Sony Smart LED PDF
Sony Smart LED PDF
Sony Smart LED PDF
GN2S CHASSIS
Segment: QW
Version Date Subject
1 01/2016 1st Issue.
LCD TV
9-888-190-01
For SM - Unique , please refer :
9-888-190-Ax ( America )
9-888-190-Cx ( China)
9-888-190-Ex ( Europe )
9-888-190-Px ( Pan Asia)
SERVICE MANUAL (COMMON)
GN2S CHASSIS
Segment: QW
LCD TV
MODEL LIST
THIS SERVICE MANUAL CONTAINS COMMON INFORMATION FOR BELOW REGIONS AND MODELS:
REGION
ASIA AMERICA EUROPE CHINA
MODEL
KLV-32W6*D KLV-40W6*D KLV-48W6*D
KDL-32W6*D KDL-40W6*D KDL-48W6*D KDL-55W6*D
TABLE OF CONTENTS
5. DIAGRAMS
2. SELF DIAGNOSTIC FUNCTION
5-1. Circuit Board Location ......................................................................... 143
2-1. Overview of Control Buttons ................................................................... 8
5-2. Block Diagram...................................................................................... 144
2-2. LED Display Control ………..................................................................... 8 5-3. Connector Diagram ………………………………………...................... 147
2-3. LED Pattern………………........................................................................ 8
2-4. Standby LED Error Display…………………………………………………. 8
2-5. Triage Chart ............................................................................................ 9
3. TROUBLE SHOOTING
3-1. LED Blinking............................................................................................. 12
3-2. No Power…….……………………………………………………………….. 28
3-3. No Picture................................................................................................. 54
3-4. No Sound.............................………………………………………….......... 107
Please refer to Service Procedure for Panel , Board and Software Change / Upgrade
Manual , part number 9-888-196-0x in TISS .
Note: Pictures provided in this Service Manual might have slight difference from the
actual sets.
4
SECTION 1
SAFETY NOTES
5
1-3. Caution About the Lithium Battery
1) Danger of explosion if battery is incorrectly replaced. Replace only with 3) Measuring the voltage drop across a resistor by means of a VOM or battery
the same or equivalent type. operated AC voltmeter. The 'limit' indication is 0.75V so analog meters must
2) Outer case broken battery should not contact to water. have an accurate low voltage scale. The SIMPSON'S 250 and SANWA SH-
1-4. Safety Check-Out 63TRD are examples of passive VOMs that are suitable. Nearly all battery
operated digital multimeter that have a 2 VAC range are suitable.
After correcting the original service problem, perform the following
(see Figure 2.)
safety checks before releasing the set to the customer:-
1) Check the area of your repair for unsoldered or poorly soldered
connections. Check the entire board surface for solder splashes and bridges.
2) Check the inter board wiring to ensure that no wires are pinched or
contact high-wattage resistors.
3)Check all control knobs, shields, covers, ground straps and mounting
hardware have been replaced. Be absolutely certain you have replaced all
the insulators.
4) Look for unauthorized replacement parts, particularly transistors that
Figure 2. AC voltmeter to check AC leakage
were installed during a previous repair. Point them out to the customer and
recommend their replacement. 1-6. How to Find a Good Earth Ground
5) Look for parts which, though functioning show obvious signs of 1) A cold-water pipe is a guaranteed earth ground; the cover-plate retaining
deterioration. Point them out to the customer and recommend their screw on most AC outlet boxes is also at earth ground.
replacement. 2) If the retaining screw is to be used as your earth ground, verify that it is at
6) Check the line cords for cracks and abrasion. Recommend the ground by measuring the resistance between it and a cold-water pipe with an
replacement of any such line cord to the customer. ohmmeter. The reading should be zero ohms.
7) Check the antenna terminals, metal trim, metalized knobs, screws and all 3) If a cold-water pipe is not accessible, connect a 60- to 100-watt trouble-
other exposed metal parts for AC leakage. Check leakage test as described light (not a neon lamp) between the hot side of the receptacle and the
next. retaining screw. Try both slots, if necessary, to locate the hot side on the line;
8. For safety reasons, repairing the Power board and/or Inverter board is the lamp should light at normal brilliance if the screw is at ground potential
prohibited. (see Figure 3).
1-5.Leakage Test
The AC leakage from any exposed metal part to earth ground and from all Figure 3. Checking for earth
exposed metal parts to any exposed metal part having a return to chassis must ground.
not exceed 0.5mA (500 microamperes).
Leakage current can be measured by any one of the three methods:-
1) A commercial leakage tester such as the SIMPSON 229 or RCA WT540A.
Follow the manufacturers instructions to use those instructions.
2) A battery-operated AC milliampmeter The DATA PRECISION 245 digital
multimeter is suitable for this job.
6
1-7. Lead Free Information
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.
7
1-8. Handling the FLEXIBLE FLAT CABLE (FFC)
<INSERTION>
Insert properly without slanting
<PULL OUT>
Press release button at the same
time pull out FFC cable
8
1-9. Assemble and Dissemble Tuner Module
20°
20°
9
SECTION 2
SELF DIAGNOSTIC FUNCTION
2-2. LED Display Control Amber = Red + Green 2 Main Power Error AC adapter Error
Power Off ( AC Off and *1) OFF *1 power switch off (by touch button) 4 Panel Power Error B* board Error
B* Board Type
Size PAN ASIA,AMERICA,
EUROPE
CHINA
32” BBA BBE
40” BBA BBE
48” BBA BBE
11
SECTION 3
TROUBLESHOOTING
3-1. LED BLINKING B* Board Type
Size PAN ASIA,AMERICA,
3-1-1. 2x Blinking (Main power Error) EUROPE
CHINA
32” BBA BBE
40” BBA BBE
BBE, BBA board (QW, QWL) only 48” BBA BBE
-ve
Adaptor
B-Board
Take out adaptor +ve
Check DC voltage at No No
2 times and check the output voltage. Change
JL6001
Blinking 18V – 22.5V? adaptor
18V – 22.5V?
(Refer Figure 1) Ensure that
*Typical: 19.5V +ve probe is
*Typical: 19.5V touching the
needle.
Yes Yes
12
2 x Blinking (Checking Point)
BBA
(Q6020)
Q6020
BBE
(Q6020)
Q6020
13
3-1. LED BLINKING
TV must be power OFF condition
3-1-2. 3x Blinking (Audio Error) before unplug any of the
START FFC/FPC/wire/cable from the board.
-> This is to prevent possibility
circuit damage happen.
3x blinking
Change Speaker
3x blinking Harness Change Speaker
No connectivity of F4000 Check connectivity
of F4000
3x blinking &
Connect back
F4000 OK
Speaker Connector
3x blinking to CN4001
F4000 broken, Audio IC problem,
Replace F4000 & perform AC OFF - ON
IC4001 damage
No 3x blinking No 3x blinking
DONE
14
3x Blinking (Checking Point)- BBA
Board
Board PWB (A side) Details
Name
BBA
(QW, QT)
IC4001
IC4001
F4000 F4000
CN4001
Details
CN4001
15
3x Blinking (Checking Point)- BBE
BBE
(QW, QWL,
QT)
IC4001
IC4001
F4000
CN4001
Details
F4000
CN4001
16
3-1. LED BLINKING
3-1-3. 4 x Blinking (Panel Power Error)- BBA 3-1-4. 4 x Blinking (Panel Power Error)- BBE
MTK Problem
Start Replace
Start or TV in stand-
Q6023
by mode.
No Yes
No Yes No
Check voltage at Refer IC6019
Check voltage at No Check PANEL_PWR Check JL6034 (BBE)
IC6019 Checking JL6034(BBE)
3.00V-3.33V? 11.52V-12.82V?
Checking
JL6030(BBA) Procedure 11.52V-12.82V? Procedure
11.52V-12.82V?
Yes
Yes
End
End
17
4 x Blinking (Checking Point) QW/QT-BBE [1/2]
3.3V_STBY
POWER1 1.5V
F6003
EN_V
Q6023
PANEL_PWR 19.5V
1.2V
Q6020
19.5V_ADP
F6002
19.5V & Q6020 STBY_5V
18
4 x Blinking (Checking Point) QW/QT –BBA [2/2]
3.3V_STBY STBY_5V
POWER1
1.5V
PANEL_PWR
EN_V
Q6020
F6002
19.5V_ADP
19
3-1. LED BLINKING
3-1-5. 5 x Blinking (Panel I2C Error - General Checking)
No TV set is OK now
5 Times Blinking happen? NG Symptom:
LVDS Cable NG * O-Cell or Panel
YES END Module
replacement
depends on
Check voltage PANEL_SDA & service
PANEL_SCL. capabilities
Is 3V available?
20
3-1. LED BLINKING
3-1-6. 5x Blinking (Panel I2C Checking Manual)
START
Suspect IC5000/IC5001/IC9000 NG
No IC9000 – Refer to 6X Blinking Replace CN8600/CN8601
Is High Impedance? IC5001 – Refer to No Picture NO NG Symptom:
Is Connector OK?
Troubleshooting CN8600/CN8601 Mount
Yes IC5000 – Replace Board or Part Issue
YES
Check voltage 3.3V at
Q8601 (Source).
3V available? END
Replace Q8601
No
5 Times
Blinking happen?
Yes
Replace Q8600?
5 Times No
Blinking happen?
Yes
21
5 x Blinking (checking Point [1/2])
BBA
FHD
PANEL_SD
A (Top)
PANEL_SC
L (Bottom)
Q8601
Q860 (Source
1 )
BBA
WXGA Q860
0
PANEL_SDA
(Top)
PANEL_SCL
(Bottom)
22
5 x Blinking (Panel I2C Checking Manual [2/2])
BBE
FHD
PANEL_SDA
(Top)
PANEL_SCL
(Bottom)
Q8601 Q8601
(Source)
BBE
Q8600
WXGA
PANEL_SDA
(Top)
PANEL_SCL
(Bottom)
23
3-1. LED BLINKING
6x Blinking
No Yes
Change B Board. No
*To avoid changing all LS bar, please follow steps below
B Board broken**
AC ON 6x Blinking? (1) Turn off AC
Yes
(2) Unplug DC adaptor from DC jack
Able to repair
(3) Plug in DC adaptor to DC jack
No
Change Panel Module
Panel Module? (4) Turn on AC
Yes (5) LS bar will turn on for ~4s before 6x blinking
(6) Observe which LS bar cannot turn on during power on
Change Harness. No
Harness broken (7) Replace LS bar that failed to turn on
AC ON 6x Blinking?
Yes
**For 6x blinking B Board Troubleshooting please refer
Replace LS bar* next page.
24
3-1. LED BLINKING
3-1-8. 6x Blinking (Backlight Error - B Board Troubleshooting)-QW
B-Board Broken
Yes Yes
25
6x Blinking (Checking Point) QW-BBA [1/2]
L9001
F9000
S
Q9000
D9001
D
IC9000 Multimeter
Q9001
C9027
-ve +ve
D9002 LED_VCC
CN9000
R9021
26
6x Blinking (Checking Point) QW-BBE [2/2]
L9001
F9000
S
Q9000
D9001
D
IC9000
Multimeter
Q9001
C9027
27
3-2. NO POWER
3-2-1.H-board troubleshooting flow (for QW, QWL)
TV cannot be controlled
by remote commander
Check Green LED Yes Place remote commander (RC) Yes Change Mechanical part
at Power LED indicator. near to window and press RC key. (ex. Ornamental panel,
Is it lighted up? Is the LED blinking? or guide light)
No No
Check voltage at
Pin1 of H board connector
(refer next page)
Is it 5V?
Yes No
Yes
Yes
Condition: TV is plugged to AC power supply,
Main IC SIRCS line broken. and AC power supply is turned ON.
Change B-board
28
H-board troubleshooting flow (Checking Point)
HCY
Pin 1 of
H board connector
R5038
BBA
B board
BBE
R5038
29
3-2. NO POWER
3-2-2 : Switch unit troubleshooting flow (for QW, QWL) *VOLTAGE LEVEL FOR EACH PRESSED BUTTON (for QW, QWL, QT
switch unit only)
Yes
** Check 3.3V
**Check 3.3V in (Pin
in Pin2, CN1 No
8, CN9702 on
(Switch Unit).
B board . Is it 3.3V?
Is it 3.3V?
Yes Yes
*Check Pin 1
Voltage Level in CN1 NG
(switch unit). Is
voltage level
Change Switch Unit
according to key
pressed?
Yes
No
Change B-board **see next page for probing point of B board
30
BBA
Pin 8 BBE
31
3-2-3. DC-DC Converter Basic Block Diagram
IC6019
19.5V Adaptor Protection Circuit F6002
12V DDCON
IC6014 IC6017
F6003
5V DDCON 1.2V DDCON
IC6012
1.5V DDCON
IC6018
1.8V DDCON
IC6010 IC6016
3.3V_STBY DDCON 1.1V DDCON
IC6009
3.3V DDCON
32
3-2-4. Adaptor Checking Procedure
Start
-ve
Take out adaptor.
Check the output voltage. Yes Refer ‘Protection Circuit -
+ve 18V – 22.5V? Checking Procedure -next page.
(Refer Figure-1)
Ensure that No (<18V or >22.5V)
+ve probe is
touching the
needle.
Change adaptor.
Check the output voltage. Yes
Adaptor
18V – 22.5V?
(Refer Figure-1)
No
33
3-2. NO POWER
3-2-5. Protection Circuit– Checking Procedure
Refer
Adaptor Checking Procedure
Start
B-Board
B-Board B-Board
B-Board Replace Q6020 &
Check voltage at NO (0V) Check voltage at YES 9V–11V YES
Check voltage at Q6020 – PIN4 Check voltage at Q6020 Damage
Q6020 (PIN5-PIN8) Q6020 (PIN1-PIN3)
9V–11V or 18V–22.5V? Q6020 (PIN5-PIN8)
18V-22.5V? 18V-22.5V?
18V–22.5V 18V-22.5V?
YES NO NO
J6001 or Q6019 damage or
B-Board
B-Board B-Board Check & remove any foreign material
Remove Q6020 & Remove J6001 & On the board. SHORT
SHORT SHORT PWB
Check 19.5V_ADP line by Check 19.5V_ADP line by Check 19.5V_ADP line by
continuity test. continuity test. continuity test.
Short or OK? Short or OK? Short or OK?
OK OK OK
Refer
J6001 Damage Foreign Material
Adaptor Checking Procedure
34
3-2-6. Fuse Checking Procedure
Start
B-Board B-Board
OK OK Refer DDCON
Check F6002 by Check F6003 by
Checking Procedure.
Continuity Test. Continuity Test.
NO NO
B-Board B-Board
B-Board
Replace F6002 & check Replace F6003 & check
Check & remove any foreign material
continuity test at both Check continuity test at both NO Refer
On the board.
F6002 terminals. Protection Circuit F6003 terminals. Protection Circuit Audio & LED Driver
Check 19.5V line by continuity test.
Short at ‘Protection Circuit’ side Short at ‘Protection Circuit’ side Checking Procedure
Short or OK?
or ‘DDCON’ side? or ‘DDCON’ side?
OK
DDCON DDCON
35
Checking Point - BBE
3.3V_STBY
POWER1
F6003 1.5V
EN_V
PANEL_PWR
1.2V
Q6020
19.5V_ADP
36
Checking Point - BBA
3.3V_STBY STBY_5V
POWER1
1.5V
PANEL_PWR
EN_V
Q6020
F6002
19.5V_ADP
37
3-2. NO POWER
3-2-7. : No Power- IC6014 (5V DDCON) Checking Procedure
Yes No
No
Refer IC6010
Checking
Procedure Check & remove any
foreign material No Foreign material
attach to the board.
Still shorted?
Short
38
IC6014 Checking Procedure- Checking Point
BBE
IC6014
(5V)
CL6054
JL6018
JL6019
BBA
(5V)
CL6054
IC6014
JL6019
JL6018
39
3-2-8. No Power-IC6010 (3.3V_STBY DDCON) Checking Procedure
No No Replace
No IC6010 & check
Check voltage at Yes Yes
Check CL6035(BBA/BBE) Check CL6035(BBA/BBE) again at Yes IC6010 damage.
JL6036(BBA/BBE).
5.00V-5.19V? 5.00V-5.19V? JL6036.
3.267V-3.333V?
3.267V-
3.333V?
Yes
No
OK Check JL6036 by
Continuity Test.
OK or short?
Short
Refer IC6017
Check & remove any
Checking No
foreign material Foreign material
Procedure
attach to the board.
Still shorted?
Short
MTK damage or
Refer to H-Board
Checking
Procedure
40
IC6010 Checking Procedure (Checking Point)
BBE
IC6010
(STBY_3.3V)
JL6036
CL6035
BBA
(STBY_3.3V)
CL6035
IC6010
JL6036
41
3-2.9. No Power-IC6017(1.2V DDCON) Checking Procedure
No No Replace
Check voltage at No IC6017 & check
Yes Yes Yes
JL6040(BBE)/ Check CL6064(BBA/BBE) Check JL6027(BBA/BBE) again IC6017 damage.
JL6031(BBA). 5.00V-5.19V? 3.00V-3.33V? JL6040(BBE)/
1.18V-1.22V? JL6031(BBA).
1.18V-1.22V?
Yes
No
Check JL6040(BBE)/
OK JL6031(BBA).
by Continuity Test.
OK or short?
Short
MTK damage.
42
IC6017 Checking Procedure (Checking Point)
BBE
CL6064
(1.2V)
IC6017
JL6040
CL6065
BBA
(1.2V)
CL6064
IC6017
CL6065
JL6031
43
3-2-11. No Power-IC6012(1.5V DDCON) Checking Procedure
No No Replace
Check voltage at No IC6012 & check
Yes Yes Yes
JL6037(BBE)/ Check CL6039(BBA/BBE) Check CL6043(BBA/BBE) again IC6012 damage.
JL6033(BBA). 5.00V-5.19V? 3.00V-3.33V? JL6037(BBE)/
1.48V-1.54V? JL6033(BBA).
1.48V-1.54V?
Yes
No
Check JL6037(BBE)/
OK JL6033(BBA).
by Continuity Test.
OK or short?
Short
MTK damage.
44
IC6012 Checking Procedure (Checking Point)
BBE
(1.5V) CL6039
IC6012
JL6037
CL6043
BBA
(1.5V)
CL6039
JL6033
IC6012
CL6043
45
3-2-12. No Power-IC6018(1.8V DDCON) Checking Procedure
No No Replace
Check voltage at No IC6018 & check
Yes Yes Yes
JL6039(BBE)/ Check CL6069(BBA/BBE) Check CL6070(BBA/BBE) again IC6018 damage.
JL6032(BBA). 5.00V-5.19V? 3.00V-3.33V? JL6039(BBE)/
1.78V-1.86V? JL6032(BBA).
1.78V-1.86V?
Yes
No
Check JL6039(BBE)/
OK JL6032(BBA).
by Continuity Test.
OK or short?
Short
Refer Tuner
Checking
Procedure
46
IC6018 Checking Procedure (Checking Point)
BBE
CL6012
(3.3V)
CL6037
IC6009
JL6038
BBA
(3.3V)
CL6037
IC6009
JL6034
CL6012
47
3-2-13. No Power-IC6009( 3.3V DDCON) Checking Procedure
No No Replace IC6009
Check voltage at No & check again
JL6038(BBE)/ Check CL6037(BBA/BBE)
Yes
Check CL6012(BBA/BBE) Yes at Yes IC6009 damage.
JL6034(BBA). 5.00V-5.19V? 3.00V-3.33V? JL6038(BBE)/
3.267V-3.333V? JL6034(BBA).
3.267V-3.333V?
Yes
No
Check JL6038(BBE)/
OK JL6034(BBA) by
Continuity Test.
OK or short?
Short
48
IC6009 Checking Procedure (Checking Point)
BBE
CL6069
(1.8V)
IC6018
CL6070
JL6039
BBA
(1.8V) CL6069
IC6018
CL6070
JL6032
49
3-2-14. No Power-IC6016(1.1V DDCON) Checking Procedure
No No
Replace IC6016
Check voltage at No Yes & check again at
Check CL6037(BBA/BBE) Check CL6008 (BBA/BBE) Yes Yes
JL6035(BBA/BBE). JL6035 IC6016 damage.
3.267V-3.333V? 3.00V-3.33V?
1.09V-1.11V? (BBA/BBE).
1.09V-1.11V?
Yes
No
Check JL6035
OK (BBA/BBE) by
Continuity Test.
OK or short?
Short
Refer Beryls
Checking
Procedure
50
Troubleshooting
BBE
JL6035
(1.1V)
IC6016
CL6008
CL6062
BBA
(1.1V) JL6035
CL6060
IC6016
CL6008
51
Troubleshooting
Yes No
No
Replace IC6019 &
Check voltage at
No Check IC6019 Yes check again
JL6030(BBA) Yes Check IC6019 (PIN-3) Yes IC6014 damage.
PIN-2 (BBA/BBE) JL6030(BBA)
JL6034(BBE) 3.00V-3.33V?
18V-22.5V? JL6034(BBE)
11.52V-12.82V?
11.52V-12.82V?
No
Yes
No
MTK Problem or
TV in stand-by
mode. Check JL6030(BBA)
OK JL6034(BBE)
by Continuity Test.
OK or short?
Short
End
Check & remove any
foreign material No Foreign material
attach to the board.
Still shorted?
Short
52
Troubleshooting
BBE
F6003
(12V)
JL6018
PIN-2
PIN-3
JL6034
BBA
(12V)
JL6030
PIN-3
PIN-2
F6003
JL6018
53
3-3. No Picture
3-3-1. Screen Blank, No Backlight [For QW/QT]
54
Screen Blank, No Backlight - Checking Point [1/2]-BBA
L9001
F9000
S
Q9000
D9001
D
IC9000 Multimeter
Q9001
C9027
-ve +ve
D9002 LED_VCC
CN9000
R9021
55
Screen Blank, No Backlight - Checking Point [2/2]-BBE
L9001
F9000
S
Q9000
D9001
D
IC9000
Multimeter
Q9001
C9027
56
3-3-2. Screen Blank, Backlight visible(General Checking)
START
Picture OK Picture OK
START
Have
Still No Still No
Picture Voltage
Picture Check 3.3V_PANEL
Check Check BE_RST Voltage Suspect IC5001 NG END
1.1 V Supply Voltage Voltage
Is it 1.1V? Is it 3V- 3.33V? Is 3V-3.33V ? Change IC5001 Picture OK
57
Screen Blank, Backlight visible(Checking Point )-BBA
BE_RST
3.3V_PANEL
Supply
Check Item:
1. Supply voltage
2. Supply voltage impedance
1.1V Supply
58
Screen Blank, Backlight visible(Checking Point )-BBE
BE_RST
3.3V_PANEL
Supply
Check Item:
1. Supply voltage
2. Supply voltage impedance
1.1V Supply
59
3.3.3 : No Picture: Tuner (for Analogue , Digital and Satellite)
OK
YES NO
OK
OK
Problem solved? Done (End)
NG
Tuning for Analog, Digital or
Satellite? Change Tuner Module EU-
Satellite
Digital T2S2
For TW , LA-ATSC
(MX/UC) , LA-ISDB(BR) , For AEP-T2S2, PA_T2,
PH_ISDB-T & AEP (STD)
CH and LA-T2(COL) only
only
Refer Analog Tuning Refer Digital Tuning 1 Refer Digital Tuning 2
60
No Picture : Tuner (for Analogue , Digital and Satellite)-Checking Point
(3.3V)
C1019
C1005
(1.8V)
C1019
Detail
C1005
(1.8V)
C1019
Detail C1005
61
3.3.4 : For Analogue Tuning Failed ( All destination)
Notes:
Analog Tuning - Parts for IFOUTN1 line: FB1000, C1011, C1027, R1055, R1057
For LA-ISDB(BR/AR),
PH_ISDB-T & - Parts for IFOUTP1 line: FB1001, C1012, C1028, R1056
LA-T2(COL)
- Parts for IFAGC1 line: C1029, R1058
Confirm Antenna or Cable connection
For Other destination
NG
Channel can be lock?
OK
Not Noisy
OK
OK
Done (End) Problem solved?
NG
Change B-board
62
For Analogue Tuning Failed -Checking Point [1/4]
BBA board
(A side)
(IFOUTN1)
FB1000
C1027
C1011
C1027
R1055
C1027
C1056
(IFOUTP1)
FB1001 C1028
C1012 C1027
C1028 C1011
R1056
C1012
FB1001
C1011
FB1000
63
For Analogue Tuning Failed -Checking Point [2/4]
BBA board
(A side)
(IFAGC1)
C1029
R1058
C1029
R1058
64
For Analogue Tuning Failed - Checking Point [3/4]
BBE board
(A side)
(IFOUTN1)
FB1000
C1011
R1057
C1027
R1055
R1055
(IFOUTP1) R1056
FB1001
C1012 C1027
C1028
C1028
R1056
FB1001
C1012
C1011
FB1000
65
For Analogue Tuning Failed -Checking Point [4/4]
BBE board
(A side)
(IFAGC1)
C1029
R1058
C1029
R1058
66
3-3-5. For Digital Tuning 1: Only for TW , AM-ATSC(MX/UC) , LA-ISDB(BR/AR) , PH_ISDB-T , AEP(STD) .
Notes:
Digital Tuning 1 - Parts for IFOUTN1 line: FB1000, C1011, C1027, 1055, R1057
LA-ISDB(BR/AR) - Parts for IFOUTP1 line: FB1001, C1012, C1028, R1056
For Other - Parts for IFAGC1 line: C1029, R1058
- Parts for M_SCL line: R5024
destination
Confirm Antenna or Cable connection - Parts for M_SDA line: R5021
OK
Check part mounting condition for NG
Channel can be lock? digital control line
“M_SCL,M_SDA”
NG
OK
OK
Sound is normal?
No sound
If UEC = 0
Confirm UEC of digital RF by Service mode Change B-board
If UEC > 0
OK
Please re-upgrade Firmware
(PKG),
Check again Picture quality? NG
Change Tuner Module
(Please refer page Assemble and Dissemble Tuner Module)
OK
OK
Problem solved?
Done (End)
NG
Change B-board 67
For Digital Tuning 1: Only for TW , AM-ATSC(MX/UC) , LA-ISDB(BR/AR) , PH_ISDB-T , AEP(STD)- Checking Point [1/2]
BBA board
(A side)
(IFOUTN1)
FB1000
C1011 C1027
C1027
R1055
C1027
(IFOUTP1) C1056
FB1001
C1012 C1028
C1028 C1027
R1056
C1011
C1012
FB1001
C1011
FB1000
68
For Digital Tuning 1: Only for TW , AM-ATSC(MX/UC) , LA-ISDB(BR/AR) , PH_ISDB-T , AEP(STD)- Checking Point [2/2]
BBA board
(A side)
(IFAGC1)
C1029
R1058
(M_SCL)
R5024
(M_SDA)
R5021
R1058
R5024
C1029
R5021
69
3-3-6. For Digital Tuning 2: AEP-T2S2, EU-T2, PA-T2, CH, and LA-T2(COL).
Notes:
For and LA-T2(COL) only Digital Tuning 2 For AEP-T2S2 - Parts for M_SCL line: R5024
- Parts for M_SDA line: R5021
- Parts for DEMOD_TSCLK line: R1072
For EU-T2, - Parts for DEMOD_TSDATA line: R1071
PA-T2,
Confirm ANT or Cable connection and Confirm ANT or Satellite connection
CH
OK
OK NG
Sound is normal?
No sound
If UEC = 0
If UEC > 0
O
K
Please re-upgrade Firmware (PKG), NG
Check again Picture quality?
NG
Done (End) 70
Change B-board
For Digital Tuning 2: AEP-T2S2, EU-T2, PA-T2, CH, and LA-T2(COL)-Checking Point [1/2]
BBA board
(A side)
(M_SCL)
R5024
(M_SDA)
R5021
(DEMOD_TSCLK )
R1072 R1072
(DEMOD_TSCLK ) R1072
R1071
R5024
R5021
71
For Digital Tuning 2: AEP-T2S2, EU-T2, PA-T2, CH, and LA-T2(COL)-Checking Point [2/2]
BBE board
(A side)
(M_SCL)
R5024
(M_SDA)
R5021
R1072
(DEMOD_TSCLK )
R1072 R1071
(DEMOD_TSCLK )
R1071
R5024
R5021
72
3-3-7. : USB Port1 – No Detection / Cannot Play / No Picture / No Sound
Detection OK NG Check 5V at No 5V
and C7020 (USB
Picture and Sound OK port1)
OK Have 5V but No detection
NG
*2 Confirm USB
file format
OK Change to supported USB format
Sound NG
Sound OK Audio IC IC4001) problem
OK
Change B-Board
END
73
3-3-8. : USB Port2 – No Detection / Cannot Play / No Picture / No Sound
Do a Factory Setting
*1 Confirm USB Auto Start at Set-up Menu.
NG
*2 Confirm USB
file format
OK Change to supported USB format
Sound NG
Sound OK Audio IC IC4001) problem
OK
Change B-Board
END
74
SECTION 3
TROUBLESHOOTING
USB (B-board Checking) – Checking 5V Points [1/2]
Board
Board PWB (A side) Detail
Name
C7020 C7021
BBA
(QW;
QT)
Have 5V?
C7020 C7021
BBE
(QW;
QW-L;
QT)
Have 5V?
75
USB (B-board Checking) – Checking 5V Points [2/2]
Board
Board PWB (A side) Detail
Name
C7020
BB3 Have 5V?
(SE3;
SE3N)
(*3) C7021
Remark:
(*3) For model have USB Port2
76
3-3-9 : Ethernet – No Connect
Failed
OK
Check if any abnormal Yes
Check if the Ethernet Connector NG
or broken point on
cable is good Change B Board
Ethernet Connector
NG No
END
77
3-3-10 : CI Slot – No Detection / No Picture / No Sound
Remarks: *1 Important: Please use a known Good CICAM
START TV turn ON condition: for testing
*1 Insert Good CICAM and *2 Both CI Detection at Pin 36/67 should be 3.3V
Check CI CI Check if TV can detect CICAM Yes before CICAM insert and 0v when CICAM
or inserted.
CI+ case Channel Setup Digital Setup
CA Module *3 Confirm these 13 resistors part are mount
CI+ properly.
Valid key No
Main IC (IC5000) NG
Change B Board
END
78
CI Slot (B-board Checking) – Checking 5V Points [1/3]
Board
Board PWB (A side) Detail
Name
BBE
(QW;
QW-L;
QT)
CI 5V at PIN
17/18/51/52
79
CI slot (B-board Checking) – Checking CI Detection Pin Points [2/3]
Board
Board PWB (A side) Detail
Name
BBE
(QW;
QW-L;
QT)
Remark:
Both CI Detection Pin should be 3.3V before CICAM insert and 0v when CICAM
inserted.
80
Troubleshooting
Board
Board PWB (A side) Detail
Name
8 9 10 11
BBE
(QW;
QW-L;
QT)
RB7002 2 RB7011 9
2 4 6
RB7000 3 RB7008 10
RB7001 4 RB7006 11
3
RB7004 5 R7000 12
RB7007 6 R7001 13
RB7009 7 Remark:
Confirm these 13 resistors part are mount properly or not.
81
Troubleshooting
[NG] No picture
[NG] No picture
[NG] No picture
Physical appearance
[NG] Connector abnormal HDMI Connector Broken [OK] Picture recovered
check on END
Replace → Re-verify
HDMI connector
[NG] No picture
[OK] Connector no abnormality
Check voltage of +5V Power
[NG] Vdc ≠ 4.8 ~ 5.3V Go to
HDMI1: Pin18 @ CN3601
“+5V Power Failure Analysis"
HDMI2: Pin18 @ CN3600
Go to
“Main Flow Continue"
82
3-3-11. HDMI No Picture – Continue (b)
END
83
3-3-12. : HDMI No Picture – HDCP Failure Analysis
Checking condition:
- TV ON & HDMI Source ON except if the flow mentioned is AC OFF.
84
3-3-13. HDMI No Picture – +5V Power Failure Analysis
1. HDMI NO PICTURE
Check impedance
of varistor during AC OFF [OK] Open circuit Go back to "Check
HDMI1: VD3607
voltage of HPD"
HDMI2: VD3606
Varistor Broken
85
3-3-14 : HDMI No Picture – HPD Failure Analysis
1. HDMI NO PICTURE
Checking condition:
[OK] All the part as below - TV ON & HDMI Source ON except if the flow mentioned is AC OFF.
HPD Failure Analysis VD3609, VD3608: ≠ Short circuit - TV HDMI input connected to HDMI source output
R3604,R3620: = 1KΩ
Check impedance of Varistor, Diode
R3644: = 0Ω Check HPD GPIO Line Short to Ground
& Resistor during AC OFF
Q3600, Q3611: VCE = Open during AC OFF
[OK] Open Circuit
HDMI1: VD3609, D3602, R3602, R3604 & Q3600
HDMI1: Pin 19 @ CN3601
HDMI2: VD3608, D3601, R3601, R3644, R3620 &
HDMI2: Pin 19 @ CN3600
Q3611
[NG] Any of the part as below [NG] short Circuit / Low impedance
VD3609, VD3608: = Short circuit
R3602,R3601: ≠ 33Ω Internal Main SoC (IC5000) broken
R3604,R3620: ≠ 1KΩ
R3644: ≠ 0Ω
Q3600, Q3611: VCE = Short
[OK] Picture recovered
Replace B-board & re-verify
Varistor/Diode/Resistor/
Transistor is broken [NG] No picture
Escalate this issue to
Go back to "Check
R&D team
impedance of serial
Replace the Broken Varistor/ [NG] No picture resistor at SCL & SDA
Diode/Resistor & Re-verify during AC OFF""
END
86
3-3-15 : HDMI No Picture – I2C Failure Analysis
1. HDMI NO PICTURE
Checking condition:
- TV ON & HDMI Source ON except if the flow mentioned is AC OFF.
Check impedance of network resistor Check SCL & SDA GPIO Line Short to Ground
during AC OFF [OK] Impedance ≈ 47KΩ [OK] Open Circuit (≈ 100kΩ)
END
87
3-3-16 : HDMI No Picture – TMDS Failure Analysis
1. HDMI NO PICTURE
Checking condition:
- TV ON & HDMI Source ON except if the flow mentioned is AC OFF.
Network resistor/serial
resistor/ CMF broken [NG] No picture
Escalate this issue to
R&D team
END
88
3-3-17 : CEC Not Function- Bravia Sync (CEC) not function- HDMI Checking condition:
- TV ON & HDMI Source ON except if the flow mentioned is AC OFF.
Check CEC BRAVIA Sync [OK] Source device listed Make Factory reset [OK] CEC functioning
Device List "Enable" To Source and TV "
[NG] CEC not function
[NG] No CEC device list
Check Source and TV [OK] Setting is "OFF" Source and TV CEC Turn to “ON” CEC [OK] CEC functioning
CEC/BRAVIA Sync setting setting problem Setting & Re-verify
[NG] CEC not function
[OK] Setting is "ON"
Physical appearance [NG] Connector abnormal Replace HDMI [OK] CEC functioning
HDMI connector broken
check on HDMI connector Connector & Re-verify
[NG] CEC not function
[OK] Connector no abnormality
Check impedance of
[NG] Voltage ≠ 2.5~3.63V [NG] VD: Short circuit, Replace varistor & resistor [OK] CEC functioning
varistor &
Check voltage at CEC pin
resistor during AC OFF R3613: ≠100Ω & Re-verify
VD3601, VD3600 & R3613
[OK] Voltage ≈ 2.5~3.63V [OK] VD: Open circuit, R3613: ≈100Ω [NG] CEC not function
[NG] short Circuit /
Check CEC GPIO
Replace B-board & Internal Main SoC Low impedance Line Short to Ground
re-verify (IC5000) broken During AC OFF
Pin 13 @ CN3600/CN3601
[OK] Open Circuit
QW – BBA (Side A)
HDMI1
(CN3601)
HDMI2
(CN3600)
90
HDMI No Picture- Checking Point[2/8]
QW – BBA (Side A)
HDMI1
R3604 R3602
Q3600
RB3608 D3602
RB3605
VD3607
R3608
RB3604
R3610
VD3609
Pin 19 Pin 1
CN3601
RB3601 RB3600
CN3601
91
HDMI No Picture- Checking Point[3/8]
QW – BBA (Side A)
HDMI2
Pin 1
RB3602
RB3606
R3622 CN3600
R3623
RB3607 RB3603
R3618 VD3608
R3617
RB3611
D3601 Pin 19
VD3606
Q3611 R3644 R3601 R3620
92
HDMI No Picture- Checking Point[4/8]
QW – BBA (Side A)
CL5007
93
HDMI No Picture- Checking Point[5/8]
QW – BBE (Side A)
HDMI2
(CN3600)
HDMI1
(CN3601)
94
HDMI No Picture- Checking Point[6/8]
QW – BBE (Side A)
HDMI1
Q3600
R3604
VD3607
Pin 19
D3602
CN3601
R3602
VD3609
RB3601 RB3605
RB3604
R3610
RB3600
Pin 1
R3608
RB3608
95
HDMI No Picture- Checking Point[7/8]
QW – BBE (Side A)
HDMI2 Pin 1
RB3606 RB3602
CN3600
R3622
R3623
RB3607 RB3603
R3618
R3617
Q3611 R3601
Pin 19
D3601
VD3608
R3620
96
HDMI No Picture- Checking Point[8/8]
QW – BBE (Side A)
R3613
CL5007
97
3-3-19. WiFi- Cannot Search Device - Connection Failed
Start
Connection Failed
OK
Check Harness
NG: Harness Connection Not Ok Harness not in
Connection Good Condition
CN9900 (Change Harness)
OK
Check WiFi Direct NG: WiFi Direct Off Check TP-VCC NG: DC Voltage is not 5V WiFi Module
WiFi Direct Feature is J20H090 Broken
UI Not Enable J20H090 (Change WiFi Module)
OK
OK
NG: Signal Strength Low AP Device
Check AP/Device Problem
(Change AP/Device)
OK
Change B*Board /
WiFi Module
OK
END
Connection Success
98
WiFi- Cannot Search Device - Connection Failed – Checking Point [1/2]
B*Board BBA
(BBA,BBE)
Q9901 Q9901
Q9901
BBE
Q9901
B*Board
(BB3)
Q9901
Q9901
Q9901
99
WiFi- Cannot Search Device - Connection Failed – Checking Point [2/2]
TP-VCC
TP-VCC
100
3-3-20: Video Analog Signal Path-No Picture WW Destination (BBA_Others)
Checking condition:
- TV ON & Video/CVBS/Composite input cable is connected to
Video/CVBS/Composite source output.
- TV UI Display : Video
Video
No Picture
No
No
J3001 Connector
Parts Broken.
Problem.
(Change Part)
(Change connector)
(IC5000 NG)
Change Board
101
Video Analog Signal Path-No Picture WW Destination (BBA_Others) - Checking Point
BBA_Others
C3031
R3034
J3001
Details
C3031
J3001 R3034
BBA_Others
R3028
VD3004
R3031
C3030
R3031
C3030
Details
R3028
VD3004
102
3-3-21. Video Analog Signal Path - No Picture for BBA_UC Only
No Picture or Checking condition:
1) Video/Composite/CVBS Condition:
Abnormal Picture - TV ON & Video/CVBS/Composite input cable is connected to
Video/CVBS/Composite source output.
- TV UI Display : Video
Reinsert Mini Plug
2) Component Condition:
Video Adaptor - -TV ON & Component input cable is connected to Component
source output.
until hear
Mini Plug Video Adaptor - TV UI Display : Component
“click” sound
Video Component
No Picture No Picture
VD3006 VD3005
C3004
104
3-3-21. Video Analog Signal Path – For WW Destination (BBE)
Checking condition:
- TV ON & Scart input cable is connected to Scart source
No Picture WW Destination (BBE) Scart Cable Connected
output.
(No Picture) - TV UI Display : AV1
Ref2
Ref4
Ref3
105
Video Analog Signal Path – For WW Destination (BBE) – Checking Point
BBE
CN3000 R3097 VD3006 C3066 R3101 R3103
R3095
R3096 C3068
R3097
R3101
R3102
R3103
C3063 VD3004
C3066 R3096 VD3003
C3067 VD3005
C3068 R3095 C3067
VD3001 C3063
VD3003
CN3000 Details VD3001 R3102
VD3004
VD3005
VD3006
BBE
R3104 C3054 C3073 C3071 C3070
R3106
R3107
R3108
C3054
C3070
C3071
C3073
Details
R3108 R3104 R3106 R3107
106
3-4. No Sound
3-4-1. Audio D.Amp IC (IC4001) Normal Operation Condition - BB* board (1)
107
Audio D.Amp IC (IC4001) Normal Operation Condition - BBA board (Checking Point)
BBA
(QW, QT) 6 4 3
24 5 2
7
IC4001
V2 1
8 21
23
9 22
10 IC4001 20
12
19
13
18
17
11
14
V1
15
16
108
Audio D.Amp IC (IC4001) Normal Operation Condition - BBE board (Checking Point)
BBE
(QW, QWL, QT) 24 V2 4
5
IC4001 2
6 3
1
7
8 23
9 22
IC4001 21
V1
10
13 20
19
11
18
12
14 15
17
16
109
Troubleshooting
3-4. No Sound
3-4-2 . Troubleshooting Detail Audio Problem Audio Problem (B board)
Analog RF Refer
No Sound? “Analog RF No Sound”
110
Troubleshooting
START
No Sound
No connectivity for
No Sound
No Sound
DONE
111
Audio Problem - Main Speaker No Sound (Checking Point)- BBA
Board
Board PWB (A side) Details
Name
BBA
(QW, QT)
IC4001
IC4001
F4000 F4000
CN4001
Details
CN4001
112
Troubleshooting
Board
Board PWB (A side) Details
Name
BBE
(QW,
QWL, QT)
IC4001
IC4001
F4000
CN4001
Details
F4000
CN4001
113
Troubleshooting
START
Headphone is selected
No Sound
No Sound
Sound
Use another Headphone Headphone problem
No Sound
DONE
114
Audio Problem - Headphone (HP) Out No Sound (Checking Point)
BBA
(QW, QT)
IC5000
J4000
IC5000
J4000
BBE
(QW, QWL,
QT)
IC5000
J4000
IC5000
J4000
115
3-4-5. Audio Problem - Analog Audio Input No Sound [BBA board only]
START
No Sound
Do a Factory Setting & Sound
No Sound
Sound
Use another RCA cable RCA cable problem
DONE
116
Audio Problem - Analog Audio Input No Sound [BBA board only] (Checking Point)
BBA
(QW, QT)
IC5000
J3001/2/3
IC4001
IC5000
J3001/2/3
117
3-4-6. Audio Problem - Analog RF No Sound
START
NG Sound
RF cable, OK? Change RF cable
No Sound
OK
NG Sound
RF source, OK? Change RF source/channel
No Sound
OK
OK
NG
Tuning, OK? Refer “Tuner Problem”
OK
OK
No Sound
Change BB* board
DONE
118
3-4-7. Audio Problem - HDMI Audio No Sound
START
NG Sound
HDMI cable, OK? Change HDMI cable
No Sound
OK
NG Sound
HDMI source, OK? Change HDMI source/channel
No Sound
OK
NG
HDMI Playback, OK? Refer “HDMI Problem”
DONE
119
3-4-8. HDMI NO SOUND- HDMI ARC Failure
Checking condition:
HDMI ARC Failure - TV ON & HDMI Source ON except if the flow mentioned is AC OFF.
- TV HDMI input connected to HDMI source output
- TV Input: HDMI
Verify audio receiver Audio receiver not
[NG] Not Compatible
is ARC compatible & ARC compatible or
HDMI cable is ver.1.4 or above HDMI cable not compatible
[OK] Compatible
[NG] ARC NG
[OK] Connection OK
[NG] ARC NG
[OK] Setting OK
Go to
“ARC FA Continue”
120
3-4-9. HDMI NO SOUND- HDMI ARC Failure -Continue
No Sound – HDMI
Checking condition:
- TV ON & HDMI Source ON except if the flow mentioned is AC OFF.
[NG] Any of the part as below [NG] short Circuit / Low impedance
R3609,R3611: ≠ 47kΩ
R3614: ≠ 82Ω Internal Main SoC (IC5000) broken
R3630: ≠ 180Ω
C3605: Short
[OK] ARC OK
Replace B-board & re-verify
Resistor/Capacitor is broken
[NG] ARC NG
Escalate this issue to
R&D team
[OK]ARC OK
END
121
3-4-10. Audio Problem - USB Audio No Sound
START
NG Sound
USB device, OK? Change USB device
No Sound
OK
NG Sound
USB source, OK? Change USB source/channel
No Sound
OK
NG
USB Playback, OK? Refer “USB Problem”
OK
OK
No Sound
Change BB* board
DONE
122
3-4-11. USB Port1 – No Detection / Cannot Play / No Picture / No Sound
Detection OK NG Check 5V at No 5V
and C7020 (USB
Picture and Sound OK port1)
OK Have 5V but No detection
NG
*2 Confirm USB
file format
OK Change to supported USB format
Sound NG
Sound OK Audio IC IC4001) problem
OK
Change B-Board
END
123
3-4-12. USB Port2 – No Detection / Cannot Play / No Picture / No Sound
Do a Factory Setting
*1 Confirm USB Auto Start at Set-up Menu.
Detection OK NG Check 5V at No 5V
and C7021 (USB *3 For model have USB Port2
Picture and Sound OK port2)
OK Have 5V but No detection
NG
*2 Confirm USB
file format
OK Change to supported USB format
Sound NG
Sound OK Audio IC IC4001) problem
OK
Change B-Board
END
124
Troubleshooting
Board
Board PWB (A side) Detail
Name
C7020 C7021
BBA
(QW;
QT)
Have 5V?
C7020 C7021
BBE
(QW;
QW-L;
QT) Have 5V?
125
3-4-13. Audio Problem - Scart In No Sound (BBE board only) (1)
START
No Sound
No Sound
No Sound
Sound
Use another Scart cable Scart cable problem
DONE
126
Troubleshooting
3-4-13. Audio Problem - Scart Out No Sound (BBE board only) (2)
START
No Sound
No Sound
No Sound
Sound
Use another Scart cable Scart cable problem
Main IC (IC5000) or
Scart Connector (CN3000) problem
DONE
127
Audio Problem - Scart In/Out No Sound (BBE board only) (Checking Point)
BBE
(QW, QWL,
QT)
IC5000
CN3000
IC4001
IC5000
CN3000
128
SECTION 4
SERVICE ADJUSTMENTS
4-1. Accessing Service Mode. 4-2. Accessing Software Version.
1) Go to TV standby condition by remote commander. 1) Press (Enter) or button on Remote to enter Status information.
2) Press “i+ (info)”, “5”, “Volume +” then “TV power” on remote.
3) You can see Service Mode on display.
4
Remote
Commander
1
Only Available for Remote Commander
UC Region
Screen Sample
3
Only
Available
for EU
Region
Only Available
Only Available
for IPTV model
for EU &
PAD(AUS/NZ)
2) Press (Enter) button on Remote to back to Service Mode.
Except PAA,
CHI/PE/PHI/BR/
ARG/ECU
Remote Commander
129
Service Adjustment
4-3. Accessing Self Diagnostic History. 4-4. Accessing Self Diagnostic Menu.
1) In Service Mode, select “Self diagnosis history”, press (Enter) 1) Go to TV standby condition by remote commander.
or button to enter Self Check. 2) Press “i+ (info)”, “5”, “Volume -” then “TV power” on remote.
3) To Exit – Press Power Off & On.
Service Mode *BE_12C & TU_DEMOD do not
Status Information >> have standby LED flash
Self diagnosis history >> Error count
Panel Selection 1_IS6S320CNO0101 Number of Standby LED Flash Error name
<[ ]>
STATUS 1st Tu Infor >>
LVDS Spectrum (%) <[ 30 ]>
SERIAL NUMBER EDIT 123475
SELF CHECK
Model Number Setting BCD-9876543
TEST RESET <[ Off ]>
UART Selection <[ Factory ]> Back <<
HDD Performance Check >> 002 MAIN_POWER 000
AAA >>
Remote Commander 003 AUD_ERR 000 0- indicates no error
Tu Data for Serv >>
004 PANEL_POWER_ERR 000 was detected.
[Home] Exit 005 PANEL_I2C_COMM_ERR 000
006 BACKLIGHT_ERR 000
Screen Sample
000 BE_I2C 000 1- indicates an error
SELF CHECK TU_DEMOD was detected.
000 000
Back <<
002 MAIN_POWER 000
003 AUD_ERR 000
004 PANEL_POWER_ERR 000
005 PANEL_I2C_COMM_ERR 000
00033 00006 00033
006 BACKLIGHT_ERR 000 [Home] Exit
000 BE_I2C 000
000 TU_DEMOD 000
Screen Sample
Total Operation Time [h] – Boot Count – Panel Operation Time [h]
(max 65535) (max 65535) (max 65535)
00033 00006 00033
[Home] Exit
•Total Operation Time and Panel Operation Time and is recorded every 1 h.
2) Press Enter button on Remote to back to Service Mode
Service Mode
Status Information >>
Self diagnosis history >>
Panel Selection <[ 1_IS6S320CNO0101 ]>
STATUS 1st Tu Infor >>
LVDS Spectrum (%) <[ 30 ]>
Remote function:
SERIAL NUMBER EDIT 123475
Model Number Setting BCD-9876543 Error history clear : <8> -> <0>
TEST RESET <[ Off ]>
UART Selection
HDD Performance Check
<[ Factory
>>
]>
Panel operation time clear: <7> -> <0>
AAA >>
Tu Data for Serv >>
[Home] Exit
Screen Sample
130
Service Adjustment
Panel Selection & LVDS Spectrum(%) Please refer to the following Table to confirm if Panel Selection and LVDS Spectrum(%) values are correct.
LVDS
Panel Selection
Model Spectrum
QW 32W 1_IS6S320CNO0101 30
QW 40F 4_NS5S400CND0101 30
QW 48F 5_NS5S480CND0101 30
131
Service Adjustment
Screen Sample
Remote Commander
Note: * The font color of YES is change to black when it is selected.
4) If YES is selected, the input data is saved into EEPROM.
Screen Sample
SERIAL NUMBER EDIT is greyed out and the serial number that has
2) Press or button to change number and button to edit next
been input is displayed.
Number. User will not able to edit anymore.
.
Remote Commander
5) If NO is selected, the input data is not saved into EEPROM. 4-6. Accessing Model Number Setting .
The serial number that has been input is displayed.
User can still edit the Serial Number. 1) Press button on Remote to edit mode for Model Number.
Remote Commander
Screen Sample
Screen Sample
Note : * The font color of NO is change to black when it is selected. 2) Press or button to change number and button to edit next Number.
.
Screen Sample
133
Service Adjustment
Screen Sample
Note : *The font color of MODEL NAME is change after YES is selected.
Screen Sample
5) If NO is selected, the input data is not saved into EEPROM.
The model name that has been input is displayed.
Note :* The font color of YES is change to black when it is selected. User can still edit the Model Name.
Note: *The font color of NO is change to Note :* The font color of MODEL NAME
black when it is selected. is white after NO is selected.
134
Service Adjustment
Remote Commander
Screen Sample
2) Press or button to to change intended Color Temp adjustment.(Cool , Neutral and Warm)
.
Remote Commander
Screen Sample
135
Service Adjustment
Screen Sample
4) After adjustment completed go to Data Save and press “ ” until it shows “W/B” and press enter.
Press Press
“Enter”
Data is
Saved
Screen Sample
136
Service Adjustment
Remark#1
Data Save only will save current Color Temp. adjustment value. For this case
only Cool Color Temp. will be saved to TV set. To save Neutral and Warm
adjustment we need to change Color Temp. to intended Color temp.
adjustment and execute Data Save operation again. After operation
completed, just exit the Service Menu page.
Screen Sample
5) Recall Data operates 2 processes at the same time.
i) Reset current Color temp Data R/G/B Gain & Offset register to default.
ii) Return to original WB data
6) To perform Recall data, go to Recall Data and press until it shows “W/B” and press enter.
Screen Sample
137
Remark #2:
Data Recall only will reset current Color Temp. data to default. For this case only
Cool Color Temp. will be reset to TV set. To reset Neutral and Warm adjustment
we need to change Color Temp. to intended Color temp. and execute Recall Data
operation again.
Data Save is needed for every Color Temp. once Recall Data is executed to
save the default data
Screen Sample
7) To get original WB data if panel or Board is changed, please execute Data recall for each color temp.
Screen Sample
138
4-8. Aging Mode
1) Press “ ” button to turn on “Aging Mode”
Remote Commander
Screen Sample
Remote Commander
Screen Sample
139
4-9. Tuner Detection (1)
140
4-9.Tuner Detection (2)
3) Go to “Tuner Check” and press “<” or “>” to enter selection “On” or “Off” *.
• “Tuner Check” = On , to execute “Tuner Check” and update “Tuner Status” value.
• “Tuner Check” = Off (default value). Always set “Tuner Check” to “Off” after confirm
“Tuner Status” value
* Perform AC Off/On for changes to take effect.
**”Tuner Status” will only update if “Tuner Check”=‘On’ and AC Off/On is already performed.
6) “Mounted Tuner Type” is the type of tuner module that is currently inserted to TV
141
4-10.ATMOS CEC DISABLE
1) Go to “ATMOS CEC DISABLE” and Press “<” or “>” button to enter Select ‘0’ or ‘A’
2) After select the option that you wish, press “Home” to confirm the selection. Option Execution Effect
The TV sets Atmos EDID/ Non Atmos
EDID checking whether HDMI1(ARC) is
0 (default)
connected to the amplifier that supports
ARC & Atmos
142
SECTION 5
DIAGRAMS
5-1.CIRCUIT BOARD LOCATION
5-1-1. KDL-32W* D 5-1- 3. KDL-48W* D
BBA / BBE
UNIVERSAL SWITCH HCY WIRELESS BOARD
SIL-TU UNIT BOARD LAN CARD
143
Diagrams
144
Diagrams
145
Diagrams
146
1-535-807-31 SPEAKER R
JST SPS-01T-187*
AWG24 3 1 R+ R+ (Faston #187)
AWG24 4 2 R- R- (Faston #110)
SPEAKER R
1-780-577-11
JST WSPS-01T-110B* Header:
1-535-807-31 SPEAKER L
JST SPS-01T-187*
AWG24 1 1 L+ L+ (Faston #187)
5-3. Connector Diagram
1 7 AWG30 Header:
SIDE KEY MODULE KEY_GND
TACT_Key 2 9 AWG30
(3 key) POWER_K 3 8 AWG30
LED_DRIVER CN9000 LED DRIVER
BL_VCC01 1 3A1 AWG28 AWG28 3 A2 1 Ca LS Bar A1
BL_VCC02 2 NC 2 N/A
BL_VCC03 3 NC AWG28 1 3 An
BL_VCC04 4 NC
LED1 5 1A2 AWG28 AWG28 5 1 Ca LS Bar A2
LED2 6 NC 2 N/A
LED3 7 NC AWG28 1 A1 3 An
LED4 8 NC
LED5 9 NC Header: 1-819-445-11
LED6 10 NC
Header:
1-821-150-11
DC-JACK
Header:
147
1-535-807-31 SPEAKER R
JST SPS-01T-187*
5-3-2. QW_BBA_FHD_40
1-780-577-11
JST WSPS-01T-110B* Header:
1-535-807-31 SPEAKER L
JST SPS-01T-187*
AWG24 1 1 L+ L+ (Faston #187)
TUNER SPEAKER CN4001 AWG24 2 2 L- L- (Faston #110) SPEAKER L
1 TSDATA3 L+ 1 1 AWG24
2 Reserve L- 2 2 AWG24 1-780-577-11 Header:
3 GND R+ 3 1 AWG24 JST WSPS-01T-110B*
4 GND R- 4 2 AWG24
5 TSCLK3 Header: 1-842-566-12
6 GND
7 GND FHD CN8600
8 SDA?SDA2-3 NC 1 51 NC
9 TSVALID-3 NC (FRC_RST) 2 50 NC
10 SCL2/SCL2-3 NC 3 49 NC
11 TSSYNC-3 NC 4 48 NC
12 NC 5 47 NC
13 NC 6 46 NC
14 NC (SA_MODE) 7 45 NC
15 LVDS_SEL 8 44 LVDS _SEL
16 B_INT / WP 9 43 B_INT/WP
17 NC 10 42 NC
18 SDA 11 41 SDA
19 SCL 12 40 SCL
20 LNB12V GND 13 39 GND
21 TSDATA-2 EVEN_4P 14 38 EVEN_4P
22 LNB12V EVEN_4N 15 37 EVEN_4N
23 GND EVEN_3P 16 36 EVEN_3P
24 LNB12V EVEN_3N 17 35 EVEN_3N
25 TSCLK-2 GND 18 34 GND
26 LNB12V EVEN_CLKP 19 33 EVEN_CLKP
27 GND EVEN_CLKN 20 32 EVEN_CLKN
28 LNB12V GND 21 31 GND
29 TSVALIC-2 EVEN_2P 22 30 EVEN_2P
30 LNB12V EVEN_2N 23 29 EVEN_2N
31 TSSYNC-2 EVEN_1P 24 51-pin 28 EVEN_1P
32 NC EVEN_1N 25 27 EVEN_1N
33 GND EVEN_0P 26 FFC ( FHD 26 EVEN_0P
34 Reserve(EWBS3.3V) EVEN_0N 27 25 EVEN_0N
35 Reserve (TSDATA7) GND 28 MODEL) 24 GND
36 Reserve (TS_SEL) ODD_4P 29 23 ODD_4P
37 Reserve (TSDATA6) ODD_4N 30 22 ODD_4N
38 Reserve (TS_SEL) ODD_3P 31 21 ODD_3P
39 Reserve (TSDATA5) ODD_3N 32 20 ODD_3N
40 GND GND 33 19 GND
41 Reserve (TSDATA4) ODD_CLKP 34 18 ODD_CLKP
42 GND ODD_CLKN 35 17 ODD_CLKN
43 Reserve (TSDATA3) GND 36 16 GND
44 GND ODD_2P 37 15 ODD_2P
45 Reserve (TSDATA2) ODD_2N 38 14 ODD_2N
46 GND ODD_1P 39 13 ODD_1P
47 Reserve (TSDATA1) ODD_1N 40 12 ODD_1N
48 EWS/NC ODD_0P 41 11 ODD_0P
49 SDATA ODD_0N 42 10 ODD_0N
50 TU1.8V GND 43 9 GND
51 GND GND 44 8 GND
52 TU1.8V GND 45 7 GND
53 TSCLK NC 46 6 NC
54 TU1.8V POWER 47 5 POWER
55 GND POWER 48 4 POWER
56 TU1.8V POWER 49 3 POWER
57 TSVALID POWER 50 2 POWER
58 TU1.8V POWER 51 1 POWER
59 TSSYNC Header: 1-842-546-21 Molex : 104234-5117
60 TU1.8V
61 GND
62 RESET
63 GND
64 GND
65 IF_P/IF3_P
66 SDA
67 IF_N/IF3_N
68 SCL
69 GND
70 GND BBA BOARD
71 AGC/AGC3
72 Reserve
73 Tu3.3V
74 Reserve
75 Tu3.3V
Header:
BL_VCC03 3 NC AWG28 1 3 An
BL_VCC04 4 NC
LED1 5 1A3 AWG28 AWG28 3 A3 1 Ca LS Bar A2
LED2 6 NC 2 NA
LED3 7 NC AWG28 1 A1 3 An
LED4 8 NC
LED5 9 NC AWG28 5 1 Ca LS Bar A3
1-821-150-11
Header:
1-535-807-31 SPEAKER R
JST SPS-01T-187*
AWG24 3 1 R+ R+ (Faston #187)
AWG24 4 2 R- R- (Faston #110)
SPEAKER R
1-780-577-11
JST WSPS-01T-110B* Header:
1-535-807-31 SPEAKER L
5-3-3. QW_BBA_FHD_48
JST SPS-01T-187*
5-3. Connector Diagram
AWG30 1 1 STBY_5V
AWG30 3 2 LED_Power
AWG30 4 3 LED_Stby
CN100 (1-819-466-11) AWG30 6 4 AMBER_LED
STBY_5V 1 1 AWG30 AWG30 5 5 SIRCS
H_GND 2 6 AWG30 Header: AWG30 2 6 H_GND
LED_Powe 3 2 AWG30 AWG30 1 7 KEY_GND
H-BOARD LED_Stby 4 3 AWG30 AWG30 3 8 POWER_Key
SIRCS 5 5 AWG30 AWG30 2 9 TACT_Key
AMBER_LE 6 4 AWG30 WIFI CN9900 WIFI
GND 1 1 1 1 GND
DP 2 2 2 2 DP
CN1 (1-822-693-11) (JAM SZ15-03WLR) DM 3 3 3 3 DM
WoWLAN 4 4 4 4 WoWLAN
1 7 AWG30 Header: VCC_5V 5 5 5 5 VCC_5V
SIDE KEY MODULE KEY_GND
TACT_Key 2 9 AWG30 Header: Header: 1-794-362-41 Header: 1-816-184-51
(3 key) POWER_Ke 3 8 AWG30
BL_VCC02 2 3R B1 AWG28 2 NA
BL_VCC03 3 NC AWG28 1 3 An
BL_VCC04 4 NC
LED1 5 1L B1 AWG28 AWG28 3 A3 1 Ca LS Bar A2
LED2 6 NC 2 NA
LED3 7 NC AWG28 1 A1 3 An
LED4 8 NC
LED5 9 NC AWG28 3L B1 1 Ca LS Bar A3
LED6 10 1 A6 AWG28 2 NA
Header: AWG28 1 A2 3 An
1-821-150-11
AWG28 5 1L Ca LS Bar B1
2L NA
DC-JACK AWG28 1 A3 3L An
AWG28 3 A4 1R Ca
Header: 2R NA
AWG28 2 3R An
AWG28 3 A5 1 Ca LS Bar A4
2 NA
AWG28 1R B1 3 An
AWG28 3 A6 1 Ca LS Bar A5
2 NA
AWG28 1 A4 3 An
AWG28 10 1 Ca LS Bar A6
2 NA
149
AWG28 1 A5 3 An
1-535-807-31 SPEAKER R
JST SPS-01T-187*
AWG24 3 1 R+ R+ (Faston #187)
AWG24 4 2 R- R- (Faston #110)
SPEAKER R
1-780-577-11
JST WSPS-01T-110B*
1-535-807-31 SPEAKER L
JST SPS-01T-187*
AWG24 1 1 L+ L+ (Faston #187)
TUNER SPEAKER CN4001 AWG24 2 2 L- L- (Faston #110) SPEAKER L
1 TSDATA3 L+ 1 1 AWG24
2 Reserve L- 2 2 AWG24 1-780-577-11 Header:
3 GND R+ 3 1 AWG24 JST WSPS-01T-110B*
5-3. Connector Diagram
4 GND R- 4 2 AWG24
5 TSCLK3 Header: 1-842-566-12
6 GND
5-3-4. QW_BBE_WXGA (32”)
7 GND
8 SDA?SDA2-3
9 TSVALID-3
10 SCL2/SCL2-3
11 TSSYNC-3
12
13
14
15
16
17
18
19
20 LNB12V
21 TSDATA-2
22 LNB12V
23 GND
24 LNB12V
25 TSCLK-2
26 LNB12V
27 GND
28 LNB12V
29 TSVALIC-2
30 LNB12V
31 TSSYNC-2
32 NC
33 GND
34 Reserve(EWBS3.3V)
35 Reserve (TSDATA7)
36 Reserve (TS_SEL)
37 Reserve (TSDATA6)
38 Reserve (TS_SEL)
39 Reserve (TSDATA5)
40 GND
41 Reserve (TSDATA4)
42 GND
43 Reserve (TSDATA3)
44 GND
45 Reserve (TSDATA2)
46 GND
47 Reserve (TSDATA1)
48 EWS/NC
49 SDATA
50 TU1.8V
51 GND
52 TU1.8V
53 TSCLK
54 TU1.8V
55 GND
56 TU1.8V
57 TSVALID
58 TU1.8V
59 TSSYNC
60 TU1.8V
61 GND
62 RESET
63 GND
64 GND WXGA CN8601
65 IF_P/IF3_P POWER 1 30 POWER
66 SDA POWER 2 29 POWER
67 IF_N/IF3_N POWER 3 28 POWER
68 SCL POWER 4 27 POWER
69 GND POWER 5 26 POWER
70 GND BBA BOARD NC 6 25 GND
71 AGC/AGC3 GND 7 24 GND
72 Reserve GND 8 23 GND
73 Tu3.3V B_INT / WP 9 22 B_INT/WP
74 Reserve LVDS_SEL 10 21 LVDS_SEL
75 Tu3.3V NC 11 20 NC
Header: GND 12 30-pin 19 GND
ODD_3P 13 18 ODD_3P
ODD_3N 14
30-pin
FFC 17 ODD_3N
GND 15 FFC
( WXGA 16 GND
ODD_CLKP 16 15 ODD_CLKP
ODD_CLKN 17 MODEL)
( WXGA 14 ODD_CLKN
GND 18 13 GND
ODD_2P 19
MODEL) 12 ODD_2P
ODD_2N 20 11 ODD_2N
GND 21 10 GND
ODD_1P 22 9 ODD_1P
ODD_1N 23 8 ODD_1N
GND 24 7 GND
CN9901 (182114911) H-Connector ODD_0P 25 6 ODD_0P
AWG30 1 1 STBY_5V ODD_0N 26 5 ODD_0N
AWG30 3 2 LED_Power GND 27 4 GND
AWG30 4 3 LED_Stby SDA 28 3 SDA
AWG30 6 4 AMBER_LED SCL 29 2 SCL
AWG30 5 5 SIRCS NC 30 1 NC
AWG30 2 6 H_GND Header: 1-843-374-11 BOE 32W Foosung FW10039-30
CN100 (1-819-466-11) AWG30 1 7 KEY_GND
STBY_5V 1 1 AWG30 AWG30 3 8 POWER_Key
H_GND 2 6 AWG30 Header: AWG30 2 9 TACT_Key
LED_Power 3 2 AWG30 WIFI CN9900 WIFI
H-BOARD LED_Stby 4 3 AWG30 GND 1 1 1 1 GND
SIRCS 5 5 AWG30 DP 2 2 2 2 DP
AMBER_LED 6 4 AWG30 DM 3 3 3 3 DM
WoWLAN 4 4 4 4 WoWLAN
WIFI MODULE
VCC_5V 5 5 5 5 VCC_5V
CN1 (1-822-693-11) (JAM SZ15-03WLR) Header: Header: 1-794-362-41 Header: 1-816-184-51
1 7 AWG30 Header:
SIDE KEY MODULE KEY_GND
TACT_Key 2 9 AWG30
(3 key) POWER_Key 3 8 AWG30
LED_DRIVER CN9000
BL_VCC01 1 3A1 AWG28 AWG28 3 A2 1 Ca LS Bar A1
BL_VCC02 2 NC 2 N/A CN TBD
BL_VCC04 4 NC
LED1 5 1A2 AWG28 AWG28 5 1 Ca LS Bar A2 CN TBD
LED3 7 NC AWG28 1 A1 3 An
LED4 8 NC
LED5 9 NC Header: 1-819-445-11
LED6 10 NC Header:
Header:
1-821-150-11
150
DC-JACK
Header:
1-535-807-31 SPEAKER R
JST SPS-01T-187*
AWG24 3 1 R+ R+ (Faston #187)
AWG24 4 2 R- R- (Faston #110)
SPEAKER R
1-780-577-11
JST WSPS-01T-110B* Header:
1-535-807-31 SPEAKER L
JST SPS-01T-187*
AWG24 1 1 L+ L+ (Faston #187)
TUNER SPEAKER CN4001 AWG24 2 2 L- L- (Faston #110) SPEAKER L
1 TSDATA3 L+ 1 1 AWG24
5-3-5. QW_BBE_FHD_40
4 GND R- 4 2 AWG24
5 TSCLK3 Header: 1-842-566-12
6 GND
7 GND FHD CN8600
8 SDA?SDA2-3 NC 1 51 NC
9 TSVALID-3 NC (FRC_RST) 2 50 NC
10 SCL2/SCL2-3 NC 3 49 NC
11 TSSYNC-3 NC 4 48 NC
12 NC 5 47 NC
13 NC 6 46 NC
14 NC (SA_MODE) 7 45 NC
15 LVDS_SEL 8 44 LVDS _SEL
16 B_INT / WP 9 43 B_INT/WP
17 NC 10 42 NC
18 SDA 11 41 SDA
19 SCL 12 40 SCL
20 LNB12V GND 13 39 GND
21 TSDATA-2 EVEN_4P 14 38 EVEN_4P
22 LNB12V EVEN_4N 15 37 EVEN_4N
23 GND EVEN_3P 16 36 EVEN_3P
24 LNB12V EVEN_3N 17 35 EVEN_3N
25 TSCLK-2 GND 18 34 GND
26 LNB12V EVEN_CLKP 19 33 EVEN_CLKP
27 GND EVEN_CLKN 20 32 EVEN_CLKN
28 LNB12V GND 21 31 GND
29 TSVALIC-2 EVEN_2P 22 30 EVEN_2P
30 LNB12V EVEN_2N 23 29 EVEN_2N
31 TSSYNC-2 EVEN_1P 24 51-pin 28 EVEN_1P
32 NC EVEN_1N 25 27 EVEN_1N
33 GND EVEN_0P 26 FFC ( FHD 26 EVEN_0P
34 Reserve(EWBS3.3V) EVEN_0N 27 25 EVEN_0N
35 Reserve (TSDATA7) GND 28 MODEL) 24 GND
36 Reserve (TS_SEL) ODD_4P 29 23 ODD_4P
37 Reserve (TSDATA6) ODD_4N 30 22 ODD_4N
38 Reserve (TS_SEL) ODD_3P 31 21 ODD_3P
39 Reserve (TSDATA5) ODD_3N 32 20 ODD_3N
40 GND GND 33 19 GND
41 Reserve (TSDATA4) ODD_CLKP 34 18 ODD_CLKP
42 GND ODD_CLKN 35 17 ODD_CLKN
43 Reserve (TSDATA3) GND 36 16 GND
44 GND ODD_2P 37 15 ODD_2P
45 Reserve (TSDATA2) ODD_2N 38 14 ODD_2N
46 GND ODD_1P 39 13 ODD_1P
47 Reserve (TSDATA1) ODD_1N 40 12 ODD_1N
48 EWS/NC ODD_0P 41 11 ODD_0P
49 SDATA ODD_0N 42 10 ODD_0N
50 TU1.8V GND 43 9 GND
51 GND GND 44 8 GND
52 TU1.8V GND 45 7 GND
53 TSCLK NC 46 6 NC
54 TU1.8V POWER 47 5 POWER
55 GND POWER 48 4 POWER
56 TU1.8V POWER 49 3 POWER
57 TSVALID POWER 50 2 POWER
58 TU1.8V POWER 51 1 POWER
59 TSSYNC Header: 1-842-546-21 Molex : 104234-5117
60 TU1.8V
61 GND
62 RESET
63 GND
64 GND
65 IF_P/IF3_P
66 SDA
67 IF_N/IF3_N
68 SCL
69 GND
70 GND
71 AGC/AGC3 BBA BOARD
72 Reserve
73 Tu3.3V
74 Reserve
75 Tu3.3V
Header:
AWG30 1 1 STBY_5V
AWG30 3 2 LED_Power
AWG30 4 3 LED_Stby
AWG30 6 4 AMBER_LED
AWG30 5 5 SIRCS
AWG30 2 6 H_GND
CN100 (1-819-466-11) AWG30 1 7 KEY_GND
STBY_5V 1 1 AWG30 AWG30 3 8 POWER_Key
H_GND 2 6 AWG30 Header: AWG30 2 9 TACT_Key
LED_Powe 3 2 AWG30 WIFI CN9900 WIFI
H-BOARD LED_Stby 4 3 AWG30 GND 1 1 1 1 GND
SIRCS 5 5 AWG30 DP 2 2 2 2 DP
AMBER_LE 6 4 AWG30 DM 3 3 3 3 DM
WoWLAN 4 4 4 4 WoWLAN
WIFI MODULE
VCC_5V 5 5 5 5 VCC_5V
CN1 (1-822-693-11) (JAM SZ15-03WLR) Header: Header: 1-794-362-41 Header: 1-816-184-51
1 7 AWG30 Header:
SIDE KEY MODULE KEY_GND
TACT_Key 2 9 AWG30
(3 key) POWER_Ke 3 8 AWG30
LED_DRIVER CN9000 LED DRIVER
BL_VCC01 1 3A1 AWG28 AWG28 3 A2 1 Ca LS Bar A1
BL_VCC02 2 NC 2 NA
BL_VCC03 3 NC AWG28 1 3 An
BL_VCC04 4 NC
LED1 5 1A3 AWG28 AWG28 3 A3 1 Ca LS Bar A2
LED2 6 NC 2 NA
LED3 7 NC AWG28 1 A1 3 An
LED4 8 NC
LED5 9 NC AWG28 5 1 Ca LS Bar A3
LED6 10 2A3 AWG28 AWG28 10 2 Ca
Header: AWG28 1 A2 3 An
1-821-150-11
Header:
1-535-807-31 SPEAKER R
JST SPS-01T-187*
AWG24 3 1 R+ R+ (Faston #187)
AWG24 4 2 R- R- (Faston #110)
SPEAKER R
1-780-577-11
JST WSPS-01T-110B* Header:
1-535-807-31 SPEAKER L
JST SPS-01T-187*
5-3-6. QW_BBE_FHD_48
1 TSDATA3 L+ 1 1 AWG24
2 Reserve L- 2 2 AWG24 1-780-577-11 Header:
3 GND R+ 3 1 AWG24 JST WSPS-01T-110B*
4 GND R- 4 2 AWG24
5 TSCLK3 Header: 1-842-566-12
6 GND
7 GND FHD CN8600
8 SDA?SDA2-3 NC 1 51 NC
9 TSVALID-3 NC (FRC_RST) 2 50 NC
10 SCL2/SCL2-3 NC 3 49 NC
11 TSSYNC-3 NC 4 48 NC
12 NC 5 47 NC
13 NC 6 46 NC
14 NC (SA_MODE) 7 45 NC
15 LVDS_SEL 8 44 LVDS _SEL
16 B_INT / WP 9 43 B_INT/WP
17 NC 10 42 NC
18 SDA 11 41 SDA
19 SCL 12 40 SCL
20 LNB12V GND 13 39 GND
21 TSDATA-2 EVEN_4P 14 38 EVEN_4P
22 LNB12V EVEN_4N 15 37 EVEN_4N
23 GND EVEN_3P 16 36 EVEN_3P
24 LNB12V EVEN_3N 17 35 EVEN_3N
25 TSCLK-2 GND 18 34 GND
26 LNB12V EVEN_CLKP 19 33 EVEN_CLKP
27 GND EVEN_CLKN 20 32 EVEN_CLKN
28 LNB12V GND 21 31 GND
29 TSVALIC-2 EVEN_2P 22 30 EVEN_2P
30 LNB12V EVEN_2N 23 29 EVEN_2N
31 TSSYNC-2 EVEN_1P 24 51-pin 28 EVEN_1P
32 NC EVEN_1N 25 27 EVEN_1N
33 GND EVEN_0P 26 FFC ( FHD 26 EVEN_0P
34 Reserve(EWBS3.3V) EVEN_0N 27 25 EVEN_0N
35 Reserve (TSDATA7) GND 28 MODEL) 24 GND
36 Reserve (TS_SEL) ODD_4P 29 23 ODD_4P
37 Reserve (TSDATA6) ODD_4N 30 22 ODD_4N
38 Reserve (TS_SEL) ODD_3P 31 21 ODD_3P
39 Reserve (TSDATA5) ODD_3N 32 20 ODD_3N
40 GND GND 33 19 GND
41 Reserve (TSDATA4) ODD_CLKP 34 18 ODD_CLKP
42 GND ODD_CLKN 35 17 ODD_CLKN
43 Reserve (TSDATA3) GND 36 16 GND
44 GND ODD_2P 37 15 ODD_2P
45 Reserve (TSDATA2) ODD_2N 38 14 ODD_2N
46 GND ODD_1P 39 13 ODD_1P
47 Reserve (TSDATA1) ODD_1N 40 12 ODD_1N
48 EWS/NC ODD_0P 41 11 ODD_0P
49 SDATA ODD_0N 42 10 ODD_0N
50 TU1.8V GND 43 9 GND
51 GND GND 44 8 GND
52 TU1.8V GND 45 7 GND
53 TSCLK NC 46 6 NC
54 TU1.8V POWER 47 5 POWER
55 GND POWER 48 4 POWER
56 TU1.8V POWER 49 3 POWER
57 TSVALID POWER 50 2 POWER
58 TU1.8V POWER 51 1 POWER
59 TSSYNC Header: 1-842-546-21 Molex : 104234-5117
60 TU1.8V
61 GND
62 RESET
63 GND
64 GND
65 IF_P/IF3_P
66 SDA
67 IF_N/IF3_N
68 SCL
69 GND
70 GND
71 AGC/AGC3 BBA BOARD
72 Reserve
73 Tu3.3V
74 Reserve
75 Tu3.3V
Header:
AWG30 1 1 STBY_5V
AWG30 3 2 LED_Power
AWG30 4 3 LED_Stby
AWG30 6 4 AMBER_LED
AWG30 5 5 SIRCS
AWG30 2 6 H_GND
CN100 (1-819-466-11) AWG30 1 7 KEY_GND
STBY_5V 1 1 AWG30 AWG30 3 8 POWER_Key
H_GND 2 6 AWG30 Header: AWG30 2 9 TACT_Key
LED_Powe 3 2 AWG30 WIFI CN9900 WIFI
H-BOARD LED_Stby 4 3 AWG30 GND 1 1 1 1 GND
SIRCS 5 5 AWG30 DP 2 2 2 2 DP
AMBER_LE 6 4 AWG30 DM 3 3 3 3 DM
WoWLAN 4 4 4 4 WoWLAN
WIFI MODULE
VCC_5V 5 5 5 5 VCC_5V
CN1 (1-822-693-11) (JAM SZ15-03WLR) Header: Header: 1-794-362-41 Header: 1-816-184-51
1 7 AWG30 Header:
SIDE KEY MODULE KEY_GND
TACT_Key 2 9 AWG30
(3 key) POWER_K 3 8 AWG30
LED_DRIVER CN9000 LED DRIVER
BL_VCC01 1 3 A1 AWG28 AWG28 3 A2 1 Ca LS Bar A1 L
BL_VCC02 2 3R B1 AWG28 2 NA
BL_VCC03 3 NC AWG28 1 3 An
BL_VCC04 4 NC
LED1 5 1L B1 AWG28 AWG28 3 A3 1 Ca LS Bar A2 L
LED2 6 NC 2 NA
LED3 7 NC AWG28 1 A1 3 An
LED4 8 NC
LED5 9 NC AWG28 3L B1 1 Ca LS Bar A3 L
LED6 10 1 A6 AWG28 2 NA
Header: AWG28 1 A2 3 An
1-821-150-11
AWG28 5 1L Ca LS Bar B1 L
2L NA
DC-JACK AWG28 1 A3 3L An
AWG28 3 A4 1R Ca R
Header: 2R NA
AWG28 2 3R An
AWG28 3 A5 1 Ca LS Bar A4 R
2 NA
AWG28 1R B1 3 An
AWG28 3 A6 1 Ca LS Bar A5 R
2 NA
AWG28 1 A4 3 An
AWG28 10 1 Ca LS Bar A6 R
2 NA
AWG28 1 A5 3 An
Header: 1-819-445-11
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Sony EMCS (Malaysia) Sdn. Bhd.
English
9-888-190-01 RDCM © 2016.01
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