placa tcon esquema elétrico Física 7 pag. Document shared on https://www.docsity.com/pt/placa-tcon-esquema-eletrico/7082146/ Downloaded by: fernando-segurado (1foxifern1@gmail.com) 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% 1% 0603 WP 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 SOT416GSD V12_IN 04.DC_DC_2 05.Gamma_A 06.Gamma_B J1 5% 0402 V12 5% 0402 R57 1 2 3 4 51 LVDS connector 3 Document shared on https://www.docsity.com/pt/placa-tcon-esquema-eletrico/7082146/ Downloaded by: fernando-segurado (1foxifern1@gmail.com) Q2 R58 1% 0402 E_SCL 2 X7R 16V 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 H6 C12 NCX7R C13 16V 0603 C Close to J1 GND R18 NC5% 0402 R3 R4 R5 R6 C6 0402 0402 0402 SWAPL_M NC5% GOAEN NC5% SPDEN NC 5% DCREN NC5% R44 R46 R47 R48 R49 5% 0402 5% 0402 5% 0402 5% 0402 5% 0402 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 OSCSEL 5% 0402 R50 0402 RxD2+ RxDCLK+ RxD3+ RxD4+ RxDCLKRxD3RxD4- Wednesday, October 01, 2008 Sheet PAD NCX7R PAD 5% 1 PAD 1 RxD0- PAD RXODP4 NCX7R V3D3_M YDIOD_L RXODN4 1% 0402 5% PAD 01.TCON PAD 1 1 5% RXODP3 R28 0603 5% PAD 1 5% R25 0603 PAD YCLK_L 1 YDIOD_R R24 0603 RXODN3 R27 0603 PAD 1 1 1 1 R26 0603 RXODPCLK YDIOB_L RXODNCLK YOEB_L PAD 1 1 R37 0603 D R38 0603 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 56 VG_B15 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 Dummy 16 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 VBOT 54 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 30 RV1P0 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 RV2N1 6 5 RV2P2 4 RV2N2 3 RV2P3 2 RV2N3 GND 1 2 RXODP2 S 1 PAD YCLK_R 1 YOE1_R PAD YDIOB_R RXODN2 5% 0402 PAD R16 1 NC 1 X7R 16V 0603 PAD PAD PAD YOEB_R RXODP1 1 1 XSTB_L RXODN1 1 C7 RXODP0 SOD523 PAD D2 RXODN0 1 PAD D3 PAD SOD523 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 V3D3_M PAD X7R 10V 0603 1 R10 1 RSTN RXOBN2 YCLK_M YOE1_M GSEL_M RXOBP1 5% 0402 PAD NC R12 PAD R11 1 YOE1 RXOBN1 XOUT_M PAD 5% 1 PAD XSTB_M XPOL_M YDIO_M PAD NC RXOBP0 1 GND 1 PAD RXOBN0 1 R65 YOE1_M YDIO_M XSTB_M GSEL_M YCLK_M XPOL_M PWM_M PAD LV2PCLK LV2NCLK GSEL_L PWM_M YV1C_M PAD RESET XSTB_M V3D3_M LV2P[0..7] LV2N[0..7] XSTB_R PAD GND EXSDA_M EXSCL_M E_SDA E_SCL 1 VGL_L SWAPL_M GOAEN SPDEN DCREN ODEN AGBSEN LVDSORD VSEL PAD L1 RSTN 1 02.DC_DC_1 5% 1 1 YV1C_M R31 0603 XPOL_M GND AVDD_L VGHC OSCSEL 1 VGL_L VGHC 1 PAD 1 60 5% V3D3_M 1 YDIO_M NC5% AVDD_L VBOT VTOP PWM_M PAD OSCSEL XSTB_M XPOL_M YDIO_M XBDO_M YCLK_M YOE1_M GSEL_M YOE3_M YOE4_M YV1C_M PAD VTOP R30 0603 1 LS1206A13 V3D3_M VBOT 1 PAD NC5% VCOM_G3 VCOM_G4 1 R42 0805 V1D2_M R34 0603 YCLK_M PWM_M V1D2_M 1 B V3D3_M PAD V1D2_M 1 5% 1 1 R41 0805 VCOM_S2 V3D3_M V1D2_M SWAPL_M GOAEN SPDEN DCREN ODEN AGBSEN LVDSORD VSEL YOE1_M V12_IN 1 03.DC_DC_2 R33 0603 E_SDA X7R 25V 0805 VCOM_G4 XPOL_L 1 60 R43 0603 VCOM_S2 XPOL_R 1 1 VCOM_G3 1 R29 0603 J3 1 A COMF VCOM_S1 VCOM_A VCOM_G1 VCOM_G2 GSEL_M 06.Multi_Vcom PAD GND 1 R32 0603 1 C1 VGL_R VCOM_G2 V3D3_M LV2P[0..7] LV2N[0..7] Close to U101 GSEL_R E_SCL F1 AVDD_R VCOM_G1 1 VGL_R AVDD_R YV1C_M AVDD_R V3D3_S VCOM_A V3D3_M GA_SCL GA_SDA GB_SCL GB_SDA AG_IN COMF VG_B_1 VG_B_3 VG_B_16 VG_B_18 VG_B_2 VG_B_17 RXODNCLK RXODPCLK AVDD_R VCOM_S1 GA_SCL AVDD_L SCL E_SCL E_SDA WP_E SDA LVDSORD_IN V3D3_S VGB1 VGB3 VGB16 VGB18 VGB2 VGB17 3 1 60 V3D3_M AVDD_L RXODN3 RXODP3 RXODN4 RXODP4 V3D3_M AVDD_L GA_SCL 5% RXODP[0..4] C17 RXODN[0..4] AVDD_L GB_SCL GA_SDA PAD RXODNCLK RXODPCLK DS2114B GB_SCL GA_SDA NC RXODP[0..4] GND GB_SDA PAD RXODN[0..4] V3D3_M GB_SDA 5% RV2PCLK RV2NCLK C16 RXODN0 RXODP0 RXODN1 RXODP1 RXODN2 RXODP2 1206 AVDD_L 5% RV2PCLK RV2NCLK AVDD_L RV2P[0..7] RV2N[0..7] X7R 16V 0603 NC RXOBNCLK RXOBPCLK X7R 16V 0603 RV2P[0..7] RV2N[0..7] 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 AGBSEN 60Hz & 120Hz S-IC Setting C8 X7R 16V 0603 V3D3_M R17 5% 0402 R19 LVDSORD R20 G Q1 5% 0402 SOT416GSD V3D3_M 5% 0402 Close to J1 V3D3_M B R8 VSEL NC5% YV1C_M 0402 R68 1% 0402 V3D3_M Close to U101 terminal resistor(100 ohm) 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 NC 5% 0603 R119 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 1 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 RSTN 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 GNDE_M YOE3_M YOE4_M YV1C_M 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 YOE3_M YOE4_M YV1C_M PAD V3D3_M 1% VDD_V1D2 Close to U102 1 R122 0603 X7R 16V 0603 VCCE_M 1% AUO12401 K1 X7R 50V 0402 PAD R121 0603 VSEL XSTB_M XBDO_M XPOL_M YDIO_M YCLK_M YOE1_M GSEL_M 1 X7R 16V 0603 X7R 16V 0603 C118 LS0603A10 VSEL XSTB_M XBDO_M XPOL_M YDIO_M YCLK_M YOE1_M GSEL_M EPWP_M X7R 16V 0603 C119 PAD X7R 50V 0402 V3D3_M L103 C120 1 X7R 16V 0603 RV2N1 RV2P1 RV2N0 RV2P0 Close to U101-Pin56 INSCL_M C104 SWAPL_M GOAEN SPDEN DCREN ODEN AGBSEN LVDSORD PAD C103 U101 C SWAPL_M GOAEN SPDEN DCREN ODEN AGBSEN LVDSORD INSDA_M 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 PAD LS0603A10 C101 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 0402 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 1 L101 R123 NC5% 1 RV2PCLK_F RV2NCLK_F RV2N3 RV2P3 RV2N2 RV2P2 Close to U101-Pin118 V1D2_M 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 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 16V RV2N4 RV2P4 C 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 G1 16V G1 5% 0603 C1271210 X7R VDD_V3D3 5 RXOBP3 RXOBP4 Close to U101 4 RXODNCLK RXODPCLK RXODN3 RXODP3 RXODN4 RXODP4 RXODN0 RXODP0 RXODN1 RXODP1 RXODN2 RXODP2 C117 EXSDA_M EXSCL_M DS1005A X7R 16V 0603 VDD_V1D2 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 RXODPCLK RXOBPCLK EXSDA_M EXSCL_M RXODP0 RXODP[0..4] RXODNCLK Close to U101-Pin127 RXOBP2 R107 1% 0402 RXODN1 R108 1% 0402 RXODN2 R109 1% 0402 RXODNCLKR110 1% 0402 RXODN3 R111 1% 0402 RXODN4 R112 1% 0402 RXODN[0..4] 0603 NPO 50V 0603 RXOBP1 RXODN0 RXOBPCLK 1% RXOBP0 RXOBNCLK C110 R101 1% 0402 RXOBN1 R102 1% 0402 RXOBN2 R103 1% 0402 RXOBNCLKR104 1% 0402 RXOBN3 R105 1% 0402 RXOBN4 R106 1% 0402 RXOBP[0..4] R114 A RXOBN0 RXOBN[0..4] 1% 0603 RXOBN0 RXOBP0 RXOBN1 RXOBP1 RXOBN2 RXOBP2 R113 NPO 50V 0603 RXOBNCLK RXOBPCLK RXOBN3 RXOBP3 RXOBN4 RXOBP4 1 C109 4 3 2 Y101 GND VDD_V1D2 VDD_V3D3 3 Document shared on https://www.docsity.com/pt/placa-tcon-esquema-eletrico/7082146/ Downloaded by: fernando-segurado (1foxifern1@gmail.com) 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 X7R 25V 1210 Vo1 C304 C303 X7R 25V 1210 X7R 25V 1210 S D R320 Q301 R326 AVDD_L C313 1% 0603 GND X7R 50V 0603 C306 0603 0805 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 1% 0402 TI65161: R313=0 ; C307=22n C309 R303 R313 FB 2 0402 SS C307 25V 1% 0402 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 R302 GND 15.73±0.08V 1 SW G1 D C302 X7R 25V 1210 AVDD_L NC0603 8 R374 7 VFB=0.9V 6 5 G1 D301 LS4040A 25% C301 1 R321 5% G L301 V12 2 Layout closely to IC, far from D301 and L301 TI65161: R301=127K; R303=10K; C306=120pF C301, C302 put closed to L301 V12 3 PAD 5 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 7 PGND Vo1 8 C351 SUP VINB C358 NCX7R 50V 5% 1206 C357 D305 DS1406A D304 X7R 25V 0805 NC NCDS1406A V12 C352 NCX7R 50V VGL_L 1206 1210 NC X7R 50V 1206 D303 VGL_L R323 0603 J 1 PAD R307 X7R 1206 16V 0402 1% VGL_L R308 0402 C353 A 5% C354 REF NC R311 9 EN2 VINB X7R 50V 0805 10 DRP NC X7R 50V 0805 11 DRN SWB 20 C330 C331 X7R 25V 0603 X7R 25V 1210 19 L302 18 LS4040A 25% 12 V12 FREQ 13 17 BOOT FBN 1% 16 EN1 C332 50V X7R 0603 R322 C333 C334 X7R 10V 1206 X7R 10V 1206 NC 1% 0402 DS2010A V12 R304 C335 1% 0402 X7R 16V 0603 NC 1% 0402 5% 0805 U302 R327 15 FBB I R305 Vin C336 G1 FBP G1 14 R310 PAD 1% 0402 R328 X7R 10V 1206 Layout closely to pin15 and far from L302 and D302 TI65161: R304=191K; R305=110K; C335=10pF 5% 0603 V3D3_M V3D3_M V1D2_M V1D2_M V1D2_M D302 R309 Layout closely to Pin13 and far from D203, D204, D205,D206 and D207 TI65161: R207=49.9K; R208=10K 1 V3D3_M Layout close to IC SOT23AKJ VBOT VBOT C K 0805 1% VBOT R373 5% 0603 PAD C355 NC X7R 10V 1206 X7R 10V 1206 V12 21 R324 5% 0603 X7R 10V 1206 1 NC DS2010A C330 put closed to Pin 22 C331 put closed to Pin 20 VTOP R372 5% 0603 C339 NCC340 C341 22 AVIN C351 put closed to Pin 8 R330 VTOP LS4040A 25% PAD NCDS1406A PAD 1 NC close pin7 L304 O Vout G D307 DS1406A NC R331 1 close pin6 D309 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 NPO 50V 0402 FB R347 C376 1% 0603 RT CT ENB GD FB COMP GND VCC 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 R354 X7R 50V 1206 X7R 50V 1206 X7R 25V 0603 1% 0603 R352 NC NC R371 5% 0805 R368 5% 0805 NC R357 1% 0603 NCR356 7 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 11 GND GND G1 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 C384 NC 5% 0805 1% 0603 6 VGHC C383 X7R 50V 1206 R353 8 SOT23GSD 1 GND 1% 0603 C375 8 7 6 5 C382 R351 X7R 50V 1206 U303 BD9306AFVM 1 2 3 4 C381 6 DS2010A X7R 25V 1210 C380 GND C374 G1 VGH D LS4040A 25% D 5% 1206 NCSOT23GSD 5% 1206 5% 1206 5% 1206 5% 1206 R370 AVDD_L 1% 0402 1% 0603 S C373 NC 5 V12 1 Q316 S PAD 12 VGHC D308 G 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 Document shared on https://www.docsity.com/pt/placa-tcon-esquema-eletrico/7082146/ Downloaded by: fernando-segurado (1foxifern1@gmail.com) 2 Document Number Rev 02.DC_DC_1 Tuesday, September 30, 2008 1 Sheet EC04 3 of 7 4 3 2 LS4040A 25% D GND C401 C402 X7R 25V 1210 X7R 25V 1210 1 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 R403 R413 2 0402 FB SS COMP GD 28 C409 X7R 27 GD C407 25V 1% 0402 5% C418 OS DLY2 SW DLY1 SW REF PGND GND PGND AVIN 26 25V X7R 0805 4 SW 5 25 24 C 6 7 V12 8 V12 X7R 25V 1210 X7R 25V 1210 X7R 25V 1210 X7R 25V 1210 X7R 25V 1210 9 10 SUP VINB EN2 VINB DRP NC 0603 C410 X7R 16V 0402 C411 X7R 25V 0402 C410: AVDD and VGH delay time control 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 C454 PAD R407 VGL_R NC X7R 1206 16V R411 K NC J SOT23AKJ 11 13 NC1% R429 SWB L402 18 LS4040A 25% 12 V12 R408 0402 Layout closely to Pin13 and far from D403, D404, D405,D406 and D407 TI65161: R407=49.9K; R408=10K DRN 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 NC5% 0402 1% C453 A G1 R423 0603 D R412 16V 0402 D403 VGL_R 5% 0805 SOT23GSD C408 REF C417 X7R 0603 TI65161: R413=0 ; C407=22n Vo1 3 B C416 C409: AVDD soft-start time control U401 1 VGL_R C415 AVDD_R AVDD_R R428 NC5% 0603 1% 0402 C401, C402 put closed to L401 C414 R426 PAD SW 15.73±0.08V 1 V12 D401 G V12 AVDD_R NC0603 R421 5% Layout closely to IC, far from D401 and L401 TI65161: R401=127K; R403=10K; C406=120pF L401 1 PAD 5 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 Document shared on https://www.docsity.com/pt/placa-tcon-esquema-eletrico/7082146/ Downloaded by: fernando-segurado (1foxifern1@gmail.com) 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 C522 X7R 25V 0603 X7R 25V 0603 5% RNS08-3216 VG_A5 5% 0603 9 10 8 VCOM_FB VDD_AMP 11 12 13 SCL 22 6 NC 5 4 R502 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 VGM_A9 VGM_A10 VGM_A11 VGM_A12 8 7 6 5 RN53 VG_A12 5% RNS08-3216 C512 X7R 25V 0603 1% 0402 R512 R533 1% 0603 6 5 VGM_A11 1% 0402 R537 VGI_A5 7 1% 0603 VGI_A6 8 VGI_A7 9 R538 1% 0603 R534 G1 1% 0603 1% 0603 VGM_A9 VGM_B16 VG_B_16 R541 V3D3_M R529 V3D3_IGA 27 26 OUTCOM INPCOM/DVROUT 28 29 30 AVDD GND GND OUT5 OUT14 OUT6 OUT13 OUT7 OUT12 G1 VGM_B1 VG_B_1 SET VSD 31 32 AVDD VGI_A8 VGM_A12 OUT16 OUT15 10 R539 OUT17 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 6 OUT18 OUT4 OUT10 R535 VG_A11 5 OUT3 X7R 25V 0603 1 2 3 4 16 1% 0402 1% 0603 AVDD_IGA OUT2 15 VGM_A8 4 VG_A2 VG_A3 VG_A4 VG_A5 C529 VGI_A11 3 11 2 3 VGI_A4 1% 0402 0603 VGI_A10 U504A 1 C525 060325V X7R 1% 0603 VGI_A3 OUT1 NC5% BANK SEL R530 VG_A8 4 C518 X7R 25V 0603 PAD AVDD_MGA R532 4 VG_A18 1% 0603 2 VGI_A1 NC R515 14 AVDD_MGA + VG_A18 1 R536 X7R 25V 0603 PAD R531 - 1 VGM_A10 C517 1 VGI_A2 SCL VGM_A7 VG_A17 VG_A17 VGI_A1 13 5% RNS08-3216 X7R 25V 0603 PAD REFIN C516 11 VG_A16 1 V_THERM RN54 VG_A16 B U502 OUT9 X7R 25V 0603 PAD VGM_A13 VGM_A14 VGM_A15 VGM_A16 8 7 6 5 OUT8 1 2 3 4 C515 + 1 X7R 25V 0603 11 VG_A15 VG_A15 C527 1% 0402 C514 X7R 25V 0603 PAD R513 X7R 25V 0603 SCL_IGA VG_A14 VG_A1 VGI_A9 PAD R518 1% 0402 SET_COMP X7R 25V 0603 VG_A14 1 C513 - 1 VCOM_REF C528 VG_A13 VG_A13 SDA PAD X7R 0603 25V R514 12 VG_A12 0402 C530 SDA_IGA PAD 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 GMA15 5% 0603 C524 7 G1 AGND GMA14 SDA AVDD 28 21 GMA7 GMA13 C519 X7R 25V 0603 A0 27 20 AVDD 19 AVDD_MGA 5% RNS08-3216 VCOM GND_AMP GMA6 X7R 25V 0603 C 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 VGM_B2 4 10 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 9 11 VG_B2 + VG_B_2 U504C 8 + R540 AVDD_MGA R542 - A 1% 0603 - Maxim V1 & V18 => L255. V2 & V17 => L224. V3 & V16 => L192. V4 & V15 => L160. V5 & V14 => L128 V6 & V13 => L96. V7 & V12 => L64. V9 & V10 => L0. 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 R526 SCL_IGA 5% 0603 VCOM_REF V3D3_MGA 0603 DVDD GMA12 VGM_A8 RN52 C509 PAD VCOM_REF NC5% GMA5 26 18 AGND 17 VGM_A7 8 7 6 5 GMA4 GMA11 VGM_A6 1 2 3 4 VG_A8 GMA3 25 16 GMA10 15 VGM_A5 24 VGM_A4 X7R 25V 0603 GMA0 14 GMA2 C507 GMA1 U501 VG_A7 X7R 25V 0603 VG_A9 GA_SCL 5% 0603 R524 SDA_IGA 5% 0603 R509 VG_A6 C508 PAD R525 SCL_MGA R507 NC GMA9 PAD GA_SDA 5% 0603 R508 GMA8 X7R 25V 0603 PAD GA_SCL VCOM_REF VG_A9 1 C521 C506 VG_A8 1 VG_A4 R523 SDA_MGA VGM_A1 VGM_A2 VGM_A3 8 7 6 5 C505 PAD VG_A7 1 1 2 3 4 PAD PAD VG_A6 1 AVDD_L 5% 0603 RN51 X7R 25V 0603 VG_A5 1 GA_SDA R501 C504 VG_A4 1 VG_A3 23 1 AVDD_MGA PAD PAD 1 X7R 25V 0603 C503 VG_A3 D VG_A2 C502 VG_A2 1 PAD PAD 1 X7R 25V 0603 1 VG_A1 1 4 3 Document shared on https://www.docsity.com/pt/placa-tcon-esquema-eletrico/7082146/ Downloaded by: fernando-segurado (1foxifern1@gmail.com) 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_B9 C609 X7R 25V 0603 VG_B10 C610 X7R 25V 0603 VGB18 PAD 1 PAD 1 9 10 11 12 8 VCOM_FB VDD_AMP AVDD AGND 13 VG_B11 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 X7R 25V 0603 R613 C627 5% RNS08-3216 1% 0402 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 OUT1 OUT2 OUT3 VG_B16 V3D3_M R629 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 A 25 V3D3_IGB VGB16 5% 0603 C611 10 VGB3 R626 SCL_IGB V3D3_MGB VGI_B8 VGB1 PAD GB_SCL 5% 0603 C OUT11 1 R625 SCL_MGB 5% 0603 OUT10 VG_B18 1% 0402 GB_SDA 16 PAD R605 1% 0402 15 VG_B17 1 R606 R623 R624 SDA_IGB VGI_B11 PAD SCL_MGB 1 VGI_B10 1 B GMA15 SDA_MGB 2 29 VG_B16 AGND 3 SET PAD SCL GB_SCL 5% 0603 BANK SEL VG_B15 1 SDA AVDD 4 SDA_MGB 14 PAD 21 GMA7 1% 0402 30 1 20 A0 R604 5 VSD VG_B14 19 GMA6 6 SCL PAD VGM_B8 AVDD_MGB 5% RNS08-3216 C619 X7R 25V 0603 DVDD 13 1 18 GND_AMP GMA5 SCL_IGB VG_B13 VGM_B7 GMA4 31 PAD 17 G1 RN62 VG_B12 1 16 VGM_B6 GMA14 X7R 25V 0603 8 7 6 5 SET_COMP PAD VG_B8 C608 1 2 3 4 GB_SDA GND 7 SDA 1 X7R 25V 0603 VCOM X7R 25V 1210 12 VG_B11 VGM_B5 C607 GMA3 5% 0603 SDA_IGB PAD 15 X7R 25V 0603 1% 0402 V3D3_M C624 R603 32 1 VGM_B4 NC 0603 R602 REFIN VG_B10 VG_B7 C623 NC5% G1 PAD U601 X7R 25V 0603 28 1 C R609 GMA13 VG_B9 VG_B6 C606 27 PAD V3D3_MGB GMA12 1 5% 0603 VG_B5 26 VG_B8 X7R 25V 0603 GMA11 PAD R607 C605 25 VG_B7 1 X7R 25V 0603 GMA0 PAD C622 X7R 25V 0603 GMA10 1 5% RNS08-3216 C621 24 VG_B6 X7R 25V 0603 14 PAD RN61 GMA1 VG_B5 1 C604 GMA2 PAD VGM_B1 VGM_B2 VGM_B3 8 7 6 5 GMA9 1 VG_B4 1 2 3 4 GMA8 VG_B4 X7R 25V 0603 23 PAD D C603 22 VG_B3 1 AVDD_L 5% 0603 VG_B3 D R601 V_THERM PAD C602 OUT9 VG_B2 1 OUT8 PAD 11 1 C601 VGI_B9 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 Document shared on https://www.docsity.com/pt/placa-tcon-esquema-eletrico/7082146/ Downloaded by: fernando-segurado (1foxifern1@gmail.com) 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 5% C709 C710 C711 X7R 50V 0402 X7R 25V 0603 X7R 25V 0805 5% 0603 R702 NC5% VR703 C701 0603 2 4 NC5% 9 25% X7R 16V 0603 VCOM_G1 R709 8 NC 5% 0603 10 NC U701C 11 25% NC 1 4 NC 1 3 NC AVDD_C NC LS0603A10 5% 3 VCOM_S1 R703 11 1 AVDD_R R736 0603 R737 0603 2 3 AVDD_L 2 + L701 0603 U701A - VR701 R707 NC5% + R701 D 1 AVDD_C - 5 D C703 X7R 16V 0603 R708 NC5% 0603 0603 AVDD_C GND AVDD_C 5% 0603 R727 R728 5% 0603 5% 0603 13 NC2 12 14 R725 0603 NC R711 NC NC5% 0603 Q701 NCSOT23BEC 5% B 11 G1 25% X7R 16V 0603 B E 4 0603 U701D Q702 SOT23BEC VCOM_G2 R712 NC E C702 NC5% 5% 0603 C NC5% 1 4 5% 0603 VR704 3 3 1 VCOM_S1 VCOM_S2 NC 5 R705 PAD R735 PAD VCOM_S1 1 C 7 11 NC2 25% VCOM_A R706 + 1 6 - VR702 0603 U701B + VCOM_REF R710 NC5% - R704 C AVDD_C C704 X7R 16V 0603 C 0603 VCOM_S2 VCOM_G3 R733 R734 5% 0603 5% 0603 1 NC 5% 0603 R714 NC5% 0603 C705 VR707 0603 NC2 X7R 16V 0603 4 9 U702C VCOM_G4 R721 8 NC 5% 0603 10 25% 3 3 11 3 PAD 5% 0603 NC2 VCOM_S2 R715 25% VCOM_G4 5% 0603 4 1 PAD VCOM_G2 2 U702A NC5% C707 X7R 16V 0603 R720 NC5% 0603 VCOM_G4 B AVDD_C C AVDD_C VR708 C712 1% 0603 X7R 25V 0603 C713 X7R 25V 0603 11 5 R739 VCOM_REF R718 7 C706 5% 0603 12 U702D 14 R726 0603 R723 NCSOT23BEC NC 5% B NC5% Q704 E 4 13 11 G1 U702B + 6 - 1% 0603 NC2 25% 3 4 R738 0603 B NC NC Q703 SOT23BEC VCOM_G3 R724 5% 0603 C AVDD_C + COMF - AVDD_L 1 R722 NC5% E B 1 PAD VCOM_G3 1 R732 1 PAD 1 R731 VR705 0603 + 5% 0603 R719 NC5% - VCOM_G1 VCOM_G2 1 R713 VCOM_G1 11 1 R729 + VCOM_A AVDD_C AVDD_C - PAD VCOM_A1 C708 X7R 16V 0603 0603 X7R 16V 0603 A A Model Name T520HW01 V0 Size A3 Date: 5 4 3 Document shared on https://www.docsity.com/pt/placa-tcon-esquema-eletrico/7082146/ Downloaded by: fernando-segurado (1foxifern1@gmail.com) 2 Document Number Rev EC04 06.Multi-Vcom Tuesday, September 30, 2008 Sheet 1 7 of 7