Iphone 5s full schematic diagram by yun zhang

SP1_RF

SP2_RF

no_refdes+17

C282_RF

C1726_RF

R75_RF

U7_RF

C97_RF C96_RF L68_RF L6_RF L67_RF

SP3_RF

R72_RF

L1732_RF

FL1701_RF

C98_RF

L66_RF C38_RF

C99_RF L8_RF C247_RF

L69_RF

U20_RF

FD6

C167

XW31

R44_RF

R52_RF XW8_RF

L29

DZ16 C300 DZ18

U16

FL52

C390

C210 C56

FL15

FL44

L39 L35 C198

C433

FL48 R133

FL41 FL56

C253 R132

XW42

C437

FL40 TP9 R14

PP7

DZ17 R3

U6_RF R79

C441

XW9_RF

FL51

L30

FL29

FL31

FL43 R158

R159 FL4_RF

U13_RF

R14_RF

U12_RF

C105_RF

U25 C147

XW20_RF R46

C243

C435

C258

C320

C197

C311

DZ3

FL26

C241

FL25

C434

C371

C208

L9_RF

C370 C131 L19

U23

C144 L5 XW49

C187

C20

C124

R29 R30

C41

R1402

C35

FL67

C334

R38

R40

C259

C280

R73

R28

C152

C53

C59

R33 C118 C120 C5000

C40

C85 R31

C443

R87 R65 R32 C326 C318

C114

XW8 R7

C36 XW33

C37

C95

R156

C281

R116

R11

R1400

C30 C265

XW44

C177

C209

C299

C270

C140 L18

C49

R20

C317 C319

C16

XW3

R82

C398

C141

C160

R163

R164 SH1

U26 C358

C117

no_refdes+16

C377

C285

C282

XW9

C174

C169

C166

R71

XW15_RF

C43

XW4

R52

C305

R16

R34 R72

C1403

C3096

C378

C1400

L1400

PP2 C325

XW15 XW6 XW11

R119

C60

PP10

R155

XW18

C316

L17

C81

C302

R1401

D1400 C266

R55 R153

R70

XW14

C278

C75

C1401

C250

R109

XW10

C308

C91

C133

C109

C323 U1400

C442

C10

XW20

C185

C111 C113

C83

C87

C1402

C204

C153 U1

C21

C121

C379

C399

C999

XW2

C207

C104

C291

C263

C158

C112

C33

C376

C100

C122

C151

C115

U18

C336

C161

C134

PP3

C97

C405

R93

C72

R143

C89

C307

C264

C180

R137

C68

C173

C182

C24

C86

C78

R160

C80

C327

C57

C190

C408

U17

R57

C396

C66

C394

C3345

C48

BS1 R8

no_refdes+12

C136

C274

C142

PP19

C191

C168

C107

C387

R67

C284

PP17

C106

BS2

C386

R27

C73

C108

R78

C50

R161

R41

R21

R12

R37

R53

R19

R42

R60

L48_RF

C249

FL14

C382

FL8

C19

C444

C106_RF

R2 Q6 C366 DZ4

FL70 C384

FL7

R149

U15

C45 XW41

C383

FL18

R148

R62

C346 C314

C289

R146

C397

FL3

C313

R150

XW36

FL74

L42

FL47

R157

R86

C365

R17

L44

C306 XW37

C372 C130

L21

L41

R147

FL12 R39

R3000

C194

FL61

C344 C345

C63

C192

C202

C104_RF C321

FL58 R125 FL45

R22

C347

FL2

XW7 R169

C157_RF

C328

FL57

C74

C349

FL4 FL20

C92

R51

C67

U5 R36

R136

R94

L28

C214

FL65

C199

C212 C211 C201 C62

C213

C391 R85

U8_RF C252

C423

R141 C84

C54

R95 FL64

C287

C281_RF

R13_RF

C330

R45

FL42

DZ19

C427 R9

C69

C432 C430 FL39

C196

C94

FL37

FL27

C440

C439

C295

C17

FL62

FL24

C18

C88 C93 FL34 FL35

FL13

FL46

R18

C436

FL38

C410 C402

R24

DZ2

C438

C407

R152

C90

R89

C47

DZ7

no_refdes+19

C298

C380

FL23 R91

PP8 FL36 R162

C96

C149

C170

C15 DZ101

C351

C44

DZ1

FL55

C409

TP17

C200

C406

C350

U13

C324

FL21

C286 C393

C256

C315

R51_RF

R43_RF

C392

C331

C31

C163

FL72 PP15

R154

C52

PP41_RF PP40_RF

C389

C156

C165

C329

PP9 C11

FL22 C400

C137

FL71 PP13

C61_RF

C2511

R121

C244 XW5

C369

PP18

C82

XW46

no_refdes+11

TP20

C216

L34

PP11_RF

C395

FL28 FL30

R47

TP16

C404

C403

C193

TP19

C158_RF

C364

L33

R110

R15_RF R16_RF

C381

R13

C297

L37

no_refdes+5

R48 C150

TP18

U12

R18_RF

R61

R26

C37_RF

L51_RF

C79

R49

C271_RF

C103_RF

C102_RF

no_refdes+1

J6_RF

C280_RF

SH3

L38

PP46_RF PP15_RF PP11

U9_RF

TP8000

L36

PP14_RF PP47_RF PP18_RF

U18_RF

L49_RF

PP44_RF

TP2

R17_RF

L50_RF

PP45_RF

C159

J10_RF

TP1_RF SP1 FD3

C101_RF

C170_RF

C107_RF

R108

no_refdes+22 no_refdes+3

XW28

XW29

no_refdes+10

TP7

L16

no_refdes+7 C272

R115

C261

C260

C271

XW1

C268

C293

FD5

R117

C251

C283

C267

C357

TP6

PP24

R113

C276

R131

PP23 FD2

R114 PP13_RF

PP7_RF

no_refdes+8

L10

L11

L12

L15

L13

L14

PP6_RF

PP16_RF

PP5_RF no_refdes+9

C348

XW39

C339

XW40 R58

R130

PP43_RF

PP20_RF C78_RF

C244_RF

L40_RF

L46_RF

U14_RF

L63_RF

L7_RF

L25_RF L34_RF L27_RF C67_RF

R27_RF

C173_RF L60_RF L55_RF L75_RF

C212_RF

L79_RF L32_RF

L80_RF L99_RF U26_RF

L39_RF

R1 1_ RF

L15_RF C118_RF

C253_RF R65_RF U27_RF

L97_RF C263_RF

C150_RF

C22

L31_RF

FL2302 C126

L22_RF

C23

C234_RF

L24_RF C94_RF C95_RF

L14_RF

L16_RF

L28_RF C185_RF R36_RF

L83_RF

FL11

C322

L13_RF

PP42_RF

C700_RF

C4 J7

C2307 FL63 R10

C219_RF

C229_RF

C228_RF

C167_RF

C131_RF

C132_RF

C41_RF

C240

U11_RF

C12

R34_RF

L21_RF

XW45

C304

C338 U2

C57_RF

XW3_RF XW4_RF C1214_RF

L1_RF L35_RF

C186_RF C183_RF

R35_RF

C149_RF

SW1_RF

C124_RF L26_RF

L77_RF

L56_RF L52_RF

C219

C60_RF

XW13_RF

XW17_RF

C254

C6_RF

C8_RF

C356 C52_RF C12_RF

C362

C412

C188_RF

C233_RF L94_RF

U17_RF

C99

L41_RF C176_RF

R33_RF

C115_RF C114_RF

C51

C343

C332

C414

R129

C341

L11_RF L10_RF

C11_RF

L65_RF

C184

C101 FL66 C116

C175_RF C268_RF

L78_RF

C98

C108_RF

L42_RF

C110

FL32

C184_RF

R29_RF C251_RF R30_RF

C161_RF C162_RF

L5_RF

C14

FL1

U4_RF R64_RF

C160_RF U3_RF

XW16_RF

C374 L900_RF

C226_RF

R50_RF

C51_RF C123_RF

C130_RF

Y1_RF

R112 C210_RF

C220_RF C125_RF C214_RF

R2_RF

C82_RF

U22_RF

L43_RF

L47_RF

C136_RF

C33_RF

R22_RF

L4_RF

R166 R168 R165

C7_RF

C256_RF

C70_RF

R19_RF

DZ10 R167

C43_RF

C230

R100

C234

C245_RF

C62_RF

C86_RF C76_RF C85_RF

C197_RF

FL12_RF

C68_RF

C75_RF

C155_RF

www.vinafix.vn

C87_RF C73_RF

C156_RF

TP4

SH2 no_refdes+14

R39_RF

no_refdes+21

L58_RF

C182_RF

C83_RF C81_RF

R1_RF

_R J4

TP32

C163_RF

L64_RF

L96_RF L95_RF

L92_RF

C165_RF

C93_RF

C275

TP12

no_refdes+2 J9_RF

C91_RF

L93_RF

C166_RF

U16_RF

C92_RF

C90_RF C128_RF C74_RFC89_RF

L90_RF L91_RF

C72_RF

C88_RF

C211_RF L74_RF C109_RF

C25

U23_RF

L18_RF C111_RF

C217_RF C215_RF

C164_RF

XW12

L82_RF C146_RF C148_RF

L17_RF C154_RF

L100_RF

C18_RF

FL3_RF

C213_RF L59_RF

C174_RF U24_RF

C279

FD1

C134_RF C273_RF

C15_RF

FL2_RF

L19_RF

FL50

L23_RF C147_RF

C242_RF

C26_RF

C36_RF

C274_RF C126_RF C129_RF C79_RF C77_RF C80_RF

R135 C176

FL60

C23_RF XW12_RF C20_RF C14_RF

C35_RF

L81_RF L61_RF L98_RF R8_RF

DZ14

C105

C119

C216_RF

FL68

FL11_RF

FL33

PP19_RF

FL53

FL19

R7_RF

PP1_RF

R53_RF

C375 DZ9

FL54

C31_RF

C34_RF

L57_RF

C40_RF

C272_RF

C112_RF

L12_RF

C261_RF

C142_RF L20_RF C152_RF C198_RF C143_RF C141_RF C241_RF C153_RF

C139_RF C137_RF C138_RF

C122_RF

no_refdes+13

C218_RF

C258_RF

L53_RF

C252_RF

C248_RF

C237_RF

L76_RF

C64_RF C63_RF

L45_RF

R60_RF C66_RF C65_RF

L30_RF

L73_RF C39_RF

U25_RF

C239_RF

C249_RF C264_RF

L44_RF

R90

C151_RF

L72_RF

C240_RF

L54_RF

L71_RF

L29_RF

C227_RF

R37_RF L37_RF L38_RF

R23

U15_RF

R38_RF

C133_RF

C255_RF

C120_RF L70_RF

C238_RF

C230_RF

U10_RF

R28_RF

U58_RF

C121_RF

L36_RF

C172_RF

C187_RF

C84_RF

C117_RF

C171_RF

R32_RF

C116_RF

U1_RF

no_refdes+6

L20

C168_RF SH4

C119_RF

C69_RF

C206 FL49 R15 C355

C429

R23_RF

C27_RF

C360

C227 PP21_RF

C30_RF

C242

R50

C224 C64 C225

C233 C425

C367

J5_RF

XW13

L22

FL10

R10_RF R6_RF

C21_RF C16_RF C28_RF

DZ11

C71 XW22 XW21

C24_RF C22_RF C29_RF

FL16

R4_RF C25_RF

C188

C55

C13_RF

C340

C215

FL59

TP27

no_refdes+18

C71_RF C19_RF C17_RF C32_RF

TP5

PP3_RF

PP2_RF

C70

DZ12 FL17

C144_RF

TP26

TP1

FL5 C102 DZ15 DZ13 C368 FL69

TP15

R9_RF

no_refdes+20

C13

TP10

C359

XW25

PP22_RF

TP23

XW1_RF

C56_RF

C1201_RF

C55_RF

TP24

C3_RF

C100_RF

R24_RF

XW2_RF

C49_RF

TP28

C145_RF

C9_RF

C59_RF

C47_RF C46_RF

PP9_RF PP8_RF

T P2

TP11

C103

R107

TP3

T P2

C10_RF

C38

TP29

C58_RF

L3_RF

J1_RF

XW10_RF

C143 C138

C229

C27

C342

C501

C500

C39

L2_RF

FL6

C42_RF C48_RF

XW14_RF

R102

C226

C422

C3337

R103

C162 C416

www.rosefix.com

C363

U2_RF

R26_RF R25_RF

PP10_RF PP12_RF

R83 R84 FL9

C421 U5_RF

R20_RF

R21_RF

C54_RF C5_RF C4_RF C53_RF C127_RF C50_RF C45_RF

XW43

R128 PP22

C44_RF

C2_RF

J2_RF

R44

R43

R127

R126

C26

C235

C218 R3_RF C1_RF

C236

C238

C237

R35 U22

C29

R124

XW48

C222

J11_RF

XW35

C309 R122

C232

J3_RF

C333

C424

C128

C262

C335

C337

C420

C223

FD4

C385

C417 C354

R145

U21

no_refdes+4

C418

C411

C413

C221 C220

C294

C419

C135

C231

C290

C292

C175

C145

C296

C181

C189

C123

C127

C61 C65

C58

C310

C303

C301

C228

PP4_RF

no_refdes+15

X152 BOM CALLOUTS TABLE_5_HEAD

PART#

QTY

DESCRIPTION

REFERENCE DESIGNATOR(S)

CRITICAL

BOM OPTION TABLE_5_ITEM

051-9681

SCH, SINGLE_BRD, X152

SCH

820-3382

PCBF, SINGLE_BRD, X152

PCB

825-6838

EEEE FOR 639-4159 16GB

EEEE_F7V1

EEEE_16G

825-6838

EEEE FOR 639-4160 32GB

EEEE_F7V2

EEEE_32G

TABLE_5_ITEM

PDF PAGE

CSA PAGE

CONTENTS

SYNC MASTER

COMPASS BOM OPTIONS

DATE

TABLE_5_ITEM

H6P JTAG,USB,PLL,HSIC,XTAL

N/A N/A

H6P DIGITAL I/O,BOOTSTRAPPING

QTY

DESCRIPTION

REFERENCE DESIGNATOR(S)

CRITICAL

BOM OPTION

TABLE_5_ITEM

639-4269

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_ITEM

TABLE_5_HEAD

PART#

TABLE_TABLEOFCONTENTS_HEAD

COMPASS INTERPOSER X152/X145

U16

COMPASS_INTERPOSER

PART#

QTY

DESCRIPTION

REFERENCE DESIGNATOR(S)

CRITICAL

BOM OPTION

HRZNTL_CAP_GRP1

EEEE FOR 639-3973 64GB

EEEE_F4LR

EEEE_64G

H6P + 1GB SAMSUNG

H6P_1GB_SAMSUNG

339S0207

H6P + 1GB ELPIDA

H6P_1GB_ELPIDA

339S0208

H6P + 1GB HYNIX

H6P_1GB_HYNIX

CRITICAL

BOM OPTION

TABLE_5_ITEM

TABLE_5_HEAD

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_ITEM

HORIZONTAL AND OTHER CAP BOM OPTIONS

N/A N/A

825-6838 339S0206

TABLE_5_ITEM

H6P VDDCA,VDD1/2,VDD,VDD_CPU,VDD_GPU

N/A N/A

TABLE_5_ITEM

138S0801

HRZNTL CAPS_1: 10UF,0402,6.3V

C422,C399,C405,C417,C418

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_ITEM

H6P GND,VDDIO18,VDDIOD,VDD_SRAM,VDD_SOC

N/A N/A

TABLE_TABLEOFCONTENTS_ITEM

HRZNTL CAPS_2: 10UF,0402,6.3V

C250,C251,C325,C357,C358

HRZNTL_CAP_GRP2

138S0801

HRZNTL CAPS_3: 10UF,0402,6.3V

C260,C263,C267,C270,C261

HRZNTL_CAP_GRP3

PP_VCC_MAIN BULK CAP (AP)

H6P NAND,NAND 12X17

N/A N/A

H6P HIGH SPEED DIG (CAM,LCM,DP)

N/A N/A

PP_BATT_VCC BULK CAP (AP)

BUTTON FLEX B2B

N/A N/A

PP_BATT_VCC BULK CAP (RF)

L67 AUDIO CODEC (1/2)

N/A N/A

PP_VCC_MAIN BULK CAP (RF) PP3V0_NAND BULK CAP

10 L67 AUDIO CODEC (2/2)

N/A N/A

PP5V7_SAGE_AVDDH BULK CAP

11 FRONT CAM FLEX B2B

N/A N/A

138S0801

HRZNTL CAPS_4: 10UF,0402,6.3V

C264,C268,C271,C385

HRZNTL_CAP_GRP4

HRZNTL CAPS_5: 10UF,0402,6.3V

C398,C411,C252,C297

HRZNTL_CAP_GRP5

DESCRIPTION

REFERENCE DESIGNATOR(S)

TABLE_5_ITEM

337S4370

OSCAR CSP

OSCAR_CSP

337S4417

OSCAR FCLGA

OSCAR_FCLGA

CRITICAL

BOM OPTION

OPEL_TI

TABLE_5_ITEM

138S0801

HRZNTL CAPS_6: 10UF,0402,6.3V

C386,C387,C333,C332,C335

HRZNTL_CAP_GRP6

138S0801

HRZNTL CAPS_7: 10UF,0402,6.3V

C42_RF,C43_RF,C44_RF

HRZNTL_CAP_GRP7

TABLE_5_ITEM

QTY

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_HEAD

PART# TABLE_5_ITEM

138S0801

OSCAR BOM OPTIONS

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

138S0801

HRZNTL CAPS_8: 10UF,0402,6.3V

C1201_RF

HRZNTL_CAP_GRP8

138S0801

HRZNTL CAPS_9: 10UF,0402,6.3V

C103_RF

HRZNTL_CAP_GRP9

138S0801

HRZNTL CAPS_10: 10UF,0402,6.3V

C182,C307,C209,C187

HRZNTL_CAP_GRP10

138S0794

HRZNTL CAPS_11: 10UF,0402,10V

C52,C156

HRZNTL_CAP_GRP11

OPEL BOM OPTIONS TABLE_5_HEAD

TABLE_5_ITEM

PART#

QTY

DESCRIPTION

REFERENCE DESIGNATOR(S)

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_ITEM

353S3899

TI OPEL

U17

TABLE_5_ITEM

NAND BOM OPTIONS TABLE_5_HEAD

TABLE_TABLEOFCONTENTS_ITEM

PART#

INDUCTOR BOM OPTIONS

CRITICAL

BOM OPTION

335S0930

QTY 1

NAND,19NM,16GX8,MLC,PPN1.5

DESCRIPTION

REFERENCE DESIGNATOR(S) U4

NAND_16G_HYNIX

335S0931

NAND,19NM,32GX8,MLC,PPN1.5

NAND_32G_HYNIX

335S0932

NAND,19NM,64GX8,MLC,PPN1.5

NAND_64G_HYNIX

TABLE_5_ITEM

TABLE_5_HEAD

TABLE_TABLEOFCONTENTS_ITEM

12 AMBER PMU(1/2)

N/A N/A

TABLE_TABLEOFCONTENTS_ITEM

13 AMBER PMU(2/2)

N/A N/A

PART#

14 CHESTNUT,BACKLIGHT DRIVER,MESA BOOST

N/A N/A

TABLE_TABLEOFCONTENTS_ITEM

15 SPKR AMP + STROBE DRIVER

N/A N/A

16 TRISTAR,EEPROM

N/A N/A

DESCRIPTION

REFERENCE DESIGNATOR(S)

CRITICAL

BOM OPTION

IND_BUCK0_SLV_P47UH_TFA-A_TDK

TABLE_5_ITEM

152S1785

BUCK0 SLAVE

L10,L12,L14

BUCK0 SLAVE IND: 0.47UH, TFA-A TDK

TABLE_5_ITEM

152S1834

BUCK0 SLAVE IND: 0.47UH, CYNTEC

L10,L12,L14

152S1839

BUCK0 SLAVE IND: 0.47UH, TAIYO

L10,L12,L14

IND_BUCK0_SLV_P47UH_TAIYO

152S1807

AMBER BUCKXX IND: 1UH TFA-A TDK

L9,L11,L13,L15,L16,L17

IND_BUCKXX_1UH_TFA-A_TDK

152S1801

AMBER BUCKXX IND: 1UH CYNTEC

L9,L11,L13,L15,L16,L17

IND_BUCKXX_1UH_CYNTEC

IND_BUCK0_SLV_P47UH_CYNTEC TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

QTY

NAND BOM ALTERNATES TABLE_ALT_HEAD

PART NUMBER

ALTERNATE FOR PART NUMBER

BOM OPTION

REF DES

COMMENTS:

335S0921

335S0930

NAND_16G_TOSH

335S0933

335S0930

NAND_16G_SAND

335S0922

335S0931

NAND_32G_TOSH

335S0934

335S0931

NAND_32G_SAND

335S0923

335S0932

NAND_64G_TOSH

335S0935

335S0932

NAND_64G_SAND

TABLE_5_ITEM

BUCKXX MASTER

TABLE_ALT_ITEM

TABLE_5_ITEM

TABLE_ALT_ITEM

TABLE_5_ITEM

152S1840

AMBER BUCKXX IND: 1UH TAIYO

152S1807

STROBE IND: 1UH TFA-A TDK

L9,L11,L13,L15,L16,L17

IND_BUCKXX_1UH_TAIYO

IND_STROBE_1UH_TFA-A_TDK

TABLE_ALT_ITEM

TABLE_TABLEOFCONTENTS_ITEM TABLE_5_ITEM

STROBE

TABLE_ALT_ITEM

TABLE_5_ITEM

152S1801

TABLE_TABLEOFCONTENTS_ITEM

STROBE IND: 1UH CYNTEC

IND_STROBE_1UH_CYNTEC

TABLE_ALT_ITEM

17 DOCKFLEX B2B

N/A N/A

TABLE_5_ITEM

152S1840

STROBE IND: 1UH TAIYO

152S1809

BUCK5 2012 IND: 1UH TFA-A TDK

IND_STROBE_1UH_TAIYO

L18

IND_BUCK5_1UH_TFA-A_TDK

TABLE_ALT_ITEM

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

18 D403 (TOUCH B2B, DRIVER ICS)

N/A N/A

BUCK5

TABLE_5_ITEM

152S1835

BUCK5 2012 IND: 1UH CYNTEC

L18

IND_BUCK5_1UH_CYNTEC

152S1843

BUCK5 2012 IND: 1UH TAIYO

L18

IND_BUCK5_1UH_TAYIO

TABLE_TABLEOFCONTENTS_ITEM

USB GOLDENEYE BOM OPTIONS

TABLE_5_ITEM

19 LCM B2B

N/A N/A

TABLE_TABLEOFCONTENTS_ITEM

20 OSCAR + SENSORS

N/A N/A

152S1836

SPKR AMP

SPKR AMP IND: 1.2UH CYNTEC

IND_SPKRAMP_1P2UH_CYNTEC

21 REAR CAM B2B

N/A N/A

152S1844

CHARGER

SPKR AMP IND: 1.2UH TAIYO

IND_SPKAMP_1P2UH_TAIYO

22 BATT B2B, TPS, PD FEATURES

N/A N/A

TABLE_TABLEOFCONTENTS_ITEM

152S1721

CHARGER IND: 2.2UH TAIYO

IND_CHGR_2P2UH_TAIYO

FOR CHESTNUT BOMTABLE - SEE PG 14 FOR RADIO BOMTABLE - SEE PG 24 FOR MISC R/L/C ALTS - SEE PG 2

TABLE_TABLEOFCONTENTS_ITEM

QTY

DESCRIPTION

REFERENCE DESIGNATOR(S)

CRITICAL

BOM OPTION

L20,L22

CMC_E75_DIFFPAIRS

R163,R164

USB_TX_SERIES_IND

TABLE_5_ITEM

155S0583

E75 COMMON MODE CHOKES

152S1737

USB TX 10UH SERIES INDUCTORS

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_HEAD

PART# TABLE_5_ITEM

23 VOLTAGE PROPERTIES

TABLE_5_ITEM

TRISTAR BOM OPTIONS TABLE_5_HEAD

PART#

QTY

DESCRIPTION

REFERENCE DESIGNATOR(S)

CRITICAL

BOM OPTION TABLE_5_ITEM

343S0614

CBTL1608A1UK,WCSP,TRISTAR

TRISTAR

343S0639

CBTL1610A0UK,WCSP.TRISTAR2

TRISTAR2

TABLE_5_ITEM

117S0202

RES 20OHM 01005 5%, TRISTAR2

R102,R103

TRISTAR2

118S0671

RES 15OHM 01005 5%, TRISTAR

R102,R103

TRISTAR

CRITICAL

BOM OPTION

TABLE_TABLEOFCONTENTS_ITEM TABLE_5_ITEM

24 RADIO_MLB HIERARCH. SYMBOL

N/A N/A

AUDIO BOM OPTION

TABLE_TABLEOFCONTENTS_ITEM

25 Cross Reference Page

TABLE_5_HEAD

PART#

QTY

DESCRIPTION

REFERENCE DESIGNATOR(S)

TABLE_TABLEOFCONTENTS_ITEM TABLE_5_ITEM

26 Cross Reference Page

FERRITE 0402 P14OHM 1A

FL6, FL9

SPKAMP_FERRITE_REG

155S0731

FERRITE 0402 P06OHM 1P8A

FL6, FL9

SPKAMP_FERRITE_LOWDCR

116S0004

RESISTOR 0402 0OHM 1A

FL6, FL9

SPKAMP_FERRITE_0OHM

132S0396

CAP 01005 10V 1000PF

C500, C501

SPKAMP_CAPFILT_1000PF

132S0437

CAP 01005 10V 150PF

C500, C501

SPKAMP_CAPFILT_150PF

131S0283

CAP 01005 10V 100PF

DZ13, DZ14

SPKAMP_ESDFILT_100PF

338S1077

CLASSD AMP, L19

U22

SPKAMP_IC_L19

338S1161

CLASSD AMP, L20

U22

SPKAMP_IC_L20

117S0002

0201 0OHM

R128

SPKAMP_SENSE_R_L20

118S0583

0201 0.1OHM

R128

SPKAMP_SENSE_R_L19

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

155S0556

27 Cross Reference Page

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_ITEM

I2C ADDRESS MAP

SCH BRD MCO BOM BOM BOM 8

051-9681 820-3382 056-5179 639-4159 (16GB) X152 639-4160 (32GB) X152 639-3973 (64GB) X152 7

TABLE_5_ITEM

I2C0

TABLE_5_ITEM

DEVICE AMBER PMU: CS35L19B AMP: LM3534 BL DRIVER: TRISTAR: CHESTNUT:

BINARY 1110100X 1000000X 1100011X 0011010X 0100111X

7-BIT HEX 0X74 0X40 0X63 0X1A 0X27

8-BIT HEX

TABLE_5_ITEM

0XE8 0X80 0XC6 0X34 0X4E

TABLE_5_ITEM

I2C1 CT814 ALS:

0101001X

0X29

0X52

1100011X 0010000X 0001110X 0001100X

0X63 0X10 0X0E 0X0C

0XC6 0X20 0X1C 0X18

0110110X

0X36

0X6C

RCAM I2C OPEL STROBE DRIVER: REAR FACING CAM: ADI VCM AF DRIVER: ROHM VCM AF DRIVER:

FCAM I2C FRONT FACING CAM:

NOTE: ACCEL, GYRO, COMPASS ALL USING SPI (VIA OSCAR) FOR AP COMMUNICATION.

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H6P: JTAG, USB, PLL, HSIC, XTAL

MISC COMPONENTS ALTERNATES TABLE_ALT_HEAD

PART NUMBER

ALTERNATE FOR PART NUMBER

BOM OPTION

REF DES

COMMENTS:

107S0146

107S0208

ALT FOR THERMISTOR

138S0702

138S0657

138S0697

138S0695

138S0746

138S0705

TABLE_ALT_ITEM

138S0739

138S0706

155S0773

155S0453

155S0667

155S0583

335S0895

335S0874

138S0703

138S0648

TABLE_ALT_ITEM

NOTE: CANDIDATE FOR COST-SAVINGS (REPLACE WITH XW LATER?) ROOM=H6P

C33

0.1UF

PCB: PLACE NEAR R1

ROOM=H6P

C20

0.01UF

10% 6.3V 2 X5R 01005

PP1V0 7 C34 DELETED HERE

ROOM=H6P

0.01UF

10% 6.3V 2 X5R 01005

PCB: PLACE NEAR U1.U16

PCB: PLACE NEAR U1.AE20

PP1V2 ROOM=H6P

HSIC_VDD120 G22 HSIC_VDD121 G23 HSIC_VDD122 AM31 (3X 13MA)

C2 1

0.22UF

20% 6.3V X5R 2 0201

PP23 P4MM SM PP

N/C OK PER SEG 5/14/12

PP24 P4MM SM PP

BASEBAND

50_AP_BI_BB_HSIC1_DATA 50_AP_BI_BB_HSIC1_STB

A26 HSIC0_DATA B26 HSIC0_STB

23 23

50_AP_BI_WLAN_HSIC2_DATA 50_AP_BI_WLAN_HSIC2_STB

JTAG_TSRTN MUST BE TIED TO SYSTEM_RESET PER H6 A0 BUG REMAINING JTAG PINS OK TO BE N/C BY SEG 5/14/12

SERIAL MODE NAMES

TRISTAR_BI_AP_JTAG_SWDIO TRISTAR_TO_AP_JTAG_SWCLK

PP1V8

18 16 14 12 11 10 7 6 5 3 2 24 21 19

12 24

C35

0.1UF

20% 2 6.3V X5R-CERM 01005 ROOM=H6P

ROOM=H6P

C36

45_XTAL_24M_I 45_XTAL_24M_O

HSIC_VDD121

AM33 HSIC2_DATA AM34 HSIC2_STB

HSIC_VDD122

1.00M

1.60X1.20MM-SM

24.000MHZ-30PPM-9.5PF-60OHM

1% 1/32W MF 01005 2

R71

1.33K2 1

ROOM=H6P

FCMSP

SYM 1 OF 13 OMIT_TABLE

VDDIO18_GRP4

ROOM=H6P

SC58960X01-A030

HSIC_VDD120

12PF

TBD: XTAL PASSIVES WILL CHANGE ON H6P WITH FIRST HW BUILD

H6PPOP-1GB-DDR

A27 HSIC1_DATA B27 HSIC1_STB

D28 JTAG_SEL D27 JTAG_TRTCK E28 JTAG_TRST* E27 JTAG_TDO F27 JTAG_TDI F28 JTAG_TMS C28 JTAG_TCK F29

R67

XI0 F25 XO0 E25

1% 1/32W

1% 1/32W MF 2 01005

RESET_1V8_L

1.8V TOLERANT

ROOM=H6P

C37

XW44

12PF 1

45_XTAL_24M_O_R

MF 01005

5% 16V CERM 01005

SHORT-10L-0.1MM-SM

45_XTAL_24M_GND

PCB: PLACE THIS XW AT U1, NEAR XI/XO

ROOM=H6P ROOM=H6P

R163 2

ANALOGMUXOUT E26 N/C OK PER SEG 5/14/12 USB_DP B29 USB_DM A29

90_AP_BI_TRISTAR_USB0_H6P_P 90_AP_BI_TRISTAR_USB0_H6P_N

01005

90_AP_BI_TRISTAR_USB0_P 90_AP_BI_TRISTAR_USB0_N

ROOM=H6P

R164 2

0.00

USB_ANALOGTEST D26 N/C OK PER SEG 5/14/12 USB_VBUS D23 VDDIO18_GRP3

0.00

USB_VBUS_DETECT

16 16

USBHS ON/OFF TOLERANCE 5V/1.98V

01005

NOTE: REPLACING INDUCTORS WITH 0OHMS FOR PROTO2 UNTIL VERIFY USB EYE 12

USB_ID E24 N/C OK PER SEG 5/14/12

RESET* USB_REXT

D29 HOLD_RESET

WDOG AD4

AP_TO_PMU_RESET_IN

H16 FUSE1_FSRC

TST_CLKOUT AC3

AP_TO_PMU_TEST_CLKOUT

CFSB

VDDIO18_GRP1

1 13

200

1% 1/32W MF 2 01005

FAST_SCAN_CLK AD3 1

5% 16V CERM 01005

ROOM=H6P

USB_REXT E23

E29

4.7K

23 22 19 16 14 13 4

PP3V3_USB 1

WLAN (TOP)

12 24

C21

20% 2 6.3V X5R-CERM 01005

24 12 5 4

PP1V8_PLL

ROOM=H6P

2 01005

PCB: PLACE NEAR U1

0.00

(6X 1MA) VDD_ANA_PLL U16 VDD_ANA_PLL_CCC AE20 (1MA) (5.4MA) USB_DVDD F24 USB_VDD330 F23 (25MA) (25MA)

PP1V8

18 16 14 12 11 10 7 6 5 3 2 24 21 19

NOTE: NEW USB_REXT VALUE FOR H6 = 200 OHM OLD (H5) VALUE: 44.2 OHM

ROOM=H6P

TESTMODE AB3

H21 HSIC_VSS121 AM32 HSIC_VSS122 H20 HSIC_VSS120

H23 USB_VSSA0

1000PF

10% 2 6.3V X5R-CERM 01005

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H6P: DIGITAL I/O, BOOTSTRAPPING PP1V8 2

3 5 6 7 10 11 12 14 16 18 19 21 24

R17

2.2K

5% 1/32W MF 01005 2

R18

R19

R21

2.2K

5% 1/32W MF 01005 2

2.2K

5% 1/32W MF 01005 2

SM PP

P4MM-NSM

PP13

P4MM-NSM

PP15

ROOM=H6P

R16

AP_TO_OSCAR_DBGEN BOARD_INFO AP_TO_PMU_KEEPACT 18 TOUCH_TO_AP_INT_L 18 AP_TO_TOUCH_GRAPE_RESET_L 19 AP_TO_LCM_RESET_L 19 18 LCM_TO_AP_HIFA_BSYNC 23 BB_TO_AP_RESET_DET_L BOOT_CONFIG1 3 BOARD_INFO 22 3 FORCE_DFU 20

BOOT_CONFIG0

DFU STATUS BOOT_CONFIG2 BOOT_CONFIG3 CODEC_TO_AP_INT_L 23 AP_TO_RADIO_ON_L BB_JTAG_TCK 23 AP_TO_BB_JTAG_TCK BB_JTAG_TMS 23 AP_TO_BB_JTAG_TMS BOARD_REV3 3 BOARD_INFO 10

PP1V8

16 14 12 11 10 7 6 5 3 2 24 21 19 18

R146

3.3K

BOARD_REV2 BOARD_REV1 BOARD_REV0

BOARD_INFO_R AP_TO_NAVAJO_DAISY_CHAIN

NOTE: THIS PULLUP + NET FOR NAVAJO DAISY-CHAIN (PROTO1A/PROTO2) TO BE DELETED FROM DESIGN WHEN NAVAJO SILICON ARRIVES.

VDDIO18_GRP2

TMR32_PWM0 AC31 TMR32_PWM1 AD34 TMR32_PWM2 AC32 UART0_RXD AR19 UART0_TXD AR18

OSCAR_BI_AP_TIME_SYNC_HOST_INT 20 AP_TO_PMU_VIBE_PWM_EN 12 45_AP_TO_TOUCH_CLK32K_RESET_L 18

ROOM=H6P

AL2 AL4 AK4 AK3

BT_TO_AP_UART1_CTS_L AP_TO_BT_UART1_RTS_L BT_TO_AP_UART1_RXD AP_TO_BT_UART1_TXD

UART2_CTSN UART2_RTSN UART2_RXD UART2_TXD

AL5 AM3 AM2 AM1

OSCAR_TO_PMU_HOST_WAKE 13 AP_TO_OSCAR_RESET_L 20 OSCAR_TO_AP_UART2_RXD 20 AP_TO_OSCAR_UART2_TXD 20

45_AP_TO_SPKAMP_I2S2_MCLK

33.2 2 1% 1/32W MF 01005

23 23

UART1_CTSN UART1_RTSN UART1_RXD UART1_TXD

BASEBAND

DEBUG UART: TOLERANCE 1.98V TRISTAR_TO_AP_DEBUG_UART0_RXD 16 AP_TO_TRISTAR_DEBUG_UART0_TXD 16

15 10 15 10 15 10

CODEC XSP & SPKR AMP

15 10

BLUETOOTH

23 23

UART3_CTSN UART3_RTSN UART3_RXD UART3_TXD

AN3 AN4 AP1 AN1

AP_TO_RCAM_VDDCORE_EN BB_TO_AP_PP_SYNC WLAN_TO_AP_UART3_RXD AP_TO_WLAN_UART3_TXD

UART4_CTSN UART4_RTSN UART4_RXD UART4_TXD

AV3 AU3 AT3 AT2

BB_TO_AP_UART4_CTS_L AP_TO_BB_UART4_RTS_L BB_TO_AP_UART4_RXD AP_TO_BB_UART4_TXD AP_BI_BATTERY_SWI

16 13

E30 AJ33 AJ34 AH31 AH34

I2S2_MCK I2S2_BCLK I2S2_LRCK I2S2_DIN I2S2_DOUT

45_AP_TO_BT_I2S3_BCLK AP_TO_BT_I2S3_LRCLK BT_TO_AP_I2S3_DIN AP_TO_BT_I2S3_DOUT

AG31 AG32 AH33 AF31 AG34

I2S3_MCK I2S3_BCLK I2S3_LRCK I2S3_DIN I2S3_DOUT

AE31 AF33 AE32 AD31 AE33

I2S4_MCK I2S4_BCLK I2S4_LRCK I2S4_DIN I2S4_DOUT

TRISTAR_TO_AP_INT 10

WIFI UART

CODEC VSP

23 23

45_AP_TO_CODEC_VSP_I2S4_BCLK AP_TO_CODEC_VSP_I2S4_LRCLK CODEC_TO_AP_VSP_I2S4_DIN AP_TO_CODEC_VSP_I2S4_DOUT

13 22

SC58960X01-A030 FCMSP SYM 3 OF 13

VDDIO18_GRP2

AN6 AP5 AT5 AV5

SPI0_MISO SPI0_MOSI SPI0_SCLK SPI0_SSIN

TOUCH_TO_AP_SPI1_MISO AP_TO_TOUCH_SPI1_MOSI AP_TO_TOUCH_SPI1_CLK AP_TO_TOUCH_SPI1_CS_L

AU5 AV4 AU4 AR5

SPI1_MISO SPI1_MOSI SPI1_SCLK SPI1_SSIN

NAVAJO_TO_AP_SPI2_MISO AP_TO_NAVAJO_SPI2_MOSI AP_TO_NAVAJO_SPI2_CLK NAVAJO_TO_PMU_INT_H

AU6 AR6 AP7 AN8

SPI2_MISO SPI2_MOSI SPI2_SCLK SPI2_SSIN

AV10 AN12 AT10 AP11

SPI3_MISO SPI3_MOSI SPI3_SCLK SPI3_SSIN

BOARD_INFO

LCM_TO_AP_PIFA

AP_TO_I2C0_SCL 13 AP_BI_I2C0_SDA 13

I2C1_SCL AP8 I2C1_SDA AU7

AP_TO_I2C1_SCL AP_BI_I2C1_SDA

14 15 16

11 11

I2C2_SCL AT11 I2C2_SDA AR11 I2C3_SCL W30 I2C3_SDA W32

AP_TO_OSCAR_SWDCLK_1V8 20 AP_BI_OSCAR_SWDIO_1V8 20

DWI_CLK AP19 DWI_DI AT18 DWI_DO AT19 SEP_7816UART0_RST SEP_7816UART0_SCL SEP_7816UART0_SDA SEP_7816UART1_RST SEP_7816UART1_SCL SEP_7816UART1_SDA

AR1 AP3 AP2 AR4 AR2 AP4

SIO_7816UART0_RST SIO_7816UART0_SCL SIO_7816UART0_SDA SIO_7816UART1_RST SIO_7816UART1_SCL SIO_7816UART1_SDA

AB33 AA31 AB31 AA33 AA32 AA34

VDDIO18_GRP1

14 15 16

45_AP_TO_PMU_DWI_CLK 45_AP_TO_PMU_DWI_DO

13 14

AP_TO_EEPROM_I2C_SCL AP_BI_EEPROM_I2C_SDA

EEPROM

BB_TO_AP_HSIC1_REMOTE_WAKE BB_TO_AP_HSIC1_RDY AP_TO_BB_HSIC1_RDY WLAN_TO_AP_HSIC2_REMOTE_WAKE WLAN_TO_AP_HSIC2_RDY AP_TO_WLAN_HSIC2_RDY

23 23 23 23 23 23

SOCHOT0 AP18 SOCHOT1 AP17 AN17

PP1V8

R147 1R148 1R149 1R150

ACCESSORY UART: TOLERANCE 1.98V TRISTAR_TO_AP_ACC_UART6_RXD 16 AP_TO_TRISTAR_ACC_UART6_TXD 16

3.3K

5% 1/32W MF 2 01005

3.3K

5% 1/32W MF 2 01005

3.3K

5% 1/32W MF 2 01005

3.3K

5% 1/32W MF 2 01005

GRAPE

18 18 18

NAVAJO 17 17

17 13

NOTE: THESE PULLUPS FOR NAVAJO DAISY-CHAIN (PROTO1A/PROTO2) TO BE DELETED FROM DESIGN WHEN NAVAJO SILICON ARRIVES.

FORCE_DFU

I2C0_SCL AV6 I2C0_SDA AR7

DISP_VSYNC

BOARD_ID2 BOARD_ID1 BOARD_ID0

GAS GAUGE

PULLDOWN NEEDED ON FORCE_DFU FOR A0 ROM. CAN BE REMOVED WHEN GET B0 SILICON 22 3

H6PPOP-1GB-DDR

16 23

18 16 14 12 11 10 7 6 5 3 2 24 21 19

UART6_RXD W31 UART6_TXD Y31

45_AP_TO_SPKAMP_I2S2_MCLK_R 45_AP_TO_CODEC_XSP_I2S2_BCLK AP_TO_CODEC_XSP_I2S2_LRCLK CODEC_TO_AP_XSP_I2S2_DIN AP_TO_CODEC_XSP_I2S2_DOUT

21 23

UART5_RTXD AM5

I2S1_MCK I2S1_BCLK I2S1_LRCK I2S1_DIN I2S1_DOUT

ALS_TO_AP_INT_L 23

OSCAR

45_AP_TO_BB_I2S1_BCLK AP_TO_BB_I2S1_LRCLK BB_TO_AP_I2S1_DIN AP_TO_BB_I2S1_DOUT

AL33 AL34 AK33 AJ32 AK34

AP_TO_BB_JTAG_TRST_L

I2S0_MCK I2S0_BCLK I2S0_LRCK I2S0_DIN I2S0_DOUT

VDDIO18_GRP1

C30 AL32 AL31 AJ31 AK31

VDDIO18_GRP1

CODEC ASP

FCMSP

SYM 2 OF 13

45_AP_TO_CODEC_I2S_MCLK_R 45_AP_TO_CODEC_ASP_I2S0_BCLK AP_TO_CODEC_ASP_I2S0_LRCLK CODEC_TO_AP_ASP_I2S0_DIN AP_TO_CODEC_ASP_I2S0_DOUT

CODEC

10 10

R162

100K

CODEC_TO_AP_SPI3_MISO AP_TO_CODEC_SPI3_MOSI AP_TO_CODEC_SPI3_CLK AP_TO_CODEC_SPI3_CS_L

VDDIO18_GRP1

5% 1/32W MF 01005 2

SC58960X01-A030

VDDIO18_GRP1

BOARD_ID3

1% 1/32W MF 01005

H6PPOP-1GB-DDR

OMIT_TABLE

33.2 2

VDDIO18_GRP2

R52

45_AP_TO_CODEC_I2S_MCLK 1

VDDIO18_GRP2

GPIO0 GPIO1 GPIO2 GPIO3 GPIO4 GPIO5 GPIO6 GPIO7 GPIO8 GPIO9 GPIO10 GPIO11 GPIO12 GPIO13 GPIO14 GPIO15 GPIO16 GPIO17 GPIO18 GPIO19 GPIO20 GPIO21 GPIO22 GPIO23 GPIO24 GPIO25 GPIO26 GPIO27 GPIO28 GPIO29 GPIO30 GPIO31 GPIO32 GPIO33 GPIO34 GPIO35 GPIO36 GPIO37 GPIO38

VDDIO18_GRP1

AC5 AB1 AB2 AD1 AD5 AE4 AF1 AE2 AE5 AF3 AF4 AF2 AG1 AG3 AG4 AH3 AH2 AH4 AG5 AJ5 AJ4 AK2 AP13 AP12 AR13 AN14 AT12 AT13 AV13 AP14 AU13 AP15 AR14 AT14 AT15 AP16 AR16 AT16 AT17

BUTTON_TO_AP_MENU_KEY_BUFF_L 13 3 BUTTON_TO_AP_HOLD_KEY_BUFF_L 13 8 BUTTON_TO_AP_VOL_UP_L 13 8 BUTTON_TO_AP_VOL_DOWN_L 15 SPKAMP_TO_AP_INT_L L19A KEEP (STAYING) ALIVE --> 15 AP_TO_SPKAMP_BEE_GEES 15 AP_TO_SPKAMP_RESET_L 23 AP_TO_BT_WAKE 16 14 12 10 4 3 PP1V8_SDRAM 24 23 23 AP_TO_BB_RST_L BB_JTAG_TDI 23 AP_TO_BB_JTAG_TDI 1 BB_JTAG_TDO 23 BB_TO_AP_JTAG_TDO 220K 17 AP_TO_HEADSET_HS3_CTRL 5% 1/32W MF 17 AP_TO_HEADSET_HS4_CTRL 01005 2 13 PMU_TO_AP_IRQ_L BUTTON_TO_AP_RINGER_A 13 8 23 AP_TO_BB_WAKE_MODEM 13 3

VDDIO18_GRP2

OMIT_TABLE

PP1V8 2

3 5 6 7 10 11 12 14 16 18 19 21 24

R53

NOTE: AMBER HAS 100K (MIN) INT PU FOR RESET_IN3. NEED PU TO BE 10K OR LOWER

10K

5% 1/32W MF 01005 2

AP_TO_PMU_SOCHOT1_H6P

R93

0.00 2

0% 1/32W

AP_TO_PMU_SOCHOT1

MF 01005

5% 1/32W MF 2 01005

MENU & POWER / HOLD KEY BUFFER 24 12

PP1V8_ALWAYS

R221

PCB: PLACE THIS TOP SIDE, NORTH END OF SINGLE_BRD

BOARD_REV[3:0]={GPIO34, GPIO35, GPIO36, GPIO37}

21 24

BUTTON_TO_AP_HOLD_KEY_L

U25

R12

BOARD_INFO

24 23 17 10 4 3 16 14 12

R12 MUST WIN OVER 6X INTERNAL PULL-DOWNS THAT ARE ~100K BOARD_INFO 3

FLOAT=LOW, PULLUP=HIGH 0000 X145 MLB 0001 X145 DEV 0010 X152 MLB <--- SELECTED 0011 X152 DEV

R201

R3000 0.00

392K

0% 1/32W MF 2 01005

1% 1/32W MF 01005 2

BUTTON_TO_AP_MENU_KEY_L

74LVC1G34GX SOT1226 4

BUTTON_TO_AP_MENU_KEY_BUFF_L

3 13

U26

BOMOPTION=MAIN_BUILD 1

BOARD_INFO_R

3 13

PP1V8_SDRAM

PCB: PLACE THIS BOTTOM SIDE, SOUTH END OF SINGLE_BRD

BUTTON_TO_AP_HOLD_KEY_BUFF_L

5% 1/32W MF 2 01005

SOT1226 4

1.00K

<--- SELECTED <--- DNP R3000 TO SELECT

74LVC1G34GX

BOARD_ID[3:0]={GPIO16, SPIO0_MISO, SPI0_MOSI, SPI0_SCLK}

1% 1/32W MF 01005 2

18 19

FLOAT=LOW, PULLUP=HIGH 1111 PROTO2/2A, TRISAR/L19 1110 PROTO2A, TRISTAR2/L20 1101 EVT1 MAIN BUILD 1100 EVT1 MESA BUILD

COMMON PULL UP FOR BOARD_REV, BOARD_ID AND BOOT_CONFIG PINS PP1V8 2 3 5 6 7 10 11 12 14 16

392K

BOOTSTRAPPING (BOARD_REV, BOARD_ID, BOOT_CFG)

BOOT_CONFIG[3:0]={GPIO29_CONFIG3,GPIO28_CONFIG2,GPIO25_CONFIG1,GPIO18_CONFIG0} FLOAT=LOW, PULLUP=HIGH 0000 SPI0 0001 SPI0 TEST MODE 0010 NAND 0011 NAND TEST MODE <--- SELECTED

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H6P: GND, VDDCA, VDD1/2, VDD, VDD_CPU, VDD_GPU C41

0.1UF

20% 6.3V X5R-CERM 2 01005 ROOM=H6P

R73 1R72

243

1% 1/32W MF 2 01005

243

ROOM=H6P

4 4

4 1% 1/32W 4 MF 2 01005 ROOM=H6P

45_DDR0_ZQ 45_DDR1_ZQ 45_DDR0_VREF_CA 45_DDR1_VREF_CA 45_DDR0_VREF_DQ 45_DDR1_VREF_DQ

AB34 AF34 AV12 AV15 AV19 AV21 R34 W34

(DDR IMPEDANCE CONTROL)

24 21 12 4

PP1V2_SDRAM 1

C285

C53

4.3UF

1UF

20% 4V 2 X5R-CERM 0610

20% 4V 2 X6S 0204

ROOM=H6P

C49

1UF

20% 4V 2 X6S 0204

ROOM=H6P

C59

0.47UF

20% 4V 2 X7S 0204

ROOM=H6P

24 23 17 16 14 12 10

PP1V8_SDRAM 3 1

20% 4V 2 X5R-CERM 0610 ROOM=H6P

B PP1V2 1

C5000 1 C302 15PF

4.3UF

5% 20% 16V 4V 2 NP0-C0G-CERM 2 X5R-CERM 01005 0610 ROOM=H6P

C43

1UF

20% 4V 2 X6S 0204

ROOM=H6P

C48

ROOM=H6P

0.47UF

20% 4V 2 X7S 0204

ROOM=H6P

C40 1UF

20% 4V 2 X6S 0204

AC2 AD33 C20 G2 J33 L3 P33 U2 U33 Y34 AG33 AJ2 AU10 AU14 AU20 AU22 AV17 C4 C8 C14 D24 AE34 AK1 B3 B14 D25 E2 J34 P34 U1 V33 AU12 AU19 AV22

C57

4.3UF

24 12 5 4 2

C60

0.47UF

20% 4V 2 X7S 0204

ROOM=H6P

A6 A8 C21 C25 F1 J1 L1 N1 R1 V1 A10 A12 A15 A17 A19 AC1 AE1 AH1 AL1 Y1

OMIT_TABLE

H6PPOP-1GB-DDR SC58960X01-A030

(CURRENT CONSUMPTION SHARED WITH VDDIOD)

FCMSP

SYM 7 OF 13

VDDCA

VSS (500MA) VDD2

24 21 12 4

20% 4V 2 X5R-CERM 0610 ROOM=H6P

4.3UF

20% 4V 2 X5R-CERM 0610 ROOM=H6P

C160 4.3UF

20% 2 4V X5R-CERM 0610 ROOM=H6P

ROOM=H6P

C169

ROOM=H6P

C282

1UF

20% 4V CERM 0402

3 2

ROOM=H6P

C174

C166

0.47UF

20% 6.3V CERM 0402

ROOM=H6P

0.47UF

20% 6.3V CERM 0402

3 2

(45MA PULLED BY H6) VDD1

(CURRENT CONSUMPTION SHARED WITH VDDIOD)

VDDQ

45_BUCK2_FB

H6PPOP-1GB-DDR

SC58960X01-A030 FCMSP OMIT_TABLE SYM 10 OF 13

(VDD BALLS = VDD_SOC PWR DOMAIN) VDD

C106

0.01UF

10% 2 6.3V X5R 01005

ROOM=H6P

R27

10K

C111

0.01UF

1% 1/32W MF 2 01005

10% 6.3V 2 X5R 01005

ROOM=H6P

R29

45_DDR1_VREF_CA

C108

0.01UF

10% 2 6.3V X5R 01005

ROOM=H6P

R28

10K

C113

0.01UF

1% 1/32W MF 2 01005

10% 6.3V 2 X5R 01005

ROOM=H6P

C114

10% 6.3V 2 X5R 01005

ROOM=H6P

45_DDR0_VREF_CA 4

ROOM=H6P

C117

0.01UF

1% 1/32W MF 2 01005

10% 6.3V 2 X5R 01005

ROOM=H6P

C152 4.3UF

20% 2 4V X5R-CERM 0610

ROOM=H6P

C173 1UF

20% 4V 2 X6S 0204

ROOM=H6P

C153 C158 1UF

20% 4V 2 X6S 0204

ROOM=H6P

1UF

20% 4V CERM 0402

C161

0.47UF 20% 6.3V CERM 0402

ROOM=H6P

C142 0.1UF

20% 2 6.3V X5R-CERM 01005 ROOM=H6P

24 12

PP1V1_CPU

C75

10UF

20% 6.3V 2 CERM-X5R 0402-2 ROOM=H6P

C68

4.3UF

20% 4V 2 X5R-CERM 0610 ROOM=H6P

C72

C87

ROOM=H6P

C133

4.3UF

20% 4V 2 X5R-CERM 0610 ROOM=H6P

ROOM=H6P

C89

1UF

20% 4V CERM 0402

1UF

3 2

10UF

20% 6.3V 2 CERM-X5R 0402-2

ROOM=H6P

C80

20% 4V CERM 0402

3 1 2

4 2

ROOM=H6P

C83 1UF 20% 4V CERM 0402

3 2

ROOM=H6P

C122

C100

0.47UF

20% 6.3V CERM 0402

3 2

ROOM=H6P

C97

0.47UF 20% 6.3V CERM 0402

3 2

ROOM=H6P

0.47UF

C124 20% 6.3V CERM 0402

C121 20% 6.3V CERM 0402

3 2

ROOM=H6P

C112 20% 6.3V CERM 0402

3 2

R31

10% 6.3V 2 X5R 01005

1% 1/32W MF 2 01005

ROOM=H6P

R32

4.7K

1% 1/32W MF 2 01005

ROOM=H6P

C118

0.01UF

4.7K

45_DDR0_VREF_DQ

10K

4.3UF

45_BUCK0_FB

AA21 AA23 AA25 AA27 AA29 AB22 AB24 AB26 AB28 AC21 AC23 AC25 AC27 AC29 AD22 AD27 AE29 AF22 AF25 AF27 AG21 AG23 AG25 AG27 AG29 AH22 AH24 AH26 AH28 AJ21 AJ23 AJ25 AJ27 AJ29 AK22 AK24 AK26 AK28 AL21 AL27 W21 W23 W25 W27 W29 Y22 Y24 Y26 Y28 AL29

H6PPOP-1GB-DDR

SC58960X01-A030 FCMSP OMIT_TABLE SYM 13 OF 13

7,500MA FOR G3 GPU @125C @1.1V VDD_CPU VDD_GPU 10,800MA FOR CPU0+1 @125C @1.1V/1.2GHZ

AN30 VDD_SENSE_CPU

V31 VDD_SENSE

R30

C107

AB10 AB12 AB16 AB18 AC11 AC13 AC15 AC17 AC19 AC7 AC9 AD10 AD12 AD14 AD16 AD18 AD8 AE11 AE13 AE15 AE17 AE19 AE7 AE9 AF10 AF12 AF14 AF16 AF18 AF8 AG11 AG13 AG15 AG17 AG19 AG7 AG9 AH10 AH12 AH14 AH16 AH18 AH8 AJ11 AJ13 AJ15 AJ17 AJ19 AJ7 AJ9 AK10 AK12 AK14 AK16 AK18 AK8 AL11 AL13 AL15 AL17 AL19 AL7 AL9 AM6

VDD_GPU_SENSE AA5 45_BUCK1_FB 12

0.01UF

1% 1/32W MF 2 01005

20% 2 6.3V CERM-X5R 0402-2

R23 R27 T14 T16 T18 T20 T22 T24 T26 T28 U7 U17 U19 U21 U23 U25 U27 V14 V16 V18 V20 V24 V26 V28 W7 W17 W19 Y16 Y18 Y20 AN11 AB14 AB20 AN13 AD20 AN15 AE21 AF6 AF20 AF30 AN18 AK6 AK20 AK30 AL23 AN9 H24 H28 J7 J9 J11 J13 J15 J17 J19 J21 J23 J27 J29 K6 K8 K10 K12 K14 K16 K18

PP1V2

10K

VDD

2,500MA FOR VDD_SOC @125C @1.0V (THERMAL VIRUS)

PP1V2_SDRAM 1

C151 10UF

AA7 AA17 AA19 L29 M28 N27 P26 R25 U15 V22 AB30 AH20 H26 J25 K20 K22 K24 K26 K28 L7 L9 L11 L13 L15 L17 L19 L21 L23 L25 L27 M8 M10 M12 M14 M16 M18 M20 M22 M24 M26 N7 N9 N11 N13 N15 N17 N19 N21 N23 N25 N29 P8 P10 P12 P14 P16 P18 P20 P22 P24 P28 R7 R9 R11 R13 R15 R17 R19 R21

C141

PP1V1_GPU 3

C177 4.3UF

24 12 5 4 2

24 12

DDR0_VDD_CKE (<1MA) DDR1_VDD_CKE (<1MA) DDR0_RREF_CA DDR1_RREF_CA DDR0_RREF_DQ DDR1_RREF_DQ DDR0_VREF_CA DDR1_VREF_CA DDR0_VREF_DQ DDR1_VREF_DQ

PP1V0_SOC

AP23 U31 AU15 AC33 F11 T4 AU17 Y33 D14 U4

24 12

PP1V2_SDRAM

G30 G31 G33 H1 H2 H3 H4 H5 H25 H27 H29 H32 J2 J3 J4 J5 J6 J8 J10 J12 J14 J16 J18 J20 J22 J24 J26 J28 J30 J31 K1 K2 K3 K4 K5 K7 K9 K11 K13 K15 K17 K19 K21 K23 K25 K27 K29 K31 K34 L2

24 21 12 4

AP22 DDR0_CKEIN U32 DDR1_CKEIN

23 22 19 16 14 13 2 RESET_1V8_L NOTE: CKEIN CONFIRMED 1.8V TOLERANT ON 5/6/12, BY MANU G

VDD_CPU, VDD_GPU

VDD

VDDCA, VDD1/2, VDDQ

R33

4.7K

1% 1/32W MF 2 01005

ROOM=H6P

45_DDR1_VREF_DQ

C120

0.01UF

10% 6.3V 2 X5R 01005

ROOM=H6P

R34

4.7K

1% 1/32W MF 2 01005 ROOM=H6P

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2 VDD_SRAM, VDD_SOC

H6P (GND, VDDIO18, VDDIOD, VDD_SRAM, VDD_SOC) D

AN32 AN33 AN34 AP6 AP20 AP21 AP24 AP25 AP26 AP27 AP28 AP29 AP30 AP31 AP32 AR3 AR8 AR12 AR15 AR17 AR20 AR21 AR22 AR23 AR24 AR25 AR28 AR29 AR32 AT1 AT4 AT6 AT20 AT21 AT22 AT23 AT24 AT25 AT26 AT27 AT28 AT29 AT30 AT31 AT32 AU1 AU2 AU11 AU16 AU18 AU21 AU33 AU34 AV1 AV2 AV9 AV11 AV14 AV16 AV18 AV20 AV33 AV34 B1 B2 B4 B5 B6 B7 B8 B9 B10 B11 B12 B13 B15 B16 B17 B18 B19 B25 B28 B30 B33 B34 C1 C2 C3 C5 C6 C7 C9

H6PPOP-1GB-DDR SC58960X01-A030

FCMSP

SYM 12 OF 13 OMIT_TABLE

VSS

C10 C11 C12 C13 C15 C16 C17 C18 C19 C22 C23 C24 C26 C27 C29 C31 D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12 D13 D15 D16 D17 D18 D19 D20 D21 D22 D32 E1 E3 E4 E5 E6 E7 E8 E9 E10 E11 E12 E13 E14 E15 E18 E19 E20 E21 E22 E31 E32 E34 F2 F3 F4 F5 F6 F7 F8 F9 F10 F12 F13 F14 F15 F26 F30 F31 G1 G3 G4 G5 G6 G7 G8 G9 G10 G11 G12 G13 G14 G15 G26 G28

A1 A2 A3 A4 A5 A7 A9 A11 A13 A14 A16 A18 A25 A28 A30 A33 A34 AA1 AA2 AA3 AA4 AA8 AA10 AA12 AA14 AA16 AA18 AA22 AA24 AA26 AA28 AA30 AB5 AB7 AB9 AB11 AB13 AB15 AB17 AB19 AB21 AB23 AB25 AB27 AB29 AB32 AC4 AC8 AC10 AC12 AC14 AC16 AC18 AC20 AC22 AC24 AC26 AC28 AC30 AC34 AD2 AD7 AD9 AD11 AD13 AD15 AD17 AD19 AD21 AD23 AD25 AD29 AD32 AE3 AE8 AE10 AE12 AE14 AE16 AE18 AE22 AE24 AE26 AE28 AF5 AF7 AF9 AF11 AF13 AF15 AF17 AF19

H6PPOP-1GB-DDR

VDDIOD, VDDIO18

JUST A FEW GNDS U1

H6PPOP-1GB-DDR SC58960X01-A030

FCMSP

SYM 11 OF 13

OMIT_TABLE

VSS VSS

AF21 AF23 AF29 AF32 AG2 AG8 AG10 AG12 AG14 AG16 AG18 AG20 AG22 AG24 AG26 AG28 AG30 AH5 AH7 AH9 AH11 AH13 AH15 AH17 AH19 AH21 AH23 AH25 AH27 AH29 AH32 AJ1 AJ3 AJ8 AJ10 AJ12 AJ14 AJ16 AJ18 AJ22 AJ24 AJ26 AJ28 AJ30 AK5 AK7 AK9 AK11 AK13 AK15 AK17 AK19 AK21 AK23 AK27 AK29 AK32 AL3 AL6 AL8 AL10 AL12 AL14 AL16 AL18 AL20 AL22 AL24 AL26 AL28 AL30 AM4 AM7 AM18 AM30 AN2 AN5 AN7 AB6 AM9 AM11 AM13 AN16 AM15 AN19 AN20 AN21 AN22 AN23 AN24 AN31

24 12 4 2

PP1V2

AM20 AM21 AM22 AM23 AM24

CAPS FOR VDDIOD ARE SHARED WITH VDDQ

R29 T29 U29 V29 AA6 H6 H7 H8 H9 H10 H11 H12 H13 H14 H15 M6 N6 P6 R6 T6 U6 V6 W6 Y6

SC58960X01-A030

FCMSP

VDDIOD_DDR0CA

VDDIOD_DDR1CA

OMIT_TABLE

H6PPOP-1GB-DDR SC58960X01-A030

FCMSP

SYM 9 OF 13

VDDIOD_DDRDQ (1000MA)

VSS

CAPS FOR VDDIO18_X ARE SHARED WITH VDDIODX

14 12 11 10 7 6 5 3 2 24 21 19 18 16

PP1V8 1

C30

4.7UF

20% 6.3V 2 X5R 402

ROOM=H6P

C78

1UF

20% 4V 2 X6S 0204

ROOM=H6P

C86

AD6 AH6 AM8 AM10 AM12 AM14 AM16 AM19

C95

0.47UF

1UF

20% 4V 2 X7S 0204

20% 4V 2 X6S 0204

ROOM=H6P

AD30 AH30

ROOM=H6P

FL67

1KOHM-25%-0.2A 1

2 0201

PP1V8_XTAL 1

VDDIO18_GRP1 (65MA) (GPIO,UART,SPI,I2C) (SENSOR,SOCHOT,PMU)

C379

G25 G27 H30 K30 M30 P30 G29 G24

VDDIO18_GRP2 (20MA) (I2S,TMR,SIO,GPIO,UART)

VDDIO18_GRP3 (31MA) (PPN,GPIO,JTAG)

VDDIO18_GRP4 (2MA) (XTAL I/O)

1.0UF

20% 10V 2 X5R-CERM 0201-1 ROOM=H6P

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SYM 8 OF 13 OMIT_TABLE

R33 T1 T2 T3 T5 T7 T9 T11 T13 T15 T17 T19 T21 T23 T25 T27 T30 T31 T32 T33 T34 U3 U5 U8 U10 U12 U14 U18 U20 U22 U24 U26 U28 U30 U34 V2 V3 V4 V5 V7 V9 V11 V13 V15 V17 V19 V21 V23 V25 V27 V30 V32 V34 W1 W2 W3 W4 W5 W8 W10 W12 W14 W16 W18 W20 W22 W24 W26 W28 W33 Y2 Y3 Y4 Y5 Y7 Y9 Y11 Y13 Y15 Y17 Y19 Y21 Y23 Y27 Y29 Y32 AM17 Y30 AC6 AE6 AG6 AJ6 AE30

24 12

PP1V0_SRAM 1

C305 4.3UF

20% 4V 2 X5R-CERM 0610 ROOM=H6P

C81 1UF

20% 4V 2 X6S 0204

ROOM=H6P

C91

0.47UF

20% 4V 2 X7S 0204

ROOM=H6P

C115 1UF

20% 4V 2 X6S 0204

AD24 AD26 AD28 AE23 AE25 AE27 AF24 AF26 AF28 AK25 Y25

VDD_SRAM_CPU 1,500MA FOR CYCLONE + M$ SRAM @125C @1.0V

VSS

ROOM=H6P

C134

0.47UF

20% 4V 2 X7S 0204

ROOM=H6P

PP1V8

16 14 12 11 10 7 6 5 3 2 24 21 19 18

C85

AA9 AA11 AA13 AA15 AB8 T8 T10 T12 U9 U11 U13 V8 V10 V12 W9 W11 W13 W15 Y8 Y10 Y12 Y14

AJ20 AA20 AB4 H22

0.1UF

20% 2 6.3V X5R-CERM 01005 ROOM=H6P

(1500MA)

VDD_SRAM_SOC

VDD_ANA_TMPSADC0(2.5MA) VDD_ANA_TMPSADC1(2.5MA) VDD_ANA_TMPSADC2(2.5MA) VDD_ANA_TMPSADC3(2.5MA)

L4 L5 L6 L8 L10 L12 L14 L16 L18 L20 L22 L24 L26 L28 L30 L33 M1 M2 M3 M4 M5 M7 M9 M11 M13 M15 M17 M19 M21 M23 M25 M27 M29 M31 N2 N3 N4 N5 N8 N10 N12 N14 N16 N18 N20 N22 N24 N26 N28 N30 N33 P1 P2 P3 P4 P5 P7 P9 P11 P13 P15 P17 P19 P21 P23 P25 P27 P29 R2 R3 R4 R5 R8 R10 R12 R14 R16 R18 R20 R22 R24 R26 R28 R30 R31

H6P NAND + 12X17 NAND PKG SUPPORT FOR PPN1.5 (1.8V IO) ONLY

PCB: THIS XW ON OUTER LAYER, ACCESSIBLE FOR REWORK

XW2 SM 24

C180

0.47UF

20% 4V 2 X7S 0204

ROOM=NAND

1UF

C185 1UF

20% 4V 2 X6S 0204

ROOM=NAND

PP3V0_NAND_XW 1

PP3V0_NAND

10UF

C307

10UF

20% 6.3V 2 CERM-X5R 0402-1

10UF

20% 2 6.3V CERM-X5R 0402-1

ROOM=NAND OMIT_TABLE

C209

ROOM=NAND OMIT_TABLE

C187

10UF

20% 6.3V 2 CERM-X5R 0402-1

20% 2 6.3V CERM-X5R 0402-1

ROOM=NAND OMIT_TABLE

PP1V8 24 PP1V2_NAND_VDDI

2.2UF

C50

2.2UF

PP1V8

ROOM=H6P

G32 H31

AP_TO_NAND_ANC0_CEN0_L

PPN0_CEN0 PPN0_CEN1

U1 H6PPOP-1GB-DDR

AP_TO_NAND_ANC1_CEN0_L

ROOM=H6P

AP_TO_NAND_ANC_DQVREF

FCMSP SYM 4 OF 13

6 6

C144

R143

0.01UF

1% 1/32W MF 2 01005

ROOM=H6P

OMIT_TABLE

50K

10% 6.3V 2 X5R 01005

6 6

ROOM=H6P

6 6

B32 C32 C33 C34 F32 F33 F34 G34

AP_BI_NAND_ANC0_IO<0> AP_BI_NAND_ANC0_IO<1> AP_BI_NAND_ANC0_IO<2> AP_BI_NAND_ANC0_IO<3> AP_BI_NAND_ANC0_IO<4> AP_BI_NAND_ANC0_IO<5> AP_BI_NAND_ANC0_IO<6> AP_BI_NAND_ANC0_IO<7>

6 6 6 6 6 6 6 6

AP_TO_NAND_ANC0_ALE 6 AP_TO_NAND_ANC0_CLE 6 AP_TO_NAND_ANC0_WE_L 6 45_AP_TO_NAND_ANC0_RE_L 6 45_AP_BI_NAND_ANC0_DQS 45_AP_PPN0_ZQ 6

R153 1

240

PPN0_IO0 PPN0_IO1 PPN0_IO2 PPN0_IO3 PPN0_IO4 PPN0_IO5 PPN0_IO6 PPN0_IO7

VDDIO18_GRP3

A31 PPN0_ALE B31 PPN0_CLE A32 PPN0_WEN D33 PPN0_REN D34 PPN0_DQS E33 PPN0_ZQ

PPN1_IO0 PPN1_IO1 PPN1_IO2 PPN1_IO3 PPN1_IO4 PPN1_IO5 PPN1_IO6 PPN1_IO7

M34 M33 L32 M32 K32 J32 H33 H34

PPN1_ALE PPN1_CLE PPN1_WEN PPN1_REN PPN1_DQS PPN1_ZQ

N34 P31 N32 L31 L34 K33

240

ROOM=H6P

PPN1_VREF N31

PPN0_VREF

AP_TO_NAND_ANC_DQVREF

15UF

N1 N7 OC8 OD8 OE0 OF8 G0 OA8

IO0-1 IO1-1 IO2-1 IO3-1 IO4-1 IO5-1 IO6-1 IO7-1

10UF

20% 10V 2 X5R-CERM 0402-1

20% 4V 2 X5R 0402

ROOM=NAND

SM PP

R160 100K

5% 1/32W MF 01005 2 ROOM=NAND

CE1* CLE1 ALE1 WE1*

C5 C3 D2 E1

45_AP_TO_NAND_ANC0_RE_L

45_AP_BI_NAND_ANC0_DQS

OA0 TCKC OB0 TMSC

DQS1 M4 45_AP_BI_NAND_ANC1_DQS DQS1* K4

ZQ A1 VSS

5% 1/32W MF 01005 2 ROOM=NAND

AP_TO_NAND_ANC1_CEN0_L 6 AP_TO_NAND_ANC1_CLE 6 AP_TO_NAND_ANC1_ALE 6 AP_TO_NAND_ANC1_WE_L 6

R/B1* E7

NAND_TO_PP_TCKC NAND_TO_PP_TMSC

100K

NAND_RDYBSY0

RE1 D4 RE1* D6 45_AP_TO_NAND_ANC1_RE_L

VREF G5

NOSTUFF

R161

AP_TO_NAND_ANC0_CEN0_L 6 AP_TO_NAND_ANC0_CLE 6 AP_TO_NAND_ANC0_ALE 6 AP_TO_NAND_ANC0_WE_L 6

R/B0* E5

PP19 P4MM-NSM

A5 A3 C1 E3

DQS0 H4 DQS0* F4

P4MM-NSM SM 1

ROOM=NAND

CE0* CLE0 ALE0 WE0*

2 3 5 6 7 10 11 12 14 16 18 19 21 24

C999

ROOM=NAND

RE0 B4 RE0* C7

PP17

ROOM=H6P

D31

LGA-12X17

R55

VCCQ

1% 1/32W MF 01005

AP_TO_NAND_ANC_DQVREF

G1 J1 L1 N3 N5 L7 J7 G7

VCC

IO0-0 IO1-0 IO2-0 IO3-0 IO4-0 IO5-0 IO6-0 IO7-0

ROOM=NAND

C378

NOSTUFF

1% 1/32W MF 01005

G3 H2 J3 K2 L5 K6 J5 H6

AP_BI_NAND_ANC0_IO<0> AP_BI_NAND_ANC0_IO<1> AP_BI_NAND_ANC0_IO<2> AP_BI_NAND_ANC0_IO<3> AP_BI_NAND_ANC0_IO<4> AP_BI_NAND_ANC0_IO<5> AP_BI_NAND_ANC0_IO<6> AP_BI_NAND_ANC0_IO<7>

AP_BI_NAND_ANC1_IO<0> AP_BI_NAND_ANC1_IO<1> AP_BI_NAND_ANC1_IO<2> AP_BI_NAND_ANC1_IO<3> AP_BI_NAND_ANC1_IO<4> AP_BI_NAND_ANC1_IO<5> AP_BI_NAND_ANC1_IO<6> AP_BI_NAND_ANC1_IO<7>

AP_TO_NAND_ANC1_ALE AP_TO_NAND_ANC1_CLE AP_TO_NAND_ANC1_WE_L 45_AP_TO_NAND_ANC1_RE_L 45_AP_BI_NAND_ANC1_DQS 45_AP_PPN1_ZQ

15UF

20% 4V 2 X5R 0402

VDDI

SC58960X01-A030

1% 1/32W MF 2 01005 ROOM=H6P

10% 6.3V 2 X5R 01005

ROOM=H6P

PPN1_CEN0 R32 PPN1_CEN1 P32

C136

0.01UF

5% 1/32W MF 2 01005

C377

OMIT_TABLE

NAND_RDYBSY1 AP_TO_NAND_ANC_DQVREF 45_NAND_PPN_ZQ

243

1% 1/32W MF 01005

VSSQ

A7 M2 OC0 OD0 OE8 OF0 G8

100K

5% 1/32W MF 2 01005

50K

XXNM-XGBX8-MLC-PPN1.5-ODP

R137

B6 F2 M6

100K

OB8

R82

ROOM=NAND

B2 F6 L3

R78

20% 4V 2 X5R-CERM 0201

500MA

ROOM=NAND

1000MA

20% 2 4V X5R-CERM 0201

18 16 14 12 11 10 7 6 5 3 2 24 21 19

C376

12 24

ROOM=NAND

C182

ROOM=NAND

NOTE: NAND PADS SHOULD BE SHIELDED FROM TRACES WITH A GROUND PLANE

PP2

P4MM-NSM SM 1

ROOM=H6P

NOTE: IO<6> PREFERRED BY MATT BYOM (IS A STATUS READY BIT) AP_BI_NAND_ANC0_IO<6> 6

PP3 P4MM-NSM ROOM=H6P

SM PP

45_AP_TO_NAND_ANC0_RE_L

45_AP_BI_NAND_ANC0_DQS

PP10 P4MM-NSM ROOM=H6P

SM PP

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H6P HIGH SPEED DIG (CAM, LCD, DP) D

PP1V82 PP1V0

AU26 AV26

MIPI0C_DPDATA1 MIPI0C_DNDATA1

90_RCAM_TO_AP_MIPI_DATA2_P 90_RCAM_TO_AP_MIPI_DATA2_N

AU24 AV24

MIPI0C_DPDATA2 MIPI0C_DNDATA2

90_RCAM_TO_AP_MIPI_DATA3_P 90_RCAM_TO_AP_MIPI_DATA3_N

AU23 AV23

MIPI0C_DPDATA3 MIPI0C_DNDATA3

21 21

90_RCAM_TO_AP_MIPI_CLK_P 90_RCAM_TO_AP_MIPI_CLK_N

AU25 AV25

MIPI0C_DPCLK MIPI0C_DNCLK

19 19

90_AP_BI_LCM_MIPI_DATA0_P 90_AP_BI_LCM_MIPI_DATA0_N

AU32 AV32

MIPI0D_DPDATA0 MIPI0D_DNDATA0

90_AP_TO_LCM_MIPI_DATA1_P 90_AP_TO_LCM_MIPI_DATA1_N

AU31 AV31

MIPI0D_DPDATA1 MIPI0D_DNDATA1

AU29 AV29 N/C OK PER SEG 5/14/12 AU28 AV28 19

90_AP_TO_LCM_MIPI_CLK_P 90_AP_TO_LCM_MIPI_CLK_N

AU30 AV30

5% 1/32W MF 2 01005

H6PPOP-1GB-DDR SC58960X01-A030

FCMSP

R39

1.00K

5% 1/32W MF 2 01005

R41

1.00K

5% 1/32W MF 2 01005

R42

1.00K

5% 1/32W MF 2 01005

ISP0_SCL AT7 ISP0_SDA AV7

SYM 5 OF 13

AP_TO_RCAM_I2C_SCL AP_BI_RCAM_I2C_SDA

15 20 21 15 20 21

OMIT_TABLE

SC58960X01-A030

ISP1_SCL AU8 ISP1_SDA AP9

AP_TO_FCAM_I2C_SCL AP_BI_FCAM_I2C_SDA

SENSOR0_CLK AV8 45_AP_TO_RCAM_CLK_R SENSOR0_RST AT8 AP_TO_RCAM_SHUTDOWN SENSOR1_CLK AU9 45_AP_TO_FCAM_CLK_R SENSOR1_RST AT9 AP_TO_FCAM_SHUTDOWN

R38 1 1% MF

2 1/32W 01005

45_AP_TO_RCAM_CLK

C259

FCMSP

E16

DP_PAD_DC_TP

E17

DP_PAD_R_BIAS

N/C OK PER SEG 5/14/12

33.2

SYM 6 OF 13 OMIT_TABLE

VDDIO18_GRP3

C274 56PF

5% 6.3V 2 NP0-C0G 01005

DP_PAD_AUXP A20 DP_PAD_AUXN B20

5% 6.3V 2 NP0-C0G 01005

ROOM=H6P

R40

33.2 2

1 1% MF

MIPI_VDD10

45_AP_TO_FCAM_CLK

1/32W 01005

MIPI0D_DPDATA2 MIPI0D_DNDATA2

C280 56PF

MIPI1C_DPDATA0 AT33 MIPI1C_DNDATA0 AT34 MIPI1C_DPDATA1 AP33 MIPI1C_DNDATA1 AP34 MIPI1C_DPCLK AR33 MIPI1C_DNCLK AR34

90_FCAM_TO_AP_MIPI_DATA0_P 90_FCAM_TO_AP_MIPI_DATA0_N

5% 6.3V 2 NP0-C0G 01005

ROOM=H6P

DP_PAD_TX0P A21 DP_PAD_TX0N B21

FF CAMERA

ROOM=H6P

DP_PAD_TX1P A22 DP_PAD_TX1N B22

C284 56PF

5% 6.3V 2 NP0-C0G 01005

ROOM=H6P

N/C OK PER SEG 5/14/12

90_FCAM_TO_AP_MIPI_CLK_P 90_FCAM_TO_AP_MIPI_CLK_N

EDP_HPD D30

MAIN CAMERA 1

56PF

SHUTDOWN IS ALSO RESET FCAM

MIPI0D_DPCLK MIPI0D_DNCLK

H6PPOP-1GB-DDR

ROOM=H6P

MIPI0D_DPDATA3 MIPI0D_DNDATA3

2 3 5 6 7 10 11 12 14 16 18 19 21 24

(50MA) DP_PAD_AVDD3 F22 (50MA) DP_PAD_AVDD2 F21

90_RCAM_TO_AP_MIPI_DATA1_P 90_RCAM_TO_AP_MIPI_DATA1_N

1.00K

(1MA) DP_PAD_AVDD_AUX F18

MIPI0C_DPDATA0 MIPI0C_DNDATA0

R37

DP_PAD_AVDDP0 G18 (14MA)

AU27 AV27

3 5 6 7 10 11 12 14 16 18 19 21 24

(50MA) DP_PAD_AVDD1 F20 (50MA) DP_PAD_AVDD0 F19

90_RCAM_TO_AP_MIPI_DATA0_P 90_RCAM_TO_AP_MIPI_DATA0_N

PP1V8 2 1

11 11

G17 DP_PAD_AVSS_AUX

ROOM=H6P

G20 G21

PP1V8

20% 6.3V 2 X5R-CERM 01005

10% 2 6.3V X5R-CERM 01005

DP_PAD_AVSS1 DP_PAD_AVSS0

SENSOR1_ISTRB SENSOR1_XSHUTDOWN

PP1V0

G19 H19

AR10 AP10

2200PF

24 12 7 2

DP_PAD_DVDD F16 (10MA)

AP_TO_LEDDRV_EN

0.1UF

DP_PAD_AVSSX

LPDP NOT USED, NO CAP NEEDED ON THIS PIN

C191

H18 DP_PAD_AVSSP0

SENSOR0_ISTRB SENSOR0_XSHUTDOWN

ROOM=H6P

H17

AN10 AR9

10% 6.3V X5R-CERM 2 01005

G16 DP_PAD_DVSS

BB_TO_AP_IPC_GPIO FCAM_TO_AP_ALS_INT_L

VDDIO18_GRP1

2200PF

DP_PAD_AVDDX F17 (14MA)

MIPI_VDD10 (55MA)

ROOM=H6P

DP_PAD_AVSS2 DP_PAD_AVSS3

20% 2 4V X6S 0204

MIPI0D_VREG_0P4V AR27 MIPI1D_VREG_0P4V AR30

1UF

(2MA) MIPI0D_VDD18 AR26 (2MA) MIPI1D_VDD18 AR31

C190

VDDIO18_GRP1

3 5 6 7 10 11 12 14 16 18 19 21 24

PP_MIPI0D_VREG 24 PP_MIPI1D_VREG 24

AN25 AN26 AN27 AN28 AN29

24 12 7 2

N/C OK PER SEG 5/14/12

DP_PAD_TX2P A23 DP_PAD_TX2N B23 DP_PAD_TX3P A24 DP_PAD_TX3N B24

AM25 AM26 AM27 AM28 AM29 AL25

MIPI_VSS

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BUTTON FLEX

(VIBE DRIVER, BUTTONS, ANC REF MIC, STROBE, STROBE_NTC)

D FL21

120-OHM-210MA 2

RCAM_TO_STROBE_NTC_CONN 1

STROBE: LED WARM, RETURN

24 15

C409

5% 16V 2 NP0-C0G 01005

ROOM=BUTTON

FL47

120-OHM-210MA

ROOM=BUTTON

FL18

PP3V0_SDRAM

PP3V0_SDRAM_CONN

C15

56PF

5% 6.3V 01005 2

24 12

PP_PMU_TO_VIBE

VIBE DRIVE

D3 DFN1006-2

M-ST-SM

PP_PMU_TO_VIBE_CONN

C289 1

DZ101

1.0UF

ROOM=BUTTON

BUTTON_TO_AP_HOLD_KEY_CONN_L

NOSTUFF

NOTE: PP3V0_SDRAM NOTE: PP_VIBE

FL3

120-OHM-210MA 3

BUTTON_TO_AP_HOLD_KEY_L

NOTE: STROBE_NTC

CODEC_TO_MIC2_BIAS_CONN NOTE: MIC_P NOTE: MIC_N

BUTTON_TO_AP_RINGER_A_CONN

56PF

5% 6.3V NP0-C0G 2 01005 ROOM=BUTTON

FL71

BB_TO_ANTENNA_PAC_SPI_SCLK 23

01005

FL70

12V-33PF 01005-1

ROOM=BUTTON

120-OHM-210MA 1

ROOM=BUTTON

FL7

FL72

120-OHM-210MA 1

BUTTON_TO_AP_RINGER_A

C313 1

BB_TO_ANTENNA_PAC_SPI_MOSI 23

WIFI FLEX PAC: PAC SPI BUS

01005

ROOM=BUTTON

DZ7

C382 1 C384

12V-33PF 01005-1

5% 10V NP0-C0G 2 01005

ROOM=BUTTON

120-OHM-210MA

2 ROOM=BUTTON

100PF

ROOM=BUTTON

120-OHM-210MA

01005

ROOM=BUTTON

BUTTONS: RINGER, HOLD, VOL_UP/DOWN

C244 1

BB_TO_ANT_PAC_SPI_SCLK_BUTTON_CONN BB_TO_ANT_PAC_SPI_MOSI_BUTTON_CONN BB_TO_ANT_PAC_SPI_CS_BUTTON_CONN_L NOTE: VIBE RETURN, TO GND HERE

C MIC2_TO_CODEC_N 9 MIC2_TO_CODEC_P 9

DZ1

5% 10V NP0-C0G 2 01005

13 3

SIGNAL_MODEL=EMPTY

ROOM=BUTTON

100PF

BUTTON_TO_AP_VOL_DOWN_CONN_L BUTTON_TO_AP_VOL_UP_CONN_L

2 01005

C314 1

XW5

MIC2 (ANC REF MIC): MIC2/3 BIAS, MIC2_P,_N

1 ROOM=BUTTON

ROOM=BUTTON

10 11

SHORT-10L-0.1MM-SM

SIGNAL_MODEL=EMPTY ROOM=BUTTON 1

PGND_MIC2_3_TO_CODEC_RET

XW41 SHORT-10L-0.1MM-SM

12V-33PF 01005-1

20% 6.3V X5R 2 0201-1

BAT54LP

ROOM=BUTTON A

ROOM=BUTTON

105847-018

ROOM=BUTTON

01005-1

1.0UF

ON MLB ----> 516S1040 PLUG 516S1041 RCPT (FLEX)

10-OHM-750MA

10 11 24

C216

20% 6.3V 2 X5R 0201-1

ROOM=BUTTON

PP_CODEC_TO_MIC2_3_BIAS 1

ROOM=BUTTON

5% 2 6.3V NP0-C0G 01005

56PF

2 01005

C45

01005 ROOM=BUTTON

FL74

1% 1/32W MF 2 01005

27PF

5% 16V 2 NP0-C0G 01005

120-OHM-210MA 24 16 12

STROBE: STROBE NTC

51.1K

ROOM=BUTTON

C406

R157

5% 6.3V 2 NP0-C0G 01005

PP_STRB_DRIVER_TO_LED_WARM

100PF

WIFI FLEX PAC: VDD (3.0V)

RCAM_TO_STROBE_NTC

01005

ROOM=BUTTON

56PF

C397

56PF

5% 6.3V 01005 2

ROOM=BUTTON

ROOM=DOCK

FL8

56PF

BB_TO_ANTENNA_PAC_SPI_CS 23

01005

C383 56PF

5% 6.3V 01005 2

5% 2 6.3V 01005

ROOM=DOCK

120-OHM-210MA 13 3

BUTTON_TO_AP_VOL_DOWN_L

C311

100PF

2 01005

PP_STRB_DRIVER_TO_LED_COOL 1

ROOM=BUTTON

DZ2

12V-33PF

27PF

01005-1

5% 10V NP0-C0G 2 01005

ROOM=BUTTON

C208

5% 16V 2 NP0-C0G 01005

ROOM=BUTTON

FL46

ROOM=BUTTON

15 24

C241 100PF

STROBE: LED COOL

5% 16V 2 NP0-C0G 01005

ROOM=BUTTON

120-OHM-210MA 13 3

BUTTON_TO_AP_VOL_UP_L

C197

2 01005

ROOM=BUTTON

DZ3

12V-33PF

100PF

01005-1

5% 10V NP0-C0G 2 01005

ROOM=BUTTON

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L67 AUDIO CODEC D

AUDIO I/O (ANALOG MIC IN, DIG MIC IN, HPOUT, LINEOUT, RECEIVER OUT, MIKEYBUS) C222 0.1UF 1

2 X5R-CERM 01005

20% 6.3V 22 17

MIC1_TO_CODEC_P

MIC1_TO_CODEC_N

C223

0.1UF 1

C227

56PF

2 X5R-CERM 01005

20% 6.3V

ROOM=CODEC

C230 56PF

5% 6.3V 2 NP0-C0G 01005

ROOM=CODEC

5% 6.3V 2 NP0-C0G 01005

ROOM=CODEC

U21

C220

WLCSP

0.1UF 1

20% 6.3V

HEADPHONE MIC

EXTMIC_TO_CODEC_P

EXTMIC_TO_CODEC_N

X5R-CERM 01005

ROOM=CODEC

C221

AOUT1+ K7 AOUT1- L7

50PF LIMIT ON AOUTX PINS CODEC_TO_RCVR_P 11 CODEC_TO_RCVR_N 11

EXTMIC_TO_CODEC_L67_P EXTMIC_TO_CODEC_L67_N

F4 AIN2+ HEADPHONE F3 AIN2- MIC

AOUT2+ L5 AOUT2- K5

CODEC_TO_HAC_P CODEC_TO_HAC_N

F2 AIN3+ ANALOG F1 AIN3- MIC IN

0.1UF 1

20% 6.3V

X5R-CERM 01005

ROOM=CODEC

C226

56PF

C229 56PF

5% 6.3V 2 NP0-C0G 01005

ROOM=CODEC

5% 6.3V 2 NP0-C0G 01005

ROOM=CODEC

C224 1

20% 6.3V

MIC2_TO_CODEC_P

22 8

MIC2_TO_CODEC_N

RCVR_TO_CODEC_RCVR_TEST_L67

X5R-CERM 01005

D1 AIN6+ ANC D2 AIN6- ERROR MIC

HPHONE_TO_CODEC_HPHONE_TEST_L67

ROOM=CODEC

C225 1

2 X5R-CERM 01005

ROOM=CODEC

C228

56PF

A6 DMIC1_SD B6 DMIC1_SCLK

C231 56PF

5% 2 6.3V NP0-C0G 01005

ROOM=CODEC

D3 AIN7+ ANALOG D4 AIN7- LINEIN C1 AIN8+ ANALOG LINEIN C2 AIN8-

HAC_TO_CODEC_TEST_L67

0.1UF

20% 6.3V

E4 AIN4+ ANC REF MIC2 E3 AIN4E1 AIN5+ ANC E2 AIN5- REF MIC1

MIC2_TO_CODEC_L67_P MIC2_TO_CODEC_L67_N MIC3_TO_CODEC_L67_P MIC3_TO_CODEC_L67_N

0.1UF

ANC REF MIC

MIC1_TO_CODEC_L67_P MIC1_TO_CODEC_L67_N

SYM 1 OF 3 G2 AIN1+ PRIMARY G1 AIN1- (VOICE) MIC

CS42L67-CWZR-A0

VOICE MIC

ROOM=CODEC

11 11

LINEOUT_REF K8 LINEOUTA J8 LINEOUTB H8

HPOUTA J9 HPOUTB K9

CODEC_TO_HPHONE_L CODEC_TO_HPHONE_R

17 17

HS3 K1

CODEC_TO_HPHONE_HS3

HS4 L2

CODEC_TO_HPHONE_HS4

HS3_REF L9 HS4_REF L8 HPDETECT G8

CODEC_TO_HPHONE_HS3_REF CODEC_TO_HPHONE_HS4_REF HPHONE_TO_CODEC_DET

C235 56PF

17 22 17 22

ROOM=CODEC

20% 6.3V

ANC ERROR MIC

22 11

MIC3_TO_CODEC_P

MIC3_TO_CODEC_N

ROOM=CODEC

C138 100PF 1

90_CODEC_BI_TRISTAR_MIKEYBUS_L67_N 90_CODEC_BI_TRISTAR_MIKEYBUS_L67_P

X5R-CERM 01005

CODEC_MBUS_REF

C61

20% 6.3V

X5R-CERM 01005

ROOM=CODEC

R103

15.0 2

5% 1/32W

0.1UF 1

C64

56PF

ROOM=CODEC

MF 01005

ROOM=CODEC

C65

OMIT_TABLE

56PF

5% 6.3V 2 NP0-C0G 01005

MF 01005

ROOM=CODEC

15.0 2

5% 1/32W

5% 6.3V 2 NP0-C0G 01005

5% 10V NP0-C0G 01005

R102

ROOM=CODEC

OMIT_TABLE

ROOM=CODEC

5% 6.3V NP0-C0G 2 01005

MBUS_REF F11

0.1UF 1

56PF

DN G10 DP F10

C55

C236

A3 DMIC2_SD A2 DMIC2_SCLK

5% 2 6.3V NP0-C0G 01005

5% 6.3V NP0-C0G 2 01005

HEADPHONES

ROOM=CODEC

C51

100PF

5% 10V NOSTUFF 2 NP0-C0G 01005

90_CODEC_BI_TRISTAR_MIKEYBUS_N 90_CODEC_BI_TRISTAR_MIKEYBUS_P

MIKEY TO TRISTAR 16

C143 100PF 1

5% 10V NP0-C0G 01005

ROOM=CODEC

C354

0.01UF 11

RCVR_TO_CODEC_RCVR_TEST

10% 6.3V X5R 01005

ROOM=CODEC

C356

0.01UF 17

HPHONE_TO_CODEC_HPHONE_TEST

10% 6.3V X5R 01005 ROOM=CODEC

C362

0.01UF 11

HAC_TO_CODEC_TEST

10% 6.3V X5R 01005

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L67 AUDIO CODEC D

POWER, MICBIAS

DIGITAL SYSTEM I/O

ROOM=CODEC

XW43

ROOM=CODEC

SHORT-10L-0.1MM-SM

PP_VCC_MAIN

PP_VCC_MAIN_CODEC

C422

10UF

20% 6.3V 2 CERM-X5R 0402-2

0.1UF

C420

10% 6.3V 2 X5R 201

ROOM=CODEC

3 3

ROOM=CODEC

PCB: C421 AT U21.L6

19 18 16 14 12 11 7 6 5 3 2 24 21

3 3

20% 6.3V 2 X5R-CERM 01005

3 3

ROOM=CODEC

C414 10UF

20% 2 6.3V CERM-X5R 0402-2

ROOM=CODEC

15 3

C416

15 3

0.1UF

15 3

20% 2 6.3V X5R-CERM 01005

15 3

PP1V8_VA_L19_L67 VP L6

ROOM=CODEC

U21

WLCSP

CS42L67-CWZR-A0

SYM 2 OF 3

J5 MIC1_BIAS ROOM=CODEC

R100

MIC1_BIAS_FILT

2.21K

1% 1/32W MF 2 01005

PP_EXTMIC_BIAS_IN

PP_EXTMIC_BIAS

L3 MIC2_BIAS

PP_EXTMIC_BIAS_FILT_IN

MIC2_BIAS_FILT_IN

PP_EXTMIC_BIAS_FILT

MIC2_BIAS_FILT

ROOM=CODEC

C237 1.0UF

20% 6.3V 2 X5R 0201-1 1

C238

PP_CODEC_TO_MIC1_BIAS PGND_MIC1_TO_CODEC_RET_FILT

24 17

4.7UF

20% 6.3V 2 X5R-CERM1 402

11 8 24

C218

3 24 23 17 16 14 12 10 4 3

KEEP THESE CAPS AT CODEC PINS

WLCSP SYM 3 OF 3

45_AP_TO_CODEC_ASP_I2S0_BCLK AP_TO_CODEC_ASP_I2S0_LRCLK AP_TO_CODEC_ASP_I2S0_DOUT CODEC_TO_AP_ASP_I2S0_DIN

C10 B11 C9 A8

ASP_SCLK ASP_LRCK ASP_SDIN ASP_SDOUT

45_AP_TO_CODEC_VSP_I2S4_BCLK AP_TO_CODEC_VSP_I2S4_LRCLK AP_TO_CODEC_VSP_I2S4_DOUT CODEC_TO_AP_VSP_I2S4_DIN

E9 E8 D10 D11

VSP_SCLK VSP_LRCK/FSYNC VSP_SDIN VSP_SDOUT

45_AP_TO_CODEC_XSP_I2S2_BCLK AP_TO_CODEC_XSP_I2S2_LRCLK AP_TO_CODEC_XSP_I2S2_DOUT CODEC_TO_AP_XSP_I2S2_DIN

B8 B7 C7 A7

XSP_SCLK XSP_LRCK/FSYNC XSP_SDIN/DAC2B_MUTE XSP_SDOUT

AP_TO_CODEC_SPI3_CS_L AP_TO_CODEC_SPI3_CLK AP_TO_CODEC_SPI3_MOSI CODEC_TO_AP_SPI3_MISO

B5 B4 B3 A4

CS* CCLK CDIN CDOUT

GND

FLYC 24

FLYN

+VCP_FILT K11

5% 1/32W MF 2 01005

ROOM=CODEC

-VCP_FILT L10

PGND_CODEC_GNDCP

XW48

GNDA J2

CODEC_TO_PMU_MIKEY_INT_L

WAKE*

CODEC_RESET_L

RESET*

E10 E11 A5 C6 C8 D6

ROOM=CODEC

C234

C425 4.7UF

PP_CODEC_VCPFILT-

J7 PP_CODEC_SPKR_VQ 24 SPEAKER_VQ

INT*

20% 6.3V 2 X5R-CERM1 402

ROOM=CODEC 24

ROOM=CODEC

SHORT-10L-0.1MM-SM

GNDCP0 K10 GNDCP1 L11

CODEC_TO_AP_INT_L

KEEP THESE CAPS AT CODEC PINS

20% 6.3V 2 X5R-CERM1 402

PP_CODEC_VCPFILT+

C429 4.7UF

TSTO

D8 D9 B2 TSTI C3 C4 C11

TSTO MUST BE NC

20% 6.3V 2 X5R-CERM1 402 ROOM=CODEC

4.7UF

H1 PP_CODEC_FILT+ 24 FILT+ FILT- H2 1

H7 MIC3_BIAS G6 MIC3_BIAS_FILT

C233 4.7UF

J10 PP_CODEC_VHP_FLYN H9

L67 WEAK INT PD = 550K - 2450K 3

1.00K

C232

A1 C5 B1 F9 D5 D7 E5 E6 E7 F5 F6 F7 F8 G7 H3 H4 J3 J4

WEAK INT PD

R145

20% 6.3V 2 X5R-CERM1 402

G9 PP_CODEC_VHP_FLYC H10

ROOM=CODEC

4.7UF

J11 PP_CODEC_VHP_FLYP 24 FLYP

PP1V8_SDRAM 1

ROOM=CODEC

H6 MIC4_BIAS PP_CODEC_TO_MIC2_3_BIAS PGND_MIC2_3_TO_CODEC_RET_FILT H5 MIC4_BIAS_FILT

ROOM=CODEC

GNDP K6

A10 GNDD

ROOM=CODEC

MIC2_BIAS_IN

L1 GNDHS0 K2 GNDHS1

KEEP THESE CAPS AT CODEC PINS

VPROG_CP H11

20% 6.3V 2 X5R 0201-1

VL B9

1.0UF

C412

A11 B10

U21

ALL XSP PINS:WEAK INT PD

ROOM=CODEC

VCP G11

VA J1

24 15 12

MCLK

ALL VSP PINS:WEAK INT PD

PP1V8_SDRAM 1

ALL ASP PINS:WEAK INT PD

C413 0.1UF

24 23 17 16 14 12 10 4 3

45_AP_TO_CODEC_I2S_MCLK

WEAK INT PD

0.1UF

10% 6.3V 2 X5R 201

ROOM=CODEC

PP1V8

C421

CS42L67-CWZR-A0

24 23 14 13 12

C424

20% 6.3V 2 X5R-CERM1 402

KEEP THIS CAP AT CODEC PINS

10UF

20% 6.3V CERM-X5R 2 0402-2

KEEP THIS CAP AT CODEC PINS

ROOM=CODEC

4.7UF

PGND_MIC1_TO_CODEC_RET

C26 1

56PF

20% 6.3V X5R-CERM1 402

5% 6.3V NP0-C0G 2 01005

ROOM=CODEC

C219 4.7UF

11 8

PGND_MIC2_3_TO_CODEC_RET

C27 1

56PF

5% 6.3V NP0-C0G 2 01005

20% 6.3V X5R-CERM1 402

ROOM=CODEC

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FRONT CAM FLEX B2B

(FCAM, PROX, ALS, RECEIVER, ANC ERROR MIC)

FL13

120-OHM-25%-250MA-0.5DCR 1

45_AP_TO_FCAM_CLK

2 01005

C198

ROOM=CG_B2B

56PF

FL15

AP_TO_FCAM_I2C_SCL

C202

ROOM=CG_B2B

120-OHM-25%-250MA-0.5DCR 1

45_AP_TO_FCAM_CLK_CONN AP_TO_FCAM_SCL_CONN AP_TO_FCAM_SHUTDOWN_CONN AP_BI_FCAM_SDA_CONN

5% 6.3V 2 NP0-C0G 01005

FL14

56PF

FL45

PP3V0_PROX 45_PROX_TO_CUMULUS_RX_CONN

120-OHM-25%-250MA-0.5DCR

PROX: POWER, RX, RX_EN

PROX GROUND

1 01005

5 MA

CUMULUS_TO_PROX_RX_EN_1V8_CONN

ROOM=CG_B2B

C194 1

PROX_RX SIGNAL MUST BE TREATED WITH CARE

20% 6.3V X5R 2 0201-1

R125 18

45_PROX_TO_CUMULUS_RX

C63

1.0UF

56PF

5% 6.3V NP0-C0G 2 01005

ROOM=CG_B2B

AP_BI_I2C1_SDA_ALS_CONN ALS_TO_AP_INT_CONN_L AP_TO_I2C1_SCL_ALS_CONN PP3V0_ALS

ROOM=CG_B2B

0.00 1

MF 01005

0% 1/32W

ROOM=CG_B2B

PP3V0_PROX_ALS

C62

5% 2 6.3V NP0-C0G 01005

FL23

70-OHM-300MA 1

C407

MIPI GROUND 24 PP2V85_FCAM_CONN

01005

ROOM=CG_B2B

C201

AP_TO_I2C1_SCL

C380 1.0UF

20% 6.3V 2 X5R 0201-1

DZ18 01005-1

R451

DZ16

1% 1/20W MF 201 2

01005-1

ROOM=CG_B2B

11.5

12V-33PF

FL20

PP_CODEC_TO_MIC2_3_BIAS

01005

C253

8 10 24

ROOM=CG_B2B

C211

56PF

5% 2 6.3V NP0-C0G 01005

FL4

ROOM=CG_B2B

120-OHM-25%-250MA-0.5DCR

C212

C210

ROOM=CG_B2B

5% 6.3V 2 NP0-C0G 01005

ROOM=CG_B2B

FF_ALS_INT_YES

ROOM=CG_B2B

C56

0.1UF

DZ19 01005-1

ROOM=CG_B2B

DZ17

0.00 2

01005-1

FCAM ALS INT

NOTE: J1.29 IS GND ON POR BOARDS, J1.29 IS ALS_INT FROM FF CAM FOR SPECIAL CONFIG OF PROTO2 (CONTROLLED VIA BOMOPTION)

MF 01005

FF_ALS_INT_NO

ROOM=CG_B2B

DMN3730UFB4

ROOM=CG_B2B

C199

DFN1006H4-3

CUMULUS_TO_PROX_TX_EN_BUFF

R85

SYM_VER_1

5% 2 6.3V NP0-C0G 01005

FCAM_TO_AP_ALS_INT_L

ROOM=CG_B2B

12V-33PF

56PF

20% 4V 2 X5R 01005

PGND_IRLED_DRAIN

0% 1/32W

ROOM=CG_B2B

01005

MF 01005

R132 PCB: PLACE THESE AT J1 CONN

56PF

5% 6.3V 2 NP0-C0G 01005

0.00 2

0% 1/32W

FL48

120-OHM-210MA

ROOM=CG_B2B

R133

ROOM=CG_B2B

01005

PP3V0_PROX_ALS 0.25 MA

ROOM=CG_B2B

56PF

120-OHM-210MA

24 12 11

MIC3 (ANC ERROR MIC)

5% 2 6.3V NP0-C0G 01005

FL57

ROOM=CG_B2B ROOM=CG_B2B

01005

MIC3_TO_CODEC_P 9 MIC3_TO_CODEC_N 9

XW7 SM

120-OHM-210MA

ALS: POWER, I2C, INT

C67

5% 6.3V 2 NP0-C0G 01005

ROOM=CG_B2B

56PF

01005

ROOM=CG_B2B

3 5 6 7 10 12 14 16 18 19 21 24

PGND_MIC2_3_TO_CODEC_RET 24 PP_CODEC_TO_MIC3_BIAS_CONN FCAM_TO_AP_ALS_INT_CONN_L PGND_IRLED_K NOTE: IRLED_A

56PF

FL2

PP1V8 2

56PF

5% 6.3V 2 NP0-C0G 01005

ALS_TO_AP_INT_L

5% 6.3V NP0-C0G 2 01005

2 01005-1

ROOM=CG_B2B

10 8

120-OHM-210MA

20% 6.3V X5R-CERM 2 01005

XW42 SHORT-10L-0.1MM-SM

ROOM=CG_B2B

AP_BI_I2C1_SDA

C410 1

0.1UF

FCAM ANALOG GROUND PP1V8_FCAM_CONN NOTE: MIC3_TO_CODEC_P 24

120-OHM-210MA

ROOM=CG_B2B

FCAM: POWER AND MIPI

ROOM=CG_B2B

MIPI GROUND 90_FCAM_TO_AP_MIPI_DATA0_CONN_N 90_FCAM_TO_AP_MIPI_DATA0_CONN_P

FL58 CUMULUS_TO_PROX_RX_EN_1V8

21 24

56PF

PP2V85_CAM_AVDD12 50 MA

ROOM=CG_B2B

1 01005-1

5% 6.3V NP0-C0G 2 01005

MIPI GROUND 90_FCAM_TO_AP_MIPI_CLK_CONN_N 90_FCAM_TO_AP_MIPI_CLK_CONN_P

56PF

ROOM=CG_B2B

70-OHM-300MA

C402 C196

FL44

F-ST-SM

39 35

3 ROOM=CG_B2B

AA22L-S034VA1

5% 6.3V 2 NP0-C0G 01005

12 11 24

SYM_VER-2

ROOM=CG_B2B

2 01005 ROOM=CG_B2B

90_FCAM_TO_AP_MIPI_DATA0_N 90_FCAM_TO_AP_MIPI_DATA0_P

56PF

AP_BI_FCAM_I2C_SDA

90-OHM-50MA TCM0605-1

01005

2 ROOM=CG_B2B

L39

THIS ON ONE MLB ---> 516S0986 RCPT 516S0987 PLUG (FLEX)

ROOM=CG_B2B

120-OHM-25%-250MA-0.5DCR 1

NOTE: CONN GENDER SWAPPED AT PROTO2

56PF

5% 6.3V 2 NP0-C0G 01005

FL12

C192

SYM_VER-2

90_FCAM_TO_AP_MIPI_CLK_N 90_FCAM_TO_AP_MIPI_CLK_P

01005

AP_TO_FCAM_SHUTDOWN

90-OHM-50MA TCM0605-1

2 ROOM=CG_B2B

FCAM: CLK, I2C, SHDN

L35

ROOM=CG_B2B

120-OHM-25%-250MA-0.5DCR

ROOM=CG_B2B

5% 6.3V 2 NP0-C0G 01005

1.00M

5% 1/32W MF 01005 2 ROOM=CG_B2B

ROOM=CG_B2B

FL65

PROX: PWR, TX EN

70-OHM-300MA 1

IRLED = 104-128MA

2 01005-1

R95

C200

15.8K

HAC

CODEC_TO_HAC_N

CODEC_TO_HAC_P

1% 1/32W MF 2 01005 ROOM=CG_B2B

HAC_TO_CODEC_TEST -21.4 DB SIGNAL OF HAC VPP

56PF

5% 6.3V NP0-C0G 2 01005

CODEC_TO_HAC_CONN_N

ROOM=CG_B2B

CODEC_TO_HAC_CONN_P

C44

0.1UF

20% 6.3V 2 X5R-CERM 01005

ROOM=CG_B2B

PP3V0_PROX_IRLED

12 24

C256 4.7UF

20% 6.3V 2 X5R 402

SPECIAL Z = 0.60 MM MAX

ROOM=CG_B2B

10K

ROOM=CG_B2B

FL64

70-OHM-300MA 1

ROOM=CG_B2B

R94

1% 1/32W MF 2 01005

01005-1

FL51

70-OHM-300MA 2

1 01005-1

ROOM=CG_B2B

10K

RECEIVER

9 9

CODEC_TO_RCVR_P CODEC_TO_RCVR_N

RCVR_TO_CODEC_RCVR_TEST -21.4 DB SIGNAL OF RCVR VPP

CODEC_TO_RCVR_CONN_P

ROOM=CG_B2B

CODEC_TO_RCVR_CONN_N

15.8K

ROOM=CG_B2B

FL52

70-OHM-300MA 2

1% 1/32W MF 2 01005 ROOM=CG_B2B

1% 1/32W MF 2 01005

01005-1

www.vinafix.vn

AMBER PMU

OMIT_TABLE

L16

PP1V1_CPU

1.0UH-20%-2.5A-0.075OHM

TFA201610G-SM

L10

OMIT_TABLE

(BUCK, LDO, VIBE DRIVER, 32K, CHARGER)

1.0UH-20%-2.5A-0.075OHM 1

ROOM=PMU

C290

15UF

ROOM=PMU

C294

15UF

20% 4V 2 X5R 0402

ROOM=PMU

C135

ROOM=PMU

TFA201610G-SM

OMIT_TABLE

L12

TFA201610G-SM

C3096

56PF

ROOM=PMU

ROOM=PMU 24 17 16

F5 VBUS_OVP_OFF

20% 6.3V CERM-X5R 2 0402-2

K1 K2

10UF

ROOM=PMU

PMU_ACT_DIO

2.2UH-20%-1.7A-200MOHM

PP_PMU_VSW_CHG

TFA201610G-PSE20161T2R2

OMIT_TABLE

ROOM=PMU

C357

10UF

20% 6.3V 2 CERM-X5R 0402-1

ROOM=PMU

OMIT_TABLE

C260 10UF

20% 6.3V 2 CERM-X5R 0402-1 ROOM=PMU

C261 10UF

20% 6.3V 2 CERM-X5R 0402-1 ROOM=PMU

C385 10UF

20% 6.3V 2 CERM-X5R 0402-1 ROOM=PMU

C263

10UF

ROOM=PMU

OMIT_TABLE

C264

10UF

OMIT_TABLE

C268

10UF

20% 6.3V 2 CERM-X5R 0402-1

ROOM=PMU

OMIT_TABLE

C271 10UF

20% 2 6.3V CERM-X5R 0402-1

ROOM=PMU

OMIT_TABLE

C398

C411

24 21 12 4

PP1V2_SDRAM

10UF

20% 2 6.3V CERM-X5R 0402-1

ROOM=PMU

OMIT_TABLE

1UF

OMIT_TABLE

24 8 3

C278

10% 6.3V 2 CERM 402

ROOM=PMU

24 23 14 13 12 10

M12 N13 M6 M7 M14 M8 M10 M11

ROOM=PMU

OMIT_TABLE

10UF

OMIT_TABLE

C270

20% 6.3V 2 CERM-X5R 0402-1

ROOM=PMU

20% 2 6.3V CERM-X5R 0402-1

10UF

OMIT_TABLE

C267

20% 6.3V 2 CERM-X5R 0402-1

ROOM=PMU

OMIT_TABLE

20% 6.3V 2 CERM-X5R 0402-1

OMIT_TABLE

C358

ROOM=PMU

VDD_LDO6 VDD_LDO2 VDD_LDO1_3 VDD_LDO4_7 VDD_LDO5 VDD_LDO8_9 VDD_LDO10 VDD_LDO11_13

N5 VDD_VIB P5 VIB M5 VIB_PWM_EN

PP_VCC_MAIN PP_PMU_TO_VIBE AP_TO_PMU_VIBE_PWM_EN

C96

56PF

D1 XTAL1 E1 XTAL2 G10 VSS_RTC

C343 1.0UF

5% 2 16V NP0-C0G 01005

20% 6.3V 2 X5R 0201-1

ROOM=PMU

C276 1

XW1

5% 16V CERM 2 01005

45_AMBER_VSS_RTC

C283 18PF

ROOM=PMU

18PF

ROOM=PMU SHORT-10L-0.1MM-SM

2012

ROOM=PMU

5% 16V 2 CERM 01005

PCB: PLACE THIS XW AT C276/C283

20% 4V 2 X5R 0402

ROOM=PMU

L14

OMIT_TABLE 1

C303

1 5% 1/32W

15UF

20% 4V 2 X5R 0402

TFA201610G-SM

C127

15UF

0.47UH-20%-3.2A-0.046OHM

PP_BUCK1_LX0

ROOM=PMU

20% 4V 2 X5R 0402

ROOM=PMU

MF 01005

C301 15UF

45_BUCK1_FB

20% 4V 2 X5R 0402

ROOM=PMU

OMIT_TABLE

C399 10UF

20% 2 6.3V CERM-X5R 0402-1 ROOM=PMU

OMIT_TABLE

C405 10UF

20% 2 6.3V CERM-X5R 0402-1 ROOM=PMU

OMIT_TABLE

C417 10UF

C418 10UF

20% 2 6.3V CERM-X5R 0402-1

OMIT_TABLE

ROOM=PMU

C250 10UF

20% 2 6.3V CERM-X5R 0402-1 ROOM=PMU

OMIT_TABLE

C251 10UF

20% 2 6.3V CERM-X5R 0402-1 ROOM=PMU

OMIT_TABLE

C325

ROOM=PMU

C310 15UF

20% 4V 2 X5R 0402

ROOM=PMU

C58

15UF

4 24

OMIT_TABLE ROOM=PMU

L18

1.0UH-20%-2.2A-0.170OHM 1

NOTE: PP1V0_SRAM STATIC AT 1.0V. NO DVFM ON THIS RAIL PER SEG.

PP1V0_SRAM

TFA201210G-SM

XW3

SHORT-10L-0.1MM-SM 1 2 ROOM=PMU

C140

15UF

C66

15UF

20% 4V 2 X5R 0402

ROOM=PMU

5 24

C327 15UF

20% 4V 2 X5R 0402

ROOM=PMU

20% 4V 2 X5R 0402

ROOM=PMU

L15

PP1V0_SOC

TFA201610G-SM

ROOM=PMU

G20 G21 BUCK3_FB J15 M17 BUCK3_SW1 N17 BUCK3_SW2 N16 BUCK3_SW3 N15

NOSTUFF1

PP_BUCK2_LX

5% 1/32W

C123 15UF

R117

A12 B12 BUCK2_LX C12 BUCK2_FB E8

20% 4V 2 X5R 0402

2 MF 01005

ROOM=PMU

C175 15UF

20% 4V 2 X5R 0402

ROOM=PMU

4 24

C189 15UF

20% 4V 2 X5R 0402

ROOM=PMU

45_BUCK2_FB

45_BUCK3_FB PP1V8 2

3 5 6 7 10 11 14 16 18 19 21 24

PP1V8_GRAPE PP1V8_OSCAR

VBUCK4_SW

18 24 20 24

M15 M16 24

NOTE: 6 TURNS OF PP2V5_RCAM_AF_COMP WAS THE MAGIC NUMBER FOR N41.

PP_BUCK4_LX

PLACE AT PMU AREA THIS VALUE NEEDS TUNING LATER

R119

45_BUCK4_FB

M18 M19

24 21 12

PP1V2

L20 BUCK4_SW1 M20 BUCK4_SW2 K17 J20 J21 BUCK5_FB J16

PP2V5_RCAM_AF

ROOM=PMU

10.2 2

1 1% 1/32W

PP2V5_RCAM_AF_COMP

21 24

MF 01005

XW10 SM

2 4 5 24

PP1V2_OSCAR 20

1 24

PGND_RCAM_AF_RET

ROOM=PMU

THIS XW LINK AT PMU AREA

PP_BUCK5_LX

BUCK5_LX

VLDO1 (50MA) VLDO2 (50MA) VLDO3 (50MA) VLDO4 (1000MA) VLDO5 (150MA) VLDO6 (250MA) VLDO7 (250MA) VLDO8 (250MA) VLDO9 VLDO9_FB (100MA) VLDO10 (250MA) VLDO11 (5MA) VLDO12 (250MA) VLDO13 (50MA)

45_BUCK5_FB

N6 P13 P6 P7 P14 P12 N7 P8 N9 N8 P9 P10 K16 P11

TO DO: REVIEW ALL LDO ASSIGNMENTS (CHECK VDD_LDO INPUT SOURCE, CHECK CURRENT RATING FOR LDO OUT VS. LOAD REQUIREMENT AT DESTINATION, ETC) PP3V3_USB 2 24 SOC USB PHY (25 MA) PP1V8_VA_L19_L67 10 SPEAKER AMP, CODEC VA (2.5 MA L19, 3MA L67) 15 24 PP3V0_SDRAM 8 16 TRISTAR VDH, WIFI_FLEX PAC (? NOTE: MA) 3V +/- 5% PER EUGENE 24 PP3V0_IMU 20 GYRO, ACCEL, COMPASS (? MA) 24 PP3V0_NAND 6 24 NAND (? MA) PP3V0_ACC 16 ACCESSORY POWER (? MA) 24 PP3V0_PROX_ALS 11 PROX/ALS VDD (PROX: 0.75/1.2 MA ALS: 0.175/0.25 MA [TYP/MAX]) 24 PP2V5_RCAM_AF 12 REAR CAM AUTO FOCUS (120MA PEAK, PROBABLY CAP AT 80MA) 21 24 PP2V85_CAM_AVDD 11 REAR/FRONT CAM AVDD (? MA) 21 24 45_CAM_AVDD_FB 11 PP1V0 2 7 SOC 1V0 MIPI, USB_DVDD, DP (71 MA TOTAL) 24 PP3V0_PROX_IRLED 11 PROX LED (102 MA TYP) 24 PP1V8_ALWAYS 3 24 ALWAYS ON 1V8 (? MA) PP3V0_NAVAJO 17

2.5V-3.3V, +/-77.5MV 1.2V-1.9V, +/-42.5MV 2.5V-3.3V, +/-75MV 2.5V-3.6V, +/-75MV 2.5V-3.6V, +/-75MV 1.2V-3.6V, +/-82.5MV 2.5V-3.6V, +/-75MV 2.5V-3.6V, +/-70MV 2.5V-3.6V, +/-71.25MV

0.6V-1.4V, +/-25MV 2.5V-3.6V, +/-82.5MV FIXED 1.8V, +/-5% 2.5V-3.6V, +/-71.25MV

ROOM=PMU

C104 1.0UF

20% 6.3V 2 X5R 0201-1

ROOM=PMU

C109 1.0UF

20% 6.3V 2 X5R 0201-1

ROOM=PMU

C299 4.7UF

20% 6.3V 2 X5R-CERM1 402

ROOM=PMU

C207 1.0UF

20% 6.3V 2 X5R 0201-1

ROOM=PMU

C16

REMOVED LDO9 CAPS PER RDAR://12552087

4.7UF

20% 6.3V 2 X5R-CERM1 402

ROOM=PMU

C442 1.0UF

20% 6.3V 2 X5R 0201-1

ROOM=PMU

CHANGED LDO8 CAP PER RDAR://12525301

C24

4.7UF

20% 6.3V 2 X5R-CERM1 402

ROOM=PMU

C291 0.1UF

20% 6.3V 2 X5R-CERM 01005 ROOM=PMU

C419 1.0UF

20% 6.3V 2 X5R 0201-1

ROOM=PMU

CHANGED LDO11 CAP PER RDAR://12518153

OMIT_TABLE

PP_BUCK3_LX

01005

10UF

20% 2 6.3V CERM-X5R 0402-1

ROOM=PMU

NOTE: PP1V0_SOC STATIC AT 1.0V. NO DVFM ON THIS RAIL PER SEG. 1.0UH-20%-2.5A-0.075OHM

C10 1

PP_BUCK1_LX1

VPUMP CAP: SPEC REQUIRES 10NF, 0.1UF 20% 30% DERATED. 6.3V VPUMP RUNS AT 4.6V X5R-CERM 2

PP_VCC_MAIN

20% 4V 2 X5R 0402

ROOM=PMU

PP1V1_GPU 1

45_PMU_VPUMP VPUMP P17

24 23 14 13 12 10

ROOM=PMU

20% 4V 2 X5R 0402

TFA201610G-SM

ROOM=PMU

A19 B19 BUCK4_LX C19 BUCK4_FB E18

LDO

32.768K-20PPM-12.5PF 1 2

15UF

20% 4V 2 X5R 0402

SHORT-10L-0.1MM-SM 1 2

C262

4 12 21 24

C316

L13 ROOM=PMU

BUCK1_FB F15

VBUCK3_SW

45_PMU_TO_XTAL_OSC32 45_XTAL_TO_PMU_OSC32

ROOM=PMU

15UF

BUCK3_LX

ROOM=PMU

C181

20% 4V 2 X5R 0402

PCB: THIS RESISTOR FOR LOCAL FEEDBACK

PP1V2_SDRAM

C308

ROOM=PMU

1.0UH-20%-2.5A-0.075OHM

50-100K INT PD

TFA201610G-SM

H6 VDD

1.0UF

20% 6.3V 2 X5R 0201-1

BUCK1_LX1

A15 B15 C15 A17 B17 C17

C128 15UF

R115NOSTUFF BUCK1_LX0

SAME POLARITY OMIT_TABLE

BUCK0_FB E4

CHG_LX

L17

2.5A MAX

C266

J1 J2

ROOM=PMU

C1 ACT_DIO

OMIT_TABLE

XW20

MF 01005

45_BUCK0_FB

E2 VBAT

A16 VDD_BUCK1 B16 C4 VDD_BUCK001_2 A13 B13 VDD_BUCK2 C13 C16 VDD_BUCK1_2 F20 VDD_BUCK3 F21 A20 B20 VDD_BUCK4 C20 K20 VDD_BUCK5 K21 A4 VDD_BUCK001 B4 A9 B9 VDD_BUCK023 C9

PP_VCC_MAIN 1

BUCK0_LX3

G1 VCC_MAIN G2 D2 VCC_MAIN_S

A2 A3 B1 B2 B3

23 14 13 12 10 24

ROOM=PMU

1.5A MAX

BGA

ROOM=PMU

BATTERY_TO_PMU_SENSE

IBAT

BUCK0_LX2

ROOM=PMU

H6 VDD_SRAM, VDD_SRAM_SOC

CSD68815W15

BUCK0_LX1

ROOM=PMU

15UF

1.0UH-20%-2.5A-0.075OHM

PCB: R11 LOCAL FEEDBACK FOR TESTING

A3 PP_BUCK0_LX0 B3 C3 A5 PP_BUCK0_LX1 B5 C5 A8 24 PP_BUCK0_LX2 B8 C8 A10 PP_BUCK0_LX3 B10 C10

20% 4V 2 X5R 0402

H6 VDD_GPU

C1 C2 C3 22

VBUS

F1 F2

ROOM=PMU

C162 15UF

20% 4V 2 X5R 0402

3 4 10 14 16 17 23 24

C443

20% 4V 2 X5R 0402

ROOM=PMU

PMU: 5.0A MAX

10% 25V X5R 2 402

ROOM=PMU

Q4 APN: 376S1131

VCENTER

L1 L2 M1 M2

1UF

PP_BATT_VCC

BUCK0_LX0

ROOM=PMU

C272 1

ROOM=PMU 24

100-300K INT PU TO VBUS

20% 6.3V CERM-X5R 2 0402-2

PP5V0_USB_PROT

24 23 22 15

FCCSP-0.84MM (1 OF 3)

C204 1 C281 1 10UF

5% 16V NP0-C0G 2 01005

1 5% 1/32W

AMBER-PMC

NOTE: THIS SIGNAL (ACT HI) WILL OPEN VBUS

PP_PMU_VCENTER

BAT/USB

BUCK

2 MF 01005

BUCK INPUT

68.1K

1 1% 1/32W

LDO INPUT

USB_VBUS_DETECT

XTAL

VIBE

R70

R11 NOSTUFF

TRISTAR_TO_PMU_OVP_SW_EN_L

15UF

H6 VDDCA,VDD2 (BUCK4)=0.500A MAX BUCK4_SW1=1.000A MAX BUCK4_SW2=0.100A MAX TOTAL=1.600A MAX

TO DO: GEERTJAN TO UPDATE VALUE OF R70 WITH H6P (EXPECTED TO CHANGE)

C145

20% 4V 2 X5R 0402

ROOM=PMU

C296 15UF

1.0UH-20%-2.5A-0.075OHM

C293 15UF

SHORT-10L-0.1MM-SM 1 2

10.8A MAX

1.0UH-20%-2.5A-0.075OHM

ROOM=PMU

PP1V8_SDRAM 1

XW18

20% 4V 2 X5R 0402

ROOM=PMU

TFA201610G-SM

15UF

20% 4V 2 X5R 0402

H6 VDD_CPU

L11

C292 15UF

20% 4V 2 X5R 0402

TFA201610G-SM

OMIT_TABLE

NOTE: L10, L12 BOMOPTIONS CONTROLLED ON PAGE1

ROOM=PMU

1.0UH-20%-2.5A-0.075OHM

ROOM=PMU

H6 VDD1(BUCK3)=0.045A MAX BUCK3_SW1=0.500A MAX BUCK3_SW2=0.?A MAX BUCK3_SW3=0.?A MAX TOTAL=0.545A MAX

SAME POLARITY

www.vinafix.vn

AMBER PMU

(AMUX, GPIO, BUTTONS, ADC, THERMISTORS, SYSTEM I/F, GND) D

R116

200K 2

1 1% 1/20W

MF 201

ROOM=PMU

C317 0.1UF

ROOM=PMU 1

10% 6.3V

2 X5R 201

C318 1.0UF

ROOM=PMU 1

AMUX VOLTAGE LIMIT IS APPROX. = VDD_REF = PP_VCC_MAIN

20% 6.3V

AMBER-PMC

C159

BASEBAND --->

R108

FOREHEAD_NTC_P FOREHEAD_NTC_N

100PF

5% 6.3V CERM 2 01005

1.8V ---> 1.8V ---> BASEBAND --->

1 10KOHM-1%-0.31MA 0201

100PF IS NEEDED FOR SAMPLING CAP IN ADC IN PMU

AP_TO_I2C0_SCL 16 15 14 3 AP_BI_I2C0_SDA 2 XW28 45_AP_TO_PMU_DWI_CLK_XW 2 XW29 45_AP_TO_PMU_DWI_DO_XW 16 15 14 3

CAMERA NTC 14 3

C167

R110

14 3

5% 6.3V CERM 2 01005

XW4 XW9 XW6 XW11 XW8 XW33 XW14 XW15

0201

100PF IS NEEDED FOR SAMPLING CAP IN ADC IN PMU

RADIO PA NTC

C322

R90

PA_NTC_P PA_NTC_N

100PF

5% 6.3V 2 CERM 01005

ACTIVE HIGH

1 10KOHM-1%-0.31MA

PCB: MAKE XW28, XW29 ACCESSIBLE! CAM_NTC_P CAM_NTC_N

100PF

45_AP_TO_PMU_DWI_CLK 45_AP_TO_PMU_DWI_DO

2 SHORT-10L-0.1MM-SM

3 23 22 14 4 2 19 16

ROOM=PMU ROOM=PMU

2 SHORT-10L-0.1MM-SM

FOREHEAD_TO_PMU_NTC_P CAM_TO_PMU_NTC_P PA_TO_PMU_NTC_P H6P_TO_PMU_NTC_P 45_PMU_TCAL

ROOM=PMU

2 SHORT-10L-0.1MM-SM

AP_TO_PMU_RESET_IN TRISTAR_TO_PMU_HOST_RESET AP_TO_PMU_SOCHOT1 RESET_1V8_L 3 PMU_TO_AP_IRQ_L

2 16

ROOM=PMU

ROOM=PMU ROOM=PMU

C265 1 100PF

ROOM=PMU

5% 6.3V CERM 2 01005

PLACE THESE XWS AT PMU

ROOM=PMU

1 10KOHM-1%-0.31MA

R109

SCL SDA DWI_CK 100-300K INT DWI_DI 100-300K INT DWI_DO

N19 P19 P20 P18 N20

ADC/REFS

H18 J18 E13 E12 F12

F4 F17 F16 E17

45_PMU_IREF PP_PMU_VREF PP_PMU_VDD_REF PP_PMU_VDD_RTC

FIXED 2.5V, +/-2%

BRICK_ID P2 ADC_IN7 P1

C319 0.1UF 1 10% 6.3V

C326

X5R 201

10% 6.3V 2 X5R 01005

0.01UF

ROOM=PMU

TRISTAR_TO_PMU_USB_BRICKID_R

RESET_IN1 100-300K INT PD RESET_IN2 100-300K INT PD RESET_IN3 100-300K INT PU RESET* NO INT PULL IRQ*

TO LDO12

TDEV1 TDEV2 TDEV3 TDEV4 TCAL TBAT

3.92K

0.1% 1/20W MF 2 0201

PP_VCC_MAIN

13 14

10 12 14 23 24

R65

ROOM=PMU

220K

R156

E75_TO_PMU_ACC_DETECT_R BUTTON_TO_AP_MENU_KEY_BUFF_L 3 BUTTON_TO_AP_HOLD_KEY_BUFF_L 3 BUTTON_TO_AP_RINGER_A 3 8 13

FCCSP-0.84MM (3 OF 3)

0.00 2

5% MF 1/32W 01005

BOMOPTION=TRISTAR E75_TO_PMU_ACC_DETECT

16 17

0% BOMOPTION=TRISTAR 1/32W MF 01005

0% MF 1/32W 01005 2 BOMOPTION=TRISTAR2

13 13

100-300K INT PU

KEEPACT K15 SHDN M13

AP_TO_PMU_KEEPACT

NO INT PULL

R87

100-300K INT PD

OUT_32K E10 PD

1000PF

R155

P4 G4 G6 F6 G5

CHESTNUT_TO_PMU_ADCIN7

U7 AMBER-PMC

C323

10% 2 6.3V X5R-CERM 01005

ACC_DET BUTTON1 100-300K INT PD BUTTON2 100-300K INT PD BUTTON3 100-300K INT PD BUTTON4

TRISTAR_TO_PMU_USB_BRICKID

1% 1/32W

0.00

NO INT PULL

K4 K5 N2 P3 N4 N3

IREF 24 VREF 24 VDD_REF 24 VDD_RTC

6.34K2

1 MF 01005

ADC_REF E16 ACC_ID N1

AMUX

FOREHEAD NTC

AMUX_A0 AMUX_A1 AMUX_A2 AMUX_A3 AMUX_A4 AMUX_A5 AMUX_A6 AMUX_A7 AMUX_AY AMUX_B0 AMUX_B1 AMUX_B2 AMUX_B3 AMUX_B4 AMUX_B5 AMUX_B6 AMUX_B7 AMUX_BY

BUTTONS/DETECT

3.33V --->

A21 B21 C21 D20 D21 E20 E21 G16 G17 F18 G18 H17 H16 J14 K13 J17 K14 K18

AP<->PMU

13 3

GPIO

BUTTON_TO_AP_HOLD_KEY_BUFF_L BUTTON_TO_AP_MENU_KEY_BUFF_L 13 8 3 BUTTON_TO_AP_RINGER_A 8 3 BUTTON_TO_AP_VOL_UP_L 8 3 BUTTON_TO_AP_VOL_DOWN_L 19 14 LCM_TO_CHESTNUT_PWR_EN 13 TRISTAR_TO_PMU_USB_BRICKID_R 14 13 CHESTNUT_TO_PMU_ADCIN7 22 PMU_TO_TP_AMUX_AY 23 RADIO_TO_PMU_ADC_SMPS1_MSMC_1V05 23 RADIO_TO_PMU_ADC_SMPS3_MSME_1V8 16 TRISTAR_TO_PMU_MIKEYBUS_TEST_POS 16 TRISTAR_TO_PMU_MIKEYBUS_TEST_NEG 23 13 45_PMU_TO_WLAN_CLK32K 23 RADIO_TO_PMU_ADC_LDO6_RUIM_1V8 2 AP_TO_PMU_TEST_CLKOUT 23 RADIO_TO_PMU_ADC_LVS1 22 PMU_TO_TP_AMUX_BY

---> ---> ---> ---> --->

NTC

1.8V 1.8V 1.8V 1.8V 1.8V

FCCSP-0.84MM (2 OF 3)

R131

2 X5R 0201-1

GPIO1 GPIO2 GPIO3 GPIO4 GPIO5 GPIO6 GPIO7 GPIO8 GPIO9 GPIO10 GPIO11 GPIO12 GPIO13 GPIO14 GPIO15 GPIO16

45_PMU_TO_WLAN_CLK32K

ADD H6 PMU_TO_LCM_RESET_L E5 BB_TO_PMU_HOST_WAKE 23 E6 PMU_TO_BB_RST_R_L E7 TRISTAR_TO_AP_INT 3 16 F7 NC RDAR://12246169 H5 AP_BI_BATTERY_SWI 3 22 F8 WLAN_TO_PMU_HOST_WAKE 23 E9 CODEC_TO_PMU_MIKEY_INT_L 10 F9 PMU_TO_BT_REG_ON_R F10 BT_TO_PMU_HOST_WAKE 23 E11 PMU_TO_WLAN_REG_ON_R F11 NAVAJO_TO_PMU_INT_H 3 17 F13 OSCAR_TO_PMU_HOST_WAKE 3 20 F14 45_PMU_TO_OSCAR_CLK32K 20 E14 PMU_TO_BB_VBUS_DET 23 E15

1.00M

13 23

5% 1/32W MF 2 01005

RDAR://12334944

R112

1.00K2

PMU_TO_BB_RST_L

TBD VALUE NOTE: N41 HAS 1M PD

A2 B2 C2 A14 B14 C14 A11 B11 C11 A6 A7 B6 B7 C6 C7 A18 B18 C18 H20 H21 A1 G14 B1 H14 G15 H15

5% 1/32W MF 01005

R113

0.00 2

1 0% 1/32W

R114

0.00 2

1 0% 1/32W

PMU_TO_BT_REG_ON

MF 01005

PMU_TO_WLAN_REG_ON

MF 01005

H1 H2

G7 G8 G9 G11 G12 G13 H4

ROOM=PMU

VSS_BUCK0

VSS_BUCK1

VSS_BUCK02

VSS_BUCK012

VSS_BUCK14

VSS_BUCK35 VSSA_BUCK0 VSSA_BUCK1 VSSA_BUCK2 VSSA_BUCK3 VSSA_BUCK4 VSSA_BUCK5

VSS

VSS_SW_CHG

VSS

H7 H8 H9 H10 H11 H12 H13 J4 J5 J6 J7 J8 J9 J10 J11 J12 J13 K12 K6 K7 K8 K9 K10 K11 L21 M3 M4 M9 M21 N10 N11 N12 N14 N18 N21 P15 P16 P21

0201

CALIBRATION PCB: PLACE CLOSE TO PMU 100PF IS NEEDED FOR SAMPLING CAP IN ADC IN PMU

H6P NTC 2

C168

22 17

H6P_NTC_P H6P_NTC_N

5% 6.3V 2 CERM 01005

1 10KOHM-1%-0.31MA 0201

AMBER OTP AF (PROTO2) GPIO1 GPIO2 GPIO3 GPIO4 GPIO5 GPIO6 GPIO7 GPIO8 GPIO9 GPIO10 GPIO11 GPIO12 GPIO13 GPIO14 GPIO15 GPIO16

R57

100PF

BATTERY_TO_PMU_NTC

100PF IS NEEDED FOR SAMPLING CAP IN ADC IN PMU

BUCK3_SW1 INPUT WITH PULLDOWN BUCK3 INPUT WITH PULLDOWN BUCK3 OUTPUT LOW BUCK3 INPUT WITH PULLDOWN BUCK3 OUTPUT LOW BUCK3 INPUT WITH PULL UP/DOWN DISABLED (EXTERNAL PULLUP) BUCK3 INPUT WITH PULLDOWN BUCK3 INPUT WITH PULLUP BUCK3 OUTPUT LOW BUCK3 INPUT WITH PULLDOWN BUCK3 OUTPUT LOW+H12 BUCK3 INPUT WITH PULLUP BUCK3 INPUT WILL PULLDOWN BUCK3 OUTPUT LOW VDD_MAIN OUTPUT LOW BUCK3_SW1 INPUT WITH PULLDOWN

BUTTON2 WAKE FROM HIB AND STBY. RESET_IN1 ENABLED RESET_IN3 ENABLED, ACTIVE LOW, PU/PD DISABLED NOTE: HIB STATE IS NOT ENABLED FOR ANY GPIOS (OR TEMP_IRQ FOR GPIO9), NO INPUTS ARE SELECTED AS WAKEUP EVENTS ALL PULLED UP INPUTS ARE SELECTED AS FALLED EDGE INPUTS, ALL PULLED DOWN INPUTS ARE SELECTED AS RISING EDGE INPUTS BUCK5 DEFAULT ON IN ACTIVE. BUCK2 DEFAULT 1.0V. LDO9 DEFAULT 2.80V.

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CHESTNUT, BACKLIGHT DRIVER, MESA BOOST

CHESTNUT BOM OPTIONS TABLE_5_HEAD

PART#

QTY

DESCRIPTION

REFERENCE DESIGNATOR(S)

CRITICAL

BOM OPTION

CHESTNUT_TI

TABLE_5_ITEM

338S1172

TI CHESTNUT

152S1842

TI CHESTNUT IND - 1.5UH TAIYO

L19

CHESTNUT_TI_TAIYO

L19

CHESTNUT_TI_CYNTEC

CHESTNUT_INTERSIL

L19

CHESTNUT_INTERSIL_TFA-A

TABLE_5_ITEM

D403 DISPLAY PMU (INTERSIL CHESTNUT, 338S1148) (TI CHESTNUT, 338S1149)

24 23 14 13 12 10

C47

OMIT_TABLE ROOM=CHESTNUT

20% 6.3V X5R-CERM1 2 402

L19

2.2UH-20%-1.7A-200MOHM

ROOM=CHESTNUT

WLCSP D1 VIN

2 24

PP_CHESTNUT_LXP

LCM_TO_AP_HIFA_BSYNC_BUFF

16 15 14 13 3

19 13

A2 SYNC

AP_BI_I2C0_SDA

D3 SCL

VPOS VPOS

B3 B4

VNEG

LCM_TO_CHESTNUT_PWR_EN

C3 EN

INTERSIL CHESTNUT IND - 2.2UH TFA-A

TABLE_5_ITEM

C54

PP_CHESTNUT_CN

20% 10V 2 X5R-CERM 0402-1

ROOM=CHESTNUT 24

PP6V0_LCM_BOOST

CHESTNUT_RESET_1V8_L

C2 NRST E1 AMUX

2 01005

ROOM=CHESTNUT

PGND

CHESTNUT_TO_PMU_ADCIN7

VO1

PP5V7_SAGE_AVDDH

18 24

VO2

PP5V7_LCM_AVDDH

19 24

VO3

PP5V1_GRAPE_VDDH

18 24

C441

1.0UF

20% 6.3V 2 X5R 0201-1

C69

10UF

ROOM=CHESTNUT

20% 2 10V X5R-CERM 0402-1

ROOM=CHESTNUT

20% 10V 2 X5R-CERM 0603-1

18 19

C330

ROOM=CHESTNUT

10UF

NO INT PULL 13

C329 22UF

PN5V7_SAGE_AVDDN

VSUB

ADD RDAR://12334944

D2 SDA

B1 D4

R13

0.00

152S1805

TABLE_5_ITEM

10UF

C1 AGND

AP_TO_I2C0_SCL

200K INT PD

01005 0.00 ROOM=CHESTNUT NOSTUFF

RESET_1V8_L

INTERSIL CHESTNUT

PP_CHESTNUT_CP

C4 E4

CP CN

B2 LXP NO INT PULL

16 15 14 13 3

ISL97751IIA0PZ

ROOM=CHESTNUT

TFA201610G-SM

TI CHESTNUT IND - 1.5UH CYNTEC

4.7UF

338S1168

PP_VCC_MAIN OMIT_TABLE

PP1V8

152S1802

20% 10V 2 X5R-CERM 0402-1

ROOM=CHESTNUT

C52

10UF

20% 2 10V X5R-CERM 0402-1

ROOM=CHESTNUT

OMIT_TABLE

SAGE NEG BOOST TIMING INFO: 2 MS NOMIAL START UP DELAY FOR LCM POWER SEQUENCING 0 MS DELAY AT SHUTDOWN ACTIVE DISCHARGE 2MS TO RAIL DOWN

D403 BACKLIGHT DRIVER D1

22UH-20%-0.38A-0.876OHM 24 23 14 13 12 10

PP_VCC_MAIN

C252 10UF

20% 6.3V CERM-X5R 2 0402-1

ROOM=BACKLIGHT OMIT_TABLE

20% 6.3V 2 CERM-X5R 0402-1

16 15 14 13 3 16 15 14 13 3

24 23 17 16 12 10 4 3

ROOM=MESA

L1400

A1 A2

PP1V8

C1 VIO_SPI

PP1V8_SDRAM

B1 HWEN

BGA

24 23 14 13 12 10

OVP D1

ILED1 D3 ILED2 D2

SDA SCL

SCK B2 SDI C2

ROOM=MESA

D1400 SM-201

22UH-70MA

SOD-923-HF

LM3534TMX-A1

AP_BI_I2C0_SDA AP_TO_I2C0_SCL

19 18 16 12 11 10 7 6 5 3 2 24 21

ROOM=BACKLIGHT

U23 A3 SW C3 IN

ROOM=BACKLIGHT OMIT_TABLE

PP_WLED_LX

ROOM=BACKLIGHT

10UF

NSR0620P2XXG

VLF302510T-SM

C297

MESA BOOST

ROOM=BACKLIGHT

PP_LCM_BL_ANODE 19 PP_LCM_BL_CAT1 PP_LCM_BL_CAT2

ROOM=BACKLIGHT

19 24

45_AP_TO_PMU_DWI_CLK 45_AP_TO_PMU_DWI_DO

3 13 3 13

20% 2 25V X5R-CERM 0603

ROOM=MESA

U1400

LT3460EDC 4 VIN

DFN

3 SW 17

2 NC 5

FB 1

C1402 R14001

NO INT PULL

R1402

100K

ROOM=MESA

1% 1/32W MF 01005 2

ROOM=MESA

C1403 2.2UF

20% 2 25V X5R 0402

ROOM=MESA

17 24

C1400 2.2UF

20% 2 25V X5R 0402

ROOM=MESA

MESA_BOOST_FB

THRML PAD 7

5% 1/32W MF 2 01005

NOTE: STACKED TO MEET VOLTAGE REQ, LOOK INTO 18+V CAPS

324K

68PF

5% 2 25V NP0-C0G-CERM 01005

6 SHDN*

MESA_TO_BOOST_EN

ROOM=BACKLIGHT

PP18V0_MESA 1

RB521ZS-30

PP18V0_MESA_SW

ROOM=MESA

C214

TO DO: C1402 NEEDS 25V RATING

0603

ROOM=BACKLIGHT

LCM_DESENSE

5% 16V 2 NP0-C0G 01005

20% 6.3V 2 X5R-CERM 01005

56PF

GND

C1401 0.1UF

C131 10UF

5% 2 16V NP0-C0G 01005 1

NO INT PULL

C213 56PF

19 24

PP_VCC_MAIN

R14011 26.7K

1% 1/32W MF 01005 2

ROOM=MESA

NOTE: LT3460 SPEC RECOMMENDS TO TIE PINS 2,5 TO GND

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SPEAKER AMP, LED DRIVER SPEAKER AMP (TO BE REPLACED WITH L20)

I2C ADDRESS: 1000000X

XW35

SHORT-L6-SM

PP_BATT_VCC_L19_VP

C335 10UF

20% 6.3V 2 CERM-X5R 0402-1

ROOM=SPKR_AMP

C337

1.0UF

20% 6.3V 2 X5R 0201-1

ROOM=SPKR_AMP

OMIT_TABLE PCB: PLACE C335,337 AT VP INPUT 24 PP_L19_VBOOST

C348 22UF

PP_BATT_VCC

20% 2 10V X5R-CERM 0603-1

ROOM=SPKR_AMP

0.1UF

ROOM=SPKR_AMP ROOM=SPKR_AMP

1.0UH-20%-3.2A-0.065OHM 1

C333 PCB: PLACE C332, C333 AT L4.1

10UF

20% 6.3V CERM-X5R 2 0402-1

C332

20% 6.3V CERM-X5R 2 0402-1

ROOM=SPKR_AMP

OMIT_TABLE

A2 B2

PP_SPKAMP_SW

16 14 13 3

AP_BI_I2C0_SDA

16 14 13 3

AP_TO_I2C0_SCL

SPKAMP_TO_AP_INT_L

AP_TO_SPKAMP_RESET_L

R129

5% 1/32W MF 2 01005

WLCSP VER1

45_AP_TO_SPKAMP_I2S2_MCLK

10 3

SDA SCL INT* NO INT PULLS

RESET*

L19_SPKAMP_VSENSE_N L19_SPKAMP_VSENSE_P

ISENSE- F1 ISENSE+ E1

SPEAKER_TO_SPKAMP_ISENSE_N SPEAKER_TO_SPKAMP_ISENSE_P

OUT+ D2 OUT- C2

C340 4.7UF

20% 6.3V 2 X5R 0201-1

ROOM=SPKR_AMP

20% 6.3V 2 X5R-CERM1 402

R126 10K

ROOM=SPKR_AMP

E6 SCLK

AP_TO_CODEC_XSP_I2S2_LRCLK

SPKR_SNS_N

XW39

R124

R128

1% 1/32W MF 2 01005

ROOM=SPKR_AMP

1% 1/20W

E5 SDOUT

CODEC_TO_AP_XSP_I2S2_DIN

0.1

BOMOPTION=SPKAMP_IC_L19 2 SIGNAL_MODEL=EMPTY

XW40 SM

2 MF 201

ROOM=SPKR_AMP

GNDA

OMIT_TABLE

FL6

120-OHM-25%-1A

1 ROOM=SPKR_AMP

OMIT_TABLE

1M INT PD

GNDP

ROOM=SPKR_AMP

1M INT PD 10 3

2 SPEAKER_TO_SPKAMP_VSENSE_P MF 01005

ROOM=SPKR_AMP

0.1UF

44.2K

F7 SDIN

C309

2 MF 01005

10K

1 1% 1/32W

20% BOMOPTION=SPKAMP_IC_L19 BOMOPTION=SPKAMP_IC_L19 2 6.3V X5R-CERM ROOM=SPKR_AMP 01005 10 2 SPKR_SNS_P 2 SM 1 ROOM=SPKR_AMP 1 5% MF 01005 1/32W SIGNAL_MODEL=EMPTY

R35

LRCK/FSYNC

1 5% 1/32W

R127

R122 10

2 SPEAKER_TO_SPKAMP_VSENSE_N MF 01005

ROOM=SPKR_AMP

BOMOPTION=SPKAMP_IC_L19

1M INT PD

C367

220PF

SPKAMP_TO_SPEAKER_OUT_P SPKAMP_TO_SPEAKER_OUT_N

MCLK

1 1% 1/32W

10% 2 10V X7R-CERM 01005

IREF+ B7 SPKAMP_IREF

1M INT PD

45_AP_TO_CODEC_XSP_I2S2_BCLK

AP_TO_CODEC_XSP_I2S2_DOUT

C341 1.0UF

ROOM=SPKR_AMP

VSENSE- E3 VSENSE+ E2

1M INT PD 10 3

1M INT PD

BOMOPTION=AUDIO_L19

C29

20% 6.3V 2 X5R 0201-1

F2 PP_SPKAMP_FILT 24 FILT+ C5 PP_SPKAMP_LDO_FILT 24 LDO_FILT

C7 ADO 3

ROOM=SPKR_AMP

U22

NO INT PULLS

(LEFT CONFIG)

V = 1.0V C= 1UF MIN

1.0UF

D7 ALIVE

AP_TO_SPKAMP_BEE_GEES

510K

V= VA PIN C= 2.2UF MIN

10% 6.3V 2 X5R 201

OMIT_TABLE

100K INT PD

C339

CS35L20

ROOM=SPKR_AMP

10UF

ROOM=SPKR_AMP

2 TFA252010-SM

10 12 24

0.1UF

10% 2 16V X5R-CERM 0201

OMIT_TABLE

PP1V8_VA_L19_L67

C342 VBST_B A1 VBST_A B1 VBST_A C1

1 24 23 22 15 12

TO DO: CHANGE NETNAMES WITH ’L19’ TO ’L20’ WHEN WE UPDATE TO NEW SILICON

C3337 1.0UF

20% 6.3V 2 X5R 0201-1

VA F5

VP A4 VP A5

VBST_A D1

PCB: PLACE AT C335.1

SPKR_FLTR_P

SPKAMP_TO_SPEAKER_OUT_CONN_P

0402

FL9

120-OHM-25%-1A 1

~700MA RMS @ 4.1W INTO 8OHM

ROOM=SPKR_AMP

SPKAMP_TO_SPEAKER_OUT_CONN_N

B5 B6 C6 E4 F3 F4

A3 B3 B4 C3 C4 D3 D4

0402

C360 1

1000PF

10% 10V X5R 2 01005

ROOM=SPKR_AMP

STROBE DRIVER (OPEL)

C363 1

1000PF

10% 10V X5R 2 01005

ROOM=SPKR_AMP

OMIT_TABLE

C500

1000PF

10% 10V 2 X5R 01005

ROOM=SPKR_AMP

OMIT_TABLE

C501

1000PF

10% 2 10V X5R 01005

ROOM=SPKR_AMP

OMIT_TABLE

TI: APN 353S3899 FAIRCHILD: APN 353S3839 24 23 22 15 12

C386 1

C387 1

20% 6.3V CERM-X5R 2 0402-1

10UF

ROOM=STROBE

OMIT_TABLE

FAN5721UC00A0X

A2 B2

SW SW

AP_TO_LEDDRV_EN

21 20 7

AP_TO_RCAM_I2C_SCL

SCL

21 20 7

AP_BI_RCAM_I2C_SDA

SDA

RCAM_TO_LEDDRV_STROBE_EN

STROBE

PP_LED_DRV_LX

TFA201610G-SM ROOM=STROBE

ROOM=STROBE

OMIT_TABLE

WLCSP

INT 200K PD AGND

U17

1.0UH-20%-2.5A-0.075OHM 1

OMIT_TABLE

VIN

10UF

ROOM=STROBE

OMIT_TABLE

PP_BATT_VCC

NOTE: OMIT_TABLE BOMOPTION HERE, SEE PG.1 FOR BOMOPTION STUFFING TABLES

VBST A3 VBST B3 VBST C3

NOTE: TORCH N/C

TORCH

BB_TO_LEDDRV_GSM_BLANK

INHIBIT

LED2 C4 LED2 D4 NTC E1

INT 200K PD AGND

C394 10UF

20% 6.3V 2 CERM-X5R 0402-2

ROOM=STROBE

C396 10UF

20% 6.3V 2 CERM-X5R 0402-2

ROOM=STROBE

PGND_OPEL

LED1 A4 LED1 B4

INT 200K PD AGND

PP_LED_BOOST_OUT

C408 1 100PF

5% 16V NP0-C0G 2 01005

ROOM=STROBE

PP_STRB_DRIVER_TO_LED_COOL

8 24

PP_STRB_DRIVER_TO_LED_WARM

8 24

C73 1

100PF

5% 16V NP0-C0G 2 01005

ROOM=STROBE

RCAM_TO_STROBE_NTC

B1 A1

AGND PGND

PGND_OPEL

XW49 SM 1

ROOM=STROBE

PCB: MAKE XWS THICK, PLACE UNDER U17

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12C ADDRESS: 0011010X

24 12 8

PP3V0_SDRAM

C38

1.0UF

TRISTAR

C254

24 23 17 14 12 10 4 3

PP1V8_SDRAM

0.1UF

ROOM=TRISTAR

10% 6.3V 2 X5R 01005

20% 2 6.3V X5R-CERM 01005

ROOM=TRISTAR

C39

0.01UF PP3V0_ACC

ROOM=TRISTAR

OMIT_TABLE ROOM=TRISTAR

SIGNAL_MODEL=EMPTY

R83

100K

5% 1/32W MF 2 01005 ROOM=TRISTAR

R43 9 9

90_CODEC_BI_TRISTAR_MIKEYBUS_P 90_CODEC_BI_TRISTAR_MIKEYBUS_N

1 5% 1/20W

CBTL1608A1

2 MF 201

BB DEBUG USB

R84

BRICK_ID

100K

PLACEHOLDERS FOR INDUCTORS

5% 1/32W MF 2 01005

TRISTAR_TO_PMU_MIKEYBUS_TEST_NEG

SOC USB

2 2

ROOM=TRISTAR

SIGNAL_MODEL=EMPTY ACCESSORY UART

3 3

DEBUG UART

3 3

RX IS WRT SOC (BB TX) --> TX IS WRT SOC (BB RX) <--

23 3 23 3

DIG_DP

90_TRISTAR_BI_BB_USB_P 90_TRISTAR_BI_BB_USB_N

A1 B1

USB1_DP USB1_DN

TRISTAR_TO_PMU_USB_BRICKID

BRICK_ID

90_AP_BI_TRISTAR_USB0_P 90_AP_BI_TRISTAR_USB0_N

A3 B3

USB0_DP USB0_DN

AP_TO_TRISTAR_ACC_UART6_TXD TRISTAR_TO_AP_ACC_UART6_RXD

E2 E1

UART0_TX UART0_RX

OVP_SW_EN* D6

AP_TO_TRISTAR_DEBUG_UART0_TXD TRISTAR_TO_AP_DEBUG_UART0_RXD

F2 F1

UART1_TX UART1_RX

SWITCH_EN E4 HOST_RESET B6

BB_TO_AP_UART4_RXD AP_TO_BB_UART4_TXD

D2 D1

UART2_TX UART2_RX

TRISTAR_TO_AP_JTAG_SWCLK TRISTAR_BI_AP_JTAG_SWDIO

A5 B5

JTAG_CLK JTAG_DIO

SDA SCL INT BYPASS

DIG_DN

P_IN F6 ACC1 C5 ACC2 E5

PP_E75_TO_TRISTAR_ACC1 PP_E75_TO_TRISTAR_ACC2

C304 1

17 24

90_TRISTAR_BI_E75_PAIR1_P 90_TRISTAR_BI_E75_PAIR1_N

DP2 A4 DN2 B4

90_TRISTAR_BI_E75_PAIR2_P 90_TRISTAR_BI_E75_PAIR2_N

CON_DET_L E3

D3 D4 C6 E6

E75_TO_PMU_ACC_DETECT

PP5V0_USB_PROT 12 17 24 PIN FOR HANDSHAKE

1UF

17 24

DP1 A2 DN1 B2

DVSS DVSS DVSS

WCSP

C3 C4

90_CODEC_BI_TRISTAR_MIKEYBUS_DIG_P 90_CODEC_BI_TRISTAR_MIKEYBUS_DIG_N

R44 ROOM=TRISTAR

2 MF 201

ROOM=TRISTAR

1 5% 1/20W

12 24

ACC_PWR

ACC_PWR D5

TRISTAR_TO_PMU_MIKEYBUS_TEST_POS

VDD_3V0 F4

VDD_1V8 F3

20% 2 6.3V X5R 0201-1

17 22

10% 25V X5R 2 0402

ROOM=TRISTAR

17 22

17 22 17 22

13 17

ROOM=TRISTAR

P4MMPP22 SM

TRISTAR_TO_PMU_OVP_SW_EN_L RESET_1V8_L

AP_BI_I2C0_SDA 3 13 AP_TO_I2C0_SCL 3 13 TRISTAR_TO_AP_INT TRISTAR_BYPASS 1

2 4 13 14 19 22 23

TRISTAR_TO_PMU_HOST_RESET 13 HOST_RESET ACTIVE HIGH AMBER HAS 100K-300K INT PD

14 15 14 15 3 13

C338 1.0UF

F5 C1 A6

20% 6.3V 2 X5R 0201-1

ROOM=TRISTAR

EEPROM ONSEMI EEPROM APN:335S0894

B PP1V8

2.2K

5% 1/32W MF 2 01005 3

AP_TO_EEPROM_I2C_SCL

R158

1.0UF

20% 6.3V 2 X5R 0201-1

VCC

CAT24C08C4A B1 SCL

WLCSP

C31

SDA B2

ROOM=E_SE

2 3 5 6 7 10 11 12 14 18 19 21 24

R159

2.2K

5% 1/32W MF 2 01005

AP_BI_EEPROM_I2C_SDA

VSS

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DOCKFLEX B2B

3 01005

120-OHM-210MA

70-OHM-300MA 1

PP1V8_SDRAM

14 12 10 4 3 24 23 16

PP18V0_MESA

ROOM=DOCK

C110

C116 1

56PF

5% 6.3V NP0-C0G 2 01005

56PF

5% 25V NP0-C0G-CERM 2 01005

ROOM=DOCK

FL10

CODEC_TO_HPHONE_HS3_CONN CODEC_TO_HPHONE_HS4_CONN

120-OHM-210MA 2

01005

EXTMIC_TO_CODEC_P

EXTMIC_TO_CODEC_N

5% 2 16V NP0-C0G 01005

ROOM=DOCK

120-OHM-210MA

0.00

FL17

DZ12

ROOM=DOCK

AP_TO_HEADSET_HS4_CTRL

56PF

5% 6.3V 2 NP0-C0G 01005

ROOM=DOCK

DZ9

DZ11

17 15

SPKAMP_TO_SPEAKER_OUT_CONN_P 1 3 PP1V8_SDRAM_DOCK_CONN 5 24 PP18V0_MESA_DOCK_CONN 7 MESA_TO_BOOST_EN_DOCK_CONN 9 17 AP_TO_NAVAJO_SPI2_MOSI_CONN 11 17 NAVAJO_TO_PMU_INT_CONN_H 13 23 17 BB_TO_LAT_SW3_CTL NOTE: RSVD ANTENNA

01005 2 ROOM=DOCK

HPHONE_TO_CODEC_DET_CONN

NOTE: HS4_CONN

6.8V-100PF

DZ10

6.8V-100PF

01005

ROOM=DOCK 2

FL5

2 ROOM=DOCK

120-OHM-210MA 3

BUTTON_TO_AP_MENU_KEY_L 1

MENU BUTTON

1 OUT

50NA @ 2.5V

01005

C176

ROOM=DOCK

DZ15

56PF

PP_CODEC_TO_MIC1_BIAS

8 10 12 14

18 20 22

BUTTON_TO_AP_MENU_KEY_CONN_L NOTE: MIC1_BIAS NOTE: MIC1_P NOTE: MIC1_RETURN NOTE: PAC 2.65V NOTE: SPKR_P NOTE: SPKR_N

24 22

XW22 2

ROOM=DOCK

PP3V0_NAVAJO_CONN AP_TO_HEADSET_HS4_CTRL_CONN 17 CODEC_TO_HPHONE_L_CONN CODEC_TO_HPHONE_R_CONN CODEC_TO_HPHONE_HS3_CONN 17 BATTERY_NTC_CONN AP_TO_NAVAJO_SPI2_CLK_CONN 17 NOTE: LAT_SW2 NOTE: LAT_SW1

PGND_MIC1_TO_CODEC_RET

PCB: PLACE NEAR J7 (DESENSE CAPS)

22 9

C355 56PF

5% 2 6.3V NP0-C0G 01005

SHORT-10L-0.1MM-SM 1 2

MIC1_TO_CODEC_N

ROOM=DOCK

C359 56PF

XW45

SHORT-10L-0.1MM-SM

5% 2 6.3V NP0-C0G 01005

ROOM=DOCK

1 PCB: PUT XW AT J7.17

ROOM=DOCK

DZ14

6.8V-100PF

PCB: PLACE NEAR J7 (ESD + DESENSE!)

24 23

5% 16V NP0-C0G 2 01005

PP_LDO14_2P65

ROOM=DOCK

15 15

17 15 15

A 24 16 12

A1 G

NOTE: KEEP R58 AT 0201 FOR POWER DISSIPATION IN CASE OF -20V RVP EVENT

C102

56PF

C13

56PF

5% 6.3V 2 NP0-C0G 01005

ROOM=DOCK

C71 1

56PF

ANTENNA: LAT SW CTRL

23 23

C14

56PF

5% 6.3V 2 NP0-C0G 01005

L20

5% 6.3V NP0-C0G 2 01005

OMIT_TABLE

90-OHM-50MA ROOM=DOCK TCM0605-1 SYM_VER-2 4

C240 1

5% 16V NP0-C0G 2 01005

90_TRISTAR_BI_E75_PAIR2_N 90_TRISTAR_BI_E75_PAIR2_P

16 17 22 16 17 22

E75 DIFFPAIRS

16 17 22 16 17 22

4 TCM0605-1 90-OHM-50MA ROOM=DOCK

L22

OMIT_TABLE

ROOM=DOCK

90_TRISTAR_BI_E75_PAIR1_P 90_TRISTAR_BI_E75_PAIR1_N

SYM_VER-2

R1301 1.00K2

1/32W

E75_TO_PMU_ACC_DETECT 13

01005 5% MF

10-OHM-750MA 1

PP_E75_TO_TRISTAR_ACC1

16 24

PP_E75_TO_TRISTAR_ACC2

16 24

01005-1

10-OHM-750MA 1

ACCESSORY: DETECT, ID, PWR

01005-1

R165 0.00

USB_CONN_SNUB

90_TRISTAR_BI_E75_PAIR1_CONN_P

90_TRISTAR_BI_E75_PAIR1_CONN_N

100PF

5% 16V NP0-C0G 2 01005

C206

BB_TO_LAT_SW2_CTL BB_TO_LAT_SW1_CTL BB_TO_LAT_SW3_CTL

17 23

ROOM=DOCK

56PF

ROOM=DOCK

C188

5% 6.3V 2 NP0-C0G 01005

5% 2 16V NP0-C0G 01005

ROOM=DOCK

5% 16V NP0-C0G 2 01005

BATTERY NTC

0OHM PLACEHOLDERS FOR E75 PAIRS TO REDUCE OVERALL DCR ON USB

100PF

10% 25V X5R-CERM 2 0201

BATTERY_TO_PMU_NTC 13

ROOM=DOCK

27PF

PP5V0_USB_CONN

C12

C368 1

0.01UF

5% 16V NP0-C0G 2 01005

PCB: PLACE ON TOP OF L20, L22 FOOTPRINT 24 22

ROOM=DOCK

01005

ROOM=DOCK 2

1 0201

C2307 1

S REVERSE_GATE

5% 1/20W MF 2 201

C375

FL2302

FL53 A2 B2

5.1K

FERR-33-OHM-0.8A-0.09-OHM

FL60

PP5V0_USB_PROT POWER TO TRISTAR AND PMU

ROOM=DOCK 2

BGA

HPHONE AUDIO

120-OHM-210MA ROOM=DOCK

SPKAMP_TO_SPEAKER_OUT_CONN_P SPKAMP_TO_SPEAKER_OUT_CONN_N

R58

CODEC_TO_HPHONE_R

6.8V-100PF

SPEAKER_TO_SPKAMP_VSENSE_P SPEAKER_TO_SPKAMP_VSENSE_N

CSD68813W10 ROOM=DOCK

01005 2 ROOM=DOCK

ROOM=DOCK

MIC1_TO_CODEC_P

Q2 APN: 376S1130 39MOHM MAX AT -4.5V VGS

USB VBUS

DZ13

01005 2 ROOM=DOCK

PCB: PLACE NEAR J7 (ESD + DESENSE!)

56PF

SPEAKER: SPEAKER LEADS VSENSE,

CODEC_TO_HPHONE_L

6.8V-100PF

01005

ROOM=DOCK 2

C99

ANTENNA: PAC 2.65V

1% 1/32W MF 2 01005 ROOM=DOCK

ROOM=DOCK

XW25

100K

5% 6.3V NP0-C0G 2 01005

20% 6.3V X5R 2 0201-1

ROOM=DOCK

C70 1

ROOM=DOCK

PP_CODEC_TO_MIC1_BIAS_CONN

1 0201

R23

1% 1/32W MF 01005 2

56PF

ROOM=DOCK

100K

ROOM=DOCK

PLACE UNDER CONN

AP_TO_NAVAJO_DAISY_CHAIN

56PF

1.0UF

MF 01005

R101

E75_TO_PMU_ACC_DETECT_CONN PP_E75_TO_TRISTAR_ACC1_CONN PP_E75_TO_TRISTAR_ACC2_CONN

01005

C215 1

1 0% 1/32W

ROOM=DOCK

90_TRISTAR_BI_E75_PAIR1_CONN_P 90_TRISTAR_BI_E75_PAIR1_CONN_N 90_TRISTAR_BI_E75_PAIR2_CONN_N 90_TRISTAR_BI_E75_PAIR2_CONN_P

NOTE: PP5V0_USB_CONN

ROOM=DOCK

120-OHM-210MA 24 10

NOTE: NAVAJO MISO

XW21 2

NOSTUFF

FL49

2 6

PCB: PLACE THESE XW LINKS AT DOCK CONNECTOR

01005-1

ROOM=DOCK

0.00 2

20% 6.3V 2 X5R-CERM 01005

HPHONE_TO_CODEC_HPHONE_TEST

CODEC_TO_HPHONE_HS4_REF_CONN CODEC_TO_HPHONE_HS3_REF_CONN NOTE: HS3_CTRL

12V-33PF

5% 6.3V 2 NP0-C0G 01005

PP3V0_NAVAJO 12

NOTE: 0.130HM DCR

0201

R135

0.1UF

ROOM=DOCK 2

M-ST-SM 39 40

AP_TO_HEADSET_HS3_CTRL_CONN AP_TO_HEADSET_HS4_CTRL_CONN

ROOM=DOCK

C105

6.8V-100PF 01005

105847038102829

6.8V-100PF

01005

ROOM=DOCK 2

FL68

C374 1

ROOM=DOCK

R15

0% 1/32W MF 2 01005

6.8V-100PF

FL69 01005 150OHM-25%-200MA-0.7DCR

01005 150OHM-25%-200MA-0.7DCR

C119

120-OHM-210MA

ROOM=DOCK

FL19NOSTUFF

0% 1/32W MF 01005 2

01005

ROOM=DOCK

80-OHM-25%-1000MA 1

0.00

R501

FL16

NOTE: NOSTUFF FL19 FOR PROTO1A/2 NEED DAISY CHAIN GPIO INSTEAD

ROOM=DOCK

THIS ONE ON MLB ---> 516S1032 PLUG 516S1031 RCPT (USED ON FLEX)

C4 NOSTUFF

ROOM=DOCK

CODEC_TO_HPHONE_HS4_REF CODEC_TO_HPHONE_HS3_REF

AP_TO_HEADSET_HS3_CTRL

NAVAJO_TO_PMU_INT_H 3

56PF

5% 6.3V 2 01005

ROOM=DOCK

10% 10V 2 X7R-CERM 01005

CODEC_MBUS_REF

FERR-33-OHM-0.8A-0.09-OHM

220PF

22 9

ROOM=DOCK

NAVAJO: VDD (3.0V) SPI

ROOM=DOCK

C98

01005

22 9

56PF

100PF

5% 16V NP0-C0G 2 01005

ROOM=DOCK 9

5% 6.3V 2 01005

C5 ROOM=DOCK

100PF

ROOM=DOCK

HPHONE: HS3/HS4, HPDET, HS3/HS4 REF, (+EXTMIC) HS3/HS4 CTRL

C242 ROOM=DOCK

C126

5% 6.3V 2 01005

ROOM=DOCK

5% 6.3V 2 NP0-C0G 01005

01005

C101 56PF

5% 6.3V 2 01005

PCB: PLACE AT J7.GND PIN (PCB CAN CHOOSE)

56PF

ROOM=DOCK

CODEC_TO_HPHONE_HS3 CODEC_TO_HPHONE_HS4

XW13 SM

MF 01005

FL1

C103 56PF

5% 6.3V 01005 2

ROOM=DOCK

120-OHM-210MA

3.3K 2

1 5% 1/32W

HPHONE_TO_CODEC_DET

NAVAJO_TO_PMU_INT_CONN_H

C184 1

R107

NAVAJO_TO_AP_SPI2_MISO

01005

120-OHM-210MA

ROOM=DOCK

FL59

56PF

MIC1 (PRIMARY MIC)

NAVAJO_TO_AP_SPI2_MISO_CONN

AP_TO_NAVAJO_SPI2_CLK

01005

120-OHM-210MA

01005-1

ROOM=DOCK

FL50

ROOM=DOCK

FL66 01005

AP_TO_NAVAJO_SPI2_CLK_CONN

120-OHM-210MA MESA_TO_BOOST_EN

AP_TO_NAVAJO_SPI2_MOSI

01005

120-OHM-210MA TO DO: C110 16V FOR NOW. NEED 25V RATING

ROOM=DOCK

FL63

01005-1

70-OHM-300MA

AP_TO_NAVAJO_SPI2_MOSI_CONN

ROOM=DOCK

FL54

24 14

(USB VBUS, MENU BTN, SPEAKER, HP, HP EXTMIC, NAVAJO, ANTENNA LAT SW CTRL, MIC1 (PRIMARY MIC), ACC DET/ID/PWR, E75 DIFFPAIRS) FL32 FL33

NAVAJO: VDD(1.8V) VBOOST(18V) BOOST_EN

2 0% 1/32W

1 MF 01005

0.00 R168 2 1 0% 1/32W

MF 01005

0.00 R166 2 1

90_TRISTAR_BI_E75_PAIR2_CONN_N

0% 1/32W

MF 01005

0.00 R167 2 1

90_TRISTAR_BI_E75_PAIR2_CONN_P

ROOM=DOCK

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0% 1/32W

MF 01005

90_TRISTAR_BI_E75_PAIR1_P 16

17 22

ROOM=DOCK

90_TRISTAR_BI_E75_PAIR1_N

16 17 22

ROOM=DOCK

90_TRISTAR_BI_E75_PAIR2_N

16 17 22

ROOM=DOCK

90_TRISTAR_BI_E75_PAIR2_P

16 17 22

SAGE2 B06

PP_SAGE_TO_TOUCH_VCPL

0.1UF

10% 16V 2 X5R-CERM 0201 ROOM=SAGE

C306

0.1UF

C315

1UF

10% 16V 2 X5R-CERM 0201

343S0628

1UF

10% 16V 2 X6S-CERM 0402

ROOM=SAGE

-12V

C331

1UF

10% 16V 2 X6S-CERM 0402

ROOM=SAGE

C324

10% 16V 2 X6S-CERM 0402

ROOM=SAGE

24 18

PP_SAGE_TO_TOUCH_VCPH 13.5V

ROOM=SAGE

C170

0.1UF

10% 16V X5R-CERM 2 0201

ROOM=SAGE

C149 10UF

24 18 14

DZ4

ROOM=SAGE

10UF

20% 10V X5R-CERM 2 0402-1

TO CLAMP THE NEGATIVE RAIL

ROOM=SAGE

ROOM=SAGE OMIT_TABLE

XW36 SM

C369

10UF

PP_CUMULUS_VDDCORE

PP_CUMULUS_VDDANA

ROOM=CUMULUS

SAGE_TO_CUMULUS_IN<2> 18 SAGE_TO_CUMULUS_IN<1> 18 SAGE_TO_CUMULUS_IN<6> 18 SAGE_TO_CUMULUS_IN<7> 18 SAGE_TO_CUMULUS_IN<4> 18 SAGE_TO_CUMULUS_IN<8> 18 SAGE_TO_CUMULUS_IN<3> 18 SAGE_TO_CUMULUS_IN<5> 18 SAGE_TO_CUMULUS_IN<9> 18 SAGE_TO_CUMULUS_IN<0> 18 SAGE_TO_CUMULUS_IN<14> 18 SAGE_TO_CUMULUS_IN<10> 18 SAGE_TO_CUMULUS_IN<13> 18 SAGE_TO_CUMULUS_IN<11> 18 SAGE_TO_CUMULUS_IN<12> 45_PROX_TO_CUMULUS_RX_IN 18

R26

22.1K

45_PROX_TO_CUMULUS_RX_FILT

1 1% 1/32W

10% 6.3V X5R-CERM 01005

2 MF 01005

ROOM=CUMULUS

C130 1 27PF

5% 16V NP0-C0G 2 01005

ROOM=CUMULUS

ROOM=CUMULUS ROOM=CUMULUS

PP7 P4MM SM PP PP8 P4MM SM PP

1 1

AP_TO_TOUCH_SPI1_CS_L 3 TOUCH_TO_AP_INT_L 3 AP_TO_TOUCH_SPI1_CLK 3 AP_TO_TOUCH_SPI1_MOSI 3

R1362 1

TOUCH_TO_AP_SPI1_MISO

MF 01005

10.2

1% 1/32W

U12

18 CUMULUS_TO_PROX_TX_EN_1V8_L R51 2 1 45_AP_TO_TOUCH_CLK32K_RESET_L 45_AP_TO_TOUCH_CLK32K_RESET_L_XW 01005 (ALSO A RESET IF CLOCK STOPS) 0.00 3 AP_TO_TOUCH_GRAPE_RESET_L ROOM=CUMULUS WIRED UP BY DEFAULT TO BE USED AS TP RDAR://12608163

G1 D4 F2 F3

H_CS* H_INT* H_SCLK H_SDI H_SDO

220K 2

C366 G

RV1C002UN

CUMULUS_TO_SAGE_VSTM_OUT<2> 18 CUMULUS_TO_SAGE_VSTM_OUT<5> 18 CUMULUS_TO_SAGE_VSTM_OUT<16> 18 CUMULUS_TO_SAGE_VSTM_OUT<18> 18 CUMULUS_TO_SAGE_VSTM_OUT<17> 18 CUMULUS_TO_SAGE_VSTM_OUT<11> 18 CUMULUS_TO_SAGE_VSTM_OUT<13> 18 CUMULUS_TO_SAGE_VSTM_OUT<7> 18 CUMULUS_TO_SAGE_VSTM_OUT<3> 18 CUMULUS_TO_SAGE_VSTM_OUT<9> CUMULUS_TO_SAGE_VSTM_OUT<10> CUMULUS_TO_SAGE_VSTM_OUT<1> 18 CUMULUS_TO_SAGE_VSTM_OUT<4> 18 CUMULUS_TO_SAGE_VSTM_OUT<8> 18 CUMULUS_TO_SAGE_VSTM_OUT<12> 18 CUMULUS_TO_SAGE_VSTM_OUT<0> 18 CUMULUS_TO_SAGE_VSTM_OUT<15> 18 CUMULUS_TO_SAGE_VSTM_OUT<19> 18 CUMULUS_TO_SAGE_VSTM_OUT<14> 18 CUMULUS_TO_SAGE_VSTM_OUT<6> 18

18 18

10% 16V X5R-CERM 0201

1.00M

5% 1/32W MF 01005 2

SAGE_DUMP_GATE

R1211

ROOM=SAGE

CUMULUS_TO_SAGE_VSTM_OUT<8> CUMULUS_TO_SAGE_VSTM_OUT<6> 18 CUMULUS_TO_SAGE_VSTM_OUT<12> 18 CUMULUS_TO_SAGE_VSTM_OUT<1> 18 CUMULUS_TO_SAGE_VSTM_OUT<7> 18 CUMULUS_TO_SAGE_VSTM_OUT<15> 18 CUMULUS_TO_SAGE_VSTM_OUT<14> 18 CUMULUS_TO_SAGE_VSTM_OUT<18> 18 CUMULUS_TO_SAGE_VSTM_OUT<5> 18

THESE ARE ROUTED TOGETHER SPECIAL - CANNOT SWAP SPECIAL - CANNOT SWAP

24 18

CUMULUS_TO_SAGE_VSTM_OUT<4> 18 CUMULUS_TO_SAGE_VSTM_OUT<19> 18 CUMULUS_TO_SAGE_VSTM_OUT<13> 18 CUMULUS_TO_SAGE_VSTM_OUT<16> 18 CUMULUS_TO_SAGE_VSTM_OUT<3> 18 CUMULUS_TO_SAGE_VSTM_OUT<2> 18 CUMULUS_TO_SAGE_VSTM_OUT<0> 18 CUMULUS_TO_SAGE_VSTM_OUT<11> 18 CUMULUS_TO_SAGE_VSTM_OUT<17>

PP_SAGE_VCPL_F

XW37 SM

D2 SM-201

DSF01S30SC NOSTUFF

SAGE_VBIAS

NOTE: LCM_TO_AP_HIFA_BSYNC_BUFF CUMULUS_TO_SAGE_BOOST_EN 18 SM P4MM-NSM 1 U12_GPIO_3 ROOM=CUMULUS PP CUMULUS_TO_SAGE_GCM_SEL 18

PP9

CUMULUS_TO_PROX_RX_EN_1V8

E3 BCFG_RTCK D1 CLKIN/RESET* D9 RSTOVR*

SAGE_TO_TOUCH_VCPH_REF SAGE_TO_TOUCH_VCPL_REF

C150

10% 6.3V X5R 2 01005

ROOM=SAGE

R79

C147

C137 1

0.01UF

10% 6.3V X5R 2 01005

ROOM=SAGE

PP1V8_GRAPE

C328

C321 1

TOUCH_TO_SAGE_SENSE_IN<5> TOUCH_TO_SAGE_SENSE_IN<4> TOUCH_TO_SAGE_SENSE_IN<0> 18 TOUCH_TO_SAGE_SENSE_IN<3> 18 TOUCH_TO_SAGE_SENSE_IN<11> 18 TOUCH_TO_SAGE_SENSE_IN<2> 18 TOUCH_TO_SAGE_SENSE_IN<1> 18 TOUCH_TO_SAGE_SENSE_IN<10> 18 PP_SAGE_TO_TOUCH_VCPL_CONN 18 PP_SAGE_TO_TOUCH_VCPH_CONN 18 SAGE_TO_TOUCH_VSTM_OUT<10> 18 SAGE_TO_TOUCH_VSTM_OUT<7> 18 SAGE_TO_TOUCH_VSTM_OUT<1> 18 SAGE_TO_TOUCH_VSTM_OUT<5> 18 SAGE_TO_TOUCH_VSTM_OUT<6> 18 SAGE_TO_TOUCH_VSTM_OUT<8> 18 SAGE_TO_TOUCH_VSTM_OUT<9> 18 SAGE_TO_TOUCH_VSTM_OUT<4> 18 SAGE_TO_TOUCH_VSTM_OUT<3> 18 SAGE_TO_TOUCH_VSTM_OUT<2> 18 SAGE_TO_TOUCH_VSTM_OUT<0>

24 18 14

10% 25V X7R-CERM 2 0201

SAGE_TO_TOUCH_VSTM_OUT<17> SAGE_TO_TOUCH_VSTM_OUT<16> SAGE_TO_TOUCH_VSTM_OUT<15> SAGE_TO_TOUCH_VSTM_OUT<14> SAGE_TO_TOUCH_VSTM_OUT<13> SAGE_TO_TOUCH_VSTM_OUT<12> SAGE_TO_TOUCH_VSTM_OUT<11> SAGE_TO_TOUCH_VSTM_OUT<0> SAGE_TO_TOUCH_VSTM_OUT<18> SAGE_TO_TOUCH_VSTM_OUT<19>

18 18 18 18 18 18 18 18 18 18

C6 GS3 C7 VGH_REF VGL_REF VCOM GS2 ROOM=TOUCH_B2B C9 C8 0.00 2 1 SAGE_TO_TOUCH_VCPH_REF_CONN GS4 18

VCPH_REF/EN VCPL_REF/EN

DRV_OUT0 DRV_OUT1 DRV_OUT2 DRV_OUT3 DRV_OUT4 DRV_OUT5 DRV_OUT6 DRV_OUT7 DRV_OUT8 DRV_OUT9 DRV_OUT10 DRV_OUT11 DRV_OUT12 DRV_OUT13 DRV_OUT14 DRV_OUT15 DRV_OUT16 DRV_OUT17 DRV_OUT18 DRV_OUT19

G6 H6 J6 K6 L6 G7 H7 J7 K7 L7 L8 K8 J8 H8 G8 L9 K9 J9 H9 G9

BSYNC K5 GCM_TEST F9

LCM_TO_AP_HIFA_BSYNC

18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18

PP11 P4MM

3 18 19

CUMULUS_TO_SAGE_GCM_SEL

ROOM=SAGE

SM PP

ROOM=SAGE

GO F7

VBST_OUTH VBST_OUTL L_X L_Y

SAGE_TO_TOUCH_VSTM_OUT<8> SAGE_TO_TOUCH_VSTM_OUT<6> SAGE_TO_TOUCH_VSTM_OUT<12> SAGE_TO_TOUCH_VSTM_OUT<1> SAGE_TO_TOUCH_VSTM_OUT<7> SAGE_TO_TOUCH_VSTM_OUT<15> SAGE_TO_TOUCH_VSTM_OUT<14> SAGE_TO_TOUCH_VSTM_OUT<18> SAGE_TO_TOUCH_VSTM_OUT<5> SAGE_TO_TOUCH_VSTM_OUT<9> SAGE_TO_TOUCH_VSTM_OUT<10> SAGE_TO_TOUCH_VSTM_OUT<4> SAGE_TO_TOUCH_VSTM_OUT<19> SAGE_TO_TOUCH_VSTM_OUT<13> SAGE_TO_TOUCH_VSTM_OUT<16> SAGE_TO_TOUCH_VSTM_OUT<3> SAGE_TO_TOUCH_VSTM_OUT<2> SAGE_TO_TOUCH_VSTM_OUT<0> SAGE_TO_TOUCH_VSTM_OUT<11> SAGE_TO_TOUCH_VSTM_OUT<17>

VCM_IN J5

TOUCH_TO_SAGE_VCM_IN

I2C_SCL F5 I2C_SDA G5 BOOST_EN B2

B CUMULUS_TO_SAGE_BOOST_EN

SM PP

P4MM-NSM

PP18

ROOM=SAGE

L21

10% 25V X7R-CERM 2 0201

10UH-0.32A-1.56OHM PSB12101T-SM

ROOM=SAGE

PP5V7_SAGE_AVDDH

0603-LLP TANT 25V 20%

C320

ROOM=SAGE

1UF

MF 01005

SAGE_TO_TOUCH_VCPH_REF

C346

C364 1

1000PF

ROOM=SAGE

10% 25V X7R-CERM 2 0201

R48

ROOM=TOUCH_B2B R17 0.00 2 R16 18 SAGE_TO_TOUCH_VCPL_REF_CONN 1 SAGE_TO_TOUCH_VCPL_REF 0% MF R15 1/32W 01005 R14 ROOM=TOUCH_B2B R13 0.00 2 1 TOUCH_TO_SAGE_VCM_IN_CONN TOUCH_TO_SAGE_VCM_IN R12 18 0% MF 1/32W 01005 R11 ROOM=TOUCH_B2B R0_RIGHT 0.00 2 R18 18 PP_SAGE_TO_TOUCH_VCPL_CONN 1 PP_SAGE_TO_TOUCH_VCPL 24 0% MF R19 1/32W 01005

PP1V8_GRAPE 18

R361

18 19 24

R62

0.00 2

1 0% 1/32W

MF 01005

PP_SAGE_TO_TOUCH_VCPH

100K

R61

PP_SAGE_TO_TOUCH_VCPH_CONN

74AUP2G3404GN SOT1115

100K

LCM_TO_AP_HIFA_BSYNC_BUFF CUMULUS_TO_PROX_TX_EN_BUFF

6 1Y

1A 1

4 2Y

2A 3

5% 1/32W MF 01005 2

12 18 24

VCC

R49

24 18

A2 F2

SNS_OUT0 SNS_OUT1 SNS_OUT2 SNS_OUT3 SNS_OUT4 SNS_OUT5 SNS_OUT6 SNS_OUT7 SNS_OUT8 SNS_OUT9 SNS_OUT10 SNS_OUT11 SNS_OUT12 SNS_OUT13 SNS_OUT14

SAGE_TO_CUMULUS_IN<4> 18 SAGE_TO_CUMULUS_IN<3> 18 SAGE_TO_CUMULUS_IN<5> 18 SAGE_TO_CUMULUS_IN<0> 18 SAGE_TO_CUMULUS_IN<12> 18 SAGE_TO_CUMULUS_IN<7> 18 SAGE_TO_CUMULUS_IN<10> 18 SAGE_TO_CUMULUS_IN<1> 18 SAGE_TO_CUMULUS_IN<11> 18 SAGE_TO_CUMULUS_IN<2> 18 SAGE_TO_CUMULUS_IN<13> 18 SAGE_TO_CUMULUS_IN<14> 18 SAGE_TO_CUMULUS_IN<8> 18 SAGE_TO_CUMULUS_IN<9> 18 SAGE_TO_CUMULUS_IN<6> 18

R47

0% 1/32W

ROOM=TOUCH_B2B

1000PF

TOUCH B2B

TOUCH_TO_SAGE_SENSE_IN<6> 18 TOUCH_TO_SAGE_SENSE_IN<13> 18 TOUCH_TO_SAGE_SENSE_IN<7> 18 SAGE_TO_TOUCH_VCPH_REF_CONN 18 SAGE_TO_TOUCH_VCPL_REF_CONN 18 TOUCH_TO_SAGE_VCM_IN_CONN 18 TOUCH_TO_SAGE_SENSE_IN<12> 18 TOUCH_TO_SAGE_SENSE_IN<9> 18 TOUCH_TO_SAGE_SENSE_IN<8> 18 TOUCH_TO_SAGE_SENSE_IN<14> 18

VBIAS

C349 1

1000PF

0.33UF

12 18 24

CUMULUS_IN IS SENSITIVE KEEP THESE NETS FROM XTALK E5 D5 C5 B5 A5 A7 B7 C7 D7 E7 E9 D9 C9 B9 A9

5% 1/32W MF 2 01005

LCM_TO_AP_HIFA_BSYNC

CUMULUS_TO_PROX_TX_EN_1V8_L

3 18 19

GND 2

ROOM=SAGE

M-ST-SM 43

PP_SAGE_LX C1 24 PP_SAGE_LY D1

5% 1/32W MF 2 01005

GND

C5 C4 C0 C3 GS1 C2 C1 GS0 24 VGL 24 VGH R10 R7 R1 R5 R6 R8 R9 R4 R3 R2 R0_LEFT

504459-4210

DRV_IN0 DRV_IN1 DRV_IN2 DRV_IN3 DRV_IN4 DRV_IN5 DRV_IN6 DRV_IN7 DRV_IN8 DRV_IN9 DRV_IN10 DRV_IN11 DRV_IN12 DRV_IN13 DRV_IN14 DRV_IN15 DRV_IN16 DRV_IN17 DRV_IN18 DRV_IN19

100K

20V 2 TANT 0402

ON MLB ---> 516S1061 PLUG 516S1060 RCPT (ON FLEX)

G1 H1 J1 K1 L1 G2 H2 J2 K2 L2 L3 K3 J3 H3 G3 L4 K4 J4 H4 G4

ROOM=SAGE

CSP

SNS_IN0 SNS_IN1 SNS_IN2 SNS_IN3 SNS_IN4 SNS_IN5 SNS_IN6 SNS_IN7 SNS_IN8 SNS_IN9 SNS_IN10 SNS_IN11 SNS_IN12 SNS_IN13 SNS_IN14

PP_SAGE_VBST_OUTH B1 24 PP_SAGE_VBST_OUTL E1

10% 6.3V X5R 2 201

0.1UF

SAGE2-B06 E4 D4 C4 B4 A4 A6 B6 C6 D6 E6 E8 D8 C8 B8 A8

2 3 5 6 7 10 11 12 14 16 19 21 24

C165

20% 2 6.3V X5R-CERM 01005

U15

0.1UF

ROOM=SAGE 20%

ROOM=TOUCH_B2B

SAGE_PANEL_IN IS SENSITIVE KEEP THESE NETS FROM XTALK TOUCH_TO_SAGE_SENSE_IN<4> TOUCH_TO_SAGE_SENSE_IN<3> TOUCH_TO_SAGE_SENSE_IN<5> TOUCH_TO_SAGE_SENSE_IN<0> TOUCH_TO_SAGE_SENSE_IN<12> TOUCH_TO_SAGE_SENSE_IN<7> TOUCH_TO_SAGE_SENSE_IN<10> TOUCH_TO_SAGE_SENSE_IN<1> TOUCH_TO_SAGE_SENSE_IN<11> TOUCH_TO_SAGE_SENSE_IN<2> TOUCH_TO_SAGE_SENSE_IN<13> TOUCH_TO_SAGE_SENSE_IN<14> TOUCH_TO_SAGE_SENSE_IN<8> TOUCH_TO_SAGE_SENSE_IN<9> TOUCH_TO_SAGE_SENSE_IN<6>

ROOM=SAGE

0.01UF TM_ACS* C2 TM_OVR G3

0.1UF

5% 1/32W MF 01005

GPIO_1/CK GPIO_2/SD GPIO_3 GPIO_4

E4 F1 D3 D2 E1

JTAG_TCK JTAG_TDI JTAG_TDO JTAG_TMS

ROOM=CUMULUS

E9 E5 F7 E6 E7 F8 G9 D6 D7 D8 F9 D5 F6 F5 G4 E8 G8 G7 G6 G5

IN0_0 IN1_0 CUMULUS-C1 WLBGA IN2_0 IN3_0 CUMULUS C1 SILICON RDAR://12551355 IN4_0 IN5_0 IN6_0 IN7_0 IN8_0 IN9_0 IN10_0 IN11_0 IN12_0 IN13_0 IN14_0 IN14_1

R86

VSTM_0 VSTM_1 VSTM_2 VSTM_3 VSTM_4 VSTM_5 VSTM_6 VSTM_7 VSTM_8 VSTM_9 VSTM_10 VSTM_11 VSTM_12 VSTM_13 VSTM_14 VSTM_15 VSTM_16 VSTM_17 VSTM_18 VSTM_19

B9 B8 A9 B7 B6 A8 B5 B4 A7 B3 A6 A3 A5 A4 B2 A2

C4 C3 E2 C6

PP1V8_CUMULUS_VDDLDO

ROOM=CUMULUS

C7 C9 G2

VDDIO

TOUCH_TO_AP_SPI1_MISO_R

ROOM=CUMULUS

24 18

SAGE_VBIAS_DRAIN

20% 6.3V 2 X5R-CERM1 402

CUMULUS_IN IS SENSITIVE

ROOM=CUMULUS

4.7UF

VDDLDO A1

ROOM=CUMULUS

C79

C372 ROOM=CUMULUS

C371 C5 F4

20% 2 6.3V X5R-CERM1 402

VDDH C8

4.7UF

VDDCORE C1

C370

VDDANA B1

1000PF

20% 6.3V 2 X5R 0201-1

ROOM=CUMULUS

12 18 24

1.0UF

20% 10V 2 X5R-CERM 0402-1

45_PROX_TO_CUMULUS_RX

PP1V8_GRAPE

ROOM=CUMULUS

PP1V8 1

C2 B3 F4 F8 E3 L5

PP5V7_SAGE_AVDDH

C156 1

GDZ-0201

343S0638

PP1V8_CUMULUS_VDDLDO

10% 6.3V 2 X5R 201

5.45-5.98V

GDZT2R6.2B

20% 2 10V X5R-CERM 0402-1

24 18

ROOM=SAGE

CUMULUS C1 PP5V1_GRAPE_VDDH

3.5V

0.1UF

ROOM=SAGE

PN5V7_SAGE_AVDDN 1

(TURN ON LATER THAN PP1V8_GRAPE) (TURN OFF SAME TIME AS PP1V8_GRAPE)

C163

10% 16V X5R-CERM 2 0201

D2 A3 F3 F6

19 14

PP_SAGE_VCPL_F 18

0.1UF

AVDDH1 AVDDH2 AVDDH3 AVDDH4

C365

VDDIO C3

C381

VCPL F1

24 14

VCPL_F E2

24 19 18

VCPH A1

D403 (B2B,DRIVER ICS)

AVDDL1 H5

AGND1 AGND2 AGND3 AGND4 AGND5 AGND6

18 24

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ROOM=LCM_B2B

FL61

LCM B2B

70-OHM-300MA 2

C444

PN5V7_SAGE_AVDDN

14 18

PP5V7_LCM_AVDDH

14 24

01005-1

56PF

5% 2 16V NP0-C0G 01005

0.450MOHM DCR

FL37

ROOM=LCM_B2B

80-OHM-0.2A-0.4-OHM 1

C94

ROOM=LCM_B2B 0.400MOHM DCR

56PF

2 0201-1

C350

4.7UF

5% 2 16V NP0-C0G 01005

20% 6.3V 2 X5R 402

ROOM=LCM_B2B

4.7UF

ROOM=LCM_B2B

FL27

C351

20% 6.3V 2 X5R 402

ROOM=LCM_B2B

LCM: POWER (1.8V DVDD) (+5.7V AVDD) (-5.7V AVDD)

SPECIAL Z = 0.60 MM

80-OHM-0.2A-0.4-OHM 1 1

C440

56PF

0.1UF

ROOM=LCM_B2B

PP_SAGE_TO_TOUCH_VCPL

0.00 2 0% 1/32W MF 01005

7 7

90_AP_BI_LCM_MIPI_DATA0_P 90_AP_BI_LCM_MIPI_DATA0_N

TCM0605-1 SYM_VER-2

M-ST-SM 24 4

90_AP_BI_LCM_MIPI_DATA0_CONN_P 90_AP_BI_LCM_MIPI_DATA0_CONN_N

LCM: 2-LANE MIPI

7 7

90_AP_TO_LCM_MIPI_DATA1_P 90_AP_TO_LCM_MIPI_DATA1_N

90-OHM-50MA TCM0605-1 SYM_VER-2

90_AP_TO_LCM_MIPI_DATA1_CONN_P 90_AP_TO_LCM_MIPI_DATA1_CONN_N

ROOM=LCM_B2B

L42 90-OHM-50MA 1 7 7

90_AP_TO_LCM_MIPI_CLK_P 90_AP_TO_LCM_MIPI_CLK_N

TCM0605-1 SYM_VER-2

FL36

120-OHM-210MA

NOSTUFF

90_AP_TO_LCM_MIPI_CLK_CONN_P 90_AP_TO_LCM_MIPI_CLK_CONN_N

R1521

C90 1

1% 1/32W MF 01005 2

5% 6.3V NP0-C0G 2 01005

100K

PN5V7_LCM_AVDDN PP5V7_LCM_AVDDH_CONN PP1V8_LCM_CONN LCM_TO_CHESTNUT_PWR_EN_CONN AP_TO_LCM_RESET_CONN_L LCM_TO_AP_HIFA_BSYNC_CONN LCM_TO_AP_PANIC_L LCM_TO_AP_PIFA_CONN 24 22 PP_LCM_BL_ANODE_CONN 24 22 PP_LCM_BL_CAT1_CONN 24 22 PP_LCM_BL_CAT2_CONN

NOSTUFF

ROOM=LCM_B2B

MF 01005

ROOM=LCM_B2B

13 14

TO DO: REMOVE R91 AFTER PROTO2. CHESTNUT HAS 200K INT PD ON THIS PIN. NOSTUFF FOR PROTO2

5% 1/32W MF 01005 2 ROOM=LCM_B2B

ROOM=LCM_B2B

100K 1

2 1% 1/32W

100K

L44

PP1V8

BM15AP-0.8-22DP-0.35V

ROOM=LCM_B2B

R24

LCM_TO_CHESTNUT_PWR_EN

R91

ROOM=LCM_B2B

5% 6.3V NP0-C0G 2 01005

ADD RDAR://12334944

ROOM=LCM_B2B

L41 90-OHM-50MA

2 01005

56PF

THIS ONE ON MLB ---> 516S1051 PLUG 516S1050 RCPT (FLEX)

ROOM=LCM_B2B

120-OHM-210MA 1

C93

SAGE_TO_TOUCH_VCPL_LCM_CONN

2 3 5 6 7 10 11 12 14 16 18 19 21 24

FL35

ROOM=LCM_B2B

R89

24 18

PP1V8

ROOM=LCM_B2B 0.400MOHM DCR

10% 6.3V 2 X5R 201

5% 6.3V 2 NP0-C0G 01005

TO DO: R89 CANDIDATE FOR REMOVAL DRI: LCD/TOUCH TEAM. KEEP AS OF 5/30/12

2 0201-1

C439

LCM: DIGITAL I/F (PWR_EN, RESET PIFA, BSYNC)

R14 1

PMU_TO_LCM_RESET_L 2 0.00 01005 ROOM=LCM_B2B NOSTUFF ADD RDAR://12334944

56PF

ROOM=LCM_B2B

AP_TO_LCM_RESET_L

01005

ROOM=LCM_B2B

FL34

120-OHM-210MA 1

C88 1

LCM_TO_AP_HIFA_BSYNC

3 18

01005 ROOM=LCM_B2B

56PF

5% 6.3V NP0-C0G 2 01005

ROOM=LCM_B2B

PP1V8

R461

ROOM=LCM_B2B

100K

ROOM=LCM_B2B

FL62

5% 1/32W MF 01005 2

2 3 5 6 7 10 11 12 14 16 18 19 21 24

150OHM-25%-200MA-0.7DCR 1

NOSTUFF

C295

RESET_1V8_L

2 4 13 14 16 22 23

01005

56PF

5% 2 6.3V NP0-C0G 01005

R60

ROOM=LCM_B2B

1.00K2

LCM_TO_AP_PIFA

C258

5% 1/32W MF 01005

56PF

5% 6.3V NP0-C0G 2 01005

NOSTUFF

ROOM=LCM_B2B

ROOM=LCM_B2B ROOM=LCM_B2B

FL24

1 ROOM=LCM_B2B

C17

PP_LCM_BL_ANODE

14 24

0201-1

LCM: BACKLIGHT

240-OHM-0.2A-0.8-OHM

56PF

5% 2 16V NP0-C0G 01005

LCM_DESENSE_CONN 1

C243 56PF

5% 2 16V NP0-C0G 01005

ROOM=LCM_B2B

FL25

ROOM=LCM_B2B

1 1

C18

56PF

5% 2 16V NP0-C0G 01005

FL26

C19

56PF

ROOM=LCM_B2B

PP_LCM_BL_CAT1 14

0201-1

240-OHM-0.2A-0.8-OHM

PP_LCM_BL_CAT2 14

0201-1

240-OHM-0.2A-0.8-OHM

5% 16V 2 NP0-C0G 01005

ROOM=LCM_B2B

PCB: ALL 56PF CAPS GO AT CONN

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OSCAR + SENSORS OSCAR MODULE

(CONFORMAL COATED)

APN 337S4417

PP1V2_OSCAR_VDDC

FL42

150OHM-25%-200MA-0.7DCR 20

COMPASS_TO_OSCAR_INT_FL

1 TO DO: CHECK LEVEL SENSITIVITY OF ACCEL/GYRO INTS

01005 ROOM=OSCAR

FL40

OSCAR_TO_COMPASS_SPI_CS_FL_L 2

1 01005

24 20 12

OSCAR_TO_ACCEL_SPI_CS_L OSCAR_TO_GYRO_SPI_CS_L 20 ACCEL_TO_OSCAR_INT1 GYRO_TO_OSCAR_INT2 20 20 GYRO_TO_OSCAR_INT1 20 ACCEL_TO_OSCAR_INT2 COMPASS_TO_OSCAR_INT OSCAR_TO_COMPASS_SPI_CS_L 3 OSCAR_BI_AP_TIME_SYNC_HOST_INT 13 3 OSCAR_TO_PMU_HOST_WAKE 15 7 AP_BI_RCAM_I2C_SDA 20

150OHM-25%-200MA-0.7DCR 20

PP1V8_OSCAR

R154

392K

1% 1/32W MF 2 01005

AP_TO_OSCAR_RESET_L

3 4

ROOM=OSCAR

2 1

PP1V8_OSCAR_VDDIO

PO_0 LPC18A1UR FCLGA PO_1 SYM 1 OF 2 PO_2 PO_3 PO_4 PO_5 PO_6 PO_7 PO_8 PO_9 PO_10

RESET*

OSCAR_TO_IMU_SPI_SCLK_FL

GYRO

FL55

70-OHM-300MA 1

X152: INVENSENSE ITG-3600, APN 338S1135 IMU_TO_OSCAR_SPI_MISO_FL

01005 ROOM=OSCAR

F4 F6 F7 D6 E6 F3 E4 E5 F2 B4 B3

2 01005

ROOM=OSCAR

OMIT_TABLE

FL56

24 20 12

PP1V8_OSCAR

PP3V0_IMU

150OHM-25%-200MA-0.7DCR PO_11 PO_12 PO_13 PO_14 PO_15 PO_16 PO_17 PO_18 PO_19 PO_20 PO_21 PO_22

B2 C3 B5 C4 C5 B6 C6 D4 D5 C7 E2 B7

AP_TO_RCAM_I2C_SCL 7 15 21 OSCAR_TO_IMU_SPI_SCLK IMU_TO_OSCAR_SPI_MISO OSCAR_TO_IMU_SPI_MOSI OSCAR_TO_AP_UART2_RXD 3 AP_TO_OSCAR_UART2_TXD 3 OSCAR_TO_RADIO_CONTEXT_A 23 OSCAR_TO_RADIO_CONTEXT_B 23 AP_BI_OSCAR_SWDIO_1V8 3 AP_TO_OSCAR_SWDCLK_1V8 3 45_PMU_TO_OSCAR_CLK32K 13

DBGEN E3

OSCAR_TO_IMU_SPI_MOSI_FL

20% 6.3V 2 X5R-CERM 01005

ROOM=GYRO

C344

C347

3 20

20% 6.3V X5R-CERM 2 01005

ROOM=GYRO

NC NC NC NC

ITG3600 SM

CS* AD0/SDO SCL/SCLK SDA/SDI

8 SYNC 7 INT GYRO_TO_OSCAR_INT1 14 GYRO_PUMP PLLFILT

C11

12 20 24

0.1UF

1.0UF

20% 6.3V 2 X5R 0201-1

9 10 11 12

C2 E7

C345 0.1UF

01005

VSS VSS

AP_TO_OSCAR_DBGEN

FL41

150OHM-25%-200MA-0.7DCR

NOTE: REPLACED WITH CSP PACKAGE, BUT NEW PACKAGE COMING FROM VENDOR FOR PROTO2

THESE PARTS INSIDE OF SHIELD

12 20 24

VDD 16

ROOM=OSCAR

20% 4V CERM 0402

VDDC D2 VDDC D7

ROOM=OSCAR

1UF

VDDIO D3

20% 4V CERM 0402

OSCAR VDDIO = 1.8V ALWAYS ON (NEED TO WAKE HOST & RUN PLL) OSCAR CORE = 1.2V ALWAYS ON (NEED TO RUN IN S2RAM)

C74

1UF

PP1V8_OSCAR

ROOM=OSCAR

C92

VDDIO 1

PP1V2_OSCAR

24 12

5 4 2 3

OSCAR_TO_GYRO_SPI_CS_L IMU_TO_OSCAR_SPI_MISO_FL OSCAR_TO_IMU_SPI_SCLK_FL OSCAR_TO_IMU_SPI_MOSI_FL

RES 6 RES 13 RES 15

GYRO_TO_OSCAR_INT2

20 20 20 20

NO GYRO INT2 ON INVENSENSE, THIS PIN NEEDS TO BE GND KEEP INTERNAL PD ON OSCAR

0.1UF

10% 16V X5R-CERM 2 0201

OMIT_TABLE

ROOM=GYRO 11V CHARGE PUMP

U9 LPC18A1UR

OSCAR MODULE GND BALLS

A2 A3 A4 A5 A6 A7 B1 B8 C1 C8 D1

(THIS SYMBOL DOES NOT EXIST ON OSCAR CSP)

FCLGA SYM 2 OF 2

GND GND GND GND GND GND GND GND GND GND GND

D8 E1 E8 F1 F8 G2 G3 G4 G5 G6 G7

ACCELEROMETER X152: BOSCH BMA282, APN 338S1163

C334 1.0UF

20% 6.3V X5R 2 0201-1

COMPASS

ROOM=ACCEL

C336 1

ROOM=ACCEL

PP3V0_IMU

U18

BMA282 LGA

FL39

PP3V0_COMP

24 20

OSCAR_TO_ACCEL_SPI_CS_L

PP1V8_OSCAR

C300

0.1UF

U16

ACCEL_TO_OSCAR_INT1 ACCEL_TO_OSCAR_INT2

SCL/SK A3 SDA/SI A4

OSCAR_TO_IMU_SPI_SCLK_FL OSCAR_TO_IMU_SPI_MOSI_FL

C2 TST1

CSB* A2

OSCAR_TO_COMPASS_SPI_CS_FL_L

B3 RSV

SO B4

IMU_TO_OSCAR_SPI_MISO_FL

C3 TRG

DRDY A1

COMPASS_TO_OSCAR_INT_FL

GNDIO

20 20

VSS C1

PP1V8_COMP

20 20

PS 13 GND

D1 CAD0 D2 CAD1

D4 RST*

6 INT1 5 INT2

ROOM=COMPASS

AK8963C

OSCAR_TO_IMU_SPI_SCLK_FL OSCAR_TO_IMU_SPI_MOSI_FL IMU_TO_OSCAR_SPI_MISO_FL

12 20 24

CSP-POP

24 20

SCX 1 SDX 2 SDO 3

01005

20% 6.3V 2 X5R-CERM 01005

VDD VID

ROOM=COMPASS

PP1V8_COMP

OMIT_TABLE ROOM=COMPASS

20% 6.3V 2 X5R 0201-1

4 CS*

9 11 12 14

1.0UF

C298 1

150OHM-25%-200MA-0.7DCR

01005 ROOM=COMPASS

ROOM=ACCEL

24 20 12

VDD VDDIO

ROOM=COMPASS

FL38

C3345

20% 6.3V 2 X5R-CERM 01005

10% 6.3V X5R 2 01005

COMPASS CSP: 338S1014 COMPASS INTERPOSER (FOOTPRINT ONLY): 998-5120 COMPASS INTERPOSER MODULE: 639-4269 150OHM-25%-200MA-0.7DCR

12 20 24

0.1UF

0.01UF

THIS PART OUTSIDE OF SHIELD

PP1V8_OSCAR

PP3V0_IMU

24 20 12

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RCAM B2B

(REAR CAMERA CONNECTOR) PP2V5_RCAM_AF_COMP

24 12

D L29

FERR-22-OHM-1A-0.065-OHM 24 12

PP2V5_RCAM_AF

2 0201

C423

ROOM=RCAM_B2B

C391

1.0UF

C393 1

20% 6.3V X5R 2 0201-1

5% 6.3V NP0-C0G 2 01005

1.0UF

20% 6.3V X5R 2 0201-1

ROOM=RCAM_B2B

56PF

ROOM=RCAM_B2B

1.2V RCAM LOAD SWITCH

RCAM: POWER: (1.8V DVDD) (2.8V AVDD) (1.2V VCC) (2.5V AF)

ROOM=RCAM_B2B

U13

L30

FERR-22-OHM-1A-0.065-OHM

TPS22924X A2 B2

PP1V2_SDRAM

24 12 4

C390 1 1.0UF

CSP

VIN

NO INT C2 ON

20% 6.3V X5R 2 0201-1

A1 B1

VOUT

PP1V2_RCAM_SWITCHOUT

2 0201

C389

ROOM=RCAM_B2B

56PF

20% 6.3V X5R 2 0201-1

5% 6.3V NP0-C0G 2 01005

ROOM=RCAM_B2B

AP_TO_RCAM_VDDCORE_EN

C392 1

1.0UF

PULLS

GND

ROOM=RCAM_B2B

R169

510K

5% 1/32W MF 2 01005

THIS ONE ON MLB --->

XW31 SM

ROOM=RCAM_B2B

M-ST-SM

FERR-22-OHM-1A-0.065-OHM 1

PP1V8

12 11 10 7 6 5 3 2 24 19 18 16 14

C395 1 56PF

10-OHM-750MA 1

PP2V85_CAM_AVDD

XW46

C193 1 10UF

20% 6.3V 2 X5R 0603

ROOM=RCAM_B2B

PCB: PLACE THIS XW AT C193.1

ROOM=RCAM_B2B

C249

C2511 4.7UF

20% 6.3V 2 X5R 402

2.2UF

20% 4V X5R-CERM 2 0201

ROOM=RCAM_B2B

PGND_RCAM_AF_RET PP2V5_RCAM_AF_CONN

AP_BI_RCAM_I2C_SDA_CONN AP_TO_RCAM_I2C_SCL_CONN

2 01005-1

12 24

5% 6.3V NP0-C0G 2 01005

FL43

SHORT-10L-0.1MM-SM 2 1

1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31

2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32

ROOM=RCAM_B2B

0.07 OHMS

C403 2.2UF

20% 4V X5R-CERM 2 0201

ROOM=RCAM_B2B

C404

PP1V2_RCAM_CONN

56PF

5% 6.3V NP0-C0G 2 01005

ROOM=RCAM_B2B

PP1V8_RCAM_CONN AP_TO_RCAM_SHUTDOWN_CONN 45_AP_TO_RCAM_CLK_CONN RCAM_TO_LEDDRV_STROBE_EN_CONN 24

PP2V85_RCAM_CONN

ROOM=RCAM_B2B

90_RCAM_TO_AP_MIPI_DATA3_CONN_P 90_RCAM_TO_AP_MIPI_DATA3_CONN_N

90_RCAM_TO_AP_MIPI_DATA3_P 90_RCAM_TO_AP_MIPI_DATA3_N

90_RCAM_TO_AP_MIPI_DATA2_CONN_P 90_RCAM_TO_AP_MIPI_DATA2_CONN_N 90_RCAM_TO_AP_MIPI_CLK_CONN_P 90_RCAM_TO_AP_MIPI_CLK_CONN_N

90_RCAM_TO_AP_MIPI_DATA2_P 90_RCAM_TO_AP_MIPI_DATA2_N

90_RCAM_TO_AP_MIPI_CLK_P 90_RCAM_TO_AP_MIPI_CLK_N

L38

90-OHM-50MA TCM0605-1 SYM_VER-2

120-OHM-210MA

ROOM=RCAM_B2B

90_RCAM_TO_AP_MIPI_DATA1_P 90_RCAM_TO_AP_MIPI_DATA1_N

7 7

90-OHM-50MA ROOM=RCAM_B2B TCM0605-1 SYM_VER-2 4

90_RCAM_TO_AP_MIPI_DATA0_P 90_RCAM_TO_AP_MIPI_DATA0_N

7 7

2 01005

C287 1

ROOM=RCAM_B2B

56PF

ROOM=RCAM_B2B

RCAM: DIGITAL I/F (I2C,CTRL,CLK)

RCAM: 4-LANE MIPI

L36

7 7

90-OHM-50MA TCM0605-1 ROOM=RCAM_B2B SYM_VER-2 4

90_RCAM_TO_AP_MIPI_DATA1_CONN_P 90_RCAM_TO_AP_MIPI_DATA1_CONN_N 90_RCAM_TO_AP_MIPI_DATA0_CONN_P 90_RCAM_TO_AP_MIPI_DATA0_CONN_N

01005

AP_TO_RCAM_I2C_SCL

L37

FL31

20 15 7

90-OHM-50MA ROOM=RCAM_B2B TCM0605-1 SYM_VER-2 4

FL29

120-OHM-210MA AP_BI_RCAM_I2C_SDA

20 15 7

L33

0201

45_CAM_AVDD_FB

ROOM=RCAM_B2B

24 12 11

90-OHM-50MA TCM0605-1 ROOM=RCAM_B2B SYM_VER-2 1 4

BB35-PA

ROOM=RCAM_B2B

L28

L34

516S0940 PLUG 516S0939 RCPT (USED ON FLEX)

FL30

5% 6.3V NP0-C0G 2 01005

ROOM=RCAM_B2B

C286

56PF

5% 6.3V NP0-C0G 2 01005

ROOM=RCAM_B2B

120-OHM-210MA 7

AP_TO_RCAM_SHUTDOWN

2 01005

R1411 100K

ROOM=RCAM_B2B

FL28

5% 1/32W MF 01005 2

ROOM=RCAM_B2B

120-OHM-210MA 1

45_AP_TO_RCAM_CLK

C84 1

01005

C82 1

56PF

5% 6.3V NP0-C0G 2 01005

ROOM=RCAM_B2B

FL22

5% 6.3V NP0-C0G 2 01005

ROOM=RCAM_B2B

120-OHM-210MA

RCAM_TO_LEDDRV_STROBE_EN

2 01005

C400 1 56PF

5% 6.3V NP0-C0G 2 01005

PCB: PLACE ALL 56PF CAPS AT J3

ROOM=RCAM_B2B

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BATT CONN, TPS, STANDOFFS/SHIELDS/FIDUCIALS TESTPOINTS

BATTERY CONN

POWER TP

THIS ONE ON MLB ---> 516S1068 RCPT 516S1067 PLUG (USED ON BATTERY PCM)

FL11

120-OHM-210MA

RCPT-BATT-0.80

22 24 23 22 15 12

AP_BI_BATTERY_SWI_CONN

PP_BATT_VCC

C23

C25 1

5% 16V NP0-C0G 2 01005

56PF

ROOM=BATTERY

F-ST-SM 7

ROOM=BATTERY

C279 22

TP-P6

3 13

ROOM=BATTERY

TP2 1

TP-P90

PP_BATT_VCC 2

POWER GROUND (SUPERSIZE)

ROOM=BATTERY

AP_BI_BATTERY_SWI_CONN

ROOM=BATTERY

AP_BI_BATTERY_SWI

D VBUS

01005

56PF

XW12

5% 16V NP0-C0G 2 01005

SHORT-10L-0.25MM-SM

TP1 1

PP5V0_USB_CONN

24 17

56PF

C275

220PF

5% 2 16V NP0-C0G 01005

ROOM=BATTERY

PP_BATT_VCC

24 23 22 15 12

A VBAT (SUPERSIZE)

TP-P80

56PF

10% 2 10V X7R-CERM 01005

ROOM=BATTERY

E75 - USB/UART/ID/POWER

TP12 1

12 15 22 23 24

C22

5% 2 16V NP0-C0G 01005

ROOM=BATTERY 17 16

TP4 1

BATTERY_TO_PMU_SENSE

22 12

TP-P6

BATTERY_TO_PMU_SENSE

17 16

BATTERY_TO_PMU_NTC

BATTERY NTC 17 16

17 16

FID

SH1 SM

FD2 FID

ANALOG MUX A OUTPUT 24 17

TP7 1

PMU_TO_TP_AMUX_BY

TP-P6

90_TRISTAR_BI_E75_PAIR2_N

PP_E75_TO_TRISTAR_ACC1_CONN

SP1

ANALOG MUX B OUTPUT

24 17

PP_E75_TO_TRISTAR_ACC2_CONN

806-4227

TP23 1

TP24 1

TP26 1

ACCESSORY ID AND POWER

TP27 1

TP-P6

SPRING-SUPER-COWLING-GROUND-X145

RESET

CLIP-SM

SHLD-X145-EMI-UPPER-FRONT

0P5SM1P0SQ-NSP

90_TRISTAR_BI_E75_PAIR2_P

TP-P6

FD1 1

TP-P6

COWLING

SHIELDS

TP-P55

TP6 1

PMU_TO_TP_AMUX_AY

TP22 1

TP-P55

SUPER TP C

TP-P55

TP5 1 TP-P6

0P5SM1P0SQ-NSP

90_TRISTAR_BI_E75_PAIR1_N

12 22

17 13

TP21 1 TP-P55

BATTERY SNS

PCB: PLACE XW12 AT BATT CONN, PIN 7

FIDUCIALS

90_TRISTAR_BI_E75_PAIR1_P

FD3 FID

SH2 SM

0P5SM1P0SQ-NSP

23 19 16 14 13 4 2

TP8000 1

RESET_1V8_L

806-4228

TP-P6

H6P & BB RESET

TP32 1

FID

0P5SM1P0SQ-NSP

SH3 SM

FD5 FID

TP9

FORCE_DFU

SHLD-X145-EMI-UPPER-BACK

FD6

FID

0P5SM1P0SQ-NSP

SH4 SM

TP-P6

DFU

806-4229 3

0P5SM1P0SQ-NSP

SHLD-X145-EMI-LOWER-FRONT

FD4

TP-P6

806-4230

E75_TO_PMU_ACC_DETECT_CONN

17 9

TP28 1

CODEC_TO_HPHONE_HS3_REF

TP-P6

17 9

(ON NORTH END OF SINGLE_BRD, TO MITIGATE COMPASS RETURN CURRENTS)

TP29 1

CODEC_TO_HPHONE_HS4_REF

TP-P6

FOR DIAGS

MIC1_TO_CODEC_P

TP15 1

MIC1 POSITIVE

TP16 1

MIC2 POSITIVE

TP17 1

MIC3 POSITIVE

TP-P6

HEADPHONE MIC NEG 9 8

AC COUPLED SCREW HOLES + STANDOFFS

MIC AUDIO

HEADPHONE MIC

SHLD-X145-EMI-LOWER-BACK

TP10 1 TP-P6

FORCE DFU

POWER GROUND

MIC2_TO_CODEC_P

TP-P6

HEADPHONE MIC POS 11 9

MIC3_TO_CODEC_P

TP-P6

STANDOFFS

SCREW HOLES

DRIVE MIC WRT NEAREST GROUND TEST POINT

LCM BACKLIGHT

BS1

STDOFF-2.7OD1.4ID-0.94H-SM PGND_STANDOFF1

PGND_SCREW_HOLE1 1

C427 100PF

5% 16V 2 NP0-C0G 01005

C430 56PF

5% 16V 2 NP0-C0G 01005

C432

C433 100PF

27PF

5% 16V 2 NP0-C0G 01005

C435 56PF

5% 16V 2 NP0-C0G 01005

860-1608

C437

24 19

27PF

TP18 1

PP_LCM_BL_CAT1_CONN

SPKAMP_TO_SPEAKER_OUT_CONN_P

24 19

TP19 1

PP_LCM_BL_CAT2_CONN

TP-P6

LCD BACKLIGHT SINK1

TP-P6

5% 16V 2 NP0-C0G 01005

TP3 1

SPKAMP_TO_SPEAKER_OUT_CONN_N

TP11 1

TP-P6

SPKR POSITIVE

ADDED PER RDAR://12460740

SPKR NEGATIVE

LCD BACKLIGHT SINK2

BS2

STDOFF-2.7OD1.4ID-0.94H-SM PGND_STANDOFF2 1

C434 100PF

5% 16V 2 NP0-C0G 01005

C436 56PF

5% 16V 2 NP0-C0G 01005

1 1

24 19

TP20 1

PP_LCM_BL_ANODE_CONN

860-1608

TP-P6

LCD BACKLIGHT SOURCE

C438 27PF

5% 16V 2 NP0-C0G 01005

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8 18

IN IN IN

18 18 18

IN IN

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<0>

11 9

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<1>

11 9

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<2>

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<3>

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<4>

11 9

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<5>

11 9

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<6>

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<7>

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<8>

17 9

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<9>

17 9

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<10>

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<11>

IN IN IN IN IN IN IN IN IN IN

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<12>

17 9

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<13>

17 9

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<14>

22 17 9

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<15>

22 17 9

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<16>

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<17>

VOLTAGE=4.55V CUMULUS_TO_SAGE_VSTM_OUT<18> VOLTAGE=4.55V VOLTAGE=4.55V VOLTAGE=4.55V

TOUCH_TO_SAGE_SENSE_IN<0>

17 9

TOUCH_TO_SAGE_SENSE_IN<1>

VOLTAGE=4.55V

TOUCH_TO_SAGE_SENSE_IN<2>

VOLTAGE=4.55V

TOUCH_TO_SAGE_SENSE_IN<3>

VOLTAGE=4.55V

CUMULUS_TO_SAGE_VSTM_OUT<19>

TOUCH_TO_SAGE_SENSE_IN<4>

IN IN IN IN IN IN

VOLTAGE=4.55V

TOUCH_TO_SAGE_SENSE_IN<5>

16 9

VOLTAGE=4.55V

TOUCH_TO_SAGE_SENSE_IN<6>

16 9

VOLTAGE=4.55V

TOUCH_TO_SAGE_SENSE_IN<7>

VOLTAGE=4.55V

TOUCH_TO_SAGE_SENSE_IN<8>

VOLTAGE=4.55V

TOUCH_TO_SAGE_SENSE_IN<9>

VOLTAGE=4.55V VOLTAGE=4.55V

16 13

TOUCH_TO_SAGE_SENSE_IN<10> 16 13

TOUCH_TO_SAGE_SENSE_IN<11>

VOLTAGE=4.55V

TOUCH_TO_SAGE_SENSE_IN<12>

VOLTAGE=4.55V

TOUCH_TO_SAGE_SENSE_IN<13>

VOLTAGE=4.55V

TOUCH_TO_SAGE_SENSE_IN<14>

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<0>

22 17 9

17 9

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<1>

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<2>

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<3>

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<4>

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<5>

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<6>

22 9 8

SAGE_TO_TOUCH_VSTM_OUT<7>

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<8>

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<9>

22 11 9

SAGE_TO_TOUCH_VSTM_OUT<10>

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<11>

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<12>

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<13>

IN IN

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<14>

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<15>

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<17>

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<18>

11 9

21 12

VOLTAGE=4.55V

11 9

SAGE_TO_TOUCH_VSTM_OUT<16>

11 9

17 9

VOLTAGE=4.55V

9 8

VOLTAGE=4.55V

SAGE_TO_TOUCH_VSTM_OUT<19> 12

IN IN IN IN IN IN IN IN

16 12

12 2

16 13

VOLTAGE=3.8V

CODEC_TO_RCVR_P

VOLTAGE=3.8V

CODEC_TO_RCVR_N

22 17 13

VOLTAGE=3.8V VOLTAGE=3.8V

VOLTAGE=3.8V

CODEC_TO_HAC_N

VOLTAGE=3.8V

CODEC_TO_HAC_CONN_P

VOLTAGE=3.8V

22 12

17 15

CODEC_TO_RCVR_CONN_N CODEC_TO_HAC_P

VOLTAGE=3.114V

CODEC_TO_RCVR_CONN_P

VOLTAGE=3.8V

CODEC_TO_HAC_CONN_N

CODEC_TO_HPHONE_L 15

VOLTAGE=3.114V

CODEC_TO_HPHONE_R

VOLTAGE=3.114V

CODEC_TO_HPHONE_L_CONN

VOLTAGE=3.114V

CODEC_TO_HPHONE_HS3

VOLTAGE=2.7V

CODEC_TO_HPHONE_HS4

VOLTAGE=2.7V

CODEC_TO_HPHONE_HS3_REF

VOLTAGE=2.7V

CODEC_TO_HPHONE_HS4_REF

22 17 15

VOLTAGE=2.7V

CODEC_TO_HPHONE_HS3_CONN

VOLTAGE=2.7V

CODEC_TO_HPHONE_HS4_CONN

VOLTAGE=2.7V

CODEC_TO_HPHONE_HS3_REF_CONN CODEC_TO_HPHONE_HS4_REF_CONN

VOLTAGE=4.3V

HPHONE_TO_CODEC_DET

90_CODEC_BI_TRISTAR_MIKEYBUS_N

22 17 16

19 18 14

90_CODEC_BI_TRISTAR_MIKEYBUS_DIG_P

VOLTAGE=2.5V

90_CODEC_BI_TRISTAR_MIKEYBUS_DIG_N

VOLTAGE=2.5V

TRISTAR_TO_PMU_MIKEYBUS_TEST_POS TRISTAR_TO_PMU_MIKEYBUS_TEST_NEG

VOLTAGE=1.8V

MIC1_TO_CODEC_L67_P

VOLTAGE=1.8V

MIC1_TO_CODEC_L67_N

VOLTAGE=1.8V

MIC1_TO_CODEC_P

VOLTAGE=1.8V

MIC1_TO_CODEC_N

VOLTAGE=1.8V

MIC2_TO_CODEC_L67_P

VOLTAGE=1.8V

MIC2_TO_CODEC_L67_N

MIC2_TO_CODEC_P

VOLTAGE=1.8V

MIC2_TO_CODEC_N

VOLTAGE=1.8V

MIC3_TO_CODEC_L67_P

VOLTAGE=1.8V

MIC3_TO_CODEC_L67_N

MIC3_TO_CODEC_N

VOLTAGE=3.8V

RCVR_TO_CODEC_RCVR_TEST

HPHONE_TO_CODEC_HPHONE_TEST

VOLTAGE=3.114V

HPHONE_TO_CODEC_HPHONE_TEST_L67

VOLTAGE=3.8V

HAC_TO_CODEC_TEST_L67 45_CAM_AVDD_FB

VOLTAGE=4.3V

HAC_TO_CODEC_TEST

VOLTAGE=2.85V VOLTAGE=4.6V

45_PMU_VPUMP PMU_ACT_DIO

VOLTAGE=3.6V

TRISTAR_TO_PMU_OVP_SW_EN_L

VOLTAGE=3.2V

USB_VBUS_DETECT

VOLTAGE=5.25V

TRISTAR_TO_PMU_USB_BRICKID

VOLTAGE=5.25V

TRISTAR_TO_PMU_USB_BRICKID_R

17 14

12 7 2

12 4

12 5

12 4

12 5 4 2

20 12

RCVR_TO_CODEC_RCVR_TEST_L67

VOLTAGE=3.114V

VOLTAGE=3.8V

MIC3_TO_CODEC_P

VOLTAGE=1.8V

VOLTAGE=3.8V

90_CODEC_BI_TRISTAR_MIKEYBUS_L67_N 90_CODEC_BI_TRISTAR_MIKEYBUS_P

VOLTAGE=1.8V

90_CODEC_BI_TRISTAR_MIKEYBUS_L67_P

VOLTAGE=2.5V

VOLTAGE=1.8V

HPHONE_TO_CODEC_DET_CONN

VOLTAGE=2.5V

22 17 16

VOLTAGE=2.5V

22 17 16

VOLTAGE=2.7V

22 17 16

VOLTAGE=2.5V

22 17 15

VOLTAGE=2.5V

CODEC_TO_HPHONE_R_CONN

VOLTAGE=2.7V

VOLTAGE=4.3V

IN IN

21 12 4

VOLTAGE=2.5V

BATTERY_TO_PMU_NTC

VOLTAGE=2.5V

BATTERY_NTC_CONN

VOLTAGE=4.2V

BATTERY_TO_PMU_SENSE

VOLTAGE=18V

MESA_BOOST_FB

VOLTAGE=8V

SPEAKER_TO_SPKAMP_VSENSE_N

VOLTAGE=8V

L19_SPKAMP_VSENSE_P

VOLTAGE=8V

L19_SPKAMP_VSENSE_N

VOLTAGE=8V

SPEAKER_TO_SPKAMP_ISENSE_P

VOLTAGE=8V

SPEAKER_TO_SPKAMP_ISENSE_N

VOLTAGE=8V

SPKR_SNS_P

VOLTAGE=8V

SPKR_SNS_N

SPKAMP_TO_SPEAKER_OUT_CONN_P

VOLTAGE=8V

SPKAMP_TO_SPEAKER_OUT_CONN_N

VOLTAGE=8V

SPKAMP_TO_SPEAKER_OUT_P

VOLTAGE=8V

SPKAMP_TO_SPEAKER_OUT_N

VOLTAGE=5.25V

90_TRISTAR_BI_E75_PAIR1_P

90_TRISTAR_BI_E75_PAIR2_P

VOLTAGE=5.25V

90_TRISTAR_BI_E75_PAIR2_N

18 12

20 12

VOLTAGE=5.25V

90_TRISTAR_BI_E75_PAIR1_CONN_N 90_TRISTAR_BI_E75_PAIR2_CONN_P

VOLTAGE=5.25V

90_TRISTAR_BI_E75_PAIR2_CONN_N

VOLTAGE=3.0V

TRISTAR_BYPASS

VOLTAGE=-5.7V

SAGE_DUMP_GATE

VOLTAGE=2.5V

SAGE_VBIAS

VOLTAGE=2.5V

SAGE_VBIAS_DRAIN

VOLTAGE=-12V

SAGE_TO_TOUCH_VCPL_LCM_CONN

VOLTAGE=11V

GYRO_PUMP

VOLTAGE=XV

SAGE_TO_CUMULUS_IN<0> SAGE_TO_CUMULUS_IN<1>

VOLTAGE=XV

SAGE_TO_CUMULUS_IN<2>

VOLTAGE=XV

SAGE_TO_CUMULUS_IN<3>

IN IN IN

21 12

IN IN IN IN

16 12

20 12

12 6

PN5V7_SAGE_AVDDN PN5V7_LCM_AVDDN

90_TRISTAR_BI_E75_PAIR1_CONN_P

15 12 10

21 12 11

VOLTAGE=5.25V

VOLTAGE=XV

90_TRISTAR_BI_E75_PAIR1_N

VOLTAGE=5.25V

24 17 16 14 12 10 4 3

SPKR_FLTR_P

VOLTAGE=-5.7V

VOLTAGE=8V

VOLTAGE=-5.7V

12 3

VOLTAGE=8V

VOLTAGE=5.25V

18 16 14 12 11 10 7 6 5 3 2 21 19

SPEAKER_TO_SPKAMP_VSENSE_P

VOLTAGE=8V

VOLTAGE=5.25V

17 12

12 11

16 12 8

12 2

22 17

17 16 12

VOLTAGE=XV

SAGE_TO_CUMULUS_IN<4>

18 14

VOLTAGE=XV

SAGE_TO_CUMULUS_IN<5>

19 14

VOLTAGE=XV

SAGE_TO_CUMULUS_IN<6>

VOLTAGE=XV

SAGE_TO_CUMULUS_IN<7>

18 14

IN IN

VOLTAGE=XV

SAGE_TO_CUMULUS_IN<8>

VOLTAGE=XV

SAGE_TO_CUMULUS_IN<9>

24 22 15 12

VOLTAGE=XV

SAGE_TO_CUMULUS_IN<10>

VOLTAGE=XV

SAGE_TO_CUMULUS_IN<11>

VOLTAGE=XV

SAGE_TO_CUMULUS_IN<12>

VOLTAGE=XV VOLTAGE=XV VOLTAGE=18.0V VOLTAGE=18.0V VOLTAGE=18.0V

SAGE_TO_CUMULUS_IN<13> SAGE_TO_CUMULUS_IN<14> PP16V5_MESA PP16V5_MESA_DOCK_CONN

PP16V5_MESA_SW

IN IN

VOLTAGE=1.0V

PP1V0

VOLTAGE=1.0V

PP1V0_SOC

VOLTAGE=1.0V

PP1V0_SRAM

VOLTAGE=1.1V

PP1V1_CPU

VOLTAGE=1.1V VOLTAGE=1.2V

PP1V1_GPU

PP1V2

IN IN

VOLTAGE=1.2V

PP1V2_NAND_VDDI

VOLTAGE=1.2V

PP1V2_OSCAR

VOLTAGE=1.2V

PP1V2_OSCAR_VDDC

VOLTAGE=1.2V

PP1V2_RCAM_CONN

VOLTAGE=1.2V

PP1V2_RCAM_SWITCHOUT

VOLTAGE=1.2V

PP1V2_SDRAM

www.vinafix.vn

17 10

11 10 8

VOLTAGE=1.8V

PP1V8

VOLTAGE=1.8V

PP1V8_ALWAYS

VOLTAGE=1.8V

PP1V8_COMP

VOLTAGE=1.8V

PP1V8_CUMULUS_VDDLDO

VOLTAGE=1.8V

PP1V8_FCAM_CONN

VOLTAGE=1.8V

PP1V8_GRAPE

VOLTAGE=1.8V

PP1V8_LCM_CONN

VOLTAGE=1.8V

PP1V8_OSCAR

VOLTAGE=1.8V

PP1V8_OSCAR_VDDIO

VOLTAGE=1.8V

PP1V8_RCAM_CONN

VOLTAGE=1.8V

PP1V8_SDRAM

VOLTAGE=1.8V

PP1V8_SDRAM_DOCK_CONN

VOLTAGE=1.8V

PP1V8_VA_L19_L67

VOLTAGE=1.8V

PP1V8_XTAL

VOLTAGE=2.5V

PP2V5_RCAM_AF

VOLTAGE=2.5V

PP2V5_RCAM_AF_COMP

VOLTAGE=2.8V

PP2V85_FCAM_CONN PP2V85_RCAM_CONN

VOLTAGE=3.0V

PP3V0_ACC

VOLTAGE=3.0V

PP3V0_ALS PP3V0_COMP

VOLTAGE=3.0V

PP3V0_IMU

VOLTAGE=3.0V

PP3V0_NAND

VOLTAGE=3.0V

PP3V0_NAND_XW PP3V0_NAVAJO

VOLTAGE=3.0V

PP3V0_NAVAJO_CONN

VOLTAGE=3.0V

PP3V0_PROX

VOLTAGE=3.0V

PP3V0_PROX_ALS

VOLTAGE=3.0V

PP3V0_PROX_IRLED

VOLTAGE=3.0V VOLTAGE=3.0V VOLTAGE=3.3V

17 16

22 17

17 16

22 17

19 14

22 19

19 14

22 19

PP2V85_CAM_AVDD

VOLTAGE=2.8V

VOLTAGE=3.0V

PP2V5_RCAM_AF_CONN

VOLTAGE=2.8V

VOLTAGE=3.0V

PP1V8_PLL

VOLTAGE=1.8V

VOLTAGE=2.5V

PP3V0_SDRAM PP3V0_SDRAM_CONN PP3V3_USB

VOLTAGE=5.0V

PP5V0_USB_CONN

VOLTAGE=5.0V VOLTAGE=5.1V

PP5V0_USB_PROT PP5V1_GRAPE_VDDH

VOLTAGE=5.7V VOLTAGE=5.7V

19 14

22 19

24 17

14 13

17 16 13

22 13

12 8

PP5V7_LCM_AVDDH

PP5V7_LCM_AVDDH_CONN

VOLTAGE=5.7V

PP5V7_SAGE_AVDDH

VOLTAGE=6V

PP6V0_LCM_BOOST

VOLTAGE=4.3V

PP_BATT_VCC

VOLTAGE=4.3V

PP_BATT_VCC_L19_VP

VOLTAGE=4.3V

PP_BUCK0_LX0

VOLTAGE=4.3V

PP_BUCK0_LX1

VOLTAGE=4.3V

PP_BUCK0_LX2

VOLTAGE=4.3V

PP_BUCK0_LX3

19 18

VOLTAGE=4.3V

PP_BUCK1_LX0

VOLTAGE=4.3V

PP_BUCK1_LX1

VOLTAGE=4.3V

PP_BUCK2_LX

VOLTAGE=4.3V

PP_BUCK3_LX

VOLTAGE=4.3V

PP_BUCK4_LX

VOLTAGE=4.3V

PP_BUCK5_LX

VOLTAGE=-6V

PP_CHESTNUT_CN

VOLTAGE=6V

PP_CHESTNUT_CP

15 8

VOLTAGE=6V

PP_CHESTNUT_LXP

15 8

VOLTAGE=1.8V

PP_CODEC_FILT+

24 14 13 12 10

VOLTAGE=2.2V

PP_CODEC_SPKR_VQ

VOLTAGE=2.7V

PP_CODEC_TO_MIC1_BIAS

VOLTAGE=2.7V

PP_CODEC_TO_MIC1_BIAS_CONN

VOLTAGE=2.7V

PP_CODEC_TO_MIC2_3_BIAS

VOLTAGE=2.7V

PP_CODEC_TO_MIC3_BIAS_CONN

VOLTAGE=2.5V

PP_CODEC_VCPFILT+

VOLTAGE=-2.5V

PP_CODEC_VCPFILT-

1 VOLTAGE=0.2V

PP_CODEC_VHP_FLYC

VOLTAGE=-2.5V

PP_CODEC_VHP_FLYN

VOLTAGE=2.5V

PP_CODEC_VHP_FLYP

VOLTAGE=1.6V

PP_CUMULUS_VDDANA

VOLTAGE=1.6V

PP_CUMULUS_VDDCORE

VOLTAGE=4.3V

PP_E75_TO_TRISTAR_ACC1

VOLTAGE=4.3V

PP_E75_TO_TRISTAR_ACC1_CONN

VOLTAGE=4.3V

PP_E75_TO_TRISTAR_ACC2

VOLTAGE=4.3V

PP_E75_TO_TRISTAR_ACC2_CONN

VOLTAGE=2.7V

PP_EXTMIC_BIAS

VOLTAGE=2.7V

PP_EXTMIC_BIAS_FILT

VOLTAGE=2.7V

PP_EXTMIC_BIAS_FILT_IN

VOLTAGE=2.7V

PP_EXTMIC_BIAS_IN

VOLTAGE=8V

PP_L19_VBOOST

VOLTAGE=22V

PP_LCM_BL_ANODE

VOLTAGE=22V

PP_LCM_BL_ANODE_CONN

VOLTAGE=0.2V

PP_LCM_BL_CAT1

VOLTAGE=0.2V

PP_LCM_BL_CAT1_CONN

VOLTAGE=0.2V

PP_LCM_BL_CAT2

VOLTAGE=0.2V

PP_LCM_BL_CAT2_CONN

VOLTAGE=2.65V VOLTAGE=2.5V

PP_LDO14_2P65 CHESTNUT_TO_PMU_ADCIN7

VOLTAGE=5V

E75_TO_PMU_ACC_DETECT

VOLTAGE=5V

E75_TO_PMU_ACC_DETECT_R

VOLTAGE=5V

PMU_TO_TP_AMUX_AY

VOLTAGE=5V

PMU_TO_TP_AMUX_BY

VOLTAGE=2.5V

FOREHEAD_TO_PMU_NTC_P

VOLTAGE=2.5V

CAM_TO_PMU_NTC_P

VOLTAGE=2.5V

PA_TO_PMU_NTC_P

VOLTAGE=2.5V

H6P_TO_PMU_NTC_P

VOLTAGE=2.5V VOLTAGE=5V

45_PMU_TCAL PP_LED_BOOST_OUT

VOLTAGE=5V

PP_LED_DRV_LX

VOLTAGE=0.4V

PP_MIPI0D_VREG

VOLTAGE=0.4V

PP_MIPI1D_VREG

VOLTAGE=3.4V

PP_PMU_TO_VIBE

VOLTAGE=3.4V

PP_PMU_TO_VIBE_CONN

VOLTAGE=5.25V VOLTAGE=4.3V VOLTAGE=2.5V VOLTAGE=1.2V VOLTAGE=5.25V VOLTAGE=5.7V VOLTAGE=17V VOLTAGE=13.5V

PP_PMU_VCENTER PP_PMU_VDD_REF PP_PMU_VDD_RTC PP_PMU_VREF PP_PMU_VSW_CHG

PP_SAGE_LX PP_SAGE_LY PP_SAGE_TO_TOUCH_VCPH

VOLTAGE=13.5V

PP_SAGE_TO_TOUCH_VCPH_CONN

VOLTAGE=-12V

PP_SAGE_TO_TOUCH_VCPL

VOLTAGE=-12V

PP_SAGE_TO_TOUCH_VCPL_CONN

VOLTAGE=18V

PP_SAGE_VBST_OUTH

VOLTAGE=-14V

PP_SAGE_VBST_OUTL

VOLTAGE=-12V

PP_SAGE_VCPL_F

VOLTAGE=1.8V

PP_SPKAMP_FILT

VOLTAGE=1V

PP_SPKAMP_LDO_FILT

VOLTAGE=8V

PP_SPKAMP_SW

VOLTAGE=5V

PP_STRB_DRIVER_TO_LED_COOL

VOLTAGE=5V VOLTAGE=4.3V

PP_STRB_DRIVER_TO_LED_WARM PP_VCC_MAIN

VOLTAGE=4.3V

PP_VCC_MAIN_CODEC

VOLTAGE=22V

PP_WLED_LX

RADIO_MLB HIERARCHICAL SYMBOL AP/RADIO INTERFACE RF I627

45 24 22 15 12

66 24 14 13 12 10

66 24 17 16 14 12 10 4 3

PP_BATT_VCC PP_VCC_MAIN PP1V8_SDRAM PP_LDO14_2P65

46 24 17

OUT

45 3 45 3

OUT

45 13

45 3 45 22 19 16 14 13 4 2

OUT IN OUT

45 16

45 13

IN 45 3 45 3

MAKE_BASE=TRUE MAKE_BASE=TRUE MAKE_BASE=TRUE

MAKE_BASE=TRUE MAKE_BASE=TRUE

90_TRISTAR_BI_BB_USB_N 90_TRISTAR_BI_BB_USB_P PMU_TO_BB_VBUS_DET

MAKE_BASE=TRUE

45 16 3

OUT

45 13

OUT

49 3

OUT IN

45 3

OUT

45 3

PP_WL_BT_VDDIO_AP

BB_TO_LEDDRV_GSM_BLANK

OUT

45 3

PP_VCC_MAIN_WLAN

MAKE_BASE=TRUE

45_PMU_TO_WLAN_CLK32K

45 13

49 15

MAKE_BASE=TRUE

AP_TO_BB_RST_L RESET_1V8_L

PP_BATT_VCC_CONN

MAKE_BASE=TRUE

AP_TO_RADIO_ON_L BB_TO_AP_RESET_DET_L PMU_TO_BB_RST_L

MAKE_BASE=TRUE

PP_LDO14_2V65 RADIO_ON_L RESET_DET_L

MAKE_BASE=TRUE

BB_JTAG_TDI

MAKE_BASE=TRUE

BB_JTAG_TMS

RESET_PMU_L BB_RST_L

BB_JTAG_TCK

MAKE_BASE=TRUE

BB_JTAG_TRST_L

MAKE_BASE=TRUE

BB_JTAG_TDO

MAKE_BASE=TRUE

RF_RESET_L

AP_TO_BB_JTAG_TCK AP_TO_BB_JTAG_TDI AP_TO_BB_JTAG_TMS AP_TO_BB_JTAG_TRST_L BB_TO_AP_JTAG_TDO

3 45

CLK32K_AP TX_GTR_THRESH 90_BB_USB_D_N 90_BB_USB_D_P

MAKE_BASE=TRUE

BB_USB_VBUS

AP_TO_BB_UART4_RTS_L BB_TO_AP_UART4_CTS_L AP_TO_BB_UART4_TXD BB_TO_AP_UART4_RXD BB_TO_PMU_HOST_WAKE

MAKE_BASE=TRUE

BB_UART_CTS_L

BB_TO_AP_PP_SYNC 45_AP_TO_BB_I2S1_BCLK AP_TO_BB_I2S1_DOUT BB_TO_AP_I2S1_DIN AP_TO_BB_I2S1_LRCLK

MAKE_BASE=TRUE

PP_SYNC

MAKE_BASE=TRUE

BB_I2S_CLK RADIO_MLB

MAKE_BASE=TRUE

BB_I2S_RXD

MAKE_BASE=TRUE

BOARD_ID BOM OPTIONS TABLE_5_HEAD

PART#

BB_UART_RTS_L

QTY

DESCRIPTION

REFERENCE DESIGNATOR(S)

CRITICAL

BOM OPTION TABLE_5_ITEM

MAKE_BASE=TRUE

BB_UART_RXD

MAKE_BASE=TRUE

BB_UART_TXD

MAKE_BASE=TRUE

HOST_WAKE_BB

118S0621

1.00M 1% 01005

R25_RF

N51_CFG_A

118S0732

50K 1% 01005

R26_RF

N51_CFG_A

117S0159

470K 5% 01005

R25_RF

N51_CFG_B

118S0626

100K 1% 01005

R26_RF

N51_CFG_B

118S0626

100K 1% 01005

R25_RF

N53_CFG_A

118S0726

162K 1% 01005

R26_RF

N53_CFG_A

118S0626

100K 1% 01005

R25_RF

N53_CFG_B

118S0623

267K 1% 01005

R26_RF

N53_CFG_B

118S0659

255K 1% 01005

R25_RF

N48_CFG_A

118S0626

100K 1% 01005

R26_RF

N48_CFG_A

118S0689

147K 1% 01005

R26_RF

N48_CFG_B

118S0626

100K 1% 01005

R26_RF

N48_CFG_B

118S0626

100K 1% 01005

R25_RF

N49_CFG_A

118S0650

499K 1% 01005

R26_RF

N49_CFG_A

118S0732

50K 1% 01005

R25_RF

N49_CFG_B

118S0621

1.00M 1% 01005

R26_RF

N49_CFG_B

TABLE_5_ITEM

MAKE_BASE=TRUE

TABLE_5_ITEM

BB_I2S_TXD

TABLE_5_ITEM

MAKE_BASE=TRUE

BB_I2S_WS

TABLE_5_ITEM

45 13

OUT

45 13

OUT

45 13

OUT

45 13

OUT

45 13

MAKE_BASE=TRUE RADIO_TO_PMU_ADC_SMPS1_MSMC_1V05 RADIO_TO_PMU_ADC_SMPS3_MSME_1V8MAKE_BASE=TRUE RADIO_TO_PMU_ADC_LDO6_RUIM_1V8 MAKE_BASE=TRUE MAKE_BASE=TRUE RADIO_TO_PMU_ADC_LVS1

ADC_SMPS1_MSMC_1V05

TABLE_5_ITEM

ADC_SMPS3_MSME_1V8

TABLE_5_ITEM

ADC_LDO6_RUIM_1V8 ADC_LVS1

TABLE_5_ITEM

66 3

OUT

66 13

OUT

MAKE_BASE=TRUE

PMU_TO_WLAN_REG_ON AP_TO_WLAN_UART3_TXD WLAN_TO_AP_UART3_RXD WLAN_TO_PMU_HOST_WAKE

WLAN_REG_ON

TABLE_5_ITEM

MAKE_BASE=TRUE

WLAN_UART_RXD

MAKE_BASE=TRUE

WLAN_UART_TXD

MAKE_BASE=TRUE

HOST_WAKE_WLAN

TABLE_5_ITEM

45 13

66 3

OUT

45 3

OUT

45 3

66 13

OUT

66 3

45 2

45 3

OUT

49 3

45 2

45 3

OUT

45 3

OUT

45 3

45 17

OUT

49 17

OUT

49 17

OUT

49 8

OUT

49 8

OUT

49 8

OUT

49 7 49 20 49 20

IN BI IN IN

PMU_TO_BT_REG_ON AP_TO_BT_UART1_RTS_L BT_TO_AP_UART1_CTS_L AP_TO_BT_UART1_TXD BT_TO_AP_UART1_RXD

MAKE_BASE=TRUE

BT_REG_ON

MAKE_BASE=TRUE

BT_UART_CTS_L

MAKE_BASE=TRUE MAKE_BASE=TRUE MAKE_BASE=TRUE

AP_TO_BT_WAKE BT_TO_PMU_HOST_WAKE

BT_UART_RXD BT_UART_TXD

MAKE_BASE=TRUE

BT_WAKE

MAKE_BASE=TRUE

HOST_WAKE_BT

45_AP_TO_BT_I2S3_BCLK AP_TO_BT_I2S3_DOUT BT_TO_AP_I2S3_DIN AP_TO_BT_I2S3_LRCLK

MAKE_BASE=TRUE

BT_PCM_CLK

50_AP_BI_BB_HSIC1_DATA 50_AP_BI_BB_HSIC1_STB AP_TO_BB_HSIC1_RDY BB_TO_AP_HSIC1_RDY BB_TO_AP_HSIC1_REMOTE_WAKE AP_TO_BB_WAKE_MODEM

MAKE_BASE=TRUE

BT_PCM_IN

MAKE_BASE=TRUE

BT_PCM_OUT

MAKE_BASE=TRUE

BT_PCM_SYNC

MAKE_BASE=TRUE

50_HSIC_BB_DATA

MAKE_BASE=TRUE

50_AP_BI_WLAN_HSIC2_DATA 50_AP_BI_WLAN_HSIC2_STB AP_TO_WLAN_HSIC2_RDY WLAN_TO_AP_HSIC2_RDY WLAN_TO_AP_HSIC2_REMOTE_WAKE

AP_HSIC1_RDY

MAKE_BASE=TRUE

PBL_RUN_BB_HSIC1_RDY

MAKE_BASE=TRUE

BB_HSIC1_REMOTE_WAKE

MAKE_BASE=TRUE

AP_WAKE_MODEM

MAKE_BASE=TRUE

50_HSIC_WLAN_DATA

MAKE_BASE=TRUE

50_HSIC_WLAN_STROBE AP_HSIC3_RDY

MAKE_BASE=TRUE

WLAN_HSIC3_DEVICE_RDY

MAKE_BASE=TRUE

WLAN_HSIC3_RESUME

BB_TO_LAT_SW1_CTL BB_TO_LAT_SW2_CTL BB_TO_LAT_SW3_CTL BB_TO_ANTENNA_PAC_SPI_CS BB_TO_ANTENNA_PAC_SPI_SCLK BB_TO_ANTENNA_PAC_SPI_MOSI ANTENNA_PAC_TO_BB_SPI_MISO

MAKE_BASE=TRUE

LAT_SW1_CTL

MAKE_BASE=TRUE

LAT_SW2_CTL

BB_TO_AP_IPC_GPIO OSCAR_TO_RADIO_CONTEXT_A OSCAR_TO_RADIO_CONTEXT_B

MAKE_BASE=TRUE

50_HSIC_BB_STROBE

MAKE_BASE=TRUE

TABLE_5_ITEM

BT_UART_RTS_L

LAT_SW3_CTL

MAKE_BASE=TRUE

BB_SPI_TO_PAC_CS

MAKE_BASE=TRUE

BB_SPI_TO_PAC_CLK

MAKE_BASE=TRUE

BB_SPI_TO_PAC_DATA_MOSI

MAKE_BASE=TRUE

PAC_TO_BB_SPI_DATA_MISO BB_IPC_GPIO

MAKE_BASE=TRUE

OSCAR_CONTEXT_A

MAKE_BASE=TRUE

OSCAR_CONTEXT_B

www.vinafix.vn

D PDF PAGE

CSA PAGE

CONTENTS

AP INTERFACE & DEBUG CONNECTORS

PMU (1 0F 2)

PMU (2 OF 2)

BASEBAND (1 OF 2)

BASEBAND (2 OF 2)

RF TRANSCEIVER (1 0F 2)

RF TRANSCEIVER (2 OF 2)

RX MATCHING

TX INTERSTAGE FILTERS

BAND 1/34/39/38/40 TX

TABLE_TABLEOFCONTENTS_HEAD

2 TABLE_TABLEOFCONTENTS_ITEM

3 TABLE_TABLEOFCONTENTS_ITEM

4 TABLE_TABLEOFCONTENTS_ITEM

5 TABLE_TABLEOFCONTENTS_ITEM

6 TABLE_TABLEOFCONTENTS_ITEM

7 TABLE_TABLEOFCONTENTS_ITEM

8 TABLE_TABLEOFCONTENTS_ITEM

BOARD_ID BOM OPTIONS

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_HEAD

PART#

QTY

DESCRIPTION

REFERENCE DESIGNATOR(S)

CRITICAL

BOM OPTION

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_ITEM

1.00M 1% 01005

R25_RF

N51_CFG_A

118S0732

50K 1% 01005

R26_RF

N51_CFG_A

117S0159

470K 5% 01005

R25_RF

N51_CFG_B

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

118S0621

BAND 2/3 PAD

BAND 7/20 PAD

118S0626

100K 1% 01005

R26_RF

N51_CFG_B

118S0626

100K 1% 01005

R25_RF

N53_CFG_A

BAND 5/8 PAD

118S0726

162K 1% 01005

R26_RF

N53_CFG_A

118S0626

100K 1% 01005

R25_RF

N53_CFG_B

118S0623

267K 1% 01005

R26_RF

N53_CFG_B

118S0659

255K 1% 01005

R25_RF

N48_CFG_A

118S0626

100K 1% 01005

R26_RF

N48_CFG_A

118S0689

147K 1% 01005

R26_RF

N48_CFG_B

118S0626

100K 1% 01005

R26_RF

N48_CFG_B

118S0626

100K 1% 01005

R25_RF

N49_CFG_A

118S0650

499K 1% 01005

R26_RF

N49_CFG_A

118S0732

50K 1% 01005

R25_RF

N49_CFG_B

118S0621

1.00M 1% 01005

R26_RF

N49_CFG_B

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

2G PA

PA DCDC CONVERTER

PRIMARY ASM

RX DIVERSITY

GPS

ANTENNA FEEDS

SWITCH LOGIC

BLANK

WIFI/BT

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

TABLE_5_ITEM

TABLE_TABLEOFCONTENTS_ITEM

21 TABLE_TABLEOFCONTENTS_ITEM

22 TABLE_TABLEOFCONTENTS_ITEM

23 TABLE_TABLEOFCONTENTS_ITEM

SCH :951-2770 BOM :639-3973 BOARD :820-3382 PART#

QTY

DESCRIPTION

REFERENCE DESIGNATOR(S)

CRITICAL

TABLE_5_HEAD

BOM OPTION TABLE_5_ITEM

951-2446 1

X152_RADIO_MLB

825-2029 1

EEE FOR 939-0308

SCH

EEEE_????

TABLE_5_ITEM

CONFIDENTIAL AND PROPRIETARY APPLE SYSTEM DESIGN. FOR REFERENCE PURPOSE ONLY - NOT A CHANGE REQUEST

www.vinafix.vn

AP INTERFACE & DEBUG CONNECTORS DEBUG CONNECTOR PROBE POINTS

AP CONNECTIONS 16 15 14 13 12 11 3 2

PP_BATT_VCC_CONN

PP_VCC_MAIN_WLAN

BB_RST_L

6 2

RESET_DET_L

BB_ERROR_FLAG

OUT

PP2_RF

OUT

P4MM

OUT

PP3_RF

RADIO_ON_L

P4MM

RESET_PMU_L

6 2

HOST_WAKE_BB

OUT

PP11_RF

23 2 6

RF_RESET_L PBL_RUN_BB_HSIC1_RDY WLAN_HSIC3_RESUME

OUT

P4MM

OUT

AP_WAKE_MODEM

50_HSIC_BB_STROBE

BB_HSIC1_REMOTE_WAKE

OUT

BB_UART_TXD

OUT

PP18_RF

2 23

SPI_CLK

2 23

6 2

BB_UART_RTS_L

OUT

6 2

BB_UART_CTS_L

PP19_RF

SPI_CS_L

PP_SMPS3_MSME_1V8

RESET_PMU_L

BT_WAKE

RADIO_ON_L

OUT

BB_USB_VBUS

5 2

90_BB_USB_D_N

90_BB_USB_D_P

OUT

RF_RESET_L

5 2

OUT

BB_JTAG_TCK

25 27

PP_LDO6_RUIM_1V8 WLAN_REG_ON

PMIC_RESOUT_L

AP_HSIC1_RDY

BT_REG_ON

OUT

BB_JTAG_TRST_L

HOST_WAKE_BB

OUT

BB_JTAG_RTCLK

RESET_DET_L

2 6

PS_HOLD_PMIC

SIMCRD_CLK_CONN SIMCRD_IO_CONN

2 6

BB_I2S_CLK

P4MM

6 2

BB_I2S_WS

BB_UART_TXD

6 2

BB_I2S_TXD

6 2

OUT

6 2

OUT

BB_UART_RXD

SIM_TRAY_DETECT

BB_I2S_RXD

PP21_RF

6 2

BB_UART_RTS_L

BB_RST_L

6 2

OUT

BB_UART_CTS_L

SIMCRD_RST_CONN

PP22_RF

WLAN_UART_RXD

HOST_WAKE_WLAN WLAN_HSIC3_DEVICE_RDY

23 2

WTR_RF_ON

OUT

PP40_RF SM

WLAN_COEX_TXD

OUT

PP41_RF

AP_HSIC3_RDY

23 2

50_HSIC_WLAN_DATA

23 2

50_HSIC_WLAN_STROBE

HOST_WAKE_BT

PP42_RF

OUT

BT_WAKE

23 2

BT_UART_TXD

OUT

23 2

BT_UART_RXD

BT_UART_RTS_L

BT_REG_ON

BT_PCM_CLK

BT_PCM_SYNC

BT_PCM_OUT

BT_PCM_IN

6 2

LAT_SW1_CTL

OUT

LAT_SW2_CTL

LAT_SW3_CTL

OUT

BB_SPI_TO_PAC_CS

OUT

20 6 20 6 20 18 17 11 10 3

BB_JTAG_TDI

5 2

BB_JTAG_TMS

5 2

BB_JTAG_TRST_L

5 2

BB_JTAG_TDO

BB_IPC_GPIO

51 GPIO54/BOOT_CONFIG_0

ANT_SEL_2

OUT

6 17 18

18 17 11 6

OUT

ANT_SEL_1

GPIO53/BOOT_CONFIG_1

53 GPIO48/BOOT_CONFIG_6

LAT_SW1_CTL

OUT

2 6

BOOT OPTIONS

2 5

2 23

49 50

BOOT_DEFAULT_OPTION

0X00

BOOT_NAND_OPTION

0X01

BOOT_HSIC_OPTION

0X02

BOOT_USB_OPTION

0X03

0X08

ENABLE SAHARA PROTOCOL 2 23

J2_RF

P4MM SM 1 BT_UART_TXD PP

MM4829-2702 NOSTUFF

PP47_RF

P4MM SM 1 BT_UART_RXD

2 23

F-ST-SM

2 23

50_HSIC_BB_DATA

2 5

PP4_RF

P4MM SM 1 BB_I2S_CLK PP

2 6

J3_RF

MM4829-2702 F-ST-SM

NOSTUFF

2 6

OUT

50_HSIC_BB_STROBE

2 5

PP6_RF

P4MM SM 1 BB_I2S_RXD PP

2 6

OUT

PP7_RF

OUT

P4MM SM 1

OUT

23 6

OSCAR_CONTEXT_A

23 6

OSCAR_CONTEXT_B

BB_I2S_TXD

2 6

SIM CARD CONNECTOR 5 3 2

PP_LDO6_RUIM_1V8

J11_RF

XW12_RF

5 3

ADC_SMPS1_MSMC_1V05

XW13_RF

8 6 5 3 2

PP_SMPS3_MSME_1V8

SHORT-10L-0.1MM-SM 1 2

PP_LDO6_RUIM_1V8

SHORT-10L-0.1MM-SM 1 2

ADC_SMPS3_MSME_1V8

6 2

SIMCRD_RST_CONN

2 RST SIM-CARD-N48 I/O 7 F-ST-SM

SIMCRD_IO_CONN

SIMCRD_CLK_CONN

3 CLK

SIM_TRAY_DETECT

ADC_LDO6_RUIM_1V8

8 9 10 11 13 5

XW14_RF

5 3 2

DETECT 12 GND

SIM CARD ESD PROTECTION

1% 1/32W MF 2 01005

VCC

SHORT-10L-0.1MM-SM 1 2

R3_RF

15.00K

A PP_SMPS1_MSMC_1V05

SWP 6

C700_RF

100PF

5% 16V 2 NP0-C0G 01005

U5_RF

2 6

TPD4E101DPWR SON4

OUT

2 6

PP_LDO6_RUIM_1V8 1

PP_LVS1

SHORT-10L-0.1MM-SM 1 2

2 3 5

6 2

SIM_TRAY_DETECT

SIMCRD_CLK_CONN

2 6

12V-33PF

5 GND

01005

2 6 2

ADC_LVS1

SIMCRD_IO_CONN

C1_RF

XW15_RF

5 3

GPIO/BOOT_CONFIG CONFIGURATION

BOOT_CONFIG SW REGISTER VALUE

PP46_RF

P4MM SM 1 BB_I2S_WS PP

OUT

ADC_LVS1

PBL_RUN_BB_HSIC1_RDY

PP5_RF

OUT

ADC_LDO6_RUIM_1V8

GPIO51/BOOT_CONFIG_3

2 5

1 50_HSIC_BB_DATA

P4MM SM 1 50_HSIC_WLAN_DATA

ADC_SMPS1_MSMC_1V05 ADC_SMPS3_MSME_1V8

GPIO_51

PP45_RF

2 6

GPIO_DEBUG_LED

BB_JTAG_TCK

6 23

OUT

5 2

LTE_COEX_TXD

P4MM SM 1 50_HSIC_WLAN_STROBE

OUT

5 2

2 6

OUT

PP44_RF

OUT

PAC_TO_BB_SPI_DATA_MISO PP_LDO14_2V65

SM PP

OUT

BB_SPI_TO_PAC_DATA_MOSI

PP43_RF P4MM-NSM

OUT

BB_SPI_TO_PAC_CLK

BT_UART_CTS_L

20 6

OUT

P4MM-NSM SM 1 50_HSIC_BB_STROBE

20 6

2 6 2 4

P4MM

23 2

2 6

OUT

6 6 7

P4MM

23 2

WLAN_UART_TXD

P4MM

WLAN_REG_ON

6 7

OUT

CLK32K_AP

23 2

4 6 7

PP_WL_BT_VDDIO_AP

23 2

2 6

6 7

WTR_RX_ON

2 23

BB_JTAG_TDI

6 2

2 6

BB_JTAG_TDO

BB_JTAG_TMS

PP20_RF

OUT

4 5

PP_SYNC

OUT

90_BB_USB_D_N

2 23

OUT

5 2

P4MM

2 3 5

5 2

IN OUT

5 2

WTR_SSBI_PRX_DRX

2 23

90_BB_USB_D_P

2 3 5 6 8

NC NC

5 2

IN OUT

5 2

WTR_SSBI_TX_GPS

OUT

5 2

2 23

P4MM

OUT

5 2

WLAN_HSIC3_RESUME

4 2

P4MM

5 2

SPI_DATA_MISO

DEBUG_RST_L

P4MM PP

OUT

4 2

PP16_RF 2 23

M-ST-SM

5 6

P4MM

WLAN_HSIC3_DEVICE_RDY

BB_UART_RXD

P4MM

6 2

BB_USB_VBUS

SPI_DATA_MOSI

PP12_RF

AP_HSIC3_RDY

PP15_RF

5 2

PP13_RF

6 2

P4MM

4 5

50_HSIC_BB_DATA

56 2 6

PP14_RF

AP_HSIC1_RDY

AXE654124

P4MM-NSM SM 1 SIMCRD_CLK_CONN

PP10_RF

CLK32K_AP

5 2

2 3 11 12 13 14 15 16

J1_RF

PP9_RF

P4MM

OUT

2 6

4 5

PMIC_SSBI

6 2

5 2

SLEEP_CLK_32K

4 2

6 2

4 2

OUT

P4MM-NSM SM 1 SIMCRD_RST_CONN

P4MM

TX_GTR_THRESH

4 2

PP_BATT_VCC_CONN

PP8_RF

PP1_RF

IN = FROM AP OUT = TO AP

SIMCRD_RST_CONN

2 6

CONFIDENTIAL AND PROPRIETARY APPLE SYSTEM DESIGN. FOR REFERENCE PURPOSE ONLY - NOT A CHANGE REQUEST

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PMU (1 OF 2) PP_LVS1

OUT

PP_VREG

2 5

INTERNAL USE ONLY

C12_RF

1.0UF 20% 6.3V X5R 0201-1

L1_RF 2.2UH-20%-1.2A-0.15OHM 1

PP_SMPS1_MSMC_1V05

OUT

2 5

OUT

5 8

OUT

2 3 5 6 8

OUT

3 8

OUT

0806

C55_RF

22UF

20% 6.3V 2 X5R-CERM2 0603

S1_GND 3

L4_RF 2.2UH-20%-1.2A-0.15OHM 1

PP_SMPS2_RF1_1V3

2 0806

C56_RF

22UF

20% 6.3V 2 X5R-CERM2 0603

PM8018-0

C50_RF

XW17_RF SHORT-10L-0.1MM-SM 1 2

16 15 14 13 12 11 2

28 REF_BYP 34 REF_GND

0806

VSW_S1 1

C42_RF

10UF 2

20% 6.3V CERM-X5R 0402-1

OMIT_TABLE

C43_RF

10UF 2

20% 6.3V CERM-X5R 0402-1

OMIT_TABLE

C44_RF

10UF 2

20% 6.3V CERM-X5R 0402-1

C45_RF

VREG_S1

56PF 2

95 VDD_S2

5% 16V NP0-C0G 01005

VSW_S2 VREG_S2

OMIT_TABLE

6 18 24

VDD_S3

VSW_S3 VSW_S5_2 VREG_S3

98 VDD_S4 VSW_S4 VREG_S4 89 101 1

C46_RF

4.7UF 2

4 3 S1_GND

20% 10V X5R-CERM 0402

4 3 S2_GND

C47_RF

4.7UF 2

20% 10V X5R-CERM 0402

4 3 S3_GND

C48_RF

4.7UF 2

20% 10V X5R-CERM 0402

4 3 S4_GND

C49_RF

4.7UF 2

20% 10V X5R-CERM 0402

4 3 S5_GND

VDD_S5

C51_RF

8 6 5 3 2

PP_SMPS4_RF2_2V05 PP_SMPS3_MSME_1V8 PP_SMPS5_DSP_1V05

C57_RF

20% 2 6.3V X5R-CERM 0603-3

20% 10V X5R-CERM 0402

8 VDD_XO 44 VDD_L2_L3

75 58 70 59

VDD_L7 VDD_L8 VDD_L9 VDD_L10_L11

VREG_XO VREG_L2 VREG_L3 VREG_L4 VREG_L5 VREG_L6 VREG_L13 VREG_L14 VREG_L7 VREG_L8 VREG_L9 VREG_L10 VREG_L11 VREG_L12

20% 2 6.3V X5R-CERM 0603-3

PP_VSW_S3

LOW PROFILE CAP 138S0817 DO NOT REPLACE

S4_GND

L5_RF

3 4

2.2UH-20%-2.3A-0.115OHM PP_SMPS5_DSP_1V05

PP_VSW_S4 TFA252010-SM 1

PP_VSW_S5

C59_RF

22UF

20% 6.3V 2 X5R-CERM2 0603 3 4

PP_LDO1 PP_LDO2_XO_HS_1V8 PP_LDO3_AMUX_1V8 PP_LDO4_VDDA_3V3 PP_LDO5_GPS_LNA_2V5 PP_LDO6_RUIM_1V8 PP_LDO13_VDDPX_2V95 PP_LDO14_2V65 PP_LDO7_DAC_1V8 PP_LDO8_VDDPX_1V2 PP_LDO9_PLL_1V05 PP_LDO10_ADSP_1V05 PP_LDO11_MDSP_FW_1V05 PP_LDO12_MDSP_SW_1V05

20 31 32 84 11 17 23 29 63 54 77 65 55 43 1

C2_RF

1.0UF

C52_RF

C3_RF

1.0UF

20% 6.3V X5R 0201-1

1.0UF

C53_RF

20% 6.3V X5R 0201-1

C54_RF

1.0UF 2

20% 6.3V X5R 0201-1

C6_RF

1.0UF

20% 6.3V 2 X5R 0201-1

20% 6.3V X5R 0201-1

1.0UF

20% 6.3V X5R 0201-1

C4_RF

1.0UF 2

20% 6.3V X5R 0201-1

10UF

20% 6.3V CERM-X5R 0402-1

C7_RF

1.0UF 2

20% 6.3V X5R 0201-1

C10_RF

10UF

20% 6.3V X5R 0201-1

C5_RF

C8_RF

10UF

20% 6.3V CERM-X5R 0402-1

C9_RF

10UF 2

20% 6.3V CERM-X5R 0402-1

C13_RF 20% 6.3V CERM-X5R 0402-1

C11_RF

10UF 2

20% 6.3V CERM-X5R 0402-1

CONFIDENTIAL AND PROPRIETARY APPLE SYSTEM DESIGN. FOR REFERENCE PURPOSE ONLY - NOT A CHANGE REQUEST

C58_RF

22UF

NOSTUFF 3 4

0806

PP_VSW_S2

20% 4V X5R 01005

PP_SMPS4_RF2_2V05

S5_GND

64 VDD_L12

S3_GND

L3_RF 2.2UH-20%-1.2A-0.15OHM

PP_VSW_S1

C60_RF

0.1UF

22UF

LOW PROFILE CAP 138S0817 DO NOT REPLACE

92 97 79 90 102 83 42 48 100 12 81 87 105 82 88 76

4.7UF 2

5 VDD_L5_L6_L13_L14

8 3

VSW_S5 VREG_S5

78 VDD_L4

VOUT_LVS1 53

104 VDD_S1

PP_BATT_VCC_CONN

3 4

PP_SMPS3_MSME_1V8

VREG_RFCLK 13

REF_GND

NOSTUFF

20% 6.3V 2 X5R-CERM 01005

BGA VREG (SYM 5 OF 5)

0.1UF

S2_GND

L2_RF 2.2UH-20%-1.2A-0.15OHM

U2_RF

REF_BYP

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INTERNAL USE ONLY

OUT

4 5

OUT

2 5

OUT

2 10 11 17 18 20

OUT

PMU (2 OF 2) 5 4 3

PA_ID

CONFIG

BOARD_ID

PP_LDO3_AMUX_1V8

68.1K

100K

1% 1/32W MF 2 01005

CONFIG A

0.7V

PROTO1

1.3V

CONFIG B

0.9V

PROTO2

1.5V

CONFIG C

1.1V

EVT1

1.3V

EVT2

1.5V

DVT

1% 1/32W MF 2 01005

1.7V

PVT

CONFIG D

R25_RF

R23_RF

1.1V

1.7V

REVISION

NOSTUFF

PA_ID

BOARD_ID

R26_RF

R24_RF

105K

162K

1% 1/32W MF 2 01005

U2_RF

PM8018-0

NOSTUFF

OUT

BGA MPP MISC (SYM 4 OF 5)

VDDPX_BIAS NC NC

VREF_DAC_BIAS

85 67 66 72 73 80

MPP_01 MPP_02 MPP_03 MPP_04 MPP_05 MPP_06

GPIO_01 GPIO_02 GPIO_03 GPIO_04 GPIO_05 GPIO_06

33 38 50 60 71 49

NC NC NC NC NC NC

R21_RF 2

BB_RST_L

1.00K

AP SECTION NEEDS ITS OWN THERMISTOR PLACED NEAR THE PAâ&#x20AC;&#x2122;S.

U2_RF

5% 1/32W MF 01005

PM8018-0

BGA CONTROL (SYM 1 OF 5)

R20_RF 6

PS_HOLD

20.0K

PS_HOLD_PMIC

47 PS_HOLD

RADIO_ON_L

RESET_PMU_L

69 KPD_PWR* 16 PM_RESIN_N NC NC

5 2

LED_DRV_N 86

5% 1/32W MF 01005

PON_RESET* 4 PM_USR_INT_N 21 PM_MDM_INT_N 14

62 OPT_1 74 OPT_2

OUT

PM_USR_IRQ_L

OUT

PM_MDM_IRQ_L

OUT

2 5

PON_TRIG 41 BAT_ID 35

68 SSBI

PMIC_SSBI

PMIC_RESOUT_L

GND NEEDS TO BE CLEARED UNDER THIS CRYSTAL TO MINIMIZE THERMAL DRIFT

Y1_RF

19.2MHZ-7PF 2.0X1.60MM 1 3 4

19P2M_XTAL_IN

U2_RF

PM8018-0

BGA CLOCKS (SYM 2 OF 5) 1 XTAL_19M_IN 2 XTAL_19M_OUT XO_OUT_A0 19 XO_OUT_D0 25

19P2M_XTAL_OUT

5 4 3

XW1_RF

U2_RF

SHORT-10L-0.25MM-SM 1 2

PM8018-0

R22_RF

100K

XW2_RF 91 GND_S1 103 GND_S2 96 30 GND_S3 36 93 GND_S4 99 GND_S5 94

57 VCOIN GND

39 51 61 56 46 52 40

3 S1_GND

SHORT-10L-0.25MM-SM 1 2

NOSTUFF 3 S2_GND

XW3_RF

3 S3_GND

SHORT-10L-0.25MM-SM 1 2

3 S4_GND

XW4_RF

1% 1/32W MF 2 01005

NOSTUFF

BGA INPUT PWR (SYM 3 OF 5)

PP_LDO3_AMUX_1V8

3 XTAL_32K_IN 15 XTAL_32K_OUT

XO_OUT_D0_EN 9

19P2M_MDM

27 GND0 10 XO_THERM 22 XOADC_GND

C127_RF

OUT

B 19P2M_CLK_EN

SLEEP_CLK_32K

OUT

2 5

RSVD 7

1000PF

NOSTUFF

SLEEP_CLK 26

OUT

45 GND1

XO_THERM_Y1

SHORT-10L-0.25MM-SM 1 2

XO_OUT_A1 37

19P2M_WTR

10% 6.3V X5R-CERM 01005

3 S5_GND

NOSTUFF

XW16_RF SHORT-10L-0.25MM-SM 1 2

XO_GND

NOSTUFF

XW10_RF SHORT-10L-0.1MM-SM 1

CONFIDENTIAL AND PROPRIETARY APPLE SYSTEM DESIGN. FOR REFERENCE PURPOSE ONLY - NOT A CHANGE REQUEST

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BASEBAND (1 OF 2) U1_RF

5 3 2

MDM9615M

PP_SMPS1_MSMC_1V05 1

C15_RF

1.0UF 20% 6.3V X5R 0201-1

D 5 3

20% 6.3V X5R 0201-1

1.0UF 20% 6.3V X5R 0201-1

1.0UF 2

C16_RF 20% 6.3V X5R 0201-1

PP_SMPS3_MSME_1V8 1

C14_RF

1.0UF 2

20% 6.3V X5R 0201-1

C17_RF

1.0UF 2

C22_RF

PP_LDO11_MDSP_FW_1V05

C30_RF

C27_RF

1.0UF

20% 6.3V X5R 0201-1

C34_RF

1.0UF

20% 6.3V X5R 0201-1

C35_RF

1.0UF

20% 6.3V X5R 0201-1

C36_RF

1.0UF 2

20% 6.3V X5R 0201-1

PP_LDO12_MDSP_SW_1V05 1

C25_RF

1.0UF

20% 6.3V X5R 0201-1

5 3

1.0UF

5 3

1.0UF

20% 6.3V X5R 0201-1

PP_LDO10_ADSP_1V05

20% 6.3V X5R 0201-1

PP_SMPS3_MSME_1V8 1

1.0UF

20% 6.3V X5R 0201-1

A21 AA1 AA21 B2 B7 B11 B14 B15 C19 F6 F7 F10 F15 F16 F19 G2 G6 G10 G11 G15 G16 G17 G20 H6 H10 H11 H15 H16 J6 J7 J10 J11 J14 J15 K6 K7 K10 K11 K14 K15 K20 L2 L6 L7 L10 L11 L14 L15 M6 M7 M10 M11

20% 6.3V X5R 0201-1

C24_RF

1.0UF

20% 6.3V X5R 0201-1

C21_RF

1.0UF

8 6 5 3 2

C19_RF

C28_RF

1.0UF

20% 6.3V X5R 0201-1

C29_RF

1.0UF

20% 6.3V X5R 0201-1

C32_RF

1.0UF

20% 6.3V X5R 0201-1

U1_RF

MDM9615M

5 3 2

PP_SMPS1_MSMC_1V05

C68_RF

1.0UF 2

20% 6.3V X5R 0201-1

F8 F9 F12 F13 F14 G9 G12 H9 H12 J8 J9 J12 J13 K8 K9 K12 K13 L8 L9 L12 L13 M8 M9 M12 M13 N8 N9 N12 N13 P9 P12 R9 R12 T8 T9

BGA (5 OF 6) PWR

AA20 B19 F20 M20

PP_SMPS3_MSME_1V8

C5 C6 E6 E7 F5

PP_LDO10_ADSP_1V05

PP_LDO11_MDSP_FW_1V05

VDD_MDSP_FW

T15 T16 T17 U14 U15 U16 U17 U19 T19

VDD_MDSP_SW

N15 N16 N17 N19 P15 P16 P17 P19

VDD_DDR

VDD_ADSP

VDD_CORE

PP_LDO9_PLL_1V05

C17 C18 E17 F17 G7 G8 G13 G14 H7 H8 H13 H14 P7 P8 P13 P14 R7 R8 R13 R14

PP_LDO12_MDSP_SW_1V05

PP_LVS1 1

2 3 5 6 8

3 5

2 3

PP_SMPS3_MSME_1V8

PP_LDO13_VDDPX_2V95

A14 A19 F21 M1 M21

GND

GND_ANA

K17 VDD_PLL1 L17 VDD_PLL2 W12 VDD_A2 U6 VDD_A2 U7 GND AA11 GND AA18

PP_LDO3_AMUX_1V8

3 5

3 4

4 2

PMIC_RESOUT_L

DEBUG_RST_L

4 2

SLEEP_CLK_32K

BB_JTAG_TCK

BB_JTAG_TDI

BB_JTAG_TMS

BB_JTAG_TRST_L

C71_RF 20% 6.3V X5R 0201-1

C31_RF

0.1UF 2

20% 4V X5R 01005

PP_LDO7_DAC_1V8

VDD_P3

VDD_P4 VDD_P5 VDD_P6 VDD_P7

VDD_P1

Y3 AA2 W4 AA4

NC PP_SMPS2_RF1_1V3 1

C70_RF

IN 1

1.0UF 2

20% 6.3V X5R 0201-1

3 8

C33_RF

1.0UF

PP_SMPS3_MSME_1V8

20% 6.3V X5R 0201-1

IN OUT

19P2M_CLK_EN

4 2

PMIC_SSBI

90_BB_USB_D_P

90_BB_USB_D_N

RREFEXT

2 3 5 6 8

ID IS NC

C69_RF

1.0UF 2

A2 PP_LDO6_RUIM_1V8 A3 PP_SMPS3_MSME_1V8 A7 PP_LDO8_VDDPX_1V2 A11 PP_SMPS3_MSME_1V8

20% 6.3V X5R 0201-1

BGA (1 OF 6) DIGITAL

2 3

2 3 5 6 8

NC NC NC NC

NC NC

D21 E19 D20 D19

EBI2_NAND_CS* EBI2_OE* EBI2_WE* EBI2_BUSY*

C20 EBI2_CLE* E20 EBI2_ALE*

F11 J16 K16 L16 T6 T7 T11 U9 U12 W7 W14 Y7 Y11 Y15 Y18 U13 W13

TCK TDI TMS TRST*

W20 MODE_0 Y19 MODE_1

BB_USB_VBUS

C11 E11 A12 C12 B12 C10

USB_HS_DP USB_HS_DM USB_HS_REXT USB_HS_ID USB_HS_SYSCLK USB_HS_VBUS

RESOUT* U20

TDO AA3 RTCK Y2 HSIC_CAL A8 HSIC_DATA C7 HSIC_STB B8

DNC

DNC R7_RF

1% 1/32W MF 2 01005

BB_JTAG_TDO BB_JTAG_RTCLK

OUT

R9_RF

50_HSIC_CAL

50_HSIC_BB_DATA 50_HSIC_BB_STROBE

E8 C8 B9 A9

240

1% 1/32W MF 01005

E9 C9 B10 A10

NC NC NC NC

SDC1_CMD K19 SDC1_CLK L21

L19 L20 N20 N21

SDC1_DATA0 SDC1_DATA1 SDC1_DATA2 SDC1_DATA3

K21 VDD_P2

EBI2_AD_0 EBI2_AD_1 EBI2_AD_2 EBI2_AD_3 EBI2_AD_4 EBI2_AD_5 EBI2_AD_6 EBI2_AD_7

J20 J19 G19 H20 J21 H19 H21 E21

EBI1_CAL

240

1% 1/32W MF 01005

NC NC NC NC NC NC NC

NC NC NC

CONFIDENTIAL AND PROPRIETARY APPLE SYSTEM DESIGN. FOR REFERENCE PURPOSE ONLY - NOT A CHANGE REQUEST

R10_RF EBI1_CAL C21

200

BGA (2 OF 6) EBI1_EBI2

V20 CXO U21 CXO_EN Y21 SSBI_PMIC

19P2M_MDM

4 4

A15 G1 G21 L1 U1 W19

Y20 RESIN* Y4 SRST* AA19 SLEEP_CLK

NOSTUFF

VDD_A1 W9 VDD_A1 AA7 GND AA15

VDD_MEM

IN 1

PP_LDO9_PLL_1V05

1.0UF

VDDPX_BIAS

U1_RF

MDM9615M

PP_LDO2_XO_HS_1V8 PP_LDO4_VDDA_3V3

U1_RF

5% 1/32W MF 01005

VDD_QFUSE_PRG B13 VDD_USB_1P8 E12 VDD_USB_3P3 E10

M14 M15 M16 M17 M19 N6 N7 N10 N11 N14 P6 P10 P11 R6 R10 R11 R15 R16 R17 R19 T10 T12 T13 T14 U2 V19

R6_RF

1 8 6 5 3 2

GND

470K

VDD_HVPAD_BIAS E16 5 3

BGA (6 OF 6) GND

C26_RF

5 3

1.0UF

C23_RF

1.0UF

20% 6.3V X5R 0201-1

C20_RF

1.0UF

PP_LDO9_PLL_1V05 1

8 6 5 3 2

C18_RF

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BASEBAND (2 OF 2) D

U1_RF

MDM9615M BGA (4 OF 6) ANALOG

VREF_DAC_BIAS

DAC0_VREF W5 1

PRX_BB_I_P PRX_BB_I_N PRX_BB_Q_P PRX_BB_Q_N

U8 W8 Y8 AA8

DRX_BB_I_P DRX_BB_I_N DRX_BB_Q_P DRX_BB_Q_N

Y10 AA10 Y9 AA9 NC NC NC NC

W17 W18 W15 W16

W10 U10 W11 U11

GPS_BB_I_P GPS_BB_I_N GPS_BB_Q_P GPS_BB_Q_N

0.1UF

BBRX_IP_CH0 BBRX_IM_CH0 BBRX_QP_CH0 BBRX_QM_CH0

NC TX_DAC1_QP Y13 TX_DAC1_QM AA13 NC

BBRX_IP_CH1 BBRX_IM_CH1 BBRX_QP_CH1 BBRX_QM_CH1

TX_DAC0_IP TX_DAC0_IM TX_DAC0_QP TX_DAC0_QM TX_DAC0_IREF

BBRX_IP_CH2 BBRX_IM_CH2 BBRX_QP_CH2 BBRX_QM_CH2

8 6 5 3 2

20% 2 6.3V X5R-CERM 01005

PP_SMPS3_MSME_1V8 1

R4_RF

TX_BB_I_P TX_BB_I_N TX_BB_Q_P TX_BB_Q_N WTR_BB_TX_DAC_IREF

1% 1/32W MF 2 01005

OUT

NC TX_DAC1_IP Y14 TX_DAC1_IM AA14 NC

OUT

20 2

OUT

20 2

OUT

20 2

NC NC

20 2

OUT

6 2

OUT

6 2 6 2

DNC

V21 W21 Y12 Y16 Y17 AA12 AA16 AA17

NC NC NC NC NC NC NC NC

GNSS_BB_IP GNSS_BB_IM GNSS_BB_QP GNSS_BB_QM

U1_RF

10K

Y6 AA6 Y5 AA5 W6

H17 J17 7

OUT

C62_RF

OUT IN

6 2

OUT

23 2

MDM9615M

SIM_TRAY_DETECT SIMCRD_RST_CONN SIMCRD_CLK_CONN SIMCRD_IO_CONN BB_SPI_TO_PAC_CLK BB_SPI_TO_PAC_CS PAC_TO_BB_SPI_DATA_MISO BB_SPI_TO_PAC_DATA_MOSI SPI_CLK SPI_CS_L SPI_DATA_MISO SPI_DATA_MOSI BB_UART_RTS_L BB_UART_CTS_L BB_UART_RXD BB_UART_TXD NC

2 2

OUT BI

2 2

OUT BI

OUT

OSCAR_CONTEXT_A AP_WAKE_MODEM GPIO_DEBUG_LED BB_I2S_CLK BB_I2S_WS BB_I2S_RXD BB_I2S_TXD NC NC NC NC NC I2C_SCL I2C_SDA

B FL4_RF

70-OHM-300MA 8 6 5 3 2

PP_SMPS3_MSME_1V8 1

OUT

GSM_PA_LB_EN GSM_PA_HB_EN PA_ON_B7_B20 NC

PP_SPI_NOR_1V8

01005-1 1

C61_RF

0.1UF

20% 6.3V 2 X5R-CERM 01005

OUT

11 10

OUT

PA_MB_CTL1 PA_ON_B2_B3 PA_ON_B5_B8 PA_MB_CTL0 NC

OUT

7 2

OUT

7 2

OUT

PA_BS WTR_RX_ON WTR_RF_ON

14 13 12 11

B6 A6 A5 B5 C4 B3 B4 A4 A16 A13 E14 E13 C14 C13 E15 A18 C15 B16 B18 C16 A17 B21 B20 A20 B17 P21 R21 P20 R20 T20 T21 U5 V2 V1 U3 T3 T1 T5 R5 R3 T2 R2 P5 P1

BGA (3 OF 6) GPIO GPIO_0 GRFC_14 GPIO_44 GPIO_1 GRFC_15 GPIO_45 GRFC_18 GPIO_46 GPIO_2 GPIO_3 GRFC_19 GPIO_47 GRFC_20 GPIO_48 GPIO_4 GPIO_5 GRFC_21 GPIO_49 GPIO_6 GRFC_22 GPIO_50 GPIO_7 GRFC_23 GPIO_51 GRFC_24 GPIO_52 GPIO_8 GPIO_9 GRFC_25 GPIO_53 GRFC_26 GPIO_54 GPIO_10 GRFC_27 GPIO_55 GPIO_11 GPIO_12 GRFC_28 GPIO_56 GPIO_13 GRFC_29 GPIO_57 GPIO_14 GRFC_30 GPIO_58 GPIO_15 GRFC_31 GPIO_59 GPIO_16 GRFC_32 GPIO_60 GRFC_33 GPIO_61 GPIO_17 GPIO_18 GRFC_34 GPIO_62 GPIO_19 GRFC_35 GPIO_63 GPIO_20 GRFC_36 GPIO_64 GPIO_21 GRFC_37 GPIO_65 GRFC_38 GPIO_66 GPIO_22 GRFC_39 GPIO_67 GPIO_23 GPIO_24 GPIO_68 GPIO_25 GPIO_69 GPIO_26 GPIO_70 GPIO_27 GPIO_71 GPIO_28 GPIO_72 GPIO_29 GPIO_73 GPIO_30 GPIO_74 GPIO_31 GRFC_0 GPIO_75 GPIO_32 GRFC_1 GPIO_76 GPIO_33 GRFC_2 GPIO_77 GPIO_34 GRFC_3 GPIO_78 GPIO_35 GRFC_4 GPIO_79 GPIO_36 GRFC_5 GPIO_80 GPIO_37 GRFC_6 GPIO_81 GPIO_38 GRFC_7 GPIO_82 GPIO_39 GRFC_8 GPIO_83 GPIO_40 GRFC_9 GPIO_84 GPIO_41 GRFC_10 GPIO_85 GPIO_42 GRFC_11 GPIO_86 GPIO_43 GRFC_13 GPIO_87

P3 R1 N5 N3 NC P2 M2 N1 NC N2 M3 L3 M5 L5 K1 K5 K3 K2 J2 J5 J1 J3 NC H3 H5 G5 H1 NC H2 F3 F1 G3 V3 NC W3 W2 W1 Y1 F2 E2 E3 D1 E1 D2 D3 C1 NC B1 C2 C3

PA_R1 B40_FILT_SELECT LAT_SW3_CTL LAT_SW1_CTL TX_GTR_THRESH GPIO_51 ANT_SEL_0 ANT_SEL_1 ANT_SEL_2 ANT_SEL_3 ANT_SEL_4 3P4T_SEL_0 3P4T_SEL_1 LAT_SW2_CTL DCDC_EN DCDC_MODE BS_SP2T_CTL

BOOT_CONFIG_6 BOOT_CONFIG_5 BOOT_CONFIG_4 BOOT_CONFIG_3 BOOT_CONFIG_2 BOOT_CONFIG_1 BOOT_CONFIG_0

BB_PDM LTE_COEX_RXD LTE_COEX_TXD BB_HSIC1_REMOTE_WAKE BB_IPC_GPIO WTR_SSBI_PRX_DRX WTR_SSBI_TX_GPS BB_ERROR_FLAG WTR_GP_DATA0 GPH WTR_GP_DATA1 GPH WTR_GP_DATA2 GPH WLAN_TX_BLANK OSCAR_CONTEXT_B PBL_RUN_BB_HSIC1_RDY AP_HSIC1_RDY PM_MDM_IRQ_L RESET_DET_L PS_HOLD PP_SYNC HOST_WAKE_BB PM_USR_IRQ_L

OUT

11 12 13 14 15

OUT

11 17 18

OUT

2 11 17 18

OUT

2 17 18

OUT

17 18

OUT

2 23

OUT

2 7

OUT

2 23

OUT

VCC

U6_RF

SERIAL-SPI-2MX8-1.8V WLCSP MX25U1635EBAI-10G

WP*/SIO2

6 2

SPI_DATA_MOSI

6 2

SPI_CLK

D2 SCLK C2 NC/SIO3

SPI_CS_L

SPI_DATA_MISO

2 6

OUT

2 6

A4 NC

NC GND

F1 NC F4 NC

SI/SIO0

CS*

SO/SIO1

CONFIDENTIAL AND PROPRIETARY APPLE SYSTEM DESIGN. FOR REFERENCE PURPOSE ONLY - NOT A CHANGE REQUEST

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RF TRANSCEIVER (1 OF 2) TRANSCEIVER PHASE CONTROL, TX RF & IQ PORTS

PRX TRANSCEIVER RF AND IQ PORTS

D 9

9 9

IN IN IN

100_XCVR_B20_PRX_P

100_XCVR_B20_PRX_N

100_XCVR_B8_PRX_N

100_XCVR_B8_PRX_P

100_XCVR_B5_B18_PRX_P

100_XCVR_B5_B18_PRX_N

100_XCVR_B2_PRX_P

100_XCVR_B2_PRX_N

100_XCVR_B3_PRX_P

100_XCVR_B3_PRX_N

100_XCVR_B1_B34_B39_DCS_PRX_N

100_XCVR_B1_B34_B39_DCS_PRX_P

100_XCVR_B7_B38_B40_PRX_P

100_XCVR_B7_B38_B40_PRX_N

PRX_LB1_INP PRX_LB1_INM

SM SYM 3 OF 5 PRX

PRX_LB2_INP PRX_LB2_INM

WTR1605 SM PRX_BB_IP PRX_BB_IM

PRX_BB_I_P

PRX_BB_I_N

OUT

PRX_BB_QP PRX_BB_QM

PRX_BB_Q_P

OUT

PRX_BB_Q_N

OUT

DNC

PRX_LB3_INP PRX_LB3_INM

6 6

PRX_MB1_INP PRX_MB1_INM

4.75K

WTR1605

100_XCVR_B5_B18_DRX_P

100_XCVR_B5_B18_DRX_N

100_XCVR_B8_B20_DRX_P

100_XCVR_B8_B20_DRX_N

100_XCVR_B1_B2_B3_B34_B39_DRX_P

100_XCVR_B1_B2_B3_B34_B39_DRX_N

100_XCVR_B7_B38_B40_DRX_P

100_XCVR_B7_B38_B40_DRX_N

100_XCVR_GPS_RX_P

100_XCVR_GPS_RX_N

TX_BB_Q_N WTR_BB_TX_DAC_IREF

109

DAC_REF

WTR_GP_DATA1

WTR_GP_DATA2

WTR_RBIAS

SM SYM 1 OF 5 DRX_GPS DRX_LB1_INP DRX_LB1_INM DRX_LB2_INP DRX_LB2_INM

DRX_BB_IP DRX_BB_IM

DRX_BB_I_P

OUT

DRX_BB_I_N

OUT

DRX_BB_QP DRX_BB_QM

DRX_BB_Q_P

OUT

DRX_BB_Q_N

OUT

GNSS_BB_IP GNSS_BB_IM

GPS_BB_I_P

OUT

GPS_BB_I_N

OUT

GNSS_BB_QP GNSS_BB_QM

GPS_BB_Q_P

OUT

GPS_BB_Q_N

OUT

19P2M_WTR

C128_RF 100PF 1 2 19P2M_WTR_FILT_IN 5% 16V NP0-C0G 01005

GPH 105 GPH 121 88 GPH 114 NC 96 NC 90 NC 60

NC WTR_RX_ON

WTR_RF_ON

6 2

WTR_SSBI_TX_GPS WTR_SSBI_PRX_DRX

TX_BB_IP TX_BB_IM TX_BB_QP TX_BB_QM

WTR_GP_DATA0

6 2

U3_RF

SYM 2 OF 5 TX

131 139

TX_BB_Q_P

1% 1/32W MF 01005

PRX_HB_INP PRX_HB_INM

DRX TRANSCEIVER RF AND IQ PORTS

TX_BB_I_N

R27_RF

PRX_MB3_INP PRX_MB3_INM

6 2

130 138

TX_BB_I_P

PRX_MB2_INP PRX_MB2_INM

U3_RF

WTR1605

R50_RF 0.00

0% 1/32W MF 01005

GP_DATA0 GP_DATA1 GP_DATA2 DNC DNC

GND

120

XO_IN

TX_MB1 TX_MB2 TX_MB3 TX_MB4

126 119 112 95

50_XCVR_B2_TX

50_XCVR_2G_LB_TX 50_XCVR_B8_TX 50_XCVR_B5_B18_TX

50_XCVR_B1_B3_TX 50_XCVR_B34_B39_TX 50_XCVR_2G_HB_TX 50_XCVR_B7_B38_B40_TX

C251_RF 1

OUT

R29_RF

56PF

50_PDET_IN

50_PDET_PAD_OUT

5% 16V NP0-C0G 01005

VTUNE_PRX

134

50_XCVR_B20_TX

DNC 93 NC PDET_IN 101

RBIAS

RX_ON RF_ON SSBI_TX_GNSS SSBI_PRX_DRX

140 132 141 133

TX_HB 103

DNC

45 100 89 80

TX_LB1 TX_LB2 TX_LB3 TX_LB4

90.9

50_PDET_PAD_IN

1% 1/32W MF 01005

R28_RF

100

1% 1/32W MF 2 01005

11 DB ATTENUATOR

R30_RF

100

1% 1/32W MF 2 01005

19P2M_WTR_IN

1 C182_RF 10PF 5% 16V 2 CERM 01005 NOSTUFF

DRX_MB_INP DRX_MB_INM DRX_HB_INP DRX_HB_INM GNSS_INP GNSS_INM

GND

TRANSCEIVER GROUND CONNECTIONS U3_RF

WTR1605 SM SYM 5 OF 5 GND 46 77 47 68 29 22 27 21 20 33 6 75 38 41 58 74 59 52 39 73 34 64

GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND

GND

142

GND

GND GND

125

GND GND GND GND GND GND GND

123

GND GND GND GND GND GND GND GND

137

GND GND GND

GND

124

110 102 99 129 94 115

122 107 106 135 128 104 113

32 49

CONFIDENTIAL AND PROPRIETARY APPLE SYSTEM DESIGN. FOR REFERENCE PURPOSE ONLY - NOT A CHANGE REQUEST

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RF TRANSCEIVER (2 OF 2) RF1_1V3 R53_RF 5 3

PP_SMPS2_RF1_1V3

5% 1/20W MF 201

RF1_1V3

STAR ROUTING 8 PP_SMPS2_RF1_1V3_FILT

STAR ROUTING

STAR ROUTING ALIAS

PP_RF1_1V3_PRX_PLL 1

C72_RF

PP_SMPS2_RF1_1V3_FILT

ALIAS 1

C73_RF

0.1UF

10UF 2

20% 10V X5R-CERM 0402-1

R19_RF

STAR ROUTING

PLACE NEAR U3.66

PP_SMPS4_RF2_2V05

20% 6.3V X5R-CERM 01005

ALIAS

PP_RF1_1V3_GPS_DIG

RF2_2V05 STAR ROUTING PP_SMPS4_RF2_2V05_FILT

5% 1/20W MF 201

C85_RF

0.1UF

20% 6.3V X5R-CERM 01005

PP_RF1_1V3_GPS_LNA

C88_RF

ALIAS

10UF 2

PLACE NEAR U3.24 AND U3.31

ALIAS

PP_RF2_2V05_DRX_BB

PP_RF2_2V05_TX_DA

20% 10V X5R-CERM 0402-1

PP_RF1_1V3_SHDR_PLL

ALIAS 1

C74_RF

0.1UF

0.1UF 2

C86_RF

20% 6.3V X5R-CERM 01005

ALIAS

PP_RF1_1V3_GPS_VCO

PP_RF1_1V3_GPS_PLL

STAR ROUTING

PLACE NEAR U3.65

ALIAS

0.1UF 2

PP_RF2_2V05_TX_BB

PP_RF2_2V05_PRX_VCO 8

ALIAS 1

20% 6.3V X5R-CERM 01005

6 5 3 2

PP_SMPS3_MSME_1V8

PP_RF1_1V8_DIG

ALIAS

PLACE NEAR U3.76

PP_RF1_1V3_SHDR_VCO 1

20% 6.3V X5R-CERM 01005

PLACE NEAR U3.67

20% 10V X5R-CERM 0201-1

PP_RF2_2V05_SHDR_VCO 8

ALIAS

PLACE NEAR U3.87

C76_RF

0.1UF 2

C89_RF

0.1UF

C87_RF

1.0UF ALIAS

STAR ROUTING

RF1_1V8

C75_RF

20% 6.3V X5R-CERM 01005

C90_RF

0.1UF 2

PLACE NEAR U3.40

20% 6.3V X5R-CERM 01005

PLACE NEAR U3.51

ALIAS

PP_RF1_1V3_TX_DA 1

C77_RF

56PF

20% 6.3V X5R-CERM 01005

5% 16V NP0-C0G 01005

PLACE NEAR U3.118 NOSTUFF

PP_RF2_2V05_TX_VCO ALIAS

C274_RF

0.1UF 2

PP_RF2_2V05_PRX_BB ALIAS

PLACE NEAR U3.37 AND U3.55

PP_RF1_1V3_PRX_VCO

1 C244_RF 100PF 5% 16V 2 NP0-C0G 01005 PLACE NEAR U3.111

STAR ROUTING ALIAS

C91_RF

0.1UF 2

STAR ROUTING

20% 6.3V X5R-CERM 01005

PLACE NEAR U3.136 ALIAS

PP_RF1_1V3_TX_SYNTH

ALIAS 1

PP_RF2_2V05_TX_PLL

C78_RF

0.1UF 2

20% 6.3V X5R-CERM 01005

ALIAS

PP_RF2_2V05_XO_FILT

PLACE NEAR U3.98

C92_RF

0.1UF ALIAS

PP_RF1_1V3_TX_LO

20% 6.3V X5R-CERM 01005

PLACE NEAR U3.127

C79_RF

0.1UF 2

20% 6.3V X5R-CERM 01005

PLACE NEAR U3.116

ALIAS

PP_RF1_1V3_TX_UPCONVERTER 1

TRANSCEIVER POWER CONNECTIONS 8

U3_RF

C80_RF

WTR1605

100PF

5% 16V NP0-C0G 01005

STAR ROUTING

STAR ROUTING ALIAS 1

PP_RF1_1V3_PRX_FELO1

20% 6.3V X5R-CERM 01005

ALIAS

PP_RF1_1V3_DRX_FE

8 PP_RF1_1V3_PRX_FELO1

PP_RF1_1V3_PRX_FELO2

PP_RF1_1V3_DRX_LBLO

8 8

C81_RF

0.1UF 2

8 PP_RF1_1V3_DRX_FE

PP_RF1_1V3_DRX_MBLO 8

PP_RF1_1V3_JAM_DET

8 PP_RF2_2V05_PRX_BB

PP_RF2_2V05_DRX_BB

PP_RF2_2V05_PRX_VCO

PP_RF1_1V3_PRX_VCO

PP_RF1_1V3_PRX_PLL 8

8 PP_RF2_2V05_SHDR_VCO

8 PP_RF1_1V3_SHDR_VCO

PP_RF1_1V3_SHDR_PLL

PLACE NEAR U3.53 AND U3.26

PP_RF1_1V3_PRX_FELO2 8

ALIAS 1

C82_RF

0.1UF 2

20% 6.3V X5R-CERM 01005

PLACE NEAR U3.42 STAR ROUTING ALIAS

C83_RF

0.1UF 2

SM SRM 4 OF 5 PWR

PLACE NEAR U3.117

ALIAS

20% 6.3V X5R-CERM 01005

PP_RF1_1V3_DRX_LBLO

PP_RF1_1V3_DRX_MBLO

VDD_RF1_P_FELO VDD_RF1_P_FELO VDD_RF1_D_LBLO VDD_RF1_D_FE VDD_RF1_D_MBLO VDD_RF1_JDET VDD_RF2_P_BB VDD_RF2_D_BB VDD_RF2_P_VCO VDD_RF1_P_VCO VDD_RF1_P_PLL VDD_RF2_S_VCO VDD_RF1_S_VCO VDD_RF1_S_PLL

VDD_RF2_T_DA VDD_RF1_T_DA VDD_RF1_T_UPC VDD_RF1_T_LO VDD_RF2_T_BB

111

PP_RF2_2V05_TX_DA

118

PP_RF1_1V3_TX_DA

117

PP_RF1_1V3_TX_UPCONVERTER

116

PP_RF1_1V3_TX_LO

108

PP_RF2_2V05_TX_BB

VDD_RF2_T_VCO VDD_RF2_XO VDD_RF1_T_SYN VDD_RF2_T_PLL

136

PP_RF2_2V05_TX_VCO

127

PP_RF2_2V05_XO_FILT

PP_RF1_1V3_TX_SYNTH

PP_RF2_2V05_TX_PLL

VDD_RF1_G_LNA VDD_RF1_G_VCO VDD_RF1_G_PLL VDD_RF1_G_BB

PP_RF1_1V3_GPS_LNA

PP_RF1_1V3_GPS_VCO

PP_RF1_1V3_GPS_PLL

PP_RF1_1V3_GPS_DIG

VDD_DIO

PP_RF1_1V8_DIG

8 8

PLACE NEAR U3.25 AND U3.28

ALIAS

PP_RF1_1V3_JAM_DET

CONFIDENTIAL AND PROPRIETARY APPLE SYSTEM DESIGN. FOR REFERENCE PURPOSE ONLY - NOT A CHANGE REQUEST

www.vinafix.vn

RX MATCHING L90_RF

10NH-3%-0.14A-2.1OHM 14

100_B8_DUPLX_RX_N

100_XCVR_B8_PRX_N

OUT

100_XCVR_B8_PRX_P

OUT

100_XCVR_B5_B18_PRX_N

OUT

100_XCVR_B5_B18_PRX_P

OUT

01005

L58_RF

1.3NH+/-0.1NH-600MA 11

100_RX_MODULE_OUT_P

100_XCVR_B1_B34_B39_DCS_PRX_P

OUT

L74_RF

18NH-3%-140MA

0201

01005

4.7NH-3%-0.35A

0201

L91_RF

10NH-3%-0.14A-2.1OHM

L79_RF

100_B8_DUPLX_RX_P

2 01005

L64_RF

1.3NH+/-0.1NH-600MA 1

100_RX_MODULE_OUT_N

100_XCVR_B1_B34_B39_DCS_PRX_N

OUT

0201

L92_RF

8.2NH-3%-140MA 14

100_B5_DUPLX_RX_N

2 01005

C163_RF 0.6PF

50_B2_DUPLX_RX

100_XCVR_B2_PRX_N

+/-0.05PF 16V CERM 01005

L31_RF

C164_RF

C161_RF 0.9PF

+/-0.05PF 16V 2 CERM 01005

01005

0201DS

100_XCVR_B2_PRX_P

OUT

L900_RF

+/-0.05PF 16V NP0-C0G-CERM 01005

L26_RF

2.3-2.69GHZ LLP

L34_RF

9.0NH-5%-300MA-0.35OHM

C166_RF

C162_RF 1.2PF

+/-0.05PF 16V 2 NP0-C0G-CERM 01005

0201DS

100_XCVR_B3_PRX_P

C67_RF 100_B7_B38_B40_PRX_BALUN_OUT_P

100_B7_B38_B40_PRX_MATCH_P

100_XCVR_B7_B38_B40_PRX_P

BI 50_B38_FILTER

50_B38_FILTER_MATCH

U26_RF

5% 1/20W MF 201

FIL_DIPLEXER_B38_B40 ACFM-2043-AP1 LGA

C114_RF 100_XCVR_B20_PRX_N OUT

6.8NH-3%-0.3A

1 3

0201

L18_RF

B38 B40

ANT 650_B38_B40_TX_FILT_ANT

22NH-5%-0.1A

L96_RF

12NH-3%-140MA 1

100_XCVR_B20_PRX_P OUT

BI 50_B40_FILTER

C111_RF

6.2NH-0.30A

50_B40_FILTER_MATCH

0201

5% 1/20W MF 201

01005

2 4 5 7 8 9

L11_RF

01005

50_B38_B40_SPDT

5% 1/20W MF 201

GND

L55_RF

100_B20_DUPLX_RX_P

0201

L10_RF

01005

OUT

0.6NH+/-0.1NH-0.85A

12NH-3%-140MA

L25_RF

27PF

L95_RF

100_B20_DUPLX_RX_N

OUT

0201

100_XCVR_B7_B38_B40_PRX_N

5% 16V NP0-C0G 01005

2 0201

5% 16V NP0-C0G 01005 OUT

3.0NH+/-0.1NH-0.45A

27PF

50_B3_RX_BALUN

100_B7_B38_B40_PRX_MATCH_N

L78_RF

GND

4.8NH-5%-570MA-0.096OHM

0201DS

BAL_PORT1 3 BAL_PORT2 4

L32_RF 2

OUT

5% 16V NP0-C0G 01005

100_B7_B38_B40_PRX_BALUN_OUT_N

UNBAL_PORT 2

100_XCVR_B3_PRX_N

0.6NH+/-0.1NH-0.85A

27PF

1.2PF 2

L7_RF

C124_RF

0201

5% 16V NP0-C0G 01005

8.2NH+/-3%-0.25A-0.7OHM

50_B3_DUPLX_RX

50_B7_B38_B40_PRX_BALUN_IN

C165_RF IN

100_B5_DUPLX_RX_P

01005

L93_RF

8.2NH-3%-140MA

2 14

27PF 1

22NH-5%-0.1A

6.7NH-5%-0.46A-0.15OHM

0201DS

L75_RF

L27_RF

12NH-5%-300MA-0.36OHM

50_B2_RX_BALUN

OUT

C115_RF

6.8NH-3%-0.3A 0201

U16_RF

TX-BAND40-LTE

SAFEA2G35MB0F57 BI 50_FULL_B40_FILTER

4 UNB_PORT2 50_FULL_B40_FILTER_MATCH

0% 1/32W MF 01005

2.0NH+/-0.1NH-0.6A UNB_PORT1 1 50_FULL_B40_SPDT_MATCH 1

0201

6.2NH-0.30A

01005

L99_RF

4.3NH-3%-180MA

50_FULL_B40_SPDT

C93_RF

2 0201

GND 5 3 2

0.00 2 1

L80_RF

LGA

L83_RF

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TX INTERSTAGE FILTERS C220_RF

2.0NH+/-0.1NH-0.2A-1.35OHM 7

50_XCVR_B2_TX

50_B2_TX_SAW_IN

01005 1

C213_RF

56PF

5% 2 16V NP0-C0G 01005

C226_RF

NOSTUFF 7

0.00 2

FL2_RF

L59_RF

OUTPUT BAND2 11 50_B2_TX_SAW_OUT OUTPUT BAND5+18 9

5 INPUT BAND8

OUTPUT BAND8 7 GND

50_B5_TX_SAW_OUT

OUT

SAW-BAND-TX-B1-B3-B34-B39 AF48 LGA

1 IN B34/B39

4 IN B1/B3

OUT B34 9 OUT B39 8 OUT B1 7

R8_RF 50_B1_TX_SAW_MATCH 1

OUT B3 6

GND 50_B8_TX_SAW_OUT

OUT

50_XCVR_B1_B3_TX

0.00 2

OUT

50_B1_TX_SAW_OUT

OUT

2 50_B3_TX_SAW_OUT OUT

0.00 2

10NH-3%-140MA 01005

NOSTUFF 2

L98_RF

L60_RF

1.5NH+/-0.1NH-220MA

50_B3_TX_SAW_MATCH1

01005

C215_RF

01005

10NH-5%-140MA 01005

OUT

L61_RF

50_B1_B3_TX_SAW_IN

0% 1/32W MF 01005

50_B8_TX_SAW_IN

50_B34_TX_SAW_OUT 50_B39_TX_SAW_OUT

0% 1/32W MF 01005

C130_RF

THRM PAD

2 4 6 8 10 12

C126_RF 0% 1/32W MF 01005

OUT

3 INPUT BAND5+18

0.00 2

1.8NH+/-0.1NH-200MA 01005

1 INPUT BAND2

01005

LGA

10NH-5%-140MA

50_XCVR_B8_TX

50_B34_B39_TX_FILT_IN

SATGR832MBM0F57

C214_RF

0.00 2

FL3_RF

50_B5_B18_TX_SAW_IN

0% 1/32W MF 01005

2 3 5 10

50_XCVR_B5_B18_TX

50_XCVR_B34_B39_TX

0% 1/32W MF 01005

C125_RF 7

L81_RF

5.1NH-3%-0.16A 01005

NOSTUFF 2

C129_RF 7

50_XCVR_B20_TX

0.00 2 0% 1/32W MF 01005

50_B20_TX_SAW_IN

OUT

C217_RF

10NH-5%-140MA 01005

20 18 17 11 3 2

PP_LDO14_2V65

C211_RF

0.01UF

10% 6.3V 2 X5R 01005

VDD

C160_RF 7

50_XCVR_B7_B38_B40_TX

C174_RF

BGS12SL6

5 RFIN TSLP6-2

50_XCVR_B7_B38_B40_TX_MATCH

5% 16V NP0-C0G 01005

11 6

PA_MB_CTL0

RF1 RF2

CTRL

50_B7_TX_SPDT_OUT

C173_RF

27PF

C212_RF

5% 16V 2 NP0-C0G 01005

NOSTUFF

0.00 2

50_B7_TX_FILT_IN OUT

50_B38_B40_TX_SPDT_MATCH OUT

0% 1/32W MF 01005

C109_RF

5% 16V 2 NP0-C0G 01005

56PF

5% 16V 2 NP0-C0G 01005

56PF

GND 2

U24_RF

27PF

NOSTUFF

C132_RF 2.0PF

50_B38_B40_TX_SPDT_OUT 1

+/-0.1PF 16V NP0-C0G 01005

L19_RF

1.2NH+/-0.1NH-220MA 01005

CONFIDENTIAL AND PROPRIETARY APPLE SYSTEM DESIGN. FOR REFERENCE PURPOSE ONLY - NOT A CHANGE REQUEST

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R64_RF

BAND 1/34/39/38/40 TX

20 18 17 11 10 3 2

PP_LDO14_2V65

0.00 2

PP_LDO14_3P4T

0% 1/32W MF 01005

C272_RF

56PF

5% 2 16V NP0-C0G 01005

VDD

U4_RF 16 15 14 13 12 3 2

16 15 14 13 12

PP_BATT_VCC_CONN PP_PA 1

C241_RF

0.1UF

20% 2 6.3V X5R-CERM 01005

10 6

15 14 13 12 6

1 C242_RF C143_RF 1.0UF

100PF

C154_RF

18 17 6 2

18 17 6

100PF

20% 6.3V 2 X5R 0201-1

5% 2 16V NP0-C0G 01005

11 6

5% 2 16V NP0-C0G 01005

B1 VC1 C1 VC2 C2 VC4 A2 VC3

3P4T_SEL_0 3P4T_SEL_1 ANT_SEL_1 ANT_SEL_0 1

C175_RF

56PF

5% 16V 2 NP0-C0G 01005

PA_BS PA_MB_CTL1 PA_MB_CTL0 PA_R1

C176_RF

5% 16V 2 NP0-C0G 01005

C108_RF

56PF

5% 16V 2 NP0-C0G 01005

RF1629

RF1 C5 RF2 C4 RF3 C350_B7_B38_B40_PRX_BALUN_IN OUT RF4 B5 50_B40_FILTER RF5 A4 BI 50_FULL_B40_FILTER BI RF6 A5 A3 50_B38_FILTER RF7

BGA

C112_RF

56PF

5% 16V 2 NP0-C0G 01005

50_B38_PA_OUT 1

C141_RF

56PF

5% 16V 2 NP0-C0G 01005

C142_RF

56PF

5% 16V 2 NP0-C0G 01005

C152_RF

56PF

5% 16V 2 NP0-C0G 01005

C153_RF

50_B7_RX_SP3T_IN1

5% 16V 2 NP0-C0G 01005

250_B7_DUPLX_RX

01005 1

C123_RF

56PF

5% 1/20W MF 201

56PF

L12_RF

50_B38_PA_MATCH

0.6NH+/-0.1NH-320MA

C258_RF 0

GND B2 B3 B4

14 13 12 6

11 6

5% 16V 2 NP0-C0G 01005

NOSTUFF

L100_RF 15NH+/-3%-0.25A-0.7OHM 0201

NOSTUFF

L29_RF 1

50_B1_PA_IN

0% 1/32W MF 01005

C238_RF

1.2PF

C248_RF

+/-0.1PF 16V 2 NP0-C0G 01005

0.00 2

50_B34_PA_IN

0% 1/32W MF 01005

C239_RF

1.2PF

+/-0.1PF 2 16V NP0-C0G 01005

NOSTUFF

L44_RF IN

50_B39_TX_SAW_OUT

0.00 2

5 4 19

RFIN_B34 RFIN_B39 RFOUT_B34/B39

6 17 15

50_B39_PA_IN

0% 1/32W MF 01005

C240_RF

RFIN_B1 RFOUT_B1

1.2PF

C261_RF

50_B40_PA_MATCH

5% 1/20W MF 201

56PF

U25_RF PETNA-BAND

CPL_IN 12 50_MBPA_CPL_IN IN CPL_OUT 24 50_B5_B8_CPL_IN OUT

LGA

5% 25V NP0-C0G 201

0.00 2 0% 1/32W MF 01005

RFIN_B38/B40 RFOUT_B38 RFOUT_B40 GND

1880-2025MHZ DEA162025LT-5046B1SJ

C249_RF

FL12_RF

NOSTUFF

1 50_B34_B39_PA_OUT

50_B34_B39_PA_FILT_IN 1 IN/OUTLGAOUT/IN 3 GND

L73_RF

50_B34_B39_PA_FILT_OUT

0.00 2

50_B34_B39_TX_ASM

0% 1/32W MF 01005

OUT

C263_RF

C252_RF

56PF

15NH-3%-140MA

5% 2 16V NP0-C0G 01005

THRM PAD

1 9 13 14 16 18 20 22 23 25

2 21

VCC

50_B34_TX_SAW_OUT

VBATT

VMODE

L30_RF 10

50_B40_PA_OUT

NOSTUFF

01005

NOSTUFF

27 28 29 30 31 32

0.00 2

2 4

50_B1_TX_SAW_OUT

3 7 8

VBS_0 VBS_1 VBS_2

+/-0.1PF 2 16V NP0-C0G 01005

NOSTUFF

R65_RF

L20_RF

L45_RF

2.4NH+/-0.1NH-200MA 10

IN 50_B38_B40_TX_SPDT_MATCH

2 50_B38_B40_TX_MATCH 1 01005

0.00 2

20 18 10 3 2 17 11

PP_LDO14_2V65

0.00 2 0% 1/32W MF 01005

50_B38_B40_PA_IN

0% 1/32W

MF C237_RF01005

1.1PF

PP_LDO14_RX_MOD 1

C273_RF

56PF

C253_RF

56PF

0.1UF

5% 2 16V NP0-C0G 01005

56PF

50_B1_PA_OUT_MATCH

LMSWFKJM

15 BAND1_TX

50_DCS_RX_ASM

5% 16V 2 NP0-C0G 01005

LGA

17 BAND1ANT

5% 25V

NP0-C0G C264_RF 201

0.5PF

+/-0.05PF 25V 2 CERM 201

OUT

BAND34_39_RXIN 18

GND

BAND PA POWER MODE PA_BS PA_CTL1 PA_CTL0 PA_R1 ======================================================= OFF X X 0 0 0 B1 HPM X 1 0 0 B1 LPM X 1 0 1 B34 HPM 1 0 1 0 B34 LPM 1 0 1 1 B39 HPM 0 0 1 0 B39 LPM 0 0 1 1 B38 HPM 1 1 1 0 B38 LPM 1 1 1 1 B40 HPM 0 1 1 0 B40 LPM 0 1 1 1 5

0.5PF

L71_RF 50_RX_MOD_B34_B39_IN

0.00 2

NOSTUFF

50_B34_B39_RX_ASM

0% 1/32W MF 01005

C256_RF THRM

PAD

C255_RF +/-0.05PF 16V NP0-C0G 01005

DCSRXIN 1

11 BAND1_34_39_DCSRXOUT0 12 BAND1_34_39_DCSRXOUT1

100_RX_MODULE_OUT_P 100_RX_MODULE_OUT_N

0.00 2

VC1 8 VC2 7

16 14 13 10 9 5 4 3 2

20 19

50_B1_PA_OUT

6 11

C134_RF

0% 1/32W MF 01005

U27_RF

C245_RF

6 11

L70_RF 50_RX_MOD_DCS_IN

VDD

3P4T_SEL_1

56PF

5% 16V 2 NP0-C0G 01005

20% 2 6.3V X5R-CERM 01005

+/-0.1PF 16V 2 NP0-C0G 01005

C133_RF

3P4T_SEL_0

0.5PF

+/-0.05PF 16V NP0-C0G 01005

NOSTUFF

L72_RF 50_B1_RX_MOD_ANT

5% 1/20W MF 201

50_B1_ANT

L97_RF

15NH+/-3%-0.25A-0.7OHM 0201

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BAND 2/3 PAD

16 15 14 13 11 16 15 14 13 11 3 2

IN IN

PP_PA PP_BATT_VCC_CONN 1

C149_RF

PA_R1

1.0UF

20% 6.3V 2 X5R-CERM 01005

C146_RF

01005

NOSTUFF

50_B3_TX_PAD_IN 50_B2_TX_PAD_IN

26 28

U23_RF

RFIN_B3 RFIN_B2

LGA

0.00 2

L24_RF

1.5NH+/-0.1NH-600MA

50_B3_DPLX_ANT_MATCH

2 50_B3_ANT

0201

1% 1/20W MF 0201

C150_RF 0.5PF

50_B3_DPLX_ANT 50_B2_DPLX_ANT

+/-0.05PF 25V 2 CERM 201

THRM_PAD

1 3 5 6 7 9 12 15 17 18 19 21

C147_RF

NOSTUFF

31 32 33 34 35 36 37 38 39 40 41 42

GND

2 01005

23 27

2.7NH+/-0.1NH-200MA 1

ANT_B3 16 ANT_B2 8

11 RX_B2 10 GND

OUT

R36_RF

CPL_IN 4 CPL_OUT 20

DUPLEXER-BAND2-3

L23_RF

50_MBPA_CPL_IN

13 RX_B3 14 GND

50_B2_TX_SAW_OUT

6 11 13 14 15

VMODE 24

2.2NH+/-0.1NH-200MA

NOSTUFF

VEN_B2_B3 30 BS 29

L82_RF

01005

VCC 2

9.1NH-3%-140MA

6 11 13 14

50_B2_B3_CPL_IN

0% 1/32W MF 01005

L22_RF

0.00

50_B3_TX_SAW_OUT

20% 6.3V 2 X5R 0201-1

VBATT 25

PA_BS 1

C148_RF

0.1UF

PA_ON_B2_B3

0.5PF

+/-0.05PF 16V 2 C0G-CERM 01005

L76_RF

R38_RF 0.00 2 1

50_B2_DUPLX_RX 50_B3_DUPLX_RX

1.5NH+/-0.1NH-600MA

50_B2_DPLX_ANT_MATCH

OUT

2 50_B2_ANT

0201

1% 1/20W MF 0201 OUT

C151_RF 0.5PF

+/-0.05PF 2 25V CERM 201

NOSTUFF

BAND PA POWER MODE PA_BS PA_ON_B2_B3 PA_R1 ===================================================== OFF X X 0 X B3 HPM 0 1 0 B3 LPM 0 1 1 B2 HPM 1 1 0 B2 LPM 1 1 1 8

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BAND 20/7 PAD D

50_PA_ISO 16 15 14 12 11

16 15 14 12 11 3 2

PP_PA PP_BATT_VCC_CONN 1

C229_RF

0.1UF

20% 2 6.3V X5R-CERM 01005

C131_RF

3.3NH+/-0.1NH-180MA 50_B7_TX_FILT_IN

2 50_B7_TX_FILT_MATCH

1.0UF

6 11 12 14

6 11 12 14 15

R35_RF

49.9

1% 1/32W MF 2 01005

20% 6.3V 2 X5R 0201-1

4 INPUT_BAND7

01005

LGA

1 INPUT_BAND20

OUTPUT_BAND7 6

1.2PF

OUTPUT_BAND20 9

50_B20_TX_SAW_IN 1 1

50_B20_TX_PAD_IN 50_B7_TX_PAD_IN

NOSTUFF

L54_RF

50_B7_TX_FILT_OUT1

250_B20_TX_SAW_MATCH

RX_B7 GND

01005 1

5% 16V

DUPLEXER-BAND7-20

C228_RF

50_B20_DPLX_ANT

CPL_IN CPL_OUT

LGA

5% 2 16V NP0-C0G 01005

L94_RF 3.0PF

0201

THRM_PAD

+/-0.05PF 2 25V C0G-CERM 0201

NOSTUFF 2

C234_RF 50_B7_DPLX_ANT 50_B7_DUPLX_RX

100_B20_DUPLX_RX_N 100_B20_DUPLX_RX_P

OUT

50_B7_ANT

12NH+/-3%-0.25A-0.7OHM 0201

BAND PA POWER MODE PA_BS PA_ON_B20_B7 PA_R1 ===================================================== OFF X X 0 X B20 HPM 0 1 0 B20 LPM 0 1 1 B7 HPM 1 1 0 B7 LPM 1 1 1 6

L28_RF 2

5% 1/20W MF 201

50_B20_ANT

27NH-3%-0.140A-2.3OHM

NOSTUFF

+/-0.1PF 16V 2 NP0-C0G 01005

56PF

5% 1/20W MF 201

L57_RF

0.8PF

C219_RFNP0-C0G 01005

ANT_B20 ANT_B7 GND

OUT

C233_RF

U15_RF

RFIN_B20 RFIN_B7 RX_P_B20 RX_N_B20

2.7NH+/-0.1NH-200MA

2 3 5 7 8 10

56PF

C227_RF

+/-0.1PF 16V 2 NP0-C0G 01005

GND

C218_RF

50_B2_B3_CPL_IN

2 01005

SAWFD847MGA0F57

2.2NH+/-0.1NH-200MA

VMODE

50_B20_TX_SAW_OUT

VEN_B20_B7 BS

FL11_RF

C216_RF

PA_BS

2.7NH+/-0.1NH-200MA

L53_RF

01005

PA_R1

VCC

C230_RF

VBATT

PA_ON_B7_B20

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BAND 5/8 PAD D

D 16 15 13 12 11

16 15 13 12 11 3 2

PP_PA PP_BATT_VCC_CONN 1

C118_RF

0.1UF

20% 6.3V 2 X5R-CERM 01005

PA_ON_B5_B8 PA_BS 1

C119_RF

PA_R1

1.0UF

6 11 12 13

6 11 12 13 15

20% 6.3V 2 X5R 0201-1

50_B5_B8_CPL_IN

L14_RF

2.2NH+/-0.1NH-200MA 2 01005 1

C116_RF

1.2PF

+/-0.1PF 2 16V NP0-C0G 01005

50_B5_TX_PAD_IN 50_B8_TX_PAD_IN

NOSTUFF

L15_RF

2.2NH+/-0.1NH-200MA 10

50_B8_TX_SAW_OUT

C117_RF

OUT

C120_RF

3.6NH+/-0.1NH-400MA

U58_RF

DUPLEXER-BAND5-8

RFIN_B5 RFIN_B8

CPL_IN CPL_OUT

LGA

RX_P_B5 RX_N_B5 RX_P_B8 RX_N_B8

01005 1

VMODE

VEN_B5_B8 BS

50_B5_TX_SAW_OUT

VCC

VBATT

50_PDET_PAD_IN

50_B5_DPLX_ANT

50_B5_ANT

0201 1

ANT_B5 ANT_B8 GND

L16_RF

10NH-3%-250MA

THRM_PAD

0201

1.2PF

NOSTUFF

+/-0.1PF 16V 2 NP0-C0G 01005

NOSTUFF

C121_RF 50_B8_DPLX_ANT 100_B8_DUPLX_RX_N

OUT

100_B8_DUPLX_RX_P

OUT

100_B5_DUPLX_RX_N

OUT

100_B5_DUPLX_RX_P

OUT

50_B8_ANT

5% 1/20W MF 201

L17_RF

27NH-3%-0.140A-2.3OHM 0201

BAND PA POWER MODE PA_BS PA_ON_B5_B8 PA_R1 ===================================================== OFF X X 0 X B5 HPM 0 1 0 B5 LPM 0 1 1 B8 HPM 1 1 0 B8 LPM 1 1 1 8

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2G PA

2G PA GAIN MODES BAND MODE GAIN MODE PA_R1 PCL RANGE ======================================================= LOW BAND GSM ULTRA LOW HIGH 16 TO 19 LOW BAND LOW HIGH 14 TO 15 GSM LOW 7 TO 13 LOW BAND GSM MEDIUM LOW LOW BAND GSM HIGH 5 TO 6 HIGH BAND GSM ULTRA LOW HIGH 10 TO 15 HIGH BAND LOW HIGH GSM 7 TO 9 HIGH BAND GSM HIGH LOW 0 TO 6 LOW BAND EDGE LOW HIGH 15 TO 19 LOW BAND EDGE MEDIUM LOW 10 TO 14 HIGH LOW BAND EDGE LOW 8 TO 9 HIGH BAND EDGE LOW HIGH 9 TO 15 HIGH BAND EDGE HIGH LOW 2 TO 8

CONFIDENTIAL AND PROPRIETARY APPLE SYSTEM DESIGN. FOR REFERENCE PURPOSES ONLY - NOT A CHANGE REQUEST.

16 14 13 12 11

PP_PA

C185_RF 4.7UF

20% 6.3V 2 X5R-CERM1 402

C188_RF 0.1UF

20% 4V 2 X5R 01005

R32_RF 16 14 13 12 11 3 2

C167_RF 7

50_XCVR_2G_HB_TX

2 50_TX_G_HB_MCH

+/-0.1PF 16V NP0-C0G 01005-1

PP_BATT_VCC_CONN

0.00

12PF 1

50_TX_G_HB_PAIN

C187_RF

C184_RF

1.0UF

56PF

5% 16V CERM 01005

PP_BATT_VCC_2G_PA

0% 1/32W MF 01005

C172_RF

2.7PF 1

5% 16V 2 NP0-C0G 01005

20% 10V X5R-CERM 0201-1

L36_RF

2.7NH+/-0.1NH-200MA V2G 14

VBATT 7

01005

U10_RF

SKY77355 C84_RF

50_XCVR_2G_LB_TX

HB_GSM_RF_IN

LB_GSM_RF_IN

PA_R1

VMODE0

GSM_PA_LB_EN GSM_PA_HB_EN

4 5

PA_ON2 PA_ON3

33PF

50_TX_G_LB_MCH

01005

2 50_TX_G_LB_PAIN

5% 16V NP0-C0G 01005 1

14 13 12 11 6

C171_RF

C183_RF 100PF

5% 16V 2 NP0-C0G 01005

C186_RF 100PF

5% 16V 2 NP0-C0G 01005

2 9 10 12 13

+/-0.1PF 16V 2 NP0-C0G 01005

GND GND GND GND GND

6.0PF

LGA

HB_GSM_RF_OUT 11

L37_RF 50_TX_G_HB_PAOUT

50_TX_G_HB_ASM

5% 1/20W MF 201

LB_GSM_RF_OUT 8

OUT

L38_RF

15NH+/-3%-0.25A-0.7OHM

THRM_PAD THRM_PAD THRM_PAD THRM_PAD THRM_PAD THRM_PAD THRM_PAD THRM_PAD THRM_PAD

4.7NH-3%-160MA

0201

15 16 17 18 19 20 21 22 23

L35_RF

R37_RF 50_TX_G_LB_PAOUT

50_TX_G_LB_ASM

OUT

5% 1/20W MF 201

L39_RF

3.6NH+/-0.1NH-400MA 0201

NOSTUFF 2

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PA DC/DC CONVERTER D

PP_BATT_VCC_CONN

C100_RF

56PF

C1214_RF 0.01UF

C1201_RF 10UF

20% 6.3V 2 CERM-X5R 0402

10% 6.3V 2 X5R 01005

A3 B3

5% 16V 2 NP0-C0G 01005

15 14 13 12 11 3 2

PVIN VDD

L21_RF

U11_RF

1.5UH-20%-1.8A-0.144OHM

LM3258 6

BB_PDM

1% 1/32W MF 01005

R34_RF BB_PDM_FILT 1

1.00K 1% 1/32W MF 01005

C144_RF

1000PF 10% 2 6.3V X5R-CERM 01005

DCDC_MODE

DCDC_ADJ

2 1

D2 VCON

C145_RF

PGND

1000PF 10% 6.3V 2 X5R-CERM

SW A2 DCDC_OUT SW B2

PP_PA

OUT

11 12 13 14 15

DFE201610C-SM

FB D4

D3 MODE

A1 B1

1.00K

BGA

C3 BP

PLACE NEAR U11.D2

R33_RF

C2 EN

C1 SGND C4 BGND

PLACE NEAR U1.H3

DCDC_EN

ACB A4 ACB B4

1 C168_RF C41_RF

10UF

3300PF

20% 10% 6.3V 6.3V 2 CERM-X5R 2 X5R 0402 01005

01005

ROUTE PGND AS SEPERATE FLOOD TO C1201 GND AND CONNECT FLOOD TO L7 GND PLANE ONLY UNDER C1201 GND PAD

CONFIDENTIAL AND PROPRIETARY APPLE SYSTEM DESIGN. FOR REFERENCE PURPOSE ONLY - NOT A CHANGE REQUEST

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PRIMARY ASM D

PP_LDO14_2V65_ASM

VDD

SW1_RF

CXA4403GC

6 RF1 1

B40_FILT_SELECT

6.8NH-3%-0.3A

PP_LDO14_2V65 1

0.00 2

PP_LDO14_2V65_ASM

0% 1/32W MF 01005

VDD 26

50_LAT_TEST

RF1495

1 9 11 13

33NH-5%-120MA-2.95OHM

50_UAT_COAX_UP

OUT

HBTX 10 LBTX 12

50_TX_G_HB_ASM 50_TX_G_LB_ASM

OUT

RF1 3 RF2 19

THRM PAD

L13_RF

ANT1 2 ANT2 20

VC1 VC2 VC3 VC4 VC5

0201

50_TXRX_B38_B40_ASM 50_DRX_ANT

21 22 23 24 25

ANT_SEL_0 ANT_SEL_1 ANT_SEL_2 ANT_SEL_3 ANT_SEL_4

GND GND GND GND

LGA

TRX1 TRX2 TRX3 TRX4 TRX5 TRX6 TRX7 TRX8 TRX9 TRX10

C268_RF

C40_RF

U17_RF 4 5 6 7 8 14 15 16 17 18

20% 4V 2 X5R 01005

5% 6.3V 2 CERM 01005

50_B3_ANT 50_B2_ANT 50_B34_B39_RX_ASM 50_B20_ANT 50_B7_ANT 50_B5_ANT 50_B8_ANT 50_DCS_RX_ASM 50_B1_ANT 50_B34_B39_TX_ASM

0.1UF

100PF

50_B38_B40_SPDT

5% 2 6.3V CERM 01005

C122_RF

RF3 2

100PF

0201

R60_RF IN

50_FULL_B40_SPDT

GND

L41_RF 20 18 11 10 3 2

1 VC

RF2 4

XFLGA

C39_RF 100PF

5% 6.3V 2 CERM 01005

1 C63_RF

5% 6.3V 2 CERM 01005

100PF

C64_RF 100PF

1 C65_RF

5% 6.3V 2 CERM 01005

100PF

6 11 18

2 6 11 18

2 6 18

6 18

C66_RF 100PF

CONFIDENTIAL AND PROPRIETARY APPLE SYSTEM DESIGN. FOR REFERENCE PURPOSE ONLY - NOT A CHANGE REQUEST

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RX DIVERSITY D

20 17 11 10 3 2

R1_RF 17

0.00

50_DRX_ANT

PP_LDO14_2V65

R2_RF 0.00

50_DRX_ASM_MCH

0% 1/32W MF 01005

C198_RF

C139_RF 56PF

0.01UF

0% 1/32W MF 01005

5% 2 16V NP0-C0G 01005

10% 6.3V 2 X5R 01005

L43_RF

10NH-3%-140MA 01005

NOSTUFF 2

VDD

U14_RF

17 11 6 2

17 6 2

17 6

C210_RF

56PF

5% 16V 2 NP0-C0G 01005

C136_RF

56PF

5% 16V 2 NP0-C0G 01005

C137_RF

56PF

5% 16V 2 NP0-C0G 01005

ANT

ANT_SEL_0 ANT_SEL_1 ANT_SEL_2 ANT_SEL_3

6 5 4 3

VC1 VC2 VC3 VC4

100_XCVR_GPS_RX_MATCH_N 100_XCVR_GPS_RX_MATCH_P

C138_RF

56PF

5% 16V 2 NP0-C0G 01005

50_GPS_DRX_MOD_IN

17 GPS_OUT 18 GPS_OUT 14 GPS_IN 12 B38_IN 11 B40_IN

C155_RF

OUT

LB1_OUT 25 LB1_OUT 26

100_XCVR_B5_B18_DRX_P 100_XCVR_B5_B18_DRX_N

OUT

LB2_OUT 23 LB2_OUT 24

100_XCVR_B8_B20_DRX_P 100_XCVR_B8_B20_DRX_N

OUT

HB_OUT 19 HB_OUT 20

100_XCVR_B7_B38_B40_DRX_P 100_XCVR_B7_B38_B40_DRX_N

OUT

MB_OUT 21 MB_OUT 22

100_XCVR_B1_B2_B3_B34_B39_DRX_P OUT 100_XCVR_B1_B2_B3_B34_B39_DRX_N

OUT

AUX1/TERM 33 50_DRX_MOD_TERM AUX38/40 9

2 8 10 13 15 16 27 28 29 30 31 32 34

5.6NH-3%-140MA 100_XCVR_GPS_RX_N

LGA

THRM PAD 35 36 37 38

50_DIVERSITY_SWITCH_MATCH

GND GND GND GND GND GND GND GND GND GND GND GND GND

17 11 6

RX-DIV-MOD-MULTI-BAND M286

R39_RF

49.9

1% 1/32W MF 2 01005

01005 1

L42_RF

4.7NH-3%-160MA 01005

C156_RF

5.6NH-3%-140MA 7

OUT

100_XCVR_GPS_RX_P

2 01005

C197_RF

56PF

50_GPS_LNA_OUT

5% 16V NP0-C0G 01005

L46_RF

L40_RF

0.00 2

10NH-3%-140MA 01005

NOSTUFF 2

50_B38_DRX_MOD_IN

0% 1/32W MF 01005

L63_RF

3.3NH+/-0.1NH-180MA 01005

U22_RF

885035 BAW-DUAL-RX-B38-B40

L52_RF

LGA

6.8PF 1

50_B38_B40_DRX_AUX2_OUT

50_B38_B40_DRX_FILT_IN

+/-0.1PF 16V NP0-C0G 01005

8 B38_ANT

B38_RX 1

50_B38_DRX_FILT_OUT

7 B40_ANT

B40_RX 4

50_B40_DRX_FILT_OUT

0.00 2

50_B40_DRX_MOD_IN 1

2 3 5 6 9 10

L56_RF

0% 1/32W MF 01005

GND 1

L47_RF

L77_RF

5.1NH-3%-0.16A

L65_RF

7.5NH-5NH%-140MA

01005

2.7NH+/-0.1NH-0.50A

01005

0201

2 2

CONFIDENTIAL AND PROPRIETARY APPLE SYSTEM DESIGN. FOR REFERENCE PURPOSE ONLY - NOT A CHANGE REQUEST

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GPS D

C PP_LDO5_GPS_LNA_2V5

BYPASSING INCLUDED IN MODULE

GPS FEED

VDD

50_GPS_ANT_FEED

RFOUT

GND

R72_RF

6.2NH-0.30A

SPRING-OVERPASS-GND-NORTH-X145

LGA

RFIN

50_GPS_LNA_OUT

OUT

THRM_PAD 12

SP3_RF

+/-0.1PF 25V C0G-CERM 0201

50_GPS_LNA_MATCH

+/-0.05PF 25V C0G 0201

SKY65716-11

50_GPS_ANT

U20_RF

1.6PF

R75_RF

0.8PF

C282_RF

SM-NSP

SP2_RF

1.6X1.21MM

0201

CLIP-SM

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ANTENNA FEEDS

L69_RF

5.6NH-3%-140MA PP_LDO14_PAC_2V65

FL1701_RF FLTR-GPS-0603

1.6X1.21MM SM-NSP

OUT

50_NTCH_FILT_OUT

UAT1

50_UPPER_MCH_1

03015

C1726_RF

0.8PF

+/-0.1PF 16V NP0-C0G 01005

C247_RF

56PF 2

C99_RF 10% 6.3V X5R 01005

U7_RF RF1112

TP1_RF 1

WLCSP

L6_RF

PAC_TO_BB_SPI_DATA_MISO

PAC_TO_BB_SPI_DATA_MISO_FILT

01005

5 MOSI

L66_RF

6 SCLK

5.6NH-3%-140MA

TP-P6

BB_SPI_TO_PAC_CS

1 12 NC 13 14 GND

BB_SPI_TO_PAC_CS_FILT

01005

L67_RF

0.3-2170MHZ LLP

50_UAT_CELL

RF2 10

NC NC NC NC

1 IN/OUT

BB_SPI_TO_PAC_DATA_MOSI

50_UAT1_LPF

PP_LDO14_2V65

L8_RF

2 3 10 11 17 18 20

6.2NH-390MA 03015

C271_RF

5% 2 16V NP0-C0G 01005

L48_RF

5.6NH-3%-140MA 6 2

OUT/IN 2

GND 3 4

56PF

2 4 11

6 2

U18_RF

3 RF1 7 CS

5.6NH-3%-140MA OUT

2 3 10 11 17 18 20

0.01UF

5% 16V NP0-C0G 01005

8 MISO

6 2

2.4NH+/-0.2NH-0.57A-0.07OHM

LFE18832MHC1D449

50_UPPER_ANT_FEED

PP_LDO14_2V65

2 01005

L1732_RF

VDD 9

SP1_RF

C157_RF

0.01UF

10% 6.3V 2 X5R 01005

1.7NH+/-0.1NH-0.60A

BB_SPI_TO_PAC_DATA_MOSI_FILT

01005

50_WLAN_G 1

L68_RF

50_EXTRACTOR_WIFI

0201

5.6NH-3%-140MA 6 2

BB_SPI_TO_PAC_CLK

BB_SPI_TO_PAC_CLK_FILT

01005

5% 16V NP0-C0G 01005

U9_RF

C38_RF 5% 16V NP0-C0G 01005

LGA 9 ANT

SMD3/WLAN 1

SMD4_GND

DPX165950DT-8030C1

4.7NH-3%-0.35A 0201

F-ST-SM

RF1

XFLGA

J5_RF

F-ST-SM

1 RF 7 50_UAT_COAX_DOWN

VC1 2

MM5829-2700 1 50_UAT_COAX_UP

GND 8 6 3

50_WLAN_A

MM5829-2700

CXA4011GC

2 4 RF2 50_B7_B38_B40_SPDT

50_EXTRACTOR_CELL 1

50_UAT2_DIPLEX 23

COMMON 2

UAT2

L51_RF

SMD1 6

10 8 5 3 2

J6_RF

U13_RF

GND

U12_RF

HIGH_BAND 4

VDD

RF2/CELL_SMD1 4

7 SMD2_ANT/

LOW_BAND 6

UAT1 COAX

885041 DIPLEXER-CELL-WIFI

56PF 2

C98_RF

56PF

5% 16V NP0-C0G 01005

C97_RF

56PF 2

3 2

5% 16V NP0-C0G 01005

C96_RF

56PF 2

L50_RF

GND

3.4NH-3%-0.45A

5 3 1

0201

J10_RF

50_EXTRACTOR_DIPLEX_1

MM5829-2700

2 3

BS_SP2T_CTL IN

R13_RF

F-ST-SM

50_UAT2_ANT_FD

1 1

C101_RF

0.2PF

250_UAT2_ANT_MATCH

5% 1/20W MF 201

L49_RF

5.6NH-3%-140MA

+/-0.1PF 25V 2 COG-CERM 201

01005

C158_RF

56PF

NOSTUFF

5% 16V 2 NP0-C0G 01005

LAT

J9_RF

MM8930-2600B F-RT-SM

J4_RF

R11_RF

MM5829-2700

3.0NH+/-0.1NH-0.45A 2

50_LAT_MATCH

C94_RF

1.0PF 2

NOSTUFF

+/-0.1PF 25V NP0-C0G 201

50_LAT_TEST

GND

C95_RF

1.0PF

+/-0.1PF 25V NP0-C0G 201

0201

50_LAT_COAX

F-ST-SM

NOSTUFF

CONFIDENTIAL AND PROPRIETARY APPLE SYSTEM DESIGN. FOR REFERENCE PURPOSE ONLY - NOT A CHANGE REQUEST

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WLAN/BT D

XW20_RF

SHORT-L9-SM 1 2

XW9_RF

SHORT-L9-SM 1 2

PP_VCC_MAIN_WLAN

PP_BATT_VCC_WLAN 1

C103_RF

10UF

C104_RF 27PF

20% 6.3V 2 CERM-X5R 0402-2

5% 16V 2 NP0-C0G 01005

R17_RF 23

PP_WLAN_VDDIO_1V8

C105_RF 0.01UF

10% 6.3V 2 X5R 01005

R16_RF

0.00

PP_WL_BT_VDDIO_AP

0% 1/32W MF 01005

C37_RF 27PF

5% 16V 2 NP0-C0G 01005

C106_RF

18PF 1

50_WLAN_G

XW8_RF

CLK32K_AP

SHORT-01005 1 2

VDDIO_1P8V 36

WLAN_CLK32K GPIO_6

3 31

WLAN_BUCK_OUT

CLK32K_AP GPIO_6 VIN_1P2LDO

2% 25V C0H-CERM 0201

VBATT_RF_VCC 46 VBATT_RF_VCC 47

32K INTERFACE TO AP

5% 1/32W MF 2 01005

BATT_VCC 27 BATT_VCC 28

10K

2G_ANT 5G_ANT

43 54

HOST_WAKE_BT 41 BT_WAKE 49

WLAN_REG_ON

BT_REG_ON

L9_RF

2.5UH-30%-0.7A-0.24OHM 1

WL_REG_ON

U8_RF MOD-WIFI-BT-IMPERIAL

BT_REG_ON

LGA

JTAG_SEL

WLAN_SR_VLX1

SR_VLX

50_HSIC_WLAN_DATA 50_HSIC_WLAN_STROBE

24 25

WLAN_HSIC_DATA WLAN_HSIC_STROBE

17 18 20 19 21 22

SDIO_CLK SDIO_CMD SDIO_DATA0 SDIO_DATA1 SDIO_DATA2 SDIO_DATA3

45 14 15 48

RF_SW_CTRL_3 RF_SW_CTRL_7 RF_SW_CTRL_8 RF_SW_CTRL_9

BT_UART_RXD BT_UART_TXD BT_UART_RTS* BT_UART_CTS*

39 40 37 38

NC NC

C102_RF 4.7UF

20% 2 6.3V X5R-CERM1 402

23 23 23 23 2

WLAN_COEX_RXD SDIO_DATA_1 SDIO_DATA_2 WLAN_COEX_TXD

WIFI_SW_CTRL

NC NC NC NC

BT_PCM_CLK BT_PCM_SYNC BT_PCM_OUT BT_PCM_IN

HOST_WAKE_BT

OUT

GPIO_0 GPIO_1 GPIO_2 GPIO_3 GPIO_4 GPIO_5 GPIO_12 GPIO_9 GPIO_10 GPIO_11 GPIO_15

1 23 26 42 44 53

GND

PP_WLAN_VDDIO_1V8 1

R14_RF 10K

5% 1/32W MF 2 01005

NOSTUFF

R18_RF

OUT

10K

5% 1/32W MF 2 01005

OUT

50_WLAN_A

100K

5% 1/32W MF 2 01005

C170_RF

0.2PF

+/-0.05PF 2 25V COG-CERM 0201

NOSTUFF

C281_RF

0.2PF

+/-0.05PF 2 25V COG-CERM 0201

NOSTUFF

BI OUT

OUT

WLAN_TX_BLANK WLAN_UART_RXD WLAN_UART_TXD WLAN_HSIC3_DEVICE_RDY OSCAR_CONTEXT_A

+/-0.1PF 25V COG-CERM 0201

2 2

2 6

OSCAR_CONTEXT_B

NC NC

R43_RF 10K

5% 1/32W MF 2 01005

R51_RF 6 2

R44_RF 10K

5% 1/32W MF 2 01005

LTE_COEX_TXD

0.00 2

WLAN_COEX_RXD

WLAN_COEX_TXD

2 23

0% 1/32W MF 01005

23 23

R52_RF

R15_RF

HOST_WAKE_WLAN AP_HSIC3_RDY WLAN_HSIC3_RESUME

VOUT_3P3 29 THRML_PAD

4.7PF

SDIO_DATA_2 JTAG_SEL SDIO_DATA_1 1

10 5 11 2 4 12 13 8 6 7 9

0.2PF

C107_RF

BT_UART_RXD BT_UART_TXD BT_UART_RTS_L BT_UART_CTS_L BT_PCM_CLK BT_PCM_SYNC BT_PCM_OUT BT_PCM_IN

C280_RF

NOSTUFF

BT_WAKE

32 35 33 34

55 56 57 58 59 60

+/-0.05PF 2 25V COG-CERM 0201

50_WLAN_G_ANT 50_WLAN_A_ANT

0603 2

LTE_COEX_RXD

0.00 2 0% 1/32W MF 01005

PULL-UP ON GPIO6, SDIO_DATA_2 & PULL-DOWN ON SDIO_DATA_1 REQUIRED FOR HSIC BOOTSTRAPPING

CONFIDENTIAL AND PROPRIETARY APPLE SYSTEM DESIGN. FOR REFERENCE PURPOSE ONLY - NOT A CHANGE REQUEST