惠普HP_6510B笔记本图纸.pdf

POWER VER RESPONSIBLE MV1 BUILD 3 DESIGN OF DosXX Dunkel 1 0 DRAWER REV SIZE DATECHANGE NO DATE CHECK CODE XXXX XXXXXX XX EE 2007 02 28 FILE NAME P N DATE DD1 0 CSA3 601 Model NoA02 INVENTEC REV XXXXXXXXXXXX TITLE SIZEDOC NUMBER SHEET 42 TPM V1 2 34 ICH8 2 53 ODD extension board 33 ICH8 1 27 Crestline 7 POWER 28 DDR2 DIMM0 11 CPU POWER VCC CORE 44 KBC TITLE 29 DDR2 DIMM1 PAGE INVENTEC 5 DC 1 enable CR G SRC9 CR A 667 INVENTEC Byte5 bit0 0 PWD SHEET Byte5 bit6 1 FSB SRC4 30PPM SRC1 HOST CLOCK 0 Byte5 bit3 0 disable CR C 1 enable CR CByte5 bit1 0 disable CR D 1 enable CR D FREQUENCY 166 SRC6 Please place close to CLKGEN within 500mils Byte5 bit4 1 27 Selet 1 ITP EN 0 Byte5 bit7 0 disable CR A 1 enable CR A Byte5 bit4 0 PWD Byte6 bit7 0 disable CR E 1 enable CR E FSB CLOCK CR B Byte5 bit5 0 disable CR B 1 enable CR B SRC8 DOC NUMBER Byte5 bit6 0 PWD SRC2 1 1 Byte6 bit4 0 disable CR H 1 enable CR H SRC8 SRC8 OF CR F Byte6 bit6 0 disable CR F 1 enable CR F Byte5 bit0 1Byte5 bit2 1Byte5 bit2 0 PWD LAYOUT NOTES THE R684 R685 R683 CLOSED TO U21 Layout note All decoupling 0 1uF disperse closed to pin 1 28 Feb 2007 CHANGE by 0 CR H REV FSC SIZE SRC4 SRC10 FREQUENCY ITP ITP 27 Selet 0 0 Layout note All decoupling 0 1uF disperse closed to pin SRC2SRC0 SRC0 CODE CR G 27MHZ non spread clock ITP EN 1 FSA SRC1 LCD SST 100MHZ R714 OPEN 12 MORRIS CHANG A02Model No 1560 A3CS DD1 0 CLOCK GENERATOR 1 2 20 28 29 34 43 11 21 0 5 R6951 2 12 475 1 R675 12 35 5 6PF 50V C9136 22 1 R36012 34 54 R319 0 5 2 21 15 10K 5 R91841 2 23 5 9 11 13 14 15 20 21 22 25 26 28 29 31 32 33 34 35 36 37 39 41 42 43 44 46 47 49 50 52 55 57 34 2 R679 0 5 12 23 5 6PF 50V C9175 1 2 R315 10K 5 1 2 0 5 R3301 12 10K 5 R91831 2 0 5 R6821 2 0 5 R67812 15 34 R680 10K 5 12 22PF 16V C9134 1 2 0 1UF 16V C267 11 2 R36422 1 12 0 5 R672 0 5 R69312 C9137 5 6PF 50V 1 2 C663 0 1UF 16V 2 2K 5 12 R3350 5 12 52 52 475 1 R917712 5 9 11 13 14 15 20 21 22 25 26 28 29 31 32 33 34 35 36 37 39 41 42 43 44 46 47 49 50 52 55 57 33 R700 0 5 R691 12 47 R68415 5 12 0 1UF 16V 1 2 22 5 R708 12 46 16 12 5 9 11 13 14 15 20 21 22 25 26 28 29 31 32 33 34 35 36 37 39 41 42 43 44 46 47 49 50 52 55 57 34 R71222 1 12 C9180 1 2 34 R68315 5 12 R6710 5 1 2 R711 10K 5 12 52 15 34 C260 33PF 50V 1 2 0 1UF 16V C675 1 2 R316 10K 5 2 5 9 11 13 14 15 20 21 22 25 26 28 29 31 32 33 34 35 36 37 39 41 42 43 44 46 47 49 50 52 55 57 0 5 R33412 C661 0 1UF 16V 49 VDDPCI 2 20 VDDPLL3 IO VDDREF 61 VDDSRC 39 X1 60 59 X2 47 R3330 5 1 SRCT3 CR C 24 27 SRCT4 41 SRCT6 SRCT7 CR F 44 30 SRCT9 10 SUB 48MHZ FSLA 16 VDD 9 VDD48 12 VDD96 IO VDDCPU 55 VDDCPU IO 32 SRCC2 SATAC 22 25 SRCC3 CR D SRCC4 28 SRCC6 40 SRCC7 CR E 43 SRCC9 31 14 SRCT0 DOTC 96 SRCT10 34 33 SRCT11 CR H 21 SRCT2 SATAT 3 4 PCI2 TME PCI3 5 6 PCI4 27 Select 7 PCI F5 ITP EN PCI STOP 38 REF0 FSLC TEST SEL 62 64 SCLK 63 SDTAT SRCC0 DOTT 96 13 35 SRCC10 SRCC11 CR G CPUT1 F 51 CPUT2 ITP SRCT8 47 37 CPU STOP 57 FSLB TEST MODE GND48 11 52 GNDCPU GNDPCI 8 58 GNDREF NC 48 1 PCI0 CR A PCI1 CR B 18 29 GNDSRC 36 VDDSRC IO GNDSRC 42 VDDSRC IO 45 CK PWRGD PD 56 CPUC0 53 50 CPUC1 F 46 CPUC2 ITP SRCC8 54 CPUT0 ICS ICS9LPRS355BGLFT TSSOP 64P U21 GND 15 GND 19 GNDSRC 23 26 VDDSRC IO 17 27MHz NonSS SRCT1 SE1 27MHz SS SRCC1 SE2 0 1UF 16V C268 1 2 R6730 5 12 44 R69733 5 1 2 R692 0 5 12 52 33PF 50V C262 1 2 R9213 0 5 OPEN 12 10 15 16 17 18 19 22 23 25 26 33 36 10UF 10V C2591 2 0 5 OPEN R8031 2 12 20 28 29 34 43 0 1UF 16V C266 1 2 50 12 15 50 R317 10K 5 1 2 0 5 R674 2 5 6PF 50V C9133 1 2 34 R689 0 5 2 0 1UF 16V C9179 1 2 44 10K 5 OPEN R694 1 2 22 1 R916912 17 21 C271 0 1UF 16V 1 2 C664 0 1UF 16V 1 2 0 5 R6901 2 10K 5 R7031 2 47 BLM18AG471SN1D L2017 1 5 9 11 13 14 15 20 21 22 25 26 28 29 31 32 33 34 35 36 37 39 41 42 43 44 46 47 49 50 52 55 57 0 1UF 16V C662 1 2 10UF 10V C2611 12 21 15 50 R9178475 1 12 0 1UF 16V 1 2 R6812 2K 5 1 2 R707 OPEN 33 5 12 5 9 11 13 14 15 20 21 22 25 26 28 29 31 32 33 34 35 36 37 39 41 42 43 44 46 47 49 50 52 55 57 R329 OPEN 1 2 C265 47 C9135 5 6PF 50V 1 2 42 19 R7042 R68515 5 12 0 5 OPEN R802 12 10 15 16 17 18 19 22 23 25 26 33 36 L18 BLM18AG471SN1D 1 2 R362 10K 5 1 X2 14 31818MHZ 12 10K 5 R314 1 2 2 R6880 5 12 5 9 11 13 14 15 20 21 22 25 26 28 29 31 32 33 34 35 36 37 39 41 42 43 44 46 47 49 50 52 55 57 21 50 15 R676 475 1 12 R3320 5 1 2 21 46 R677 0 5 1 2 19 34 34 R806 10K 5 1 2 R321 475 1 1 R3581 2 44 16 0 5 R33112 21 5 9 11 13 14 15 20 21 22 25 26 28 29 31 32 33 34 35 36 37 39 41 42 43 44 46 47 49 50 52 55 57 5 9 11 13 14 15 20 21 22 25 26 28 29 31 32 33 34 35 36 37 39 41 42 43 44 46 47 49 50 52 55 57 17 21 10UF 10V C6651 2 22 5 12 54 21 R9116 10K 5 1 2 12 R6980 5 12 33 17 21 R320 0 5 54 R318 10K 5 1 2 OPEN R804 CLK R PEG DL CLK PEG DL CLK PCIE MINI2 CLKREQ DL CLK REQD CLKREQ MCH V3S V3S CLKREQ R DL CLK R3S TPM CLK DOCK REF CLK R DOCK REF CLK DOCK REF CLK R DOCK REF V3S CLK PWRGD CLK R PEG DL CLK PEG DL CLK MCHBCLK CLK R CPUBCLK CPUSTOP 3 CLK R MCHBCLK PCISTOP 3 CLK R MCHBCLK CLK 3S REF VR PWRGD CK505 VCCP VCCP V3S CLK PCIE MINI2 CLK R XDP CLK R PCIE MINI2 CLK CPUBCLK CLK R PCIE MINI2 CLK CPUBCLK CLK R XDP CLK MCHBCLK CLK R CPUBCLK CLKREQ R MCH CLK R3S SIOPCI 1 0 5 CLK 3S KBPCICLK 3S KBPCI CLK R REQD CLK R3S DEBUG CPU BSEL2 CPU BSEL1 CPPE R CLK R PCIE ICH CLK R PEG MCH CLK R PEG MCH CLK PCIE LAN CLK R PCIE LAN CLK PCIE LAN CLK R PCIE LAN CLK R3S CBPCI 1 0 5 CLK SATA1 CLK R SATA1 CLK SATA1 CLK R SATA1 ICH 3S SMDATA CLK PCIE ICH CLK R PCIE ICH ICH 3S SMCLK CLK PCIE ICH CLK DREF CLK R DREF CLK DREF CLK R DREF SSCLK1 DREF SSCLK1 R DREF SSCLK1 DREF SSCLK1 R DREF CLK PEG MCH CLK PEG MCH CPU BSEL0 CLK 3S ICH48 CLK 3S REF CLK R3S ICH14 CLK R3S SIO14 CLK R3S KBC14 CLK 3S SIOPCI CLKREQ R LAN CLKREQ R LAN CLK R3S MINICARD CPPE CLK 3S ICHPCI CLK R3S ICHPCI CLK R3S KBPCI 1 0 5 V3S V3S V3S V3S V3S CLKREQ R SATA CLK R3S ICH48 CLKREQ R SATA CLKREQ LAN CLKREQ SATA CLK 3S CBPCI H CLK RESERVED ADDR GROUP 0 CONTROL ADDR GROUP 1 XDP ITP SIGNALS THERMAL ICH SHEET PM THRMTRIP should be T at CPU ICH8 REVDOC NUMBER CHANGE by CLOSED TO CPU GMCH 51 ohm 1 pull up to VCCP MEROM 1 DD1 0 CSA3 6016 Model NoA02 MORRIS CHANG VCCP if ITP is implemented INVENTEC SIZE CPU CODE 10mils 10mils TITLE OF VCCP 19 R600 51 5 12 28 Feb 2007 TDO A24 THERMDA THERMDC B25 C7 THERMTRIP TMS AB5 TRDY G2 TRST AB6 23 19 V3 RSVD04 B2 RSVD05 RSVD06 C3 RSVD07 D2 D22 RSVD08 D3 RSVD09 SMI A3 D5 STPCLK TCK AC5 AA6 TDI AB3 REQ2 REQ3 J3 L1 REQ4 RESET C1 F3 RS0 RS1 F4 G3 RS2 M4 RSVD01 RSVD010 F6 RSVD02 N5 RSVD03 T2 IERR IGNNE C4 INIT B3 LINT0 C6 B4 LINT1 H4 LOCK AC2 PRDY PREQ AC1 PROCHOT D21 K3 REQ0 REQ1 H2 K2 AC4 BPM3 BPRI G5 BR0 F1 C20 DBR E1 DBSY DEFER H5 F21 DRDY A5 FERR G6 HIT HITM E4 D20 A8 J1 A9 H1 ADS ADSTB0 M1 V1 ADSTB1 BCLK0 A22 A21 BCLK1 BNR E2 AD4 BPM0 BPM1 AD3 BPM2 AD1 J4 A30 U2 A31 V4 W3 A32 AA4 A33 A34 AB2 A35 AA3 L5 A4 L4 A5 A6 K5 A7 M3 N2 A6 A20M U4 A21 A22 Y5 A23 U1 R4 A24 T5 A25 A26 T3 A27 W2 W5 A28 Y4 A29 A3 N3 A11 P5 P2 A12 L2 A13 A14 P4 A15 P1 R1 A16 Y2 A17 A18 U5 A19 R3 W6 A20 12 20 10 15 16 17 18 19 22 23 25 26 33 36 19 34 CN24 FOX PZ4782K 274M 41 478P A10 23 15 33 33 23 23 R589 51 5 16 19 21 33 56 5 R650 1 2 33 23 23 23 33 33 19 16 19 33 23 23 16 19 15 33 23 23 19 R587 51 5 1 2 19 23 16 19 19 23 16 19 33 19 23 23 51 5 R606 12 2 16 19 20 10 15 16 17 18 19 22 23 25 26 33 36 10 15 16 17 18 19 22 23 25 26 33 36 23 19 16 19 23 10 15 16 17 18 19 22 23 25 26 33 36 51 5 R588 1 12 R65156 5 12 16 19 H REQ 0 H HIT H CPURST H INIT H BPM5 PREQ 51 5 R586 H A 31 H A 33 H A 35 H REQ 4 H REQ 3 H REQ 2 H REQ 1 H A 7 H A 6 H A 5 H A 4 H A 3 H A 29 H A 14 H A 13 H A 12 H A 11 H A 10 H A 9 H A 8 H A 17 H A 19 H A 21 H A 22 H ADSTB 0 H A 16 H A 15 H TCK TDI FLEX TDI FLEX PM THRMTRIP THERM MINUS H THERMDA H SMI CLK R CPUBCLK VCCP VCCP VCCP H A 25 H A 24 H A 23 H A 20 H A 18 H TMS H TMS H BPM5 PREQ H TCK H BNR H ADSTB 1 H ADS H A 30 H A 28 H A 27 H A 26 H DEFER H DBSY H BREQ 0 H BPRI H BPM4 PRDY H BPM3 XDP H BPM1 XDP H TDO H RS 2 H RS 1 H RS 0 H LOCK H HITM H DRDY H NMI H IGNNE H INTR H FERR H STPCLK H A20M H A 35 3 H TRDY H REQ 4 0 H RS 2 0 VCCP H A 34 CLK R CPUBCLK H TRST H A 32 XDP DBRESET H BPM0 XDP H BPM2 XDP DATA GRP 1 DATA GRP 2DATA GRP 3 DATA GRP 0 MISC CHANGE byOF CODE CLOSED TO CPU Place series resistor R602 1K ohm on H PWRGD XDP without stub INVENTEC SIZE SHEET Place C642 0 1uF 16V close to the TEST4 pin Layout note Zo 55 ohm Make sure TEST4 routing is reference MEROM 2 DD1 0 CSA3 6017 Model NoA02 MORRIS CHANG28 Feb 2007 0 5 max for GTLREF TITLE DOC NUMBERREV to GND and away from other noisy signals 2 17 23 23 33 1K 5 R602 12 R655 2K 1 1 23 17 23 10 15 16 17 18 19 22 23 25 26 33 36 33 19 54 9 1 R6041 2 R654 1K 1 1 2 11 21 33 23 23 23 11 23 23 10 15 16 17 18 19 22 23 25 26 33 36 2 23 R60527 4 1 12 15 21 23 23 OPEN C642 1 C24 TEST3 TEST4 AF26 TEST5 AF1 A26 TEST6 15 21 54 9 1 R6531 2 DSTBN3 DSTBP0 H26 M26 DSTBP1 AA26 DSTBP2 DSTBP3 AF24 AD26 GTLREF PSI AE6 PWRGOOD D6 D7 SLP TEST1 C23 D25 TEST2 G24 H25 DINV0 DINV1 N24 DINV2 U22 AC20 DINV3 DPRSTP E5 B5 DPSLP DPWR D24 J26 DSTBN0 L26 DSTBN1 DSTBN2 Y26 AE25 D57 AC25 D58 AE21 AD21 D59 D6 E25 AC22 D60 D61 AD23 AF22 D62 D63 AC23 E23 D7 K24 D8 D9 D47 AE24 D48 D49 AD24 D5 G25 D50 AA21 AB22 D51 AB21 D52 D53 AC26 D54 AD20 AE22 D55 AF23 D56 D37 U25 D38 D39 U23 F23 D4 D40 Y25 W22 D41 Y23 D42 D43 W24 D44 W25 AA23 D45 D46 AA24 AB25 D28 R24 L25 D29 G22 D3 D30 T25 N25 D31 D32 Y22 AB24 D33 V24 D34 D35 V26 D36 V23 T22 D18 D19 R23 D2 E26 D20 L23 M24 D21 L22 D22 D23 M23 D24 P25 P23 D25 P22 D26 D27 T24 COMP3 E22 D0 D1 F24 D10 J24 J23 D11 H22 D12 D13 F26 K22 D14 D15 H23 D16 N22 K25 D17 P26 2 CN24 FOX PZ4782K 274M 41 478P BSEL0 B22 B23 BSEL1 BSEL2 C21 COMP0 R26 U26 COMP1 COMP2 AA1 Y1 R603 1 2 23 23 R649 OPEN 1 17 23 23 15 21 23 OPEN 1 2 17 23 VCCP CPU BSEL1 H DPSLP VCCP 27 4 1 R6521 2 OPEN R648 H DSTBN 1 H DSTBP 0 H DSTBP 1 GTLREF CPU BSEL2 CPU BSEL0 H DPRSTP PSI H D 6 1 0 5 H D 7 H D 8 H D 9 H DINV 0 H DINV 1 H DSTBN 0 1 0 5 H D 3 H D 30 H D 31 1 0 5 H D 4 1 0 5 H D 5 1 0 5 1 0 5 H D 24 1 0 5 H D 25 H D 26 H D 27 H D 28 1 0 5 H D 29 H D 19 1 0 5 H D 2 1 0 5 H D 20 H D 21 H D 22 1 0 5 H D 23 H D 14 1 0 5 H D 15 1 0 5 H D 16 1 0 5 H D 17 1 0 5 H D 18 H D 0 1 0 5 H D 1 1 0 5 H D 10 1 0 5 H D 11 1 0 5 H D 12 1 0 5 H D 13 H D 37 H D 36 H D 35 H D 34 H D 33 H D 32 1 0 5 H D 43 H D 42 H D 41 H D 40 1 0 5 H D 39 H D 38 H D 49 H D 48 H D 47 H D 46 H D 45 H D 44 1 0 5 H D 55 H D 54 H D 53 H D 52 H D 51 H D 50 H D 62 H D 61 H D 60 H D 59 H D 58 H D 57 H D 56 H DSTBN 3 H DSTBN 2 H DPWR H DINV 3 H DINV 2 H D 63 H D 63 0 H D 63 0 H D 63 0 H D 63 0 H PWRGD XDP H CPUSLP H PWRGD H DSTBP 3 H DSTBP 2 CAVITY ON L8 NORTH SIDE PRIMARY PLACE THESE INSIDE SOCKET CHANGE by PLACE THESE INSIDE SOCKET CAVITY ON L1 NORTH SIDE ROUTE VCCSENSE AND VSSSENSE TRACE AT PLACE PU AND PD WITHIN I INCH OF CPU CAVITY ON L8 NORTH SIDE INVENTEC SECONDARY PLACE THESE INSIDE SOCKET PLACE THESE INSIDE SOCKET LAYOUT NOTE REVSIZE SECONDARY CAVITY ON L1 SOUTH SIDE TITLE SOUTH SIDE SECONDARY LAYOUT NOTE SHEET OPEN OF NORTH SIDE SECONDARY DOC NUMBER SECONDARY PLACE THESE INSIDE SOCKET CODE 2 MEROM 3 DD1 0 CSA3 6018 Model NoA02 MORRIS CHANG28 Feb 2007 24 7 OHM WITH 50 MIL SPACEING PRIMARY PLACE C2461 NEAR PIN B26 330UF 2V 6mR 330UF 2V 6mR 330UF 2V 6mR 330UF 2V 6mR OPEN CAVITY ON L8 SOUTH SIDE 2 C179 10UF 6 3V 1 2 10UF 6 3V C5961 11 10UF 6 3V C6021 2 C181 10UF 6 3V 1 11 10UF 6 3V C1851 2 100 1 R631 1 2 1 2 C607 10UF 6 3V 1 2 11 C190 1 R630 100 1 1 2 C214 10UF 6 3V 10UF 6 3V C6391 2 C178 330UF 2V 9mR Panasonic 1 330UF 2V 9mR Panasonic 1 2 220UF 2V 15mR Panasonic C218 1 11 11 11 1 2 10UF 6 3V C1801 2 C221 10UF 6 3V 10UF 6 3V 1 2 330UF 2V 9mR Panasonic C189 1 C606 10UF 6 3V AE3 VID4 VID5 AF3 AE2 VID6 VSSSENSE AE7 10UF 6 3V C2201 2 11 18 C637 R21 R6 VCCP12 T21 VCCP13 T6 VCCP14 VCCP15 V21 W21 VCCP16 AF7 VCCSENSE AD6 VID0 VID1 AF5 AE5 VID2 VID3 AF4 VCCA02 G21 VCCP01 V6 VCCP02 VCCP03 J6 VCCP04 K6 VCCP05 M6 J21 VCCP06 K21 VCCP07 M21 VCCP08 VCCP09 N21 VCCP10 N6 VCCP11 VCC091 AE18 AE20 VCC092 VCC093 AF9 VCC094 AF10 AF12 VCC095 AF14 VCC096 VCC097 AF15 VCC098 AF17 VCC099 AF18 VCCA01 B26 C26 AD12 AD14 VCC081 VCC082 AD15 AD17 VCC083 AD18 VCC084 VCC085 AE9 VCC086 AE10 AE12 VCC087 VCC088 AE13 AE15 VCC089 AE17 VCC090 VCC069 AC7 VCC070 VCC071 AC9 AC12 VCC072 VCC073 AC13 VCC074 AC15 AC17 VCC075 AC18 VCC076 VCC077 AD7 AD9 VCC078 VCC079 AD10 VCC080 VCC059 AA20 AB9 VCC060 AC10 VCC061 AB10 VCC062 VCC063 AB12 VCC064 AB14 AB15 VCC065 AB17 VCC066 VCC067 AB18 VCC068 AB20 AB7 VCC048 F18 VCC049 VCC050 F20 VCC051 AA7 AA9 VCC052 AA10 VCC053 VCC054 AA12 VCC055 AA13 AA15 VCC056 AA17 VCC057 VCC058 AA18 VCC037 VCC038 E15 VCC039 E17 E18 VCC040 E20 VCC041 VCC042 F7 VCC043 F9 F10 VCC044 F12 VCC045 VCC046 F14 VCC047 F15 F17 VCC027 D10 D12 VCC028 D14 VCC029 VCC030 D15 VCC031 D17 D18 VCC032 E7 VCC033 VCC034 E9 VCC035 E10 E12 VCC036 E13 VCC016 B18 VCC017 VCC018 B20 VCC019 C9 C10 VCC020 C12 VCC021 VCC022 C13 VCC023 C15 C17 VCC024 C18 VCC025 VCC026 D9 A15 VCC007 A17 A18 VCC008 A20 VCC009 VCC010 B7 AF20 VCC0100 VCC011 B9 B10 VCC012 B12 VCC013 VCC014 B14 VCC015 B15 B17 1 2 CN24 FOX PZ4782K 274M 41 478P A7 VCC001 VCC002 A9 VCC003 A10 A12 VCC004 A13 VCC005 VCC006 1 2 C633 10UF 6 3V 1 2 C186 10UF 6 3V 1 2 C604 10UF 6 3V 1 2 C631 10UF 6 3V 1 2 10UF 6 3V C5981 2 C188 10UF 6 3V 1 2 0 1UF 16V C599 1 2 C605 10UF 6 3V C601 1 2 10UF 6 3V C635 1 2 11 C216 0 1UF 16V 1 2 10UF 6 3V C1871 2 11 18 10 13 22 26 36 47 52 0 1UF 16V 1 2 C600 0 1UF 16V 1 2 C183 10UF 6 3V C1841 2 C634 10UF 6 3V 1 2 C641 10UF 6 3V 10UF 6 3V C5971 2 330UF 2V 9mR Panasonic C177 1 10UF 6 3V 330UF 2V 9mR Panasonic C608 1 C636 10UF 6 3V 1 2 C222 330UF 2V 9mR Panasonic 1 C640 10UF 6 3V 1 2 11 2 C638 10UF 6 3V 1 2 10UF 6 3V C2151 2 1 2 10UF 6 3V C1821 2 10UF 6 3V C6031 2 C632 0 01UF 16V 1 2 10 15 16 17 18 19 22 23 25 26 33 36 11 18 0 1UF 16V C217 VCCP VCC CORE 10 15 16 17 18 19 22 23 25 26 33 36 11 C219 0 1UF 16V 1 VSSSENSE H VID0 H VID1 H VID2 H VID3 H VID4 H VID5 VCCP VCCSENSE VCC CORE H VID6 VCC CORE V1 5S VCCP 10 15 16 17 18 19 22 23 25 26 33 36 V3A 16 16 16 16 16 16 SIZE TITLE CODE OFSHEET INVENTEC 2 MEROM 4 DD1 0 CSA3 6019 Model NoA02 MORRIS CHANG28 Feb 2007 DOC NUMBER XDP CONNECTOR CHANGE by REV 52 TMS 58 TRSTn 54 43 VCC OBS ABVCC OBS CD 44 10 15 16 17 18 19 22 23 25 26 33 36 R9192 54 9 1 1 OBSFN C1 6 OBSFN D0 22 24 OBSFN D1 PWRGOOD HOOK0 39 RESET HOOK6 46 53 SCL 51 SDA TCK0 57 TCK1 5556 TDI TDO OBSDATA C2 OBSDATA C3 18 OBSDATA D0 28 OBSDATA D1 30 34 OBSDATA D2 OBSDATA D3 36 3 OBSFN A0 5 OBSFN A1 21 OBSFN B0 OBSFN B1 23 OBSFN C0 4 40 9 OBSDATA A0 11 OBSDATA A1 OBSDATA A2 15 OBSDATA A3 17 27 OBSDATA B0 29 OBSDATA B1 OBSDATA B2 33 35 OBSDATA B3 10 OBSDATA C0 OBSDATA C1 12 16 13 GND4GND5 14 19 GND6GND7 20 GND8 2526 GND9 HOOK1 41 45 HOOK2 HOOK3 47 42 ITPCLK HOOK5 ITPCLK HOOK4 GND1 31 GND10 32 GND11 37 GND12GND13 38 GND14 4950 GND15 59 GND16GND17 60 GND2 78 GND3 R590 1K 5 12 CN11 SAMTEC BSH 030 01 L D A TR 60P 48 DBR HOOK7 GND0 12 VSS160 AF19 AF21 VSS161 VSS162 A25 AF25 VSS163 1K 5 R591 1 2 16 23 VSS149 AE16 VSS150 VSS151 AE19 VSS152 AE23 AE26 VSS153 A2 VSS154 VSS155 AF6 VSS156 AF8 AF11 VSS157 AF13 VSS158 VSS159 AF16 VSS138 VSS139 AD11 VSS140 AD13 AD16 VSS141 AD19 VSS142 VSS143 AD22 VSS144 AD25 AE1 VSS145 AE4 VSS146 VSS147 AE8 VSS148 AE11 AE14 VSS128 AC6 AC8 VSS129 AC11 VSS130 VSS131 AC14 VSS132 AC16 AC19 VSS133 AC21 VSS134 VSS135 AC24 VSS136 AD2 AD5 VSS137 AD8 VSS117 AB1 VSS118 VSS119 AB4 VSS120 AB8 AB11 VSS121 AB13 VSS122 VSS123 AB16 VSS124 AB19 AB23 VSS125 AB26 VSS126 VSS127 AC3 VSS106 VSS107 Y21 VSS108 Y24 AA2 VSS109 AA5 VSS110 VSS111 AA8 VSS112 AA11 AA14 VSS113 AA16 VSS114 VSS115 AA19 VSS116 AA22 AA25 VSS096 U24 V2 VSS097 V5 VSS098 VSS099 V22 VSS100 V25 W1 VSS101 W4 VSS102 VSS103 W23 VSS104 W26 Y3 VSS105 Y6 VSS085 R5 VSS086 VSS087 R22 VSS088 R25 T1 VSS089 T4 VSS090 VSS091 T23 VSS092 T26 U3 VSS093 U6 VSS094 VSS095 U21 VSS074 M22 VSS075 VSS076 M25 VSS077 N1 N4 VSS078 N23 VSS079 VSS080 N26 P3 VSS081 P6 VSS082 VSS083 P21 VSS084 P24 R2 VSS064 J25 VSS065 K1 K4 VSS066 K23 VSS067 VSS068 K26 VSS069 L3 L6 VSS070 L21 VSS071 VSS072 L24 VSS073 M2 M5 G4 G1 VSS054 G23 VSS055 VSS056 G26 VSS057 H3 H6 VSS058 H21 VSS059 VSS060 H24 VSS061 J2 J5 VSS062 J22 VSS063 VSS042 E24 VSS043 VSS044 F5 VSS045 F8 F11 VSS046 F13 VSS047 VSS048 F16 VSS049 F19 F2 VSS050 F22 VSS051 VSS052 F25 VSS053 VSS032 D19 VSS033 D23 D26 VSS034 E3 VSS035 VSS036 E6 VSS037 E8 E11 VSS038 E14 VSS039 VSS040 E16 VSS041 E19 E21 C16 C19 VSS022 C2 VSS023 VSS024 C22 VSS025 C25 D1 VSS026 D4 VSS027 VSS028 D8 VSS029 D11 D13 VSS030 D16 VSS031 VSS010 B11 VSS011 VSS012 B13 VSS013 B16 B19 VSS014 B21 VSS015 VSS016 B24 VSS017 C5 C8 VSS018 C11 VSS019 VSS020 C14 VSS021 FOX PZ4782K 274M 41 478P CN24 VSS001 A4 A8 VSS002 A11 VSS003 VSS004 A14 VSS005 A16 A19 VSS006 A23 VSS007 VSS008 AF2 VSS009 B6 B8 0 1UF 16V 1 2 16 34 10 15 16 17 18 19 22 23 25 26 33 36 12 C563 7 13 14 32 34 35 36 41 42 43 50 52 54 55 54 9 1 R592 C562 0 1UF 16V 1 2 16 16 16 16 16 17 15 15 H BPM5 PREQ H BPM4 PRDY H PWRGD XDP H TCK TDI FLEX H TMS H TRST VCCP H TDO VCCP XDP DBRESET H CPURST CLK R XDP CLK R XDP H BPM3 XDP H BPM2 XDP H BPM1 XDP H BPM0 XDP OF TITLE We have to change R9346 R9347 to 100 ohm to support Penryn CPU INVENTEC LAYOUT NOTES PUT THE THERMAL SENSOR CLOSE TO CPU SHEETCHANGE by REVSIZE CODEDOC NUMBER 0 5 R9347 12 28 Feb 2007 THERMAL FAN CONTROLLER DD1 0 CSA3 6020 Model NoA02 MORRIS CHANG Q528 AO3409 D3 G1 2 S 5 10 11 13 14 31 34 36 38 39 45 46 47 54 0 5 R9346 12 A D ADM1032AR SO 8P U515 6 ALERT 2D 3D 5 GND SCLK 8 7 SDATA THERM 4 VDD 1 0 01UF 16V C39 1 2 C656 0 1UF 16V 1 2 1 2 4 5 20 R663 2 2K 5 1 2 G G1 G2 G 2 GND REFENCE 3 VCC 1 U7 TC7SET08F 3 16 16 34 35 15 28 29 34 43 15 28 29 34 43 CN8 MLX 53398 0371 3P 1000PF 50V 12 20 5 9 11 13 14 15 20 21 22 25 26 28 29 31 32 33 34 35 36 37 39 41 42 43 44 46 47 49 50 52 55 57 R9185 5 6K 5 12 44 THERM 3S WARN H THERMDA THERM MINUS 5 9 11 13 14 15 20 21 22 25 26 28 29 31 32 33 34 35 36 37 39 41 42 43 44 46 47 49 50 52 55 57 5 10 11 13 14 31 34 36 38 39 45 46 47 54 C630 ICH 3S SMCLK ICH 3S SMDATA V3S THERM SCI PWM 3S FAN THERM 3S WARN V3S V5S V5S RSVD CFG PM NC DDR MUXING CLK DMI ME MISC GRAPHICS VID FSB Dynamic MODE L