5
1 60
D1 C2 C3 C4 C26 C27
X7R 25V 1210 X7R 25V 1210 X7R 25V 1210 X7R 25V 1210 X7R 25V 1210
01.TCON R59
WP_E
NC1%
WP
1% 0603
1 R60
R64 R66 R67
0603 5% 0402 5% 0402 5% 0402
R61 R63 5%
NC 0603
5% 0603
G
4
EDID_WP
FPC connector R62
1% 0603 DS1406A D4
03.DC_DC_1 07.Multi-Vcom
SCL R69 1% 0603
SCL_I
SDA R70 1% 0603
SDA_I C28
X7R 25V 0603 EDID_WP SCL_I SDA_I U1
EDID_WP SCL_I SDA_I
8 7 6 5 VCC WP SCL SDA A0 A1 A2 GND 5% 0402
1 2 3 4
SOT416GSD
V12_IN
05.Gamma_A 06.Gamma_B J1
04.DC_DC_2
51
LVDS connector
3
5% 0402
V12
R57
Q2 R58 1% 0402
E_SCL
X7R 16V
2
Close to U101
C21
NC R52
5% 0805
C22
X7R 16V
0402
NC
H1
5% 0805
H2 H3
R53 X7R 16V
0402
NC5%
R54
0805
NC X7R
C24
16V 0402
H4
R55
5% 0805
H5
NC X7R
C25
16V 0402
C13
NCX7R 16V 0603
C
Close to J1
GND R18
NC5% 0402
R3 R4 R5 R6
NC5% NC5% NC 5% NC5%
H6
0402
SWAPL_M GOAEN SPDEN DCREN
R44 R46 R47 R48 R49
5% 0402 5% 0402 5% 0402 5% 0402 5% 0402
ODEN
RxD0+ RxD1-
5% 0805
Date:
NC5%
RxD1+ RxD2-
0402 Size A1 1
LDIO1 1
LDIO2 1
C14
Close to U101 16V 0603
DUAL
R7 R51
5% 0402 5% 0402
R50
OSCSEL
0402
RxD2+ RxDCLK+ RxD3+ RxD4+ RxDCLKRxD3RxD4-
Wednesday, October 01, 2008 Sheet
PAD
C12
PAD
NCX7R
1
RxD0-
5%
1
NCX7R
V3D3_M
PAD
RXODP4
0402
PAD
RXODN4
1% 0402
5%
PAD
YDIOD_L
1
R16
PAD
RXODP3
1
5%
PAD
YCLK_L
PAD
R28 0603
5%
1
1 5%
R25 0603
RXODN3
1
PAD
R38 0603 R27 0603
1
1
1
R26 0603
R24 0603
RXODPCLK
YDIOB_L
RXODNCLK
YOEB_L
PAD
1
1
YCLK_R
D
YDIOD_R
VCOM_G2
VCOM_G1
VCOM_A
YDIOB_L YCLK_L YOEB_L YOE1_L YDIOD_L
VGL_L
VGHC
DUAL LDIO1
VCOM_S1
VG_B9 VG_B8 VG_B7 VG_B6 VG_B5 VG_B4 VG_B3 VG_B2 VG_B1 VG_A9 VG_A8 VG_A7 VG_A6 VG_A5 VG_A4 VG_A3 VG_A2 VG_A1
VG_B18 VG_B17 VG_B16 VG_B15 VG_B14 VG_B13 VG_B12 VG_B11 VG_B10 VG_A18 VG_A17 VG_A16 VG_A15 VG_A14 VG_A13 VG_A12 VG_A11 VG_A10
GSEL_L XPOL_L XSTB_L
V3D3_M
VTOP
VBOT
AVDD_L
LV2P4 LV2N4 LV2P5 LV2N5 LV2P6 LV2N6 LV2P7 LV2N7
LV2P4 LV2N4 LV2P5 LV2N5 LV2P6 LV2N6 LV2P7 LV2N7
LV2P0 LV2N0 LV2P1 LV2N1 LV2P2 LV2N2 LV2P3 LV2N3
LV2PCLK LV2NCLK
LV2P0 LV2N0 LV2P1 LV2N1 LV2P2 LV2N2 LV2P3 LV2N3
RV2P4 RV2N4 RV2P5 RV2N5 RV2P6 RV2N6 RV2P7 RV2N7
RV2P4 RV2N4 RV2P5 RV2N5 RV2P6 RV2N6 RV2P7 RV2N7
RV2P0 RV2N0 RV2P1 RV2N1 RV2P2 RV2N2 RV2P3 RV2N3
RV2PCLK RV2NCLK
RV2P0 RV2N0 RV2P1 RV2N1 RV2P2 RV2N2 RV2P3 RV2N3
GSEL_R XPOL_R XSTB_R
V3D3_S
VTOP
VBOT
AVDD_R
VG_B9 VG_B8 VG_B7 VG_B6 VG_B5 VG_B4 VG_B3 VG_B2 VG_B1 VG_A9 VG_A8 VG_A7 VG_A6 VG_A5 VG_A4 VG_A3 VG_A2 VG_A1
VG_B18 VG_B17 VG_B16 VG_B15 VG_B14 VG_B13 VG_B12 VG_B11 VG_B10 VG_A18 VG_A17 VG_A16 VG_A15 VG_A14 VG_A13 VG_A12 VG_A11 VG_A10
VCOM_S2
COMF
LDIO2 DUAL
VGHC
VGL_R
YDIOD_R YOE1_R YOEB_R YCLK_R YDIOB_R
VCOM_A
VCOM_G3
VCOM_G4
G2 G1 GND 60 59 VCOM_G4 58 VCOM_G3 57 VCOM_A2 GND 56 55 YDIOD_R 54 YOE1_R 53 U_DL_R 52 YCLK_R 51 YDIOU_R 50 DUMMY VGL_R 49 48 DUMMY 47 VGHC 46 VGHC 45 DUMMY 44 X10_LDIO1 43 X9_LDIO2 42 DUAL 41 COMF 40 VCOM_S2 GND 39 38 VG_B18 37 VG_B17 36 VG_B16 35 VG_B15 34 VG_B14 33 VG_B13 32 VG_B12 31 VG_B11 30 VG_B10 29 VG_A18 28 VG_A17 27 VG_A16 26 VG_A15 25 VG_A14 24 VG_A13 23 VG_A12 22 VG_A11 21 VG_A10 GND 20 19 VG_B9 18 VG_B8 17 VG_B7 16 VG_B6 15 VG_B5 14 VG_B4 13 VG_B3 12 VG_B2 11 VG_B1 10 VG_A9 9 VG_A8 8 VG_A7 7 VG_A6 6 VG_A5 5 VG_A4 4 VG_A3 3 VG_A2 2 VG_A1 GND 1
GND LV1P4 LV1N4 LV1P5 LV1N5 LV1P6 LV1N6 LV1P7 LV1N7 GND LV1PCLK LV1NCLK GND LV1P0 LV1N0 LV1P1 LV1N1 LV1P2 LV1N2 LV1P3 LV1N3 GND LV2P4 LV2N4 LV2P5 LV2N5 LV2P6 LV2N6 LV2P7 LV2N7 GND LV2PCLK LV2NCLK GND LV2P0 LV2N0 LV2P1 LV2N1 LV2P2 LV2N2 LV2P3 LV2N3 GND XAVDD XAVDD XAVDD XAVDD VBOT VBOT VTOP VTOP GND XVCC XVCC XVCC GND GSEL_L XPOL_L XSTB_L GND
G2 G1 GND 60 59 VG_B18 58 VG_B17 57 VG_B16 VG_B15 56 55 VG_B14 54 VG_B13 53 VG_B12 52 VG_B11 51 VG_B10 50 VG_A18 49 VG_A17 48 VG_A16 47 VG_A15 46 VG_A14 45 VG_A13 44 VG_A12 43 VG_A11 42 VG_A10 GND 41 40 VG_B9 39 VG_B8 38 VG_B7 37 VG_B6 36 VG_B5 35 VG_B4 34 VG_B3 33 VG_B2 32 VG_B1 31 VG_A9 30 VG_A8 29 VG_A7 28 VG_A6 27 VG_A5 26 VG_A4 25 VG_A3 24 VG_A2 23 VG_A1 GND 22 21 VCOM_S1 GND 20 19 DUAL 18 X4_LDIO1 17 X3_LDIO2 16 Dummy 15 VGHC 14 VGHC 13 Dummy 12 VGL_L 11 Dummy YDIOU_L 10 9 YCLK_L 8 U_DL_L 7 YOE1_L YDIOD_L 6 GND 5 4 VCOM_A1 3 VCOM_G1 2 VCOM_G2 GND 1
G2 G1 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
G2 G1 GND 60 XAVDD 59 XAVDD 58 XAVDD 57 XAVDD 56 55 VBOT 54 VBOT 53 VTOP 52 VTOP GND 51 50 XVCC 49 XVCC 48 XVCC GND 47 46 GSEL_R 45 XPOL_R 44 XSTB_R GND 43 42 RV1P4 41 RV1N4 40 RV1P5 39 RV1N5 38 RV1P6 37 RV1N6 36 RV1P7 35 RV1N7 GND 34 33 RV1PCLK 32 RV1NCLK GND 31 RV1P0 30 29 RV1N0 28 RV1P1 27 RV1N1 26 RV1P2 25 RV1N2 24 RV1P3 23 RV1N3 GND 22 21 RV2P4 20 RV2N4 19 RV2P5 18 RV2N5 17 RV2P6 16 RV2N6 15 RV2P7 14 RV2N7 GND 13 12 RV2PCLK 11 RV2NCLK GND 10 9 RV2P0 8 RV2N0 7 RV2P1 6 RV2N1 5 RV2P2 4 RV2N2 3 RV2P3 2 RV2N3 GND 1
2
RXODP2
S
1
PAD
R37 0603
1
YOE1_R
RXODN2
YDIOB_R
PAD
01.TCON
PAD
5% 0402
1
0402
1
PAD
YOEB_R
RXODP1
X7R 16V 0603
PAD
PAD
0402
1
1
XSTB_L
RXODN1
1
C7
RXODP0
SOD523
PAD
D2
RXODN0
1
PAD
SOD523
PAD
D3
RXOBP4
1
R1
1
1% 0402
RXOBN4
RxB2+ RxBCLK+ RxB3+ RxB4+ RxBCLKRxB3RxB4-
PAD PAD
R21
RXOBP3
RxB2-
1
RxB1+
1
NC 5% 0402
RXOBN3
LVDSORD_IN
RXOBPCLK
RxB1-
PAD
RESET Path balance between U101 &U201
PAD
1% 0603
1
AG_IN
RXOBNCLK
RxB0+
1
YV1C_M
RXOBP2
RxB0-
PAD
X7R 10V 0603
V3D3_M
PAD
R10
1
RSTN
1
YCLK_M YOE1_M GSEL_M
RXOBN2
5% 0402
RXOBP1
R12
PAD
NC
PAD
R11
1
YOE1
RXOBN1
XOUT_M
PAD
5%
1
PAD
NC
PAD
PAD
RXOBP0
YOE1_M YDIO_M XSTB_M GSEL_M YCLK_M XPOL_M PWM_M
PAD
LV2PCLK LV2NCLK
GSEL_L
RXOBN0
1
R65
1
YV1C_M
PAD
XSTB_M XPOL_M YDIO_M
1
V3D3_M LV2P[0..7] LV2N[0..7]
XSTB_R
PWM_M
GND RESET
XSTB_M
VGL_L E_SDA E_SCL
5%
1
1
YV1C_M
XPOL_L
PAD
L1
RSTN 1
GND
PAD
GND AVDD_L
VGHC SWAPL_M GOAEN SPDEN DCREN ODEN AGBSEN LVDSORD VSEL
1
VGL_L VGHC EXSDA_M EXSCL_M PAD
02.DC_DC_1
1
5%
V3D3_M R31 0603
XPOL_M
NC5% AVDD_L 1
PAD
1
60
V3D3_M VBOT VTOP OSCSEL
1
VTOP
1
YDIO_M
NC5% VBOT R34 0603
PAD
OSCSEL
PWM_M XSTB_M XPOL_M YDIO_M XBDO_M YCLK_M YOE1_M GSEL_M YOE3_M YOE4_M YV1C_M
1
R42 0805
V1D2_M 1
YCLK_M
R41 0805
VCOM_G3 VCOM_G4
PAD
PWM_M
V1D2_M
1
B
V3D3_M
PAD
V1D2_M V3D3_M V1D2_M
YOE1_M
V12_IN
1
03.DC_DC_2 R30 0603
E_SDA
X7R 25V 0805
VCOM_G4 1
1
1
COMF R33 0603
5%
1
60
VCOM_G3 XPOL_R
1
LS1206A13
VCOM_S2
VCOM_S2 SWAPL_M GOAEN SPDEN DCREN ODEN AGBSEN LVDSORD VSEL
GSEL_M
GND 1
R29 0603
1
A
R43 0603
VCOM_G2
VCOM_S1 VCOM_A VCOM_G1 VCOM_G2
PAD
06.Multi_Vcom
LV2P[0..7] LV2N[0..7]
Close to U101 GSEL_R
E_SCL
C1
VGL_R VCOM_G1
1
VGL_R AVDD_R
V3D3_M
GA_SCL GA_SDA GB_SCL GB_SDA AG_IN
F1
AVDD_R VCOM_A V3D3_M
YV1C_M
AVDD_R
V3D3_S VG_B_1 VG_B_3 VG_B_16 VG_B_18 VG_B_2 VG_B_17
AVDD_L
SCL E_SCL E_SDA WP_E SDA LVDSORD_IN
COMF VCOM_S1 GA_SCL
1
R32 0603
J3
1
1
V3D3_M AVDD_L
3
1
60
V3D3_S VGB1 VGB3 VGB16 VGB18 VGB2 VGB17 GA_SDA
RXODNCLK RXODPCLK
AVDD_R GA_SCL
RXODN3 RXODP3 RXODN4 RXODP4
V3D3_M AVDD_L
GA_SDA 5%
RXODP[0..4]
C17
RXODN[0..4]
AVDD_L GB_SCL PAD
RXODP[0..4]
GND
GB_SDA
NC
RXODNCLK RXODPCLK
DS2114B
GB_SCL 5%
RXODN[0..4]
V3D3_M GB_SDA
RV2P[0..7] RV2N[0..7]
C16
RXODN0 RXODP0 RXODN1 RXODP1 RXODN2 RXODP2
1206
AVDD_L PAD
RV2PCLK RV2NCLK
X7R 16V 0603
5%
RV2PCLK RV2NCLK
AVDD_L
RV2P[0..7] RV2N[0..7]
X7R 16V 0603
NC
RXOBNCLK RXOBPCLK
Close to U101 X7R 16V 0603
RXOBP[0..4]
C15
RXOBN3 RXOBP3 RXOBN4 RXOBP4
V12_IN PAD
RXOBNCLK RXOBPCLK
V3D3_M R39 0603
J4
RXOBP[0..4]
5%
RXOBN[0..4]
NC
RXOBN[0..4]
C20
RXOBN0 RXOBP0 RXOBN1 RXOBP1 RXOBN2 RXOBP2
PAD
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 G1 G2 G3 G4 G5 G6 G7 G8 G9 G10
5%
4
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 G1 G2 G3 G4 G5 G6 G7 G8 G9 G10
NC
1
C19
PAD
PAD
1
X7R 16V 0603 5%
PAD
X7R 16V 0603
NC
1
X7R 16V 0603
VG_A[1..18]
C18
VCOM_REF
PAD
V12
VG_B[1..18] VG_A[1..18]
5%
VCOM_REF
5%
R36 0603
VG_B[1..18]
R35 0603
PAD
V12
D
J5
D
PAD
J6
VDD VDD VDD VDD VDD GND GND GND GND R2_0R2_0+ R2_1R2_1+ R2_2R2_2+ GND R2_CLKR2_CLK+ GND R2_3R2_3+ R2_4R2_4+ GND R4_0R4_0+ R4_1R4_1+ R4_2R4_2+ GND R4_CLKR4_CLK+ GND R4_3R4_3+ R4_4R4_4+ GND NC NC NC NC NC LVDS_SEL NC NC NC NC NC NC
S
1
5 1
D
PAD
YOE1_L
NCX7R
C9
16V 0603
NCX7R
C10
16V 0603
NCX7R
C11
Close to U101 16V 0603
16V 0603 LDIOD1
LDIOD2
PAD
PAD
NC
R22
5% 0402
R23
C
AGM 5% 0402
05.GAMMA_B 04.GAMMA_A C8
AGBSEN
60Hz & 120Hz S-IC Setting
X7R 16V 0603
V3D3_M R17
5% 0402
R19
LVDSORD
R20
G Q1
NC5% 0402
SOT416GSD
V3D3_M
5% 0402
Close to J1
V3D3_M B
C6
R8 VSEL
NC5%
YV1C_M 0402
R68
V3D3_M Close to U101 terminal resistor(100 ohm)
1% 0402 E_SDA
A
H7
C23 R56
Model Name
Document Number
T520HW01 V0 00.C-PCB Block 1 of 7
EC04
Rev
1
LV2NCLK
4 1
Close to U101
LV2PCLK
LV2P[0..7]
LV2N[0..7]
2
RV2NCLK
RV2PCLK
3
4 1
RV2N[0..7]
4
RV2P[0..7]
5
VDD_V3D3
BA102
BA101
CMS04-2012C
CMS04-2012C
3 2
3 2
D
C124
C125
C126
X7R 50V 0402
X7R 16V 0603
X7R 16V 0603
C121
C122
C123
X7R 50V 0402
X7R 16V 0603
X7R 16V 0603
D
LV2P6 LV2N6 LV2P7 LV2N7
LV2NCLK_F LV2PCLK_F LV2P4 LV2N4 LV2P5 LV2N5
LV2P2 LV2N2 LV2P3 LV2N3
For B1 & K1 Compatible
RV2P6 RV2N6 RV2P7 RV2N7 LV2P0 LV2N0 LV2P1 LV2N1
RV2P5 RV2N5
VDD_V1D2
R120
Close to U101-Pin64
5% NC 0603
R119
V3D3_M
L102
VDD_V3D3
LS0603A10 C106
C105 B
GND
X7R 16V 0603
C107
X7R 50V 0402
X7R 16V 0603
C108
XIN_M
PAD
X7R 16V 0603
PAD XOUT_M
1
PWM_M OSCSEL
PWM_M
YOE3_M YOE4_M YV1C_M
RSTN
Close to U102
RSTN
U102 5 SDA 6 SCL 7 WP 8 VCC
INSDA_M INSCL_M EPWP_M
R115
R116
R117
1% 0402
1% 0402
1% 0402
R118 0603
GND A2 A1 A0
4 3 2 1
B
1% D101
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
XOUT_M
96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65
G1
1
YOE3_M YOE4_M YV1C_M
X7R 16V 0603
GNDE_M
1%
VDD_V1D2
VSEL XSTB_M XBDO_M XPOL_M YDIO_M YCLK_M YOE1_M GSEL_M
PAD
R122 0603
AUO12401 K1
C118
1
1%
X7R 50V 0402
VCCE_M
R121 0603
C119
X7R 16V 0603
PAD
X7R 16V 0603
C120
LS0603A10 VSEL XSTB_M XBDO_M XPOL_M YDIO_M YCLK_M YOE1_M GSEL_M
1
X7R 16V 0603
V3D3_M
L103
EPWP_M
X7R 50V 0402
Close to U101-Pin56
PAD
X7R 16V 0603
RV2N1 RV2P1 RV2N0 RV2P0
SWAPL_M GOAEN SPDEN DCREN ODEN AGBSEN LVDSORD
1
C104
SWAPL_M GOAEN SPDEN DCREN ODEN AGBSEN LVDSORD
INSCL_M
C103
U101
C
64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33
PAD
C102
TEST SWAPL GOAEN SPDEN DCREN ODEN AGBSEN LVDSORD VDDIO GND VDDC12 VSEL XSTB XBDO XPOL YDIO YCLK YOE1 YOE2 VDDIO GND YOE3 YOE4 YV1C GND VDDC12 RSTN INSDA INSCL EPWP EXSDA EXSCL
INSDA_M
C101
0402
PAD
LS0603A10
PV3P RV3N VDDWR PFCAP RVCLKP RVCLKN RV4P RV4N RV5P RV5N VDDM GND RV6P RV6N RV7P RV7N GND RMLVDS VDDIO REXT VDDC12 VDDC12 GND VDDIO GND GND VDDIO GND PWM OSCSEL XIN XOUT
NC5%
1
L101
97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128
R123
1
RV2PCLK_F RV2NCLK_F RV2N3 RV2P3 RV2N2 RV2P2
Close to U101-Pin118 V1D2_M
16V
RV2N RV2P GND VDDM RV1N RV1P RV0N RV0P LV7N LV7P LV6N LV6P GND VDDM LV5N LV5P LV4N LV4P GND VDDC12 LVCLKN LVCLKP LV3N LV3P LV2N LV2P GND VDDM LV1N LV1P LV0N LV0P
C
16V
RXINO0N RXINO0P RXINO1N RXINO0P RXINO2N RXINO2P VDDL GND RXCLKON RXCLKOP RXINO3N RXINO3P RXINO4N RXINO4P VDDL GND VDDC12 VDDC12 GND RXINE0N RXINE0P RXINE1N RXINE1P RXINE2N RXINE2P VDDL RXCLKEN RXCLKEP RXINE3N RXINE3P RXINE4N RXINE4P
C1280603 X7R RV2N4 RV2P4
5% 0603
G1
C1271210 X7R
VDD_V3D3
Close to U101-Pin127
5
RXOBP2 RXOBPCLK
RXOBP3 RXOBP4
R107 1% 0402 RXODN1 R108 1% 0402 RXODN2 R109 1% 0402 RXODNCLKR110 1% 0402 RXODN3 R111 1% 0402 RXODN4 R112 1% 0402
Close to U101
4
RXODNCLK RXODPCLK RXODN3 RXODP3 RXODN4 RXODP4
RXODN0 RXODP0 RXODN1 RXODP1 RXODN2 RXODP2
EXSDA_M EXSCL_M
C117
EXSDA_M EXSCL_M
DS1005A
X7R 16V 0603
VDD_V1D2
RXODP0
C111
C112
C113
RXODP1
X7R 50V 0402
X7R 16V 0603
X7R 16V 0603
RXODP2 VDD_V3D3
A
RXODPCLK C114
C115
C116
X7R 50V 0402
X7R 16V 0603
X7R 16V 0603
RXODP3 RXODP4
3
RXODPCLK
0603 NPO 50V 0603
RXOBP1
RXODN0
RXODP[0..4] RXODNCLK
1%
RXOBP0
RXODN[0..4]
C110
R101 1% 0402 RXOBN1 R102 1% 0402 RXOBN2 R103 1% 0402 RXOBNCLKR104 1% 0402 RXOBN3 R105 1% 0402 RXOBN4 R106 1% 0402
RXOBPCLK
R114
A
RXOBN0
RXOBNCLK
1% 0603
RXOBP[0..4]
NPO 50V 0603
RXOBN[0..4]
R113
RXOBN0 RXOBP0 RXOBN1 RXOBP1 RXOBN2 RXOBP2
C109
RXOBNCLK RXOBPCLK RXOBN3 RXOBP3 RXOBN4 RXOBP4
1
GND VDD_V1D2 VDD_V3D3
4
3
2
Y101
Model Name
T520HW01 V0 Size A3
Close to U101-Pin33 2
Date:
Document Number
Rev
EC04
01.TCON Tuesday, September 30, 2008
Sheet 1
2
of
7
4
3
2
AVDD_L
NC0603
R321 5%
Layout closely to IC, far from D301 and L301 TI65161: R301=127K; R303=10K; C306=120pF
15.73±0.08V
1
C301, C302 put closed to L301
1
PAD
5
D
C301
C302
X7R 25V 1210
X7R 25V 1210
S
C304
C303
C313
X7R 25V 1210
X7R 25V 1210
R320
1% 0603
GND
0805
Q301
0603
C314
C315
C316
C317
C318
X7R 25V 1210
X7R 25V 1210
X7R 25V 1210
X7R 25V 1210
X7R 25V 1210
SOT23GSD X7R 0603 10V
NPO 50V 0603
R302
GND
X7R 50V 0603
C306
1% 0402
TI65161: R313=0 ; C307=22n
C309 R303
R313
FB
C307 25V
1% 0402
2 0402
SS
5%
COMP
27
GD
U305
0603 1
GD
2 C344
3
OS
C310 X7R
26
DLY2
X7R 25V 0603
16V 0402
C308 25V X7R 0805
4
SW
DLY1
SW
REF
C311 X7R
25
25V 0402
V12 C345 X7R 25V 0603
C343
3
X7R 25V 1210
4
0402 1%
0402 1%
SS
EN
BST
COMP
VIN
FB
SW
GND
AVDD_L
R377
1/2 AVDD soft-start
X7R 0603
Vo1
D
R378
R312 16V X7R 0402
28
C347
NC
C309: AVDD soft-start time control
U301 1
AVDD_L
5%
R301
DS2010B
AVDD_L
D
G1
LS4040A 25%
R326
Vo1
8 R374
7
VFB=0.9V
6 5
G1
V12
D301
SW
G
L301
V12
R376
R375
0402 1%
0402 1%
0402
NCC3461%
C342
X7R 10V 0603
X7R 50V 0402 VTOP
SW
REF C312
X7R
NC50V 0805
6
PGND
Current limit R to reduce inrush current during YV1C switch
23
GND
X7R 16V 0603
C310: AVDD and VGH delay time control C311: VGL delay time control
D306
PGND
8 C351
SUP
VINB
5% 1206
C357
D304
X7R 25V 0805
NC NCDS1406A
V12 C352
NCX7R 50V
VGL_L
1206
NC
D303
VGL_L
R323 0603
1
1210
D305 DS1406A
J
PAD
R307 0402 1%
VGL_L
REF
R308 0402
C353
A 5% C354
R311
X7R 1206 16V
0805 1%
9
EN2
VINB
X7R 50V 0805
10
DRP
NC
X7R 50V 0805
11
DRN
SWB
20
C330
C331
X7R 25V 0603
X7R 25V 1210
VBOT
VBOT 1
PAD
C
K
19
V3D3_M
L302
18
LS4040A 25%
Layout close to IC SOT23AKJ
12
V12
FREQ
13 1%
17
BOOT
FBN
EN1
FBP
FBB
16
C332 50V X7R 0603
R322 C333
C334
X7R 10V 1206
X7R 10V 1206
DS2010A
V12
G1
14
NC 1% 0402
R304
C335
1% 0402
X7R 16V 0603
R328
1% 0402
5% 0603
NC
5% 0805
V3D3_M
V1D2_M
V1D2_M
U302 R327
15 I R305
Vin
C336
G1 R310
V3D3_M V1D2_M
D302
R309
Layout closely to Pin13 and far from D203, D204, D205,D206 and D207 TI65161: R207=49.9K; R208=10K
VBOT R373 5% 0603
1
C358
NCX7R 50V
NC
X7R 50V 1206
X7R 10V 1206
X7R 10V 1206
PAD
C355
X7R 10V 1206
V12
21
R324
NC 5% 0603
DS2010A
C330 put closed to Pin 22 C331 put closed to Pin 20
Vo1
NC
AVIN
VTOP
R372 5% 0603
C339
NCC340
C341
22
C351 put closed to Pin 8
R330
VTOP
LS4040A 25%
PAD
NCDS1406A
PAD
1
NC
7
close pin7
L304
1% 0402
X7R 10V 1206
Layout closely to pin15 and far from L302 and D302 TI65161: R304=191K; R305=110K; C335=10pF
O
Vout
G
DS1406A
NC R331
1
close pin6
D309 D307
1206 5%
C
24
GND
C356
5
C337
C338
X7R 10V 1206
X7R 10V 1206
5% 0603
V3D3_M
Layout close to Pin14 and far from D203, D204, D205,D206 and D207 TI65161: R209=226K; R210=10.2K
1
PAD
VGH
VGH
VGHC
B
When YV1C initial value is "L" => the Q2, Q3, R8, R9, C10 are NC
R355
5% 0805
When YV1C initial value is "H" => add the Q2, Q3, R8, R9, C10 , and the R10 is NC
C375 NPO 50V 0402
1% 0603
1 2 3 4
RT CT ENB GD
FB COMP GND VCC
8 7 6 5
FB R350 GND V12
1%
0603
C378
NPO 50V 0402
MSOP08-0705A09
AVDD_L
X7R 25V 0603
Q315 RSS070N05 SO08-1307A
C379 X7R 50V 0402
1 2 3 4
R348
S1 D8 S2 D7 S3 D6 G4 D5
R352
X7R 50V 1206
X7R 50V 1206
1% NCX7R 25V NC0603 0603
VGHC
C383
5% 0805 C384
NC
X7R 50V 0805
2 3
C385 4 NPO 50V 0603
R358
R359
R360
R361
R362
5% 1206
5% 1206
5% 1206
5% 1206
5% 1206
R363
R364
R365
R366
R367
G1
11 GND
GND
1
R368 5% 0805
5% 0805
NC
VGH
VFLK
VGHM
CD
SVGHM RE
VDPM VD
YV1C_M
10 9 8 C386
7
X7R 50V 0603
U304
1% 0603
R369
Q317 G
Close to U303
R371
R357
R356
7
G1
VGH
NC
1% 0603
1% 0603
6
SOT23GSD
X7R 50V 1206
R353
8
D
GND
1% 0603
NC
6
X7R 50V 1206
FB
C376
R354
R351
U303 BD9306AFVM
R347
C382
GND
X7R 25V 1210
C381
5
DS2010A
C380
1
Q316 S C374
D
C373
LS4040A 25%
G
D308
V12
PAD
12
VGHC
5% 1206
NCSOT23GSD
5% 1206
5% 1206
5% 1206
5% 1206
R370
AVDD_L
1% 0402
1% 0603
S
L303
B
5
1% 0603
A
R349 1% 0603
C377 X7R 25V 0603
A
Power on sequence :12V =>3.3V =>VGL =>AVDD =>VGH
Model Name
T520HW01 V0 Size A2 Date: 5
4
3
2
Document Number
Rev
02.DC_DC_1 Tuesday, September 30, 2008 1
Sheet
EC04 3
of
7
4
3
2
1
AVDD_R
NC0603
R421 5%
15.73±0.08V
1
Layout closely to IC, far from D401 and L401 TI65161: R401=127K; R403=10K; C406=120pF
PAD
5
GND
C401
C402
X7R 25V 1210
X7R 25V 1210
Vo1 C404
C403
D
R420
Q401
C413
DS2010B
R401 X7R 25V 1210
X7R 25V 1210
S
V3D3_M
1% 0603
GND
X7R 50V 0603
C406 NPO 50V 0603
R402
0603
NC5% 0603
R403
R413
2 0402
5%
0805
SOT23GSD
FB
SS
COMP
GD
28
C409 X7R
X7R 25V 1210
X7R 25V 1210
X7R 25V 1210
X7R 25V 1210
X7R 25V 1210
27
OS
DLY2
0603
GD
SW
DLY1
SW
REF
PGND
GND
PGND
AVIN
26
25V X7R 0805
4
SW
5
25
24
C
6
7
V12
8
V12
C410 X7R
16V 0402
C411 X7R
25V 0402
C410: AVDD and VGH delay time control
9
10
SUP
VINB
EN2
VINB
DRP
NC
23
C411: VGL delay time control
REF C412 C
X7R 16V 0603
22
C430 put closed to Pin 22
C431 put closed to Pin 20
C430
C431
X7R 25V 0603
X7R 25V 1210
V12
21
20
19 V3D3_S
D403
C454
PAD
R407
VGL_R
NC
X7R 1206 16V
R411
K
NC
J
SOT23AKJ
11
V12
13
NC1% R429
SWB
18
LS4040A 25%
12
R408 0402
Layout closely to Pin13 and far from D403, D404, D405,D406 and D407 TI65161: R407=49.9K; R408=10K
DRN
L402
Layout close to IC
0805
NC1% NC
X7R 50V 0805
V3D3_M
FREQ
BOOT
FBN
EN1
FBP
FBB
17
16
C432 50V X7R 0603
C434
X7R 16V 1206
X7R 16V 1206
D402
V12
DS2010A
14
5% 0603 5% 0603
V3D3_S
V3D3_S C433
R430
G1
1
NC
0402 1%
C453
A
5%
G1
R423 0603
D
R412 16V 0402
C408
VGL_R
5%
C418
X7R 0603
TI65161: R413=0 ; C407=22n Vo1 3
REF
C417
C407 25V
1% 0402
B
C416
C409: AVDD soft-start time control
U401
1
VGL_R
C415
R428
1% 0402
C401, C402 put closed to L401
C414
AVDD_R AVDD_R
PAD
LS4040A 25% D
R426
SW
1
V12
D401
G
V12
L401
R404
C435
1% 0402
X7R 16V 0603
R425 5% 0805
B
15 R405
NC
R431 1% 0402
5% 0603
Layout closely to pin15 and far from L402 and D402 TI65161: R404=191K; R405=110K; C435=10pF
V3D3_M
A
A
Model Name
T520HW01 V0 Size A3 Date: 5
4
3
2
Document Number
Rev
EC04
03.DC_DC_2 Tuesday, September 30, 2008
Sheet 1
4
of
7
5
4
3
2
1
VG_A[1..18] VG_A[1..18]
VG_A1 C501
X7R 25V 0603
PAD
X7R 25V 0603
VG_A5
9
10
8 VCOM_FB
VDD_AMP
11
12
13
14
SDA
AVDD
SCL
22
GMA15
NC
5 4
V3D3_M
1% 0402
X7R 25V 0603
5% 0603
X7R 25V 1210
GND
R504 1% 0402 SDA_MGA SCL_MGA
AVDD_IGA
R506
R505
1% 0402
1% 0402
1% 0402
V3D3_MGA
C510
1%
C511
1 2 3 4
X7R 25V 0603
RN53
VG_A12
5% RNS08-3216
C512 X7R 25V 0603
1% 0402 R512
R533 1% 0603
6 5
VGM_A11
1% 0402
7
1% 0603
VGI_A6
8
VGI_A7
9
R538 1% 0603
R534
G1
1% 0603
VGM_A9
VGM_B16
VG_B_16
R541
V3D3_M
R529
V3D3_IGA 27
26 OUTCOM
INPCOM/DVROUT
29
28 SET
30
GND
OUT5
OUT14
OUT6
OUT13
OUT7
OUT12
G1
VGM_B1
VG_B_1
VSD
GND
VGI_A8
VGM_A12
31
AVDD
10
R539 1% 0603
AVDD
NC
8 7 6 5
VGI_A2 VGI_A3 VGI_A4 VGI_A5
RN55 5% RNS08-3216
25
VGI_A18
24
VGI_A17
23
VGI_A16
22
VGI_A15
21
AVDD_IGA
20
VG_A6 VG_A7 VG_A8 VG_A9
1 2 3 4
NC
8 7 6 5
VGI_A6 VGI_A7 VGI_A8 VGI_A9
B
RN56 5% RNS08-3216 C526 X7R 25V 0603
VG_A10 VG_A11 VG_A12 VG_A13
1 2 3 4
NC
8 7 6 5
19
VGI_A14
18
VGI_A13
RN57
17
VGI_A12
5% RNS08-3216 VG_A14 VG_A15 VG_A16 VG_A17
OUT11
U504B 7
VGI_A5
OUT15
OUT10
R535
VG_A11
6
R537
OUT16
1 2 3 4
16
1% 0603
5
OUT17
OUT4
15
VGM_A8
1% 0603
AVDD_IGA
OUT3
X7R 25V 0603
OUT18
VGI_A11
3
11
2
C525 060325V X7R
VG_A2 VG_A3 VG_A4 VG_A5
C529
VGI_A10
4
1% 0402
0603
BANK SEL
AVDD_MGA 4
U504A 1
1% 0402
1% 0603 R532
4 R530
VG_A8
X7R 25V 0603
PAD
3
VGI_A4
NC5%
14
AVDD_MGA VG_A18
C518
+
VG_A18 1
R536 X7R 25V 0603
PAD
R531
-
1
VGI_A3 VGM_A10
C517
VGI_A1
NC
R515
OUT2
SCL
VGM_A7
VG_A17
VG_A17
2
OUT1
13
PAD
1
VGI_A2
V_THERM
VGI_A1
5% RNS08-3216
X7R 25V 0603
SCL_IGA
1
C516
OUT9
VG_A16
U502
RN54
VG_A16
B
VGM_A13 VGM_A14 VGM_A15 VGM_A16
8 7 6 5
32
X7R 25V 0603
PAD
X7R 25V 0603
REFIN
1 2 3 4
C515
11
1
1% 0402
OUT8
VG_A15 VG_A15
C527
11
X7R 25V 0603
PAD
R513
C514
+
1
VG_A14
X7R 25V 0603
VGI_A9
VG_A14
VG_A1
SET_COMP
X7R 25V 0603
PAD
R518
1% 0402
C513
-
1
VCOM_REF
C528
VG_A13
VG_A13
SDA
PAD
X7R 0603 25V
R514
12
VG_A12
0402
C530
SDA_IGA
PAD
VGM_A9 VGM_A10 VGM_A11 VGM_A12
8 7 6 5
AVDD_IGA
VG_A11
1
C
R516
VG_A11 1
AVDD_L
5% 0603
R517
X7R 25V 0603
PAD
R527
1
1 2 3 4
NC
8 7 6 5
VGI_A10 VGI_A11 VGI_A12 VGI_A13
VGI_A14 VGI_A15 VGI_A16 VGI_A17
RN58 5% RNS08-3216
V3D3_IGA
1
C523
2
VG_A10 VG_A10
R503
3
G1
AGND
R502
7 6
G1
21
GMA7
GMA14
C519 X7R 25V 0603
A0
28
20
GMA6
GMA13
19
AVDD_MGA
5% RNS08-3216
DVDD
27
VGM_A8
RN52
AVDD
18
GND_AMP
GMA12
VGM_A7
VCOM
5% 0603
C524
0603
GMA5
X7R 25V 0603
C
R526
SCL_IGA
5% 0603
VCOM_REF V3D3_MGA
NC5%
GMA4
26
17
8 7 6 5
AGND
VGM_A6
1 2 3 4
VG_A8
GMA3
GMA11
16
25
15
VGM_A5
GMA0
VGM_A4
X7R 25V 0603
GMA10
C507
GMA1
U501
VG_A7
C509
PAD
VCOM_REF
5% 0603 R509
VG_A6
X7R 25V 0603
VG_A9
R524
SDA_IGA
NC
VG_A9 1
5% 0603 R508
C508
PAD
Intersil
R519 VG_A18
NC
VGI_A18
V1 & V18 => L255. V2 & V17 => L224. V3 & V16 => L192. V4 & V15 => L160. V5 & V14 => L128 V6 & V13 => L96. V7 & V12 => L64. V8 & V11 => L32. V9 & V10 => L0.
1% 0402
V3D3_IGA
R546
AVDD_MGA
9 10
VGM_B2
4
1% 0603
R545 VG_B_17
R543 1% 0603
VG_B17 1% 0402
U504D 14
13 12
VGM_B17
1% 0603
1% 0603 R549
1% 0603
R510 1% 0402
R511
R548
R544
VG_B_3
NC
5% 0603
1% 0603 R547
G1 11
4 1% 0402
U504C 8
11
VG_B2
+
V1 & V18 => L255. V2 & V17 => L224. V3 & V16 => L192. V4 & V15 => L160. V5 & V14 => L128 V6 & V13 => L96. V7 & V12 => L64. V9 & V10 => L0.
VG_B_2
AVDD_MGA
R542 -
R540
1% 0603
+
Maxim
-
A
R520
R521
1% 0402
1% 0402
1% 0402
1% 0603
VGM_B3 VG_B_18
Model Name
T520HW01 V0
VGM_B18 Size A2 Date:
5
D
R507 PAD
5% RNS08-3216
24
PAD
VG_A8 1
X7R 25V 0603
GA_SCL 5% 0603
VCOM_REF
GMA2
X7R 25V 0603
PAD
VG_A7 1
C522
X7R 25V 0603
C506
VG_A6 1
C521
R525
SCL_MGA
5% 0603
C505
PAD
GA_SDA
1
PAD
VG_A5 1
VG_A4
RN51 X7R 25V 0603
GA_SCL
R523
SDA_MGA
VGM_A1 VGM_A2 VGM_A3
8 7 6 5
C504
VG_A4 1
AVDD_L 5% 0603
1 2 3 4
GMA9
1
D
VG_A3
GA_SDA
R501
PAD
PAD
VG_A3
AVDD_MGA
1
X7R 25V 0603 C503
GMA8
1
VG_A2
C502
VG_A2
PAD
X7R 25V 0603
PAD
23
1
1
VG_A1
4
3
2
Document Number
Rev
04.Gamma_A Wednesday, October 01, 2008 1
Sheet
EC04 5
of
7
A
5
4
3
2
1
VG_B[1..18] VG_B[1..18]
VG_B1 X7R 25V 0603
VG_B2
VGB2
X7R 25V 0603
AVDD_MGB
VG_B10
C610 X7R 25V 0603
VGB16 VGB18
A
PAD 1
PAD
9
8 VCOM_FB
11
12
13
10 AVDD
AGND
VDD_AMP
1
R626
SCL_IGB
5% 0603
VG_B11
C611
VG_B12
1 2 3 4
8 7 6 5
VGM_B9 VGM_B10 VGM_B11 VGM_B12
AVDD_IGB
RN63
AVDD_L R614
5% 0603
5% RNS08-3216
VG_B13
1% 0402
C613
C628 R612
VG_B14
C614
VG_B15
C615
VGM_B13 VGM_B14 VGM_B15 VGM_B16
R618 VG_B1
1% 0402
RN64
R613
5% RNS08-3216
1% 0402
X7R 25V 0603 C627 X7R 25V 0603
1 2 3 4
VG_B17
NC
VGI_B2 VGI_B3 VGI_B4 VGI_B5
8 7 6 5
VGB17
VG_B18
C618 C625 0603 25V X7R
X7R 25V 0603
VGI_B1
1
VGI_B2
2
VGI_B3
3
VGI_B4
4
AVDD_IGB
5 6
VGI_B5
7
VGI_B6
8
VGI_B7
9 G1
VG_B1 VG_B3 VG_B16
V3D3_M
R629
OUT1 OUT2 OUT3
26
RN65 U602
C617 X7R 25V 0603
VG_B2 VG_B3 VG_B4 VG_B5
VG_B16
C616 X7R 25V 0603
VGI_B1
NC 1% 0402
27
X7R 25V 0603
8 7 6 5
5% 0603
B
OUT18 OUT17 OUT16
OUT4
OUT15
AVDD
AVDD
GND
GND
OUT5
OUT14
OUT6
OUT13
OUT7
OUT12
G1
V3D3_IGB
VG_B18
5% RNS08-3216
OUTCOM
X7R 25V 0603
1 2 3 4
INPCOM/DVROUT
X7R 25V 0603
V3D3_IGB
X7R 25V 0603
R627
28
X7R 25V 0603 C612
V1 & V18 => L255. V3 & V16 => L192. V4 & V15 => L160. V5 & V14 => L128 V6 & V13 => L96. V7 & V12 => L64. V8 & V11 => L32. V9 & V10 => L0.
R620
R621
1% 0402
1% 0402
VGI_B18
24
VGI_B17
23
VGI_B16
22
VGI_B15
21
AVDD_IGB
20 19
VGI_B14
18
VGI_B13
17
VGI_B12
VG_B6 VG_B7 VG_B8 VG_B9
1 2 3 4
NC
VGI_B6 VGI_B7 VGI_B8 VGI_B9
8 7 6 5
RN66 5% RNS08-3216 C626 X7R 25V 0603
VG_B10 VG_B11 VG_B12 VG_B13
1 2 3 4
NC
VGI_B10 VGI_B11 VGI_B12 VGI_B13
8 7 6 5
RN67 5% RNS08-3216 VG_B14 VG_B15 VG_B16 VG_B17
1 2 3 4
NC
VGI_B14 VGI_B15 VGI_B16 VGI_B17
8 7 6 5
RN68 5% RNS08-3216
Intersil
R619 VG_B18
NC
VGI_B18
1% 0402 R610
NC
Maxim
25
V3D3_IGB
VGB3
GB_SCL 5% 0603
C
OUT11
VGB1
PAD
R625
SCL_MGB
V3D3_MGB
OUT10
VG_B18 1
GB_SDA
5% 0603
16
PAD
1% 0402
15
VG_B17 1
R605
1% 0402
VGI_B11
PAD
R606
R623
R624
SDA_IGB
VGI_B10
1 B
SCL_MGB
1
29
VG_B16
GMA15
SDA_MGB
2
SET
PAD
AGND
3
BANK SEL
1
SCL
14
VG_B15
SDA
AVDD
GB_SCL
5% 0603
30
PAD
21
GMA7
SDA_MGB
VSD
VG_B14 1
20
A0
1% 0402
4
SCL
PAD
19
GMA6
G1
VG_B9
C609 X7R 25V 0603
AVDD_MGB
5% RNS08-3216 C619 X7R 25V 0603
DVDD
GMA14
RN62
GMA5
13
1
18
R604
5
SCL_IGB
VG_B13
VGM_B7
6
31
PAD
17
VGM_B8 X7R 25V 0603
VG_B12 1
VGM_B6
VCOM
GND_AMP
SET_COMP
PAD
C608
8 7 6 5
GMA4
SDA
1
VG_B8
1 2 3 4
GMA3
GB_SDA
GND
7
12
VG_B11
16
X7R 25V 1210
SDA_IGB
PAD
X7R 25V 0603
5% 0603
32
1
VGM_B5
C607
X7R 25V 0603
1% 0402
V3D3_M
C624
R603
REFIN
VG_B10
15
NC
0603
R602
V_THERM
C
VGM_B4
C623
NC5%
G1
PAD
VG_B7
28
1
U601 X7R 25V 0603
GMA13
VG_B9
R609
27
PAD
VG_B6
C606
GMA12
1
V3D3_MGB
26
VG_B8
5% 0603
VG_B5
GMA11
PAD
X7R 25V 0603
25
VG_B7 1
R607
C605
GMA0
PAD
X7R 25V 0603
GMA10
VG_B6 1
C622
X7R 25V 0603
24
PAD
5% RNS08-3216
14
VG_B5 1
X7R 25V 0603
C621
GMA1
PAD
RN61
GMA2
1
VG_B4
C604
GMA9
VG_B4
X7R 25V 0603
VGM_B1 VGM_B2 VGM_B3
8 7 6 5
GMA8
PAD
1 2 3 4
23
1
D
C603
22
VG_B3
AVDD_L 5% 0603
VG_B3
D
R601
OUT9
PAD
OUT8
1
C602
11
VG_B2
10
PAD
VGI_B9
1
C601
VGI_B8
VG_B1
1% 0402
R611 1% 0402
V1 & V18 => L255. V2 & V17 => L224. V3 & V16 => L192. V4 & V15 => L160. V5 & V14 => L128 V6 & V13 => L96. V7 & V12 => L64. V8 & V11 => L32. V9 & V10 => L0.
Model Name
T520HW01 V0 Size A2 Date: 5
4
3
2
Document Number
Rev
05.Gamma_B Tuesday, September 30, 2008 1
Sheet
EC04 6
of
7
A
4
3
VCOM_REF
2
AVDD_C
AVDD_C R707
+
NC
11
1
5% 0603
D
VR701
AVDD_R
R736 0603 R737 0603
AVDD_C
NC LS0603A10
5%
NC5%
C709
C710
C711
X7R 50V 0402
X7R 25V 0603
X7R 25V 0805
3
25%
3
AVDD_L
NC2
VCOM_S1
R703
R702
NC5%
0603
4
NC5%
9
U701C
VR703 C701
NC2
25%
X7R 16V 0603
NC 5% 0603
10
VCOM_G1
R709
8
11
2
3
0603
U701A
1
4
NC5%
+
1
R701
L701
1
-
5
D
C703 X7R 16V 0603
R708
NC5%
0603
0603
AVDD_C
GND
AVDD_C
R727
R728
5% 0603
5% 0603
R705
NC5%
14 VR704 C702
2
12
NC
25%
X7R 16V 0603
R711
R725 0603
NC5% Q702 B NCSOT23BEC
NC5%
0603
Q701
NCSOT23BEC E
13
B
E
4
0603
U701D
11 G1
5% 0603
NC5%
VCOM_G2
R712
NC 5% 0603
C
3 5% 0603
1
1
VCOM_S1
VCOM_S2
11
NC
PAD
R735
PAD
VCOM_S1
NC
5
25%
C
+
2
VCOM_A
R706
-
VR702
3
6
7
VCOM_REF
1
4
0603
U701B
+
1
R710
NC5%
-
R704
C
AVDD_C
C704 X7R 16V 0603
C
0603
VCOM_S2
2
NC
R733
R734
PAD
5% 0603
NC 5% 0603
3 R714
NC5%
0603
C705
VR707
0603
2
9
NC
U702C
5% 0603
R720
NC5%
C707 X7R 16V 0603
0603
VCOM_G4
B
AVDD_C
AVDD_C
5% 0603
C
5% 0603
VCOM_G4
R721
8
NC
10
25%
X7R 16V 0603
4
NC5%
1% 0603
X7R 25V 0603
C713 X7R 25V 0603
VCOM_REF
R718
7 C706 5% 0603
14
4 11 G1
U702B
3
4 C712
11
5 R739
12
25%
+
6
-
1% 0603
NC2
13
R723
NC5%
NCSOT23BEC E
VR708 R738
0603
Q704 R724
NC5% Q703 B NCSOT23BEC
5% 0603
R726 0603
NC
C
AVDD_C
B U702D
+
COMF
-
AVDD_L
1
R722
NC5%
E
VCOM_G3
5% 0603
1
25%
3
VCOM_G2
VCOM_S2
R715
11
VR705
U702A
3
2
VCOM_G4
1
B
1
PAD
VCOM_G3
4
1
PAD R732
1
PAD 1
R731
0603
+
VCOM_G1
VCOM_G2 5% 0603
-
VCOM_G1
R719
1
R713
NC5%
11
1
R729
+
VCOM_A
AVDD_C AVDD_C
-
PAD
VCOM_A1
VCOM_G3 C708 X7R 16V 0603
0603
X7R 16V 0603
A
A
Model Name
T520HW01 V0 Size A3 Date: 5
4
3
2
Document Number
Rev
EC04
06.Multi-Vcom Tuesday, September 30, 2008
Sheet 1
7
of
7
