1 信息本部彩电培训体系列手册 编号： 专用号： 维修手册 Service Manual 产品机芯或产品系列名称 型号: LU40K5000&LU48K5000& LU55K5000 系列: K5000 机芯: RTD2995D-GR BGA-912 LU40K5000 LU48K5000 LU55K5000 1．屏、模组 ATM400DQNDPS-T1-1 SZ SEC ATM480DQNDPS-T1-1 SZ SEC ATM550DQNDPS-T1-1 SZ NEC 尺寸 40inches 48inches 55inches 可视角 178˚H x 178˚V 响应速度 8ms 分辨率 3840*2160 2．信号制式 数字信号：DTMB ；模拟信号： PAL、SECAM、NTSC、AUTO 声音制式 DK、BG、I、M 功率 120W 140W 160W 青岛海尔电子有限公司版权所有 未经授权拷贝和传播是犯法的行为 编制： 审核： 会签： 批准： 2 目录 CONTENT 项目 页码 项目 页码 1、产品外观结构特征 3 7、原理图 8 2、产品功能及主要特点 4 8、机器具体控制、工作原理及参数 41 3、产品命名方式 5 9、屏接口定义 42 4、产品使用说明及产品改进介绍、检测工具 5 10、典型故障及解决措施、常见问题咨询 44 4.1 仪器、仪表、操作工具的配置 5 10.1 简要故障判定 44 5、使用者的警告 6 10.2 常见故障现象及排除 45 5.1 警告 6 11、机器拆卸步骤 46 5.2 注意 6 12、爆炸图及明细 52 5.3 供电电源 6 13、各主要检测点的电压 57 5.4 使用场所 6 14、产品主要模块专用号 59 5.5 清洁 6 15、机器软件升级调试说明 60 5.6 注意事项 6 6、案例预防措施、产品使用及日常维护保养知识 7 6.1 注意事项 7 6.2 误区 7 3 1、产品外观结构特征（含外观图） LU40K5000&LU48K5000&LU55K5000 外观图 后铭牌图 标准遥控器 端子图 型号 LU40K5000 LU48K5000 LU55K5000 120W&140W&160W DSR-0463 端子 4 2、产品功能及主要特点 支持的HDTV/SDTV (YPbPr/YCbCr) 格式 支持的HDMI接口输入格式 信号格式 刷新频率（Hz） 480i/480p 60 576i/576p 50 720p 50/60 1080i/1080p 50/60 支持的DVI输入格式 信号格式 刷新频率（Hz） 640×480 60 800×600 1024×768 电视机基本规格和参数 电源 220V ～ 50Hz 接收电视制式 数字信号 DTMB 模拟信号 PAL、SECAM、NTSC、AUTO，DK、BG、I、M 视频输入 视频(CVBS), 分量，HDMI或DVI, USB 环境条件 使用环境温度 ：+5℃～ +35℃ 使用环境湿度：20% ～ 80% 存储温度 ：-15℃～ +45℃ 存储湿度 ：≤ 80% 大气压力 ：86 ～ 106Kpa 注意 如果存储温度低于0℃，请先将机器置于工作温度的环境中进行恢复2小 时，然后再通电使用，以保护您的电视机不受损坏。 产品执行标准 Q/0212HDZ 157-2013 特别说明：设计和规格若有变动，恕不另行通知；书中所示尺寸和相关参数均为近似值，仅供参 考，请您以购买的实物为准。 机器外观尺寸、重量、整机消耗功率（是在节能模式下所测得的数据） 信号格式 刷新频率（Hz） 480i/480p 60 576i/576p 50 720p 50/60 1080i/1080p 50/60 2160p 24/25/30 型号 固有分 辨力 音频输 出功率 机器净尺寸 (长×宽×高) (含底座) 机器净尺寸 (长×宽×高) (不含底座) 净重 (含底座) 净重 (不含底座) LU40 K5000 3840*2160 2*8W 912x216x570(mm) 912x60x535(mm) 9.6kg 8.8kg LU48 K5000 1081x252x665(mm) 1081x60x630(mm) 13.1kg 12.1kg LU55 K5000 1237x252x752(mm) 1237x60x717(mm) 14.87kg 14.02kg 5 3、产品命名方式 例如: LU 40 K5000 4、产品使用说明及产品改进介绍、检测工具 本调试说明只供 LU40K5000&LU48K5000&LU55K5000 液晶电视机机芯调试用，调试前 需对本机的各部分电路先进行装配检查，做到各部分电路的元器件无错接、碰接、漏接、漏焊、 当各部分电路符合电路原理图及装配要求后，方可开始调试，调试中所用仪器必须事先通过计量， 校对，保证精度，否则不得使用。 4.1 仪器、仪表、操作工具的配置 A、适合 RTD2995D-GR BGA-912 机芯的工装机一台； B、数字电压表一只； C、交流稳压电源一只； D、工厂标准信号电缆输入系统； E、40MHz 双踪示波器一只。 4.2 基板检查方法 A、将主机板与 LU40K5000&LU48K5000&LU55K5000 适合的工装机连接，连接公司调 试信号。 B、接通交流 220V 电源，整机进入待机状态，按遥控或本控开机键，开机进入标准状态。 C、按遥控器“节目︿”“节目﹀”键检查各节目号的图像和伴音信号，应有彩卡、方格、竖卡、 彩条、数码照片、三基色信号等不同制式的图像和伴音信号，要求无漏台，如有漏台，请 屏幕尺寸 产品外观 LCD TV 6 用自动搜索或手动搜索补齐此信号； D、接收 PAL 彩色测试卡信号，用遥控器调音量、平衡、对比度、亮度、色度、背光、声 音、画面应有变化。 E、电视制式检查：接收 PAL-D/K 制式的图像和伴音信号，在搜台时可以自动识别图像制 式和声音制式， 检查识别的图像和声音制式是否正确。 F、外端子输入输出检查：按“信号源”键，工装机上显示“信号源”菜单，包括：视频(CVBS), 分量,HDMI,USB，示波器上应可观察到相应的音、视频输入输出信号，工装机上图像和伴 音信号应正常，同时还需要检测AV输出信号是否正常。 5、使用者的警告 ！ Warning 5.1 警告 为了防止电击或火灾，请不要将电视放到有雨雾的场所。不要使用任何可能对显示屏造成刮伤、 毁坏的硬物体磨擦或敲击显示屏。 5.2 注意 禁止在未经授权的情况下以任何方式私自更改本产品。 5.3 供电电源 本产品直接用交流电供电，供电电压值见电视后盖标牌上的说明。将交流电源线一端按照电视后 端子标牌标注位置插入电源端口，另一端接在电源插座即可完成电源连接。 在有雷电或交流供电断电的时候，请拔掉电源插头和天线插头。电源线不允许有任何其它东西帖 靠或缠绕在上面，也不要将电源线置于可能受到毁坏的地方。 5.4 使用场所 避免电视的屏幕直接对着外界的强光或阳光。避免电视受到不必要的任何振动，不要将电视置于 过湿、过热或多灰尘的地方。保证电视有良好的空气对流，不要将任何物体覆盖在后盖的通风口 上。 5.5 清洁 在清洁电视屏之前将电源插头拔下。使用干净的软布擦拭显示屏和电源线。如果显示屏需要特别 的清洗，请使用干净、潮湿的抹布进行擦拭。请不要使用任何汽油、酒精、苯类有机液体或气雾 状清洁剂。请不要用力过大以致损坏屏幕。 5.6 注意事项 显示屏属于精密显示器件，屏幕上有个别的亮点、暗点，或红、绿、蓝色之类的少许死像素，这 7 是正常现象，不属于不良品。 A、显示屏长时间显示同一个静止画面时，会在电视上留下一个残影，这种损坏属于使用不当造 成的。 B、电视在连接各种系统时，可能会出现系统不匹配的现象，特别是连接电脑时，有些显卡可能 不匹配，而且本机只识别刷新率为 60HZ。 C、由于本机使用嵌入式的操作系统，软件比较复杂，可能在工作中或待机中出现软件问题，如 果重新启动能恢复正常，就不属于故障。 6、案例预防措施、产品使用及日常维护保养知识 6.1 注意事项 液晶屏材质：液晶屏幕的表面看似一片坚固的黑色屏幕，其实在这层屏幕上厂商都会加上一层特 殊的涂层。这层特殊涂层的主要功能就在于防止使用者在使用时所受到其它光源的反光以及炫 光，同时加强液晶屏幕本身的色彩对比效果。不过因为各厂商所使用的这层镀膜材料也不尽相同， 当然它的耐久程度也会因此有所差异。因此使用者在清洁时，千万不可随意用任何碱性溶液或化 学溶液擦拭屏幕表面。液晶面板的污迹大体分为两种，一种是因为日积月累所粘留的空气中的灰 尘，一种是使用者在不经意中留下的指纹和油污。 6.2 误区 由于液晶面板本身复杂的物理结构设计，所以在擦拭液晶面板的时候，千万不要用不知名的清洁 液，更不能使用清水和酒精溶液。这里误区有三： 误区1、用软布（眼镜布）或纸巾来擦拭液晶屏幕，建议使用专用的液晶擦拭布 千万不能用眼 镜布和纸巾来擦拭液晶屏幕，很容易划伤“娇气”的液晶屏幕。对于第一类灰尘，我们可以使用专 用的液晶擦拭布如supermax2020在液晶面板上轻轻擦拭，一般来说指纹和油污并非如前者那样 容易清除，但是如果使用专用的液晶擦拭布，这就不是一个难题了，因为专用的液晶擦拭布采用 的是特殊纤维，具有比一般高档眼镜布要好的多的擦拭效果，而且柔软不会擦伤屏幕，同时还具 有消散静电的独特功能； 特别提醒： 一般的布和纸巾是液晶面板的杀手！ 误区2、用清水清洁液晶屏幕。 使用清水，液体极易滴入液晶显示器和设备内部，这样会造成设备电路短路，从而烧坏昂贵的电 子设备。对于指纹和油污，清水照样无能为力。 误区3、用酒精和其它一些化学溶剂清洁液晶屏幕。 8 一般来说，酒精是一种常用的有机溶剂，可以溶解一些不容易擦去的污垢，如果只是用来清洁显 示器外壳，也没什么不良影响。但一定不要用酒精来清洁液晶屏幕，因为现在的液晶屏幕，都在 屏幕上涂有特殊的涂层，使屏幕具有更好的显示效果，一旦使用酒精擦拭显示器屏幕，就会溶解 这层特殊的涂层， 对显示效果造成不良影响。 用化学溶剂就更不可取，这种化学制剂对“骄气” 的液晶面板简直就是毁灭性的打击。 如果您的屏幕不小心沾上了果汁、口水或者咖啡等不易清楚的污渍，千万不要用纸巾或者眼镜布 之类的来使劲擦拭，因为这样很容易在擦掉污渍的同时也擦伤液晶屏幕；您可以用液晶专用擦拭 布如supermax2020喷加适量无离子水，使supermax2020略具潮湿感，然后再去擦拭，就可以 既让污渍无踪迹也不会擦伤您的液晶屏幕。 9 7、原理图 Main Board 715G7062M0C000005I T_SCL T_SDA TUN_IF+ TUN_IF- IF_AGC ATV_IF_AGC AIF+ AIF- AIF- AIF+ IF_AGC T_SCL T_SDA GND GND GND GND N63644910 N63644910 VCC33 D3V3 DGND DGND DGND D5V_S VCC33 GND VCC33 VCC33 VCC33 GND TUN_I2C_SCL TUN_I2C_SDA TUN_IF- TUN_IF+ ATV_IF_AGC IF filter circuit IC side Tuner side Close to Tuner L13/L14 is 270nH Close to 2995 C229 1uF C229 1uF R250 4.7K R250 4.7K C324 470pF/1KV C324 470pF/1KV R713 0R R713 0R CE28 10uF CE28 10uF 10nF C212 10nF C212 R252 100R R252 100R R215 220R R215 220R 3 2 1 D8 BAV99 D8 BAV99 VIN 3 GND 1 VOUT 2 TAB 4 U222 A1117-1.2V U222 A1117-1.2V L13 270nH L13 270nH C322 100nF C322 100nF 150nF C310 150nF C310 R241 NC R241 NC C325 150pF C325 150pF R712 NC R712 NC 100nF C275 100nF C275 L6 330nH L6 330nH 100nF C669 100nF C669 L10 0R L10 0R C231 22pF C231 22pF 1 2 X3 16MHZ X3 16MHZ 100nF C666 100nF C666 R251 100R R251 100R C224 22pF C224 22pF L11 6.8nH L11 6.8nH C326 82pF C326 82pF 1 2 C667 10uF C667 10uF R247 NC/200R R247 NC/200R NC/10uF C216 NC/10uF C216 C311 6.8nF C311 6.8nF R243 1K R243 1K C312 30pF C312 30pF VIFAGC_A 25 TESTIN3 27 VCC(RF) 31 XTALINSEL 5 AS 8 XTAL_N 13 IFOUT_D_P 21 TESTOUT2 6 SCL 9 TESTOUT1 4 VCC(IF) 28 VIFAGC_D 26 TESTIN2 14 VT 15 XTOUT 17 GPO2 30 TESTIN1 11 GND(PLL) 18 XTAL_P 12 IFOUT_A_P 23 GND(DIG) 7 GND(IF) 29 GND(RF) 1 EP 33 RF_IN 2 SDA 10 VCC(PLL) 19 CAPREGVCO 20 IFOUT_D_N 22 GND(RF) 3 CP 16 IFOUT_A_N 24 GPO1 32 U22 TDA18275 U22 TDA18275 C327 82pF C327 82pF R242 10k R242 10k C223 22pF C223 22pF C222 1uF C222 1uF L12 220nH L12 220nH 2 3 4 1 TJ2 25*20MM/4PIN TJ2 25*20MM/4PIN C328 100nF C328 100nF R249 4.7K R249 4.7K C232 22pF C232 22pF C308 6.8nF C308 6.8nF 1 2 3 4 5 CON13 ANT_JACK CON13 ANT_JACK C217 100nF C217 100nF L14 270nH L14 270nH 100nF C323 100nF C323 C309 30pF C309 30pF 10 TCON2_L_R 2D_3D_SELECT TX_B_CKN1 TX_B_CKP1 TX_ACN_ TX_ACP_ TX_A_CKN1 TX_A_CKP1 TX_ADP_ TX_AEP_ TX_B_EP TX_B_EN TX_B_DN TX_B_BP TX_B_CKP TX_B_BN TX_B_CKN TX_B_DP TX_A_DP TX_A_DN TX_A_EP TX_A_EN TX_A_CP TX_A_CN TX_A_CKP TX_A_CKN 8b_10b-Sel PCID_EN Data_fromat_1 Data_fromat_0 AGP 8b_10b_Sel LD_EN 8b_10b_Sel VBYHTPDn VBYLOCKn 8b_10b-Sel AGP 2D_3D_SELECT 3D_SYNC_OUT TCON2_L_R Data_fromat_0 PCID_EN VB1_SDA Data_fromat_1 TCON2_L_R VB1_SCL 2D_3D_SELECT LD_EN TX_ADP_ TX_ACP_ TX_AAP_1 TX_A_CKP1 TX_ABP_1 TX_AEP_ I2C_SCL I2C_SDA 3D_SYNC_OUT TCON2_L_R TX_ADN_ TX_ACN_ TX_AAN_1 TX_A_CKN1 TX_ABN_1 TX_AEN_ 2D_3D_SELECT LD_EN TX_BBN_ TX_BEN_ TX_BCN_1 TX_BAN_1 TX_B_CKN1 TX_BDN_ TX_B_CKP1 TX_BBP_ TX_BEP_ TX_BAP_1 TX_BDP_ TX_BCP_1 TX_B_BN_ TX_A_CN_ TX_A_CP_ TX_B_CKN_ TX_A_CKN_ TX_A_CKP_ TX_B_BP_ TX_B_CKP_ TX_A_DN_ TX_B_DN_ TX_A_DP_ TX_B_DP_ TX_A_EN_ TX_B_EN_ TX_A_EP_ TX_B_EP_ TX_ABP_ TX_ABN_ TX_AAP_ TX_AAN_ TX_BCN_ TX_BCP_ TX_ABN_1 TX_AAN_1 TX_ABP_1 TX_AAP_1 TX_BCP_1 TX_BCN_1 TX_A_CP_ TX_A_CKN_ TX_A_CN_ TX_A_CKP_ TX_A_EN_ TX_B_BP_ TX_B_CKN_ TX_B_CKP_ TX_B_DP_ TX_B_EN_ TX_B_DN_ TX_B_EP_ TX_BAP_1 TX_BEN_ TX_BDP_ TX_BDN_ TX_BEP_ VBYLOCKn VBYHTPDn 2D_3D_SELECT TCON2_L_R BRT_CNTL_OUT BRT_CNTL_IN LD_EN TX_BAN_ TX_BAP_ TX_B_BN_ TX_BAN_1 TX_BBN_ TX_BBP_ TX_A_DN_ TX_ADN_ TX_AEN_ TX_A_DP_ TX_A_EP_ TX_BDN_ TX_BDP_ TX_BEN_ TX_BEP_ TX_B_DN_ TX_BAN_1 TX_BAP_1 TX_BBN_ TX_BBP_ TX_BAN_ TX_BCN_1 TX_B_CKP1 TX_BCN_ TX_B_CKN_ TX_AAN_1 TX_ABN_1 TX_ABP_1 TX_AAN_ TX_AAP_ TX_ABN_ TX_ABP_ TX_ACN_ TX_ACP_ TX_A_CKN1 TX_A_CKP1 TX_A_CN_ TX_A_CP_ TX_A_CKN_ TX_A_CKP_ TX_ADN_ TX_ADP_ TX_AEN_ TX_AEP_ TX_A_DN_ TX_A_DP_ TX_A_EN_ TX_A_EP_ 3D_SYNC_OUT TX_BAP_ TX_B_BN_ TX_B_BP_ TX_BCP_1 TX_B_CKN1 TX_BCP_ TX_B_CKP_ TX_B_DP_ TX_B_EN_ TX_B_EP_ TX_AAP_1 D3V3 VCC-Panel VCC-Panel PWR_12V VCC-Panel D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 VCC-Panel D3V3 D3V3 VCC-Panel 2D_3D_SEL TCON2_L_R LOCKN HTPDN TX_B_EP TX_B_EN TX_B_DP TX_B_DN TX_B_CKP TX_B_CKN TX_B_BP TX_B_BN TX_A_CP TX_A_CN TX_A_CKP TX_A_CKN TX_A_DP TX_A_DN TX_A_EP TX_A_EN I2C_SCL 3,11,12 BRT_CNTL_OUT 2 I2C_SCL 3,11,12 I2C_SDA 3,11,12 BRT_CNTL_IN 2 PANEL_EN 3 3D_SYNC_OUT 3 TCON2_L_R 3 I2C_SDA 3,11,12 TX_A_BN TX_A_BP TX_A_AN TX_A_AP TX_B_CN TX_B_CP TX_B_AP TX_B_AN 2D_3D_SEL TCON2_L_R BRT_CNTL_OUT 20 BRT_CNTL_IN 20 LD_EN 17 3D_SYNC_OUT 3.75G bps Zdiff=100 Ohm 2CH LVDS(10bit) V BY ONE CMI R416 0R R417 0R R418 0R R419 0R R420 NC R421 NC R422 NC R423 NC R424 NC R425 NC R426 NC R427 NC R428 NC R429 NC R430 NC R431 NC R432 NC R433 NC R434 4.7K R435 NC R436 4.7K LG Samung R416 NC R417 NC R418 NC R419 NC R420 NC R421 NC R422 NC R423 NC R424 4.7K R425 4.7K R426 NC R427 NC R428 4.7K R429 NC R430 4.7K R431 4.7K R432 NC R433 NC R434 0R R435 NC R436 NC R491 0R R483 NC R486 NC R420 NC R488 0R R526 0R R493 0R R496 NC R527 NC R481 NC R494 NC R482 NC R478 NC R489 NC R476 NC R487 NC R484 NC R495 NC R492 0R R485 NC R475 NC R490 NC R477 NC R416 0R R417 0R R418 0R R419 0R R420 NC R421 NC R422 NC R423 NC R424 NC R425 NC R426 NC R427 NC R428 NC R429 NC R430 NC R431 NC R432 NC R433 NC R434 4.7K R435 NC R436 4.7K AUO LVDS POWER MINI LVDS for glass emitter VB1 for CMO R526 0R R526 0R 100nF C286 100nF C286 R202 4.7K R202 4.7K R486 NC R486 NC C253 10nF C253 10nF R213 NC/0R R213 NC/0R 100nF C294 100nF C294 R481 NC/4.7K R481 NC/4.7K 100nF C295 100nF C295 R487 NC/4.7K R487 NC/4.7K R208 22R R208 22R L9 NC/FB/3A L9 NC/FB/3A R475 NC/4.7K R475 NC/4.7K R527 NC/4.7K R527 NC/4.7K 100nF C299 100nF C299 1 1 3 3 5 5 7 7 9 9 11 11 13 13 15 15 2 2 4 4 6 6 8 8 10 10 12 12 14 14 16 16 CN14 NC/LVDS_2 CN14 NC/LVDS_2 R203 NC R203 NC R410 0R R410 0R R488 0R R488 0R R495 NC/4.7K R495 NC/4.7K 1 8 2 7 3 6 4 5 RP83 NC/0R RP83 NC/0R C5 NC/10uF C5 NC/10uF R491 0R R491 0R R409 0R R409 0R 100nF C291 100nF C291 L5 FB/3A L5 FB/3A C270 100nF C270 100nF R489 NC/4.7K R489 NC/4.7K R206 NC/0R R206 NC/0R R496 NC/4.7K R496 NC/4.7K 100nF C300 100nF C300 1 8 2 7 3 6 4 5 RP79 NC/0R RP79 NC/0R R477 NC/22R R477 NC/22R R204 47K R204 47K R492 0R R492 0R C273 100nF C273 100nF R324 NC R324 NC 1 8 2 7 3 6 4 5 RP81 NC/0R RP81 NC/0R R484 NC/4.7K R484 NC/4.7K 100nF C296 100nF C296 R476 NC/4.7K R476 NC/4.7K C274 10uF C274 10uF C272 100nF C272 100nF R490 NC/22R R490 NC/22R R321 NC R321 NC C51 NC/10uF C51 NC/10uF 100nF C292 100nF C292 R482 NC/4.7K R482 NC/4.7K R493 0R R493 0R R209 100K R209 100K 1 2 3 4 5 CN32 NC/CON5-2.0MM CN5-20B CN32 NC/CON5-2.0MM CN5-20B R211 22R R211 22R R411 10K R411 10K 1 8 2 7 3 6 4 5 RP78 NC/0R RP78 NC/0R R210 NC R210 NC 1 8 2 7 3 6 4 5 RP80 NC/0R RP80 NC/0R R212 4.7K R212 4.7K 100nF C284 100nF C284 R412 10K R412 10K S 1 S 2 S 3 G 4 D 8 D 7 D 6 D 5 U16 SM4310 U16 SM4310 1 2 3 Q15 3904 Q15 3904 R483 NC R483 NC R478 NC/4.7K R478 NC/4.7K 100nF C298 100nF C298 100nF C287 100nF C287 Q16 NC/AO3401A Q16 NC/AO3401A 100nF C283 100nF C283 100nF C290 100nF C290 R420 NC R420 NC R207 NC R207 NC 100nF C285 100nF C285 51 51 50 50 49 49 48 48 47 47 46 46 45 45 44 44 43 43 42 42 41 41 40 40 39 39 38 38 37 37 36 36 35 35 34 34 33 33 32 32 31 31 30 30 29 29 28 28 27 27 26 26 25 25 24 24 23 23 22 22 21 21 20 20 19 19 18 18 17 17 16 16 15 15 14 14 13 13 12 12 11 11 10 10 9 9 8 8 7 7 6 6 5 5 4 4 3 3 2 2 1 1 G4 53 G3 52 G2 54 G1 55 G6 56 G7 57 G8 58 G9 59 G10 60 G11 61 J455 FI-RE51S-HF J455 FI-RE51S-HF 100nF C297 100nF C297 100nF C293 100nF C293 1 1 3 3 5 5 7 7 9 9 11 11 13 13 15 15 17 17 19 19 21 21 23 23 25 25 27 27 29 29 2 2 4 4 6 6 8 8 10 10 12 12 14 14 16 16 18 18 20 20 22 22 24 24 26 26 28 28 30 30 31 31 32 32 CN5 NC/LVDS_1 CN5 NC/LVDS_1 R485 NC/4.7K R485 NC/4.7K 1 8 2 7 3 6 4 5 RP82 NC/0R RP82 NC/0R R494 NC/4.7K R494 NC/4.7K 11 MOKA_DET2 MOKA_DET1 VGA_DDC_SCL HDMI2-HPD AV1_IN_R LSADC0_0 LSADC1_1 YPbPr_Y_2 USB1_DP HDMI2_D1+_ HDMI2_D1-_ HDMI2_D0-_ HDMI2_D2-_ HDMI2_CLK-_ HDMI2_D2+_ HDMI2_CLK+_ HDMI2_D0+_ YPbPr_PB_2 HDMI2_DDC_SDA HDMI2_DDC_SCL USB1_DM YPbPr_PR_2 DSMB_IR AV1_IN_L AV1 USB2_DP VGA_DDC_SDA USB2_DM HDMI2_D2- HDMI2_D0+ HDMI2_D0- HDMI2_D1+ HDMI2_D2+ HDMI2_D1- HDMI2_CLK+ HDMI2_CLK- AV1_CVBS+ AV1-AuRin HDMI2_DDC_SCL HDMI2_DDC_SDA YPbPr1- YPbPr_PB_2 YPbPr1- YPbPr1- YPbPr_PR_2 Y1+ PB1+ PR1+ HOTPLUG2 AV1-AuLin AV1_IN_R AV1-AuRin AV1_IN_L AV1-AuLin AV1_CVBS+ VIN_A0- AV1 HDMI2_DDC_SCL HDMI2_DDC_SDA HDMI2_DDC_SDA HDMI2_DDC_SCL GND GND HDMI2_D0-_ GND HDMI2_D0+_ GND GND HDMI2_CLK- HDMI2_CLK+ HDMI2_CLK-_ GND HDMI2_D1-_ GND HDMI2_D1+_ GND GND HDMI2_D1+ HDMI2_D1- GND HDMI2_CLK+_ GND GND HDMI2_D2-_ GND HDMI2_D2+_ GND GND HDMI2_D2+ HDMI2_D2- HDMI2_D0+ GND HDMI2_D0- HDMI2_CON5V HOTPLUG2 HDMI2_D0-_ HDMI2_D0+_ HDMI2_CLK-_ HDMI2_CLK+_ HDMI2_D2+_ HDMI2_D1-_ HDMI2_D2-_ HDMI2_D1+_ HDMI2_DDC_SDA HDMI2_DDC_SCL HDMI2-HPD VIN_A0- YPbPr1- YPbPr_Y_2 DSMB_IR IR MOKA_IR_EN D3V3 5V_USB PWR_12V HDMI2_CON5V DGND DGND DGND DGND DGND DGND DGND DGND DGND D5V_S DGND DGND DGND DGND STANDBY_5V HDMI2_D0+ HDMI2_D0- HDMI2_D2+ HDMI2_CLK+ HDMI2_D2- HDMI2_CLK- HDMI2_D1+ HDMI2_D1- AV1_CVBS+ AV1-AuRin HDMI2_DDC_SCL HDMI2_DDC_SDA PR1+ 3 PB1+ 3 Y1+ 3 Y1+ PB1+ PR1+ HOTPLUG2 AV1-AuLin VIN_A0- YPbPr1- VGA_DDC_SCL VGA_DDC_SDA USB2_DM USB2_DP USB1_DM USB1_DP LSADC1_1 LSADC0_0 MOKA_DET2 MOKA_DET1 IR MOKA_IR_EN MOKA# $ YPBPR1 HDMI2 AV INPUT Make on board AC off EDID solution without EEPROM HDMI2 R266 47K R266 47K 1 2 E37 NC_1pF E37 NC_1pF E58 NM E58 NM R244 100R R244 100R R275 100R R275 100R 1 8 2 7 3 6 4 5 RP76 0R RP76 0R R229 6K8 R229 6K8 1 2 Z9 SHORT Z9 SHORT R276 100R R276 100R R274 100R R274 100R R265 47K R265 47K R263 1K R263 1K R256 75R R256 75R 1 2 Z11 SHORT Z11 SHORT 1 2 E54 NC_1pF E54 NC_1pF 1 2 Z10 SHORT Z10 SHORT 1 2 3 Q14 3904 Q14 3904 1 2 Z7 SHORT Z7 SHORT 1 2 3 Q17 3904 Q17 3904 R257 75R R257 75R 1 2 E49 NC_1pF E49 NC_1pF 5pF C236 5pF C236 R272 47K R272 47K R225 0R R225 0R R277 100R R277 100R 5pF C233 5pF C233 R271 10K R271 10K Q28 3906 Q28 3906 E10 NC E10 NC R279 4.7K R279 4.7K 1 8 2 7 3 6 4 5 RP74 0R RP74 0R 1 2 E47 NC_1pF E47 NC_1pF 5pF C244 5pF C244 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 52 53 54 CN16 50PIN CN16 50PIN R217 100R R217 100R NC/33pF C250 NC/33pF C250 1 2 E53 NC_1pF E53 NC_1pF E12 NM E12 NM R278 100R R278 100R R232 10K R232 10K R504 75R R504 75R NC C202 NC C202 R75 1K R75 1K 1 2 E50 NC_1pF E50 NC_1pF R230 10K R230 10K 1 8 2 7 3 6 4 5 RP75 0R RP75 0R R502 75R R502 75R R93 1K R93 1K R227 6K8 R227 6K8 1 2 E51 NC_1pF E51 NC_1pF R231 4.7K R231 4.7K E11 NM E11 NM 1 TP47 TP47 NC/33pF C249 NC/33pF C249 R508 75R R508 75R 1 2 E48 NC_1pF E48 NC_1pF 470pF C203 470pF C203 R226 75R R226 75R R77 4.7K R77 4.7K 1 2 E52 NC_1pF E52 NC_1pF R228 10K R228 10K R58 4.7K R58 4.7K 1 8 2 7 3 6 4 5 RP77 0R RP77 0R 470pF C204 470pF C204 1 2 E36 NC_1pF E36 NC_1pF 12 BL_ADJ BL_EN POWER_ON/OFF POWER_ON/OFF PB-ADJUST PB-ON/OFF PB-ADJUST PB-ON/OFF BRT_CNTL_IN POWER_ON/OFF POWER_ON/OFF PGND ST_A3V3 STANDBY_5V PWR_12V PWR_12V DGND D2V5 DGND DGND DGND STANDBY_5V D3V3 D5V_S D5V_S D5V_S 5V_USB PWR_12V D5V PWR_12V DDR_1V5 GND GND GND GND D3V3 GND Core_1V0 PWR_12V PWR_12V STANDBY_5V D5V D5V STANDBY_5V STANDBY_5V RESET# BL_ADJ BL_EN BL_ADJ 3 BL_EN 3 POWER_EN 3 BRT_CNTL_IN 5 BRT_CNTL_OUT 5 Size Document Number Rev Date: Sheet of Title Design Check Auditing Modify Rev A A2 3 24 Friday, April 25, 2014 POWER Check of name Auditing of name Modify Rev Size Document Number Rev Date: Sheet of Title Design Check Auditing Modify Rev A A2 3 24 Friday, April 25, 2014 POWER Check of name Auditing of name Modify Rev Size Document Number Rev Date: Sheet of Title Design Check Auditing Modify Rev A A2 3 24 Friday, April 25, 2014 POWER Check of name Auditing of name Modify Rev D1V0 is 1.21v Vout=0.765*(1+R92/R86) Standby:L Normal: H Vout=0.765*(1+R84/R79) Vout=0.8*[1+(R29+R30)/R51] C367 22uF C367 22uF H5 HOLE4-8 H5 HOLE4-8 R113 10K R113 10K R112 NC/0R R112 NC/0R R55 10R R55 10R 1 2 3 Q8 3904 Q8 3904 EC10 22uF EC10 22uF CE27 10uF CE27 10uF C370 100nF C370 100nF C237 100nF C237 100nF R458 75.1K/1% R458 75.1K/1% 1uF C35 1uF C35 R59 100K R59 100K 1 2 L8 2.2uH/5A L8 2.2uH/5A C16 10uF/16V C16 10uF/16V C350 10uF C350 10uF R14 4.7K R14 4.7K 1 1 MARK8 %& MARK8 %& R92 12K/1% R92 12K/1% R30 3.92K/1% R30 3.92K/1% R17 0R R17 0R R11 NC/3K R11 NC/3K 1 1 MARK2 %& MARK2 %& R89 220K R89 220K L3 4.7uH/3A L3 4.7uH/3A C337 1uF C337 1uF C26 100nF C26 100nF C37 100NF C37 100NF C47 NC/2.2uF C47 NC/2.2uF C10 NC/10uF C10 NC/10uF R51 39K/1% R51 39K/1% C243 22uF C243 22uF R22 0R R22 0R R21 NC/0R R21 NC/0R C261 100nF C261 100nF R84 100K/1% R84 100K/1% 100nF C31 100nF C31 CE7 10uF CE7 10uF R57 100R R57 100R C242 10nF C242 10nF R8 NC/1K R8 NC/1K EC9 22uF EC9 22uF R130 4.7K R130 4.7K R18 5.6K R18 5.6K C241 NC/10P C241 NC/10P R86 22K/1% R86 22K/1% 1 1 MARK5 %& MARK5 %& CE11 10uF CE11 10uF EC8 22uF EC8 22uF R47 NC R47 NC C32 100nF C32 100nF C374 22uF C374 22uF CE6 10uF CE6 10uF R19 4.7K R19 4.7K R114 1K R114 1K 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 11 11 12 12 CN8 Power_Main CN8 Power_Main R29 30.9K/1% R29 30.9K/1% R12 NC/18K R12 NC/18K 1 2 3 Q1 NC/3904 Q1 NC/3904 C25 100nF C25 100nF CE3 NC/10uF/16V CE3 NC/10uF/16V C371 100nF C371 100nF C238 100nF C238 100nF R41 NC R41 NC D1 NC/IN4148 D1 NC/IN4148 C360 10nF C360 10nF 1 2 3 Q13 3904 Q13 3904 1 1 MARK3 %& MARK3 %& Q10 3904 Q10 3904 R54 100K R54 100K R9 100K R9 100K R111 5.6K R111 5.6K C369 10uF/16V C369 10uF/16V R20 NC R20 NC 100nF C33 100nF C33 VIN 3 GND 1 VOUT 2 TAB 4 U4 A1117-3.3 U4 A1117-3.3 1 2 3 Q9 3904 Q9 3904 C358 NC/10PF C358 NC/10PF C23 100nF C23 100nF CE9 22uF CE9 22uF C264 10uF/16V C264 10uF/16V R95 4.7K R95 4.7K C368 22uF C368 22uF R61 4.7K R61 4.7K C29 10uF C29 10uF C251 22uF C251 22uF EN 1 FB 2 VCC 8 SW 6 BST 7 GND 5 SS 4 VREG5 3 GND 9 U21 TI54528 U21 TI54528 100nF C17 100nF C17 C263 100nF C263 100nF 1 1 MARK7 %& MARK7 %& C11 NC/10nF C11 NC/10nF R60 NC/0R R60 NC/0R R129 NC/1K R129 NC/1K 1 2 L7 4.7uH/3A L7 4.7uH/3A 1 1 MARK1 %& MARK1 %& H3 HOLE4-7 H3 HOLE4-7 C259 10uF/16V C259 10uF/16V 1 1 MARK6 %& MARK6 %& GND 1 SW 2 IN 3 BST 6 EN 5 FB 4 U6 MP1470A U6 MP1470A R56 10K R56 10K CE8 10uF CE8 10uF R83 220K R83 220K C355 100nF C355 100nF R2 NC/20K R2 NC/20K C27 NC/100nF C27 NC/100nF VIN 3 GND 1 VOUT 2 TAB 4 U3 A1117-3.3 U3 A1117-3.3 R5 NC/9K1 R5 NC/9K1 1nF C34 1nF C34 R53 1K R53 1K EN 1 FB 2 VCC 8 SW 6 BST 7 GND 5 SS 4 VREG5 3 GND 9 U17 TI54328 U17 TI54328 C351 100nF C351 100nF C41 100nF C41 100nF 1 2 3 Q2 NC/3904 Q2 NC/3904 VIN 3 GND 1 VOUT 2 TAB 4 U5 A1117-25 U5 A1117-25 C24 100nF C24 100nF C373 1uF C373 1uF H1 HOLE4-7 H1 HOLE4-7 FB5 Bead FB5 Bead H6 HOLE4-8 H6 HOLE4-8 1 1 MARK4 %& MARK4 %& R35 0R R35 0R R49 0R R49 0R C372 10uF/16V C372 10uF/16V R79 18K/1% R79 18K/1% R10 NC/36K R10 NC/36K CE4 NC/10uF CE4 NC/10uF 13 1 HDMI0_CLK+ HDMI0_D2- HDMI0_D1- HDMI0_D0- HDMI0_D2+ HDMI0_CLK- HDMI0_D1+ HDMI0_D0+ HDMI2_CLK+ HDMI2_D2- HDMI2_D1- HDMI2_D0- HDMI2_D2+ HDMI2_CLK- HDMI2_D1+ HDMI2_D0+ HDMI1_CLK+ HDMI1_D2- HDMI1_D1- HDMI1_D0- HDMI1_D2+ HDMI1_CLK- HDMI1_D1+ HDMI1_D0+ PB0+ YPbPr0- Y0+/CVBS+ PR0+ VIN_A0- AV1_CVBS+ VDAC_OUT PLL_AGND AAGND AAGND AV1-AuLin AV1-AuRin YPBPR0_IN_L YPBPR0_IN_R SPI_WP 2D_3D_SEL HDMI_AGND PB1+ YPbPr1- PR1+ Y1+ BB1_DGND BB1_DGND D3V3 A3V3 D2V5 A2V5 AAGND A3V3 DGND DGND ST_A3V3 ST_A3V3 Core_1V0 Core_1V0 DGND DGND A3V3 DGND DGND Core_1V0 Core_1V0 DGND DGND DGND DGND Core_1V0 DGND DGND DGND A2V5 PLL_AGND A3V3 DGND DGND DGND ST_A3V3 A2V5 DGND DGND Core_1V0 DGND DGND ST_A3V3 DGND ST_A3V3 A2V5 DGND ST_A3V3 DGND DGND PB0+ YPbPr0- Y0+/CVBS+ PR0+ AV1_CVBS+ VIN_A0- HDMI0_CLK- HDMI0_CLK+ HDMI0_D0- HDMI0_D0+ HDMI0_D1- HDMI0_D1+ HDMI0_D2- HDMI0_D2+ HDMI1_CLK- HDMI1_CLK+ HDMI1_D0- HDMI1_D0+ HDMI1_D1- HDMI1_D1+ HDMI1_D2- HDMI1_D2+ HDMI2_CLK- HDMI2_CLK+ HDMI2_D0- HDMI2_D0+ HDMI2_D1- HDMI2_D1+ HDMI2_D2- HDMI2_D2+ VDAC_OUT AV1-AuLin AV1-AuRin YPBPR0_IN_L YPBPR0_IN_R SPI_WP 2D_3D_SEL PB1+ YPbPr1- PR1+ Y1+ Title Size Document Number Rev Date: Sheet of AV/PWR Custom 4 24 Friday, April 25, 2014 Title Size Document Number Rev Date: Sheet of AV/PWR Custom 4 24 Friday, April 25, 2014 Title Size Document Number Rev Date: Sheet of AV/PWR Custom 4 24 Friday, April 25, 2014 Core Power (Core_1v0) requestiment: (1) Trace width: 120mil (2) Copper : 1oz (3) Trace length < 500mil DDR Power (DC_1V5) requestiment: (1) Trace width: 35mil (2) Copper : 1oz (3) Trace length < 500mil add for factory add 0608 VIA 400MA 100nF C100 100nF C100 100nF C89 100nF C89 FB15 BEAD FB15 BEAD 2.2uF C59 2.2uF C59 CORE_1V0 P16 CORE_1V0 P14 CORE_1V0 P15 CORE_1V0 R17 CORE_1V0 R15 CORE_1V0 R16 CORE_1V0 T18 CORE_1V0 T16 CORE_1V0 T17 CORE_1V0 U17 CORE_1V0 U18 CORE_1V0 V18 CORE_1V0 V19 CORE_1V0 W19 CORE_1V0 W20 CORE_1V0 Y20 CORE_1V0 Y21 CORE_1V0 AA20 IO_3V3 AF18 IF_ADC_A2V5 AM5 IF_A3V3 AD13 IF_A2V5_AGND AB14 IF_A3V3_AGND AK6 U3TX_A3V3 AF16 U3TX_AGND AA17 U3RX_AGND AK9 U2_A3V3 AF17 U2_A1V0 AF22 U2_AGND AB17 PLL_AGND AL7 PLL_A1V0 AM10 PLL_A3V3 AM8 PIF_A3V3 AF19 PIF_AGND Y23 PIF_A1V0 AF23 U3RX_AGND AB16 HDMI_A3V3 N9 HDMI_AGND M11 HDMI_A1V0 K13 GETH_A1V0_2 F11 GETH_ALGND H12 GETH_A3V3 M10 STB_A3V3 M9 LDO_A1V0 F4 APLL_A1V0 K12 APLL_AGND P12 RGBADC_A2V5 AE1 RGBADC_AGND P11 RGBADC_A3V3 M7 VDADC_A2V5 AK5 IF_A3V3_AGND AA14 VDADC_A3V3 AD12 BB1_A3V3 Y18 BB1_AGND Y17 BB2_A3V3 T9 BB2_AGND W9 VDAC_A3V3 P8 VDAC_AGND V12 GETH_A1V0 F12 GETH_ALGND_2 H11 GETH_A3V3_2 N10 HDMI_AGND M12 U3RX_A3V3 AF15 CORE_1V0 AA21 CORE_1V0 AA22 CORE_1V0 AB20 CORE_1V0 AB21 CORE_1V0 AB22 CORE_1V0 AB23 CORE_1V0 AC20 CORE_1V0 AC21 CORE_1V0 AC22 CORE_1V0 AC23 CORE_1V0 AC24 VDADC_AGND T12 PLLDDR_1V0 K14 PLLDDR_GND H13 RTC_A3V3 A4 GETH_A1V0_3 F13 PLL11_AGND AC17 CORE_1V0 U19 CORE_1V0 V20 CORE_1V0 W21 CORE_1V0 Y22 CORE_1V0 AA23 CORE_1V0 AB24 PIF_LDO AF24 CORE_1V0 AC25 CORE_1V0 AD24 CORE_1V0 AD25 CORE_1V0 AD26 CORE_1V0 AE24 CORE_1V0 AE25 CORE_1V0 AE26 CORE_1V0 AD23 CORE_1V0 AE27 U8-2 RTD2995 U8-2 RTD2995 C83 4.7uF C83 4.7uF FB12 BEAD FB12 BEAD C80 10uF C80 10uF 100nF C211 100nF C211 FB17 BEAD FB17 BEAD C288 10uF C288 10uF 100nF C88 100nF C88 47nF C197 47nF C197 100nF C79 100nF C79 FB21 BEAD FB21 BEAD 47nF C57 47nF C57 10UF C94 10UF C94 C359 10uF C359 10uF 100nF C102 100nF C102 C366 4.7uF C366 4.7uF 100nF C228 100nF C228 47nF C60 47nF C60 VSYNC U1 HSYNC U3 VIN_0P U2 VIN_BN V3 VIN_1P V2 VIN_GN W3 VIN_2P W2 VIN_RN W1 VIN_3P Y2 VIN_Y0N Y1 VIN_4P Y3 VIN_5P AA3 VIN_6P AB2 VIN_Y1N AB3 VIN_7P AA2 VIN_8P AB1 VIN_9P AD3 VIN_12P AE3 VIN_A0N AD2 VIN_A2N AC1 VIN_10P AC3 VIN_13P AC2 VIN_A1N W5 VIN_14P W4 VIN_11P W6 SCART_FSW0 Y5 SCART_FSW1 Y6 HPO_R AG2 HPO_L AG3 AOUT_R AH3 AOUT_L AH2 AIO_2R AH1 AIO_2L AJ3 AIO_1R AJ1 AIO_1L AJ2 AIN_5R AK1 AIN_5L AK2 AIN_4R AL1 AIN_4L AL2 AIN_3R AM1 AIN_3L AK3 AIN_2R AM2 AIN_2L AL3 AIN_1R AM3 AIN_1L AL4 BB_MBIAS AM4 BB_VREF AK4 VDBS_OUT AE2 VDAC_OUT AF3 APLL RGB Video ADC CVBS/SV Video ADC Audio ADC/DAC CVBS DAC U8-7 RTD2995 APLL RGB Video ADC CVBS/SV Video ADC Audio ADC/DAC CVBS DAC U8-7 RTD2995 FB22 BEAD FB22 BEAD FB42 BEAD FB42 BEAD 47nF C62 47nF C62 C75 10uF C75 10uF 100nF C68 100nF C68 47nF C61 47nF C61 FB49 BEAD FB49 BEAD 1uF C70 1uF C70 100nF C180 100nF C180 100nF C187 100nF C187 100nF C84 100nF C84 100nF C214 100nF C214 FB25 0R FB25 0R C230 10uF C230 10uF 100nF C77 100nF C77 FB20 BEAD FB20 BEAD FB14 BEAD FB14 BEAD FB16 BEAD FB16 BEAD C289 10uF C289 10uF FB18 BEAD FB18 BEAD 2.2uF C58 2.2uF C58 100nF C97 100nF C97 100nF C96 100nF C96 FB34 BEAD FB34 BEAD 100nF C78 100nF C78 C365 4.7uF C365 4.7uF 100nF C90 100nF C90 47nF C198 47nF C198 100nF C101 100nF C101 100nF C98 100nF C98 100nF C93 100nF C93 HDMI_CLK_0N H3 HDMI_CLK_0P H1 HDMI_B_0N H2 HDMI_B_0P J3 HDMI_G_0N J2 HDMI_G_0P K3 HDMI_R_0N K2 HDMI_R_0P K1 HDMI_CLK_1N L3 HDMI_CLK_1P L1 HDMI_B_1N L2 HDMI_B_1P M3 HDMI_G_1N M2 HDMI_G_1P N3 HDMI_R_1N N2 HDMI_R_1P N1 HDMI_CLK_2N P3 HDMI_CLK_2P P1 HDMI_B_2N P2 HDMI_B_2P R3 HDMI_G_2N R2 HDMI_G_2P T3 HDMI_R_2N T2 HDMI_R_2P T1 CBUS G4 U8-5 RTD2995 U8-5 RTD2995 FB19 0R FB19 0R 47nF C196 47nF C196 47nF C69 47nF C69 47nF C56 47nF C56 FB39 BEAD FB39 BEAD 100nF C76 100nF C76 100nF C91 100nF C91 4.7uF C85 4.7uF C85 100nF C176 100nF C176 100nF C86 100nF C86 47nF C72 47nF C72 C262 10uF C262 10uF 2.2uF C66 2.2uF C66 100nF C257 100nF C257 FB13 BEAD FB13 BEAD 100nF C87 100nF C87 CE26 22uF CE26 22uF C363 4.7uF C363 4.7uF C364 4.7uF C364 4.7uF FB55 BEAD FB55 BEAD FB29 BEAD FB29 BEAD 100nF C227 100nF C227 100nF C82 100nF C82 FB46 BEAD FB46 BEAD 100nF C213 100nF C213 2.2uF C65 2.2uF C65 14 DC_ZQ DC1_UD1_VREF_DQ DC_VREF DC1_UD1_VREF_CA DC1_UD2_VREF_DQ DC1_UD2_VREF_CA DC2_UD1_VREF_DQ DC2_UD1_VREF_CA DC2_UD2_VREF_DQ DC2_UD2_VREF_CA DC1_A8_1 DC1_A0_1 DC1_CASn_1 DC1_A14_1 DC1_A7_1 DC1_A13_1 DC1_RASn_1 DC1_A6_1 DC1_A12_1 DC1_BA2_1 DC1_UD2_A5 DC1_CKE_1 DC1_BA1_1 DC1_UD2_A4 DC1_BA0_1 DC1_A11_1 DC1_A3_1 DC1_WEn_1 DC1_A10_1 DC1_A2_1 DC1_A9_1 DC1_A1_1 DC1_UD2_DQS3 DC1_UD2_DQS3n DC1_ODT_1 DC1_UD2_DM3 DC1_UD2_DQS2 DC1_UD2_DQS2n DC1_UD2_DM2 DC1_UD2_DQ18 DC1_UD2_DQ25 DC1_UD2_DQ19 DC1_UD2_DQ26 DC1_UD2_DQ20 DC1_UD2_DQ27 DC1_UD2_DQ21 DC1_UD2_DQ28 DC1_UD2_DQ22 DC1_UD2_DQ29 DC1_UD2_DQ23 DC1_UD2_DQ31 DC1_UD2_DQ30 DC1_UD2_DQ16 DC1_UD2_DQ17 DC1_UD2_DQ24 DC1_UD1_VREF_CA DC1_UD1_VREF_DQ DC1_RSTn_1 DC1_UD2_CK DC1_UD2_CKn DC1_RSTn_1 DC1_A8_1 DC1_A0_1 DC1_CASn_1 DC1_A14_1 DC1_A7_1 DC1_UD1_CK DC1_A13_1 DC1_RASn_1 DC1_A6_1 DC1_UD1_CKn DC1_A12_1 DC1_BA2_1 DC1_UD1_A5 DC1_CKE_1 DC1_BA1_1 DC1_UD1_A4 DC1_BA0_1 DC1_A11_1 DC1_A3_1 DC1_WEn_1 DC1_A10_1 DC1_A2_1 DC1_A9_1 DC1_A1_1 DC1_UD2_VREF_CA DC1_UD2_VREF_DQ DC1_UD1_DQS1 DC1_UD1_DQS1n DC1_ODT_1 DC1_UD1_DM1 DC1_UD1_DQS0 DC1_UD1_DQS0n DC1_UD1_DM0 DC1_UD1_DQ2 DC1_UD1_DQ9 DC1_UD1_DQ3 DC1_UD1_DQ10 DC1_UD1_DQ4 DC1_UD1_DQ11 DC1_UD1_DQ5 DC1_UD1_DQ12 DC1_UD1_DQ6 DC1_UD1_DQ13 DC1_UD1_DQ7 DC1_UD1_DQ15 DC1_UD1_DQ14 DC1_UD1_DQ0 DC1_UD1_DQ1 DC1_UD1_DQ8 DC2_RSTn_1 DC2_UD2_CK DC2_UD2_CKn DC2_UD2_VREF_CA DC2_UD2_VREF_DQ DC2_UD2_DQS3 DC2_UD2_DQS3n DC2_ODT_1 DC2_UD2_DM3 DC2_UD2_DQS2 DC2_UD2_DQS2n DC2_UD2_DM2 DC2_UD2_DQ18 DC2_UD2_DQ25 DC2_UD2_DQ19 DC2_UD2_DQ26 DC2_UD2_DQ20 DC2_UD2_DQ27 DC2_UD2_DQ21 DC2_UD2_DQ28 DC2_UD2_DQ22 DC2_UD2_DQ29 DC2_UD2_DQ23 DC2_UD2_DQ31 DC2_UD2_DQ30 DC2_UD2_DQ16 DC2_UD2_DQ17 DC2_UD2_DQ24 DC2_RSTn_1 DC2_A8_1 DC2_A0_1 DC2_CASn_1 DC2_A14_1 DC2_A7_1 DC2_UD1_CK DC2_A13_1 DC2_RASn_1 DC2_A6_1 DC2_UD1_CKn DC2_A12_1 DC2_BA2_1 DC2_A5_1 DC2_CKE_1 DC2_BA1_1 DC2_A4_1 DC2_BA0_1 DC2_A11_1 DC2_A3_1 DC2_WEn_1 DC2_A10_1 DC2_A2_1 DC2_A9_1 DC2_A1_1 DC2_UD1_DQS1 DC2_UD1_DQS1n DC2_UD1_DM1 DC2_UD1_DQS0 DC2_UD1_DQS0n DC2_UD1_DM0 DC2_ODT_1 DC2_UD1_DQ2 DC2_UD1_DQ9 DC2_UD1_DQ3 DC2_UD1_DQ10 DC2_UD1_DQ4 DC2_UD1_DQ11 DC2_UD1_DQ5 DC2_UD1_DQ12 DC2_UD1_DQ6 DC2_UD1_DQ13 DC2_UD1_DQ7 DC2_UD1_DQ15 DC2_UD1_DQ14 DC2_UD1_DQ0 DC2_UD1_DQ1 DC2_UD1_DQ8 DC2_UD1_VREF_CA DC2_UD1_VREF_DQ DC2_A8_1 DC2_A0_1 DC2_CASn_1 DC2_A14_1 DC2_A7_1 DC2_A13_1 DC2_RASn_1 DC2_A6_1 DC2_A12_1 DC2_BA2_1 DC2_A5_1 DC2_CKE_1 DC2_BA1_1 DC2_A4_1 DC2_BA0_1 DC2_A11_1 DC2_A3_1 DC2_WEn_1 DC2_A10_1 DC2_A2_1 DC2_A9_1 DC2_A1_1 DC2_VTT DC2_VTT DC2_VTT DC2_VTT DC2_VTT DC2_A8 DC2_A8_1 DC2_A4_1 DC2_A4 DC2_A10_1 DC2_CKE_1 DC2_A11_1 DC2_A1_1 DC2_WEn_1 DC2_A0_1 DC2_A9_1 DC2_RSTn_1 DC2_BA2_1 DC2_A3_1 DC2_A10 DC2_CKE DC2_A14 DC2_A14_1 DC2_A6_1 DC2_A6 DC2_A12_1 DC2_BA1_1 DC2_RASn_1 DC2_CASn_1 DC2_A2_1 DC2_A13_1 DC2_A7_1 DC2_A5_1 DC2_ODT_1 DC2_BA0_1 DC2_A12 DC2_BA1 DC2_RASn DC2_CASn DGND DC2_A2 DC2_A13 DC2_A7 DC2_A5 DC2_ODT DC2_BA0 DC2_A11 DC2_A1 DC2_WEn DC2_A0 DC2_A9 DC2_RSTn DC2_BA2 DC2_A3 DGND DGND DC1_VTT DC1_UD1_A5 DC1_UD2_A5 DC1_VTT DC1_VTT DC1_VTT DGND DC1_VTT DC1_VTT DC1_VTT DGND DGND DGND DC1_VTT DC1_A5 DC1_A5_1 DC2_A2_1 DC2_A13_1 DC1_A1 DC1_A11 DC1_VTT DC1_A0 DC1_WEn DC1_A7 DC1_A10 DC1_CKE DC1_UD2_A4 DC1_A2 DC1_A13 DC1_BA2 DC1_A3 DC1_A2_1 DC1_A13_1 DC1_VTT DC1_VTT DC1_A8_1 DC1_VTT DC1_VTT DC2_VTT DC2_VTT DC1_VTT DC2_VTT DC2_VTT DC1_VTT DGND DC1_WEn_1 DC1_A0_1 DC1_RSTn DC1_A9 DGND DC1_VTT DC1_VTT DC1_BA0_1 DC1_ODT_1 DC1_VTT DC1_VTT DC1_VTT DC1_VTT DC1_VTT DC1_VTT DC1_A4_1 DC1_UD2_A4 DC1_UD1_A4 DC1_A4 DC1_UD1_A5 DC1_UD2_A5 DC1_A11_1 DC1_A1_1 DC1_VTT DC1_VTT DC1_ODT_1 DC1_BA0_1 DC1_VTT DC1_VTT DC1_VTT DC1_VTT DC1_VTT DC1_VTT DC1_VTT DC1_A8 DC1_A0_1 DC1_WEn_1 DC1_A7_1 DC2_A12_1 DC2_BA1_1 DC1_A10_1 DC1_VTT DC1_A2_1 DC1_CASn DC1_RASn DC1_A3_1 DGND DGND DGND DGND DC1_A7_1 DGND DC1_VTT DC1_A6_1 DC1_A14_1 DGND DC1_BA1_1 DC1_A12_1 DC1_BA1 DC1_A12 DC1_A11_1 DC1_A1_1 DC1_VTT DC1_VTT DC1_A6_1 DC1_A14_1 DC1_A6 DC1_A14 DC2_VTT DC2_VTT DGND DC2_VTT DC2_VTT DC1_ODT DC1_A9_1 DC1_VTT DC1_VTT DC1_VTT DC1_VTT DC1_VTT DC1_VTT DC1_VTT DC1_RASn_1 DC1_CASn_1 DC1_VTT DC1_A8_1 DC1_A10_1 DC1_CKE_1 DC1_VTT DC1_BA1_1 DC1_VTT DC1_VTT DC1_A12_1 DC1_VTT DC1_VTT DC1_VTT DC1_VTT DC1_VTT DC1_VTT DC1_UD1_A4 DC1_A13_1 DC1_RASn_1 DC1_BA2_1 DC1_A3_1 DC1_BA2_1 DC1_VTT DC1_VTT DC1_BA0 DC1_CASn_1 DC1_A9_1 DC1_RSTn_1 DC1_VTT DC1_VTT DC1_VTT DC2_WEn_1 DC2_A0_1 DC2_A10_1 DC2_VTT DC2_VTT DGND DC2_A7_1 DC2_A5_1 DC2_A14_1 DC2_A6_1 DC2_VTT DC2_VTT DC2_VTT DC2_VTT DC2_VTT DC2_DQS1n DC2_DM1 DC2_DQS1 DC2_DQ5 DC2_DQ11 DC2_DM0 DC2_DQS0 DC2_DQ7 DC2_DQ6 DC2_UD1_DQ6 DC2_UD1_DQ5 DC2_DQ13 DC2_UD1_DQ1 DC2_UD1_DQS0 DC2_UD1_DQS0n DC2_UD1_DQ0 DC2_DQ12 DC2_UD1_DQ12 DC2_UD1_DQ4 DC2_UD1_DQ7 DC2_DQ0 DC2_UD1_DQ3 DC2_A9_1 DC2_VTT DC2_UD2_DQ19 DC2_UD2_DQ17 DC2_UD2_DQ29 DC2_UD2_DQS3 DC2_UD2_DQS3n DC2_DQ19 DC2_DQS2n DC2_DM3 DC2_DQS3n DC2_DQ29 DC2_DQS3 DC2_DQ31 DC2_DQ17 DC2_DQS2 DC2_DQ27 DC2_UD2_DQ27 DC1_DQS3n DC2_UD2_DQS2 DC2_DQS3n DC2_UD2_DQS2n DC2_UD2_DM3 DC2_UD2_DQ31 DC2_DQ3 DC2_DQ1 DC2_UD1_DQ11 DC2_UD1_DQ2 DC_ZQ DC_VREF DC2_DQ9 DC2_CK DC2_CKn DC2_UD1_CK DC2_DQ10 DC2_DQ11 DC2_DQ12 DC1_A9 DC2_DQ13 DC2_UD1_CKn DC2_DQ14 DC2_DQ8 DC2_DQ15 DC1_DM2 DC2_DQ2 N59570814 DC2_DQ3 DC2_DQ4 DC2_DQ5 DC2_DQ6 DC2_DQ7 DC2_DQ0 DC2_DQ1 DC2_DM0 DC1_DQ9 DC1_DQ10 DC1_DQ11 DC1_DQ12 DC1_DQ13 DC1_DQ14 DC1_DQ8 DC1_DQ15 N59570857 DC2_UD2_CK DC2_UD2_CKn DC1_A5 DC1_A2 DC1_A13 DC1_WEn DC1_A10 DC1_CKE DC1_A5_1 DC1_A3 DC1_A11 DC1_CK DC1_A6 DC1_A1 DC1_CKn DC1_A8 DC1_CASn DC1_A0 DC1_A12 DC1_RSTn DC1_ODT DC1_A7 DC1_A4_1 DC1_BA0 DC1_BA1 DC1_DM3 DC1_DQS3 DC2_DQ25 DC2_DQ26 DC2_DQ27 DC2_DQ28 DC2_DQ29 DC2_DQ31 DC2_DQ30 DC2_DQ24 DC1_DQ2 DC1_DQ3 DC1_DQ4 DC1_DQ5 DC1_DQ6 DC1_DQ7 DC1_DQ0 DC1_DQ1 DC1_DQS0 DC1_A4 DC1_DQS1n DC1_DQS1 DC2_DM3 DC2_DQ18 DC2_DQ19 DC2_DQ20 DC2_DQ21 DC2_DQ9 DC2_UD1_DQ10 DC2_DQ22 DC2_DQ23 DC2_DQ16 DC2_DQ17 DC1_DQ25 DC1_DQ26 DC2_UD1_DQ8 DC1_DQ27 DC1_DQ28 DC1_DQ29 DC1_DQ24 DC1_DQ30 DC2_DQ2 DC2_UD1_DQ13 DC2_DQ10 DC1_DQS0n DC1_RASn DC1_DM0 DC1_DQ31 DC2_DQS2n DC2_A4_1 DC2_A8_1 DC2_UD1_DM0 DC2_UD1_DM1 DC2_DQ24 DC2_DQS2 DC1_DQS2 DC2_DQS0n DC2_DQS0 DC2_DQS3 DC2_UD2_DQ22 DC1_A14 DC2_DQS1n DC2_DQS1 DC2_DM2 DC1_DM1 DC2_DQ25 DC2_UD2_DQ30 DC2_DQ22 DC2_DQ26 DC1_DQ18 DC1_DQ19 DC1_DQ20 DC1_DQ21 DC2_UD2_DQ20 DC1_DQ22 DC1_DQ23 DC1_DQ16 DC1_DQ17 DC1_DQS2n DC1_BA2 DC2_UD2_DQ26 DC2_DQ20 DC2_UD2_DQ24 DC2_A9 DC2_A5 DC2_A2 DC2_A13 DC2_DQ30 DC2_UD2_DQ16 DC2_WEn DC2_A10 DC2_CKE DC2_A3 DC2_A11 DC2_CK DC2_UD2_DQ28 DC2_DM2 DC2_A6 DC2_A1 DC2_CKn DC2_A8 DC2_CASn DC2_UD2_DM2 DC2_DQ28 DC2_UD2_DQ18 DC2_A0 DC2_A12 DC2_RSTn DC2_ODT DC2_A7 DC2_DQ18 DC2_DQ16 DC2_UD2_DQ25 DC2_BA1 DC2_BA0 DC2_A4 DC2_RASn DC2_A14 DC2_BA2 DC2_DM1 DC2_DQ21 DC2_DQ23 DC2_UD2_DQ21 DC2_UD2_DQ23 DC2_DQ15 DC2_UD1_DQ14 DC2_UD1_DQS1 DC2_UD1_DQS1n DC2_UD1_DQ15 DC2_DQ14 DC2_UD1_DQ9 DC2_DQ8 DC2_DQS0n DC2_DQ4 DC2_VTT DC2_VTT DGND DC2_VTT DGND DGND DGND DC2_VTT DC2_VTT DC2_VTT DGND DGND DC2_VTT DC2_VTT DC2_VTT DC2_VTT DC2_VTT DC2_VTT DC2_VTT DC2_VTT DGND DGND DGND DGND DGND DC2_VTT DC2_VTT DGND DC2_VTT DC2_BA0_1 DC2_ODT_1 DC2_VTT DC2_VTT DC2_VTT DC2_VTT DC2_VTT DC2_VTT DC2_VTT DC2_RASn_1 DC2_CASn_1 DC2_VTT DC2_VTT DC2_VTT DC2_VTT DC2_VTT DC1_DQ9 DC1_UD1_DQ10 DC1_UD1_DQ8 DC1_DQ2 DC1_UD1_DQ13 DC1_DQ10 DC1_UD1_DM0 DC1_UD1_DM1 DC1_DQ24 DC1_UD2_DQ22 DC1_DQ25 DC1_UD2_DQ30 DC1_DQ22 DC1_DQ26 DC2_A3_1 DC2_BA2_1 DC1_UD2_DQ20 DC1_UD2_DQ26 DC1_DQ20 DC1_UD2_DQ24 DC1_DQ30 DC1_UD2_DQ16 DC1_UD2_DQ28 DC1_DM2 DC1_UD2_DM2 DC1_DQ28 DC1_UD2_DQ18 DC1_DQ18 DC1_DQ16 DC1_UD2_DQ25 DC1_DQ21 DC1_DQ23 DC1_UD2_DQ21 DC1_UD2_DQ23 DC1_DQ15 DC1_UD1_DQ14 DC1_UD1_DQS1 DC1_UD1_DQS1n DC1_UD1_DQ15 DC1_DQ14 DC1_UD1_DQ9 DC1_CK DC1_CKn DC1_DQ8 DC1_DQS0n DC1_DQ4 DC1_DQS1n DC1_DM1 DC1_DQS1 DC1_DQ5 DC1_DQ11 DC1_DM0 DC1_DQS0 DC1_DQ7 DC1_DQ6 DC1_UD1_DQ6 DC1_UD2_CK DC1_UD2_CKn DC1_UD1_CK DC1_UD1_CKn N59570668 N59570912 DC2_A11_1 DC2_A1_1 DC1_UD1_DQ5 DC1_DQ13 DC1_UD1_DQ1 DC1_UD1_DQS0 DC1_UD1_DQS0n DC1_UD1_DQ0 DC1_DQ12 DC1_UD1_DQ12 DC1_UD1_DQ4 DC1_UD1_DQ7 DC1_DQ0 DC1_UD1_DQ3 DC1_UD2_DQ19 DC1_UD2_DQ17 DC1_UD2_DQ29 DC1_UD2_DQS3 DC1_UD2_DQS3n DC1_DQ19 DC1_DQS2n DC1_DM3 DC1_DQS3n DC1_DQ29 DC1_DQS3 DC1_DQ31 DC1_DQ17 DC1_DQS2 DC1_DQ27 DC1_UD2_DQ27 DC1_UD2_DQS2 DC1_UD2_DQS2n DC1_UD2_DM3 DC1_UD2_DQ31 DC1_DQ3 DC1_DQ1 DC1_UD1_DQ11 DC1_UD1_DQ2 DC2_DDR_1V5 DDR_1V5 DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DC_1V5 DC_1V5 DC1_DDR_1V5 DC1_DDR_1V5 DC1_DDR_1V5 DC1_DDR_1V5 DC2_DDR_1V5 DC2_DDR_1V5 DC2_DDR_1V5 DC2_DDR_1V5 DGND DGND DGND DC1_DDR_1V5 DGND DGND DC1_DDR_1V5 DGND DGND DGND DGND DC2_DDR_1V5 D5V DGND DC2_DDR_1V5 DGND DGND DGND DGND DC1_VTT DGND D5V DGND DGND DGND DC2_VTT DC1_DDR_1V5 DGND DC_1V5 DGND DC_1V5 DC_1V5 DC_1V5 DC_1V5 DC1_VTT DGND DGND DGND DGND DC2_VTT DGND DGND DGND Title Size Document Number Rev Date: Sheet of DISPLAY A1 5 24 Friday, April 25, 2014 Title Size Document Number Rev Date: Sheet of DISPLAY A1 5 24 Friday, April 25, 2014 Title Size Document Number Rev Date: Sheet of DISPLAY A1 5 24 Friday, April 25, 2014 Bypass/ZQ/VREF for DRAM Controller Bypass and VREF for DDR DC1 UD1 DC1 UD2 DC2 UD1 DC2 DRAM Controller DC1 DC2 UD2 C157 100nF C157 100nF R88 1K/1% R88 1K/1% 1 8 2 7 3 6 4 5 RP28 22R RP28 22R R65 1K/1% R65 1K/1% 1 8 2 7 3 6 4 5 RP63 22R RP63 22R C151 100nF C151 100nF 1 8 2 7 3 6 4 5 RP7 22R RP7 22R C143 100nF C143 100nF C171 100nF C171 100nF R109 1K R109 1K 1 8 2 7 3 6 4 5 RP11 22R RP11 22R C140 10uF C140 10uF C163 100nF C163 100nF DQU0[8] D7 DQU1[9] C3 DQU2[10] C8 DQU3[11] C2 DQU4[12] A7 DQU5[13] A2 DQU6[14] B8 DQU7[15] A3 DQL0[0] E3 DQL1[1] F7 DQL2[2] F2 DQL3[3] F8 DQL4[4] H3 DQL5[5] H8 DQL6[6] G2 DQL7[7] H7 A0 N3 A1 P7 A2 P3 A3 N2 A4 P8 A5 P2 A6 R8 A7 R2 A8 T8 A9 R3 A10/AP L7 A11 R7 A12/BC N7 BA0 M2 BA1 N8 BA2 M3 UDQS[15]:[8] B7 UDQS[15]:[8] C7 LDQS[7]:[0] G3 LDQS[7]:[0] F3 UDM[15]:[8] D3 LDM[7]:[0] E7 WE L3 CAS K3 RAS J3 CS L2 CKE K9 CK J7 CK K7 ODT K1 VDD B2 VDD K2 VDD N1 VDD R1 VDD D9 VDD K8 VDD N9 VDD R9 VDDQ A1 VDDQ C1 VDDQ D2 VDDQ H2 VDDQ A8 VDDQ C9 VDDQ E9 VDDQ F1 VSS A9 VSS B3 VSS E1 VSS G8 VSS M1 VSS M9 VSS P1 VSS P9 VSS J2 VSS T1 VSS T9 VSSQ B1 VSSQ B9 VSSQ D1 VSSQ D8 VREFDQ H1 VSS J8 ZQ L8 VDDQ H9 VDD G7 VSSQ E2 VSSQ E8 VSSQ F9 VSSQ G1 VSSQ G9 RESET T2 VREFCA M8 NC J1 NC J9 NC L1 NC L9 A13 T3 A14 T7 A15 M7 U9 DDR3/H5TQ2G63DFR U9 DDR3/H5TQ2G63DFR C128 100nF C128 100nF R102 1K R102 1K 1 8 2 7 3 6 4 5 RP35 22R RP35 22R RD61 NC RD61 NC 1 8 2 7 3 6 4 5 RP50 22R RP50 22R 1 8 2 7 3 6 4 5 RDP75 22R RDP75 22R CD106 100nF CD106 100nF CD77 1uF CD77 1uF C260 NC/10uF C260 NC/10uF 1 8 2 7 3 6 4 5 RDP83 100R RDP83 100R 1 8 2 7 3 6 4 5 RP40 22R RP40 22R C155 100nF C155 100nF 1 8 2 7 3 6 4 5 RP51 22R RP51 22R C138 100nF C138 100nF C109 1nF C109 1nF C110 100nF C110 100nF 1 8 2 7 3 6 4 5 RP64 22R RP64 22R R110 1K R110 1K C164 100nF C164 100nF C149 100nF C149 100nF CD90 10uF CD90 10uF DC1_A0 J29 DC1_A1 L28 DC1_A10 F32 DC1_A11 D32 DC1_A12 M28 DC1_A13 B31 DC1_A14 D31 DC1_A2 H29 DC1_A3 F29 DC1_A4 E31 DC1_A4_1 E30 DC1_A5 B30 DC1_A5_1 A30 DC1_A6 K29 DC1_A7 H28 DC1_A8 L29 DC1_A9 C30 DC1_BA0 G28 DC1_BA1 N28 DC1_BA2 E29 DC1_CASN C32 DC1_CKE F30 DC1_CLK G30 DC1_CLKN G31 DC1_DM0 J30 DC1_DM1 N31 DC1_DM2 V29 DC1_DM3 Y31 DC1_DQ0 T29 DC1_DQ1 M29 DC1_DQ10 P28 DC1_DQ11 N32 DC1_DQ13 U28 DC1_DQ14 R28 DC1_DQ15 T28 DC1_DQ16 AA31 DC1_DQ17 V28 DC1_DQ18 AA32 DC1_DQ19 W28 DC1_DQ2 U29 DC1_DQ20 AB31 DC1_DQ21 R32 DC1_DQ22 AB32 DC1_DQ23 R30 DC1_DQ24 W29 DC1_DQ25 AA29 DC1_DQ26 Y28 DC1_DQ27 W30 DC1_DQ28 Y29 DC1_DQ29 W32 DC1_DQ3 N29 DC1_DQ30 AA28 DC1_DQ31 V30 DC1_DQ4 P30 DC1_DQ5 H30 DC1_DQ6 P31 DC1_DQ7 J31 DC1_DQ8 K32 DC1_DQ9 R29 DC1_DQS0 M32 DC1_DQS0N M31 DC1_DQS1 L31 DC1_DQS1N K30 DC1_DQS2 V31 DC1_DQS2N U30 DC1_DQS3 T30 DC1_DQS3N T31 DC1_ODT G29 DC1_RASN K28 DC1_RSTN J28 DC1_WEN C31 DC2_A4 B12 DC2_A0 C10 DC2_A1 B11 DC2_A10 B13 DC2_A11 A11 DC2_A12 D15 DC2_A13 E11 DC2_A14 E13 DC2_A2 E12 DC2_A3 E10 DC2_A5 D11 DC2_A6 E14 DC2_A7 D12 DC2_A8 A12 DC2_A9 A9 DC2_BA0 D10 DC2_BA1 D16 DC2_BA2 E9 DC2_CASN D13 DC2_CKE C14 DC2_CLK C15 DC2_CLKN A14 DC2_DM0 C17 DC2_DM1 A20 DC2_DM2 E21 DC2_DM3 A27 DC2_DQ0 E19 DC2_DQ1 E15 DC2_DQ10 D17 DC2_DQ11 B20 DC2_DQ12 E17 DC2_DQ13 D20 DC2_DQ14 D18 DC2_DQ15 D19 DC2_DQ16 C28 DC2_DQ17 D21 DC2_DQ18 B28 DC2_DQ19 D22 DC2_DQ2 E20 DC2_DQ20 A29 DC2_DQ21 B22 DC2_DQ22 B29 DC2_DQ23 C23 DC2_DQ24 E22 DC2_DQ25 E24 DC2_DQ26 E23 DC2_DQ27 C27 DC2_DQ28 D24 DC2_DQ3 E16 DC2_DQ30 D23 DC2_DQ31 C26 DC2_DQ4 B21 DC2_DQ5 B15 DC2_DQ6 A21 DC2_DQ7 C16 DC2_DQ8 B17 DC2_DQ9 E18 DC2_DQS0 B19 DC2_DQS0N C19 DC2_DQS1 A18 DC2_DQS1N C18 DC2_DQS2 C25 DC2_DQS2N B24 DC2_DQS3 C24 DC2_DQS3N A23 DC2_ODT D9 DC2_RASN D14 DC2_RSTN C9 DC2_WEN B10 DC2_DQ29 B26 DC1_DQ12 P29 DC_ZQ K27 DC_VREF H18 DC1V5 J19 DC1V5 J20 DC1V5 J21 DC1V5 J22 DC1V5 J23 DC1V5 M24 DC1V5 H19 DC1V5 H20 DC1V5 H21 DC1V5 H22 DC1V5 H23 DC1V5 H24 DC1V5 J18 DC1V5 J24 DC1V5 K18 DC1V5 K19 DC1V5 K20 DC1V5 K21 DC1V5 K22 DC1V5 K23 DC1V5 M23 DC1V5 L24 DC1V5 L23 DC1V5 K24 DC1V5 N23 DC1V5 N24 DC1V5 G24 DC1V5 F25 DC1V5 G23 DC1V5 F24 DC1V5 P23 DC1V5 P24 DC1V5 R23 DC1V5 R24 U8-1 RTD299x U8-1 RTD299x DQU0[8] D7 DQU1[9] C3 DQU2[10] C8 DQU3[11] C2 DQU4[12] A7 DQU5[13] A2 DQU6[14] B8 DQU7[15] A3 DQL0[0] E3 DQL1[1] F7 DQL2[2] F2 DQL3[3] F8 DQL4[4] H3 DQL5[5] H8 DQL6[6] G2 DQL7[7] H7 A0 N3 A1 P7 A2 P3 A3 N2 A4 P8 A5 P2 A6 R8 A7 R2 A8 T8 A9 R3 A10/AP L7 A11 R7 A12/BC N7 BA0 M2 BA1 N8 BA2 M3 UDQS[15]:[8] B7 UDQS[15]:[8] C7 LDQS[7]:[0] G3 LDQS[7]:[0] F3 UDM[15]:[8] D3 LDM[7]:[0] E7 WE L3 CAS K3 RAS J3 CS L2 CKE K9 CK J7 CK K7 ODT K1 VDD B2 VDD K2 VDD N1 VDD R1 VDD D9 VDD K8 VDD N9 VDD R9 VDDQ A1 VDDQ C1 VDDQ D2 VDDQ H2 VDDQ A8 VDDQ C9 VDDQ E9 VDDQ F1 VSS A9 VSS B3 VSS E1 VSS G8 VSS M1 VSS M9 VSS P1 VSS P9 VSS J2 VSS T1 VSS T9 VSSQ B1 VSSQ B9 VSSQ D1 VSSQ D8 VREFDQ H1 VSS J8 ZQ L8 VDDQ H9 VDD G7 VSSQ E2 VSSQ E8 VSSQ F9 VSSQ G1 VSSQ G9 RESET T2 VREFCA M8 NC J1 NC J9 NC L1 NC L9 A13 T3 A14 T7 A15 M7 U10 DDR3/H5TQ2G63DFR U10 DDR3/H5TQ2G63DFR CD105 100nF CD105 100nF 1 8 2 7 3 6 4 5 RDP3 22R RDP3 22R R87 1K/1% R87 1K/1% C105 100nF C105 100nF RD55 240R,1% RD55 240R,1% 1 8 2 7 3 6 4 5 RDP79 100R RDP79 100R 1 8 2 7 3 6 4 5 RP56 22R RP56 22R C152 100nF C152 100nF 1 8 2 7 3 6 4 5 RDP76 100R RDP76 100R 1 8 2 7 3 6 4 5 RP8 22R RP8 22R R71 1K/1% R71 1K/1% 1 8 2 7 3 6 4 5 RDP1 22R RDP1 22R C120 100nF C120 100nF 1 8 2 7 3 6 4 5 RDP86 100R RDP86 100R C162 100nF C162 100nF CD108 100nF CD108 100nF CD74 10uF CD74 10uF 1 8 2 7 3 6 4 5 RP30 22R RP30 22R 1 8 2 7 3 6 4 5 RDP20 22R RDP20 22R R91 1K/1% R91 1K/1% R74 1K/1% R74 1K/1% FB37 BEAD/60R/0805 FB37 BEAD/60R/0805 R64 1K/1% R64 1K/1% 1 8 2 7 3 6 4 5 RDP13 22R RDP13 22R C112 100nF C112 100nF C160 10uF C160 10uF 1 8 2 7 3 6 4 5 RP49 22R RP49 22R 1 8 2 7 3 6 4 5 RP46 22R RP46 22R C113 1nF C113 1nF C148 100nF C148 100nF 1 8 2 7 3 6 4 5 RP62 22R RP62 22R R96 1K/1% R96 1K/1% 1 8 2 7 3 6 4 5 RDP101 100R RDP101 100R 1 8 2 7 3 6 4 5 RDP69 22R RDP69 22R R85 240R,1% R85 240R,1% R103 22R R103 22R 1 8 2 7 3 6 4 5 RDP100 100R RDP100 100R 1 8 2 7 3 6 4 5 RP33 22R RP33 22R 1 8 2 7 3 6 4 5 RP53 22R RP53 22R 1 8 2 7 3 6 4 5 RDP78 100R RDP78 100R C122 100nF C122 100nF 1 8 2 7 3 6 4 5 RDP2 22R RDP2 22R 1 8 2 7 3 6 4 5 RP38 22R RP38 22R C144 100nF C144 100nF 1 8 2 7 3 6 4 5 RP39 22R RP39 22R C141 100nF C141 100nF CD92 1uF CD92 1uF RD58 0R RD58 0R CD11 100nF CD11 100nF C125 10uF C125 10uF C136 4.7uF C136 4.7uF 1 8 2 7 3 6 4 5 RP5 22R RP5 22R 1 8 2 7 3 6 4 5 RDP108 100R RDP108 100R C133 100nF C133 100nF 1 8 2 7 3 6 4 5 RDP87 100R RDP87 100R 1 8 2 7 3 6 4 5 RDP6 22R RDP6 22R CE20 10uF CE20 10uF 1 8 2 7 3 6 4 5 RDP99 100R RDP99 100R 1 8 2 7 3 6 4 5 RDP7 22R RDP7 22R R97 1K/1% R97 1K/1% 1 8 2 7 3 6 4 5 RDP65 22R RDP65 22R DQU0[8] D7 DQU1[9] C3 DQU2[10] C8 DQU3[11] C2 DQU4[12] A7 DQU5[13] A2 DQU6[14] B8 DQU7[15] A3 DQL0[0] E3 DQL1[1] F7 DQL2[2] F2 DQL3[3] F8 DQL4[4] H3 DQL5[5] H8 DQL6[6] G2 DQL7[7] H7 A0 N3 A1 P7 A2 P3 A3 N2 A4 P8 A5 P2 A6 R8 A7 R2 A8 T8 A9 R3 A10/AP L7 A11 R7 A12/BC N7 BA0 M2 BA1 N8 BA2 M3 UDQS[15]:[8] B7 UDQS[15]:[8] C7 LDQS[7]:[0] G3 LDQS[7]:[0] F3 UDM[15]:[8] D3 LDM[7]:[0] E7 WE L3 CAS K3 RAS J3 CS L2 CKE K9 CK J7 CK K7 ODT K1 VDD B2 VDD K2 VDD N1 VDD R1 VDD D9 VDD K8 VDD N9 VDD R9 VDDQ A1 VDDQ C1 VDDQ D2 VDDQ H2 VDDQ A8 VDDQ C9 VDDQ E9 VDDQ F1 VSS A9 VSS B3 VSS E1 VSS G8 VSS M1 VSS M9 VSS P1 VSS P9 VSS J2 VSS T1 VSS T9 VSSQ B1 VSSQ B9 VSSQ D1 VSSQ D8 VREFDQ H1 VSS J8 ZQ L8 VDDQ H9 VDD G7 VSSQ E2 VSSQ E8 VSSQ F9 VSSQ G1 VSSQ G9 RESET T2 VREFCA M8 NC J1 NC J9 NC L1 NC L9 A13 T3 A14 T7 A15 M7 U11 DDR3/H5TQ2G63DFR U11 DDR3/H5TQ2G63DFR 1 8 2 7 3 6 4 5 RP32 22R RP32 22R 1 8 2 7 3 6 4 5 RP59 22R RP59 22R CD95 NC/10uF CD95 NC/10uF C121 1nF C121 1nF 1 8 2 7 3 6 4 5 RP55 22R RP55 22R DQU0[8] D7 DQU1[9] C3 DQU2[10] C8 DQU3[11] C2 DQU4[12] A7 DQU5[13] A2 DQU6[14] B8 DQU7[15] A3 DQL0[0] E3 DQL1[1] F7 DQL2[2] F2 DQL3[3] F8 DQL4[4] H3 DQL5[5] H8 DQL6[6] G2 DQL7[7] H7 A0 N3 A1 P7 A2 P3 A3 N2 A4 P8 A5 P2 A6 R8 A7 R2 A8 T8 A9 R3 A10/AP L7 A11 R7 A12/BC N7 BA0 M2 BA1 N8 BA2 M3 UDQS[15]:[8] B7 UDQS[15]:[8] C7 LDQS[7]:[0] G3 LDQS[7]:[0] F3 UDM[15]:[8] D3 LDM[7]:[0] E7 WE L3 CAS K3 RAS J3 CS L2 CKE K9 CK J7 CK K7 ODT K1 VDD B2 VDD K2 VDD N1 VDD R1 VDD D9 VDD K8 VDD N9 VDD R9 VDDQ A1 VDDQ C1 VDDQ D2 VDDQ H2 VDDQ A8 VDDQ C9 VDDQ E9 VDDQ F1 VSS A9 VSS B3 VSS E1 VSS G8 VSS M1 VSS M9 VSS P1 VSS P9 VSS J2 VSS T1 VSS T9 VSSQ B1 VSSQ B9 VSSQ D1 VSSQ D8 VREFDQ H1 VSS J8 ZQ L8 VDDQ H9 VDD G7 VSSQ E2 VSSQ E8 VSSQ F9 VSSQ G1 VSSQ G9 RESET T2 VREFCA M8 NC J1 NC J9 NC L1 NC L9 A13 T3 A14 T7 A15 M7 U12 DDR3/H5TQ2G63DFR U12 DDR3/H5TQ2G63DFR LW24 BEAD LW24 BEAD 1 8 2 7 3 6 4 5 RP10 22R RP10 22R 1 8 2 7 3 6 4 5 RDP77 100R RDP77 100R 1 8 2 7 3 6 4 5 RDP95 22R RDP95 22R 1 8 2 7 3 6 4 5 RDP80 100R RDP80 100R 1 8 2 7 3 6 4 5 RDP112 22R RDP112 22R 1 8 2 7 3 6 4 5 RDP109 100R RDP109 100R C124 1nF C124 1nF FB36 BEAD/60R/0805 FB36 BEAD/60R/0805 1 8 2 7 3 6 4 5 RDP107 100R RDP107 100R 1 8 2 7 3 6 4 5 RDP5 22R RDP5 22R R67 1K/1% R67 1K/1% C169 100nF C169 100nF CD98 100nF CD98 100nF 1 8 2 7 3 6 4 5 RP9 22R RP9 22R FB35 BEAD/60R/0805 FB35 BEAD/60R/0805 C158 100nF C158 100nF RD53 240R,1% RD53 240R,1% C258 NC/10uF C258 NC/10uF C118 100nF C118 100nF CE16 10uF CE16 10uF 1 8 2 7 3 6 4 5 RDP67 100R RDP67 100R CD102 100nF CD102 100nF C154 100nF C154 100nF C146 100nF C146 100nF 1 8 2 7 3 6 4 5 RDP81 100R RDP81 100R 1 8 2 7 3 6 4 5 RDP111 22R RDP111 22R C145 100nF C145 100nF CD91 10uF CD91 10uF GND 1 S3 2 VTTSNS 3 VTTREF 4 VDDQSNS 5 VIN 6 VLDOIN 7 VTT 8 GND 9 U220 TJ2997 U220 TJ2997 R104 22R R104 22R 1 8 2 7 3 6 4 5 RP45 22R RP45 22R R81 1K/1% R81 1K/1% CD104 100nF CD104 100nF C107 100nF C107 100nF C173 100nF C173 100nF C119 1nF C119 1nF 1 8 2 7 3 6 4 5 RDP89 100R RDP89 100R 1 8 2 7 3 6 4 5 RP52 22R RP52 22R CD75 1nF CD75 1nF C126 100nF C126 100nF RD54 240R,1% RD54 240R,1% CD99 100nF CD99 100nF R72 1K/1% R72 1K/1% 1 8 2 7 3 6 4 5 RDP90 100R RDP90 100R C103 100nF C103 100nF R98 1K/1% R98 1K/1% CE15 22uF CE15 22uF 1 8 2 7 3 6 4 5 RDP110 100R RDP110 100R CD101 100nF CD101 100nF 1 8 2 7 3 6 4 5 RP47 22R RP47 22R 1 8 2 7 3 6 4 5 RP54 22R RP54 22R LW22 BEAD LW22 BEAD CE10 22uF CE10 22uF 1 8 2 7 3 6 4 5 RDP4 22R RDP4 22R C114 100nF C114 100nF C165 100nF C165 100nF 1 8 2 7 3 6 4 5 RDP84 100R RDP84 100R 1 8 2 7 3 6 4 5 RDP18 22R RDP18 22R CD87 100nF CD87 100nF 1 8 2 7 3 6 4 5 RDP82 100R RDP82 100R CD100 100nF CD100 100nF C147 100nF C147 100nF C166 100nF C166 100nF R82 1K/1% R82 1K/1% R107 1K R107 1K C159 100nF C159 100nF CD103 100nF CD103 100nF 1 8 2 7 3 6 4 5 RDP17 22R RDP17 22R R80 1K/1% R80 1K/1% 1 8 2 7 3 6 4 5 RP37 22R RP37 22R C132 100nF C132 100nF 1 8 2 7 3 6 4 5 RP31 22R RP31 22R RD62 NC/0R RD62 NC/0R C130 100nF C130 100nF 1 8 2 7 3 6 4 5 RDP96 22R RDP96 22R R76 1K/1% R76 1K/1% RD60 0R RD60 0R 1 8 2 7 3 6 4 5 RP44 22R RP44 22R C115 1nF C115 1nF C117 1nF C117 1nF 1 8 2 7 3 6 4 5 RDP88 100R RDP88 100R 1 8 2 7 3 6 4 5 RDP91 100R RDP91 100R 1 8 2 7 3 6 4 5 RP60 22R RP60 22R CD89 1nF CD89 1nF C137 100nF C137 100nF 1 8 2 7 3 6 4 5 RDP92 100R RDP92 100R C142 100nF C142 100nF C134 100nF C134 100nF R90 1K/1% R90 1K/1% 1 8 2 7 3 6 4 5 RDP10 22R RDP10 22R 1 8 2 7 3 6 4 5 RDP16 22R RDP16 22R 1 8 2 7 3 6 4 5 RP29 22R RP29 22R 1 8 2 7 3 6 4 5 RDP15 22R RDP15 22R RD59 NC RD59 NC R70 1K/1% R70 1K/1% C172 100nF C172 100nF 1 8 2 7 3 6 4 5 RP57 22R RP57 22R C170 100nF C170 100nF 1 8 2 7 3 6 4 5 RDP85 22R RDP85 22R 1 8 2 7 3 6 4 5 RDP19 22R RDP19 22R R105 1K R105 1K R108 1K R108 1K 1 8 2 7 3 6 4 5 RDP66 100R RDP66 100R 1 8 2 7 3 6 4 5 RP41 22R RP41 22R CD79 10uF CD79 10uF 1 8 2 7 3 6 4 5 RDP12 22R RDP12 22R 1 8 2 7 3 6 4 5 RDP14 22R RDP14 22R 1 8 2 7 3 6 4 5 RDP68 100R RDP68 100R C153 100nF C153 100nF C127 100nF C127 100nF CD80 NC/10uF CD80 NC/10uF C116 100nF C116 100nF CD12 100nF CD12 100nF C156 100nF C156 100nF CD76 NC/10uF CD76 NC/10uF C106 100nF C106 100nF 1 8 2 7 3 6 4 5 RP42 22R RP42 22R C123 1nF C123 1nF C161 100nF C161 100nF 1 8 2 7 3 6 4 5 RP43 22R RP43 22R CD107 100nF CD107 100nF C131 100nF C131 100nF R100 22R R100 22R 1 8 2 7 3 6 4 5 RP61 22R RP61 22R R99 22R R99 22R CD93 NC/10uF CD93 NC/10uF C104 10uF C104 10uF C139 100nF C139 100nF C150 10uF C150 10uF C167 100nF C167 100nF R106 1K R106 1K 1 8 2 7 3 6 4 5 RDP8 22R RDP8 22R 1 8 2 7 3 6 4 5 RP48 22R RP48 22R C111 1nF C111 1nF 1 8 2 7 3 6 4 5 RP6 22R RP6 22R C168 100nF C168 100nF RD56 240R,1% RD56 240R,1% C129 100nF C129 100nF C108 100nF C108 100nF 1 8 2 7 3 6 4 5 RP58 22R RP58 22R 1 8 2 7 3 6 4 5 RP34 22R RP34 22R R101 1K R101 1K GND 1 S3 2 VTTSNS 3 VTTREF 4 VDDQSNS 5 VIN 6 VLDOIN 7 VTT 8 GND 9 U221 TJ2997 U221 TJ2997 CD78 100nF CD78 100nF C135 4.7uF C135 4.7uF 1 8 2 7 3 6 4 5 RP36 22R RP36 22R 15 TX_A_EN TX_A_CP TX_A_CKP TX_A_DP TX_A_CN TX_A_CKN TX_A_DN TX_A_EP TX_A_BN TX_B_EP TX_A_AP TX_B_EN TX_A_AN TX_A_BP TX_B_DN TX_B_BP TX_B_CP TX_B_CKP TX_B_BN TX_B_CN TX_B_CKN TX_B_DP TX_B_AN TX_B_AP TX_C_EP TX_C_EN TX_C_DN TX_C_BP TX_C_CP TX_C_CKP TX_C_BN TX_C_CN TX_C_CKN TX_C_DP TX_C_AN TX_C_AP TX_D_EN TX_D_CP TX_D_CKP TX_D_DP TX_D_CN TX_D_CKN TX_D_DN TX_D_EP TX_D_BN TX_D_AP TX_D_AN TX_D_BP TX_A_EP TX_A_CKP TX_A_EN TX_A_DP TX_A_DN TX_A_CKN TX_A_CP TX_A_CN TX_A_BP TX_A_BN TX_A_AP TX_A_AN TX_B_EP TX_B_EN TX_B_DP TX_B_DN TX_B_CKP TX_B_CKN TX_B_CP TX_B_CN TX_B_BP TX_B_BN TX_B_AP TX_B_AN TX_C_EP TX_C_EN TX_C_DP TX_C_DN TX_C_CN TX_C_CP TX_C_CKN TX_C_CKP TX_C_AN TX_C_AP TX_C_BN TX_C_BP TX_D_DN TX_D_DP TX_D_EN TX_D_EP TX_D_CN TX_D_CP TX_D_CKN TX_D_CKP TX_D_AN TX_D_AP TX_D_BN TX_D_BP Title Size Document Number Rev Date: Sheet of DISPLAY A 6 24 Friday, April 25, 2014 Title Size Document Number Rev Date: Sheet of DISPLAY A 6 24 Friday, April 25, 2014 Title Size Document Number Rev Date: Sheet of DISPLAY A 6 24 Friday, April 25, 2014 LVDS_A_FP AL21 LVDS_A_FN AK22 LVDS_A_EP AL22 LVDS_A_EN AM22 LVDS_A_DP AK23 LVDS_A_DN AM23 LVDS_A_CP AL23 LVDS_A_CN AK24 LVDS_A_BP AL24 LVDS_A_BN AK25 LVDS_A_AP AL25 LVDS_A_AN AM25 LVDS_B_FP AK26 LVDS_B_FN AM26 LVDS_B_EP AL26 LVDS_B_EN AK27 LVDS_B_DP AL27 LVDS_B_DN AK28 LVDS_B_CP AL28 LVDS_B_CN AM28 LVDS_B_BP AK29 LVDS_B_BN AM29 LVDS_B_AP AL29 LVDS_B_AN AM30 LVDS_D_AP AD31 LVDS_D_BN AE30 LVDS_D_BP AE31 LVDS_D_CN AE32 LVDS_D_CP AF30 LVDS_D_DN AF32 LVDS_D_DP AF31 LVDS_D_EN AG30 LVDS_D_EP AG31 LVDS_D_FN AH30 LVDS_D_FP AH31 LVDS_C_AN AH32 LVDS_C_AP AJ30 LVDS_C_BN AJ32 LVDS_C_BP AJ31 LVDS_C_CN AK32 LVDS_C_CP AK31 LVDS_C_DN AL32 LVDS_C_DP AK30 LVDS_C_EN AM32 LVDS_C_EP AL31 LVDS_C_FN AM31 LVDS_C_FP AL30 LVDS_D_AN AD30 LVDS Port A LVDS Port C LVDS Port B LVDS Port D U8-4 RTD2995 LVDS Port A LVDS Port C LVDS Port B LVDS Port D U8-4 RTD2995 16 U2P0_DP U2P2_DM U2P1_DP U2P2_DP U2P1_DM U2P0_DM U2P3_DM U2P3_DP TUN_IF+ TUN_IF- XIN XOUT PLL_AGND U3_RXN U3_RXP U3_TXP U3_TXN DGND PLL_AGND U2P1_DM U2P1_DP U2P2_DM U2P2_DP U2P3_DM U2P3_DP U2P0_DM U2P0_DP TUN_IF+ TUN_IF- U3_TXN U3_TXP U3_RXN U3_RXP Title Size Document Number Rev Date: Sheet of