C8
GND C17
GND D9
GND D16
GND E10
GND E15
GND F11
GND F14
GND K12
GND K13
GND AJ12
GND AJ10
GND AJ7
GND AJ4
GND AH23
GND AH21
GND AH19
GND AG11
GND AG9
GND AG8
GND AG3
GND AF23
GND AF17
GND AF15
GND AF14
GND AF11
GND AF6
GND AE1
GND AE14
GND AE17
GND AD23
GND AD19
GND AD3
GND AC5
GND AB23
GND AB21
GND AB6
GND AB1
GND AA3
GND Y23
GND Y21
GND Y15
GND Y6
UPD61300F1-100-LU2-A
IC7000
VDD3
G21
VDD3
H1
VDD3
J2
VDD3
J6
VDD3
J21
VDD3
K3
VDD3
K20
VDD3
L4
VDD3
L6
VDD3
L19
VDD3
L21
VDD3
M20
VDD3
N6
VDD3
N23
VDD3
R6
VDD3
R23
VDD3
U6
VDD3
U21
VDD3
W6
VDD3
W21
VDD3
AA6
VDD3
AA21
VDD3
AC6
VDD3
AC21
VDD3
AD11
VDD3
AD18
VDD3
AE11
VDD3
AG7
VDD3
AG10
VDD3
AG12
VDD3
AG19
VDD3
AH7
VDD3
AH10
VDD3
AH12
SPLLVDD Y10
SPLLVDD Y11
SPLLVDD Y12
SPLLVDD Y13
SPLLVDD Y14
DPLLVDD H19
DPLLVDD J20
CVDD D1
CVDD D2
CVDD D23
CVDD D24
CVDD E3
CVDD E22
CVDD F4
CVDD F21
CVDD G5
CVDD G20
CVDD H6
CVDD L11
CVDD L13
CVDD L15
CVDD M10
CVDD M12
CVDD M14
CVDD N11
CVDD N13
CVDD N15
CVDD P10
CVDD P12
CVDD P14
CVDD R11
CVDD R13
CVDD R15
CVDD T10
CVDD T12
CVDD T14
CVDD U11
CVDD U13
CVDD U15
CVDD V10
CVDD V12
CVDD V14
CVDD W15
VDD10 K10
VDD10 K11
VDD10 K14
VDD10 K15
BE1
1/22 MAIN MICROCONTROLLER, HDMI/AV SIDE/PC INPUT, AUDIO PROCESSOR, SCARTS
BE1 - EG1L
COMPONENTS MARKED AS XX REFER TO PARTS LIST, WILL ONLY BE LISTED IF FITTED
1608
0uH
FB7102
10kR7105 47kR7106
USB_GND
0.5%
1.6k
R7113
50V
C7109
0.001
25V
C7108
0.01
25V
C7107
0.01
0.5%39
R7110
15k
R7114
15k
R7115
FE_RXD1B
FE_TXD1B
FE_NMI
FE_JTRST
FE_JTDI
FE_JTMS
FE_JTCK
FE_JTDO
47R7108
0.5%39
R7111
47R7109
30MHz
X7101
VD7100
123
456
MIC2005-0.5YM6TR
IC7101
VIN
GND
EN FAULT
CSLEW
VOUT
16V
0.1
C7103
43 12
PST3629UL
IC7100
GND
Vcc CD
OUT
MC2838-T112-1
D7100
100
R7104
1k
R7103
16V
0.1
C7101
FE_3.3V
FE_3.3V
5V_MAIN
FE_RSTB
RT3N11M-TP-1
Q7101
FE_DBG_RSTBFE_MASTER_RSTB 100
R7100
50V
0.001
C7100
RT3N11M-TP-1
Q7100
FE_USB_PPON
50V
C7115
0.001
PGB0010603NR
D7102
PGB0010603NR
D7101
10k
RB7100
2
1
4
3
6
5
8
7
47kR7101 47kR7102 47kR7116 47kR7117 47kR7118 47kR7119
1234
BLK
4P
CN7100
16V
C7114
0.1
16V
C7112
0.1
16080uH
16080uH
FB7101
10k
RB7103
FE_3.3V
FE_USB_OCIB
1 23
4
L7100
CL7108
CL7104
CL7100
CL7106
CL7103
CL7101
16V
0.47
C7102
1608
50V
C7104
9p 50V
C7105
9p
50V
C7106
18p 50V
C7110
15p
470R7107
470R7112
XX
R7120
10V
150
C7111
UPD61300F1-100-LU2-A
IC7000
SYS_XT1
AH8
SYS_XT2
AJ8
RSTSWB
AH9
RSTOUT
AJ9
RXD1B
R4
TXD1B
T5
JTCK
V20
JTMS
V19
JTDI
U20
JTDO
U19
JTRST
T20
NMI
T19
TEST
W20
TESTP1
AA19
TESTP2
AB19
TESTP3
AE19
TESTP4
AE18
TESTP5
AF18
TESTP6
V5
TESTP7
U5
USB_XT1 AJ11
USB_XT2 AH11
USB_RSDP1 AD16
USB_DP1 AE16
USB_DM1 AE15
USB_RSDM1 AD15
USB_VDD331 AF16
USB_AVDD AF13
USB_PVDDFIL AE13
USB_PVSS AD12
USB_AVSS AF12
USB_RREF AD13
USB_COM AE12
USB_GND1 AD17
USB_GND2 AD14
16V
220
C7113
1
2
18.432MHz
X7100
BE1
2/22
BE1 - EG1L
COMPONENTS MARKED AS XX REFER TO PARTS LIST, WILL ONLY BE LISTED IF FITTED
FB7100
~ BE1 Board Schematic Diagram [ Main Microcontroller, HDMI/AV Side/PC Input, Audio Processor, Scarts ] Page 1/22 ~
~ BE1 Board Schematic Diagram [ Main Microcontroller, HDMI/AV Side/PC Input, Audio Processor, Scarts ] Page 2/22 ~
~ BE1 Board Schematic Diagram [ Main Microcontroller, HDMI/AV Side/PC Input, Audio Processor, Scarts ] Page 3/22 ~
FE_FOEB
FE_NWPB
FE_NRBB
FE_FWEB
FE_NALE
FE_NCLE
FE_FCS0B
10kR7300 10kR7306
XXR7309 XXR7311
10kR7315
R7321 10k
10kR7317 10kR7319
XXR7323 XXR7325 XXR7327
R7334 10k
XXR7336
XXR7301 XXR7335
10kR7310
XXR7316
R7333 10k R7322 XX R7337 10k
10kR7324 10kR7328 10kR7326
R7312 10k
XXR7307 XXR7318 XXR7320
FE_CI_TSD[0-7],FE_RDAT[0-7]
CL7303
2.5mm
CL7302
2.5mm
FE_FWEB
FE_FOEB
FE_CI_WAITB
XX
R7314
470
R7313
10kR7302 10kR7305 10kR7329 10kR7330 10kR7331
1608
10V
1
C7301
470
R7338
10k
R7308
R7303
XX
R7304
XX
FE_RSTB
FE_3.3V
FE_3.3V
FE_3.3V
1234567
42434445464748 41 40 39 38 37 36 35 34 33
161514131211109
8
32 31 30 29 28 27 26 25 17 18 19 20 21 22 23 24
NAND256W3A2BN6F
IC7300
PWB LAYOUT NOTE:
Place NAND-FLASH with consideration
for changing from TSOP to FBGA package
N.C
N.C
N.C
N.C
N.C
N.C
RY_BY
RE
CE
N.C
N.C
VCC
GND
N.C
N.C
CLE
ALE
WE
WP
N.C
N.C
N.C
N.C
N.C N.C
N.C
N.C
N.C
IO1
IO2
IO3
IO4
N.C
N.C
N.C
GND
VCC
N.C
N.C
N.C
IO5
IO6
IO7
IO8
N.C
N.C
N.C
N.C
47
RB7305
1
FE_CI_CE1B
FE_FCS0B
XXR7332
10kR7339
XXR7340
JL7300
JL7301
470
R7341
25V0.01
X7R
C7300
25V0.01
X7R
C7302
47
RB7306
FE_NALE
FE_NCLE
FE__NALE
FE__NCLE
47
RB7302
1
UPD61300F1-100-LU2-A
IC7000
RADD0 AE5
RADD1 AF4
RADD2 AG4
RADD3 AH4
RADD4 AJ3
RADD5 AH3
RADD6 AJ2
RADD7 AH2
RADD8 AJ1
RADD9 AH1
RADD10 AG2
RADD11 AG1
RADD12 AF3
RADD13 AF2
RADD14 AF1
HSDCLK/RADD15 AE4
HSDE/RADD16 AE3
PKTSTRT/RADD17 AE2
HSD0/RADD18 AD5
HSD1/RADD19 AD4
HSD2/RADD20 AD2
HSD3/RADD21 AD1
HSD4/RADD22 AC4
HSD5/RADD23 AC3
HSD6/RADD24 AC2
HSD7/RADD25 AC1
RDATA0 AB4
RDATA1 AB3
RDATA2 AB2
RDATA3 AA5
RDATA4 AA4
RDATA5 AA2
RDATA6 AA1
RDATA7 Y4
STP0DATA0/RDATA8 Y3
STP0DATA1/RDATA9 Y2
STP0DATA2/RDATA10 Y1
STP0DATA3/RDATA11 W5
STP0DATA4/RDATA12 W4
STP0DATA5/RDATA13 W3
STP0DATA6/RDATA14 W2
STP0DATA7/RDATA15 W1
FOEB AF5
FWEB AH6
FCSB0 AJ5
FCSB1 AJ6
GCSB0 AH5
GCSB1 AG5
GRDY AG6
47
RB7300
2
1
4 3
6 5
8 7
10
9
12 11
14 13
16 15
47
RB7301
2
1
4 3
6 5
8 7
10
9
12 11
14 13
16 15
47
RB7303
2
1
4 3
6 5
8 7
10
9
12 11
14 13
16 15
47
RB7304
2
1
4 3
6 5
8 7
10
9
12 11
14 13
16 15
FE_RDAT[7]
FE_RDAT[6]
FE_RDAT[5]
FE_RDAT[4]
FE_RDAT[3]
FE_RDAT[2]
FE_RDAT[1]
FE_RDAT[0]
FE_CI_TSD[0-7],FE_RDAT[0-7]
FE_RADD[0]
FE_RADD[1]
FE_RADD[2]
FE_RADD[3]
FE_RADD[4]
FE_RADD[5]
FE_RADD[6]
FE_RADD[9]
FE_RADD[10]
FE_RADD[11]
FE_RADD[14]
FE_RADD[15]
FE_RADD[16]
FE_RADD[17]
FE_RADD[18]
FE_RADD[12]
FE__RADD[0]
FE__RADD[1]
FE__RADD[2]
FE__RADD[3]
FE__RADD[7]
FE__RADD[4]
FE__RADD[6]
FE__RADD[5]
FE__RADD[12]
FE__RADD[14]
FE__RADD[11]
FE__RADD[15]
FE__RADD[13]
FE__RADD[8]
FE__RADD[10]
FE__RADD[9]
FE__RADD[19]
FE__RADD[16]
FE__RADD[18]
FE__RADD[17]
FE__RDAT[4]
FE__RDAT[6]
FE__RDAT[3]
FE__RDAT[7]
FE__RDAT[5]
FE__RDAT[0]
FE__RDAT[2]
FE__RDAT[1]
FE__RDAT[12]
FE__RDAT[14]
FE__RDAT[11]
FE__RDAT[15]
FE__RDAT[13]
FE__RDAT[8]
FE__RDAT[10]
FE__RDAT[9]
FE__GCS0B
FE__FOEB
FE__FCS0B
FE__FWEB
FE__RADD[18]
FE_RADD[19]
FE__FWEB
FE__FOEB
FE__RADD[19]
FE_RADD[18]
FE_CI_TSD[1]
FE_RDAT[0]FE__RDAT[0]
FE__RDAT[13]
FE__RDAT[7]
FE__RDAT[11]
FE__RDAT[4] FE_RDAT[4]
FE_RDAT[2]
FE_CI_TSD[7]
FE_RDAT[6]
FE_RDAT[1]
FE__RDAT[12]
FE_CI_TSD[3]
FE__RDAT[3]
FE__RDAT[10]
FE_CI_TSD[0]
FE_RDAT[5]
FE_CI_TSD[2]
FE_RDAT[3]
FE__RDAT[8]
FE__RDAT[5]
FE_CI_TSD[5]
FE__RDAT[9]
FE__RDAT[2]
FE__RDAT[15]
FE_CI_TSD[4]
FE__RDAT[14] FE_CI_TSD[6]
FE__RDAT[1]
FE__RDAT[6]
FE_RDAT[7]
FE__RADD[4]
FE__RADD[16]
FE__RADD[11]
FE_RADD[14]
FE__RADD[2]
FE__RADD[7]
FE_RADD[3]
FE__RADD[9]
FE_RADD[1]
FE__RADD[17]
FE__RADD[5]
FE__RADD[0]
FE__RADD[15]
FE_RADD[16]
FE_RADD[6]
FE_RADD[5]
FE_RADD[4]
FE__RADD[12]
FE__RADD[13]
FE__RADD[6]
FE_RADD[15]
FE_RADD[12]
FE__RADD[8]
FE_RADD[17]
FE_RADD[13]
FE_RADD[8]
FE_RADD[11]
FE_RADD[2]
FE_RADD[0]
FE_RADD[9]
FE_RADD[7]
FE__RADD[10]
FE__RADD[3]
FE_RADD[10]
FE__RADD[14]
FE__RADD[1]
FE__FCS0B
FE__GCS0B
FE_RADD[13]
FE_RADD[19]
FE_RADD[7]
FE_RADD[8]
RADD[ 0] = CPU_ENDIAN = 1 = Big
RADD[ 1] = test = 0
RADD[ 2] = test = 0
RADD[ 4: 3] = CPUCLK_SEL[1:0] = 01 = 262.144MHz
RADD[ 5] = MCLK_SEL = 0 = 327.680MHz
RADD[ 6] = ROM_ENDIAN = 1 = Big
RADD[ 7] = ROM_BWSEL = 1 = 8-bit
RADD[10: 8] = BOOT_MODE[2:0] = 011 = NAND, then MS
RADD[12:11] = BOOT_NAND_SEL[1:0] = 00 = <=256Mb
RADD[13] = NAND_CS = 0 = CS0
RADD[14] = test = 0
RADD[15] = test = 0
RADD[16] = test = 0
RADD[17] = EJTAG_MODE = 1 = EJTAG
RADD[18] = DINT_EN = 0 = Disable
RADD[19] = DSYSELB = 1 = Only Main CPU
STRAP SETTINGS
STRAP SETTINGS
PWB LAYOUT NOTE:
Pin-swap allowed on
these resistor arrays
for optimal PWB layout
To force Boot from MS:
connect (short) together
CL7302 & CL.7303
Place CLs together and
in accessible location
PWB LAYOUT NOTE:
Place fitted strap resistors in groups
of 4 or 8 to allow replacement by
resistor arrays during later trial
BE1
3/22
BE1 - EG1L
COMPONENTS MARKED AS XX REFER TO PARTS LIST, WILL ONLY BE LISTED IF FITTED
FE_RADD[0-14]

- 17 -
DDCCBB
OPEE FF
Z
10
ABC D EFG H JIKLMN
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
11
10
11
22
21
22
R
Q
OPEE FF
STUVWXYZAA BB CC DD
ABCDEF GH JIKLMN
12
13
14
15
16
17
18
19
20
21
20
18
19
17
15
16
14
12
13
QRST UV WXY AA
~ BE1 Board Schematic Diagram [ Main Microcontroller, HDMI/AV Side/PC Input, Audio Processor, Scarts ] Page 4/22 ~
150R7211 150R7215
FE_DDR_DM0
FE_DDR_DM1
FE_DDR_DM2
FE_DDR_DM3
FE_DDR_DRASB
FE_DDR_DWEB
FE_DDR_DCK1FE_DDR_DCK0
FE_DDR_DCKE
FE_DDR_DM0
FE_DDR_DCASB
FE_DDR_DM1
FE_DDR_DCSB
FE_DDR_DM2
FE_DDR_DM3
FE_DDR_DCK1B
FE_DDR_DCK0B
FE_DDR_DCSB
FE_DDR_DRASB
FE_DDR_DWEB
FE_DDR_DCASB
FE_DDR_DCKE
FE_DDR2_VREF_0.9V
FE_DDR2_VREF_0.9V
150
R7202
FE_DDR_DODT0 FE_DDR_DODT0
XXR7212 XXR7216
JL7200
FE_DDR2_VREF_0.9V
2012
6.3V
10
X6S
C7200
2012
6.3V
10
X6S
C7201
2012
6.3V
10
X6S
C7232
2012
6.3V
10
X6S
C7246
0.5%
150
R7204
0.5%
150
R7203
22R7209
22R7206 FE_DDR_DCK0
FE_DDR_DCK0B
22R7205
22R7207 FE_DDR_DCK1B
FE_DDR_DCK1
22R7208
FE_1.8V
FE_1.8V FE_1.8V
FE_1.8V
FE_1.8V
FE_1.8V
FE_1.8V
FE_1.8V
XXR7200
XXR7201
XXR7214 XXR7213 XXR7218 XXR7217
FE_DDR_DODT0
FE_DDR_DWEB
22RB7202
FE_DDR_DCKE
FE_DDR_DCASB
FE_DDR_DRASB
FE_DDR_DCSB
16V
0.1
C7208
16V
0.1
C7215
25V
0.01
X7R
C7216
25V
0.01
X7R
C7217
16V
0.1
C7218
16V
0.1
C7220
16V
0.1
C7221
16V
0.1
C7230
16V
0.1
C7234
16V
0.1
C7235
16V
0.1
C7244
25V
0.01
X7R
C7202
25V
0.01
X7R
C7203
25V
0.01
X7R
C7204
25V
0.01
X7R
C7205
25V
0.01
X7R
C7206
25V
0.01
X7R
C7207
25V
0.01
X7R
C7210
25V
0.01
X7R
C7213
25V
0.01
X7R
C7214
25V
0.01
X7R
C7212
25V
0.01
X7R
C7211
16V
0.1
C7227
16V
0.1
C7226
16V
0.1
C7225
16V
0.1
C7224
16V
0.1
C7219
16V
0.1
C7231
16V
0.1
C7222
16V
0.1
C7228
16V
0.1
C7229
16V
0.1
C7223
16V
0.1
C7233
16V
0.1
C7236
16V
0.1
C7237
16V
0.1
C7238
16V
0.1
C7239
16V
0.1
C7240
16V
0.1
C7241
16V
0.1
C7242
16V
0.1
C7243
16V
0.1
C7245
22
RB7200
22
RB7203
68
RB7201
10R7219
10R7220
EDE5116AJBG-6E-E
IC7200
A0
M8
A1
M3
A2
M7
A3
N2
A4
N8
A5
N3
A6
N7
A7
P2
A8
P8
A9
P3
A10
M2
A11
P7
A12
R2
BA0
L2
BA1
L3
BA2
L1
UDM
B3
LDM
F3
UDQS
B7
UDQS#
A8
LDQS
F7
LDQS#
E8
CK
J8
CK#
K8
CKE
K2
CS#
L8
RAS#
K7
CAS#
L7
WE#
K3
ODT
K9
VSS
A3
VSS
E3
VSS
J3
VSS
N1
VSS
P9
VSSQ
A7
VSSQ
B2
VSSQ
B8
VSSQ
D2
VSSQ
D8
VSSQ
E7
VSSQ
F2
VSSQ
F8
VSSQ
H2
VSSQ
H8
DQ0
G8
DQ1
G2
DQ2
H7
DQ3
H3
DQ4
H1
DQ5
H9
DQ6
F1
DQ7
F9
DQ8
C8
DQ9
C2
DQ10
D7
DQ11
D3
DQ12
D1
DQ13
D9
DQ14
B1
DQ15
B9
NC
A2
NC
E2
NC
R3
NC
R7
NC
R8
VREF
J2
VDDL
J1
VSSDL
J7
VDD
A1
VDD
E1
VDD
J9
VDD
M9
VDD
R1
VDDQ
A9
VDDQ
C1
VDDQ
C3
VDDQ
C7
VDDQ
C9
VDDQ
E9
VDDQ
G1
VDDQ
G3
VDDQ
G7
VDDQ
G9
EDE5116AJBG-6E-E
IC7201
A0
M8
A1
M3
A2
M7
A3
N2
A4
N8
A5
N3
A6
N7
A7
P2
A8
P8
A9
P3
A10
M2
A11
P7
A12
R2
BA0
L2
BA1
L3
BA2
L1
UDM
B3
LDM
F3
UDQS
B7
UDQS#
A8
LDQS
F7
LDQS#
E8
CK
J8
CK#
K8
CKE
K2
CS#
L8
RAS#
K7
CAS#
L7
WE#
K3
ODT
K9
VSS
A3
VSS
E3
VSS
J3
VSS
N1
VSS
P9
VSSQ
A7
VSSQ
B2
VSSQ
B8
VSSQ
D2
VSSQ
D8
VSSQ
E7
VSSQ
F2
VSSQ
F8
VSSQ
H2
VSSQ
H8
DQ0
G8
DQ1
G2
DQ2
H7
DQ3
H3
DQ4
H1
DQ5
H9
DQ6
F1
DQ7
F9
DQ8
C8
DQ9
C2
DQ10
D7
DQ11
D3
DQ12
D1
DQ13
D9
DQ14
B1
DQ15
B9
NC
A2
NC
E2
NC
R3
NC
R7
NC
R8
VREF
J2
VDDL
J1
VSSDL
J7
VDD
A1
VDD
E1
VDD
J9
VDD
M9
VDD
R1
VDDQ
A9
VDDQ
C1
VDDQ
C3
VDDQ
C7
VDDQ
C9
VDDQ
E9
VDDQ
G1
VDDQ
G3
VDDQ
G7
VDDQ
G9
UPD61300F1-100-LU2-A
IC7000
VDD18
A4
VDD18
A15
VDD18
A21
VDD18
B4
VDD18
B9
VDD18
A10
VDD18
B15
VDD18
B21
VDD18
C5
VDD18
C9
VDD18
C11
VDD18
C14
VDD18
C20
VDD18
D6
VDD18
D7
VDD18
D12
VDD18
D13
VDD18
E14
VDD18
D19
VDD18
E7
VDD18
E18
VDD18
F13
VDD18
F17
VDD18
F18
VDD18
F5
DRQ0
E13
DRQ1
D15
DCKERSTB
E12
DVREF0
F15
DVREF1
F10
DADD0 A9
DADD1 B14
DADD2 C10
DADD3 A14
DADD4 B11
DADD5 A12
DADD6 C12
DADD7 D11
DADD8 D10
DADD9 A13
DADD10 A16
DADD11 A11
DADD12 C13
DADD14 B12
DADD15 B13
DBA0 D14
DBA1 C16
DCSB1 B16
DQ0 D18
DQ1 E17
DQ2 E19
DQ3 A18
DQ4 B18
DQ5 D17
DQ6 C19
DQ7 E16
DQ8 E20
DQ9 B24
DQ10 D21
DQ11 A23
DQ12 C22
DQ13 D20
DQ14 A24
DQ15 C21
DQ16 C6
DQ17 E9
DQ18 E6
DQ19 C7
DQ20 D8
DQ21 B7
DQ22 E8
DQ23 F8
DQ24 B1
DQ25 D4
DQ26 A1
DQ27 A2
DQ28 D5
DQ29 C3
DQ30 E5
DQ31 C4
DQS0 A17
DQSB0 B17
DQS1 A22
DQSB1 B22
DQS2 A8
DQSB2 B8
DQS3 A3
DQSB3 B3
DCSB0 F7
DRASB F16
DCASB F12
DWEB C15
DCKE F9
DCLKB0 B20
DCLK0 A20
DCLKB1 B5
DCLK1 A5
DQM0 C18
DQM1 B23
DQM2 A7
DQM3 B2
DODT0 B10
DODT1 E11
FE_DDR_BA[0]
FE_DDR_BA[1]
FE_DDR_DQ[0]
FE_DDR_DQ[1]
FE_DDR_DQ[2]
FE_DDR_DQ[3]
FE_DDR_DQ[4]
FE_DDR_DQ[5]
FE_DDR_DQ[6]
FE_DDR_DQ[7]
FE_DDR_DQ[8]
FE_DDR_DQ[9]
FE_DDR_DQ[10]
FE_DDR_DQ[11]
FE_DDR_DQ[12]
FE_DDR_DQ[13]
FE_DDR_DQ[14]
FE_DDR_DQ[15]
FE_DDR_DQ[16]
FE_DDR_DQ[17]
FE_DDR_DQ[18]
FE_DDR_DQ[19]
FE_DDR_DQ[20]
FE_DDR_DQ[21]
FE_DDR_DQ[22]
FE_DDR_DQ[23]
FE_DDR_DQ[24]
FE_DDR_DQ[25]
FE_DDR_DQ[26]
FE_DDR_DQ[27]
FE_DDR_DQ[28]
FE_DDR_DQ[29]
FE_DDR_DQ[30]
FE_DDR_DQ[31]
FE_DDR_BA[2]
FE_DDR_BA[1]
FE_DDR_BA[0]
FE_DDR_DQ[16]
FE_DDR_DQ[17]
FE_DDR_DQ[18]
FE_DDR_DQ[19]
FE_DDR_DQ[20]
FE_DDR_DQ[21]
FE_DDR_DQ[22]
FE_DDR_DQ[23]
FE_DDR_DQ[24]
FE_DDR_DQ[25]
FE_DDR_DQ[26]
FE_DDR_DQ[27]
FE_DDR_DQ[28]
FE_DDR_DQ[29]
FE_DDR_DQ[30]
FE_DDR_DQ[31]
FE_DDR_DQS0
FE_DDR_DQS0B
FE_DDR_DQS1
FE_DDR_DQS1B
FE_DDR_DQS2
FE_DDR_DQS2B
FE_DDR_DQS3
FE_DDR_DQS3B
FE_DDR_DM3
FE_DDR_DM2
FE_DDR_DM0
FE_DDR_DM1
FE_DDR_DQS1
FE_DDR_DQS0
FE_DDR_DQS0B
FE_DDR_DQS1B FE_DDR_DQS3B
FE_DDR_DQS2
FE_DDR_DQS2B
FE_DDR_DQS0,FE_DDR_DQS0B,FE_DDR_DQS1,FE_DDR_DQS1B,FE_DDR_DQS2,FE_DDR_DQS2B,FE_DDR_DQS3,FE_DDR_DQS3B
FE_DDR_DQS3
FE_RQ1
FE_RQ0
FE_CKERSTE
FE_DODT1
FE_DDR_BA[2]
FE_BA[1]
FE_BA[2]
FE_BA[0]
FE_DDR_DQ[0-31]
FE_DDR_DQ[0]
FE_DDR_DQ[1]
FE_DDR_DQ[2]
FE_DDR_DQ[3]
FE_DDR_DQ[4]
FE_DDR_DQ[5]
FE_DDR_DQ[6]
FE_DDR_DQ[7]
FE_DDR_DQ[8]
FE_DDR_DQ[9]
FE_DDR_DQ[10]
FE_DDR_DQ[11]
FE_DDR_DQ[12]
FE_DDR_DQ[13]
FE_DDR_DQ[14]
FE_DDR_DQ[15]
FE_DADD[0]
FE_DADD[1]
FE_DADD[2]
FE_DADD[3]
FE_DADD[4]
FE_DADD[5]
FE_DADD[6]
FE_DADD[7]
FE_DADD[8]
FE_DADD[9]
FE_DADD[10]
FE_DADD[11]
FE_DADD[12]
FE_DDR_DADD[0]
FE_DDR_DADD[1]
FE_DDR_DADD[2]
FE_DDR_DADD[3]
FE_DDR_DADD[6]
FE_DDR_DADD[7]
FE_DDR_DADD[8]
FE_DDR_DADD[9]
FE_DDR_DADD[10]
FE_DDR_DADD[11]
FE_DDR_DADD[12]
FE_DDR_DADD[0]
FE_DDR_DADD[1]
FE_DDR_DADD[2]
FE_DDR_DADD[3]
FE_DDR_DADD[14]
FE_DDR_DADD[15]
FE_DDR_DADD[6]
FE_DDR_DADD[7]
FE_DDR_DADD[8]
FE_DDR_DADD[9]
FE_DDR_DADD[10]
FE_DDR_DADD[11]
FE_DDR_DADD[12]
FE_DODT0
FE_DCKE
FE_DWEB
FE_DCASB
FE_DRASB
FE_DCSB
FE_DCASB,FE_DCKE,FE_DCSB,FE_DODT0,FE_DRASB,FE_DWEB
FE_DCK0
FE_DCK0B
FE_DCK1B
FE_DCK1
FE_DADD[4]
FE_DADD[14]
FE_DADD[5]
FE_DADD[15]
FE_DDR_DADD[4]
FE_DDR_DADD[14]
FE_DDR_DADD[5]
FE_DDR_DADD[15]
FE_BA[2] FE_DDR_BA[2]
FE_DDR_DADD[2]
FE_DDR_DADD[11]
FE_DADD[2]
FE_DODT0
FE_DADD[0]
FE_DADD[11]
FE_DDR_DADD[0]
FE_DDR_DODT0
FE_DADD[12] FE_DDR_DADD[12]
FE_DADD[1] FE_DDR_DADD[1]
FE_DADD[9] FE_DDR_DADD[9]
FE_DDR_DADD[7]
FE_DDR_DADD[8]
FE_BA[0]
FE_DRASB
FE_DCASB
FE_DCKE FE_DDR_DCASB
FE_DCSB
FE_DADD[8]
FE_DDR_DRASB
FE_DDR_DADD[6]
FE_DDR_BA[0]
FE_DDR_DCSB
FE_DADD[6] FE_DDR_DCKE
FE_DADD[7]
FE_DADD[14]
FE_DADD[15]
FE_DWEB
FE_DDR_DADD[10]FE_DADD[10]
FE_DADD[3] FE_DDR_DADD[3]
FE_DDR_BA[1]FE_BA[1]
FE_DDR_DADD[4]
FE_DDR_DADD[5]
BE1
4/22
BE1 - EG1L
COMPONENTS MARKED AS XX REFER TO PARTS LIST, WILL ONLY BE LISTED IF FITTED

- 18 -
DDCCBB
OPEE FF
Z
10
ABC D EFG H JIKLMN
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
11
10
11
22
21
22
R
Q
OPEE FF
STUVWXYZAA BB CC DD
ABCDEF GH JIKLMN
12
13
14
15
16
17
18
19
20
21
20
18
19
17
15
16
14
12
13
QRST UV WXY AA
SML-310MTT86
D7400 D7402
SML-310MTT86
R7400
390 R7402
390
2SA2029T2LQ/R
Q7402 R7404 100
R7405 100
2SA2029T2LQ/R
Q7400
R7415
XX
FB7400
XX
CL7402
R7413 XX Q7404
XX
200
R7409
0.5% 50V
10p
CH
C7403
50V
10p
CH
C7404
200
R7410
0.5%
200
R7411
0.5%
FE_AO0_LRCK
FE_AO0_BCK
FE_AO0_BD0
FE_SPDIF
D7403
SML-310MTT86
R7403
390
SML-310MTT86
D7401
R7407 100
R7401
390
R7406 100
2SA2029T2LQ/R
Q7403
2SA2029T2LQ/R
Q7401
FE_SDA_DIGITAL
FE_SCL_DIGITAL
FE_SDA_EMMA
FE_SCL_EMMA
620
R7408
0.5%
130
R7412
0.5%
6.3V
10
C7407
X6S
2012
6.3V
10
C7402
X6S
2012
CL7403
CL7400
CL7401
XXR7416 FE_CVBS_RF_DIGITAL
C7409
XX
C7408
XX
L7401
XX
R7414 0
FE_3.3V
FE_3.3V
5V_MAIN
FE_3.3V
FE_3.3V
4.7kRB7400
XXRB7401
47RB7404
1
10uH
L7400
16V
C7400
0.1
16V
C7401
0.1
C7410
XX
16V
C7405
0.1 16V
C7406
0.1
100
RB7402
UPD61300F1-100-LU2-A
IC7000
IIC_SCL0
E1
IIC_SDA0
E2
IIC_SCL1
F1
IIC_SDA1
F2
AO0_MCK
AJ16
AO0_LRCK
AH15
AO0_BCK
AH16
AO0_BD0
AJ15
ATX
AG15
VAY P24
VAC P23
SVAVDD1 N21 SVAVDD2 N20 SVAVDD3 N19
SVDVDD R19
DAC_COM0 P21
DAC_REF0 P20
DAC_RSET0 P19
SVA-GND1 P22 SVA-GND2 R21 SVA-GND3 R20
FE_EMMA_SDA0
FE_EMMA_SCL0
FE_EMMA_SDA1
FE_EMMA_SCL1
TO TV MICRO (DPI) TO DEMODs (TUNER)
BE1
5/22
BE1 - EG1L
COMPONENTS MARKED AS XX REFER TO PARTS LIST, WILL ONLY BE LISTED IF FITTED
~ BE1 Board Schematic Diagram [ Main Microcontroller, HDMI/AV Side/PC Input, Audio Processor, Scarts ] Page 5/22 ~ ~ BE1 Board Schematic Diagram [ Main Microcontroller, HDMI/AV Side/PC Input, Audio Processor, Scarts ] Page 6/22 ~
*R7622 XX XX
*R7621
XX
*R7623
*R7624 XX
XX
*R7625
*R7626 XX
*R7630 XX
XX
*R7627
*R7628 XX
XX
*R7631
XX
*R7629
*R7632 XX
*R7616 XX
XX
*R7613
*R7614 XX
XX
R7617
XX
*R7615
*R7618 XX
*R7620 XX *R7619 XX
XX
*R7612
XX
*R7605 XX
*R7608
FE_RSTB
FE_ETH_RMII_REF_CLK
*D7604
XX
*D7605
XX
XX
*R7609 XX
*R7611
FE_ETH_RMII_TXEN FE_ETH_RMII_RXD1 FE_ETH_RMII_TXD0 FE_ETH_MDC FE_ETH_RMII_RXER FE_ETH_MDIO FE_ETH_RMII_TXD1 FE_ETH_RMII_RXD0
6.3V
*C7600
X6S
2012
10
CL7600 CL7601
CL7602 CL7603 CL7604 CL7605 CL7606 CL7607
CL7608
CL7610 CL7611
XX*R7610
FE_ETH_3.3V_A
FE_3.3V
FE_ETH_3.3V
FE_ETH_3.3V
FE_ETH_3.3V_A
FE_ETH_1.8V_A
FE_ETH_1.8V_OUT
FE_ETH_3.3V
FE_ETH_1.8V
FE_ETH_3.3V_A
FE_ETH_1.8V_A
FE_ETH_1.8V_OUT
FE_ETH_1.8V
FE_ETH_3.3V
XX
*C7615
FE_ETH_RMII_CRSDV
*FB7602 XX
*FB7601 XX*FB7600 XX
*D7600 XX
*D7601 XX
*D7602 XX
*D7603 XX
*C7603
XX
*C7604
XX
*C7606
XX
1005
16V
*C7607
XX
*C7608
XX *C7609
XX *C7610
XX
XX
*C7611
*C7612
XX
*C7614
XX
XX
*C7601
XX
*C7602
XX
*C7605
XX
*C7613
XX
*R7606
XX
*RB7600
XX
*FB7603
FE_ETH_3.3V
XX
*R7607
1005
1/16W
CHIP
5%
*R7634
10k
*CN7600
XX
1 2 3 4 5 6 7
910
8
XX
*R7600 XX
*R7601 XX
*R7602 XX
*R7603
XX
*R7635
XX
*R7636
XX
*R7637
XX
*R7638
123456789101112
13
14
15
16
17
18
19
20
21
22
23
24
25262728
2930313233343536
37
38
39
40
41
42
43
44
45
46
47
48
*IC7600
XX
GND GND GND VDDA_1.8 VDDA_1.8 V1.8_OUT VDDA_3.3 VDDA_3.3 RX- RX+ TX- TX+
GND
XO
XI
REXT
GND
MDIO
MDC
RXD3 / PHYADD0
RXD2 / PHYADD1
RXD1 / PHYADD2
RXD0
GND
VDDIO_3.3 VDDIO_3.3
RXDV/CFG2
RXC
RXER
GND
VDD_1.8
INTRP
TXC
TXEN
TXD0 TXD1
GND
TXD2
TXD3
COL / CFG0
CRS / CFG1
LED0
LED1
NC
NC
NC
RST#
NC
GND E/D VDD
OUT
*X7600
XX
1 23
4
AUTONEGO
DUPLEX
SPEED ISOLATE CONFIG[2] CONFIG[1] CONFIG[0]
PHYADD[2]
PHYADD[1] PHYADD[0]
= 6.49k
SPEED LINKACT
TDK RJ-45 TLA-6T724
BE1
6/22
BE1 - EG1L
COMPONENTS MARKED AS XX REFER TO PARTS LIST, WILL ONLY BE LISTED IF FITTED
CL7609

- 19 -
DDCCBB
OPEE FF
Z
10
ABC D EFG H JIKLMN
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
11
10
11
22
21
22
R
Q
OPEE FF
STUVWXYZAA BB CC DD
ABCDEF GH JIKLMN
12
13
14
15
16
17
18
19
20
21
20
18
19
17
15
16
14
12
13
QRST UV WXY AA
~ BE1 Board Schematic Diagram [ Main Microcontroller, HDMI/AV Side/PC Input, Audio Processor, Scarts ] Page 7/22 ~
FE_RXD2B
FE_CI_CD2B
FE_CI_TSSYNC
FE_CI_TSVAL
FE_TXD2B
FE_CI_IORDB
FE_CI_REGB
FE_CI_IOWRB
FE_CI_RSTB
CL7505
FE_USB_PPON
FE_USB_OCIB
FE_M_CKOUT,FE_M_DATA[0-7],FE_M_SYNC,FE_M_VAL
FE_VDOE_VVSB_IN
FE_VDOE_VHSB_IN
FE_VDOE_CLK_IN
FE_MSDATA1
FE_MSDATA2
FE_MSDATA3
FE_MSDATA0
FE__NALE
FE__NCLE
FE_NRBB
FE_TXD0B
FE_RXD0B
FE_ETH_RMII_RXD0
FE_ETH_RMII_RXD1
FE_ETH_RMII_REF_CLK
FE_ETH_RMII_CRSDV
FE_ETH_RMII_RXER
FE_ETH_MDIO
FE_ETH_RMII_TXEN
FE_ETH_RMII_TXD1
FE_ETH_RMII_TXD0
R7509
10k R7511 XX
R7510
10k
R7506
XX R7508 XX
R7507
10k R7513 10k
R7512
XX
FE_CI_VS1B
FE_CI_TSCLK
FE_CI_CD1B
FE_CI_IREQB
FE_CI_PWR_EN
FE_CI_OVRB
FE_CONF2
FE_VDO_VHSB
FE_VDO_VCK
FE_MSINS
FE_JIG_MODE
FE_CONF0
CL7506
CL7531
CL7530
CL7529
47R7500
FE_JTDO
FE_JTMS
FE_RXD0B
10kR7518
FE_TXD0B
FE_NMI
FE_RXD2B
FE_TXD2B
FE_JTRST
FE_JIG_MODE
FE_JTDI
FE_RXD1B
FE_TXD1B
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
181871421 Q9733
CN7500
+3V3D
GND
RST
NC
TXD0B_MAIN
RXD0B_MAIN
TXD1B_MAIN
RXD1B_MAIN
TXD3B_MAIN
RXD3B_MAIN
JIG_MAIN
+3V3D
GND
JTCK
JTDO
JTMS
JTRST
JTDI
EDINT
NMI
FE_JTCK
FE_MSDATA3
FE_MSINS
54
321
SN74CBTLV1G125DCKR
IC7500
OEn
A
GND B
VCC
CL7539
FE_MSDATA0
10k
R7516
FE_MSCLK
XX
R7514
FE_MSMODE
1
2
3
4
5
6
7
8
9
10
182020911
CN7501
GND
BS
DATA1/VCC
DATA0
DATA2
INS
DATA3
CLK
VCC
GND
FE_MSDATA2
FE_MSDATA1
CL7540
1005
1/16W
CHIP
5%
R7515
10k
FE_MSBS
FE_VDOE_A[0-7]
FE_VDO_C[0-7],FE_VDO_Y[0-7]
FE_CI_TS_ENB 47R7503
FE_3.3V
FE_3.3V
FE_3.3V
FE_3.3V
FE_DBG_RSTB
47RB7500
1
47RB7504
1
47RB7503
1
FE_TUNER_SW
XXR7519
47
RB7509
1
FE_NWPB
JL7501
CL7515
CL7516
CL7517
FE_CONF3
FE_CONF1
JL7502
JL7503
JL7504
JL7505
JL7513
47RB7517
1
JL7506
JL7507
JL7508
JL7509
JL7510
JL7511
JL7512
JL7514
XXR7517
JL7500
FE_LNA_SWB
FE_DEMOD_RSTB
FE_MSMODE
FE_CONF3
FE_CONF2
FE_CONF1
FE_CONF0
47R7505
47*R7521 FE_ETH_MDC
FE_CI_ROM_DIR1
FE_VIDEO_MUTE
FE_CI_ENB
FE_OSD_ACTIVE
47RB7508
1
JL7515
JL7516
JL7517
JL7518
JL7519
CL7533
CL7534
CL7500
47RB7506
1CL7532 FE_VDO_VVSB
FE_VDOE_VVSB_OUT CL7503
CL7504
FE_VDOE_VHSB_OUT CL7501
FE_VDOE_CLK_OUT CL7502
47RB7505
1
FE_MSBS
FE_MSCLK
16V
C7500
0.1
10k
R7522
1/16W
CHIP
5%
47
R7523
VSYNC_CLUT
FE_BE_BUF_FLIP
100*RB7510
2
1
4 3
6 5
8 7
100
*RB7519
2 1
4 3
6 5
8 7
R7520
47
47
RB7520
47
RB7521
47
RB7522
1/16W
CHIP
5%
47
R7524
1/16W
CHIP
5%
47
R7525
UPD61300F1-100-LU2-A
IC7000
PPT0/STP0CLK/STS0CLK
K1
PPT1/STP0DAT0/STS0DAT
L1
PPT2/STP0DAT1
L2
PPT3/STP0DAT2
L3
PPT4/STP0DAT3
M1
PPT5/STP0DAT4
M2
PPT6/STP0DAT5
M3
PPT7/STP0DAT6
N2
PPT8/STP0DAT7
N3
PPT9/STP0EN/STS0EN
K2
PPT10/STP0STRT/STS0STRT
J1
PPT11/STP0ERRB/STS0ERRB
M4
PPT12/RXD2B
U4
PPT13/TXD2B
T4
PPT14(READY/IREQB)
AF9
PPT15/IOIS16B
AD10
PPT16(CD1B)
AE9
PPT17/PCE0B
AF7
PPT18(VS1B)
AD9
PPT19/STP0CLK
V2
PPT20/IORDB
AF8
PPT21/IOWRB
AE8
PPT22(RESET)
AF10
PPT23
AD8
PPT24/REGB
AB5
PPT25(CD2B)
AE10
PPT26/PCE1B
AD7
PPT27/STP0EN
V4
PPT28/STP0STRT
V3
PPT29/SMRST0
P5
PPT30/SMVCC0
N5
PPT31/SMOFF0
M5
PPT32/SMCLKD
L5
PPT33/SMDAT0
K5
PPT34/USB_OCI1
AG14
PPT35/USB_PPON1
AG13
PPT36/CLK27OUT
K4
PPT37/IR_IN1
N4
PPT38/IR_OUT
P4
PPT41/IR_IN0
R5
PPT46
T24
PPT47
T23
PPT42/ROM_DIR1
AB20
PPT43/ROM_DIR2
AC20
PPT48/ROM_CI
Y20
PPT49/ROM_CI_PC
AC19
PPT50/ROM_PC
AA20
PPT54
T22
PPT55
T21
PPT56/VDOE_CLK_IN
AD24
PPT57/VDOE_VVSB_IN
U23
PPT58/VDOE_VHSB_IN
U24
PPT59/VDOE_FLD
AG20
PPT60/VDOE_CLK_OUT
AJ20
PPT61/VDOE_VVSB_OUT
AJ19
PPT62/VDOE_VHSB_OUT
AH20
PPT63/VDOE_A0
U22
PPT64/VDOE_A1
V24
PPT65/VDOE_A2
V22
PPT66/VDOE_A3
W24
PPT67/VDOE_A4
W23
PPT68/VDOE_A5
W22
PPT69/VDOE_A6
Y24
PPT70/VDOE_A7
Y22
PPT71/VDOE_R0
AA24
PPT72/VDOE_R1
AA23
PPT73/VDOE_R2
AA22
PPT74/VDOE_R3
AB24
PPT75/VDOE_R4
AB22
PPT76/VDOE_R5
AC24
PPT77/VDOE_R6
AC23
PPT78/VDOE_R7
AC22
PPT156/VDO_C7
L24
PPT155/VDO_C6
K22
PPT154/VDO_C5
K23
PPT153/VDO_C4
K24
PPT152/VDO_C3
J22
PPT151/VDO_C2/PKTSTRT
J24
PPT150/VDO_C1/HSDE
H22
PPT149/VDO_C0/HSDCLK
H23
PPT148/VDO_D7/VDO_Y7
H24
PPT147/VDO_D6/VDO_Y6
G22
PPT146/VDO_D5/VDO_Y5
G24
PPT145/VDO_D4/VDO_Y4
F22
PPT144/VDO_D3/VDO_Y3
F23
PPT143/VDO_D2/VDO_Y2
F24
PPT142/VDO_D1/VDO_Y1
E23
PPT141/VDO_D0/VDO_Y0
E24
PPT140/VDO_VCK
M24
PPT139/VDO_VHSB/VDO0_FBLK
M23
PPT138/VDO_VVSB
L22
PPT137/VDO_FLD
M22
PPT136/RMII_MDIO
U3
PPT135/RMII_MDC
T3
PPT134/RMII_REF_CLK
U1
PPT133/RMII_RX_ER
R1
PPT132/RTS0B/RMII_CRS_DV
R2
PPT131/CTS0B/RMII_RXD1
T2
PPT130/DSR0B/RMII_RXD0
T1
PPT129/DTR0B/RMII_TX_EN
P3
PPT128/DCD0B/RMII_TXD1
P2
PPT127/RI0B/RMII_TXD0
P1
PPT126/RXD0B
W19
PPT53/TXD0B
Y19
PPT124
AG18
PPT125/NRBB
AE7
PPT123/NALE
AE6
PPT122/NCLE
AD6
PPT121/MSDATA3
AD20
PPT120/MSDATA2
AD21
PPT119/MSDATA1
AE20
PPT118/MSDATA0
AE21
PPT117/MSBS
AF20
PPT116/MSCLK
AF21
PPT115/MSDIR
AF19
PPT45/AO1_BD2
AG16
PPT44/AO1_BD1
AG17
PPT114/AO1_BD0
AH18
PPT113/AO1_BCK
AJ17
PPT112/AO1_LRCK
AH17
PPT111/AO1_MCK
AJ18
PPT110/VDI_D7/STP1CLK
J4
PPT109/VDI_D6/STP1EN
J3
PPT108/VDI_D5/STP1STRT
H5
PPT107/VDI_D4/STP1ERRB
H4
PPT106/VDI_D3/STP1DAT0
H3
PPT105/VDI_D2/STP1DAT1
G4
PPT104/VDI_D1/STP1DAT2
G3
PPT103/VDI_D0/STP1DAT3
F3
PPT102/VDI_VCK/STP1DAT4
G1
PPT101/VDI_VHSB/STP1DAT5
G2
PPT100/VDI_VVSB/CAPCOMP1
H2
PPT99/VDI_FLD/CAPCOMP0
J5
PPT98/AIBD/SCKINOUT
AH14
PPT97/AIBCK/SDOUT
AJ13
PPT96/AILRCK/SDIN
AH13
PPT95/AIOMCK
AJ14
PPT94/VDOE_B7
AG23
PPT93/VDOE_B6
AG24
PPT92/VDOE_B5
AF22
PPT91/VDOE_B4
AF24
PPT90/VDOE_B3
AE22
PPT89/VDOE_B2
AE23
PPT88/VDOE_B1
AE24
PPT87/VDOE_B0
AD22
PPT86/VDOE_G7
AJ21
PPT85/VDOE_G6
AG21
PPT84/VDOE_G5
AJ22
PPT83/VDOE_G4
AJ23
PPT82/VDOE_G3
AJ24
PPT81/VDOE_G2
AH22
PPT80/VDOE_G1
AH24
PPT79/VDOE_G0
AG22
1/16W
CHIP
5%
47
R7526
XX
C7501
R7529
XX
0uH
FB7500
47RB7501
2
1
4 3
6 5
8 7
10
9
12 11
14 13
16 15
47RB7511
2
1
4 3
6 5
8 7
10
9
12 11
14 13
16 15
47RB7513
2
1
4 3
6 5
8 7
10
9
12 11
14 13
16 15
10kRB7518
2
1
4
3
6
5
8
7
10
9
12
11
14
13
16
15
FE_M_DATA[0]
FE_M_DATA[1]
FE_M_DATA[2]
FE_M_DATA[3]
FE_M_DATA[4]
FE_M_DATA[5]
FE_M_DATA[6]
FE_M_DATA[7]
FE_M_CKOUT
FE_M_SYNC
FE_M_VAL
FE_EMMA_VDOE_A[7]
FE_EMMA_VDOE_A[6]
FE_EMMA_VDOE_A[5]
FE_EMMA_VDOE_A[4]
FE_EMMA_VDOE_A[3]
FE_EMMA_VDOE_A[2]
FE_EMMA_VDOE_A[1]
FE_EMMA_VDOE_A[0]
FE_EMMA_VDO_C[7]
FE_EMMA_VDO_C[6]
FE_EMMA_VDO_C[5]
FE_EMMA_VDO_C[4]
FE_EMMA_VDO_C[3]
FE_EMMA_VDO_C[2]
FE_EMMA_VDO_C[1]
FE_EMMA_VDO_C[0]
FE_EMMA_VDO_Y[7]
FE_EMMA_VDO_Y[6]
FE_EMMA_VDO_Y[5]
FE_EMMA_VDO_Y[4]
FE_EMMA_VDO_Y[3]
FE_EMMA_VDO_Y[2]
FE_EMMA_VDO_Y[1]
FE_EMMA_VDO_Y[0]
FE_CLK27OUT
FE_VDO_C[2]
FE_VDO_C[0]
FE_VDO_C[1]
FE_VDO_C[3]
FE_EMMA_VDO_C[0]
FE_EMMA_VDO_C[2]
FE_EMMA_VDO_C[1]
FE_EMMA_VDO_C[3]
FE_EMMA_VDO_C[4]
FE_VDO_C[6]
FE_EMMA_VDO_C[5]
FE_EMMA_VDO_C[6] FE_VDO_C[5]
FE_VDO_C[7]
FE_VDO_C[4]
FE_EMMA_VDO_C[7]
FE_EMMA_VDO_Y[3] FE_VDO_Y[2]
FE_VDO_Y[5]
FE_VDO_Y[6]
FE_VDO_Y[7]
FE_VDO_Y[4]
FE_VDO_Y[1]
FE_VDO_Y[3]
FE_EMMA_VDO_Y[2]
FE_VDO_Y[0]
FE_EMMA_VDO_Y[5]
FE_EMMA_VDO_Y[6]
FE_EMMA_VDO_Y[7]
FE_EMMA_VDO_Y[1]
FE_EMMA_VDO_Y[4]
FE_EMMA_VDO_Y[0]
FE_EMMA_VDOE_A[3]
FE_EMMA_VDOE_A[1]
FE_VDOE_A[3]
FE_VDOE_A[2]
FE_EMMA_VDOE_A[6]
FE_EMMA_VDOE_A[5]
FE_EMMA_VDOE_A[4]
FE_EMMA_VDOE_A[7]FE_VDOE_A[7]
FE_VDOE_A[4]
FE_VDOE_A[5]
FE_VDOE_A[0]
FE_VDOE_A[6]
FE_VDOE_A[1]
FE_EMMA_VDOE_A[2]
FE_EMMA_VDOE_A[0]
FE_EMMA_CI_RESET
FE_EMMA_CI_REGB
FE_EMMA_CI_IOWRB
FE_EMMA_CI_IORDB
FE_CONF2
0
S/W OPTION SELECT RESISTORS
0FE_CONF0
BOARD
FE_CONF1
SONY EVAL
FE_CONF3 0
0PPORT99
PPORT59
PPORT31
PPORT137
PIN-SWAP ALLOWED ON
THESE RESISTORS
DEBUG INTERFACE
MEMORY STICK INTERFACE
PIN-SWAP ALLOWED ON
THESE RESISTORS
FROM BE OSD
SYNC OUTPUTS
TO BE OSD
SYNC INPUTS
TO BE OSD
DATA INPUTS
FROM
TUNER OUTPUTS
TO BE 1120 INPUTS
0
0
1
WAX34
PROTO 2
0
0
PROTO 1
0
0
SE3
1
FIT FOR
EJTAG
FIT FOR
JTAG
BE1
7/22
BE1 - EG1L
COMPONENTS MARKED AS XX REFER TO PARTS LIST, WILL ONLY BE LISTED IF FITTED