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Transcription

1 P OK MNU INPUT /I 仅限内部使用 网址 : 液晶电视机维修手册 基板 : LR 型号名 LX LX-A 注意维修电视机以前请仔细阅读本维修手册

2 目录 目录... 安全预防措施... 规格性能... 调整说明.... 方框图... 分解图... SV. SHT... 版权归 LG 电子所有仅限培训和售后服务使用 - - 仅限 LG 电子内部使用

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4 规格性能 注 : 要根据改善通知来调整规格和其它事项.. 适用范围本规格适用于使用 LR 基板的液晶彩色电视机. 测试条件无特殊要求的情况下, 试验标准如下 :. 温度 : ± ( ± F), ST : ±. 湿度 :% ± %. 电压 : 标准输入电压 (~V@ /Hz) 每个型号的标准输入电压都在产品上有标注. 每个部品的规格和性能都与 OM 中相应的 P/NO. 的图纸和性能相同. 调整前, 接收器必须先操作 分钟. 测试方法. 性能 : 根据 LG TV 测试标准. 其它规格要求安全 :, I 规格. M :, I. 一般规格 (TV) 序号 项目 规 格 备 注 cm( inch) : LD Module cm( inch) TFT LD FHD : deg ~ deg : % ~ % : - deg ~ deg : ~ % A -V~, / Hz LGD :. LD ( ) + (DG LD) Module.(H) x.(v) x. mm(d) With inverter. (H) x. (V) LD(DG). (true) colors H!"#!" $%& ()*+,-./ - - ()!" $%

5 . omponent Video (Y, /P, R/PR) 序号 规格分辨率行频 (khz) 场频 (Hz). x.. SDTV,DVD i. x.. SDTV,DVD i. x.. p. x.. p. x.. SDTV,DVD Line. x.. HDTV p. x.. HDTV p. x.. HDTV p. x.. HDTV p. x.. HDTV i. x.. HDTV i. x.. HDTV i. x. HDTV p. x. HDTV p 备注. RG (P) 规格序号推荐备注分辨率行频 (khz) 场频 (Hz) 像素脉冲 (MHz). *... 仅适用于 DOS 模式. *... VSA 输入 * Hz, * Hz -> * Hz 显示. *... VSA. *... VSA(XGA). *... WXGA. *... WXGA. *... SXGA. *... WUXGA FHD 型号 FHD 型号!"#!" $%& ()*+,-./ - - ()!" $%

6 . HDMI (). DTV 模式 No Resolution H-freq(kHz) V-freq.(kHz) Pixel clock(mhz) Proposed Remarks. *. /.. /./. SDTV P. *. SDTV P. *.. HDTV P. *. /. /./. HDTV P. *. /.. /./. HDTV I. *... HDTV I. *. /. /./. HDTV P. *. /.. /.. HDTV P *.. HDTV P. *. /.. /./. HDTV P (). P 模式 No Resolution H-freq(kHz) V-freq.(Hz) Pixel clock(m) Proposed Remarks. *... HDP. *... VSA HDP *... VSA HDP. *... VSA(XGA) HDP. *... WXGA HDP. *... WXGA HDP. *.. WUXGA HDP,FHD model!"#!" $%& ()*+,-./ - - ()!" $%

7 调整说明. 适用对象本规格适用于 LD TV 工厂生产的 L 下系的液晶电视机. 规格. 因为不是热基板, 不需要隔离变压器 但是, 使用隔离变压器可以帮助保护试验仪器. 必须按照正确的顺序进行调试 只可根据量产需要改变顺序. 若无特殊说明, 请必须在 ± 温度和 ±% 相对湿度进行调试. 必须保持输入电压 V, 频率 Hz. 进行调整之前, 接收器必须在待机操作条件下提前运行 分钟使模组的工作温度能够超过 万一模组将被置放于 条件下, 应当将模组放置于超过 的环境下 个小时以上 万一模组将被置放于 - 条件下, 应当将模组放置于超过 的环境下 个小时以上. 显示器和媒体盒必须通过有线和无线的连接, 如有只有显示器只可以进行全白场的调节的 注 ) 如果保持一个画面静止超过 分钟,( 特别是 clear White /lack gradation signal), 屏幕上会出现残留影象... AD () 总括在找出最适合的黑阶时,AD 调整是很必要的, 并且可以对 RG 偏离的补偿 () 设备和调整 ) Jig(RS- protocol) ) MSPG- MSPG-FA, pattern - ) - :i omp P omp * RG - Pattern : - Pattern level :.±. Vp-p - ) 调整协议 Protocol ommand Set AK nter adj. mode aa a OKx Source change xb b OKx (Adjust i, p omp ) xb b OKx (Adjust * RG) egin adj. ad Return adj. result OKx (ase of Success) NGx (ase of Fail) Read adj. data (main) (main) ad cbdx (sub) (Sub) ad cx onfirm adj. ad NG x (Fail) NG x (Fail) NG x (Fail) OK x (Success) nd adj. aa a OKx ) AD Adj. RS Protocol_Ver. ) Adj. order - aa [ AD adj. ] - xb [ omponent(i&p)] - ad [ i&p omp] - xb [ RG(*)] - ad [ * RG] - ad.. MA () - Play file: Serial.exe - MA - MA () ) PA RS- Port P(RS-) : PA Jig-> RS- Port== P-> RS- Port () 调整 ) 方法 -..().)!"#!" $%& ()*+,-./ - - ()!" $%

8 ) MA - om,,, and ( ) - ().. LAN (PING TST) P () ) ) * IP Number :... () LAN (PING TST) ) ) ) Test (F) ) LAN ( IP) () A.. V-OM 调整 ( 只有 M+S 型号使用 LGD module) Port connection with () LAN - 为什么需要进行 Vcom调整 A LAN P A Vcom ( 正常电压 ) 是液态晶体操作的参考电压 A A -> 液态晶体用于通过结构改变极性 A -> S Y S T M Da t a I n p u t Power w er Input I n p u t In t er f ace Po w er lo ck Data (R,G, ) & ontrol si gnal Ti m in g ont roll er V OM Data (R,G,) & ontro l s ignal ontrol si gnal Gat e Driv e I Row Line olumn Line V OM L TFT So urce D r iv e I ST ircuit lock Gamma Re f er ence V o ltage Gamm a Reference Volta ge Panel Liquid rystal V OM!"#!" $%& ()*+,-./ - - ()!" $%

9 - A.. AD(GP M) G... 总括 在找出最适合的黑阶时,AD 调整是很必要的, 并且可 A 以对 RG 偏离的补偿... A ) ) GF(, F, R) MSPGFA A - i, * (MSPG-FA -> Model:, Pattern: ) - i p, * (MSPG-FA -> Model:, Pattern: ) - p [ ]. - Pattern : - Pattern level:. ±. Vp-p - Image.. () A Power on ) A A... A () AD i, p omp ) ) i, p Mode, Horizontal % olor ar Pattern () omp. A. (MSPG-FA -> Model:, Pattern: ) - i. (MSPG-FA -> Model:, Pattern: ) - p. ) ) In-start. xternal AD -> *. OMP p ) AD RG Success AD RG Fail ) a. b..model Number D/L () AD * RG c. LX-A ) ) * Mode, % Horizontal olor ar Pattern RG (MSPG- Series -> model:, pattern: ) ) ) In-start. xternal AD ->. OMP p ) AD RG Success AD RG Fail ) d. (ex LX-A!"#!" $%& ()*+,-./ - - ()!" $%

10 .. DID(The xtended Display Identification Data)/DD(Display Data hannel) * Product ID () 总括型号 HX DID Table DD 功能 FHD Analog/Digital 序列号 : 由生产线控制 () 设备 周, 年 : 由 S/W 日期决定 ( 与 MS 数据相同 ) - 例如 ) 周 : x(), 年 x() - 型号名 (Hex): 型号型号名 (HX) All F A () 下载方法 ) 按调整遥控器上的 Adj. 按键, 然后选择.DID 校验位 : 由全部的 DID 数据决定 D/L, 按 nter 键, 进入 DID ) 选择 [Start] HDMI / 制造商规格 (HDMI) HDMI / HDMI / HDMI / RG 输入 型号名 (HX) OK or NG. HDMI D For Analog DID For HDMI DID HDMI D D-sub to D-sub DVI-D to HDMI or HDMI to HDMI HDMI D HDMI D HDMI D () DID A HDMI x x x x x x x x x x xa x x xd x xf x FF FF FF FF FF FF D x A F A x A x A D x A D D x A FD A x A x x F F x x D x A D D x A A x D A x A x.... () () () () ) º ± º ) ) % ~ %.. ) 彩色分析仪 : A - ) ) 调整用遥控器 ) -> A A RG x x x x x x x x x x xa x x xd x xf x FF FF FF FF FF FF D x A F A x A x A D x A D D x A FD A x A x (Hex) GSM D Digital : Digital :... 彩色分析仪 RS- RS- RS-!"#!" $%& ()*+,-./ - - ()!" $%

11 ... < > LN MD VAL S - LN: Number of Data yte to be sent - MD: ommand - VAL: FOS Data value - S: hecksum of sent data - A: Acknowledge x) [Send: JA DD] / [Ack: A okddx] A... () ) ) ) ) ) ) RS- [MD ID DATA] () wb ) ) wb wb f ) wb wb f ) R-Gain / G-Gain / -Gain, wb ff x) wb -> wb -> ) 调整在三种色温 ( 冷色, 自然色, 暖色 ) 条件下结束 ja ff -> jb c wb f -> A *(wb (start), wb f(end)) -> wb ff -> A A (lower case ASII) (Hex.) (Decimal) md md Min Max ool R-Gain j g G-Gain j h -Gain j i R-ut G-ut -ut Medium R-Gain j a G-Gain j b -Gain j c R-ut G-ut -ut Warm R-Gain j d G-Gain j e -Gain j f R-ut G-ut A ) ) - LD : ( ~ ) ) Aging - Aging - LD,!"#!" $%& ()*+,-./ - - ()!" $%

12 .. Y-Q... Step ) Step ) A Gray Step ) ye Q II A S- Step ) (over cm( inch)) ye Q II Step ) ye Q II 模式坐标 Temp UV Step ) ye Q II x y 冷色 中 暖色.. K... K... K. A A- (H ) 模式 冷色 x 坐标 y Temp UV. ±.. ±. K. 中. ±.. ±. K. 暖色. ±.. ±. K. D dge LD 型号 Aging 时间 GP (Min) 冷色中暖色 x y x y x y -.. Option () - Option - L hassis () ) ADJ ) KR US US, A, MX. +, -.. Tool Option - Tool option. Tool Tool Tool Tool Tool LX** (HK) (N) Over.. Local Dimming 检查 ( 用眼检查 ) () 有 local dimming 的 dge LD 型号按下工厂调整遥控器上的 TILT 键并检查移动模式 黑色条纹从左向右移动 local dimming 功能没有起作用时, 整个屏幕白屏显示 () 有 local dimming 的 IOP LD 型号按下工厂调整遥控器上的 TILT 键并检查移动模式 黑色交叉条纹从左上向右下方移动 local dimming 功能没有起作用时, 整个屏幕白屏显示.. (In-stop) IN-STOP... ) & - ) & :.KV/min at ma - SIGNAL: KV/min at ma - TST = POWR ORD & SIGNAL AL MTAL - Internal Pressure TST = POWR ORD & LIV & NUTRAL At.mArms!"#!" $%& ()*+,-./ - - ()!" $%

13 . No. Item Min. Typ. Max. Unit. Audio practical max... W Q Off Output, L/R AVL Off (Distortion= %... Vrms lear Voice Off max Output). Speaker ( Ω.. W Q On Impedance) AVL On lear Voice On. RF % Modulation. VS, omponent: KHz. Vrms. RG P: KHz. Vrms. US ) ) - ) opying files from memory ) ) ) Tool option. * DTV/ATV * TOOL ION. ) "IN-START" ) "Tool Option " OK )!"#!" $%& ()*+,-./ - - ()!" $%

14 . 输入 方框图 HDMI_ JK : DD_SDA/SL LK, DATA HDMI_ JK HDMI_ JK HDMI Side JK : DD_SD/SL LK, DAT : DD_SDA/SL LK, DATA : DD_SDA/SL LK, DATA HDMI Switch TDA I : HDMI_SDA/SL(+V_NORMAL) HDMI_LK-/LK+,DATA : SL_.V(+V_NORMAL) AV _JK : VS, DT AV_L/R_IN Side AV (Gender) JK omp_jk omp_jk Side omp (Gender)_JK RG Audio_JK : VS, DT SIDAV_L/R_IN : Y, Pb, Pr, OMP_DT, OMP _ L/R_IN : Y, Pb, Pr, OMP_DT, OMP_ L/R_IN : SID_OMP_Y, Pb, Pr, DT : P_ L/R_IN Digital Audio (Optic)_JK : SPDIF_OUT LAN_JK : PHY_TDP/TDN, PHY_RDP/RDN, PHY_LINK, PHY_ATIVITY RS- : trl& SV : DG_RX/TX MAXDR I :N_RXD/TXD MIOM : RG_HSYN/VSYN FD I RG : DSU_/R/G, DT, RG_DD_SL/SDA JK : RG_DD_SL/SDA PROM : DID_WP K, I LGP (I) M DTV : DDR_D[:], DDR : DDR_D[:], (G, I) DDR (G, I) : DDR_D[:], DDR (G, I) : DDR_D[:], DDR (G, I) : DDR_D[:], NVRAM I Address: A h :Side_US_DM/DP US Switch USA I :US_DM/DP :US_DM/DP US (Side) US (Side) :US_TL /US_OD/ MIYM I/ US power +V usb : IS, MLK, Audio AMP : SDA/SL _.V (NTP, Audio I) Speaker!"#!" $%& ()*+,-./ - - ()!" $%

15 . 输出 PROM_A/WP I PROM Power Supply Voltage for Tuner :+V_TU/+.V_TU/+.V_TU/+.V_TU M_SL_SDA P (Only ) M/M_MOSI/SLK LVDS_TX DATA[-] LVDS_TX LK : RF_SWITH_TL P RPXA[+/--],RPXAK[+/--] MODL_ LVDS_TX DATA[-] LG LVDS_TX LK I : OSTR_TL RPX[+/--],RPXK[+/--] : +SL/SDA_.V ( +.v normal pull up) D_DIM/V-SYN : TU_SIF +v TU : TU_VS +v TU :TUNR_RST +.V TU SIF TU Video (TDFR_D) SDA/SL_.V : +SL/SD_.V (+.v normal pull up) : SDA/SL _.V Vertical Audio AMP NTP, AMP_RST_N : TS_SYN, VAL_ RR, TS_DATA_LK/ F_ TS_SRIAL Serial SYS_RST I AMP_MUT PROM I I POWR_DT LGP :I_OUTLK,I_OUTDATA[-], I_OUTSTART,I_OUTVALID I Slot AR N MIOM : N_PROM_SDA/SL _.V (I) P(-LF) F_TS_SYN/VAL_ RR/DATA_LK IR&KY P KY/KY/IR/LD_R/LD_ FLASH_WP M DTV :I_A[-] AR :F_TS_DATA[ -] :F_TS_DATA[ -] Debug P N_ISP_RxD/TxD/FLMD/ODA NAND Flash :/I_S/RW AR I :/NAND_DATA[-] HDMI_JK/// _RMOT LVA I I_DATA_UFFR :/I_D[-] Parallel D/D I I : NAND_DATA[-] POWR_ON/OFF :NAND_Rb/Rb/b/L/AL/Wb :/I_SL,I_S,NAND_ Wb,I_W, NAND_Rb, NAND_AL MLXDTRG I I_TL_UFFR :/I_/ POWR_ON/OFF_ D/D I I&I D/D I I&I&I POWR_ON/OFF_ :/NAND_Rb/b/L NAND FLASH P Power P INV_TL/RL_ON (Gbit, Mb I) RS JK INV_TL/RL_ON MAX I!"#!" $%& ()*+,-./ - - ()!" $%

16 分解图 LV LV A A!"#!" $%& ()*+,-./ - - ()!" $%

17 I-* LGP ( D PIP) J J H H H J F H J H G J J F G H G G K G U T T U U V V V T R T T R U W U V V I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_TA I_W I_LK_IN I_LK_OUT I_RW I_S NAND_DATA NAND_DATA NAND_DAT NAND_DATA NAND_DATA NAND_DATA NAND_DATA NAND_DATA NAND_S NAND_AL NAND_R NAND_L NAND_W NAND_R SF_MISO SF_MOSI SF_SK SF_S DTV GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ SGPIO_ SGPIO_ SGPIO_ SGPIO_ SGPIO_ SGPIO_ SGPIO_ SGPIO_ N L N L K K K K K A A A L L L Y Y M A R N N AH P M AD A M M L Y Y G G G G G L P L K K L M N R R R P P K K P M M M L L W W W W J J K K NAND_DATA[-] SO_RST NAND_AL NAND_L R R.K I MM-HRMNTP N VSS R K NAND_DATA[] NAND_DATA[] NAND_DATA[] NAND_DATA[] NAND_DATA[] NAND_DATA[] NAND_DATA[] NAND_DATA[] NVRAM RST A h oot Strap WP SL SDA R.uF R R R.K.K.K R.K R R R.K R.K R pf R.K.K.K.K pf R.K R.K R.K R.K R.K R.K SYS_RSTb R R R.K R.K R.K R.K SL_.V SDA_.V Default Res. of all NAND pin is Pull-down NAND_IO[] : Flash Select () : oot From Serial Flash : oot From NAND Flash NAND_IO[] : NAND lock Write (DNS) : nable lock Write : Disable lock Write NAND_IO[:] : NAND (, DNS) : No : it : it : it NAND_IO[] : PU ndian () : Little ndian : ig ndian NAND_IO[:] : Xtal ias ontrol (, DNS) :.ma (Fundmental Recommand) :.ma :.ma (rd over tune Recommand) :.ma.t_gas.t_gas.t_gas MDS MDS MDS GAS GAS-* GAS-*.T_GAS.T_GAS.T_GAS MDS MDS MDS GAS GAS-* GAS-* WIRLSS_SDA WIRLSS_SL FLASH_WP SMD GASKT MDS GAS NAND_Rb NAND_Rb NAND_b NAND_L NAND_AL NAND_Wb MDS GAS Q FDVN R D.K MDS From wireless_i to micom I G GAS R R.K S Q KRS.T_GAS.T_GAS.T_GAS D MDS MDS MDS R.K.uF G GAS GAS-* GAS-* K R S.T_GAS.T_GAS.T_GAS Q WIRLSS R WIRLSS pf MDS MDS MDS GAS FDVN GAS-* GAS-* N_ N_ N_ N_ N_ N_ R R N_ N_ VDD_ VSS_ N_ N_ L AL W WP N_ N_ N_ N_ N_ MDS GAS MDS GAS SD_.V SL_.V I NANDGWDN NAND FLASH N_ N_ N_ N_ I/O I/O I/O I/O N_ NAND_b NAND_AL NAND_Rb NAND_L NAND_Wb NAND_Rb NAND_DATA[] NAND_DATA[] NAND_DATA[] NAND_DATA[] N_ N_ VDD_ VSS_ N_ N_ N_ I/O I/O I/O I/O N_ N_ N_ N_.uF NAND_DATA[] NAND_DATA[] NAND_DATA[] NAND_DATA[] I_A[-] I_S * I MAP /I_WAIT I_W NAND_DATA[-] R.K I_RW I_S NAND_DATA[-] uf V R.K R.K I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] NAND_DATA[-] R R R R R NAND_DATA[] NAND_DATA[] NAND_DATA[] NAND_DATA[] NAND_DATA[] NAND_DATA[] NAND_DATA[] NAND_DATA[] * NAND FLASH MMORY Gbit (M for ) Open Drain * I_ : * I_ : * I_ : * I_ : NON_DTV I LG ( VRSION) J J H H H J F H J H G J J F G H G G K G U T T U U V V V T R T T R U W U V V I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_ADDR I_TA I_W I_LK_IN I_LK_OUT I_RW I_S NAND_DATA NAND_DATA NAND_DAT NAND_DATA NAND_DATA NAND_DATA NAND_DATA NAND_DATA NAND_S NAND_AL NAND_R NAND_L NAND_W NAND_R SF_MISO SF_MOSI SF_SK SF_S IF_AG_SL LN_TL/OSTR_TL RF_SWITH_TL T_ON/OFF T_ON/OFF page : luetooth /I_SL GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ SGPIO_ SGPIO_ SGPIO_ SGPIO_ SGPIO_ SGPIO_ SGPIO_ SGPIO_ R R R R M T MODUL R OLD R K NON_OLD R K N L N L K K K K K A A A L L L Y Y M A R N N AH P M AD A M M L Y Y G G G G G L P L K K L M N R R R P P K K P M M M L L W W W W J J K K GIP R K NON_GIP R K R R R R XTRNL FR/T_ON FR R K NO FR/INTRNR FR R K R R R R R R K R T_MUT R R FHD R K HD R K K K R R R R R R R M_AV_DUG_TX M_AV_DUG_RX T_RST R S_R R R R LOAL DIMMING S_R VRG_TRL DDR_M R K DDR_M R K R R R K MINI_LVDS/NO LOAL_D R K LVDS/LOAL_D R K ALTRA DL GPIO FR R K NO_FR R K ALTRA DL GPIO R R ALTRA DL GPIO ALTRA DL GPIO POWR_DT D RROR_OUT MODL MODL SID_AV_DT R PWM_DIM MODL DSU_DT T_RST /RST_HU S_R S_R I_V_TL HDMI_HPD_ DMOD_RST HDMI_HPD_ I_MOD_RST MODL DD HDMI_HPD_ HDMI_HPD_ V_HDMI_ PHY_ATIVITY PHY_LINK /I_D M_RMOT_TX M_RMOT_RX R VRG_TRL TUNR_RST DTV_ATV_SLT V_HDMI_ AV_VS_DT F_TS_VAL_RR V_HDMI_ V_HDMI_ MODL SART_DT SID_OMP_DT RG_DD_SL FR_RST RG_DD_SDA OMP_DT LG_RST HP_DT DD K IR_IN MODL MODL MODL MODL MODL page:tw RST MODL DMOD_RST R RF_SWITH_TL_H MODL INTRRUPT PIN INTRRUPT PIN INTRRUPT PIN IR_IN ALTRA DL GPIO D MI pf V M_RMOT_TX M_RMOT_RX I_OUTLK /I_D M_RX M_TX page : Motion Remocon R AUD_MASTR_LK R.K _TK _TDO _TMS _TDI For I R.K Add. For I R.K T_RST VRG_TRL xternal Demod. A_DIM /I_IRQ MODL MODL SID_OMP_DT RF_SWITH_TL_H LG_RST uf V page:h_rst page : ISD Demod R-*.K NON_U.K R U page : Motion Remocon page : luetooth page : Motion Remocon page : Motion Remocon page : luetooth.k R U R-*.K NON_U For I.K R page:m_rfmodul_rst WIRLSS_DL_RX WIRLSS_DL_TX page : H_SU_TUNR.K R MODL ION PIN NAM MODL MODL MODL MODL MODL MODL MODL LOW HIGH HIGH LOW.K R LOW K +V.K R MODL HIGH HIGH N A R L K *MODL & MODL RFR TO THIS ION MODL PIN NO. LOW K XT IRQ GPIO_, GPIO_, GPIO_, GPIO_, GPIO_, GPIO_ IR_INT : GPIO_ IR_IN : GPIO_ IR_IN : GPIO_ IR_OUT : GPIO_ PWM : GPIO_ PWM : GPIO_.K R.K R HIGH MAIN_MINI_LVDS NO FR URSA DDR-M FHD FR GIP OLD URSA Internal URSA xternal PWIZ Pannel T-con with LG FR FOR SD V Pattern SL_.V SDA_.V SL_.V SDA_.V SL_.V SD_.V SL_.V SDA_.V D LOW NON_URSA MAIN_LVDS DDR-M HD NON_FR NON-GIP NON_OLD NAND_IO[] : MIPS Frequency (DNS) : MHz : MHz NAND_AL : I Level (DNS) :.V Switching : V Switching NAND_L : nable DDIFF A (DNS) : Disabe DDIFF A.uF V.uF V TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. M (UROTV) M & NAND FLASH..

18 .uf.uf.uf.uf.uf.uf.uf.uf.uf.uf.uf I LG ( VRSION) NON_DTV MHz X-TAL When usding FUNDMNTAl then series R = ohm and L = pf When usding Dip-type X-tal then series R = ohm and L = pf Route INM between associated left and right signals of same channel The INM trace ends at the same point where the connector ground connects to the board ground (thru-hole connector pin). Place test points, resistors near audio connector. onnect the other side of the resistor to as close as possible to the ground connection of the associated audio connector. ROAD AND STUDIO P TJ-A page : luetooth page : luetooth.uf T_DM T_DP : : :J :J : : :J : : :J :I :I :J.V R.K R.K LMPGSND L RAR_AV_L_IN RAR_AV_R_IN RAR_AV_LR_INM OMP_L_IN OMP_R_IN OMP_LR_INM S_L_IN S_R_IN S_LR_INM SID_AV_L_IN SID_AV_R_IN SID_AV_LR_INM P_L_IN P_R_IN P_LR_INM A.V pf L LMPGSND DTV/MNT_V_OUT.uF A.V L LMPGSND R R R R R R R R R R I_OUTDATA[-],I_OUTSTART,I_OUTVALID :V R.K R.uF V A.V A.V F_TS_DATA_LK F_TS_SRIAL F_TS_SYN.V L A.V R.uF LMPGSND.uF.V R LMPGSND L.uF.uF.uF.uF.uF.uF.uF R : M recommened resistor ohm R %.uf.uf.uf.uf R R.uF.uF.uF.uF.uF.uF.uF.uF D.V PHY_RDN PHY_RDP PHY_TDN PHY_TDP.uF.uF.uF.uF.uF R.K.uF.uF TP TP TP I_OUTDATA[] I_OUTDATA[] I_OUTDATA[] I_OUTDATA[] I_OUTDATA[] I_OUTDATA[] I_OUTDATA[] I_OUTDATA[] I_OUTSTART I_OUTVALID.uF T_DM T_DP SID_US_DM SID_US_DP.uF I_A[] R K R.uF R.K R AH.uF D G D D D D D F F F A AF AG AG AF AD AH AG AH M M R T R T T R U T T R U V V U U T R R R T T P P P P N N P P N N N P A AD AF AH AG AG AG AF A AH AG AH AD AF A AH AH AG AF A AA A AA A A A PKT_LK LVDS_TX DATA_P PKT_DATA LVDS_TX DATA_N PKT_SYN LVDS_TX DATA_P RMX_LK LVDS_TX DATA_N RMX_DATA LVDS_TX DAT_P RMX_SYN LVDS_TX DAT_N LVDS_TX DATA_P LVDS_TX DATA_N PODHIP_MLKI LVDS_TX DATA_P PODHIP_MDI LVDS_TX DATA_N PODHIP_MDI LVDS_TX LK_P PODHIP_MDI LVDS_TX LK_N PODHIP_MDI LVDS_TX DATA_P PODHIP_MDI LVDS_TX DATA_N PODHIP_MDI LVDS_TX DATA_P PODHIP_MDI LVDS_TX DATA_N PODHIP_MDI LVDS_TX DAT_P PODHIP_MISTRT LVDS_TX DAT_N PODHIP_MIVAL LVDS_TX DATA_P HIPPOD_MLKO LVDS_TX DATA_N HIPPOD_MDO LVDS_TX DATA_P HIPPOD_MDO LVDS_TX DATA_N HIPPOD_MDO LVDS_TX LK_P HIPPOD_MDO LVDS_TX LK_N HIPPOD_MDO LVDS_PLL_VRG HIPPOD_MDO LVDS_TX_AVDDP HIPPOD_MDO LVDS_TX_AVDDP_ HIPPOD_MDO LVDS_TX_AVDDP_ HIPPOD_MOSTRT LVDS_TX_AVSS_ HIPPOD_MOVAL LVDS_TX_AVSS_ LVDS_TX_AVSS_ LVDS_TX_AVSS_ VDA_AVDDP LVDS_TX_AVSS_ VDA_AVDDP LVDS_TX_AVSS_ VDA_AVDDP_ LVDS_TX_AVSS_ VDA_AVDDP_ LVDS_TX_AVSS_ LVDS_TX_AVSS_ LVDS_TX_AVSS_ VDA_AVSS_ LVDS_TX_AVSS_ VDA_AVSS_ VDA_AVSS_ VDA_RIAS LK_AVDDP VDA_ LK_AVDDP VDA_ LK_AVSS LK_XTAL_N VDA_VRG LK_XTAL_P LK_MONITOR PM_OVRRID S_S_SL S_S_SDA VXO_A_ VXO_A_ US_AVSS_ VXO_A_ US_AVSS_ VXO_AVDDP US_AVSS_ VXO_PLL_AUDIO_TSTOUT US_AVSS_ US_AVSS_ US_AVDDP RST_OUT US_AVDDPPLL RST US_AVDDP NMI US_AVDDPRF TMOD_ US_AVDDP TMOD_ US_RRF TMOD_ US_DM TMOD_ US_DP SPI_S_MISO US_DM POR_OTP_VDDP US_DP POR_VDDP US_MONDR US_MONPLL JTAG_TK US_PWRFLT_ JTAG_TDI US_PWRFLT_ JTAG_TDO US_PWRON_ JTAG_TMS US_PWRON_ JTAG_TRST JTAG_ JTAG_ PHY_VRF PHY_RDA PHY_RDN PLL_MAIN_AVDDP PHY_RDP PLL_MAIN_A PHY_TDN PLL_MAIN_MIPS_RF_TSTOUT PHY_TDP PLL_RAP_AVD_TSTOUT PHY_AVDDP PLL_RAP_AVD_AVDDP PHY_AVDDP PLL_RAP_AVD_A PHY_PLL_VDDP PHY_A_ PHY_A_ YP_PU_LK PHY_A_ YP_DS_LK YP_SYS_LK YP_SYS_LK AUDMX_LFT AUDMX_RIGHT AUDMX_INM AUDMX_LFT AUDMX_RIGHT AUDMX_INM AUDMX_LFT AUDMX_RIGHT AUDMX_INM AUDMX_LFT AUDMX_RIGHT AUDMX_INM AUDMX_LFT AUDMX_RIGHT AUDMX_INM AUDMX_LFT AUDMX_RIGHT AUDMX_INM AUDMX_AVSS_ AUDMX_AVSS_ AUDMX_AVSS_ AUDMX_AVSS_ AUDMX_AVSS_ AUDMX_AVSS_ AUDMX_LDO_AP AUDMX_AVDDP A A A D D D D D D F F F F F A D F G H AD AD AD A A Y A A A AF AF P F N J J J J V AH A H H H H G H H A A A M N N A Y AD uf.uf K K.K R L LMPGSND R uf ALTRA DL JTAG K A.V.uF.V.V L LMPGSND R R R R.uF.uF TP is Necessory.uF LVDS_TX DATA_N:;:AK LVDS_TX DATA_P:;:AK LVDS_TX DATA_N:;:AK LVDS_TX DATA_P:;:AK LVDS_TX DAT_N:;:AK LVDS_TX DAT_P:;:AK LVDS_TX DATA_N:;:AK LVDS_TX DATA_P:;:AK LVDS_TX DATA_N:;:AK LVDS_TX DATA_P:;:AK LVDS_TX LK_N LVDS_TX LK_P :;:AK :;:AK LVDS_TX DATA_N:F;:AK LVDS_TX DATA_P:F;:AK LVDS_TX DATA_N:F;:AK LVDS_TX DATA_P:F;:AK LVDS_TX DAT_N:F;:AK LVDS_TX DAT_P:F;:AK LVDS_TX DATA_N:;:AK LVDS_TX DATA_P:;:AK LVDS_TX DATA_N:;:AK LVDS_TX DATA_P:;:AK LVDS_TX LK_N LVDS_TX LK_P.uF A.V ALTRA DL JTAG R R R K :;:AK :;:AK MHz_XTAL_N :I MHz_XTAL_P :I A.V SYS_RSTb :A;: R L A.V LMPGSND L A.V LMPGSND.uF K R K R K ALTRA DL JTAG R ALTRA DL JTAG _TK _TDI _TDO _TMS A.V R.K _TK _TDI _TDO _TMS R.K.V R.K R.K Near Q Near J Near J Near P Near J Near J. R. R. R MHz_XTAL_N MHz_XTAL_P VIDO INM PLA NAR Jacks Near J Near J Near J Run Along TUNR_VS_IF_P Trace Run Along S_R,S_G,S_ Trace L R Run Along OMP_Y_IN,OMP_Pr_IN,OMP_Pb_IN Trace Run Along DSU_R Trace Run Along DSU_G Trace Run Along DSU_ Trace Run Along S_VS_IN Trace Run Along S_VS_IN Trace pf LS-XJL R R R R R R R R R X MHz R R.uF.uF AUDIO INM Route etween S_L_IN & S_R_IN Route etween AV_L_IN & AV_R_IN Route etween OMP_L_IN & OMP_R_IN.uF.uF.uF.uF.uF.uF.uF.uF.uF.uF pf pf PLA NAR M HIP TU_VS_INM :A S_RG_INM :A RAR_AV_VS_INM :A OMP_VID_INM R_VID_INM :A G_VID_INM :A _VID_INM :A S_VS_INM :A SID_AV_VS_INM :A PLA NAR M HIP.uF.uF.uF SID_AV_LR_INM : RAR_AV_LR_INM : OMP_LR_INM :..V Near J R Route etween S_L_IN & S_R_IN.uF.uF S_LR_INM : uf Near J. R Route etween P_L_IN & P_R_IN.uF.uF P_LR_INM : TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. Near Q Route Along With TUNR_SIF_IF_N M (UROTV) M AUD_IN/LVDS TU_SIF_INM :A..

19 TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI... M VIDO IN UROTV _VID_INM.V L LMPGSND.V A.V R.uF.uF L LMPGSND A.V L LMPGSND R K L LMPGSND.uF A.V DSU_ RG_VSYN.uF A.V R_VID_INM.uF S_RG_INM.uF.uF L LMPGSND.V OMP_VID_INM.uF A.V G_VID_INM.uF.uF.uF D.V A.V L LMPGSND.uF.uF DSU_G R K.uF.uF.uF.uF.uF.uF pf.uf pf.uf.v L LMPGSND.uF A.V RG_HSYN SPDIF_OUT.uF.uF.uF.uF R.uF R pf.uf.uf pf.uf.v L LMPGSND.uF R K.V A.V.uF L LMPGSND.uF DSU_R.V.uF +V_NORMAL R K R K K R.uF V HDMI_SL HDMI_SDA R R R K R K R.V R K R K.uF R S_F S_ID S_R S_ S_G SID_AV_VS_INM S_VS_INM S_VS_IN TU_VS_INM RAR_AV_VS_INM.uF SART_Rout_P SART_Lout_N SART_Rout_N SART_Lout_P TU_SIF_INM TU_SIF TU_VS HP_LOUT_N HP_LOUT_P HP_ROUT_P HP_ROUT_N D.V uf V.uF D.V.uF V.uF V.uF uf D.V.uF V.uF V.uF.uF.uF.uF.uF V D.V.uF V.uF.uF.uF D.V.uF.uF.uF.uF.uF pf.uf.uf V.uF.uF pf uf pf.uf pf D.V pf pf pf D.V.uF.uF.uF pf R.uF V.uF D.V.uF.uF V A.V D.V pf.uf pf pf.uf pf D.V.uF OMP_Pb OMP_Pr OMP_Y AUD_SK AUD_LRK AUD_LRH RAR_AV_VS SID_AV_VS.uF.uF.uF.uF uf uf uf uf uf uf uf uf.uf.uf.uf.uf.uf.uf.uf.uf.uf R R % NON_U R % NON_U R % R % R.uF.uF.uF SID_OMP_Pb SID_OMP_Pr SID_OMP_INM SID_OMP_Y R % R % R % R % R R R R R % pf pf pf A.V L IJN.uF V +.V_HDMI +.V_AMP.uF V L LMPGSND HDMI_RX+ HDMI_RX- HDMI_RX+ HDMI_RX- HDMI_RX- HDMI_RX+ HDMI_LK- HDMI_LK+ SID_OMP_Y SID_OMP_Pr SID_OMP_Pb SID_OMP_INM TU_IF_AG_ TU_IF_P_ TU_IF_P_ TU_IF_N_ TU_IF_AG_ TU_IF_N_ TU_IF_AG_ TU_IF_AG_.uF R R R uf uf V I LG ( VRSION) NON_DTV DS_AGI_TL AG DS_AGT_TL AH DSAF_AVSS_ A DSAF_AVSS_ A DSAF_AVSS_ AF DSAF_AVSS_ AF DSAF_AVSS_ AF DSAF_AVDDP AG DSAF_DVDDP DSAF_IF_N DSAF_IF_P PLL_DS_A AD PLL_DS_AVDDP A PLL_DS_TSTOUT A SD_V_AVDDP A SD_V_AVDDP A SD_V_AVSS A SD_V_AVDDP AD SD_V_AVDDP AD SD_V_AVSS_ A SD_V_AVSS_ A SD_V_AVDDP AD SD_V_AVDDP A SD_V_AVSS_ A SD_V_AVSS_ A SD_V_AVSS_ A SD_V_AVDDP A SD_V_AVDDP AD SD_V_AVSS_ A SD_V_AVSS_ AA SD_V_AVDDP A SD_V_AVDDP AD SD_V_AVSS A SD_R AD SD_INM_R A SD_G A SD_INM_G AF SD_ AH SD_INM_ AG SD_Y AG SD_PR A SD_P AF SD_INM_OMP AH SD_Y AG SD_PR AF SD_P AH SD_INM_OMP AH SD_Y AG SD_PR A SD_P AF SD_INM_OMP AH SD_L AH SD_ AG SD_INM_L A SD_L A SD_ AF SD_INM_L AH SD_L AH SD_ A SD_INM_L AF SD_VS AD SD_VS AG SD_VS AG SD_VS AF SD_INM_VS A SD_INM_VS AF SD_INM_VS AH SD_INM_VS AG SD_SIF AF SD_INM_SIF AG SD_F AD SD_FS A SD_FS A PLL_VAF_AVDDP A PLL_VAF_AVSS AA PLL_VAF_TSTOUT A RG_HSYN AG RG_VSYN AF IS_LK_IN A IS_LK_OUT AF IS_DATA_IN AD IS_DATA_OUT AH IS_LR_IN AD IS_LR_OUT AG AUD_LFT_N AG AUD_LFT_P AH AUD_AVDDP_ AF AUD_AVSS A AUD_AVSS A AUD_AVSS A AUD_AVSS A AUD_AVSS AD AUD_RIGHT_N AH AUD_RIGHT_P AG AUD_LFT_N AH AUD_LFT_P AG AUD_RIGHT_N AG AUD_RIGHT_P AH AUD_AVDDP_ AUD_AVSS A AUD_AVSS A AUD_AVSS AUD_LFT_N AF AUD_LFT_P AUD_RIGHT_N AF AUD_RIGHT_P AG AUD_AVDDP_ AD AUD_AVSS A AUD_AVSS AD AUD_SPDIF AH SPDIF_AVDDP A SPDIF_AVSS A SPDIF_IN_N AF SPDIF_IN_P AH HDMI_RX DAT AG HDMI_RX HTPLG_IN AA HDMI_RX HTPLG_OUT AA HDMI_RX DD_SL A HDMI_RX DD_SDA Y HDMI_RX RSRF A HDMI_RX LK_N A HDMI_RX LK_P A HDMI_RX DATA_N AD HDMI_RX DATA_P AD HDMI_RX DATA_N A HDMI_RX DATA_P HDMI_RX DAT_N AF HDMI_RX DAT_P AF HDMI_RX VDDP AD HDMI_RX VDDP A HDMI_RX VDDP A HDMI_RX AVSS_ AD HDMI_RX AVSS_ A HDMI_RX AVSS_ A HDMI_RX AVSS_ AG HDMI_RX AVSS_ A HDMI_RX AVSS_ AA HDMI_RX PLL_AVSS Y HDMI_RX PLL_DVDDP A HDMI_RX PLL_DVSS W HDMI_RX DAT AA HDMI_RX HTPLG_IN V HDMI_RX HTPLG_OUT U HDMI_RX DD_SL V HDMI_RX DD_SDA V HDMI_RX RSRF W HDMI_RX LK_N W HDMI_RX LK_P W HDMI_RX DATA_N Y HDMI_RX DATA_P Y HDMI_RX DATA_N A HDMI_RX DATA_P AA HDMI_RX DAT_N A HDMI_RX DAT_P A HDMI_RX VDDP Y HDMI_RX VDDP Y HDMI_RX VDDP W HDMI_RX AVSS_ W HDMI_RX AVSS_ U HDMI_RX AVSS_ W HDMI_RX AVSS_ U HDMI_RX AVSS_ V HDMI_RX AVSS_ W HDMI_RX AVSS_ U HDMI_RX AVSS_ V HDMI_RX AVSS_ Y HDMI_RX PLL_AVSS V HDMI_RX PLL_DVDDP AA HDMI_RX PLL_DVSS Y I LG ( VRSION) NON_DTV VDD_ H VDD_ J VDD_ K VDD_ L VDD_ M VDD_ N VDD_ P VDD_ R VDD_ AA VDD_ H VDD_ H VDD_ H VDD_ H VDD_ H VDD_ H VDD_ H VDD_ H VDD_ H VDD_ H VDD_ H VDD_ H VDD_ J VDD_ K VDD_ L VDD_ M VDD_ N VDD_ P VDD_ R VDD_ T VDD_ U VDD_ V VDD_ W VDD_ Y AG_VDDO AH VDDO_ AA VDDO_ AA VDDO_ AA VDDO_ AA VDDO_ VDDO_ L VDDO_ U VDDO_ A DDRV_ A DDRV_ G DDRV_ G DDRV_ G DDRV_ A DDRV_ G DDRV_ G DDRV_ A DDRV_ G I LG ( VRSION) NON_DTV DVSS_ AD DVSS_ AD DVSS_ J DVSS_ K DVSS_ L DVSS_ M DVSS_ A DVSS_ A DVSS_ G DVSS_ D DVSS_ AA DVSS_ G DVSS_ A DVSS_ L DVSS_ M DVSS_ N DVSS_ P DVSS_ R DVSS_ T DVSS_ U DVSS_ V DVSS_ D DVSS_ G DVSS_ L DVSS_ M DVSS_ N DVSS_ P DVSS_ R DVSS_ T DVSS_ U DVSS_ V DVSS_ L DVSS_ M DVSS_ N DVSS_ P DVSS_ R DVSS_ T DVSS_ U DVSS_ V DVSS_ G DVSS_ L DVSS_ M DVSS_ N DVSS_ P DVSS_ R DVSS_ T DVSS_ U DVSS_ V DVSS_ L DVSS_ M DVSS_ N DVSS_ P DVSS_ R DVSS_ T DVSS_ U DVSS_ V DVSS_ A DVSS_ G DVSS_ L DVSS_ M DVSS_ N DVSS_ P DVSS_ R DVSS_ T DVSS_ U DVSS_ V DVSS_ AA DVSS_ D DVSS_ L DVSS_ M DVSS_ N DVSS_ P DVSS_ R DVSS_ T DVSS_ U DVSS_ V DVSS_ AA DVSS_ A DVSS_ G DVSS_ L DVSS_ M DVSS_ N DVSS_ P DVSS_ R DVSS_ T DVSS_ U DVSS_ V DVSS_ D DVSS_ G DVSS_ H DVSS_ DVSS_ DVSS_ F DVSS_ G DVSS_ DVSS_ F DVSS_ G DVSS_ H DVSS_ J DVSS_ K DVSS_ L DVSS_ M DVSS_ N DVSS_ P DVSS_ R DVSS_ T DVSS_ U DVSS_ V DVSS_ W DVSS_ Y DVSS_ A DVSS_ W DVSS_ A DVSS_ F DVSS_ M DVSS_ T DVSS_ A R % U_N R % U_N R-* % NON_U_N R-* % NON_U_N R % R % R NON_U R-* U R-* % NON_U S_VS_IN ONNT NAR M HIP VS OMPONNT DSU SID OMPONNT Place here for common circuit with ATS T_LOUT_N T_LOUT_P T_ROUT_N T_ROUT_P page : TUNR(HALF NIM) OMP_Pr ==> OMP_Pb ==> S_RG(U)/OMPNNT[NON_U] OMP_Y ==> ONLY US NON_U FOR OMP FOR SD FOR SD TP

20 TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. DDR Memory M (UROTV).. DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_DQ[] DDR_DQ[] DDR_DQ[] DDR_DQ[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_A[] DDR_A[] DDR_DQ[] DDR_DQ[] DDR_DQ[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_DQ[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_DQ[] DDR_A[] DDR_A[] DDR_DQ[] DDR_A[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_A[] DDR_DQ[] DDR_A[] DDR_A[] DDR_A[] DDR_DQ[] DDR_A[] DDR_A[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_DQ[] DDR_A[] DDR_A[] DDR_DQ[] DDR_DQ[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_DQ[] DDR_DQ[] DDR_DQ[] DDR_DQ[] DDR_A[] DDR_A[] DDR_A[] DDR_DQ[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_DQ[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_DQ[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_DQ[] DDR_DQ[] DDR_A[] DDR_A[] DDR_A[] DDR_DQ[] DDR_DQ[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_DQ[] DDR_DQ[] DDR_A[] DDR_A[] DDR_A[] DDR_DQ[] DDR_A[] DDR_A[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_DQ[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_A[] DDR_VRF DDR_DQS :H DDR_LKb :;: DDR_VRF DDR_LK :A;:F DDR_ASb.uF pf.uf DDR_ASb.uF.uF DDR_A[-] R %.uf.uf DDR_ DDR_A R.uF DDR_Wb D.V DDR_DQSb : DDR_A[-,-] DDR_A AR DDR_A.uF pf D.V DDR_A DDR_DQ[-] DDR_DM : DDR_Wb DDR_K.uF DDR_ pf DDR_DQS :A DDR_ASb DDR_DQS :A AR DDR_A[-] DDR_DQ[-] : DDR_A D.V DDR_K DDR_A[-,-].uF DDR_ASb DDR_A DDR_A[-] DDR_Wb DDR_A DDR_Wb DDR_Wb DDR_K DDR_DQS :H D.V DDR_ DDR_A pf DDR_RASb.uF DDR_DQ[-] : DDR_LK.uF DDR_.uF R DDR_ODT.uF DDR_Wb AR pf.uf DDR_A DDR_A DDR_VRF.uF DDR_DQS :.uf DDR_Wb.uF R AR DDR_A DDR_DM : DDR_LK :F;:F DDR_A[-] DDR_A DDR_ASb DDR_A[-] AR.uF DDR_ DDR_LK :A;: DDR_DQ[-] DDR_VTT DDR_A DDR_DQSb :A DDR_K :A;:;:F;:F DDR_K DDR_LKb :A;: pf R DDR_RASb.uF DDR_ODT pf DDR_DQ[-] pf DDR_LKb :A;: DDR_DQSb :A AR DDR_ODT D.V.uF DDR_DM :A DDR_A[-] :;:F;:I pf DDR_ODT DDR_DQ[-] DDR_VRF DDR_A DDR_A[-,-].uF DDR_ODT :A;:;:;:F;:I;:I DDR_RASb DDR_LKb :F;:F DDR_RASb pf D.V DDR_RASb.uF.uF DDR_A[-,-] DDR_A[-] :;:F;:I AR DDR_A[-,-] DDR_DM :H DDR_DQSb :A DDR_DQSb :H DDR_DQS :A DDR_ODT DDR_DM :A pf DDR_ D.V DDR_LK :A;: DDR_DQS :.uf DDR_VRF.uF DDR_RASb pf DDR_LKb :A;:F.uF DDR_A[-] DDR_DQ[-] uf uf R % DDR_DQSb :A DDR_VTT.uF pf DDR_RASb DDR_LKb R % pf.uf DDR_DM :H DDR_ASb A.V DDR_LK :;: AR.uF DDR_DM :A AR DDR_DQSb :H AR DDR_DM :A DDR_A[-] DDR_A[-] DDR_DQ[-] : DDR_DQSb : R DDR_ODT DDR_VRF DDR_ DDR_DQS :A uf uf uf uf uf uf uf uf uf uf uf uf uf uf.uf.uf.uf.uf.uf.uf.uf.uf.uf.uf.uf DDR_K DDR_K R uf V.uF V R uf V uf V DDR_VRF uf V uf V.uF V DDR_VTT R K R uf V uf V D.V.uF V D.V uf V.uF V I DF- VTTS N VRF VDDQ VTT_IN VTT.uF V DDR_VRF I NTTUMD_D K K F K F RAS F AS G W F S G A G A G N_/ G A H A H H A J A J A J A J A K A K A K A/AP H A K A L A L N_/A L N_/A L ODT F DQ DQ DQ D DQ D DQ D DQ D DQ DQ DQS DQS A DM/RDQS NU/RDQS VDDQ_ A VDDQ_ VDDQ_ VDDQ_ VDDQ_ VDD_ A VDD_ L VDD_ VDD_ H VSSQ_ A VSSQ_ VSSQ_ VSSQ_ D VSSQ_ D VSS_ A VSS_ VSS_ J VSS_ K VRF VDDL VSSDL I NTTUMD_D K K F K F RAS F AS G W F S G A G A G N_/ G A H A H H A J A J A J A J A K A K A K A/AP H A K A L A L N_/A L N_/A L ODT F DQ DQ DQ D DQ D DQ D DQ D DQ DQ DQS DQS A DM/RDQS NU/RDQS VDDQ_ A VDDQ_ VDDQ_ VDDQ_ VDDQ_ VDD_ A VDD_ L VDD_ VDD_ H VSSQ_ A VSSQ_ VSSQ_ VSSQ_ D VSSQ_ D VSS_ A VSS_ VSS_ J VSS_ K VRF VDDL VSSDL I NTTUMD_D K K F K F RAS F AS G W F S G A G A G N_/ G A H A H H A J A J A J A J A K A K A K A/AP H A K A L A L N_/A L N_/A L ODT F DQ DQ DQ D DQ D DQ D DQ D DQ DQ DQS DQS A DM/RDQS NU/RDQS VDDQ_ A VDDQ_ VDDQ_ VDDQ_ VDDQ_ VDD_ A VDD_ L VDD_ VDD_ H VSSQ_ A VSSQ_ VSSQ_ VSSQ_ D VSSQ_ D VSS_ A VSS_ VSS_ J VSS_ K VRF VDDL VSSDL I NTTUMD_D K K F K F RAS F AS G W F S G A G A G N_/ G A H A H H A J A J A J A J A K A K A K A/AP H A K A L A L N_/A L N_/A L ODT F DQ DQ DQ D DQ D DQ D DQ D DQ DQ DQS DQS A DM/RDQS NU/RDQS VDDQ_ A VDDQ_ VDDQ_ VDDQ_ VDDQ_ VDD_ A VDD_ L VDD_ VDD_ H VSSQ_ A VSSQ_ VSSQ_ VSSQ_ D VSSQ_ D VSS_ A VSS_ VSS_ J VSS_ K VRF VDDL VSSDL I LG ( VRSION) NON_DTV DDR_VDD A DDR_VDD DDR_VSS DDR_VSS DDR_PLL_TST F DDR_PLL_LDO DDR_K DDR_OMP DDR_ODT DDR_XT_LK DDR_LK DDR_LK DDR_LK A DDR_LK A DDR_A DDR_A DDR_ A DDR_A D DDR_A DDR_A DDR_A F DDR_A DDR_A F DDR_A DDR_A D DDR_A DDR_A D DDR_A DDR_A F DDR_A DDR_A D DDR_A F DDR_A DDR_ DDR_AS A DDR_DQ A DDR_DQ DDR_DQ DDR_DQ D DDR_DQ DDR_DQ DDR_DQ DDR_DQ DDR_DQ D DDR_DQ DDR_DQ DDR_DQ F DDR_DQ F DDR_DQ DDR_DQ D DDR_DQ F DDR_DQ DDR_DQ DDR_DQ A DDR_DQ DDR_DQ DDR_DQ DDR_DQ DDR_DQ D DDR_DQ DDR_DQ D DDR_DQ F DDR_DQ DDR_DQ DDR_DQ F DDR_DQ DDR_DQ DDR_DM A DDR_DM DDR_DM DDR_DM F DDR_DQS DDR_DQS DDR_DQS F DDR_DQS F DDR_DQS DDR_DQS DDR_DQS DDR_DQS D DDR_RAS DDR_VRF A DDR_VRF DDR_W DDR_VDDPP_ DDR_VDDPP_ D.uF V.uF V.uF.uF HONG YON HYUK lose to I lose to I lose to I lose to I SI SI PI * DDR_VTT

21 ARPHON LOK HP_DT HP_DT OMPONNT A A A D PPJ- JK [GN]-LUG [GN]O-SPRING [GN]ONTAT [L]-LUG-S [L]O-SPRING [RD]-LUG-S [RD]O-SPRING_ [WH]O-SPRING [RD]ONTAT [RD]O-SPRING_ [RD]-LUG D.V R K ZD.V ZD.V.V D D.V D.V D.V R K pf V pf V pf V pf V uf R K R K V V uf L nh L nh L nh R R pf V pf V pf V pf V pf V OMP_DT OMP_Y OMP_Pb OMP_Pr OMP_L_IN OMP_R_IN RAR_AV JK PPJ- Rear VS A A A [RD]-LUG [RD]O-SPRING [RD]ONTAT [WH]-LUG [YL]ONTAT [YL]O-SPRING [YL]-LUG RAR_AV D.V RAR_AV ZD.V RAR_AV ZD.V D.V RAR_AV RAR_AV R K RAR_AV R D.V RAR_AV R K RAR_AV RAR_AV R K RAR_AV pf V RAR_AV pf V V uf RAR_AV V uf RAR_AV RAR_AV R K R RAR_AV RAR_AV R pf V RAR_AV RAR_AV pf V RAR_AV_VS AV_VS_DT RAR_AV_R_IN RAR_AV_L_IN TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. UROTV T SU OARD I/F..

22 VRTIAL_NIM TU-* TDFR-GD +V_TU RF_S/W_NTL ST_NTL +[V] AN H-NIM/NIM TUNR for U L LMPGSND SHILD N[RF_AG] AS SL[A_DMOD] SDA[A_DMOD] N(IF_TP) SIF N VIDO.V.V RST.V SL[D_DMOD] SDA[D_DMOD] RR SYN VALID ML D D D D D D D D N_HORIZONTAL_LGSG TU-* TDFR-D SHILD N_VRTIAL_LGSG TU-* TDFR-D SHILD RF_S/W_NTL ST_NTL +[+V] N[RF_AG] N_ SLT SDAT N_ SIF N_ VIDO +[.V] +[.V] RST N_ SL SDA RR SYN VALID ML D D D D D D D D RF_S/W_NTL ST_NTL +[+V] N[RF_AG] N_ SLT SDAT N_ SIF N_ VIDO +[.V] +[.V] RST +[.V] SL SDA RR SYN VALID ML D D D D D D D D HORIZONTAL_NIM TU TDFR-GD SHILD close to TUNR RF_S/W_NTL ST_NTL +[V] N[RF_AG] AS SL[A_DMOD] SDA[A_DMOD] N(IF_TP) SIF N VIDO.V.V RST.uF V.V.uF SL[D_DMOD] V SDA[D_DMOD] RR SYN VALID ML D D D D D D D D N.uF V R pf V N R pf V R N close to TUNR pf V +.V_TU.uF V RF_SWITH_TL +V_TU pf V pf V.uF V +.V_TU.uF V N R U N R U N R N R U N R N R U N R U N R N R R N R U N R U N R +.V_TU U U U U U.uF V R-* R-* R-* R-* R-* R-* R-* R-* R-* R-* R-* R-* Q S R uf V R K +.V_TU R K.uF V ION : RF AG TUNR_RST pf V F_TS_RR F_TS_SYN F_TS_VAL IF_AG_SL pf V F_TS_DATA_LK pf V F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] pf V R R R R SL_.V SDA_.V R SL_.V SD_.V F_TS_DATA[-] R.uF V Q ISAA R.K R +V_TU R +V_TU Q S R Q ISAA R R.K Q ISAA R K R K +V_TU R LN_TL/OSTR_TL Q TU_VS ATV_OUT R ISAA TU_SIF L IJN +.V_TU uf V N R-* K /W % F_TS_VAL F_TS_RR U R K /W % R F IN S I MPDN A R /W % I NLSZDFTG pf V N/SYN SW_ SW_ R N R-* /W % % U R K lose to I uf V R N R-* K /W % K R U R K %.uf V +.V_TU L.uH NRTRN.uF V R POWR_ON/OFF_ Vout=.*(+R/R) uf V F_TS_VAL_RR +.V_TU.uF uf V U_VRTIAL_NIM_T TU-* TDFR-GD RF_S/W_NTL ST_NTL +[V] lose to the tuner R N R U F_TS_SRIAL L IJN +.V_TU ma +.V_TU +.V_TU N[RF_AG] AS SL[A_DMOD] SDA[A_DMOD].uF V.uF V uf V.uF V I AZD-.TR N(IF_TP) SIF N VIDO.V.V RST.V SL[D_DMOD] SDA[D_DMOD] RR SYN VALID ML D D TP ATV_OUT +V_NORMAL.uF V L LMPGSND.uF V +V_TU uf V uf V ma.uf V VIN $. VOUT R uf V.uF V D D D D D D SHILD Tuner ( Full Nim ) TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI.

23 OMPONNT nh L MFRKT.V ZD ZD.V R % pf V pf V S_G SART_Lout_N SART_Lout_P R K SART_Rout_P FIX-TR D.V.uF V R K SART_DT SART_Rout_N [GN] DTV_ATV_SLT [GN]G [GN]_DT [L] D.V R % S_ DTV/MNT_V_OUT [RD]R [WH]L_IN [RD]R_IN [RD]MONO PPJ-- JK D.V D.V R % R K V uf R pf V S_R S_L_IN S_ID S_F S_R S_R D.V R K V uf R pf V S_R_IN : Audio Out Amp :F :F HP_ROUT_N HP_ROUT_P :F :F HP_LOUT_P HP_LOUT_N TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. UROTV T SU OARD I/F..

24 US DOWN STRAM US DOWN STRAM uf V SID_US_DP SID_US_DM US_TL /US_OD +.V_US uf V.uF L LMPGSND US_DM US_DP US_DM US_DP.uF.uF +.V_US.uF USDN_DM USDN_DP USDN_DM USDN_DP VDDA_ N_ N_ N_ N_ VSS VDDPLL VDDA_ R K RIAS.uF THRMAL TST /W % VDDPLL PRTPWR R M % R K R K R K.uF R K R K R K +.V_US.uF R R R R R +.V_US R K K K +.V_US SL_.V SD_.V /RST_HU KJA-U-- JK D DSHDMI.V D DSHDMI.V US_DM US_DM US_DP.uF.uF.uF US_DP uf V D DSHDMI.V D DSHDMI.V US_TL /US_OD US_TL /US_OD US ION US / DVR Ready KJA-U-- JK L ML--P-N -ohm uf V N OUT_ OUT_ FLG I APSG- AN R IN_ IN_ N R.K R.K uf V +V_US.uF XTAL/LKIN I USA_AZG OS_N pf pf X MHz XTAL VDD USUP_DP VDDR USUP_DM PRTPWR VDDA_ OS_N SUSP_IND/LOAL_PWR/NON_RM N_ VUS_DT RST_N HS_IND/FG_SL SL/SMLK/FG_SL VDD SDA/SMDATA/NON_RM N_ N_ N_ US L ML--P-N -ohm uf V N OUT_ OUT_ FLG I APSG- AN R IN_ IN_ N R.K US_TL R.K uf V +V_US /US_OD :J.uF TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. US

25 R K I POWR NAL ONTROL +V_NORMAL Q RSRP S D +V_I_Vs I ONTROL UFFR I AR K I_A[] I.uF V R K I R K I.uF V G I I uf V I.uF V I_A[] D.V D.V I_A[] I_A[] I R.K :G;:AJ :T;:AJ :H :T :G /I_ /I_ /I_W /I_IOWR /I_O I.uF V I MLXDTRG O I O D O D O D O D O D O D R K I /I_SL:H I_S :;:;:AL NAND_Wb :;: I_W : NAND_Rb :;: NAND_AL :;: I I AR K AR K I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] :H I_V_TL [GP] I R K I Q S :T /I_IORD O D O O D I AR K I_A[] I_A[] D.V I_A[-] :;: : I_RW :FI_D[-] I_D[] I_D[] I LVA DIR I A O A I.uF V NAND_DATA[] I_S :;:;:K NAND_DATA[-] I_D[] NAND_DATA[] I_D[] A NAND_DATA[] I_D[] A NAND_DATA[] I_D[] A NAND_DATA[] I_D[] A NAND_DATA[] I_D[] A NAND_DATA[] NAND_DATA[] :AG I_D[-] +V_I_Vs I_D[] AR I I_D[] I_A[-] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] I_A[] AR AR AR I I I I /I_ /I_O /I_W I_D[] I_D[] I_D[] I_D[] I_D[] I_D[] /I_IRQ [GP] :H;:AJ AR I I.uF R I R I I R V I.uF I R P -LF I I R.uF R :AL /I_INPAK I I R R I.uF AR I I I I AR R I /I_D I_OUTDATA[] I_OUTDATA[] I_OUTDATA[] I_OUTDATA[] /I_ /I_VS /I_IORD :H :G;:AJ I_MOD_RST [GP] /I_WAIT:;:AJ I_OUTLK I_OUTVALID I_OUTSTART :H;:AJ :H;:AJ /I_IOWR :H I_OUTLK,I_OUTDATA[-],I_OUTSTART,I_OUTVALID [GP]:AJ I AR I AR F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[-] DV-I PULL-DOWN (Near I Slot) :O /I_INPAK xternal Demod. DV-I PULL-UP (Near I Slot) +V_NORMAL I R K AR :AJ [GP] /I_IOIS R I G G R I.uF I AR I AR I_OUTDATA[] I_OUTDATA[] I_OUTDATA[] I_OUTDATA[] [GP] /I_D :H;:AJ I AR F_TS_SYN F_TS_VAL_RR /I_IOIS /I_IRQ /I_VS /I_WAIT I_OUTLK /I_D /I_D /I_ /I_ I_MOD_RST I R K R K I R K R K R K R K R K R K R K I F_TS_DATA_LK TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. UROTV I..

26 PANL_ [Pin LVDS onnector] (For FHD /Hz) P TF-S L -ohm TMHz I_# heck(lg,lg,etc) TMHz uf V pf V TMHz.uF V TMHz TMHz P WR-L R INH R TMHz SL_.V R NON_INH R NON_INH R NON_INH R INH R INH R INH R TMHz SDA_.V R TMHz V_SYN RRX+/RLVP RRX-/RLVN RRX+/RLVP RRX-/RLVN RRXK+/RLVP RRXK-/RLVN RRX+ RRX- RRX+ RRX- RRX+/RLLKP RRX-/RLLKN Formatter for DTV RRXA+/RLVP P RRXA-/RLVN WR-L RRXA+ RRXA- L PANL_ RRXAK+/RLVP DTV -ohm RRXAK-/RLVN RRX+/RLVP RRX-/RLVN RRXA+ RRXA- RRXA+ RRXA- P WR-L R D_DIM R D_DIM R DTV R TMHz R TMHz R TMHz R TMHz R DTV D_DIMMING_ D_DIMMING L/R_SYN FR_RST SL_.V SDA_.V V_SYN D_SYN_OUT L/R_SYN R DTV SAN_LK/OP_OUT OP_OUT OP_N SAN_LK M_RMOT_RX DTV R R R R _TK _TDO _TMS _TDI TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. LX_LG Hz LVDS..

27 US DOWN STRAM D IR +V_mitter uf V D_IR L ML--P-N -ohm I APSG- N OUT_ IN_ OUT_ IN_ FLG N AN R.K R.K uf V D_IR +V_NORMAL.uF D_IR US_PWRON R US_PWRFLT L ML--P-N -ohm D_IR D_SYN D.V D_IR R D_IR.uF V D_SYN_OUT US_PWRFLT US_PWRON R R S_R S_R Outer_mitter KJA-U-- JK +V_mitter R Outer_mitter D_SYN Inner_mitter JK WR-L +V_mitter L -ohm Inner_mitter R Inner_mitter D_SYN TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. DIR.

28 [To MASTR LD DRIVR] P WR-L IOP L_VS M_MOSI M_SLK M_MOSI M_SLK R.K dge R.K dge R.K dge R IOP S_S_N R IOP S_MOSI R IOP S_SLK pf V pf V pf V pf V pf V pf V pf V pf V [To SLAV LD DRIVR] P WR-L xcept dge(/") dge(") R IOP R_VS R R IOP R dge(") M_MOSI M_SLK R IOP M_SLK R dge(") R dge(") M_MOSI R IOP R IOP M_MOSI R dge(") R IOP M_SLK R dge(") R dge(") R_VS R IOP pf V pf V pf V pf V pf V pf V pf V TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. GP_SaturnM Interface for LG Ver..

29 S D FROM LIPS & POWR /D RL_ON uf V uf V +.V_ST +V R K +V.uF V Q S +.V_ST L ML--P-N L ML--P-N.uF V.uF V R.K.uF V Hz_MD_MDSI R MO_MOSI <OS MODUL PIN MAP> PIN No LGD INV_ON V:VR-A V:N PWM_DIM rr_out L ML--P-N RTP-T MO() A-DIM N PWM_DIM INV_ON Q Hz_MD_MDSI/ LOAL DIMMING R M_MOSI.uF V R AUO INV_ON rr_out A-DIM PWM_DIM R R NORMAL_~ P FW-S L Hz_VSYN/ LOAL DIMMING PWR ON V ML--P-N R V V uf V R_VS.uF.V Hz_VSYN.V V R.V.V L_VS V_SYN Hz_MO_SLK/ LOAL DIMMING /V-sync R R V INV ON Hz_VSYN M_SLK V R A.DIM V MO_SLK P.DIM Hz_MO_SLK /P.DIM rr OUT SAN_LK.uF V SAN_LIPS SAN SHARP.uF V uf V INV_ON rr_out PWM_DIM uf V SLIM_~ SMAW-HS P R SAN_PSU R LD R SHARP Q AOA R AUO NON_MO R R MO R NON_SAN_PSU SAN_PSU.uF R.K R R R AUO/SHARP +V AUO LGD_IOP uf V R NON_LD_MODL R K Q S MO R K R R R A_DIM_LGD R PWM_NON_OP R HD_OP R PANL_POWR NON_LD_MODL R.K R K L_VS R_VS MO_SLK M_SLK MO_MOSI M_MOSI INV_TL A_DIM PWM_DIM R SAN_LK/OP_OUT SAN/FHD_OP OP_OUT RROR_OUT.uF NON_LD_MODL L.uF.uF +.V_ST ML--P-N +V uf V L IJN uf V A SS P_ SW_ IN_ N S uf V.uF THRMAL I.uF V A R K R uf P VIN Vout=.*(+R/R) MPDL-LF-Z P F SW_ IN_ POK uf V N/SYN P_ +V_NORMAL F I AOZAI A SD D.V L uh.uf R R NON_SD R K % R K LX_ LX_ N OMP R SD R-* K R K % R uf V.K R K K R R K % R L.uH NRTRN POWR_ON/OFF_ pf POWR_ON/OFF_ uf V D.V L LMPGSND uf V R K R.K R K MAX ma % % pf V M core.v volt % R R A.V.uF V uf V MAX.A Vout=.*(+R/R) uf V +V_NORMAL.uF V V-->.V.uF V V-->.V V-->.V V-->.V ST_.V-->.V Power_DT R K % +V L IJN uf V +.V_ST R K pf V POWR.V R-* K % POWR.V R-*.K % N F OMP POWR V R-* K % POWR V R-*.K % R K NON_PD_+.V R.K +V VIN I AOZDI A P +V PD_+V % /W % POWR V R K % POWR V R.K % LX +.V_ST R K.K R PD_+.V % R K I NPSN RST L.uH R K I R K R.K R K NPSN RST R K POWR_ON/OFF_ % % % MAX.A uf V R R uf V +.V_ST R K uf V L IJN.uF V SD.uF V POWR_DT not to RST at kv SD D.V.uF V R K uf V G PANL_ R K R.K uf V PANL_TL :AK +V L uf V R K R K Q S.uF R R K L.uH Q S +V_US I MPN--LF-Z IN SW_ SW_ ST A F N/SYN uf V R K R K pf V POWR_ON/OFF_ +V_US R K R.K MAX ma % pf R V % R uf V.uF V.uF V +V_US.uF V M DDR.V +.V_ST L Placed on SMD-TOP IN uf V IJN.uF V ST VIN LX P S Vout=.*(+R/R) I MPDQ A RUN VRF OMP F SS Replaced Part.uF V K R.uF V pf V R.K L.uH NRTRN Max ma V pf R R K /W % POWR_ON/OFF R K % R D.V Placed on SMD-TOP uf.uf V N_ L I-* SISTRT uf V SMTK.uF +V_NORMAL D.uF D L R K R K SMTK R K.uF D I APMP-.TRG PG N VIN VTRL.V THRMAL D [P] ADJ VOUT N SMTK VOUT :.V D VOUT :.V R SMTK K R % R SMTK K % R uf V SMTK:Vout=.*(+R/R) D:Vout=.*(+R/R) R-*.K D % R-* K D % uf V.V L.uF NRTRN N ADJ Vout=(+R/R)*. VIN VO N_ N_ TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. M (UROTV) POWR

30 FLMD Mhz rystal Ready V pf V pf MHz X R +.V_ST R K R K R K MIOM_DOWNLOAD R pf pf X-*.KHz MIOM_PSON MIOM_KDS X.KHz R.M MIOM_RST WIRLSS_DTT WIRLSS_PWR_N +.V_ST P WS-A +.V_ST +.V_ST R PROM for Micom I M-WMNT R +.V_ST R R R K R R R R R K K K K for Debugger MIOM_RST N_ISP_Tx N_ISP_Rx ODA OD FLMD N_ISP_Tx N_ISP_Rx ODA OD +.V_ST +.V_ST SL_.V SDA_.V N_PROM_SL N_PROM_SDA R K HDMI_ POWR_ON/OFF_ AMP_MUT MODL SO_RST INV_TL MODL OD R R R R R R R R R R +.V_ST.uF P/SL P/SDA P/XSL P P/TI/TO/INTP NON_M-RMOT P P P/KR P/KR P/KR P/KR P/INTP/OD.uF VDD VSS RG P/X/ODA P/X/XLK/OD FLMD P/XT I R R P/XT/XLKS RST P P UPDFAGA-GAM-AX N_MIOM P/INTP/XLVI R K.uF SW JTP-WM R K R /W % /W % K P/PL/INTP P/TI P/TI/TO P P/ANI ANI/P ANI/P ANI/P ANI/P ANI/P ANI/P ANI/P R R R K R R R R R R R Q S DID_WP RL_ON SART_MUT WIRLSS_SW_TRL FLASH_WP MODL MODL POWR_ON/OFF MIOM_DOWNLOAD SID_HP_MUT KY KY N/ R K N/ N/ VSS W SL SDA R R R.K R.K.uF N_PROM_SL N_PROM_SDA P/INTP/ODA P/INTP P/TI/TO P/TOH/INTP P/TOH P/RXD P/TXD P/SO P/SL/RXD P/SK/TXD AVRF AVSS +.V_ST uf SID_HP_MUT SART_MUT TP FOR ATS Assy TP MIOM MODL ION AMP_RST_N PANL_TL OP_N R R R OP PDP/D R K LD/OLD R K +.V_ST TOUH_KY R K TAT_KY R K LOGO_UZZ R K PWM_LD R K OLD/D R K LD/PDP R K MODL MODL MODL MODL PIN NAM MODL MODL MODL MODL MODL MODL ION PIN NO. HIGH OLD/D LOGO_UZZ TOUH_KY PDP/D LD PDP LOW LD/PDP PWM_LD TAT_KY LD/OLD OLD D R NON_M-RMOT ODA POWR_DT R LD_/LG_LOGO TAT_KY IR R LD_R/UZZ N_ISP_Rx N_ISP_Tx R POWR_ON/OFF_ R N_RXD R N_TXD R R R +.V_ST K K K MODL LOW LOW_SMALL TD HIGH MODL MODL TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. GP_SaturnM Ver.. MIOM

31 +.V_ST IR & KY KY KY R K % R R R K % L LMPGSND L LMPGSND +.V_ST.uF.uF D.V AMOTH D.V AMOTH N_PROM_SL N_PROM_SDA YQ R YQ R pf V pf V D DSHDMI.V D DSHDMI.V P WR-L IR R R K Q S +.V_ST R R K R K Q S +.V_ST R K R.K +.V_ST OMMRIAL R IR_OUT OMMRIAL R K OMMRIAL_U Q S OMMRIAL_U +.V_ST R R K ROMMRIAL K OMMRIAL_U Q S OMMRIAL L LMPGSND +.V_ST.uF V R K OMMRIAL pf V LD_/LG_LOGO L LMPGSND.uF V R pf V LD_R/UZZ pf V R.K TAT_KY R K LD/LD D.V AMOTH R.K R K THRNT ONNT.V L IJN JK XRJV-V-D- WIRLSS IR_PASS R WIRLSS OMMRIAL_US R K WIRLSS Q S WIRLSS +.V_ST R K WIRLSS R K WIRLSS Q S WIRLSS +.V_ST R K WIRLSS Zener Diode is close to wafer PHY_TDP PHY_TDN PHY_RDP PHY_RDN R R R pf V R pf V pf V pf V D.V D.V D D.V.V pf V pf D.V R D PHY_LINK D D.V R D PHY_ATIVITY D D.V RS +.V_ST Trace impedance : ohm differenctial impedance to plane mils trace width with mils air gap on P/N pair. Adjacent TX/RX differential pairs should be separated by more than mils to each other.uf IR_OUT R R I MAXDR.uF R.uF.uF + V+ - DOUT +.V_ST D DSGTH V D DSGTH V SPG-D- JK.uF + - RIN ROUT R.K R.K R M_RXD V- DIN R N_RXD.uF DOUT DIN R M_TXD RIN AN ROUT R N_TXD TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI.

32 * HDMI AG SHILD JK HP_DT V DD_DATA DD_LK N _RMOT K- K_ K+ D- D_ D+ D- D_ D+ D- D_ D+ R D.V K R R KRS Q JP JP KRS Q DD_SDA_ DD_SL_ R.K D.V HDMI_HPD_ V_HPD _RMOT K-_HDMI K+_HDMI D-_HDMI D+_HDMI D-_HDMI D+_HDMI D-_HDMI D+_HDMI V_HDMI_ AG JAK_ JK HP_DT V DD_DATA DD_LK N _RMOT K- K_ K+ D- D_ D+ D- D_ D+ D- D_ D+ SD D DSHDMI R K.V D DSHDMI D.V SD.V SD R R KRS Q JP JP KRS Q DD_SL_ R.K D.V SD GDD_SDA_ HDMI_HPD_ V_HPD V_HDMI RMOT K-_HDMI K+_HDMI D-_HDMI D+_HDMI D-_HDMI D+_HDMI D-_HDMI D+_HDMI _RMOT R K D MMDLTG +.V_ST D S Q SS +.V_HDMI K R HDMI_ +.V_HDMI L LMPGSND.uF YKF-V KJA-T-- UI_HW_PORT SID_HDMI_PORT.uF.uF.uF.uF.uF.uF HDMI AG AG HDMI_RX- SHILD HP_DT V DD_DATA DD_LK N _RMOT K- K_ K+ JK D- D_ D+ D- D_ D+ D- D_ D+ HDMI_ YKF-V SHILD HP_DT V DD_DATA DD_LK N _RMOT K- K_ K+ JK D- D_ D+ D- D_ D+ D- D_ D+ R D.V HDMI_ K R K HDMI_ R R HDMI_ D.V R R HDMI_ KRS Q JP JP KRS Q JP JP HDMI_ KRS Q DD_SDA_ DD_SL_ KRS Q DD_SDA_ DD_SL_ R.K R.K HDMI_ D.V D.V HDMI_HPD_ V_HPD K+_HDMI D-_HDMI D+_HDMI D-_HDMI D+_HDMI HDMI_HPD_ V_HPD _RMOT K+_HDMI D-_HDMI D-_HDMI D-_HDMI D+_HDMI V_HDMI RMOT K-_HDMI D+_HDMI D-_HDMI UI_HW_PORT K-_HDMI D+_HDMI D+_HDMI V_HDMI_ V_HPD D +V_NORMAL V_HDMI_ R R K K +V_NORMAL V_HDMI_ V_HPD D R K A A R K DD_SDA_ DD_SL_ DD_SDA_ DD_SL_ V_HPD V_HPD +V_NORMAL V_HDMI_ R K HDMI_ R K HDMI_ +V_NORMAL V_HDMI_ D R K A A HDMI_ D R K DD_SDA_ DD_SL_ DD_SDA_ DD_SL_ DID Pull-up HDMI +V_NORMAL HDMI_HPD_ DD_SDA_ DD_SL_ K-_HDMI K+_HDMI D-_HDMI D+_HDMI D-_HDMI D+_HDMI D-_HDMI D+_HDMI R.K R.K.uF V +V_NORMAL.uF +.V_HDMI V_HDMI_.uF V R HDMI_SDA HDMI_SL.uF V R HDMI_LK+.uF V R HDMI_RX- R HDMI_RX+ R HDMI_LK- R HDMI_RX+ VSS_ OUT_+ VDDO[V] OUT_DD_LK OUT_DD_DAT VSS_ VDDD[V]_ RXA_HPD RXA_V RXA_DD_DAT RXA_DD_LK RXA_+ VDDH[V]_ RXA_D+ VSS_ RXA_D+ VDDH[V]_ RXA_D+ VDDH[V]_ AUX_V R HDMI_RX+ V_HDMI_ HDMI R OUT_D- VSS_ OUT_D+ TST.uF V VSS_ RX_HPD R HDMI_HPD_ OUT_D- RX_V OUT_D+ RX_DD_DAT DD_SDA_ VDDO[V] RX_DD_LK DD_SL_ OUT_D- K-_HDMI OUT_D+ K+_HDMI D-_HDMI D+_HDMI D+_HDMI D-_HDMI D-_HDMI D+_HDMI D+_HDMI D-_HDMI I D-_HDMI D+_HDMI D-_HDMI TDA RX_+ VSS_ VDDH[V]_ VDDD[V]_ RXD_D+ RX_D+ RXD_D- VSS_ VDDH[V]_ RXD_D+ RX_D+ RXD_D- VDDH[V]_ VSS_ HDMI_RX- OUT_- RXA_- RXA_D- RXA_D- RXA_D- RX_- RX_D- RX_D- RX_D- RXD_D+ RX_D+ D+_HDMI RXD_D- VSS_ VDDH[V]_ D_DD K+_HDMI RXD_+ VDDD[V]_ K-_HDMI RXD_- VDDD[V]_ RXD_DD_LK TST R DD_SL_ RXD_DD_DAT PD R DD_SDA_ RXD_V I_SDA R R SD_.V HDMI_HPD_ RXD_HPD I_SL SL_.V VDDH[V]_ R RK R V_HDMI_.uF V Place close to TDA VSS_ RX_D+ RX_D- RX_D+ RX_D- VSS_ RX_D+ RX_D- RX_+ RX_- RX_V RX_HPD VSS_ VDDS[V] D_STY.uF V K VDDH[V]_ VDDH[V]_ RX_DD_LK RX_DD_DAT INT_N/MUT RX_DD_DAT RX_DD_LK R.uF.uF V.uF V V_HDMI_ R R.uF.uF.uF.uF V.uF V.uF +.V_HDMI R.K.K R.uF V D+_HDMI D-_HDMI D+_HDMI D+_HDMI D-_HDMI K-_HDMI +.V_HDMI D-_HDMI K+_HDMI DD_SL_ DD_SDA_ HDMI_HPD_ Ready for TDA HDMI YKF-V UI_HW_PORT TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FILR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. L GI YOUNG M (UROTV) HDMI..