LG 42LB9D - - 42" LCD TV Service Manual page 63

+3.3V_L
IC501 C5010
CS8416-CZZR R593 0.1uF
47K
C5005
004:B3 0.01uF RXP3 OLRCK R594
RX_HDMI_SPDIF 1 28 8415_X260_LRCLK 001:B6
22
001:L4 RXP2 2 27 OSCLK R595 001:B6
X260_AUD_SPDIF 8415_X260_SCLK
C5006 22
0.01uF RXP1 SDOUT
+3.3V_L 3 26 8415_X260_DATA 001:B6
RXP0 OMCK R592
4 25 4450_AUD_MCLK 005:G3;005:G7
22
L501 0.01uF
6.8uH RXN 5 24 RMCK MSP_TO_8145_CLK
C5008
VA VD
6 23
AGND DGND
7 22
C5002 C5003
10uF FILT VL C5009 0.1uF
0.1uF 8 21
16V
001:A3 R586 RST GPO0//TX R590
8415_RESET 9 20 AUD_SPDIF_OUT 005:A6;005:B5
0 22
RXP4//RXSEL1 10 19 GPO1//C R591
8415_SPDIF_ERROR 001:A3;005:K8
22
RXP5//RXSEL0 AD2/GPO2//U
11 18
R587
47K
RXP6//TXSEL1 SDA/CDOUT//RCBL R588
R585 12 17 SDA_CH2
3K 22
C5004 RXP7//TXSEL0 13 16 SCL/CCLK//96KHZ R589
1000pF SCL_CH2
22
C5007 AD0/CS//NV/RERR AD1/CDIN//AUDIO
22000pF 14 15
I2C Bus Address
=> 20xH(W), 21xH(R)
+5V_L +5V_L
Optical SPDIF Out
R514
1K P500
SPDIF
005:A6;005:C2 AUD_SPDIF_OUT
1 2
3 4
C515
0.1uF
ZD500 5 6
READY
+3.3V_L
C541
R596
100 0.1uF
005:G3 /4450_NTP_RESET
R512
001:B7 /X260_NTP_RESET READY
R508
READY
001:A2;005:G4 /X260_4450_RESET
1uF
C505 C546
100pF
+1.8V_NTP
C531
100pF
L505
005:D2;005:G3 READY
LFM 005:G7 4450_AUD_MCLK R5032 22
R540 R5030 0
3.3K C533 X260_AUD_MCLK
1000pF 0.1uF C536 001:L4
C535 10uF
16V
005:F7
LFM
+1.8V_NTP
L504
C532
C529 10uF
0.1uF 16V
+3.3V_L +1.8V_NTP 001:L4;005:J4 X260_4440_DATA
001:L4;005:J5
X260_4440_LRCLK
IC507 001:L4;005:J5 X260_4440_SCLK
AZ1117H-1.8TRE1(EH13A) SDA_CH3 R541 100
R542 100
SCL_CH3
INPUT 3 1.0A 1 ADJ/GND
2
OUTPUT
C599
0.1uF C506 C547
0.1uF 33pF
THE SYMBOL MARK OF THIS SCHEMETIC DIAGRAM INCORPORATES
SPECIAL FEATURES IMPORTANT FOR PROTECTION FROM X-RADIATION.
FILRE AND ELECTRICAL SHOCK HAZARDS, WHEN SERVICING IF IS
ESSENTIAL THAT ONLY MANUFATURES SPECFIED PARTS BE USED FOR
THE CRITICAL COMPONENTS IN THE SYMBOL MARK OF THE SCHEMETIC.
+5.0VST
+6.0V
FL729 003:J3;003:L2;007:N1
LIVE_ON
3.3V_ON 13 +12.0V
GND
10
12
GND L723
12V
9
0.1uF C724
6V 11 C763 330uF +3.3V_L
R708 R741 GND 8 16V
FL730 R750
0 R707 22 006:I2;007:E2 VBR_B_FHD LCD X O L724
PWM_dimming 10 LCD LCD_FHD_42/120Hz PDP O X HD 32"37"42" R706,R752 NOT assemble 3.4V
LCD 7
C751 0.1uF C725 +6.0V
READY Full HD 37"47" R706,R751 NOT assemble C764 330uF
GND 16V
GND 9 C767 6
0.1uF Full HD 42"(WCG) R707,R751 NOT assemble L725
PDP 003:H6;006:H2 6V 5
5VST 8 R708 0 AI/POD C726
LCD_FHD_120Hz/ROM_DL 0.1uF 68uF
FL731 R751 GND C765 10V +19.0V
LCD 003:J3 4
Bri_ctrl 7 0 VBR_A
R741 22
FL732 C752 R752 006:I2;007:C1 GND 3
003:J4 READY VBR_B_FHD
5V_MNT L726
5V Det/Error Out 6 PC_W/PROTECT 22 19V
004:A8 LCD_FHD37/42/47 2
003:J3;003:L2 C727
VAVS_ON 0.1uF 10uF
Va/Invert_ON 5 19V C766 25V
C700 1
1uF 50V
GND 4
SMW250-10
P702
5VST 3
003:J3;003:L2
RL_ON
RL_ON 2
C701 C768
68uF 0.1uF
10V 003:L6;005:L8
AC_DET 1 AC_DET
+6.0V
SMW250-13 IC711
P701 KIA278R05PI
I O
G C
JK705 0.1uF
JK705-*1 PMJ029-07
PMJ029-01 C769
6 [S-VHS]GROUND_TER 6 [S-VHS]GROUND_TER
C710 +3.3V_L
7A [S-VHS]C_LUG_L1 0.1uF
7B [S-VHS]C_LUG_L2 7A [S-VHS]C_LUG_L1 100 001:B5
AV1_C
7C [S-VHS]C_LUG_L3 R723
7D [S-VHS]C_LUG_L4 7B [S-VHS]C_LUG_L2 001:B5
8 [S-VHS]0_SPRING AV1_Y R783
R721 10K
2A [YL]1P_CAN 7C [S-VHS]C_LUG_L3 R712 C711 100 R736
3A [YL]0_SPRING 75 2.2uF 1K 001:L7
R705 50V AV1_S_SW
4A [YL]CONTACT 7D [S-VHS]C_LUG_L4 75
2B [WH]1P_CAN ZD705
3.6V
5B [WH]C_LUG_L 8 [S-VHS]0_SPRING
2C [RD]1P_CAN +3.3V_L
C721
3C [RD]0_SPRING 2A [YL]1P_CAN
4C [RD]CONTACT 50V 2.2uF
C708 R733 001:B5 R738
3A [YL]0_SPRING READY 100 AV1_CVBS 10K
R720
75 001:L7
4A [YL]CONTACT AV1_V_SW
R737
READY ZD712
2B [WH]1P_CAN 3.6V 1K
L701
5B [WH]C_LUG_L 2.2uH 005:H1
AV_L_IN_1
R719 C723 R774
2C [RD]1P_CAN 470K 100pF 0
L700
3C [RD]0_SPRING 2.2uH 005:H1
AV_R_IN_1
C722 R775
4C [RD]CONTACT R718 100pF 0 +3.3V_L
470K
R7081
READY R7082 IC712
10K MIC2505-2YM
CTL 1 8
001:L8 USB_PWR_DOWN
2.0A
FLG
JK702 001:B6 USB1.1_OVRCUR 2 7
PEJ024-01
JK703 GND
3 E_SPRING PEJ024-01 3 6
R7080
E_SPRING 10K GATE
6A T_TERMINAL1 007:H10 3 4 5
IR
T_TERMINAL1
7A B_TERMINAL1 C730 6A
READY
B_TERMINAL1 005:I1
4 R_SPRING 7A RGB_R_IN
R740 R743
R739 READY 4 R_SPRING C728 R744
5 T_SPRING 0 0 470pF 470K
5 T_SPRING
7B B_TERMINAL2 003:H7
TX
T_TERMINAL2 7B B_TERMINAL2 005:I1
6B RGB_L_IN
C733 C729
SHIELD_PLATE 470pF 6B T_TERMINAL2 470pF 470K R745
8
ZD710 5.6B
8 SHIELD_PLATE
VFD-60" PDP
JK704 P711
PPJ200-08 SMW200-10
5B 005:L3 L717
MNT_L_OUT HH-1M2012-121 +5.0VST
2.2uH 1
2B L703
4A 2
L702
2.2uH 005:L3
3A MNT_R_OUT
3
2A
4
READY
JK704-*1
5 FL736 LED_R 003:I4;007:H11
PPJ200-07
5B 6 FL737 LED_G
003:J4;007:H11
2B
7 FL738 VFD_S_CLK 003:L4
4A +3.3V_L
FL739 VFD_S_DATA
8 003:L4
3A
2A R782 9 FL740 VFD_CS
10K 003:L4
001:L8 L718
FL746 10 +9.0V_VFD
AV2_S_SW
1K HH-1M2012-121
R717 C731 C732
0.1uF 100uF
16V
P700
SMW200-14 DGND
C713 DGND
2.2uF R726
10V 100
1 L748 001:B5
AV2_Y
R701
2 75 IR_12PIN
C712 IR_10PIN P703
R729 P703-*1
L749 0.1uF 100 001:B5 SMW200-10 SMW200-12
3 AV2_C
R713 +3.3V_L
4 FL741
75 1 1
R730
5 10K 2
2 ZD719
R728 001:L7 READY
6 FL747 1K FL742
AV2_V_SW 3 3
001:B5
7 L750 AV2_CVBS
R724 4 4 ZD718
ZD711 R714 C714 100 READY
75 2.2uF FL743
8 3.6V 10V 5
5
005:I1
9 L751
AV_L_IN_2 6 6
C702 R715 L708 C717 R772
READY 2.2uH 100pF 0
10 470K
7 7
005:H1
L752 C716 HH-1M2012-121
11 AV_R_IN_2 8 8 L712
C703 L709 C718 R773 0.1uF
READY R716 2.2uH 0
12 470K 100pF
9 9
FL744
L753 EYE_Q R7049 003:H7 R7035 0
13 DIGITAL_EYE 10 FL745
10
22 EYE_Q 0 LCD
L716 R7034
14 9.0V 11
EYE_Q
0 R7068
C715
PDP ONLY 0.1uF 12
DGND
DGND
DGND
THE SYMBOL MARK OF THIS SCHEMETIC DIAGRAM INCORPORATES
SPECIAL FEATURES IMPORTANT FOR PROTECTION FROM X-RADIATION.
FILRE AND ELECTRICAL SHOCK HAZARDS, WHEN SERVICING IF IS
ESSENTIAL THAT ONLY MANUFATURES SPECFIED PARTS BE USED FOR
THE CRITICAL COMPONENTS IN THE SYMBOL MARK OF THE SCHEMETIC.
9.0V
C5045
3.3uF
C5047
L521 50V 100uF
22uH 16V
C5046
0.1uF
C5018 C5048 C5049
3.3uF 10uF
+5.0V 10uF
50V C5020 16V 16V
0.01uF
L520
22uH
AVSUP0 65 40 CAPL_M
0.1uF C5016
006:F8 C5015 56pF 66 39 AHVSUP
AVSUP1
M_SIF1 67 38 CAPL_A
C5019 56pF ANA_IN1+ R5064 READY
C5017 56pF 68 37
ANA_IN- SC1_OUT_L R5065 READY
Q510
ANA_IN2+ 69 36 SC1_OUT_R
R5029 C5013 X500 2SA1504S
0 2pF 18.432MHz TESTEN 70 35 VREF1 R5062 220
IC508
R5033 XTAL_IN 71 34 SC2_OUT_L R5063 220
+3.3V_L READY
C5014 72 MSP4450K-QA-D6 33
2pF XTAL_OUT SC2_OUT_R
73 32 DACM_SL
TP IIC CH2 0x80
74 31 DACM_SR
R5082 1K AUD_CL_OUT
C5053
005:D2;005:G7 NC5 75 30 DACM_SUB
4450_AUD_MCLK
SPDIF_OUT 76 29 DACM_C
0.1uF
R5083 1K 005:G7 77 28 DACM_L
/4450_NTP_RESET DCTRI/O_1
R5034 78 27 DACM_R
0 DCTRI/O_0
79 26
ADR_SEL VREF2
STANDBYQ 80 25 DACA_L
005:E4;007:J8 R5037 22
SCL_CH2_5V
005:E4;007:J9 R5038 22
SDA_CH2_5V
R5039 R5040 R5043
L522
220 220 220
22uH
R5057
001:A2;005:G7 100
/X260_4450_RESET
C5044
C5025 470pF
22uF 0.01uF
+3.3V_L 16V C5034
0.1uF 100pF 001:L4;005:H8
C5030 C5039 X260_4440_DATA
R509 001:L4;005:H8
0 X260_4440_LRCLK
001:L4;005:H8
X260_4440_SCLK
4440_X260_SCLK 001:B6
Q514
4440_X260_LRCLK 001:B6 2N7002(F)
Q515
001:B6 2N7002(F)
4440_X260_DATA
Q516
2N7002(F)
005:I8;005:J6;005:J6;005:J7;007:G2
+19.0V
R559
3.3
+19.0V
C556 C580 C581
330uF C561 READY 1000pF
35V 0.1uF
R5012 R5014
C563 READY 4.7 L510
0.01uF 15uH L515
C557
C585 C597 3
0.1uF 0.1uF C589 R5019
C558 L511 0.47uF 4.7K 0.01uF
R583 2
0.1uF 15uH 3.3 L516
C586 C592
+19.0V R5018 1
R5010 R5015 0.1uF 4.7K 0.01uF
C559 READY 4.7 R581
C551 22000pF 3.3
22000pF C582
SMW250-03
C565 C577 READY 1000pF P502
1uF
C578 READY
C583
1000pF
R5011 R5016
READY 4.7 L512 4
15uH L517
3
C587 C590 R5020
1uF 0.1uF 0.47uF 4.7K 0.01uF
L513 C598 R584 2
1 42 C568 15uH 3.3
41 L518
2
3 40 C594 1
4 39 C567 +19.0V C588 R5021 0.01uF
22000pF R5013 R5017 0.1uF 4.7K
5 38 4.7 R582
6 IC505 37 3.3 SMW250-04
7 36 P501
8 NTP3000 35 C579 C584
READY 1000pF
9 34
10 IIC CH3 33
0x54
11 32
12 31 3.3VST_MICOM
13 30 0.1uF 0.1uF
14 29 C569 C571
R511
READY
C
R510
+19.0V Q507 B READY
R560 2SC3875S
3.3 READY
E
C566
C570 C573
1uF 22000pF 330uF 0.1uF
35V
C564
C574 0.01uF
3.3VST_MICOM
005:I8
NTP_FAULT R543
NTP_FAULT 0
005:J8 R5026
+1.8V_NTP 4.7K
C
L508 R5024
C548 Q506 B 22
33pF 2SC3875S
E
C562
0.1uF 10uF
C560 16V
9.0V
IC704
IC700 +9.0V_VFD
KIA78R05F
KA7809ERTM
6
I O L706
1 1.0A 3 1.0A
+5.0V
2 C737 VFD +6.0V
G C735 330uF L719 1 2 3 4 5 R7087
0.1uF 25V 003:J3;003:L2;007:B1 0
LIVE_ON
003:L7
LIVE_ON_5.0
R779
0.1uF C748 1K C742
C743 C746 47uF
16V 0.1uF
0.1uF
SAM2333
LD701
Debugging(PV)
+5V_USB
USB1.1_Debugging
L720
001:B6 USB1.1_NA R784
5.1
R785
001:B6 USB1.1_PA
5.1
C770 C771
0.1uF 68uF
10V
SDA_CH2 R7005
SCL_CH2
R7006
+3.3V_L
R7072
READY
R7071
READY
USB 1.1 for EMF
+5V_USB
P712
SMW200-05P
007:I6
1 IC707
USB2_VBUS1 +12.0V
L755 007:J6 KIA78R09F
OUT_2 R7083
USB2_VBUS1 001:B6 USB1.1_NB 2 6
120-ohm 5.1
IN_2
R7084 3 1.0A
001:B6 USB1.1_PB
5.1 1 2 3 4 5
OUT_1
4
IN_1
5
C7014 C7015
100uF
16V 0.1uF DGND
C7012 C7013 C7006 C7007 C7011
0.1uF 0.01uF 0.1uF 0.1uF 47uF
Low ESR 16V
Capacitors on VBUSA should be
placed as close to Connector as possible.
R7013
4.7K
IC708
KIA78R09F
6
1.0A
1 2 3 4 5
+5.0V R7016-*1
R7016
+5.0V
R7070 C7008 C7010
READY 0.1uF 47uF
16V
R7069 IC705 C7005
M62320FP 0.1uF
READY
SO 1 16 CS0
SCL_CH2_5V R7003 100 SCL 2 15 CS1 R7011 10K
SDA_CH2_5V R7004 100 SDA 3 14 CS2 C7000 C7002
10uF 0.1uF R7014
D0 VDD 16V 4.7K
4 13
D1 D7 R7007 100
5 12
R7001 READY D2 D6 R7008 100
6 11
D3 D5 R7009 100
7 10
GND D4 R7010 100
R7002 8 9
READY
+5V_L 9.0V
KEY2
003:L8
KEY1
003:L8
C9087 C9085 C9084 C9080 C9083
330uF 10uF 220uF 0.1uF 0.01uF
35V 16V 16V 16V 25V
READY
IR Monitor Out - CVBS
007:C6
JK706 DGND
PPJ204-01
+5.0VST R9084 E
100
220uF 16V 2SA1504S
1 O_SPRING Q9082 B
C 0
R9083 Q9083
R9081 75 C9082 E 2SC3875S R9095 E
LED_R 003:I4;007:G8 2 CONTACT 0 150 100 X260_CVBS_OUT
READY 2SA1504S 2SA1504S
0 Q9081 B R9090 R9085 Q9084 B C9089
3 U_CAN
LED_G 003:J4;007:G8 C C
PDP ONLY
DGND DGND
DGND DGND
DGND
9.0V
C5051
4.7uF
50V
R5070 R5081 007:C8
MNT_L_OUT
2.2K 1.5K
E
B C
C Q512 B R5078
2SC3875S
2K
E
C5050
4.7uF
50V
R5071 R5080 007:C8
MNT_R_OUT
2.2K 1.5K
E
B 2SA1504S Q513
Q508 C KRA102S
C
Q511 B R5077 003:J8
2SC3875S MUTE1
2K
E L601
HH-1M2012-121
+3.3V_L +5V_L
R5008 0 005:G4;007:J8
SCL_CH2 SCL_CH2_5V
Q503
2N7002(F)
R5009 0 005:F4;007:J9
SDA_CH2 SDA_CH2_5V
Q504
2N7002(F)
AR601 0
R684 0
8415_SPDIF_ERROR 001:A3;005:C3
3.3VST_MICOM
R5023
4.7K
C
R5022 33K
Q505 B AC_DET
2SC3875S
E
THE SYMBOL MARK OF THIS SCHEMETIC DIAGRAM INCORPORATES
SPECIAL FEATURES IMPORTANT FOR PROTECTION FROM X-RADIATION.
FILRE AND ELECTRICAL SHOCK HAZARDS, WHEN SERVICING IF IS
ESSENTIAL THAT ONLY MANUFATURES SPECFIED PARTS BE USED FOR
THE CRITICAL COMPONENTS IN THE SYMBOL MARK OF THE SCHEMETIC.
SP100
4814V00112J
SP101
+5.0VST
+5V_L 4814V00112J
SP102
Q702 4814V00112J
SI3865BDV SP103
4814V00112J
R771 220K R1/C1 6 1 R2
2.9A
ON/OFF 5 2 D2_1
S2 D2_2 R778
4 3 1K
R777
R702 20K
1K
SAM2333
C744 1000pF
LD700
AE2
DVB_TP_CLK
SAM2333 DVB_TP_SOP AC5
LD702 AB5
DVB_TP_VALID
+3.3V_L /DVB_TP_ERR AC6
DVB_TP_DATA[0] AD3
DVB_TP_DATA[1] AD4
DVB_TP_DATA[2] AC4
DVB_TP_DATA[3] AC3
DVB_TP_DATA[4] AD2
DVB_TP_DATA[5] AE3
DVB_TP_DATA[6] AD1
DVB_TP_DATA[0-7] DVB_TP_DATA[7] AF2
AF4
004:J8 HDMI_POWER2 AF3
004:J3 HDMI_POWER0
004:J5 HDMI_POWER1 AE5
AH2
004:J2 HDMI0_HPD
004:J5 HDMI1_HPD AG3
AG2
+3.3V_L 004:D7 MST3361_RESET
005:G4;005:G7 /X260_4450_RESET AD5
AD6
005:B2 8415_RESET AH3
004:B3 HDMI_AUDIO_MUTE
AE4
005:C3;005:K8 8415_SPDIF_ERROR AH1
IC706 004:C8 VIDEO_SW1
LM75CIMX-3 004:E8 W5
VIDEO_SW2
EXT_IN_CLK 004:E4
SDA +VS 004:A1 P3
100 1 8 EXT_IN_R[0-9]
EXT_IN_R[0] P1
SCL A0 C7001 C7003 EXT_IN_R[1] R1
100 2 7 47uF 0.1uF
16V EXT_IN_R[2] R2
R7012 EXT_IN_R[3] R3
OS 3 6 A1 10K EXT_IN_R[4] R4
EXT_IN_R[5] R5
GND A2 EXT_IN_R[6] P6
4 5
EXT_IN_R[7] P5
EXT_IN_G[0-9] EXT_IN_R[8] P4
004:C1
EXT_IN_R[9] P2
IIC CH2 EXT_IN_G[0] M3
EXT_IN_G[1] M4
0x94
EXT_IN_G[2] M5
EXT_IN_G[3] M6
EXT_IN_G[4] N6
EXT_IN_G[5] N2
EXT_IN_G[6] N3
EXT_IN_G[7] N5
EXT_IN_G[8] N4
EXT_IN_B[2-9]
004:D2 EXT_IN_G[9] N1
EXT_IN_B[2] T4
EXT_IN_B[3] T3
EXT_IN_B[4] V1
EXT_IN_B[5] T2
EXT_IN_B[6] U4
EXT_IN_B[7] U1
EXT_IN_B[8] U2
EXT_IN_B[9] U3
T6
MST3361_HS 004:E4
004:E4 T5
MST3361_VS U6
DVI_DE 004:E4
R116 10K R6
R117 10K U5
+12.0V AE23
AE22
H1
H2
P706 L6
GIL-G-03-S3T2
R7021
12K AF23
AH23
1 AG22
AJ22
R1013 0 C2114 0.1uF AF21
2 007:C5 AV1_CVBS
007:C4 AV1_Y R1019 0 C2115 0.1uF AH21
R7022 R1016 0 C2116 0.1uF AE20
10K 3 007:C10 AV2_C AG20
R1014 0 C2117 0.1uF AH19
006:D8 M_TU_CVBS AJ20
AG18
AJ18
007:C10 AV2_CVBS R1017 0 C2119 0.1uF AH17
R1015 0 C2120 0.1uF AK17
007:C9 AV2_Y
AV1_C R1018 0 C2239 0.1uF AG16
007:C4 AJ16
C2137 0.1uF AK22
C2139 0.1uF AK23
R7019
12K C2138 0.1uF AK19
C2140 0.1uF AK20
AJ24
AJ21
P707
GIL-G-03-S3T2 AF19
27 AF18
50FAN
33 C2122 C2124 C2130 C2131 C2132 C2133 C2134 C2136 C2141 0.1uF AE18
1 10uF 10uF 10uF 10uF AE19
60FAN 0.1uF 0.1uF 0.1uF 0.1uF
AF17
2
AE17
R7020
10K AE24
3
005:G5 4440_X260_SCLK M2
4440_X260_LRCLK M1
005:G5
005:G5 4440_X260_DATA L1
005:D2 8415_X260_SCLK L3
8415_X260_LRCLK L5
005:D2
005:D2 8415_X260_DATA L4
007:J3 USB1.1_PA AA1
Debugging AA2
007:J3 USB1.1_NA
Y1
007:J6 USB1.1_PB
EMF 007:J6 USB1.1_NB Y2
007:G6 USB1.1_OVRCUR Y3
AF11
P708 AH11
GIL-G-03-S3T2 AK10
AG11
R7025 READY
READY AK12
AE13
1 AJ12
AH12
2 AG12
R7026 +3.3V_L 005:G7 AK11
READY /X260_NTP_RESET AF12
3
R114 AJ11
10K AJ10
AK13
AJ13
AH13
R118 AG13
10K AF13
AC1
SCL_CH1
SDA_CH1 AC2
SCL_CH2 W4
+12.0V W3
SDA_CH2
AB6
SCL_CH3
SDA_CH3 AA6
AB4
R7023 AB3
READY P709
GIL-G-03-S3T2
READY
1
2
C2126
READY 15pF
R7024 X260_XTAL_IN 001:E8
3
R105
X100 1M
55.474MHz
C2127 TXC READY
15pF
X260_XTAL_OUT 001:E8
X260_FAD[0-15]
C2128 L100
390nH
1000pF
THE SYMBOL MARK OF THIS SCHEMETIC DIAGRAM INCORPORATES
SPECIAL FEATURES IMPORTANT FOR PROTECTION FROM X-RADIATION.
FILRE AND ELECTRICAL SHOCK HAZARDS, WHEN SERVICING IF IS
ESSENTIAL THAT ONLY MANUFATURES SPECFIED PARTS BE USED FOR
THE CRITICAL COMPONENTS IN THE SYMBOL MARK OF THE SCHEMETIC.
L606
HH-1M2012-121
MAP
MODE2
L611
0
R644
VDDR_MEM
VDDR_MEM
002:A1
MEM_AA[0-14] R133 R136
1K 1K
MEM_DQA[0-31] MEM_DQB[0-31]
002:A1
002:G1
R134 C2143 R137
1K 0.1uF 1K
C2142
0.1uF +3.3V_L
TCLKA
TSTRTA
DDR Channel A Interface +3.3V_L
TVLDA
TERA
TDATA0 A2 C2144 100uF 16V
VSS1
TDATA1 Parallel A23
TDATA2 VSS2 A28 C2145 1uF
TP Input VSS3
TDATA3 B1 C2146 0.1uF
TDATA4 Port A VSS4 B2 C2147 0.1uF
VSS5
TDATA5 VSS6 B30 C2148 0.1uF
TDATA6 C3 C2149 0.1uF
VSS7
TDATA7 VSS8 G24 C2150 0.1uF
D4 C2151 0.1uF
VSS9
TCLKCS1/GPIOA0 VSS10 D22 CORE_1.2V
TDATCS1/GPIOA1 E5 C2152 22uF 16V
GPIOA2 VSS11 F6
VSS12
GPIOA3 F27 C2153 68uF 10V
TCLKDS1/GPIOA4 Serial VSS13 G12
TP Input VSS14
TDATDS1GPIOA5 G21 C2154 1uF
TSTRTDS1/GPIOA6 Port C & D VSS15 G23
VSS16
TVLDDS1/GPIOA7 VSS17 H6 C2155 1uF
TERDS1/GPIOA8 H8
VSS18
TVLDCS1/GPIOA9 VSS19 H21 C2156 1uF
TSTRTCS1/GPIOA10 H23
VSS20
TERCS1/GPIOA11 VSS21 H24 C2157 1uF
H30
VSS22 K23 C2158 1uF
DVICLK VSS23
K24
DVIL_R0 VSS24 M25 C2159 1uF
VSS25
DVIL_R1 M7
DVIL_R2 VSS26 M8 C2160 1uF
VSS27
DVIL_R3 VSS28 M12 C2161 0.1uF
DVIL_R4 M13
VSS29
DVIL_R5 VSS30 M18 C2162 0.1uF
DVIL_R6 M19
DVIL_R7 VSS31 U8 C2163 0.1uF
VSS32
DVIL_R8 N8
DVIL_R9 VSS33 N12 C2164 0.1uF
VSS34
N13
DVIL_G0 VSS35 N14 C2165 0.1uF
DVIL_G1 VSS36
DVIL_G2 VSS37 N18
N19 C2166 0.1uF
DVIL_G3 VSS38
DVIL_G4 Digital VSS39 N23
Video Input N24 C2167 0.1uF
DVIL_G5 VSS40
DVIL_G6 VSS41 P13
P14 C2168 0.1uF
DVIL_G7 VSS42 P15
DVIL_G8 VSS43
R14 C2169 0.1uF
DVIL_G9 Digital VSS45 R15
VSS46
DVIL_B2 Ground R16 C2170 0.1uF
DVIL_B3 VSS47 R27
VSS48
DVIL_B4 VSS49 T15 C2171 0.1uF
DVIL_B5 T16
VSS50
DVIL_B6 VSS51 T17 C2172 0.1uF
DVIL_B7 T23 VDDR_MEM
VSS52
DVIL_B8 VSS53 T24 C2173 22uF 16V
DVIL_B9 U7
VSS54 U16 C2174 68uF 10V
DVIHSYNC VSS55
U17
DVIVSYNC VSS56 U18 C2175 1uF
DVIDE VSS57
IC101 U30
DVIMODE0 VSS58 V12
DVIMODE1 VSS59
VSS60 V13 C2176 1uF
HSYNC_IN V17
VSS61
VSYNC_IN VSS62 V18 C2177 1uF
V19
HS_ALIGN_IN VSS63
VS_ALIGN_IN VSS64 V23 C2178 1uF
X260 V25
PCLK_DIV_R VSS65 V27 C2179 1uF
VSS66
W8
VSS67 W12 C2180 0.1uF
VI_IN0 VSS68
VI_IN1 VSS69 W13
W18 C2181 0.1uF
VI_IN2 VSS70
VI_IN3 VSS71 W19
Y23 C2182 0.1uF
VI_IN4 VSS72
VI_IN5 VSS73 Y24
AA7 C2183 0.1uF
VI_IN6 VSS74 AA8
VI_IN7 VSS75
AA27 C2184 0.1uF
VI_IN8 VSS76 AB23
VI_IN9 VSS77
AB24 C2185 0.1uF
VI_IN10 VSS78 AC7
VI_IN11 VSS79
VI_IN12 VSS80 AC8 C2186 0.1uF
AC11
VI_IN13 VSS81
VI_IN14 VSS82 AC12 C2187 0.1uF
AC17
VI_IN15 Analog VSS83
VSS84 AC20 +3.3V_L
Video Input AC22
VI_IFP0 VSS85 AD11 C2188 22uF 16V
VI_IFM0 VSS86
AD17
VI_IFP1 VSS87 AD20 C2189 100uF 16V
VI_IFM1 VSS88
AD22
VSS89 AD23 C2190 1uF
VSS90
VI_BYPASS0 VSS91 AD27
VI_BYPASS1 W7 C2191 1uF
VSS92
VI_BYPASS2 VSS93 AH30
VI_BYPASS3 AJ1 C2192 1uF
VSS94
VI_REFP VSS95 AK2
AK29 C2193 1uF
VI_REFM VSS96 C26
VSS97
VI_ATBP C2194 0.1uF
VI_ATBM C2195 0.1uF
C2196 0.1uF
VI_FBLANK C2197 0.1uF
I2SSCK_INC C2198 0.1uF
I2SWS_INC +3.3V_L
I2SSD_INC Audio Input
C2199 1uF
I2SSCLK_IND
I2SWS_IND C2200 1uF
I2SSD_IND
C2201 0.1uF
USBPA
USBNA C2202 0.1uF
USB 1.1
USBPB
USBNB C2203 0.1uF
USB_OVRCUR C2204 0.1uF
ULPI_CLKA
ULPI_STPA
ULPI_DIRA +3.3V_L
ULPI_NXTA C2205 1uF
ULPI_DA0 C2206 0.1uF
ULPI_DA1 C2207 0.1uF
ULPI_DA2
+1.8V_IO
ULPI_DA3
ULPI_DA4 USB 2.0 C2208 0.1uF
ULPI_DA5 C2209 0.1uF
ULPI_DA6
ULPI_DA7
ULPI_VMA C2210 0.1uF
ULPI_DB4
ULPI_DB5
ULPI_DB6
ULPI_DB7
ULPI_VMB
656 Input
I2CCLKA
I2CDATAA
I2CCLKB I2C Serial Serial
FlexBus UART Clock EJTAG TP Out
I2CDATAB
I2CCLKC
I2CDATAC
IRRXDA
IRTXDA
R139 R140
1K 1K
R135 JTAG
R127 4.7K
10K P101
AR100 YFDW254-14S
BST107 1K
+3.3V_L
10K R131
1 2
EJTAG_TDI
3 4
33 R132 EJTAG_TDO 5 6
X260_TMS 7 8
X260_TCK 9 10
/EJTAG_TRST 11 12
003:A1
+3.3V_L 13 14
C2243 C2244
READY READY
BST105 BST101 BST102 BST103
BST106 BST100
R192 BST104
3K
001:D8;002:J8
/FLASH_CS
DAC_VDDI DAC1_AVDD DAC2_AVDD DAC_AVDDQ
C2211 C2214 C2215 C2216 C2218 C2219 C2223 C2227
0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF
002:G1
MEM_AB[0-14]
+1.8V_IO
VDDR_MEM
C2212
0.1uF
C2213
0.1uF
R168 10K
R169 10K
DVOMODE0 A8
B11
DVOMODE1
D5 R161 22 008:H6
DVOCLK0/GPIOB1 X260_OUT_CLK
DVOCLK1/GPIOB2 C5
C7 006:D4;008:A7
DDR Channel B Interface DVODE/GPIOB3 X260_OUT_EN
B7 006:D4;008:A7
G15 DVOHSYNC/GPIOB4 F7 006:D4;008:A7 X260_OUT_HSYNC
VDDDP1 DVOVSYNC/GPIOB5 X260_OUT_VSYNC
G16 X260_OUT_B[0-9]
G18 VDDDP2 DVODATA0/GPIOB6 B3 X260_OUT_B[2]
VDDDP3 A3 X260_OUT_B[3]
G20 PCI IO DVODATA1/GPIOB7
H17 VDDDP4 DVODATA2/GPIOB8 C4 X260_OUT_B[4]
VDDDP5 Power B4 X260_OUT_B[5]
G17 VDDDP6 DVODATA3/GPIOB9 A4
H18 DVODATA4/GPIOB10 X260_OUT_B[6]
VDDDP7 B5 X260_OUT_B[7]
H19 VDDDP8 DVODATA5/GPIOB11 A5
H20 DVODATA6/GPIOB12 X260_OUT_B[8]
VDDDP9 A6 X260_OUT_B[9] X260_OUT_G[0-9]
DVODATA7/GPIOB13 B6
G14 DVODATA8/GPIOB14 X260_OUT_G[2]
H16 VDDC1 DVODATA9/GPIOB15 E6 X260_OUT_G[3]
VDDC2
H13 D6 X260_OUT_G[4]
H14 VDDC3 Digital DVODATA10/GPIOB16 C6
VDDC4 Video Output DVODATA11/GPIOB17 X260_OUT_G[5]
H12 E7 X260_OUT_G[6]
M14 VDDC5 DVODATA12/GPIOB0 D7
VDDC6 DVODATA13/GPIOB18 X260_OUT_G[7]
M15 VDDC7 DVODATA14/GPIOB19 F8 X260_OUT_G[8]
M16 F9
VDDC8 DVODATA15/GPIOB24 X260_OUT_G[9] X260_OUT_R[0-9]
M17 VDDC9 DVODATA16/GPIOB25 E9 X260_OUT_R[2]
N15 D9 X260_OUT_R[3]
VDDC10 DVODATA17/GPIOB26
N16 VDDC11 DVODATA18/GPIOB27 B9 X260_OUT_R[4]
N17 A9 X260_OUT_R[5]
P12 VDDC12 DVODATA19/GPIOB28
VDDC13 F11
P16 DVODATA20/GPIOB29 X260_OUT_R[6]
P17 VDDC14 DVODATA21/GPIOB30 C9 X260_OUT_R[7]
VDDC15 E11 X260_OUT_R[8]
P18 DVODATA22/GPIOB31
P19 VDDC16 DVODATA23/GPIOB32 F10 X260_OUT_R[9]
VDDC17 E10
R12 VDDC18 DVODATA24/GPIOB33 D11 X260_OUT_B[0] 001:L2;006:A1;008:A8
R13 DVODATA25/GPIOB34 X260_OUT_B[1] 001:L2;006:A1;008:A8
VDDC19 Core D10
R17 VDDC20 DVODATA26/GPIOB35 C11 X260_OUT_G[0] 001:L2;006:A1;008:A8
R18 Power DVODATA27/GPIOB36 X260_OUT_G[1] 001:L2;006:A1;008:A8
R19 VDDC21 DVODATA28/GPIOB37 C10 X260_OUT_R[0] 001:L3;006:A1;008:A8
VDDC22 B10
T12 DVODATA29/GPIOB38 X260_OUT_R[1] 001:L3;006:A1;008:A8
T13 VDDC23
VDDC24 E1 R179 33
T14 R
T18 VDDC25 G D2 R180 33
VDDC26 D1 R181 33
T19 VDDC27 B C1 R182 33
U12 COMP
VDDC28 D3 R164 715 1%
U13 VDDC29 Analog RSET
U14
VDDC30 Video Output E2 R165 33
U15 VDDC31 C_R F1 R166 33
U19 Y_G X260_CVBS_OUT
V14 VDDC32 COMP_B F2 R167 0
VDDC33 G3 R163 715 1%
V15 R2SET
V16 VDDC34
VDDC35 H3
W14 HSYNC_OUT
W15 VDDC36 VSYNC_OUT G2
VDDC37
W16 VDDC38 K2 22 R153
W17 I2SSCK_OUTA 005:H8;005:J5 X260_4440_SCLK
VDDC39 L2 22 R154 005:H8;005:J5
P23 VDDC40 I2SWS_OUTA/DREQA J2 22 R155 005:H8;005:J4 X260_4440_LRCLK
I2SSD_OUTA0 X260_4440_DATA
J1
A24 VDDR1-1 I2SSD_OUTA1 K3
A29 I2SSD_OUTA2 005:G7
B26 VDDR1-2 ISSOSCK_OUTA J3 22 R156 X260_AUD_MCLK
VDDR1-3 Audio Output
G22
G30 VDDR1-4 I2SSCK_OUTB K6 READY R157
VDDR1-5 K5 READY R158
H22 I2SWS_OUTB/DREQB
H27 VDDR1-6 I2SSD_OUTB K4 READY R159
VDDR1-7 J4 READY R152
J23 VDDR1-8 I2SSOSCK_OUTB
J24
VDDR1-9 C2 22 R160 005:B2
L23 VDDR1-10 SPDIF_OUTA DAC_VDDI X260_AUD_SPDIF
L24
VDDR1-11 E3
M24 VDDR1-12 VDDDI
P24 FCBGA_736PIN
M23 VDDR1-13 VSSDI E4 DAC1_AVDD
VDDR1-14 IO(Memory)
R24
T30 VDDR1-15 Power A1VDD1 F4
VDDR1-16 G5
U23 VDDR1-17 A1VDD2
U24
VDDR1-18 F5
U27 VDDR1-19 AVSSN1 G6
W23 AVSSN2 DAC_AVDDQ
VDDR1-20
W24 VDDR1-21 H7
Y27 AVDDQ
AA23 VDDR1-22
VDDR1-23 Video DAC G8
AA24 AVSSQ
AC23 VDDR1-24 Power
VDDR1-25 F3
AC24 VDD2DI
AD24 VDDR1-26
VDDR1-27 G4 DAC2_AVDD
AF27 VDDR1-28 VSS2DI
AJ30
VDDR1-29 H4
G27 VDDR1-30 A2VDD1 H5
W27 A2VDD2
VDDR1-31
J5
L7 A2VSSN1
L8 VDDR3-1 A2VSSN2 J6
VDDR3-2
V7
V8 VDDR3-3 A2VDDQ J7
VDDR3-4
Y7
Y8 VDDR3-5 A2VSSQ J8 +3.3V_L
VDDR3-6 150-ohm
AB7 VDDR3-7 AE15
AB8 VI_AVDD33
VDDR3-8 IO(GPIO) L101
AC9 VDDR3-9 AE16
AC10 Power VI_AVDD1 C2226 C2228
VDDR3-10 AE21 0.1uF 10uF
AC18 VDDR3-11 VI_AVDD2 AF16 VI_AVDD
AC19 VI_AVDD3
AC21 VDDR3-12 VI_AVDD4 AF15
VDDR3-13 AF22
AD9 VI_AVDD5
AD10 VDDR3-14 VI_AVDD6 AG17 C2225 C2231
VDDR3-15 AG19 0.1uF 0.1uF
AD16 VI_AVDD7
AD19 VDDR3-16 VI_AVDD8 AF20
VDDR3-17 Video ADC AG23 C2222 C2229
AD21 VDDR3-18 VI_AVDD9 AH18 0.1uF 0.1uF C2233
Power VI_AVDD10 0.1uF
G10 VDDR4-1 AH16
G11 VI_AVSS1
H10 VDDR4-2 VI_AVSS2 AH20
VDDR4-3 DVI Out AH22
H11 VI_AVSS3
VDDR4-4 Power VI_AVSS4 AJ17
AJ19
G9 VI_AVSS5
H9 VDDR5-1 VI_AVSS6 AG15
VDDR5-2 AJ23
VI_AVSS7 AK16
P7 VI_AVSS8
VDDR6-1 AK18
P8 VDDR6-2 VI_AVSS9 AG21
R7 DVI In VI_AVSS10 OSC_AVDD
VDDR6-3
Power AG24
T7 OSC_AVDD
T8 VDDR7-1
VDDR7-2 AH24 VPVDD VPVDD12
OSC_AVSS C2221
AC13 OSC_GUARD AF24 0.1uF
VDDR8-1 USB 2.0
AD13 PORTA
VDDR8-2 Power VPVDD AJ26
AK27
AC14 VDDR9-1 VPVDD12
AD14 PORTB
VDDR9-2 AJ25 MPVDD
PLLs, VCXO & XTAL VPVSS
D23 Memory IOs
V18-1 Power C30
AE27 V18-2 Power MPVDD
R23
V18-3 MPVSS C29 PMIVDD
H15 Non-Memory IOs
R8 VDDC18-1 PMIVDD K7
VDDC18-2 Power
AC16
VDDC18-3 PMIVSS K8
APVDD
AD15
APVDD
AC15
APVSS
Memory D8 AV1_V_SW
PCI Interface SPI Stick GPIOB23 007:E5
C8 AV1_S_SW
GPIOB22 B8 AV2_V_SW 007:E4
GPIOB21 007:C10
GPIOB20 E8 AV2_S_SW 007:C9
PMIVDD MPVDD VPVDD12 VPVDD
APVDD
C2217 C2220 C2224 C2230 C2232
0.1uF 0.1uF 0.1uF 0.1uF 0.1uF
+3.3V_L
+3.3V_L
R104
4.7K
USB_PWR_DOWN
/COFDM_RESET 007:G6 006:J7
PC_SER_CLK 004:A8;004:H8
PC_SER_DATA 004:A8;004:H8
/X260_FRC_RESET 008:J8
RGB_SW 004:H8
COMP2_SW 004:I1
COMP1_SW 004:G1
+3.3V_L
R1035 R1033 R1031 R1029
4.7K 4.7K 4.7K 4.7K
READY READY READY 120Hz
MODEL Define R1036 R1034 R1032 R1030
READY READY READY READY
Option