8
6
7
1. ALL RESISTANCE VALUES ARE IN OHMS, 0.1 WATT +/- 5%. 2. ALL CAPACITANCE VALUES ARE IN MICROFARADS. 3. ALL CRYSTALS & OSCILLATOR VALUES ARE IN HERTZ.
2
3
4
5
1 CK APPD
IMAC 5,2 -- REV A
REV
ZONE
ECN
A
ENG APPD
DESCRIPTION OF CHANGE
451207
PRODUCTION RELEASED
DATE
DATE
07/26/06
06/22/04
7/25/06 D
PDF CSA CONTENTS
SYNC MASTER
DATE
PDF CSA CONTENTS
TABLE_TABLEOFCONTENTS_HEAD
2
2
System Block Diagram
MASTER
MASTER
3
Power Block Diagram
MASTER
MASTER
38
TABLE_TABLEOFCONTENTS_ITEM
3
39
4
Table Items
MASTER
40
MASTER
5
FUNC TEST 1 OF 2
MASTER
41
MASTER
6
Power Conn / Alias
MASTER
42
MASTER
7
CPU 1 OF 2-FSB
MASTER
43
MASTER
8
CPU 2 OF 2-PWR/GND
MASTER
44
MASTER
9
CPU DECAPS & VID<>
MASTER
45
MASTER
10
CPU TEMP SENSOR
MASTER
46
MASTER
12
11
CPU ITP700FLEX DEBUG
M38
01/05/2006
12
NB CPU Interface
M1
01/05/2006
13
NB PEG / Video Interfaces M1
01/05/2006
14
NB Misc Interfaces
MASTER
15
NB DDR2 Interfaces
M1
01/05/2006
16
NB Power 1
MASTER
17
NB Power 2
M40
01/05/2006
18
NB Grounds
M1
01/05/2006
22
19
NB (GM) Decoupling
(MASTER)
(MASTER)
20
NB Config Straps
M1
01/05/2006
21
SB: 1 OF 4
M38
22
SB: 2 OF 4
MASTER
SB: 3 OF 4
MASTER
MASTER
24
SB: 4 OF 4
M38
01/05/2006
25
SB:DECOUPLING
MASTER
26
SB: MISC
27
SB: SMB HUB AND ALIAS
28 29 30 31
A
DDR2 SO-DIMM Connector BMASTER Memory Active Termination MASTER Memory Vtt Supply
33
CLOCKS
34
CLOCKS:
TABLE_TABLEOFCONTENTS_ITEM
33
TERMINATIONS
TABLE_TABLEOFCONTENTS_ITEM
34
MASTER
DDR2 SO-DIMM Connector AMASTER
TABLE_TABLEOFCONTENTS_ITEM
32
51 53 54 55 56 57 59 60 61
MASTER
P
MASTER
TABLE_TABLEOFCONTENTS_ITEM
31
MASTER
58
SMC
M1
59
SMC & TPM SUPPORT
(MASTER)
60
LPC+ CONN
M38
61
NB THERMAL
MASTER
63
SPI BOOTROM
M38
65
Fan 0, 1 & System Temp
MASTER
66
Fan 2 & HD Temp
MASTER
67
TPM
M38
68
AUDIO: CODEC
AUDIO
72
AUDIO: SPEAKER AMP
AUDIO
73
AUDIO: CONNECTORS
AUDIO
74
AUDIO: POWER SUPPLIES
AUDIO
75
IMVP6 CPU VCore Regulator MASTER
D
y r
a n i
MASTER
MASTER
01/05/2006
MASTER MASTER MASTER MASTER MASTER
MASTER
MASTER
MASTER
MASTER
38
Disk Connectors
41
ETHERNET CONTROLLER
MASTER
MASTER
42
ETHERNET MISC
MASTER
MASTER
43
ETHERNET CONNECTOR
MASTER
MASTER
MASTER
(MASTER)
12/09/2005 MASTER
01/05/2006
m il
MASTER
01/05/2006 05/12/2006 05/12/2006 05/12/2006 05/12/2006 MASTER (MASTER)
77
PWR GOOD
(MASTER)
(MASTER)
78
3V DC/DC 2.5V
(MASTER)
(MASTER)
79
1.8V & 1.2V VREG
MASTER
MASTER
80
1.5V_S0 & 1.05V_S0 VREG
MASTER
MASTER
82
5V DC/DC
MASTER
MASTER
83
S0 AND S3 FETS
MASTER
MASTER
94
Internal Display Conns
MASTER
MASTER
95
EXTERNAL TMDS
MASTER
MASTER
96
TMDS/Inverter/ExtVGA
MASTER
MASTER
97
External Display Conns
MASTER
MASTER
B
TABLE_TABLEOFCONTENTS_ITEM
63
TABLE_TABLEOFCONTENTS_ITEM
64
TABLE_TABLEOFCONTENTS_ITEM
65
TABLE_TABLEOFCONTENTS_ITEM
66
TABLE_TABLEOFCONTENTS_ITEM
67
DIMENSIONS ARE IN MILLIMETERS
Apple Computer Inc.
METRIC
TABLE_TABLEOFCONTENTS_ITEM
XX
X.XX DRAFTER
MASTER
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING ENG APPD
MFG APPD
QA APPD
DESIGNER
RELEASE
SCALE
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
ANGLES
TITLE
DO NOT SCALE DRAWING
TABLE_TABLEOFCONTENTS_ITEM
36
A
NOTICE OF PROPRIETARY PROPERTY
DESIGN CK
X.XXX
TABLE_TABLEOFCONTENTS_ITEM
35
C
MASTER
CPU & SYSTEM SENSE CIRCUITRIES (MASTER)
TABLE_TABLEOFCONTENTS_ITEM
62
MASTER
76
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
30
PCIE PORT ALIASES
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
29
49
58
MASTER
23
TABLE_TABLEOFCONTENTS_ITEM
28
54
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
27
MASTER
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
26
MASTER
e r
01/05/2006
TABLE_TABLEOFCONTENTS_ITEM
25
AIRPORT CONN
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
24
53
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
23
MASTER
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
B
MASTER
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
21
USB Device Interfaces
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
20
48
52
MASTER
TABLE_TABLEOFCONTENTS_ITEM
19
47
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
18
MASTER
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
17
47
50
MASTER
TABLE_TABLEOFCONTENTS_ITEM
16
MASTER
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
15
FIREWIRE CONNECTORS
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
14
46
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
13
MASTER
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
C
MASTER
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
11
FW: DECAPS
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
10
45
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
9
MASTER
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
8
MASTER
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
7
FW: FW323-06
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
6
44
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
5
DATE
TABLE_TABLEOFCONTENTS_ITEM
TABLE_TABLEOFCONTENTS_ITEM
4
SYNC MASTER
TABLE_TABLEOFCONTENTS_HEAD
SCHEM VALLCO NONE
TABLE_TABLEOFCONTENTS_ITEM
37
SIZE
TABLE_TABLEOFCONTENTS_ITEM
THIRD ANGLE PROJECTION
8
7
6
5
4
3
MATERIAL/FINISH NOTED AS APPLICABLE
D
DRAWING NUMBER
REV.
051-7199 SHT
2
1
1
A OF
97
6
7
J0700
CPU
ITP CONN
LVDS (INTERNAL)
PAGE 94
64-BIT FSB 667MHZ
PAGE 94
D
U1200
VIDEO
NB- GT
PAGE 13
CORE (1.50V) PAGE 16-17
DDR2 - DUAL CHAN 1.8V/667MHZ 64-BIT
PAGE 15
MAIN MEMORY
PAGE 12
DIMM
PARALLEL TERM PAGES 30
6DUAL CHANNEL LVDS - 6BIT
a n i
PAGE 28-29
MISC
U3301
DMI
PAGE 14
CK410
PAGE 14
4-BIT DMI 1.2V/800MHZ
J2901 ALS+ATS TSENS
CONTROL = 2.5V
U1000 CPU TSENS U6100 GPU+NB TSENS
C
J6601 HD TSENS U6300/01
J6602 ODD TSENS
SPI BOOTROM RMT MLB
FAN
U5800
U6700
SMC
m il TPM
AIRPORT
A
P
GIG ETHERNET
PAGE 53
PAGE 41
4 Diff pairs
PAGE 23
PCI
JD600
PAGE 22
LPC
PAGE 34
C
J6000
LPC+ CONN
JE310/JE320/JE330
PAGE 60
USB CONNECTORS 0
2
4
PAGE 47
JE350
J4700
BNDI INTERFACE
BT CONN
PAGE 47 3
7
PAGE 48
3,7
J5300 (AIRPORT CONN)
6
5
USB
PAGE 22
PAGE 67
4-BIT (3.3V/33MHZ)
1 0,2,4
GPIOS
SMB
CORE
PAGE 24
PORT #0
MINI-PCIE
SB CORE (1.05V)
PCI-E
PAGE 22 PORT #1
X1 - 1.5GHZ
YUKON
PAGE 22
U2100
PORT #2-5
X1 - 1.5GHZ
U4101
PAGE 22
e r
3.3V/66MHZ/133MHZ
OPTICAL PAGE 38
B
SPI
TERMS
PAGE 33
AZALIA
B
PAGE 23
UATA/66/100
UATA
UATA CONNECTOR
SATA
JC901
PAGE 21
1.2V/1.5GHZ
HARD DRIVE PAGE 38
DMI
PAGE 21 SATA2 SATA0
SATA CONNECTOR
PAGE 21
PAGE 58
JC900
CLOCKS
J6500,J6501,J6600 FAN CONNS
PAGE 63
J5300
y r
J2800 J2900
VGA FOR DEBUG
IR
(TMDS - VGA)
D
PAGE 11
PAGE 7
J9402
MINI-DVI
1
J1101
(1.83/2.17GHZ) CORE (~1.2V) PAGE 8 J9700
2
3
4
5
CAMERA
8
PAGE 21
J2800 J2900 DIMM’S
U3301
CK410M
J5300
AIRPORT
33MHZ 32-BIT
U6800
PAGE 44 0 1
PORT F
OPTICAL OUT J7303
COMBO OUT CONNECTOR
PAGE 68 PORT A PORT C
FW323-06 FIREWIRE A
S/PDIF
AUDIO CODEC STA9221
PAGE 153 LINE OUT
System Block Diagram
PORT B
2
J7301
SPEAKER AMP
2 Diff pairs
PAGE 72
JE000, JE001
J7300
ETHERNET CONNECTOR
FIREWIRE A CONNECTORS
LINE IN
PAGE 43
PAGE 46
SPEAKER
PAGE 73
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY
CONNECTOR
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
PAGE 73
JE350
CONNECTOR
SYNC_MASTER=MASTER
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE
MIC IN BNDI INTERFACE
II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
2
1
OF
A 97
A
8
6
7
2
3
4
5
1
AC/DC POWER SUPPLY 12V, 180W, 15A S5
D
D PPVCORE_CPU_S0 1.3V @ 36A PAGE 75
CPU_CORE
PP1V05_S0 1.05V @ 5.4A PAGE 80
CPU_FSB NB_FSB SB_CORE NB_VTT SB_CPU_IO
PP1V5_S0 1.50V @ 10.12A PAGE 80
CPU_AVDD NB_PCIE SB_IO NB_CORE NB_GRAPHICS
ENET_CORE
PP1V2_S3 1.21V @ 0.426A PAGE 79
PP1V8_S3 1.81V @ 10A PAGE 79
PP1V8_S0 FET PAGE 83
NB_DRAM DRAM_CORE DRAM_IO
TMDS
PP2V5_S5 2.5V @ 0.426A ??? PAGE 78
PP2V5_S0 FET PAGE 83
PP3V3_S5 3.35V @ 4.0A PAGE 78
NB_GRAPHICS TMDS
PP3V3_S3 FET PAGE 83
SB LCD FW SMC SPI_BOOTROM
ENET TPM BT
PP5V_S5 2.5V @ 0.9A PAGE 82
PP5V_S3 FET PAGE 83
y r
SB AUDIO(+VREG)
USB FHB IR
PP5V_S5_AUDIO 2.5V @ 0.9A PAGE 82
FW
AUDIO(ALTERNATE)
a n i PP2V5_S3 2.5V @ ?A PAGE 42
PP3V3_S0 FET PAGE 83
C
ENET
PP5V_S0 FET PAGE 83
SB_GPIO FANS HARD DRIVE AUDIO CODEC ODD
SPK_AMP PANEL INVERTER FAN HDD
PP12V_S0 FET PAGE 83
SB ODD HDD TMDS NB_GRAPHICS
C
AIRPORT TMDS CK410
m il
e r
B
P
A
B
Power Block Diagram SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
3
1
OF
A 97
A
8
6
7
2
3
4
5
OPS REQUESTED QUAL PARTS
COMMON TABLE_5_HEAD
PART#
QTY
DESCRIPTION
REFERENCE DESIGNATOR(S)
CRITICAL
TABLE_5_HEAD
BOM OPTION
PART#
QTY
DESCRIPTION
REFERENCE DESIGNATOR(S)
CRITICAL
1
IC,CPU-SKT,479BGA
J0700
PART#
1
IC,945GT,NORTHBRIDGE
CRITICAL
U1200
051-7199
1
PCB,SCHEM,MLB,M50
343S0385
1
IC,SB,652BGA
742-0048
1
BAT,COIN,3V,220MAH,CR2032
U2100
CRITICAL CRITICAL
820-1960
1
PCB,FAB,MLB,M50
155S0295
1
CHOKE,COMMON_MODE,165OHM,4PIN
1
IC,CY28445-5,CLK GEN,68PIN QFN
U3301
CRITICAL
1
IC,88E8053,GIGABIT ENET XCVR,64P QFN,NO
U4101
CRITICAL
341S1797
1
IC,ENET LAN ROM
U4102
CRITICAL
124-0359
3
PCAP,120UF,16V,20%,ELEC
(335S0384)
341T0042
1
EFI ROM,M50A
337S3386
1
M50 MEROM CPU
U6301
CRITICAL
CPU
CRITICAL
338S0279
1
IC,FW32306,1394A LINK,TQFP
U4400
CRITICAL
338S0274 341T0022
1
IC,SMC,M50
U5800
CRITICAL
341S1859 337S3242 337S3280
TABLE_5_ITEM
y r
IC EFI BOOTROM DEV M50 M38 CPU(C0) M50 1.83G LOW SPEED CPU (D0)
TABLE_5_ITEM
1
IC,TPM,TSSOP,28P
U6700
CRITICAL
1
IC,CPU VREG,IMVP,TWO PHASE
U7500
CRITICAL
TPM
USE BOM OPTION MEROM FOR MEROM PROCESSOR TABLE_5_ITEM
a n i
C ALTERNATE PARTS ALTERNATE FOR PART NUMBER
BOM OPTION
REF DES
COMMENTS:
m il
PART# 603-9187
TABLE_ALT_ITEM
126S0091
126S0092
C625
FACTORY SHORTAGE
353S1278
353S1381
U5940
SMC VREF
603-9186
TABLE_ALT_ITEM
725-0668
TABLE_ALT_ITEM
378S0141
378S0140
C
MECHANICAL PARTS TABLE_ALT_HEAD
PART NUMBER
CRITICAL
D
TABLE_5_ITEM
353S1461
C6505,C6504,C6602
TABLE_5_ITEM
TABLE_5_ITEM
341S1789
CRITICAL
MEROM
TABLE_5_ITEM
(335S0382)
L9703
BOM OPTION
TABLE_5_ITEM
TABLE_5_ITEM
338S0270
CRITICAL
TABLE_5_ITEM
MLB1
TABLE_5_ITEM
359S0101
REFERENCE DESIGNATOR(S)
TABLE_5_ITEM
CRITICAL
BT2600
DESCRIPTION
TABLE_5_ITEM
SCH1
TABLE_5_ITEM
D
QTY
TABLE_5_ITEM
TABLE_5_ITEM
338S0298
TABLE_5_HEAD
BOM OPTION
TABLE_5_ITEM
511S0025
1
LED601,LED602,LED603
725-0720
TABLE_ALT_ITEM
353S1465
353S1461
U7500
CPU VREG, OLD DIE,SCREENED PART
124-0338
124-0333
C7953,C7954
FOR SUPPLY
825-6447
TABLE_ALT_ITEM
QTY
DESCRIPTION
REFERENCE DESIGNATOR(S)
CRITICAL
1
SUBASSY, M50 NB HEATSINK
HS2
CRITICAL
1
SUBASSY, M50 CPU HEATSINK
HS1
CRITICAL
1
MYLAR WASHER
1
MYLAR BLACK LED CVR, M50
1
BARCODE LABEL, M50A
WASH1
CRITICAL
CVR1
CRITICAL
[EEE:WJ9]
CRITICAL
TABLE_5_HEAD
BOM OPTION
TABLE_5_ITEM
TABLE_5_ITEM
TABLE_5_ITEM
TABLE_5_ITEM
TABLE_5_ITEM
MEROM
e r
B
P
A
B
Table Items SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
4
1
OF
A 97
A
8 LAYOUT NOTE: PLACE NEAR J0700 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5
D
12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 11 7
21 7 21 7 21 7 21 7 21 7 21 7 21 7
34 7 34 7
FSB_A_L<6> FSB_ADSTB_L<0> FSB_A_L<27> FSB_ADSTB_L<1> FSB_D_L<0> FSB_DSTBN_L<0> FSB_DSTBP_L<0> FSB_DINV_L<0> FSB_D_L<16> FSB_DSTBN_L<1> FSB_DSTBP_L<1> FSB_DINV_L<1> FSB_D_L<41> FSB_DSTBN_L<2> FSB_DSTBP_L<2> FSB_DINV_L<2> FSB_D_L<59> FSB_DSTBN_L<3> FSB_DSTBP_L<3> FSB_DINV_L<3> FSB_LOCK_L FSB_CPURST_L
PP600 PP601 PP602 PP603 PP604 PP605 PP606 PP607 PP608 PP609 PP610 PP611 PP612 PP613 PP614 PP615 PP616 PP617 PP618 PP619 PP620 PP621
1 SM
PP
1 SM PP 1 SM PP 1 SM 1 SM
PP PP
1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM 1 SM
PP
PP 1 SM PP 1 SM PP 1 SM PP
1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP
OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM
12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 5 12 7 12 7
CPU_INIT_L CPU_A20M_L CPU_IGNNE_L CPU_STPCLK_L CPU_INTR CPU_NMI CPU_SMI_L
PP622 PP623 PP624 PP625 PP626 PP627 PP628
1 SM PP 1 SM PP 1 SM PP
1 SM PP 1 SM PP
OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT
FSB_CLK_CPU_P FSB_CLK_CPU_N
PP629 PP630
1 SM PP 1 SM PP
OMIT P4MM OMIT
1 SM PP 1 SM PP
12 7 5
P4MM
P4MM
12 7 12 7 12 7 12 7 12 7 12 7 12 7 12 7 12 7
34 12
75 26 14
LAYOUT NOTE: PLACE NEAR U2100 34 21 34 21
38 21 38 21 38 21
14
SB_CLK100M_SATA_P SB_CLK100M_SATA_N
PP6C4 PP6C5
1 SM PP 1 SM PP
OMIT P4MM OMIT
34 14
IDE_PDIOR_L IDE_PDIORDY IDE_PDD<9>
PP6C6 PP6C7 PP6C8
1 SM PP 1 SM PP
OMIT P4MM OMIT P4MM OMIT
34 14
1 SM PP
P4MM
34 14
34 14
P4MM 34 14 34 14
34 22
54 22 54 22
54 22 54 22
22 14 22 14
34 22 34 22
58 26 23 58 44 23 67 60 34 23 34 23
PCI_CLK_SB
PP6D0
1 SM PP
OMIT
PCIE_A_D2R_P PCIE_A_D2R_N
PP6D1 PP6D2
1 SM
OMIT P4MM OMIT
PCIE_B_D2R_P PCIE_B_D2R_N DMI_N2S_P<0> DMI_N2S_N<0> SB_CLK100M_DMI_P SB_CLK100M_DMI_N PM_SYSRST_L PM_CLKRUN_L SB_CLK14P3M_TIMER SB_CLK48M_USBCTLR
PP5E1 PP5E2
PP 1 SM PP
1 SM PP 1 SM PP
PP6D3 PP6D4
1 SM PP 1 SM PP
PP6D5 PP6D6
1 SM PP 1 SM PP
PP6D7 PP6D8 PP6D9 PP6E0
1 SM
PP 1 SM PP
1 SM PP 1 SM PP
22 14
P4MM
22 14
OMIT P4MM OMIT
19 14
P4MM
19 14
OMIT P4MM OMIT
28 15
P4MM
28 15 28 15
OMIT P4MM OMIT P4MM
OMIT P4MM OMIT P4MM
OMIT P4MM OMIT P4MM
28 15 28 15 28 15 28 15 28 15 28 15 28 15
28 15 28 15 28 15 28 15 28 15 28 15 28 15 28 15 28 15 28 15 28 15 28 15 28 15
29 15 29 15 29 15 29 15 29 15 29 15 29 15 29 15 29 15 29 15 29 15 29 15
A
1 SM
1 SM PP 1 SM PP
OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT
FSB_CLK_NB_P FSB_CLK_NB_N
PP663 PP664
1 SM PP 1 SM PP
OMIT P4MM OMIT
VR_PWRGOOD_DELAY NB_RST_IN_L_R
PP665 PP666
1 SM PP 1 SM PP
OMIT P4MM OMIT
NB_CLK100M_GCLKIN_P NB_CLK100M_GCLKIN_N
PP667 PP668
1 SM PP 1 SM PP
OMIT P4MM OMIT
NB_CLK_DREFSSCLKIN_P PP669 NB_CLK_DREFSSCLKIN_N PP670
1 SM PP 1 SM PP
OMIT P4MM OMIT
PP671 PP672
1 SM PP 1 SM PP
OMIT P4MM OMIT
NB_CLK_DREFCLKIN_P NB_CLK_DREFCLKIN_N
PP
1 SM PP 1 SM PP 1 SM 1 SM
PP PP
1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM 1 SM
PP
PP 1 SM PP 1 SM PP 1 SM PP
1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM
PP 1 SM PP 1 SM PP
1 SM
PP 1 SM PP 1 SM PP
1 SM PP 1 SM PP
41 34
29 15 29 15 29 15 29 15 29 15 29 15 29 15 29 15 29 15 29 15 29 15 29 15
1 SM PP 1 SM PP
OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT
MEM_B_DQ<6> MEM_B_DQ<8> MEM_B_DQ<23> MEM_B_DQ<25> MEM_B_DQ<38> MEM_B_DQ<44> MEM_B_DQ<48> MEM_B_DQ<62> MEM_B_DQS_P<0> MEM_B_DQS_N<0> MEM_B_DQS_P<1> MEM_B_DQS_N<1> MEM_B_DQS_P<2> MEM_B_DQS_N<2> MEM_B_DQS_P<3> MEM_B_DQS_N<3> MEM_B_DQS_P<4> MEM_B_DQS_N<4> MEM_B_DQS_P<5> MEM_B_DQS_N<5> MEM_B_DQS_P<6> MEM_B_DQS_N<6> MEM_B_DQS_P<7> MEM_B_DQS_N<7>
PP6A0 PP6A1 PP6A2 PP6A3 PP6A4 PP6A5 PP6A6 PP6A7 PP6A8 PP6A9 PP6B0 PP6B1 PP6B2 PP6B3 PP6B4 PP6B5 PP6B6 PP6B7 PP6B8 PP6B9 PP6C0 PP6C1 PP6C2 PP6C3
1 SM PP 1 SM PP 1 SM PP
1 SM
PP 1 SM PP 1 SM PP
1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM
PP
1 SM PP 1 SM PP 1 SM PP 1 SM PP
1 SM PP
1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM
PP
1 SM PP 1 SM PP 1 SM
PP
1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP 1 SM PP
P4MM
IN
83 82 80 79 78 77 76 6
IN
83 79 6
IN
76 75 6
IN
PP3V3_S5 PP5V_S5 PP12V_S5 PP1V8_S3 PPVCORE_CPU
26 25 24 21
IN
PP3V3_S5_SB_RTC
PP1201 1
=PP1V05_S0_FSB_NB
A
PP1202 1
IN
1 FUNC_TEST=TRUE FUNC_TEST=TRUE FUNC_TEST=TRUE FUNC_TEST=TRUE FUNC_TEST=TRUE
FUNC_TEST=TRUE
IN
IN
60 59 58
IN
60 59 58
IN
60 59 58
IN
60 58
IN
60 59 58
IN
60 59 58
IN
FUNC_TEST=TRUE
8 TESTPOINTS
A
60 59 58
7
FUNC_TEST=TRUE FUNC_TEST=TRUE FUNC_TEST=TRUE FUNC_TEST=TRUE FUNC_TEST=TRUE
SMC_TX_L SMC_RX_L
FUNC_TEST=TRUE FUNC_TEST=TRUE
PLACE NEAR R0705 AND R0706 11 9 8 7 6
PP700 1
=PP1V05_S0_CPU
A
SM-TP50-TOP
y r
PP702 1 A
SM-TP50-TOP
PLACE NEAR R2800 AND R2801 29 28 6
PP2800 1
=PP1V8_S3_MEM
A
SM-TP50-TOP
a n i 29 28
PP2801 1
MEM_VREF
A
SM-TP50-TOP
PP2802 1 A
SM-TP50-TOP
ZH599
HOLE-VIA
TP_SLOT
1
13 13 13 13
PEG_R2D_C_N<4> PEG_R2D_C_N<5> PEG_R2D_C_N<6> PEG_R2D_C_N<7> PEG_R2D_C_N<8> PEG_R2D_C_N<9> PEG_R2D_C_N<10> PEG_R2D_C_N<11> PEG_R2D_C_N<12> PEG_R2D_C_N<13> PEG_R2D_C_N<14> PEG_R2D_C_N<15>
m il
NC_PEG_R2D_C_N<4> MAKE_BASE=TRUE NC_PEG_R2D_C_N<5> MAKE_BASE=TRUE NC_PEG_R2D_C_N<6> MAKE_BASE=TRUE NC_PEG_R2D_C_N<7> MAKE_BASE=TRUE NC_PEG_R2D_C_N<8> MAKE_BASE=TRUE NC_PEG_R2D_C_N<9> MAKE_BASE=TRUE NC_PEG_R2D_C_N<10> MAKE_BASE=TRUE NC_PEG_R2D_C_N<11> MAKE_BASE=TRUE NC_PEG_R2D_C_N<12> MAKE_BASE=TRUE NC_PEG_R2D_C_N<13> MAKE_BASE=TRUE NC_PEG_R2D_C_N<14> MAKE_BASE=TRUE NC_PEG_R2D_C_N<15>
e r 13 13 13 13 13 13 13
13 13 13 13 13 13 13 13 13 13 13 13 13
PEG_D2R_N<3> PEG_D2R_N<4> PEG_D2R_N<5> PEG_D2R_N<6> PEG_D2R_N<7> PEG_D2R_N<8> PEG_D2R_N<9> PEG_D2R_N<10> PEG_D2R_N<11> PEG_D2R_N<12> PEG_D2R_N<13> PEG_D2R_N<14> PEG_D2R_N<15>
NO_TEST=TRUE NO_TEST=TRUE
FUNC_TEST=TRUE
IN IN
11 7
IN
11 7
IN
11 7
IN
11 7
IN
XDP_TCK XDP_TDI XDP_TDO XDP_TMS XDP_TRST_L
59
IN
POWER_BUTTON_L
FUNC_TEST=TRUE
26
IN
SW_RST_BTN_L
FUNC_TEST=TRUE
FUNC_TEST=TRUE FUNC_TEST=TRUE FUNC_TEST=TRUE FUNC_TEST=TRUE FUNC_TEST=TRUE
ZH500
HOLE-VIA 1
ZH510
HOLE-VIA 1
1
ZH511
ZH501
HOLE-VIA
ZH520
HOLE-VIA
HOLE-VIA 1
ZH521
HOLE-VIA 1
C
1
ZH512
ZH502
HOLE-VIA
HOLE-VIA 1
ZH522
HOLE-VIA 1
1
ZH513
ZH503
HOLE-VIA
HOLE-VIA 1
ZH523
HOLE-VIA 1
1
ZH514
ZH504
HOLE-VIA
HOLE-VIA 1
ZH524
HOLE-VIA 1
1
ZH515
ZH505
HOLE-VIA
HOLE-VIA 1
ZH525
HOLE-VIA 1
1
NO_TEST=TRUE NO_TEST=TRUE NO_TEST=TRUE
HOLE-VIA
NO_TEST=TRUE
NO_TEST=TRUE
NO_TEST=TRUE
HOLE-VIA 1
ZH526
HOLE-VIA 1
1
NO_TEST=TRUE
NO_TEST=TRUE
ZH516
ZH506
NO_TEST=TRUE
NO_TEST=TRUE 58 22
IN
SPI_ARB
34
IN
TP_PCI_CLK_SPARE
29
IN
TP_MEM_B_A<14>
29
IN
TP_MEM_B_A<15>
NO_TEST=TRUE NO_TEST=TRUE
ZH517
ZH507
HOLE-VIA
NO_TEST=TRUE
HOLE-VIA 1
ZH527
HOLE-VIA
B
1
1
NO_TEST=TRUE
MAKE_BASE=TRUE
NC_PEG_D2R_N<3> MAKE_BASE=TRUE NC_PEG_D2R_N<4> MAKE_BASE=TRUE NC_PEG_D2R_N<5> MAKE_BASE=TRUE NC_PEG_D2R_N<6> MAKE_BASE=TRUE NC_PEG_D2R_N<7> MAKE_BASE=TRUE NC_PEG_D2R_N<8> MAKE_BASE=TRUE NC_PEG_D2R_N<9> MAKE_BASE=TRUE NC_PEG_D2R_N<10> MAKE_BASE=TRUE NC_PEG_D2R_N<11> MAKE_BASE=TRUE NC_PEG_D2R_N<12> MAKE_BASE=TRUE NC_PEG_D2R_N<13> MAKE_BASE=TRUE NC_PEG_D2R_N<14> MAKE_BASE=TRUE NC_PEG_D2R_N<15>
NO_TEST=TRUE
ZH518
ZH508
HOLE-VIA
NO_TEST=TRUE
HOLE-VIA 1
ZH528
HOLE-VIA 1
1
NO_TEST=TRUE
NO_TEST=TRUE
NO_TEST=TRUE
ZH519
ZH509
NO_TEST=TRUE
HOLE-VIA
NO_TEST=TRUE
HOLE-VIA 1
ZH529
HOLE-VIA 1
1
NO_TEST=TRUE NO_TEST=TRUE NO_TEST=TRUE NO_TEST=TRUE NO_TEST=TRUE NO_TEST=TRUE
MAKE_BASE=TRUE
SPARE USB PORT
22
USB_F_N
TP_USB_F_N MAKE_BASE=TRUE
22
USB_F_P
TP_USB_F_P MAKE_BASE=TRUE
13
FUNC TEST 1 OF 2
INVERTER DOES NOT USE THIS SIGNAL TP_LVDS_BKLTEN LVDS_BKLTEN MAKE_BASE=TRUE
SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
P4MM
DRAWING NUMBER
5
4
3
2
REV.
051-7199
D SCALE
6
D
MISC GROUND VIAS
THIS TEST POINT USED TO CONNECT THE SHAPES AROUND SLOT ON TOP AND BOTTOM OF THE BOARD.
13
SMC_MANUAL_RST_L
59
11 7
SHT NONE
8
SMC_TCK SMC_TDI SMC_TDO SMC_TMS SMC_TRST_L
SM-TP50-TOP
P4MM
OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT P4MM OMIT
78 77 76 66 65 59 26 6 83 80 79 83 82 80 79 59 6
SM-TP50-TOP
P 1 SM PP 1 SM PP
A
SM-TP50-TOP 19 12 6
P4MM
PP6E1 PP675 PP676 PP677 PP678 PP679 PP680 PP681 PP682 PP683 PP684 PP685 PP686 PP687 PP688 PP689 PP690 PP691 PP692 PP693 PP694 PP695 PP696 PP697 PP698 PP699
PP1200 1
NB_FSB_VREF
P4MM
P4MM
MEM_VREF_NB_0 MEM_VREF_NB_1 MEM_A_DQ<7> MEM_A_DQ<14> MEM_A_DQ<16> MEM_A_DQ<25> MEM_A_DQ<39> MEM_A_DQ<47> MEM_A_DQ<54> MEM_A_DQ<59> MEM_A_DQS_P<0> MEM_A_DQS_N<0> MEM_A_DQS_P<1> MEM_A_DQS_N<1> MEM_A_DQS_P<2> MEM_A_DQS_N<2> MEM_A_DQS_P<3> MEM_A_DQS_N<3> MEM_A_DQS_P<4> MEM_A_DQS_N<4> MEM_A_DQS_P<5> MEM_A_DQS_N<5> MEM_A_DQS_P<6> MEM_A_DQS_N<6> MEM_A_DQS_P<7> MEM_A_DQS_N<7>
1 SM PP 1 SM PP
12
P4MM
OMIT P4MM OMIT
1 SM PP 1 SM PP 1 SM PP
OMIT P4MM OMIT
P4MM
1 SM
1 SM PP 1 SM PP
1 PP4100 SM PP 1 PP4101 SM PP
P4MM
PP673 PP674
1 SM PP 1 SM PP
ENET_CLK100M_PCIE_P ENET_CLK100M_PCIE_N
P4MM
DMI_S2N_N<0> DMI_S2N_P<0>
PP 1 SM PP
PLACE NEAR R1210 AND R1211
LAYOUT NOTE: PLACE NEAR U4101 41 34
P4MM
28 15
B
PP631 PP632 PP633 PP634 PP635 PP636 PP637 PP638 PP639 PP640 PP641 PP642 PP643 PP644 PP645 PP646 PP647 PP648 PP649 PP650 PP651 PP652 PP653 PP654 PP655 PP656 PP657 PP658 PP659 PP660 PP661 PP662
FSB_A_L<6> FSB_ADSTB_L<0> FSB_A_L<27> FSB_ADSTB_L<1> FSB_D_L<0> FSB_DSTBN_L<0> FSB_DSTBP_L<0> FSB_DINV_L<0> FSB_D_L<16> FSB_DSTBN_L<1> FSB_DSTBP_L<1> FSB_DINV_L<1> FSB_D_L<41> FSB_DSTBN_L<2> FSB_DSTBP_L<2> FSB_DINV_L<2> FSB_D_L<59> FSB_DSTBN_L<3> FSB_DSTBP_L<3> FSB_DINV_L<3> FSB_LOCK_L FSB_HIT_L FSB_HITM_L FSB_BNR_L FSB_BREQ0_L FSB_DBSY_L FSB_DPWR_L FSB_REQ_L<0> FSB_REQ_L<1> FSB_REQ_L<2> FSB_REQ_L<3> FSB_REQ_L<4>
2
3
4
5
LAYOUT NOTE: PLACE NEAR U1200 12 7 5
34 12
C
6
7
5
1
OF
A 97
A
8
6
7
"S0" RAILS
"S3" RAILS
ONLY ON IN RUN
I632 82 78 76
POWER_GOOD
SYS_POWERFAIL_L
PP0V9_S0
=PP0V9_S0_MEMVTT_LDO =PP0V9_S0_MEM_TERM
MAKE_BASE=TRUE VOLTAGE=0.9V MIN_LINE_WIDTH=0.3MM MIN_NECK_WIDTH=0.15MM
6
76 75 5
PPVCORE_CPU
=PPVCORE_S0_CPU
80 34
79
=PP1V05_S0_CPU =PP1V05_S0_FSB_NB =PP1V05_S0_NB_VTT
PP1V5_S0
=PPVCORE_S0_NB =PP1V5_S0_CPU =PP1V5_S0_NB_PCIE =PP1V5_S0_NB_TVDAC =PP1V5_S0_NB_VCCD_HMPLL =PP1V5_S0_NB_VCCD_LVDS =PP1V5_S0_NB_VCCD_LVDS =PP1V5_S0_NB_VCCAUX =PP1V5_S0_NB_PLL =PP1V5_S0_NB =PP1V5_S0_NB_TVDAC =PP1V5_S0_NB_3GPLL =PP1V5_S0_SB_VCC1_5_A_ARX =PP1V5_S0_SB_VCCSATAPLL =PP1V5_S0_SB_VCC1_5_A_ATX =PP1V5_S0_SB_VCCUSBPLL =PP1V5_S0_SB_VCC1_5_A_USB_CORE =PP1V5_S0_SB_VCC1_5_A =PP1V5_S0_SB =PP1V5_S0_AIRPORT
PP3V3_S5
79 78 77 76 66 65 59 26 6 5 83 80
C600 0.1UF
20% 2 10V CERM 402
CRITICAL
1
U600 22
IN
7
68
2
94
GPU_PWM_RST_L
OUT
5% 1/16W 402 MF-LF
14 74LC125 3 U600_3
2
PLT_RST_L
R618
R619
125 1 TSSOP
1
68
83
2
58
SMC_LRESET_L
5% 1/16W 402 MF-LF 83
1
U600 6 7
2
14
NB_RST_IN_L
U600_6
1
68
2
95
TMDS_RESET_LOUT
e r
5% 1/16W 402 MF-LF
B
U600
1
14 74LC125 8 U600_8
9
7
94 83 76 61 59 41 26 10 6
68
2
42
ENET_RST_L
OUT
5% 1/16W 402 MF-LF
R615
125 10 TSSOP
1
68
2
67
TPM_LRESET_L
OUT
5% 1/16W 402 MF-LF
TPM
R616
CRITICAL
U600
1
14 74LC125 11 U600_11
12
7
68
2
53
R617 1
68
2
60
5% 1/16W 402 MF-LF
PP3V3_S5
79 78 77 76 66 65 59 26 6 5 83 80
83 59 53 6
94
PP3V3_S3
PP3V3_LCD_CONN
R602
A
R600 330
5% 1/16W MF-LF 2 402
5% 1/16W MF-LF 2 402
ITS_PLUGGED_IN
R601
1
330
330 5% 1/16W MF-LF 2 402
LCD_SHOULD_ON
ITS_ALIVE
1 1
1
2
LED601
LED602
GREEN-3.6MCD 2.0X1.25MM-SM
GREEN-3.6MCD 2.0X1.25MM-SM
SILKSCREEN:1
2
DEBUG_RST_L
94 83 76 61 59 41 26 10 6
1 1
P
AIRPORT_RST_L
5% 1/16W 402 MF-LF
125 13 TSSOP
SILKSCREEN:2
PP3V3_S0
MAKE_BASE=TRUE VOLTAGE=3.3V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.15MM
R614
CRITICAL
=PP1V8_S0_TMDS
=PP2V5_S0_NB_CRTDAC =PP2V5_S0_NB_VCC_TXLVDS =PP2V5_S0_NB_VCCA_LVDS =PP2V5_S0_NB_VCC_TXLVDS =PP2V5_S0_NB_VCCSYNC =PP2V5_S0_NB_VCCA_3GBG =PP2V5_S0_NB_DISP_PLL =PP2V5_S0_TMDS
R612
125 4 TSSOP
OUT
OUT
R605 330
SILKSCREEN:3
=PP3V3_S0_SATA =PP3V3_S0_LCD =PP3V3_S0_NB_VCC_HV
=PP3V3_S0_SB =PP3V3_S0_SB_GPIO =PP3V3_S0_SB_VCC3_3 =PP3V3_S0_SB_VCC3_3_PCI =PP3V3_S0_SB_VCC3_3_IDE =PP3V3_S0_SB_PCI =PP3V3_S0_SB_PM =PP3V3_S0_PATA =PP3V3_S0_FAN =PP3V3_S0_HD_TSENS =PP3V3_S0_ODD_TSENS =PP3V3_S0_SB_3V3_1V5_VCCHDA =PP3V3_S0_TPM =PPSPD_S0_MEM =PP3V3_S0_CK410 =PP3V3_S0_IMVP =PP3V3_S0_AUDIO =PP3V3_S0_PCI =PP3V3_S0_SB_VCCLAN3_3 =PP3V3_S0_AIRPORT =PP3V3_S0_TMDS =PP3V3_S0_NB
PP4V5_S0_AUDIO_ANALOG
=PP4V5_S0_AUDIO_ANALOG
PP5V_S0 MAKE_BASE=TRUE VOLTAGE=5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.15MM
5 7 8 9 11 5 12 19 83 59 53 6
5 28 29
LED600 2
GREEN-3.6MCD 2.0X1.25MM-SM
SILKSCREEN:RUN
=PP3V3_S5_SB =PP3V3_S5_SB_USB =PP3V3_S5_SB_PM =PP3V3_S5_SB_VCCSUS3_3 =PP3V3_S5_SB_VCCSUS3_3_USB =PP3V3_S5_SB_3V3_1V5_VCCSUSHDA =PP3V3_S5_SB_IO =PP3V3_S5_FW =PP3V3_S5_SMC =PP3V3_S5_2V5_LDO =PP3V3_S5_DEBUG =PP3V3_S5_ROM =PP3V3_S5_LCD
MAKE_BASE=TRUE VOLTAGE=3.3V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM
y r
79
PP3V3_S3 MAKE_BASE=TRUE VOLTAGE=3.3V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
17 19
=PP3V3_S3_ENET =PP3V3_S3_TPM =PP3V3_S3_BT
21 24 25
83 82 80 79 59 5
41 42 43
47
a n i
16 19 8 13 19 83 59
PP5V_S3
=PP5V_S3_USB =PP5V_S3_BNDI
MAKE_BASE=TRUE VOLTAGE=5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
6 19 17 19
6 17 19 6 17 19
19
47 47
=PP5V_S0_MEMVTT 31 USING S3 TO DRIVE S0 OK IN THIS CASE
AC/DC CONN
CRITICAL
19
J601
19
39-30-3058
6 19
M-RT-TH2
19
PP12V_S5_AC_DC
1
24 25
76
2
24 25
PP5V_S5
=PP5V_S5_SB =PP5V_S5_AUDIO_LDO
MAKE_BASE=TRUE VOLTAGE=5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM
67
24 25
83 82 80 79 78 77 76 5
24 25 24 25 24
D
22 27 44 45 46 58 59 78 60 63 94
25 82
XW604 SM OMIT 1
2
PP5V_S5_AUDIO
=PP5V_S5_AUDIO
PP12V_S5
=PP12V_S5_FW =PP12V_S5_CPU
MAKE_BASE=TRUE VOLTAGE=12V MIN_LINE_WIDTH=0.60MM MIN_NECK_WIDTH=0.25MM
46 76
C
GND RAILS XW601 SM OMIT
4
24 25
POWER_GOOD
5
24 25 24 25
1
C620 0.1UF
25 53
95
19
6 17 19 17 19
20% 25V 2 CERM 603
6 74
1
GND_AUDIO
NOSTUFF
1
2
XW602 SM OMIT
C621 0.1UF
74 72
20% 2 25V CERM 603
ZH702P1
1
GND_AUDIO_SPKRAMP
2
6
CRITICAL
6 17 19
HDD POWER CONN
J602
19
88737-0553
CHASSIS GND
M-ST-SM
17 19 19
95
1
=PP5V_S0_SATA
NOSTUFF
R603
6
2 3
6
4
94
5
=PP12V_S0_SATA =PP3V3_S0_SATA
GND_CHASSIS_IO_LEFT MAKE_BASE=TRUE VOLTAGE=0 MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM
6
NOSTUFF 1
22 25
C622 10UF
21 23 27 24 25 24 25
C623
1
10UF
20% 2 10V CERM 805-2
73
GND_CHASSIS_AUDIO_EXTERNAL
47
GND_CHASSIS_USB
CRITICAL 1
C624
1
10UF
20% 10V 2 CERM 805-2
C625
2
5% 1/16W MF-LF 402
6
17 19
0
1
B
100UF
10% 16V 2 CERM 1210
20% 2 16V ELEC 6.3X5.5-SM
24 25 26
46
26
97
38
OMIT
59 65 66
43
GND_CHASSIS_FIREWIRE GND_CHASSIS_VGA GND_CHASSIS_RJ45
GND_CHASSIS_IO_RIGHT MAKE_BASE=TRUE VOLTAGE=0 MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM
ZH604
66
4P25R3P5
66
ZH704P1
1
OMIT
24 25
ZH606
67
160R138 OMIT
28 29
73
1
GND_CHASSIS_AUDIO_INTERNAL
ZH601
33
4P25R3P5
75
ZH701P1
47
1
NOSTUFF
68 72 73 74
1
44
C604
0.01UF
24 25
20% 2 16V CERM 402
53 95 96 97
OMIT
NOSTUFF 1
ZH602
C601 0.01UF 6
20% 16V 2 CERM 402
14 19 20 68
4P25R3P5 ZH702P1
66
GND_CHASSIS_BNDI MIN_NECK_WIDTH=0.2MM MIN_LINE_WIDTH=0.6MM VOLTAGE=0 MAKE_BASE=TRUE GND_CHASSIS_ODD_TEMP
1
OMIT
ZH603 4P25R3P5 C602 ZH703P1 1 NOSTUFF
20% 2 16V CERM 402
25 38
Power Conn / Alias
NOSTUFF 1
C603
SYNC_MASTER=MASTER
0.01UF
80
20% 2 16V CERM 402
60
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
6 97
=PP12V_S0_FAN
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE 19
III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
65 66
XW605 SM OMIT 1
2
SIZE
PP12V_S0_AUDIO_SPKRAMP
=PP12V_S0_AUDIO_SPKRAMP
72
MAKE_BASE=TRUE
=PP12V_INVERTER =PP12V_S0_SATA
APPLE COMPUTER INC.
94
DRAWING NUMBER
5
SCALE
SHT
6
4
3
2
REV.
051-7199
D NONE
6
68
MAKE_BASE=TRUE
0.01UF
=PP5V_S0_SB =PP5V_S0_PATA =PP5V_S0_NBISENSE
PP12V_S0 MAKE_BASE=TRUE VOLTAGE=12V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.15MM
7
22
II NOT TO REPRODUCE OR COPY IT 83 76
8
23 25 26
11 23
3
24 25
1
=PP5V_S0_DEBUG =PP5V_S0_SATA =PP5V_S0_TMDS =PP5V_S0_NB_TVDAC
DEVELOPMENT
PP3V3_S5
14 16 19
ITS_RUNNING
1
GREEN-3.6MCD 2.0X1.25MM-SM
83 75
5% 1/16W MF-LF 2 402
=PP1V8_S3_MEM_NB =PP1V8_S3_MEM =PP1V8_S3_1V2_LDO
=PP1V8_S0_MEMVTT 31 USING S3 TO DRIVE S0 OK IN THIS CASE
MAKE_BASE=TRUE VOLTAGE=5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1DEVELOPMENT
LED603 2
83
PP3V3_S0
PP1V8_S3
m il
OUT
5% 1/16W 402 MF-LF
14 74LC125 5
68
PP2V5_S0 MAKE_BASE=TRUE VOLTAGE=3.3V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.15MM
R611 CRITICAL
PP1V8_S0 MAKE_BASE=TRUE VOLTAGE=3.3V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.15MM
OUT
79 78 77 76 66 65 59 26 6 5 83 80
42
8 9 76
PP1V05_S0
MAKE_BASE=TRUE VOLTAGE=0 MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.15MM
1
=PP1V2_S3_LAN
MAKE_BASE=TRUE VOLTAGE=1.8V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM
=PP1V05_S0_SB_CPU_IO =PPVCORE_S0_SB
80
PP1V2_S3
ALWAYS ON WHEN UNIT HAS AC POWER (TRICKLE)
MAKE_BASE=TRUE VOLTAGE=1.8V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM
29 30
83 79 5
MAKE_BASE=TRUE VOLTAGE=1.05V MIN_LINE_WIDTH=0.3MM MIN_NECK_WIDTH=0.15MM
C
31
1 "S5" RAILS
ON IN RUN AND SLEEP
MAKE_BASE=TRUE VOLTAGE=1.25V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.15MM
D
2
3
4
5
6
1
OF
A 97
A
8
6
7
2
3
4
5
1
OMIT
J0700
IO
12
IO
12
IO
12
IO
12
IO
12
IO
12
IO
12 5
IO
12 5
IO
12 5
IO
12 5
IO
12 5
IO
12 5
IO
12 12
IO IO
12
IO
12
IO
12
IO
12 12 12 12 12 12 5 12 12 12 12 12 5
21 5 21 21 5
21 5 21 5
IO IO IO IO IO IO IO IO IO IO IO IN OUT IN IN IN
21 5
IN
21 5
IN
FSB_REQ_L<0> FSB_REQ_L<1> FSB_REQ_L<2> FSB_REQ_L<3> FSB_REQ_L<4>
A10* A11* A12* A13* A14* A15* A16* ADSTB0*
BR0*
12
IO
H5
12
F21 E1 F1
FSB_DEFER_L FSB_DRDY_L FSB_DBSY_L
IO IO
12 5
FSB_BREQ0_L
INIT*
21 5
LOCK*
H4
12 5
RESET* RS0*
B1
RS2* TRDY* HIT* HITM*
FSB_LOCK_L
FSB_CPURST_L FSB_RS_L<0> FSB_RS_L<1> 12 FSB_RS_L<2> 12 FSB_TRDY_L
G3 G2 G6 E4
FSB_A_L<17> FSB_A_L<18> FSB_A_L<19> FSB_A_L<20> FSB_A_L<21> FSB_A_L<22> FSB_A_L<23> FSB_A_L<24> FSB_A_L<25> FSB_A_L<26> FSB_A_L<27> FSB_A_L<28> FSB_A_L<29> FSB_A_L<30> FSB_A_L<31> FSB_ADSTB_L<1>
W6 A20* U4 A21* Y5 A22* U2 A23* R4 A24* T5 A25* T3 A26* W3 A27* W5 A28* Y4 A29* W2 A30* Y1 A31* V4 ADSTB1*
IN
BPM0* BPM1* BPM2* BPM3* PRDY* PREQ* TCK TDI TDO TMS TRST* DBR*
AD4 AD3 AD1 AC4 AC2 AC1 AC5 AA6 AB3 AB5 AB6 C20
XDP_BPM_L<0> 11 XDP_BPM_L<1> 11 XDP_BPM_L<2> 11 XDP_BPM_L<3> 11 XDP_BPM_L<4> 11 XDP_BPM_L<5> 11 7 5 XDP_TCK 11 7 5 XDP_TDI 11 5 XDP_TDO 11 7 5 XDP_TMS 11 5 XDP_TRST_L 11 XDP_DBRESET_L 11
26
THERMDA
D21 A24
10
THERMDC
A25
10
PROCHOT*
CPU_THERMD_P CPU_THERMD_N
AB2 RSVD3 AA3 RSVD4 M4 RSVD5 N5 RSVD6 T2 RSVD7 V3 RSVD8 B2 RSVD9 C3 RSVD10
B
THERMTRIP*
C7
59 21 14
1
54.9
IO IO IO
2
1% 1/16W MF-LF 402
R0703
OMIT
54.9
IO
2
1
54.9
J0700
12 5
IO
12
IO
12
IN
NO SPACE FOR ITP
IN
1
12
R0704
CONNECTOR, NEED TERM
OUT
68
ON ITP SIGNALS?
IN
5% 1/16W MF-LF 402
IN 2
12 12 12 12
OUT
12
CPU_PROCHOT_L TO SMC
CPU_PROCHOT_L
IN
12
AND CPU VR TO INFORM 12
OUT
CPU IS HOT 12
OUT
PM_THRMTRIP_L
OUT
12 12 12
A22
34 5
A21
34 5
FSB_CLK_CPU_P FSB_CLK_CPU_N
SHOULD CONNECT TO IN
12 5
IO
12 5
IO
12 5
IO
ICH6-M AND GMCH
IN
WITHOUT T-ING (NO STUB)
m il 12 5
12
RSVD12
T22
TP_CPU_EXTBREF
12 12
RSVD13 RSVD14 RSVD15 RSVD16 RSVD17 RSVD18 RSVD19 RSVD20
D2 F6 D3 C1 AF1 D22 C23 C24
TP_CPU_SPARE0 TP_CPU_SPARE1 TP_CPU_SPARE2 TP_CPU_SPARE3 TP_CPU_SPARE4 TP_CPU_SPARE5 TP_CPU_SPARE6 TP_CPU_SPARE7
R0721 54.9 2 1% 1/16W MF-LF 402
R0722 1
54.9
2
1% 1/16W MF-LF 402
A
SPARE[7-0],HFPLL: ROUTE TO TP VIA AND PLACE GND VIA W/IN 1000 MILS
P
12 12 12 12
TP_CPU_M_TEST3
e r
2
1% 1/16W MF-LF 402
1
a n i
1% 1/16W MF-LF 402
PM_THRMTRIP#
BCLK0 BCLK1
R0720
XDP_TCK
IO
12
5 6 7 8 9 11
11 7 5
IO
59
=PP1V05_S0_CPU
11 7 5
5 6 7 8 9 11
NO STUFF R0701 IF USING ITP
12
TP_CPU_HFPLL B25 RSVD11 TP_CPU_M_TEST4
XDP_TDI
IN
NOTE: DUMMY PIN PIN ACTUALLY DRIVEN BY ITP
D5 STPCLK* C6 LINT0 B4 LINT1 A3 SMI* AA1 RSVD1 AA4 RSVD2
y r
=PP1V05_S0_CPU
IN
R0701
A6 A20M* A5 FERR* C4 IGNNE*
CPU_STPCLK_L CPU_INTR CPU_NMI CPU_SMI_L
D
IN IN
FSB_HIT_L FSB_HITM_L
FSB_IERR# WITH A GND 0.1" AWAY
1
Y2 A17* U5 A18* R3 A19*
CPU_A20M_L CPU_FERR_L CPU_IGNNE_L
XDP_TMS
PLACE TESTPOINT ON
L5 REQ4*
TP_CPU_A32_L TP_CPU_A33_L TP_CPU_A34_L TP_CPU_A35_L TP_CPU_A36_L TP_CPU_A37_L TP_CPU_A38_L TP_CPU_A39_L TP_CPU_APM0_L TP_CPU_APM1_L
11 7 5
1% 1/16W MF-LF 2 402
IO
12
12 5
SYMBOL NEED TO CHECK
54.9
IO
12
12 5
R0702
FSB_IERR_L CPU_INIT_L IN
12 11 5
F3 F4
CPU SCH AND PCB
1
IO
12
12 5
D20 B3
IERR*
RS1*
K3 REQ0* H2 REQ1* K2 REQ2* J3 REQ3*
IO
12 12 12 12 12
11 9 8 7 6 5
=PP1V05_S0_CPU
12
1
12
R0705
12 5
1K
2
1
1% 1/16W MF-LF 402
R0706
IO
12 5
IO
IO
FSB_D_L<16> IO FSB_D_L<17> IO FSB_D_L<18> IO FSB_D_L<19> IO FSB_D_L<20> IO FSB_D_L<21> IO FSB_D_L<22> IO FSB_D_L<23> IO FSB_D_L<24> IO FSB_D_L<25> IO FSB_D_L<26> IO FSB_D_L<27> IO FSB_D_L<28> IO FSB_D_L<29> IO FSB_D_L<30> IO FSB_D_L<31> FSB_DSTBN_L<1> FSB_DSTBP_L<1> FSB_DINV_L<1> IO
E22 D0* F24 D1* E26 D2*
YONAH-SKT CPU BGA
(2 OF 4)
D34* D35*
H22 D3* F23 D4* G25 D5* E25 D6* E23 D7* K24 D8*
G24 D9* J24 D10* J23 D11*
H26 D12* F26 D13* K22 D14* H25 D15* H23 DSTBN0*
D32* D33*
D36* D37* D38* D39* D40* D41* D42* D43* D44* D45* D46* D47*
DSTBN2* DSTBP2*
G22 DSTBP0* J26 DINV0*
DINV2*
N22 D16* K25 D17* P26 D18* R23 D19*
D48*
L25 D20* L22 D21* L23 D22*
D52* D53*
M23 D23* P25 D24* P22 D25* P23 D26* T24 D27* R24 D28*
D49* D50* D51*
L26 D29* T25 D30* N24 D31*
D54* D55* D56* D57* D58* D59* D60* D61* D62*
D63* DSTBN3*
M24 DSTBN1* N25 DSTBP1* M26 DINV1*
DSTBP3* DINV3*
AA23 AB24 V24 V26 W25 U23 U25
U22 AB25 W22 Y23
AA26 Y26 Y22
AC26 AA24 W24
12
Y25
12
V23
AC22 AC23
AB21 AC25 AD20 AE22 AF23 AD24 AE21 AD21 AE25 AF25 AF22 AF26 AD23 AE24
12 12
AC20
CPU_TEST1
MISC
COMP0
R26
COMP1
U26 U1
OUT
34
OUT
34
OUT
COMP2 COMP3
C26 TEST1
CPU_TEST2
34
IO
12
IO
12
IO
FSB_D_L<48> 12 FSB_D_L<49> 12 FSB_D_L<50> 12 FSB_D_L<51> 12 FSB_D_L<52> 12 FSB_D_L<53> 12 FSB_D_L<54> 12 FSB_D_L<55> 12 FSB_D_L<56> 12 FSB_D_L<57> 12 FSB_D_L<58> 12 5 FSB_D_L<59> 12 FSB_D_L<60> 12 FSB_D_L<61> 12 FSB_D_L<62> 12 FSB_D_L<63> 5 FSB_DSTBN_L<3> 5 FSB_DSTBP_L<3> 12 5 FSB_DINV_L<3>
IO IO IO IO IO IO IO IO
C
IO IO IO IO IO IO IO IO IO IO IO IO IO IO
LAYOUT NOTE:
IO
COMP0,2 CONNECT WITH ZO=27.4OHM, MAKE
IO
TRACE LENGTH SHORTER THAN 0.5".
IO
COMP1,3 CONNECT WITH ZO=55OHM, MAKE
IO
TRACE LENGTH SHORTER THAN 0.5".
IO IO IO IO IO
R0716
IO
1
IO
D25 TEST2
CPU_BSEL<0> CPU_BSEL<1> CPU_BSEL<2>
B22 BSEL0 B23 BSEL1 C21 BSEL2
DPRSTP*
R0717
IO
DPSLP* DPWR* PWRGOOD SLP* PSI*
NOSTUFF
R0730 1
0
CPU_COMP<0> CPU_COMP<1> CPU_COMP<2> CPU_COMP<3>
V1 E5 B5 D24 D6 D7 AE6
CPU_DPRSTP_L 21 CPU_DPSLP_L 12 5 FSB_DPWR_L 21 CPU_PWRGD 12 FSB_SLPCPU_L 75 CPU_PSI_L
75 21
2
27.4
2
54.9
2
27.4
2
54.9
402
IO
1 1%
AD26 GTLREF A2 NC
LAYOUT NOTE: 0.5" MAX LENGTH
1% 1/16W MF-LF 402
FSB_D_L<32> FSB_D_L<33> FSB_D_L<34> 12 FSB_D_L<35> 12 FSB_D_L<36> 12 FSB_D_L<37> 12 FSB_D_L<38> 12 FSB_D_L<39> 12 FSB_D_L<40> 12 5 FSB_D_L<41> 12 FSB_D_L<42> 12 FSB_D_L<43> 12 FSB_D_L<44> 12 FSB_D_L<45> 12 FSB_D_L<46> 12 FSB_D_L<47> 5 FSB_DSTBN_L<2> 5 FSB_DSTBP_L<2> 12 5 FSB_DINV_L<2> 12
12
AB22 AA21
CPU_GTLREF
2.0K
2
IO
12 5
FSB_D_L<0> FSB_D_L<1> IO FSB_D_L<2> IO FSB_D_L<3> IO FSB_D_L<4> IO FSB_D_L<5> IO FSB_D_L<6> IO FSB_D_L<7> IO FSB_D_L<8> IO FSB_D_L<9> IO FSB_D_L<10> IO FSB_D_L<11> IO FSB_D_L<12> FSB_D_L<13> IO IO FSB_D_L<14> IO FSB_D_L<15> FSB_DSTBN_L<0> FSB_DSTBP_L<0> FSB_DINV_L<0> IO
DATA GRP2
12
IO
DATA GRP3
IO
DEFER* DRDY* DBSY*
A8* A9*
5 6 7 8 9 11
12 12 5
DATA GRP0
12
(1 OF 4)
FSB_ADS_L FSB_BNR_L FSB_BPRI_L
H1 E2 G5
DATA GRP1
IO
A6* A7*
ADS* BNR* BPRI*
CONTROL
IO
12
BGA
XDP/ITP SIGNALS
12
A5*
THERM
IO
YONAH-SKT CPU
HCLK
IO
=PP1V05_S0_CPU
A3* A4*
ADDR GROUP0
12
FSB_A_L<3> J4 FSB_A_L<4> L4 FSB_A_L<5> M3 FSB_A_L<6> K5 FSB_A_L<7> M1 FSB_A_L<8> N2 FSB_A_L<9> J1 FSB_A_L<10> N3 FSB_A_L<11> P5 FSB_A_L<12> P2 FSB_A_L<13> L1 FSB_A_L<14> P4 FSB_A_L<15> P1 FSB_A_L<16> R1 FSB_ADSTB_L<0> L2
ADDR GROUP1
IO
12 5
D
C
IO
12
RESERVED
12
R0718
1
R0719
1
B
402
1%
402
IN IN IN IN IN IN
2
402
1
R0707 51
5% 1/16W MF-LF 2 402
1NOSTUFF
R0712 1K 5% 1/16W MF-LF
2 402
CPU 1 OF 2-FSB SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
7
1
OF
A 97
A
8
6
7
2
3
4
5
1
OMIT A4 VSS_1 A8 VSS_2 A11 VSS_3
=PPVCORE_S0_CPU 6 8 9 76
=PPVCORE_S0_CPU OMIT
A7 VCC_1 A9 VCC_2 A10 VCC_3
D
A12 VCC_4 A13 VCC_5 A15 VCC_6
CPU BGA
(3 OF 4)
VCC_77 AD7 VCC_78 AD9 VCC_79 AD10
B12 VCC_13 B14 VCC_14 B15 VCC_15
VCC_80 AD12 VCC_81 AD14
D9 VCC_26 D10 VCC_27 D12 VCC_28 D14 VCC_29
VCC_85 AE9 VCC_86 AE10 VCC_87 AE12
VCC_91 AE18 VCC_92 AE20 VCC_93 AF9 VCC_94 AF10 VCC_95 AF12 VCC_96 AF14 VCC_97 AF15 VCC_98 AF17
E9 VCC_34 E10 VCC_35 E12 VCC_36
VCCP_1 V6 VCCP_2 G21
E13 VCC_37 E15 VCC_38 E17 VCC_39
VCCP_3 J6 VCCP_4 K6 VCCP_5 M6
E18 VCC_40 E20 VCC_41 F7 VCC_42
VCCP_6 J21 VCCP_7 K21 VCCP_8 M21
F9 VCC_43 F10 VCC_44 F12 VCC_45
VCCP_9 N21 VCCP_10 N6 VCCP_11 R21
F14 VCC_46 F15 VCC_47 F17 VCC_48
VCCP_12 R6 VCCP_13 T21
AA9 VCC_52 AA10 VCC_53 AA12 VCC_54 AA13 VCC_55 AA15 VCC_56 AA17 VCC_57 AA18 VCC_58 AA20 VCC_59 AB9 VCC_60 AC10 VCC_61
=PP1V05_S0_CPU
C0800
1
2
2
0.01UF
VCCP_14 T6 VCCP_15 V21 VCCP_16 W21
=PP1V5_S0_CPU
20% 16V CERM 402
6 8
m il
10UF 20% 6.3V CERM 805-1
VCCA=1.5 ONLY
VID0 AD6 VID1 AF5 VID2 AE5 VID3 AF4 VID4 AE3 VID5 AF2 VID6 AE2
75 75 75 75 75 75 75
CPU_VID<0> CPU_VID<1> CPU_VID<2> CPU_VID<3> CPU_VID<4> CPU_VID<5> CPU_VID<6>
e r
OUT OUT OUT
=PPVCORE_S0_CPU
6 8 9 76
OUT OUT
1
OUT
R0802 100
OUT 2
1% 1/16W MF-LF 402
LAYOUT NOTE:
VCCSENSE AF7
75
VSSSENSE AE7
1
TO VCCSENSE_P/N WITH NO STUB
A
PROVIDE A TEST POINT (WITH NO STUB)
OUT
P 75
LAYOUT NOTE: CONNECT R0802-03
CPU_VCCSENSE_P CPU_VCCSENSE_N
R0803 100
1% 1/16W MF-LF 2 402
OUT
6 8
C0801
VCCA B26
AB10 VCC_62 AB12 VCC_63 AB14 VCC_64 AB15 VCC_65 AB17 VCC_66 AB18 VCC_67
1
TO CONNECT A DIFFERENCTIAL PROBE
BETWEEN VCCSENSE AND VSSSENSE AT THE
BGA
VSS_87 R22 VSS_88 R25 VSS_89 T1 VSS_90 T4 VSS_91 T23 VSS_92 T26 VSS_93 U3 VSS_94 U6 VSS_95 U21
B21 VSS_15 B24 VSS_16 C5 VSS_17
VSS_96 U24 VSS_97 V2
D
y r
VSS_98 V5 VSS_99 V22 VSS_100 V25 VSS_101 W1 VSS_102 W4 VSS_103 W23
C2 VSS_23 C22 VSS_24 C25 VSS_25 D1 VSS_26 D4 VSS_27
VSS_104 W26 VSS_105 Y3 VSS_106 Y6
D8 VSS_28 D11 VSS_29 D13 VSS_30
VSS_109 AA2 VSS_110 AA5 VSS_111 AA8
D16 VSS_31 D19 VSS_32 D23 VSS_33
VSS_112 AA11 VSS_113 AA14 VSS_114 AA16
D26 VSS_34 E3 VSS_35 E6 VSS_36
VSS_115 AA19 VSS_116 AA22 VSS_117 AA25
E8 VSS_37 E11 VSS_38 E14 VSS_39
VSS_118 AB1 VSS_119 AB4
E16 VSS_40 E19 VSS_41 E21 VSS_42 E24 VSS_43 F5 VSS_44
5 6 7 9 11
=PP1V5_S0_CPU
CPU (4 OF 4)
P6
P21 VSS_84 P24 VSS_85 R2 VSS_86 R5
a n i
VCC_88 AE13 VCC_89 AE15 VCC_90 AE17
VCC_99 AF18 VCC_100 AF20
YONAH-SKT
B13 VSS_12 B16 VSS_13 B19 VSS_14
C8 VSS_18 C11 VSS_19 C14 VSS_20 C16 VSS_21 C19 VSS_22
VCC_82 AD15 VCC_83 AD17 VCC_84 AD18
D15 VCC_30 D17 VCC_31 D18 VCC_32 E7 VCC_33
F18 VCC_49 F20 VCC_50 AA7 VCC_51
A23 VSS_7 A26 VSS_8 B6 VSS_9 B8 VSS_10 B11 VSS_11
VCC_71 AC9 VCC_72 AC12 VCC_73 AC13
B7 VCC_10 B9 VCC_11 B10 VCC_12
C15 VCC_23 C17 VCC_24 C18 VCC_25
B
J0700
VCC_74 AC15 VCC_75 AC17 VCC_76 AC18
C9 VCC_19 C10 VCC_20 C12 VCC_21 C13 VCC_22
C
VCC_68 AB20 VCC_69 AB7 YONAH-SKT VCC_70 AC7
A17 VCC_7 A18 VCC_8 A20 VCC_9
B17 VCC_16 B18 VCC_17 B20 VCC_18
A14 VSS_4 A16 VSS_5 A19 VSS_6
6 8 9 76
J0700 VSS_82 VSS_83
RESISTORS TERMINATE THE 55 OHM TRANSMISSION LINE
VSS_123 AB16 VSS_124 AB19 VSS_125 AB23 VSS_126 AB26 VSS_127 AC3 VSS_128 AC6
F2 VSS_50 F22 VSS_51 F25 VSS_52
VSS_131 AC14 VSS_132 AC16 VSS_133 AC19
G4 VSS_53 G1 VSS_54 G23 VSS_55
VSS_134 AC21 VSS_135 AC24 VSS_136 AD2
G26 VSS_56 H3 VSS_57 H6 VSS_58
VSS_137 AD5 VSS_138 AD8 VSS_139 AD11
H21 VSS_59 H24 VSS_60 J2 VSS_61
VSS_140 AD13 VSS_141 AD16
J5 VSS_62 J22 VSS_63 J25 VSS_64 K1 VSS_65 K4 VSS_66
VSS_129 AC8 VSS_130 AC11
VSS_142 AD19 VSS_143 AD22 VSS_144 AD25
B
VSS_145 AE1 VSS_146 AE4 VSS_147 AE8
K23 VSS_67 K26 VSS_68 L3 VSS_69
VSS_148 AE11 VSS_149 AE14 VSS_150 AE16
L6 VSS_70 L21 VSS_71 L24 VSS_72
VSS_151 AE19 VSS_152 AE23
N4 VSS_78 N23 VSS_79 N26 VSS_80 P3 VSS_81
C
VSS_120 AB8 VSS_121 AB11 VSS_122 AB13
F8 VSS_45 F11 VSS_46 F13 VSS_47 F16 VSS_48 F19 VSS_49
M2 VSS_73 M5 VSS_74 M22 VSS_75 M25 VSS_76 N1 VSS_77
LOCATION WHERE THE TWO 54.9 OHM
VSS_107 Y21 VSS_108 Y24
VSS_153 AE26 VSS_154 AF3 VSS_155 AF6 VSS_156 AF8 VSS_157 AF11 VSS_158 AF13 VSS_159 AF16 VSS_160 AF19 VSS_161 AF21 VSS_162 AF24
CPU 2 OF 2-PWR/GND SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
8
1
OF
A 97
A
8
6
7
2
3
4
5
1
CPU HEATSINK MOUNTING HOLES D
D OMIT
ZH607
C950
1
C951
VCCP CORE DECOUPLING C926 0.1UF 20%
2 10V CERM 402
1
C934 0.1UF 20%
2 10V CERM 402
1
C935 0.1UF 20%
2 10V CERM 402
1
C936 0.1UF 20%
2 10V CERM 402
1
C937 0.1UF 20%
2 10V CERM 402
0.1UF
20% 2 10V CERM 402
NEED LARGE BULK FOR 1.05V
76 8 6
VCC CORE DECOUPLING
=PPVCORE_S0_CPU
e r
DESIGN FOR 44 CERAMIC AND 3 ELECT BULK 1800UF
B
PLACE 8 INSIDE SOCKET CAVITY ON L8 (NORTH SIDE SECONDARY)
1
PLACE 8 INSIDE SOCKET CAVITY ON L8 (SOUTH SIDE SECONDARY)
1
PLACE 6 INSIDE SOCKET CAVITY ON L1 (NORTH SIDE PRIMARY)
1
C923
1
22UF
20% 6.3V 2 X5R 805
C911
1
22UF
C910
1
22UF
20% 6.3V 2 X5R 805
C908
1
22UF
20% 6.3V 2 X5R 805
20% 6.3V 2 X5R 805
C901
1
22UF
C928
1
22UF
20% 6.3V 2 X5R 805
20% 6.3V 2 X5R 805
C900
1
22UF
20% 6.3V 2 X5R 805
22UF
20% 6.3V 2 X5R 805
1
22UF
20% 6.3V 2 X5R 805
1
C922 22UF
20% 6.3V 2 X5R 805
C941 22UF
20% 6.3V 2 X5R 805
A
1
1
20% 6.3V 2 X5R 805
OMIT 1
C921
1
20% 6.3V 2 X5R 805
OMIT
22UF
20% 6.3V 2 X5R 805
C917 22UF
20% 6.3V 2 X5R 805
C942
1
OMIT 1
20% 6.3V 2 X5R 805
1
22UF
C904
1
22UF
20% 6.3V 2 X5R 805
C914 22UF
20% 6.3V 2 X5R 805
NOSTUFF
1
22UF
20% 6.3V 2 X5R 805
NOSTUFF
1
C915 22UF
20% 6.3V 2 X5R 805
1
C944 22UF
20% 6.3V 2 X5R 805
C932
OMIT
1
C906 22UF
20% 6.3V 2 X5R 805
C930 22UF
P NOSTUFF
1
OMIT
C943
20% 6.3V 2 X5R 805
C912 22UF
NOSTUFF
22UF
1
C916 22UF
20% 6.3V 2 X5R 805
0.01UF
20% 16V CERM 402
20% 16V CERM 402
2
20% 6.3V 2 X5R 805
C905 22UF
20% 6.3V 2 X5R 805
1
C903 22UF
20% 6.3V 2 X5R 805
C945 22UF
20% 6.3V 2 X5R 805
20% 6.3V 2 X5R 805
22UF
C946 22UF
20% 6.3V 2 X5R 805
OMIT
1
C999 22UF
20% 6.3V 2 X5R 805
20% 6.3V 2 X5R 805
C993 22UF
20% 6.3V 2 X5R 805
C989 22UF
20% 6.3V 2 X5R 805
C998 22UF
20% 6.3V 2 X5R 805
1
C994 22UF
20% 6.3V 2 X5R 805
C990 22UF
20% 6.3V 2 X5R 805
1
22UF
C953
20% 2 2.5V TANT D2T
1
1
0.01UF
2
20% 16V CERM 402
2
C
C939 22UF
20% 6.3V 2 X5R 805
C997 22UF
20% 6.3V 2 X5R 805
B
22UF
OMIT
1
C920 22UF
20% 6.3V 2 X5R 805
OMIT 1
C929
20% 6.3V 2 X5R 805
OMIT
1
OMIT 1
C996 22UF
20% 6.3V 2 X5R 805
TABLE_5_HEAD
PART#
QTY
DESCRIPTION
REFERENCE DESIGNATOR(S)
CRITICAL
BOM OPTION MEROM
138S0552
28
CAP,22UF,6.3V,20%,X5R,0805
OMIT 1
C995 22UF
20% 6.3V 2 X5R 805
OMIT 1
C991 22UF
20% 6.3V 2 X5R 805
28
CAP,10UF,6.3V,20%,X5R,0805
TABLE_5_ITEM
C922,C925,C906,C939,C919,C993,C942,C991,C995,C990,C989,C988,C920,C997,C992,C994,C996,C921,C999,C943,C998,C944,C945,C946,C941,C916,C931,C902
C988 22UF
20% 6.3V 2 X5R 805
OMIT 1
138S0558
TABLE_5_ITEM
C922,C925,C906,C939,C919,C993,C942,C991,C995,C990,C989,C988,C920,C997,C992,C994,C996,C921,C999,C943,C998,C944,C945,C946,C941,C916,C931,C902
YONAH
OMIT 1
C907
20% 6.3V 2 X5R 805
OMIT
OMIT 1
1
OMIT
1
OMIT
1
C931 22UF
OMIT
1
OMIT 1
C902 22UF
NOSTUFF
OMIT
1
1
NOSTUFF
1
2
1
OMIT 1
C992
CPU DECAPS & VID<>
22UF
20% 6.3V 2 X5R 805
SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
VCC CORE COUPLING CAPS USES DIFFERENT VALUES FOR MEROME VS. YONAH. SEE BOM TABLE.
C947 470UF
3
OMIT
C919 22UF
OMIT 1
SOUTH SIDE SECONDARY
20% 6.3V 2 X5R 805
OMIT 1
C913 22UF
20% 6.3V 2 X5R 805
OMIT PLACE 6 INSIDE SOCKET CAVITY ON L1 (SOUTH SIDE PRIMARY)
1
22UF
OMIT
C925
C918
C909
20% 6.3V 2 X5R 805
OMIT
C924
C952
0.01UF
4P75R4
CPU_HS_ZH610
1
m il
C938
1
1
ZH610
4P75R4
CPU_HS_ZH609
1
a n i
=PP1V05_S0_CPU
1
CPU_HS_ZH608
20% 16V CERM 402
C
PLACE INSIDE SOCKET CAVITY ON L8 (NORTH SIDE SECONDARY)
66
OMIT
ZH609
4P75R4
1
0.01UF
WE HAD A 330UF ELEC CAP HERE FOR 1.05V RAIL - CHECK WE CAN REMOVE
11 8 7 6 5
OMIT
ZH608
4P75R4
CPU_HS_ZH607
y r
OMIT
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
NOSTUFF
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
9
1
OF
A 97
A
8
6
7
2
3
4
5
NOTE: IF CPU T DIODE TO BE READ IN OFF STATE, THEN THIS SHOULD BE S5
CPU THERMAL SENSOR
PP3V3_S0
D
1
1
6 26 41 59 61 76 83 94
D
C1001 0.1UF
2 LAYOUT NOTE:
10% 16V X5R 402
1
R1000
1
10K
ADD GND GUARD TRACES FOR CPU_THERMD_P/N ROUTE ON SAME LAYER WITH 0.254MM TRACE WIDTH & SPACING.
2
5% 1/16W MF-LF 402
10K
2
5% 1/16W MF-LF 402
NOSTUFF
1
R1005
VDD CPU_TSENS_INT
ALERT*/ CRITICAL THM2*
R1002 OUT
7
CPU_THERMD_P
1
499
2
10
NOSTUFF
1% 1/16W MF-LF 402
1
R1017 7
CPU_THERMD_N
2
499 1
C1000
3
D+ D-
U1000 MSOP
10% 50V CERM 402
THM*
6
THRM_ALERT_L
4
SCLK SDATA
8
LAYOUT NOTE: PLACE R1002 AND R1018 SUCH THAT THEY SHARE ONE PAD PLACE R1017 AND R1019 SUCH THAT THEY SHARE ONE PAD
R1018
1 2
0
2
5% 1/16W MF-LF 402
CPU_THERMD_EXT_P CPU_THERMD_EXT_N
THERM_DX_P 10 THERM_DX_N 10
CPU_TSENS_EXT 4
R1019 1
2
IO IO
C
e r
TEMPORARILY REMOVED BOMOPTION=CPU_TSENS_EXT
5% 1/16W MF-LF 402
B
P
A
0
IO
m il
CPU_TSENS_EXT
1
PM_THRM_L
=SMB_THRM_CLK =SMB_THRM_DATA
a n i
5
C
SM-2MT-BLK-LF 3
58 23
59
NOTE: SYMBOL SHOULD BE SHOWN ADT7461A
DEVELOPMENT CRITICAL
2
59
7
1% 1/16W MF-LF 402
J1000
0 5% 1/16W MF-LF 402
THRM_THM
GND
2
1
ADT7461
0.001UF
CPU_TSENS_INT IN
10
THERM_DX_P THERM_DX_N
2
y r
R1001
B
CPU TEMP SENSOR
A
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
10
1
OF
A 97
8
7
6
2
3
4
5
1
D
D
y r
a n i
CPU ITP700FLEX DEBUG SUPPORT
C =PP1V05_S0_CPU
11 9 8 7 6 5
ITP 1
R1101 R1103
m il 1% 1/16W MF-LF 2 402
54.9
1% 1/16W MF-LF 2 402
ITP
R1102
7 5
IN
22.6 2 1
XDP_TDO
1% 1/16W MF-LF 402
ITP
OUT
FSB_CPURST_L
e r
B
IN
23 6
P
(AND WITH RESET BUTTON)
A
1
7 5 7
OUT 5 OUT
7 5
11 7 5
OUT
34
IN
34
IN
(FROM CK410M HOST 133/167MHZ)
OUT
1% 1/16W MF-LF 402
R1104
5% 1/16W MF-LF 2 402
OUT
26 7
XDP_TCK
NC
(TCK)
2 3 4 5 6
ITP_TDO
7
CPU_XDP_CLK_N CPU_XDP_CLK_P
8 9
(FBO)
XDP_TCK
11
ITPRESET_L
12
7
XDP_BPM_L<5>
13
IO
7
XDP_BPM_L<4>
IO
7
XDP_BPM_L<3>
IO
7
XDP_BPM_L<2>
IO
7
XDP_BPM_L<1>
IO
7
XDP_BPM_L<0>
14 15 16
P7 HAS OTHER PULL UP RESISTORS THAT MAY IMPACT ITP FUNCTIONALITY
240
XDP_TRST_L
1
IO
=PP3V3_S5_SB_PM
1
XDP_TDI XDP_TMS
F-RT-SM 29
10 11 7 5
22.6 2
ITP
J1101
NC
R1100
12 7 5
DEVELOPMENT
52435-2872
1
54.9
C
B
17 18 19 20 21 22 23
NC
XDP_DBRESET_L
24 25
11 9 8 7 6 5
=PP1V05_S0_CPU 1
26
ITP
27
C1100
28
(DBA#) INDICATE THAT ITP IS USING TAP I/F, NC IN 945GM CHIPSET SYSTEM. (DEBUG PORT ACTIVE) (DBR#) TO ICH7M SYS_RST*, AND WITH SYSTEM RESET LOGIC (DEBUG PORT RESET)
0.1UF
10% 2 16V X5R 402
30
518S0320 1
R1106
ITP TCK SIGNAL LAYOUT NOTE: ROUTE THE TCK SIGNAL FROM ITP700FLEX CONNECTOR’S TCK PIN TO CPU’S TCK PIN AND THEN FORK BACK FROM CPU TCK PIN AND ROUTE BACK TO ITP700FLEX CONNECTOR’S FBO PIN.
680 5% 1/16W MF-LF 2 402
CPU ITP700FLEX DEBUG SYNC_MASTER=M38
SYNC_DATE=01/05/2006
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
11
1
OF
A 97
A
6
7
D
7 5
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
C
IO
7
IO
7
IO
7
IO
7
IO
7 5
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO IO
IO
7
IO
7
IO
7
54.9 1% 1/16W MF-LF 402
B
2
R1221
1
24.9
1% 1/16W MF-LF 402
1% 1/16W MF-LF 402
19 12 6 5
2
2
1
1
54.9 1% 1/16W MF-LF 402
1
100
=PP1V05_S0_FSB_NB
R1230
R1226
C1226 0.1uF
P
1% 1/16W MF-LF 402
2
10% 16V X5R 402
R1235 221
2
2
A R1231
1
1
24.9 1% 1/16W MF-LF 402
1% 1/16W MF-LF 402
R1236
1
100
2
2
1% 1/16W MF-LF 402
IO IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
IO
7
1
IO
F1 J1 H1 J6 H3 K2 G1 G2 K9 K1 K7 J8 H4 J3 K11 G4 T10 W11 T3 U7 U9 U11 T11 W9 T1 T8 T4 W7 U5 T9 W6 T5 AB7 AA9 W4 W3
IO
7
IO
7
IO
7 5
IO
7
IO
7
IO
7
IO
7
IO
Y3 Y7 W5
Y10 AB8 W2
AA4 AA7 AA2 AA6
AA10 Y8
AA1 AB4 AC9
AB11 AC11 AB3 AC2 AD1 AD9 AC1 AD7 AC6 AB5
AD10 AD4 AC8
NB_FSB_XRCOMP NB_FSB_XSCOMP NB_FSB_XSWING
E1 E2 E4
NB_FSB_YRCOMP NB_FSB_YSCOMP NB_FSB_YSWING
34 5
IN
34 5
IN
HD0* HD1* HD2* HD3* HD4* HD5* HD6* HD7* HD8* HD9* HD10* HD11* HD12* HD13* HD14* HD15* HD16* HD17* HD18* HD19* HD20* HD21* HD22* HD23* HD24* HD25* HD26* HD27* HD28* HD29* HD30* HD31* HD32* HD33* HD34* HD35* HD36* HD37* HD38* HD39* HD40* HD41* HD42* HD43* HD44* HD45* HD46* HD47* HD48* HD49* HD50* HD51* HD52* HD53* HD54* HD55* HD56* HD57* HD58* HD59* HD60* HD61* HD62* HD63*
OMIT
U1200 945GM NB BGA
(1 OF 10)
HA3* HA4* HA5* HA6* HA7* HA8* HA9* HA10* HA11* HA12* HA13* HA14* HA15* HA16* HA17* HA18* HA19* HA20* HA21* HA22* HA23* HA24* HA25* HA26* HA27* HA28* HA29* HA30* HA31*
H9
7
C9
7
E11
7
G11
7 5
F11
7
G12
7
F9
7
H11
7
J12
7
G14
7
D9
7
J14
7
H13
7
J15
7
F14
7
D12
7
A11
7
C11
7
A12
7
A13
7
E13
7
G13
7
F12
7
B12
7
B14
7 5
C12
7
A14
7
C14
7
D14
7
FSB_A_L<3> FSB_A_L<4> FSB_A_L<5> FSB_A_L<6> FSB_A_L<7> FSB_A_L<8> FSB_A_L<9> FSB_A_L<10> FSB_A_L<11> FSB_A_L<12> FSB_A_L<13> FSB_A_L<14> FSB_A_L<15> FSB_A_L<16> FSB_A_L<17> FSB_A_L<18> FSB_A_L<19> FSB_A_L<20> FSB_A_L<21> FSB_A_L<22> FSB_A_L<23> FSB_A_L<24> FSB_A_L<25> FSB_A_L<26> FSB_A_L<27> FSB_A_L<28> FSB_A_L<29> FSB_A_L<30> FSB_A_L<31>
HADS* HADSTB0* HADSTB1* HAVREF HBNR* HBPRI* HBREQ0* HCPURST* HDBSY* HDEFER* HDPWR* HDRDY* HDVREF
E8
7
B9
7 5
C13
7 5
Y1 U1 W1
FSB_CLK_NB_P FSB_CLK_NB_N
AG2 AG1
HXRCOMP HXSCOMP HXSWING HYRCOMP HYSCOMP HYSWING HCLKIN HCLKIN*
D
IO IO
y r
IO IO IO IO IO IO IO IO IO IO IO IO
a n i
HDINV0* HDINV1* HDINV2* HDINV3*
J7
7 5
W8
7 5
U3
7 5
AB10
7 5
HDSTBN0* HDSTBN1* HDSTBN2* HDSTBN3*
K4
7 5
T7
7 5
Y5
7 5
AC4
7 5
HDSTBP0* HDSTBP1* HDSTBP2* HDTSBP3*
K3
7 5
T6
7 5
AA5
7 5
AC5
7 5
HHIT* HHITM* HLOCK*
D3
7 5
D4
7 5
B3
7 5
HREQ0* HREQ1* HREQ2* HREQ3* HREQ4*
D8
7 5
G8
7 5
B8
7 5
F8
7 5
A8
7 5
HRS0* HRS1* HRS2*
B4
7
E6
7
D6
7
HSLPCPU* HTRDY*
E3
7
E7
7
J13
5
C6
7 5
F6
7
C7
7 5
FSB_ADS_L FSB_ADSTB_L<0> FSB_ADSTB_L<1> NB_FSB_VREF FSB_BNR_L FSB_BPRI_L FSB_BREQ0_L FSB_CPURST_L FSB_DBSY_L FSB_DEFER_L FSB_DPWR_L FSB_DRDY_L
B7
A7
7 5
C3
7
J9
7 5
H8
7
K13
FSB_DINV_L<0> FSB_DINV_L<1> FSB_DINV_L<2> FSB_DINV_L<3>
FSB_DSTBN_L<0> FSB_DSTBN_L<1> FSB_DSTBN_L<2> FSB_DSTBN_L<3> FSB_DSTBP_L<0> FSB_DSTBP_L<1> FSB_DSTBP_L<2> FSB_DSTBP_L<3> FSB_HIT_L FSB_HITM_L FSB_LOCK_L FSB_REQ_L<0> FSB_REQ_L<1> FSB_REQ_L<2> FSB_REQ_L<3> FSB_REQ_L<4> FSB_RS_L<0> FSB_RS_L<1> FSB_RS_L<2> FSB_SLPCPU_L FSB_TRDY_L
IO IO IO IO IO IO IO IO IO IO IO IO
=PP1V05_S0_FSB_NB
IO IO
5 6 12 19
C
R1210 100
IO IO
2
1% 1/16W MF-LF 402
IO
IO
1
OUT IO
OUT IO
C1211
1
10% 16V X5R 402
R1211 200
0.1uF
2
2
1% 1/16W MF-LF 402
OUT IO IO
IO IO IO IO IO IO IO IO
B
IO IO IO IO
IO IO IO
IO IO IO IO IO
OUT OUT OUT
OUT OUT
NB CPU Interface SYNC_MASTER=M1
SYNC_DATE=01/05/2006
NOTICE OF PROPRIETARY PROPERTY
C1236
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
0.1uF
2
1
IO
1
m il
e r
R1225 221
2
IO
7
7
1
IO
7 5
7
R1220 1
IO
7
7
19 12 6 5
IO
7
7
=PP1V05_S0_FSB_NB
IO
7
FSB_D_L<0> FSB_D_L<1> FSB_D_L<2> FSB_D_L<3> FSB_D_L<4> FSB_D_L<5> FSB_D_L<6> FSB_D_L<7> FSB_D_L<8> FSB_D_L<9> FSB_D_L<10> FSB_D_L<11> FSB_D_L<12> FSB_D_L<13> FSB_D_L<14> FSB_D_L<15> FSB_D_L<16> FSB_D_L<17> FSB_D_L<18> FSB_D_L<19> FSB_D_L<20> FSB_D_L<21> FSB_D_L<22> FSB_D_L<23> FSB_D_L<24> FSB_D_L<25> FSB_D_L<26> FSB_D_L<27> FSB_D_L<28> FSB_D_L<29> FSB_D_L<30> FSB_D_L<31> FSB_D_L<32> FSB_D_L<33> FSB_D_L<34> FSB_D_L<35> FSB_D_L<36> FSB_D_L<37> FSB_D_L<38> FSB_D_L<39> FSB_D_L<40> FSB_D_L<41> FSB_D_L<42> FSB_D_L<43> FSB_D_L<44> FSB_D_L<45> FSB_D_L<46> FSB_D_L<47> FSB_D_L<48> FSB_D_L<49> FSB_D_L<50> FSB_D_L<51> FSB_D_L<52> FSB_D_L<53> FSB_D_L<54> FSB_D_L<55> FSB_D_L<56> FSB_D_L<57> FSB_D_L<58> FSB_D_L<59> FSB_D_L<60> FSB_D_L<61> FSB_D_L<62> FSB_D_L<63>
2
3
4
5
HOST
8
10% 16V X5R 402
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
12
1
OF
A 97
A
8
6
7
2
3
4
5
=PP1V5_S0_NB_PCIE 1
U1200
94
OUT OUT
94
IO
94
IO
94
94 94
IO
OUT IN
94 IN 94 94 94 94
94 94
OUT OUT OUT OUT OUT
94
OUT
94
OUT
94 94
94 94 94
94
C
OUT
94 94
OUT OUT OUT OUT OUT OUT OUT OUT
TV-Out Signal Usage: 96
Composite: DACA only S-Video: DACB & DACC only Component: DACA, DACB & DACC
96 96
96
Unused DAC outputs must remain powered, but can omit filtering components. Unused DAC outputs should connect to GND through 75-ohm resistors.
96 96 96
OUT OUT OUT OUT OUT OUT OUT
LVDS_A_CLK_N LVDS_A_CLK_P LVDS_B_CLK_N LVDS_B_CLK_P
96 96 96 96 96
CRT Disable 96
Tie R/R#/G/G#/B/B# and IREF to VCC Core rail, tie HSYNC and VSYNC to GND. Tie VCCA_CRTDAC to VCC Core rail, and tie VSSA_CRTDAC and VCC_SYNC to GND.
OUT OUT OUT OUT OUT OUT
97
IO
97
IO
96
OUT
96
B
P
A
OUT OUT
D38
EXP_A_RXN0 EXP_A_RXN1
F34
L_CLKCTLB L_DDC_CLK L_DDC_DATA
EXP_A_RXN2
H34 J38
5
L_IBG
EXP_A_RXN3 EXP_A_RXN4
L34
5
EXP_A_RXN5 EXP_A_RXN6
M38
5
N34
5
EXP_A_RXN7
P38
5
EXP_A_RXN8 EXP_A_RXN9
R34
5
T38
5
H30 H29 G26
B38 C35 F32 C33 C32
L_VREFH L_VREFL
LA_CLK
EXP_A_RXN10
V34
5
E27
LB_CLK* LB_CLK
EXP_A_RXN11 EXP_A_RXN12
W38
5
Y34
5
EXP_A_RXN13
AA38
5
EXP_A_RXN14 EXP_A_RXN15
AB34
5
AC38
5
LVDS_A_DATA_P<0> LVDS_A_DATA_P<1> LVDS_A_DATA_P<2>
B37
LA_DATA0
TV_DACA_OUT TV_DACB_OUT TV_DACC_OUT TV_IREF TV_IRTNA TV_IRTNB TV_IRTNC
B35
LA_DATA0* LA_DATA1*
B34
LA_DATA1
A36
LA_DATA2
D30
LB_DATA0* LB_DATA1*
F29
LB_DATA2*
G30
F30 D29 F28
LB_DATA0 LB_DATA1 LB_DATA2
C18
TV_DACA_OUT TV_DACB_OUT
A19
TV_DACC_OUT
A16
J20
TV_IREF
CRT_DDC_CLK CRT_DDC_DATA CRT_HSYNC_R CRT_IREF CRT_VSYNC_R
B18
TV_IRTNA TV_IRTNB
D34
EXP_A_RXP1 EXP_A_RXP2
F38
EXP_A_RXP3
H38
EXP_A_RXP4 EXP_A_RXP5
J34
EXP_A_RXP6
M34
EXP_A_RXP7 EXP_A_RXP8
N38
EXP_A_RXP9
R38
EXP_A_RXP10 EXP_A_RXP11
T34
EXP_A_RXP12 EXP_A_RXP13
W34
EXP_A_RXP14
AA34
EXP_A_RXP15
AB38
B19
TV_IRTNC
95
G34
L38
P34
V38
Y38
EXP_A_TXN0 EXP_A_TXN1
F36
95
G40
95
EXP_A_TXN2
H36
95
EXP_A_TXN3 EXP_A_TXN4
J40
95
L36
5
EXP_A_TXN5 EXP_A_TXN6
M40
5
N36
5
EXP_A_TXN7
P40
5
EXP_A_TXN8 EXP_A_TXN9
R36
5
T40
5
EXP_A_TXN10
V36
5
EXP_A_TXN11 EXP_A_TXN12
W40
5
C25
CRT_DDC_CLK CRT_DDC_DATA
Y36
5
G23
HSYNC
EXP_A_TXN13
AA40
5
J22
CRT_IREF CRT_VSYNC
EXP_A_TXN14 EXP_A_TXN15
AB36
5
AC40
5
B16
E23 D23 C22 B22 A21 B21 C26
H23
CRT_BLUE CRT_BLUE*
CRT_GREEN CRT_GREEN* CRT_RED
CRT_RED*
PEG_D2R_N<0> PEG_D2R_N<1> PEG_D2R_N<2> PEG_D2R_N<3> PEG_D2R_N<4> PEG_D2R_N<5> PEG_D2R_N<6> PEG_D2R_N<7> PEG_D2R_N<8> PEG_D2R_N<9> PEG_D2R_N<10> PEG_D2R_N<11> PEG_D2R_N<12> PEG_D2R_N<13> PEG_D2R_N<14> PEG_D2R_N<15>
EXP_A_TXP0
D36
95
EXP_A_TXP1 EXP_A_TXP2
F40
95
G36
95
EXP_A_TXP3
H40
95
EXP_A_TXP4 EXP_A_TXP5
J36
EXP_A_TXP6
M36
EXP_A_TXP7 EXP_A_TXP8
N40
EXP_A_TXP9
R40
EXP_A_TXP10 EXP_A_TXP11
T36
EXP_A_TXP12 EXP_A_TXP13
W36
EXP_A_TXP14
AA36
EXP_A_TXP15
AB40
L40
P36
V40
Y40
D
IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN
PEG_D2R_P<0> PEG_D2R_P<1> PEG_D2R_P<2> PEG_D2R_P<3> PEG_D2R_P<4> PEG_D2R_P<5> PEG_D2R_P<6> PEG_D2R_P<7> PEG_D2R_P<8> PEG_D2R_P<9> PEG_D2R_P<10> PEG_D2R_P<11> PEG_D2R_P<12> PEG_D2R_P<13> PEG_D2R_P<14> PEG_D2R_P<15>
IN IN IN IN IN IN IN IN IN
SDVO_TVCLKIN# SDVO_INT# SDVO_FLDSTALL#
y r
IN
a n i EXP_A_RXP0
m il
CRT_BLUE CRT_BLUE_L CRT_GREEN CRT_GREEN_L CRT_RED CRT_RED_L
95
A32
LA_DATA2*
LVDS_B_DATA_P<0> LVDS_B_DATA_P<1> LVDS_B_DATA_P<2>
G38
1% 1/16W MF-LF 402
SDVO Alternate Function
LA_CLK*
E26
R1310
PEG_COMP
A33
A37
LVDS_B_DATA_N<0> LVDS_B_DATA_N<1> LVDS_B_DATA_N<2>
(3 OF 10)
L_VBG L_VDDEN
C37
e r 96
D40
EXP_A_COMPO
L_BKLTEN L_CLKCTLA
LVDS_A_DATA_N<0> LVDS_A_DATA_N<1> LVDS_A_DATA_N<2>
TV-Out Disable Tie DACx_OUT, IRTNx, and IREF to 1.5V power rail. Tie VCCD_TVDAC, VCCD_QTVDAC, VCCA_TVDACx, and VCCA_TVBG to 1.5V power rail. Tie VSSA_TVBG to GND.
EXP_A_COMPI
BGA
L_BKLTCTL
J30
G25
2
945GM NB
D32
PCI-EXPRESS GRAPHICS
94
LVDS_BKLTCTL LVDS_BKLTEN LVDS_CLKCTLA LVDS_CLKCTLB LVDS_DDC_CLK LVDS_DDC_DATA LVDS_IBG TP_LVDS_VBG LVDS_VDDEN LVDS_VREFH LVDS_VREFL
LVDS
OUT 5
TV
D
OUT
VGA
94
Can leave all signals NC if LVDS is not implemented Tie VCC_TXLVDS and VCCA_LVDS to GND. If SDVO is used VCCD_LVDS must remain powered with proper decoupling. Otherwise, tie VCCD_LVDS to GND also.
6 19
24.9
OMIT
LVDS Disable
1
SDVO_TVCLKIN SDVO_INT SDVO_FLDSTALL
C
IN IN IN IN IN IN IN
PEG_R2D_C_N<0> PEG_R2D_C_N<1> PEG_R2D_C_N<2> PEG_R2D_C_N<3> PEG_R2D_C_N<4> PEG_R2D_C_N<5> PEG_R2D_C_N<6> PEG_R2D_C_N<7> PEG_R2D_C_N<8> PEG_R2D_C_N<9> PEG_R2D_C_N<10> PEG_R2D_C_N<11> PEG_R2D_C_N<12> PEG_R2D_C_N<13> PEG_R2D_C_N<14> PEG_R2D_C_N<15> PEG_R2D_C_P<0> PEG_R2D_C_P<1> PEG_R2D_C_P<2> PEG_R2D_C_P<3> PEG_R2D_C_P<4> PEG_R2D_C_P<5> PEG_R2D_C_P<6> PEG_R2D_C_P<7> PEG_R2D_C_P<8> PEG_R2D_C_P<9> PEG_R2D_C_P<10> PEG_R2D_C_P<11> PEG_R2D_C_P<12> PEG_R2D_C_P<13> PEG_R2D_C_P<14> PEG_R2D_C_P<15>
OUT OUT OUT OUT OUT OUT OUT OUT
SDVOB_RED# SDVOB_GREEN# SDVOB_BLUE# SDVOB_CLKN SDVOC_RED# SDVOC_GREEN# SDVOC_BLUE# SDVOC_CLKN
OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT
SDVOB_RED SDVOB_GREEN SDVOB_BLUE SDVOB_CLKP SDVOC_RED SDVOC_GREEN SDVOC_BLUE SDVOC_CLKP
B
OUT OUT OUT OUT OUT OUT OUT OUT
NB PEG / Video Interfaces SYNC_MASTER=M1
SYNC_DATE=01/05/2006
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
13
1
OF
A 97
A
6
7
1
1
2
2
10K
OMIT
5% 1/16W MF-LF 402
TP_NB_RSVD3_F3 TP_NB_RSVD4_F7
34
IN
34
IN IN
IN 20
IN IN
20
IN IN
20
IN IN IN IN IN IN
=PP3V3_S0_NB
IN 20
IN IN
R1420 1 10K 5% 1/16W MF-LF 402 2
75 23
IN
IN
20
IN
20
IN
20
IN
23
NB_RST_IN_L
SM_CK0
AY35
28
R32
RSVD2 RSVD3
BGA
28
(2 OF 10)
SM_CK1 SM_CK2
AR1
F3
AW7
29
F7
RSVD4
SM_CK3
AW40
29
AG11
RSVD5 RSVD6
SM_CK0* SM_CK1*
AW35
28
AT1
28
SM_CK2*
AY7
29
SM_CK3*
AY40
29
SM_CKE0 SM_CKE1
AU20
30 28
AT20
30 28
SM_CKE2
BA29
30 29
SM_CKE3
AY29
30 29
SM_CS0* SM_CS1*
AW13
30 28
AW12
30 28
SM_CS2* SM_CS3*
AY21
30 29
AW21
30 29
SMOCDCOMP0
AL20
SMOCDCOMP1
AF10
AF11
J19
RSVD9
J29 A41
RSVD10 RSVD11
TP_NB_XOR_LVDS_A35 TP_NB_XOR_LVDS_A34 TP_NB_XOR_LVDS_D28 TP_NB_XOR_LVDS_D27
A35
RSVD12
A34
RSVD13 RSVD14
D27
RSVD15
NB_BSEL<0> NB_BSEL<1> NB_BSEL<2> NB_CFG<3> NB_CFG<4> NB_CFG<5> NB_CFG<6> NB_CFG<7> NB_CFG<8> NB_CFG<9> NB_CFG<10> NB_CFG<11> NB_CFG<12> NB_CFG<13> NB_CFG<14> NB_CFG<15> NB_CFG<16> NB_CFG<17> NB_CFG<18> NB_CFG<19> NB_CFG<20>
K16 K18
CFG0 CFG1
J18
CFG2
F18 E15
CFG3 CFG4
F15
CFG5
E18 D19
CFG6 CFG7
D16
CFG8
G16
CFG9 CFG10
D28
E16
G15
CFG11 CFG12
K15
CFG13
C15 H16
CFG14 CFG15
G18
CFG16
D15
J25
CFG17 CFG18
K27
CFG19
J26
CFG20
G28
PM_BM_BUSY* PM_EXTTS0*
H15
H26
OUT
1
100
75 26 5
IN
2
5
95 95
IO IO
22
OUT
33
OUT
PM_THRMTRIP_L VR_PWRGOOD_DELAY NB_RST_IN_L_R SDVO_CTRLCLK SDVO_CTRLDATA NB_SB_SYNC_L CLK_NB_OE_L
e r
B
P
IPU IPU IPU IPU IPU IPU IPU IPU IPU IPU IPU IPU IPU IPU IPU IPD IPD IPD
SM_ODT0
BA13
30 28
SM_ODT1 SM_ODT2
BA12
30 28
AY20
30 29
SM_ODT3
AU21
30 29
SMRCOMP*
AV9
SMRCOMP
AT9
SMVREF0
AK1
SMVREF1
AK41
G_CLKIN*
AF33
G6
34 5
G_CLKIN D_REFCLKIN*
AG33
34 5
A27
34 5
D_REFCLKIN
A26
34 5
D_REFSSCLKIN* D_REFSSCLKIN
C40
34 5
D41
34 5
DMI_RXN0
AE35
22 5
DMI_RXN1 DMI_RXN2
AF39
22
AG35
22
DMI_RXN3
AH39
22
PWROK
DMI_RXP0
AC35
22 5
AH34
RSTIN*
DMI_RXP1 DMI_RXP2
AE39
22
AF35
22
DMI_RXP3
AG39
22
DMI_TXN0
AE37
22 5
H27
SDVO_CTRLCLK SDVO_CTRLDATA
K28
ICH_SYNC*
H32
CLK_REQ*
DMI_TXN1 DMI_TXN2
AF41
22
AG37
22
NC0 NC1
DMI_TXN3
AH41
22
DMI_TXP0 DMI_TXP1
AC37
22 5
BA41
NC2 NC3
AE41
22
BA40
NC4
DMI_TXP2
AF37
22
BA39
DMI_TXP3
22
BA3
NC5 NC6
AG41
BA2
NC7
BA1
NC8 NC9
D1
C41 C1
B41 B2
NC10
AY41
NC11 NC12
AY1
AW1
NC13 NC14
A40
NC15
A4 A39
NC16 NC17
A3
NC18
AW41
MEM_CLK_N<0> MEM_CLK_N<1> MEM_CLK_N<2> MEM_CLK_N<3> MEM_CKE<0> MEM_CKE<1> MEM_CKE<2> MEM_CKE<3>
y r
OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT
MEM_CS_L<0> MEM_CS_L<1> MEM_CS_L<2> MEM_CS_L<3>
MEM_ODT<0> MEM_ODT<1> MEM_ODT<2> MEM_ODT<3>
OUT OUT OUT OUT OUT OUT
OUT OUT OUT OUT
MEM_RCOMP_L MEM_RCOMP
AH33
H28
NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC
PM_EXTTS1* PW_THRMTRIP*
MEM_CLK_P<0> MEM_CLK_P<1> MEM_CLK_P<2> MEM_CLK_P<3>
a n i
NC NC
m il
PM_BMBUSY_L
OUT
RSVD7 RSVD8
K30
F25
5% 1/16W MF-LF 402
A
945GM NB
H7
PM_EXTTS_L PM_DPRSLPVR
R1430 6
RSVD1
NC
IN
IN
T32
TP_NB_XOR_FSB2_H7 TP_NB_TESTIN_L NB_TV_DCONSEL0 NB_TV_DCONSEL1
34
59 58
NC NC NC NC NC NC
RSVD
(D_PLLMON1#) (D_PLLMON1) (H_EDRDY#) (H_PCREQ#) (H_PLLMON1#) (H_PLLMON1) (H_PROCHOT#) (TESTIN#) (TV_DCONSEL0) (TV_DCONSEL1) (VSS_MCHDETECT) (LA_DATAN3) (LA_DATAP3) (LB_DATAN3) (LB_DATAP3)
C
D
U1200
DDR MUXING
D
R1441
CFG
5% 1/16W MF-LF 402
CLK
10K
PM
R1440
20 19 14 6
1
=PP3V3_S0_NB
MISC DMI
20 19 14 6
2
3
4
5
NB_CLK100M_GCLKIN_N NB_CLK100M_GCLKIN_P NB_CLK_DREFCLKIN_N NB_CLK_DREFCLKIN_P NB_CLK_DREFSSCLKIN_N NB_CLK_DREFSSCLKIN_P DMI_S2N_N<0> DMI_S2N_N<1> DMI_S2N_N<2> DMI_S2N_N<3> DMI_S2N_P<0> DMI_S2N_P<1> DMI_S2N_P<2> DMI_S2N_P<3> DMI_N2S_N<0> DMI_N2S_N<1> DMI_N2S_N<2> DMI_N2S_N<3> DMI_N2S_P<0> DMI_N2S_P<1> DMI_N2S_P<2> DMI_N2S_P<3>
IN
C1415
IN
0.1uF 20% 10V CERM 402
IN IN
=PP1V8_S3_MEM_NB
1
6 16 19
R1410 80.6
2
1% 1/16W MF-LF 402
MEM_VREF_NB_0 MEM_VREF_NB_1
1
1
2
2
C1416 0.1uF 20% 10V CERM 402
1
C IN IN
R1411 80.6
1% 1/16W MF-LF 2 402
IN IN IN IN IN IN IN IN IN IN
OUT OUT OUT OUT
B
OUT OUT OUT OUT
NC
8
NB Misc Interfaces SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
14
1
OF
A 97
A
8
6
7
D
OMIT
IO
28
IO
28
IO
28
IO
28
IO
28 28 5 28 28 28 28
IO IO IO IO IO
28
IO
28 5
IO
28
IO
28 28 28 28 28 28 28 28
IO IO IO IO IO IO IO IO IO
28 5
IO
28
IO
28
IO
28 28 28
IO IO IO
28
IO
28
IO
28 28 28 28 28 28 28 5 28 28 28 28
B
IO
28
28 5
C
IO
IO IO IO IO IO IO IO IO IO IO IO
28
IO
28
IO
28
IO
28 5
IO
28
IO
28
IO
28
IO
28
IO
28
IO
28
IO
28 5
IO
28
IO
28
IO
28
IO
28
IO
28 5
IO
28
IO
28
IO
28 28
IO IO
AJ35
SA_DQ0
AJ34
SA_DQ1 SA_DQ2
AM31
AJ36
SA_DQ3 SA_DQ4
AK35
SA_DQ5
AM33
AJ32 AH31 AN35 AP33 AR31 AP31 AN38 AM36 AM34 AN33 AK26 AL27 AM26 AN24 AK28 AL28 AM24 AP26 AP23
AT12 AL14 AL12 AK9 AN7 AK8 AK7
28
SA_DQ8
AM14
28
SA_DQ9 SA_DQ10
SA_DM5
AL9
28
AR3
28
SA_DQ11
SA_DM6 SA_DM7
AH4
28
SA_DQ12 SA_DQ13 SA_DQ14 SA_DQ15 SA_DQ16
SA_DQ20 SA_DQ21 SA_DQ22 SA_DQ23 SA_DQ24
SA_DQ31 SA_DQ32 SA_DQ33 SA_DQ34 SA_DQ35
28 5
SA_DQS4
AN12
28 5
SA_DQS5 SA_DQS6
AN8
28 5
AP3
28 5
SA_DQS7
AG5
28 5
AK32
28 5
AU33
28 5
AN27
28 5
SA_DQS3* SA_DQS4*
AM21
28 5
AM12
28 5
SA_DQS5* SA_DQS6*
AL8
28 5
AN3
28 5
SA_DQS7*
AH5
28 5
SA_MA0
AY16
30 28
SA_MA1
AU14
30 28
SA_MA2 SA_MA3
AW16
30 28
BA16
30 28
SA_MA4
BA17
30 28
SA_MA5 SA_MA6
AU16
30 28
AV17
30 28
SA_DQ39 SA_DQ40
SA_MA9
AT16
30 28
AU13
SA_DQ41
SA_MA10 SA_MA11
30 28
AT17
30 28
SA_MA12
AV20
30 28
SA_MA13
AV12
30 28
SA_DQ42 SA_DQ43
AP1 AN2
SA_DQ50 SA_DQ51
AV2
SA_DQ52
AT3 AN1
SA_DQ53 SA_DQ54
AL2
SA_DQ55
AG7
SA_DQ56 SA_DQ57
AF8
AM22
30 28
SA_DQ49
AF4
28 5
AW17
AW2
AH6
28 5
AN28
SA_DQS2*
SA_DQ38
AY2
AG9
AT33
SA_DQS2 SA_DQS3
30 28
SA_DQ47 SA_DQ48
AF6
28 5
AU17
SA_DQ45 SA_DQ46
AG4
AK33
SA_MA7 SA_MA8
AN9
AF9
SA_DQS0 SA_DQS1
SA_DQS0* SA_DQS1*
SA_DQ36 SA_DQ37
SA_DQ44
AL5
A
AN22
AP9
AT5
30 28
AY13
SA_DM3 SA_DM4
SA_DQ30
AT13
SA_CAS*
28
SA_DQ19
AW14
SA_RCVENIN* SA_RCVENOUT*
AK23
SA_WE*
AY14
SA_DQ60 SA_DQ61 SA_DQ62 SA_DQ63
AK24
30 28
MEM_A_CAS_L MEM_A_DM<0> MEM_A_DM<1> MEM_A_DM<2> MEM_A_DM<3> MEM_A_DM<4> MEM_A_DM<5> MEM_A_DM<6> MEM_A_DM<7>
30 28
MEM_A_WE_L
IO
OUT
29
IO
OUT OUT OUT OUT OUT OUT OUT OUT
IO IO IO IO IO IO IO IO IO IO IO IO IO IO IO IO
MEM_A_A<0> MEM_A_A<1> MEM_A_A<2> MEM_A_A<3> MEM_A_A<4> MEM_A_A<5> MEM_A_A<6> MEM_A_A<7> MEM_A_A<8> MEM_A_A<9> MEM_A_A<10> MEM_A_A<11> MEM_A_A<12> MEM_A_A<13>
NC NC
29
OUT
MEM_A_DQS_P<0> MEM_A_DQS_P<1> MEM_A_DQS_P<2> MEM_A_DQS_P<3> MEM_A_DQS_P<4> MEM_A_DQS_P<5> MEM_A_DQS_P<6> MEM_A_DQS_P<7> MEM_A_DQS_N<0> MEM_A_DQS_N<1> MEM_A_DQS_N<2> MEM_A_DQS_N<3> MEM_A_DQS_N<4> MEM_A_DQS_N<5> MEM_A_DQS_N<6> MEM_A_DQS_N<7>
MEM_A_RAS_L
OUT
OUT
OUT
29
IO
29
IO
29
IO
29
IO
29 5 29 29 5 29 29 29
IO IO IO IO IO IO
29
IO
29
IO
29
IO
29
IO
29 29 29 29 29 29 29 29 5 29
IO IO IO IO IO IO IO IO IO
29 5
IO
29
IO
29
IO
29
IO
29
IO
29
IO
MEM_B_DQ<0> MEM_B_DQ<1> MEM_B_DQ<2> MEM_B_DQ<3> MEM_B_DQ<4> MEM_B_DQ<5> MEM_B_DQ<6> MEM_B_DQ<7> MEM_B_DQ<8> MEM_B_DQ<9> MEM_B_DQ<10> MEM_B_DQ<11> MEM_B_DQ<12> MEM_B_DQ<13> MEM_B_DQ<14> MEM_B_DQ<15> MEM_B_DQ<16> MEM_B_DQ<17> MEM_B_DQ<18> MEM_B_DQ<19> MEM_B_DQ<20> MEM_B_DQ<21> MEM_B_DQ<22> MEM_B_DQ<23> MEM_B_DQ<24> MEM_B_DQ<25> MEM_B_DQ<26> MEM_B_DQ<27> MEM_B_DQ<28> MEM_B_DQ<29> MEM_B_DQ<30> MEM_B_DQ<31> MEM_B_DQ<32> MEM_B_DQ<33> MEM_B_DQ<34> MEM_B_DQ<35> MEM_B_DQ<36> MEM_B_DQ<37> MEM_B_DQ<38> MEM_B_DQ<39> MEM_B_DQ<40> MEM_B_DQ<41> MEM_B_DQ<42> MEM_B_DQ<43> MEM_B_DQ<44> MEM_B_DQ<45> MEM_B_DQ<46> MEM_B_DQ<47> MEM_B_DQ<48> MEM_B_DQ<49> MEM_B_DQ<50> MEM_B_DQ<51> MEM_B_DQ<52> MEM_B_DQ<53> MEM_B_DQ<54> MEM_B_DQ<55> MEM_B_DQ<56> MEM_B_DQ<57> MEM_B_DQ<58> MEM_B_DQ<59> MEM_B_DQ<60> MEM_B_DQ<61> MEM_B_DQ<62> MEM_B_DQ<63>
OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT
OUT
OUT
29
IO
29
IO
29 29 29 29 29
29 5
29 29 29 29 29
IO IO IO IO IO IO IO IO IO IO IO
29 5
IO
29
IO
29
IO
29
IO
29 5
IO
29
IO
29
IO
29
IO
29
IO
29
IO
29
IO
29
IO
29
IO
29
IO
29
IO
29
IO
29
IO
29
IO
29 5 29
IO IO
AK39
SB_DQ0
AJ37
SB_DQ1 SB_DQ2
AP39
y r
SB_BS0
AT24
30 29
SB_BS1 SB_BS2
AV23
30 29
AY28
30 29
SB_CAS*
AR24
30 29
SB_DM0 SB_DM1
AK36
29
AR38
29
SB_DQ6 SB_DQ7
SB_DM2
AT36
29
BA31
29
SB_DQ8
SB_DM3 SB_DM4
AL17
29
SB_DQ9 SB_DQ10
SB_DM5
AH8
29
BA5
29
SB_DQ11
SB_DM6 SB_DM7
AN4
29
AJ38
SB_DQ3 SB_DQ4
AK38
SB_DQ5
AR41
AN41 AP41 AT40 AV41
945GM NB BGA
(5 OF 10)
a n i
m il OUT
e r SA_RAS*
P SA_DQ58 SA_DQ59
MEM_A_BS<0> MEM_A_BS<1> MEM_A_BS<2>
(4 OF 10)
AL26
AP20
AP12
30 28
SA_DM2
AP24
AP13
30 28
BA20
SA_DQ6 SA_DQ7
SA_DQ28 SA_DQ29
AR14
AV14
28
SA_DQ27
AR12
SA_BS1 SA_BS2
28
AN20
AT21
30 28
AM35
AP21
AL23
AU12
AJ33
SA_DQ25 SA_DQ26
AL22
BGA
SA_BS0
SA_DM0 SA_DM1
SA_DQ17 SA_DQ18
D
U1200
945GM NB
AU38 AV38 AP38 AR40 AW38 AY38 BA38 AV36 AR36 AP36 BA36 AU36 AP35 AP34 AY33
SB_DQ12 SB_DQ13 SB_DQ14 SB_DQ15 SB_DQ16 SB_DQ17 SB_DQ18 SB_DQ19 SB_DQ20 SB_DQ21 SB_DQ22 SB_DQ23 SB_DQ24
AT31
SB_DQ25 SB_DQ26
AU29
SB_DQ27
BA33
AW31
SB_DQ28 SB_DQ29
AV29
SB_DQ30
AU31
AW29 AM19 AL19 AP14 AN14 AN17 AM16 AP15 AL15 AJ11 AH10 AJ9 AN10
AT39
29 5
SB_DQS2 SB_DQS3
AU35
29 5
AR29
29 5
SB_DQS4
AR16
29 5
SB_DQS5 SB_DQS6
AR10
29 5
AR7
29 5
SB_DQS7
AN5
29 5
SB_DQS0* SB_DQS1*
AM40
29 5
AU39
29 5
SB_DQS2*
AT35
29 5
SB_DQS3* SB_DQS4*
AP29
29 5
AP16
29 5
SB_DQS5* SB_DQS6*
AT10
29 5
AT7
29 5
SB_DQS7*
AP5
29 5
OUT
MEM_B_CAS_L MEM_B_DM<0> MEM_B_DM<1> MEM_B_DM<2> MEM_B_DM<3> MEM_B_DM<4> MEM_B_DM<5> MEM_B_DM<6> MEM_B_DM<7>
OUT OUT OUT OUT OUT OUT OUT OUT OUT
MEM_B_DQS_P<0> MEM_B_DQS_P<1> MEM_B_DQS_P<2> MEM_B_DQS_P<3> MEM_B_DQS_P<4> MEM_B_DQS_P<5> MEM_B_DQS_P<6> MEM_B_DQS_P<7> MEM_B_DQS_N<0> MEM_B_DQS_N<1> MEM_B_DQS_N<2> MEM_B_DQS_N<3> MEM_B_DQS_N<4> MEM_B_DQS_N<5> MEM_B_DQS_N<6> MEM_B_DQS_N<7>
IO IO IO IO IO IO IO IO IO
IO IO IO IO IO IO
SB_MA1
AW24
30 29
SB_MA2 SB_MA3
AY24
30 29
AR28
30 29
SB_MA4
AT27
30 29
SB_MA5 SB_MA6
AT28
30 29
AU27
30 29
SB_MA7 SB_MA8
AV28
30 29
AV27
30 29
SB_DQ39 SB_DQ40
SB_MA9
AW27
30 29
AV24
SB_DQ41
SB_MA10 SB_MA11
30 29
BA27
30 29
SB_MA12
AY27
30 29
SB_MA13
AR23
30 29
SB_RAS*
AU23
30 29
MEM_B_RAS_L
OUT
SB_RCVENIN* SB_RCVENOUT*
AK16
SB_WE*
AR27
30 29
MEM_B_WE_L
OUT
SB_DQ31 SB_DQ32 SB_DQ33 SB_DQ34 SB_DQ35 SB_DQ36 SB_DQ37 SB_DQ38
SB_DQ42 SB_DQ43
BA10
SB_DQ47 SB_DQ48
AW10
SB_DQ49
BA4 AW4
SB_DQ50 SB_DQ51
AY10
SB_DQ52
AY9 AW5
SB_DQ53 SB_DQ54
AY5
SB_DQ55
AV4
SB_DQ56 SB_DQ57
AK3
SB_DQ58 SB_DQ59
AT4
SB_DQ60
AK5 AJ5
SB_DQ61 SB_DQ62
AJ3
SB_DQ63
AK18
C
IO
MEM_B_A<0> MEM_B_A<1> MEM_B_A<2> MEM_B_A<3> MEM_B_A<4> MEM_B_A<5> MEM_B_A<6> MEM_B_A<7> MEM_B_A<8> MEM_B_A<9> MEM_B_A<10> MEM_B_A<11> MEM_B_A<12> MEM_B_A<13>
SB_DQ45 SB_DQ46
AK4
29 5
OUT
30 29
AH11
AR5
AM39
OUT
AY23
SB_DQ44
AJ8
SB_DQS0 SB_DQS1
MEM_B_BS<0> MEM_B_BS<1> MEM_B_BS<2>
SB_MA0
AK13
AK10
DDR SYSTEM MEMORY B
28
MEM_A_DQ<0> MEM_A_DQ<1> MEM_A_DQ<2> MEM_A_DQ<3> MEM_A_DQ<4> MEM_A_DQ<5> MEM_A_DQ<6> MEM_A_DQ<7> MEM_A_DQ<8> MEM_A_DQ<9> MEM_A_DQ<10> MEM_A_DQ<11> MEM_A_DQ<12> MEM_A_DQ<13> MEM_A_DQ<14> MEM_A_DQ<15> MEM_A_DQ<16> MEM_A_DQ<17> MEM_A_DQ<18> MEM_A_DQ<19> MEM_A_DQ<20> MEM_A_DQ<21> MEM_A_DQ<22> MEM_A_DQ<23> MEM_A_DQ<24> MEM_A_DQ<25> MEM_A_DQ<26> MEM_A_DQ<27> MEM_A_DQ<28> MEM_A_DQ<29> MEM_A_DQ<30> MEM_A_DQ<31> MEM_A_DQ<32> MEM_A_DQ<33> MEM_A_DQ<34> MEM_A_DQ<35> MEM_A_DQ<36> MEM_A_DQ<37> MEM_A_DQ<38> MEM_A_DQ<39> MEM_A_DQ<40> MEM_A_DQ<41> MEM_A_DQ<42> MEM_A_DQ<43> MEM_A_DQ<44> MEM_A_DQ<45> MEM_A_DQ<46> MEM_A_DQ<47> MEM_A_DQ<48> MEM_A_DQ<49> MEM_A_DQ<50> MEM_A_DQ<51> MEM_A_DQ<52> MEM_A_DQ<53> MEM_A_DQ<54> MEM_A_DQ<55> MEM_A_DQ<56> MEM_A_DQ<57> MEM_A_DQ<58> MEM_A_DQ<59> MEM_A_DQ<60> MEM_A_DQ<61> MEM_A_DQ<62> MEM_A_DQ<63>
DDR SYSTEM MEMORY A
IO
1
OMIT
U1200 28
2
3
4
5
OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT
NC NC
B
NB DDR2 Interfaces SYNC_MASTER=M1
SYNC_DATE=01/05/2006
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
15
1
OF
A 97
A
8
6
7
2
3
4
5
1
NCTF balls are Not Critical To Function
=PPVCORE_S0_NB AD27 AC27 AB27 AA27
D
VCC_NCTF4
W27 V27
VCC_NCTF5 VCC_NCTF6
U27
VCC_NCTF7
T27
VCC_NCTF8 VCC_NCTF9
VCC_NCTF10
AC26
VCC_NCTF11 VCC_NCTF12
AA26
VCC_SM78 VCC_SM79
VCC_SM80
VCC_SM81 VCC_SM82
VCC_SM83
VCC_SM84 VCC_SM85
VCC_SM86
VCC_SM87 VCC_SM88
VCC_SM89 VCC_SM90
VCC_SM91
VCC_SM92 VCC_SM93
VCC_SM94
VCC_SM95 VCC_SM96
VCC_SM97
VCC_SM98 VCC_SM99
VCC_SM100 VCC_SM101
VCC_SM102
VCC_SM103 VCC_SM104
VCC_SM105
VCC_SM106 VCC_SM107
AR15
AJ14
AJ13
AK12
AJ12
AG12
AK11
AY8
AV8
AT8
AP8
BA6
AW6
AV6
AR6
AN6
AL6
AJ6
AV1
L16
N16
M16
VCC_109 VCC_110
M17
VCC_SM76 VCC_SM77 AU15
VCC_108
N17
P17
VCC_SM75 AV15
AJ1
VCC_SM73 VCC_SM74 AY15
VCC_106 VCC_107
L18
VCC_SM72 BA15
C1612
10UF
0.47UF
0.47UF
0.47UF
20% 6.3V CERM 805-1
10% 6.3V CERM-X5R 402
10% 6.3V CERM-X5R 402
10% 6.3V CERM-X5R 402
2
AK6
VCC_SM70 VCC_SM71 AJ16
VCC_105
M18
N18
L19
VCC_SM69 AH17
VCC_103 VCC_104
VCC_SM67 VCC_SM68 AJ18
NB_VCCSM_LF2 NB_VCCSM_LF1
C1610
1
AP6
VCC_SM65 VCC_SM66 AK19
VCC_102
M19
N19
Y19
VCC_SM64 AP19
VCC_100 VCC_101
AA19
VCC_SM62 VCC_SM63 AT19
AT6
VCC_SM61 AU19
VCC_98 VCC_99
AB19
VCC_SM59 VCC_SM60 AW19
VCC_97
L20
VCC_SM58 AY19
2
C1621
AY6
VCC_SM56 VCC_SM57 AK20
VCC_95 VCC_96
N20
VCC_SM54 VCC_SM55 AJ22
2
AR8
VCC_SM53 AK22
2
AW8
VCC_SM51 VCC_SM52 AR22
2
1
10UF 20% 6.3V CERM 805-1
BA8
VCC_SM50 AT22
10% 6.3V CERM-X5R 402
AH12
VCC_SM48 VCC_SM49 AV22
0.47UF
10% 6.3V CERM-X5R 402
1
AH13
VCC_SM47 AW22
0.47UF
Layout Note: Place near pin BA23
C1620
AJ15
VCC_SM45 VCC_SM46 BA22
C1613
AT15
VCC_SM43 VCC_SM44 BA23
1
AW15
VCC_SM42 AH24
1
AH16
VCC_SM40 VCC_SM41 AH25
m il
=PP1V8_S3_MEM_NB
10% 6.3V CERM-X5R 402
AJ17
VCC_SM39 AJ25
AJ19
VCC_SM37 VCC_SM38 AJ26
AR19
VCC_SM36 AR26
AV19
VCC_SM34 VCC_SM35 AU26
BA19
VCC_SM32 VCC_SM33 AW26
AK21
VCC_SM31 AY26
19 14 6
AP22
VCC_SM29 VCC_SM30 AH27
AU22
VCC_SM28 AJ27
C1615 0.47UF
2
C1614
AY22
VCC_SM26 VCC_SM27 AJ28
1
AJ23
VCC_SM25 AH29
AJ24
VCC_SM23 VCC_SM24 AK29
AH26
VCC_SM21 VCC_SM22 AM29
AT26
VCC_SM20 AM30
AV26
VCC_SM18 VCC_SM19 AP30
NB_VCCSM_LF4 NB_VCCSM_LF5
BA26
VCC_SM17 AR30
AH28
VCC_SM15 VCC_SM16 AU30
AJ29
VCC_SM14 AV30
AL29
VCC_SM12 VCC_SM13 AY30
AN30
VCC_SM10 VCC_SM11 AR34
AT30
VCC_SM9 AT34
AW30
VCC_SM7 VCC_SM8 AV34
BA30
VCC_SM6 AW34
AU34
VCC_SM4 VCC_SM5 AY34
VCC_SM3
VCC_94
W20
Y20
P20
VCC_92 VCC_93
VCC_91
AC20
L21
M21
N21
AB20
VCC_89 VCC_90
VCC_87 VCC_88
VCC_86
AA21
AC21
W21
VCC_84 VCC_85
VCC_83
M22
N22
L22
VCC_81 VCC_82
VCC_80
W22
P22
VCC_78 VCC_79
AB22
AC22
L23
M23
N23
Y22
VCC_76 VCC_77
VCC_75
VCC_73 VCC_74
VCC_72
Y23
AA23
P23
VCC_70 VCC_71
VCC_69
M24
AB23
VCC_67 VCC_68
P24
L25
M25
N25
L26
N26
P26
L27
N24
VCC_65 VCC_66
VCC_64
VCC_62 VCC_63
VCC_61
VCC_59 VCC_60
VCC_58
N27
M27
VCC_56 VCC_57
L28
M28
P27
VCC_54 VCC_55
VCC_53
P28
R28
T28
U28
V28
N28
VCC_51 VCC_52
VCC_50
VCC_48 VCC_49
VCC_47
AA28
Y28
VCC_45 VCC_46
L29
M29
AB28
VCC_43 VCC_44
VCC_42
R29
U29
P29
VCC_40 VCC_41
VCC_39
W29
Y29
AA29
L30
V29
VCC_37 VCC_38
VCC_36
VCC_34 VCC_35
N30
P30
M30
VCC_32 VCC_33
VCC_31
T30
U30
R30
VCC_29 VCC_30
VCC_28
W30
Y30
AA30
M31
V30
VCC_26 VCC_27
VCC_25
VCC_23 VCC_24
P31
R31
N31
VCC_21 VCC_22
VCC_20
V31
W31
T31
VCC_18 VCC_19
VCC_17
J32
L32
AA31
VCC_15 VCC_16
VCC_14
M32
P32
V32
N32
VCC_12 VCC_13
VCC_11
VCC_10
Y32
W32
VCC_8 VCC_9
AA32
L33
J33
VCC_6 VCC_7
VCC_5
(6 OF 10)
P33
N33
VCC_3 VCC_4
W33
BA34
BGA
VCC_2
AU40
AM41
VCC_SM1 VCC_SM2
945GM NB
AA33
VCC_0 VCC_1 VCC_SM0
AT41
OMIT
AU41
U1200
VCC
C
M20
a n i
1.05V or 1.5V
1
2
1
2
C1611
Layout Note: Place near pin BA15
Layout Note: Place in cavity (Need to better define cavity)
e r
B
P
A
945GM NB BGA
(7 OF 10)
y r AD26
AB26
6 16 19
U1200
VCC_NCTF2 VCC_NCTF3
Y27
R27
=PPVCORE_S0_NB
VCC_NCTF0 VCC_NCTF1
NCTF
19 16 6
These connections can break without impacting part performance. OMIT VSS_NCTF0 VSS_NCTF1
AE27
VSS_NCTF2 VSS_NCTF3
AE25
VSS_NCTF4
AE23
VSS_NCTF5 VSS_NCTF6
AE22
VSS_NCTF7
AE20
VSS_NCTF8 VSS_NCTF9
AE19
VSS_NCTF10
AC17
VSS_NCTF11 VSS_NCTF12
Y17
AE26
AE24
AE18
U17
Y26
VCC_NCTF13 VCC_NCTF14
W26
VCC_NCTF15
V26
VCC_NCTF16 VCC_NCTF17
VCCAUX_NCTF0
AG27
U26
VCC_NCTF18
R26
VCCAUX_NCTF1 VCCAUX_NCTF2
AF27
T26
VCCAUX_NCTF3
AF26
AD25
VCC_NCTF19 VCC_NCTF20 VCC_NCTF21
AB25
VCCAUX_NCTF4 VCCAUX_NCTF5
AG25
AC25
VCC_NCTF22 VCC_NCTF23
VCCAUX_NCTF6
AG24
VCCAUX_NCTF7 VCCAUX_NCTF8
AF24
AA25 Y25
PP1V5_S0_NB_FILT_VCCAUX
AF25
W25
VCC_NCTF26
U25
VCCAUX_NCTF9 VCCAUX_NCTF10
AF23
V25
VCCAUX_NCTF11
AF22
T25
VCC_NCTF27 VCC_NCTF28 VCC_NCTF29
AD24
VCCAUX_NCTF12 VCCAUX_NCTF13
AG21
R25
VCCAUX_NCTF14
AG20
AC24
VCC_NCTF30 VCC_NCTF31 VCC_NCTF32
AA24
VCCAUX_NCTF15 VCCAUX_NCTF16
AF20
AB24
VCC_NCTF33 VCC_NCTF34
VCCAUX_NCTF17
AF19
VCCAUX_NCTF18 VCCAUX_NCTF19
R19
W24
AG23
AG22
AF21
V24
VCC_NCTF37
T24
VCCAUX_NCTF20 VCCAUX_NCTF21
AF18
U24
VCCAUX_NCTF22
AG17
R24
VCC_NCTF38 VCC_NCTF39 VCC_NCTF40
V23
VCCAUX_NCTF23 VCCAUX_NCTF24
AF17
AD23
VCCAUX_NCTF25
AD17
U23
VCC_NCTF41 VCC_NCTF42 VCC_NCTF43
R23
VCCAUX_NCTF26 VCCAUX_NCTF27
AB17
T23
VCC_NCTF44 VCC_NCTF45
VCCAUX_NCTF28
W17
VCCAUX_NCTF29 VCCAUX_NCTF30
V17
R17
V22 U22
VCC_NCTF46 VCC_NCTF47
AG18
R18
AE17
AA17
T17
T22
VCC_NCTF48
R22
VCCAUX_NCTF31 VCCAUX_NCTF32 VCCAUX_NCTF33
AF16
AD21
VCC_NCTF49 VCC_NCTF50 VCC_NCTF51
U21
VCCAUX_NCTF34 VCCAUX_NCTF35
AE16
V21
VCCAUX_NCTF36
AC16
T21
VCC_NCTF52 VCC_NCTF53 VCC_NCTF54
AD20
VCCAUX_NCTF37 VCCAUX_NCTF38
AB16
R21
VCC_NCTF55 VCC_NCTF56
VCCAUX_NCTF39
Y16
VCCAUX_NCTF40 VCCAUX_NCTF41
W16
U16
V20 U20 T20
VCC_NCTF57 VCC_NCTF58
AG16
AD16
AA16
V16
R20
VCC_NCTF59
AD19
VCCAUX_NCTF42 VCCAUX_NCTF43
VCC_NCTF60 VCC_NCTF61
VCCAUX_NCTF44
R16
U19
VCC_NCTF62
T19
VCCAUX_NCTF45 VCCAUX_NCTF46
AG15
VCCAUX_NCTF47
AE15
AD18
VCC_NCTF63 VCC_NCTF64 VCC_NCTF65
AB18
VCCAUX_NCTF48 VCCAUX_NCTF49
AD15
AC18
VCC_NCTF66 VCC_NCTF67
VCCAUX_NCTF50
AB15
VCCAUX_NCTF51 VCCAUX_NCTF52
AA15
W15
V19
AA18 Y18 W18
VCC_NCTF68 VCC_NCTF69
B
T16
AF15
AC15
Y15
V18
VCC_NCTF70
U18
VCCAUX_NCTF53 VCCAUX_NCTF54
VCC_NCTF71 VCC_NCTF72
VCCAUX_NCTF55
U15
VCCAUX_NCTF56 VCCAUX_NCTF57
T15
T18
C
AG19
VCC_NCTF35 VCC_NCTF36
AD22
17 19
AG26
VCC_NCTF24 VCC_NCTF25
Y24
D
AE21
V15
R15
NB Power 1 SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
16
1
OF
A 97
A
8
7
6
OMIT 19
19 6
PP2V5_S0_NB_VCCSYNC
H22
VCCSYNC
=PP2V5_S0_NB_VCC_TXLVDS
C30
VCC_TXLVDS0
B30
VCC_TXLVDS1 VCC_TXLVDS2
A30
VTT0
AC14
945GM NB
VTT1 VTT2
AB14
BGA
VTT3 VTT4
V14
(8 OF 10) PP1V5_S0_NB_VCC3G
D
VTT5
R14
VCC3G1 VCC3G2
VTT6 VTT7
P14
V41
VCC3G3
VTT8
M14
R41
VCC3G4 VCC3G5
VTT9 VTT10
L14
VTT11
AC13
VTT12 VTT13
AB13
VTT14 VTT15
Y13
N41 L41
19
PP1V5_S0_NB_VCCA_3GPLL =PP2V5_S0_NB_VCCA_3GBG GND_NB_VSSA_3GBG
19
PP2V5_S0_NB_VCCA_CRTDAC
19 19 6
AC33 G41
F21
VCCA_CRTDAC0 VCCA_CRTDAC1
VTT16
V13 U13
VSSA_CRTDAC
PP1V5_S0_NB_VCCA_DPLLA PP1V5_S0_NB_VCCA_DPLLB PP1V5_S0_NB_VCCA_HPLL
B26
VCCA_DPLLA
VTT19
R13
C39
VCCA_DPLLB VCCA_HPLL
VTT20 VTT21
N13
VCCA_LVDS
VTT22
L13
A38 B39
VSSA_LVDS
VTT23 VTT24
AB12
19
=PP2V5_S0_NB_VCCA_LVDS GND_NB_VSSA_LVDS
19
PP1V5_S0_NB_VCCA_MPLL
AF2
VCCA_MPLL
Y12
H20
VCCA_TVBG VSSA_TVBG
VTT27
V12
19
PP3V3_S0_NB_VCCA_TVBG GND_NB_VSSA_TVBG
VTT25 VTT26
PP3V3_S0_NB_VCCA_TVDACC
E20
VCCA_TVDACC0
VTT28 VTT29
U12
19
F20
VCCA_TVDACC1
VTT30
R12
C20
VCCA_TVDACB0 VCCA_TVDACB1
VTT31 VTT32
P12
E19
VCCA_TVDACA0
VTT33
M12
F19
VCCA_TVDACA1
L12
AH1
VTT34 VTT35
VCCD_HMPLL0 VCCD_HMPLL1
VTT36 VTT37
P11
19
19 6
19
19
AF1
G20
PP3V3_S0_NB_VCCA_TVDACB
D20 19
19 6
PP3V3_S0_NB_VCCA_TVDACA
=PP1V5_S0_NB_VCCD_HMPLL
AH2
19 6
=PP1V5_S0_NB_VCCD_LVDS
19
19 6
PP1V5_S0_NB_VCCD_QTVDAC
19 16
PP1V5_S0_NB_FILT_VCCAUX
W12
T12
N12
R11
N11 M11
B28
VCCD_LVDS1 VCCD_LVDS2
VTT39 VTT40
R10
VTT41
N10
P10
M10
m il
=PP3V3_S0_NB_VCC_HV
19
AA12
VTT38
VCCD_TVDAC
a n i
M13
VCCD_LVDS0
D21
PP1V5_S0_NB_VCCD_TVDAC
T13
A28
C28
e r
A
W13
G21
19
P
AA13
VSSA_3GBG
GND_NB_VSSA_CRTDAC
19
y r
AD13
VTT17 VTT18
19
B
VCCA_3GPLL VCCA_3GBG
D
N14
H41
E21
C
VCC3G6
A23
VCC_HV0
VTT42 VTT43
B23
VCC_HV1
VTT44
N9
B25
VCC_HV2
M9
H19
VTT45 VTT46
VCCD_QTVDAC
P8
P9
R8
AK31
VCCAUX0
VTT47 VTT48
AF31
VCCAUX1
VTT49
M8
AE31
VCCAUX2 VCCAUX3
VTT50 VTT51
P7
AC31 AL30
VCCAUX4
VTT52
M7
AK30
VTT53 VTT54
R6
AJ30
VCCAUX5 VCCAUX6
AH30
VCCAUX7
VTT55
M6
AG30
VCCAUX8 VCCAUX9
VTT56 VTT57
A6
VCCAUX10 VCCAUX11
VTT58 VTT59
P5
C1713
N5
0.47UF
AC30
VCCAUX12
VTT60
M5
AG29
VTT61 VTT62
P4
AF29
VCCAUX13 VCCAUX14
10% 6.3V CERM-X5R 402
AE29
VCCAUX15
VTT63
M4
AD29
VCCAUX16 VCCAUX17
VTT64 VTT65
R3
AC29 AG28
VCCAUX18
VTT66
N3
AF28
VCCAUX19 VCCAUX20
VTT67 VTT68
M3
VCCAUX21 VCCAUX22
VTT69 VTT70
P2
AJ21 AH21
VCCAUX23
VTT71
D2
AJ20
VCCAUX24 VCCAUX25
VTT72 VTT73
AB1
AH20 AH19
VCCAUX26
VTT74
P1
C1711
P19
VCCAUX27 VCCAUX28
VTT75 VTT76
N1
0.47UF
P16
M1
AH15
VCCAUX29
10% 6.3V CERM-X5R 402
P15
VCCAUX30 VCCAUX31
AF30 AE30 AD30
AE28 AH22
AH14 AG14 AF14
VCCAUX32 VCCAUX33
AE14
VCCAUX34
Y14 AF13
VCCAUX35 VCCAUX36
AE13
VCCAUX37
AF12 AE12
VCCAUX38 VCCAUX39
AD12
VCCAUX40
6 19
T14
VCC3G0
AB41 Y41
1
W14
AJ41
POWER
19
=PP1V05_S0_NB_VTT
U1200
2
3
4
5
N8
N7
C
P6
NB_VTTLF_CAP3
R5
1
B
2
N4
P3
R2
M2
NB_VTTLF_CAP2 NB_VTTLF_CAP1
R1
C1712
1
1
2
20% 2 6.3V X5R 402
0.22UF
NB Power 2 SYNC_MASTER=M40
SYNC_DATE=01/05/2006
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
17
1
OF
A 97
A
8
6
7
5
AC41 AA41 W41
VSS_3
P41
VSS_4 VSS_5
NB BGA
(9 OF 10)
AK34
VSS_98 VSS_99
AG34
VSS_100
AE34
VSS_101 VSS_102
AC34
VSS_8
VSS_105
AR33
VSS_106 VSS_107
AE33
AN40
VSS_9 VSS_10
AK40
VSS_11
VSS_108
Y33
VSS_109 VSS_110
V33
AH40
VSS_12 VSS_13
AG40
VSS_14
VSS_111
R33
AF40
VSS_15 VSS_16
VSS_112 VSS_113
M33
B40
VSS_117 VSS_118
B33
AR39
VSS_20 VSS_21
AN39
VSS_22
VSS_119
AG32
VSS_120 VSS_121
AF32
AC39
VSS_23 VSS_24
AB39
VSS_25
VSS_122
AC32
VSS_26 VSS_27
VSS_123 VSS_124
AB32
VSS_28 VSS_29
VSS_125 VSS_126
B32
Y39 W39 V39
AB31
L39 J39
VSS_36
VSS_133
AB30
VSS_37 VSS_38
VSS_134 VSS_135
E30
VSS_136 VSS_137
AN29
D39
VSS_39 VSS_40
AT38
VSS_41
VSS_138
T29
AM38
VSS_42 VSS_43
VSS_139 VSS_140
N29
VSS_44
VSS_141
G29
VSS_142 VSS_143
E29
AE38
VSS_45 VSS_46
C38
VSS_47
VSS_144
B29
VSS_48 VSS_49
VSS_145 VSS_146
A29
VSS_50 VSS_51
VSS_147 VSS_148
AW28 AU28
J28
J27
VSS_66
VSS_163
B27
AW36
VSS_67 VSS_68
VSS_164 VSS_165
AN26
VSS_69
VSS_166
K26
VSS_70 VSS_71
VSS_167 VSS_168
F26
VSS_169 VSS_170
AK25
W35 V35
VSS_83 VSS_84
T35
VSS_85
R35
VSS_86 VSS_87
P35 N35 M35 L35 J35 H35 G35 F35 D35 AN34
VSS_88 VSS_89 VSS_90 VSS_91
e r
AM27
AY36
Y35
AP7
VSS_211
VSS_304
AJ7
VSS_212 VSS_213
VSS_305 VSS_306
AH7
VSS_214
VSS_307
AC7
VSS_215 VSS_216
VSS_308 VSS_309
R7
VSS_217
VSS_310
D7
VSS_218 VSS_219
VSS_311 VSS_312
AG6
VSS_220 VSS_221
VSS_313 VSS_314
AB6
VSS_222
VSS_315
U6
VSS_223 VSS_224
VSS_316 VSS_317
N6
VSS_225
VSS_318
H6
VSS_226 VSS_227
VSS_319 VSS_320
B6
VSS_228
VSS_321
AF5
VSS_229 VSS_230
VSS_322 VSS_323
AD5
VSS_231 VSS_232
VSS_324 VSS_325
AR4
VSS_233
VSS_326
AL4
VSS_234 VSS_235
VSS_327 VSS_328
AJ4
J16 F16
VSS_236
VSS_329
U4
C16
VSS_237 VSS_238
VSS_330 VSS_331
R4
AN15 AM15
VSS_239
VSS_332
F4
AK15
VSS_240 VSS_241
VSS_333 VSS_334
C4
VSS_335 VSS_336
AW3
L15
VSS_242 VSS_243
B15
VSS_244
VSS_337
AL3
AL16
F27
VSS_81 VSS_82
VSS_302 VSS_303
AN16
AD28
VSS_161 VSS_162
AA35
VSS_209 VSS_210
AV16
VSS_64 VSS_65
VSS_80
BA7
AK17
F37
AB35
VSS_300 VSS_301
AM17
G27
AH35
C8
VSS_207 VSS_208
AP17
VSS_160
VSS_78 VSS_79
VSS_299
C27
M26
D26
P P25
VSS_171
K25
VSS_172 VSS_173
H25 E25
VSS_174
D25
VSS_175 VSS_176
A25
VSS_177
AU24
VSS_178 VSS_179
AL24
BA24
AW23
N15 M15
A15
VSS
AJ10
AC10
R9
E9
AD8
K8
AV7
AL7
AF7
G7
Y6
K6
AV5
AY4
AP4
Y4
J4
AY3
VSS_338 VSS_339
VSS_247
VSS_340
AF3
AK14
VSS_248 VSS_249
VSS_341 VSS_342
AD3
AD14 AA14
VSS_250
VSS_343
AA3
U14
VSS_251 VSS_252
VSS_344 VSS_345
G3
VSS_346 VSS_347
AR2
E14
VSS_253 VSS_254
AV13
VSS_255
VSS_348
AK2
AR13
VSS_349 VSS_350
AJ2
AN13
VSS_256 VSS_257
AM13
VSS_258
VSS_351
AB2
AL13
VSS_259 VSS_260
VSS_352 VSS_353
Y2
AG13 P13
VSS_261
VSS_354
T2
F13
VSS_262 VSS_263
VSS_355 VSS_356
N2
VSS_357 VSS_358
H2
AY12
VSS_264 VSS_265
AC12
VSS_266
VSS_359
C2
K12
VSS_360
AL1
H12
VSS_267 VSS_268
E12
VSS_269
AD11 AA11
VSS_270 VSS_271
Y11
VSS_272
B
AV3
VSS_245 VSS_246
B13
C
AD6
AT14
D13
y r
AH9
BA14
H14
D
BA9
AH3
K14
VSS_92 VSS_93
(10 OF 10)
a n i
m il
BA28
VSS_63
AR35
VSS_206
AR17
G37
VSS_77
U8
A18
AK27
AV35
VSS_297 VSS_298
AY17
VSS_158 VSS_159
BA35
AA8
VSS_204 VSS_205
D18
C29
VSS_61 VSS_62
VSS_75 VSS_76
VSS_296
H18
AP27
B36
VSS_203
P18
VSS_156 VSS_157
VSS_74
Y21
AH18
VSS_59 VSS_60
C36
VSS_294 VSS_295
K29
E28
AC36
VSS_201 VSS_202
AG8
AB21
C19
VSS_155
VSS_72 VSS_73
A9
AL21
G19
VSS_58
AE36
VSS_293
AB29
W28
AF36
VSS_200
K19
VSS_153 VSS_154
AG36
AN21
W19
VSS_56 VSS_57
AH36
VSS_291 VSS_292
AT29
AC28
AN36
VSS_198 VSS_199
G9
AR21
AC19
VSS_152
D37
Y9
A20
VSS_55
H37
AB9
VSS_289 VSS_290
AN19
AM28
J37
VSS_288
VSS_196 VSS_197
B20
VSS_150 VSS_151
L37
VSS_195
A22
Y31
VSS_53 VSS_54
M37
VSS_286 VSS_287
D22
K20
W37
N37
VSS_193 VSS_194
AR9
E22
AA20
AP28
P37
F22
AM20
VSS_149
R37
AW9
AR20
VSS_52
T37
VSS_285
AJ31
Y37
V37
VSS_192
C21
VSS_131 VSS_132
AA37
G22
AW20
VSS_34 VSS_35
AB37
VSS_283 VSS_284
AY31
AG31
AH37
VSS_190 VSS_191
U10
K22
H21
VSS_130
AK37
W10
AA22
G32
VSS_33
AF38
VSS_282
J21
AN31
AG38
VSS_189
K21
VSS_128 VSS_129
AH38
C23
P21
VSS_127
F39
VSS_280 VSS_281
AE32
VSS_31 VSS_32
G39
VSS_187 VSS_188
AG10
F23
AH32
VSS_30
H39
AL10
AV21
R39
M39
VSS_278 VSS_279
BA21
AV31
N39
VSS_277
VSS_185 VSS_186
F33
T39
P39
VSS_184
W23
H33
D33
B11
AP10
T33
VSS_116
AA39
AV10
BGA
AC23
AB33
VSS_19
AJ39
D11
VSS_275 VSS_276
J23
G33
AV39
945GM NB
VSS_274
VSS_182 VSS_183
AV33
VSS_114 VSS_115
AW39
J11
VSS_181
AM23
K23
VSS_17 VSS_18
AY39
VSS_273
AN23
U1200
C34
AV40
AE40
VSS_180
AH23
F41
VSS
AT23 AF34
AW33
AJ40
A
945GM
1
OMIT VSS_97
VSS_103 VSS_104
AP40
B
U1200
VSS_6 VSS_7
J41
C
VSS_1 VSS_2
T41
M41
D
VSS_0
2
3
4
OMIT
AG3
AC3
AT2
AP2
AD2
U2
J2
F2
NB Grounds SYNC_MASTER=M1
SYNC_DATE=01/05/2006
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE
VSS_94 VSS_95
II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
VSS_96
SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
18
1
OF
A 97
A
8
6
7
2
3
4
5
1 MCH VCCA_LVDS FILTER
R1950
MCH DISPLAY PLL POWER LDO
Power Interface These are the power signals that leave the NB "block" 6
U1900
=PP2V5_S0_NB_DISP_PLL
SOT23-5
IN
=PP1V05_S0_FSB_NB
5 6 12
IN
=PPVCORE_S0_NB
6 16 19
1 IN 3 EN
C1950
1
D
=PP1V05_S0_NB_VTT
IN IN IN IN IN IN IN IN
(MCH DISPLAY A PLL 1.5V PWR) PP1V5_S0_NB_VCCA_DPLLA 17
2
VOLTAGE=1.5V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
5% 1/16W MF-LF 402
1
1
2
C1951
2
1
0.01uF 2
10% 16V CERM 402
1
IN IN
10
C1954
2
6 17 19 6 19
10% 6.3V CERM 402
IN IN
=PP5V_S0_NB_TVDAC
19 6
=PP1V5_S0_NB_VCCAUX
1
C1963 1 19 17 6
1
6 19
C1910
1
20% 10V CERM 402
2
FERR-120-OHM-0.2A 1
VOLTAGE=1.5V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.2 MM
2 0603
C1934
1
1
22uF
(MCH LVDS DATA/CLK TX 2.5V PWR) =PP2V5_S0_NB_VCC_TXLVDS 19 17 6
2
2
20% 10V CERM 402
1
PP1V5_S0_NB_VCCA_MPLL
0603 1
1
22uF 20% 6.3V X5R 805
17
0.1uF 2
2
20% 10V CERM 402
180-OHM-1.5A
19 6
C1965 4.7uF
2
C1966
C1967
2.2UF
20% 6.3V CERM 603
2
Layout Note: Place on the edge
=PP1V8_S3_MEM_NB
R1982
R1980
1K
1K
1
MEM_VREF_NB_1
2
5% 1/16W MF-LF 402
1
5 14
MEM_VREF_NB_0
2
5% 1/16W MF-LF 402
1
R1983 1K
R1981 1K
5% 1/16W MF-LF 2 402
P
5% 1/16W MF-LF 2 402
=PPVCORE_S0_NB
WAS A 330UF ELEC - CHECK WE CAN REMOVE
1
C1902
1
10UF
WAS A 330UF ELEC - CHECK WE CAN REMOVE
2
C1903
1
10UF
20% 6.3V CERM 805-1
2
=PP2V5_S0_NB_VCCA_3GBG
19 6
20% 6.3V CERM 805-1
2
19 17 6
=PP1V5_S0_NB_VCCAUX
C1904
1
C1905
1UF
A 19 17 6
5 14
1
10% 6.3V CERM 402
0.22uF 20% 6.3V X5R 402
2
2
10
1
2
1% 1/16W MF-LF 402
1
C1941
1
C1916
1
C1918
0.1uF
0.1uF
20% 10V CERM 402
20% 10V CERM 402
2
1
SOT-363
PP3V3_S0_NB_TVDAC_FOLLOW
2
C1914
2
1
10UF
20% 6.3V X5R 2 603
NC
MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
1
PP3V3_S0_NB_TVDAC_F
2
1
C1990 10UF
2
20% 6.3V CERM 805-1
16V NFM18
C1991
2
C1927
20% 10V CERM 402
2
C1994 22000pF-1000mA 16V NFM18
17
1
C1993 20% 10V CERM 402
PP1V5_S0_NB_VCC3G
1
10UF
220UF 20% 2.5V POLY SMB2
2
C1972 10UF
20% 6.3V CERM 805-1
2
20% 6.3V CERM 805-1
C1907
C1996 16V NFM18
17
1
20% 10V CERM 402
2
PP3V3_S0_NB_VCCA_TVDACC
2
1
C1997
1
MCH VCCA_TVBG FILTER (MCH TV DAC BAND GAP 3.3V PWR) PP3V3_S0_NB_VCCA_TVBG
2
0.1uF 20% 10V CERM 402
Layout Note: 10uF caps should be close to MCH on opposite side.
2
GND_NB_VSSA_TVBG
NB (GM) Decoupling
=PP1V5_S0_NB_3GPLL
R1975
2
PP1V5_S0_NB_3GPLL_F VOLTAGE=1.5V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.2 MM
1
0.51 1% 1/16W MF-LF 402
PP1V5_S0_NB_VCCA_3GPLL
C1975
1
1
2
2
10UF
SYNC_DATE=(MASTER)
17
VOLTAGE=1.5V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.2 MM
2
20% 6.3V CERM 805-1
Layout Note: 3GPLL 10uF cap should be placed in cavity
SYNC_MASTER=(MASTER)
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
C1976 0.1uF 20% 10V CERM 402
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT
GND_NB_VSSA_3GBG
III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
17
Layout Note: Route to caps, then GND
SIZE
DRAWING NUMBER
5
4
3
2
REV.
051-7199
D
SHT NONE
6
17
Layout Note: Route to caps, then GND
SCALE
7
17
VOLTAGE=3.3V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
3
APPLE COMPUTER INC.
8
B
17
VOLTAGE=3.3V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
3
2
1
Should be 1%
1.0UH-220MA-0.12-OHM
C1915
20% 6.3V CERM 805-1
MCH VCCA_TVDACC FILTER (MCH TV OUT CHANNEL C 3.3V PWR)
20% 6.3V X5R 402
0805
0.1uF
Layout Note: These 8 caps should be within 6.35 mm of NB edge
2
17
VOLTAGE=1.5V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.2 MM
2
17
VOLTAGE=3.3V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
C1998
1210
1
1
PP3V3_S0_NB_VCCA_TVDACB 3
22000pF-1000mA
20% 10V CERM 402
20% 6.3V X5R 2 603
2
C1971
MCH VCCA_TVDACC FILTER (MCH TV OUT CHANNEL B 3.3V PWR)
2
1
L1975
10UF
2
1
0.1uF
1
10UF
2
1
17
VOLTAGE=3.3V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
0.1uF
C1995
2
1
91NH
C1970
MCH VCCA_TVDACC FILTER (MCH TV OUT CHANNEL A 3.3V PWR) PP3V3_S0_NB_VCCA_TVDACA
3
16V NFM18
1uH, 20%
19 6
1
22000pF-1000mA
1
6 19
C
VOLTAGE=3.3V
L1970 1
17
2
22000pF-1000mA
180-OHM-1.5A
VOLTAGE=1.5V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
3
0.1uF 20% 10V CERM 402
=PP1V5_S0_NB
C1992
L1990
PP1V5_S0_NB_VCCD_QTVDAC
1
C1922
GND_NB_VSSA_CRTDAC
4
GMCH VCCD_QTVDAC FILTER (MCH TVDAC DIGITAL QUIET 1.5V PWR)
C1923
PP1V5_S0_NB_QTVDAC
C1926
Layout Note: These 2 caps should be within 6.35 mm of NB edge
20% 6.3V X5R 2 603
0.1uF
16V NFM18
VOLTAGE=1.5V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
3
VOLTAGE=3.3V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
Layout Note: PLACE CAPS NEAR NB EDGE ON THESE 2 RAILS
22000pF-1000mA
2
1
10UF
D1986
2
1
C1987
BAT54DW
VOLTAGE=1.5V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
0.1uF 20% 10V CERM 402
17
VOLTAGE=2.5V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
Layout Note: Route to caps, then GND
0.22uF
20% 6.3V X5R 402
2
C1920
PP2V5_S0_NB_VCCA_CRTDAC
2
1UF
PP1V5_S0_NB_VCCD_TVDAC
3
L1922
0603
=PP1V5_S0_NB_3GPLL
0.22uF
16V NFM18
1
2
1
GMCH VCCD_TVDAC FILTER (MCH TVDAC DEDICATED PWR 1.5V)
C1921
MCH VCCA_CRTDAC BYPASS (MCH CRTDAC ANALOG 2.5V PWR)
3
0.1uF 20% 10V CERM 402
6 16 19
5
C1942
10% 2 6.3V CERM 402
10% 16V CERM 402
22000pF-1000mA
180-OHM-1.5A
1
Layout Note: Place L and C close to MCH
C1906
1
20% 6.3V 2 X5R 603
=PP3V3_S0_NB_VCC_HV 1
1
1
19 6
PP1V5_S0_NB_TVDAC
VOLTAGE=1.5V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
10UF
20% 10V CERM 402
e r
20% 6.3V X5R 402
2
Layout Note: Place in cavity
19 16 6
2
0.22uF
10% 6.3V CERM1 603
2
C1924
C1917 0.1uF
1
1
=PP1V5_S0_NB_TVDAC
0603
1
1
R1990
MM1573DN_NR
2
L1923
MCH VCCSYNC BYPASS (MCH H/V SYNC 2.5V PWR) =PP2V5_S0_NB_VCCSYNC 6
=PP1V05_S0_NB_VTT
1
20% 10V CERM 402
m il
C1937
19
19 16 14 6
C1913
2
945 EDS: 1210?
VOLTAGE=1.5V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.2 MM
2
C1936
NOISE 4
0.01uF
10% 2 6.3V CERM 402
0.1uF
20% 6.3V CERM 603
y r C1985
0603
FERR-120-OHM-0.2A
B
C1912
1
4.7uF
L1936
MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
2
C1940 1UF
1
PP3V3_S0_NB_TVDAC VOLTAGE=3.3V
GND
1
2
19 17 6
3 CONT
0.1uF
20% 6.3V X5R 805
Layout Note: These 4 0.1uF caps should be within 5 mm of NB edge
2
20% 10V CERM 402
MM157
GMCH VCCTX_LVDS BYPASS
C1935
0.1uF
SOT23-5-LF 1 VIN VOUT 5
=PP5V_S0_NB_TVDAC
945 EDS: 5 mOhm, 1nH (1210?)
17
C1962
1
PP2V5_S0_NB_CRTDAC_F
VOLTAGE=2.5V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
0603
U1901
19 6
PP1V5_S0_NB_VCCA_HPLL
1
NC
16V NFM18
a n i
C1911 0.1uF
20% 6.3V CERM 805-1
L1934
C
20% 2 2.5V POLY SMB2
6 17 19
2
=PP1V5_S0_NB_PLL
20% 2.5V 2 POLY SMB2
INTEGRATED GFX (PG. 333)
C1964 220UF
6 14 20
10UF
19 6
220UF
FILTERING REQUIRED FOR
=PP1V5_S0_NB_VCCD_LVDS
1
=PPVCORE_S0_NB
22000pF-1000mA
2
16 17
VOLTAGE=1.5V MIN_LINE_WIDTH=0.6 MM MIN_NECK_WIDTH=0.2 MM
0603
17
6 17 19
GMCH VCCD_LVDS BYPASS (MCH LVDS DIGITAL 1.5V PWR)
D
1
C1986
180-OHM-1.5A
PP1V5_S0_NB_FILT_VCCAUX
2
6
VOLTAGE=2.5V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
L1985
180-OHM-1.5A
6 14 16 19
SOT-363
PP2V5_S0_NB_CRTDAC_FOLLOW
2
1% 1/16W MF-LF 402
1UF
6 17
6 17 19
17
BAT54DW
R1985
=PP2V5_S0_NB_CRTDAC
6
1 1
L1910
=PP3V3_S0_NB =PP3V3_S0_NB_VCC_HV
IN
10% 16V CERM 402
D1986
VOLTAGE=1.5V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
6 19
6 17 19
0.01uF 2
GND_NB_VSSA_LVDS
(MCH DISPLAY B PLL 1.5V PWR) PP1V5_S0_NB_VCCA_DPLLB 17
2
5% 1/16W MF-LF 402
6 19
PP2V5_S0_NB_VCCSYNC
2
20% 10V CERM 402
GMCH VCCA_DPLL_B FILTER
R1951 1
6 13
=PP2V5_S0_NB_VCCSYNC =PP2V5_S0_NB_VCC_TXLVDS =PP2V5_S0_NB_VCCA_3GBG =PP2V5_S0_NB_VCCA_LVDS
IN
C1981
1
0.1uF
I243
1
IN
C1980
6 17 19
Layout Note: Route to caps, then GND
20% 6.3V CERM 805-1
I276 19 6
1
10% 6.3V CERM 402
C1952 10UF
2
Layout Note: This 0.1uF cap should be within 5 mm of NB edge
C1953 1UF
PP1V5_S0_DPLL TPS73115_NR
10% 6.3V 2 CERM 402
6 19
=PP1V8_S3_MEM_NB
IN
5 4
GND
1UF
6 17 19
=PP1V5_S0_NB =PP1V5_S0_NB_PCIE =PP1V5_S0_NB_PLL =PP1V5_S0_NB_TVDAC =PP1V5_S0_NB_VCCD_HMPLL =PP1V5_S0_NB_VCCD_LVDS =PP1V5_S0_NB_VCCAUX
OUT NR/FB
1
VOLTAGE=1.5V MIN_LINE_WIDTH=1.0 mm MIN_NECK_WIDTH=0.35MM
TPS73115
1
(MCH LVDS ANALOG 2.5V PWR) =PP2V5_S0_NB_VCCA_LVDS
MCH VCCA_DPLLA FILTER
19
1
OF
A 97
A
8
6
7
2
3
4
5
1
Internal pull-ups 00 01 10 11
NB_CFG<13:12> NB_CFG<3>
RESERVED
NB_CFG<4>
RESERVED
D
Internal pull-up
NB_CFG<14>
RESERVED
NB_CFG<15>
RESERVED
R2075
High = DMIx4
2.2K
Low
5% 1/16W MF-LF 402
= DMIx2 2
PROBABLY NOT NEEDED NB_CFG<16>
14
C
Internal pull-up
NB_CFG<6>
RESERVED
FSB Dynamic ODT
Internal pull-up
NO STUFF 1
NB_CFG<7>
High = Mobile CPU
CPU Strap
Low
R2077 2.2K
= RESERVED 2
R2085
High = Enabled
2.2K
Low
5% 1/16W MF-LF 402
= Disabled 2
m il
NB_CFG<7>
14
5% 1/16W MF-LF 402
NB_CFG<17>
y r
NBCFG_DYN_ODT_DISABLE 1
NB_CFG<16>
D
a n i
NBCFG_DMI_X2 1
DMI x2 Select
Partial Clock Gating Disable XOR Mode Enabled All-Z Mode Enabled Normal Operation
NB_CFG<5>
14
NB_CFG<5>
= = = =
RESERVED
=PP3V3_S0_NB
C
6 14 19 20
NBCFG_VCC_1V5
1
NB_CFG<8>
e r
RESERVED
B NB_CFG<9>
14
Internal pull-up
NBCFG_PEG_REVERSE 1
NB_CFG<9>
High = Normal
2.2K
PCIE Graphics Lane Reversal
Low
5% 1/16W MF-LF 402
NB_CFG<10>
A
R2079
NB_CFG<11>
= Reversed 2
RESERVED
RESERVED
P
NB_CFG<18> VCC Select
Low
R2058 2.2K
High = 1.5V
= 1.05V
2
5% 1/16W MF-LF 402
NB_CFG<18>
14
B
Internal pull-down
=PP3V3_S0_NB
6 14 19 20
NBCFG_DMI_REVERSE
1
NB_CFG<19>
High = Reversed
DMI Lane Reversal
Low
R2059 2.2K
= Normal
2
5% 1/16W MF-LF 402
NB_CFG<19>
14
Internal pull-down
=PP3V3_S0_NB
945 External Design Spec says reserved
NB_CFG<20>
High = Both active
PCIe Backward Interop. Mode
Low
14
= Only SDVO or PCIe x1
6 14 19 20
NBCFG_SDVO_AND_PCIE 1
R2060 2.2K
2
5% 1/16W MF-LF 402
NB_CFG<20> Internal pull-down
PROBABLY NOT NEEDED NB Config Straps SYNC_MASTER=M1
SYNC_DATE=01/05/2006
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
20
1
OF
A 97
A
6
7
PP3V3_S5_SB_RTC
2
=PP3V3_S0_SB_GPIO
R2105 402 MF-LF 1/16W 1%
1
R2194
1
D
10K
U2100
IN
SB_RTC_RST_L
AA3
SB_SM_INTRUDER_L
26 IN
Y5 INTRUDER* SB_INTVRMEN W4 INTVRMEN
LAD0 LAD1 LAD2 LAD3
BGA (1 OF 6)
LDRQ0* LDRQ1*/GPIO23
W1 EE_CS Y1 EE_SHCLK Y2 EE_DOUT W3 (INT PU) EE_DIN
TP_SB_XOR_W1 TP_SB_XOR_Y1 TP_SB_XOR_Y2 TP_SB_XOR_W3
NOTE: EE_CS HAS INTERNAL PD, ONLY ENABLED WHEN LAN_RST#=L
RTCRST*
ICH7-M SB LPC
26
OUT
AB1 RTCX1 AB2 RTCX2
RTC
26
SB_RTC_X1 SB_RTC_X2
LFRAME* A20GATE A20M*
AA6 AB5 AC4 Y6 AC3 AA5 AB3
67 60 58 67 60 58 67 60 58 67 60 58
LPC_AD<0> LPC_AD<1> LPC_AD<2> LPC_AD<3>
TP_SB_DRQ0_L TP_SB_GPIO23 67 60 58
LPC_FRAME_L
AE22 AH28
NOTE: LAD<0-3> HAVE INTERNAL 20K PU
IO IO
NOTE: LDRQ<0-1># HAVE INTERNAL 20K PU IO
NOSTUFF OUT
SB_A20GATE CPU_A20M_L
7 5
(WEAK INT PD)
C
68
OUT
68
OUT
68
OUT
68
IN
ACZ_BITCLK ACZ_SYNC ACZ_RST_L ACZ_SDATAIN<0>
R2195 R2198
1 1
R2197
1
TP_SB_XOR_U3
U3
TP_SB_XOR_U5 TP_SB_XOR_V4 TP_SB_XOR_T5
U5 LAN_RXD0 V4 LAN_RXD1 (WEAK T5 LAN_RXD2
LAN_RSTSYNC
TP1/DPRSTP* TP2/DPSLP* FERR*
INT PU)
GPIO49/CPUPWRGD
2
39 39
SB_ACZ_BITCLK SB_ACZ_SYNC
U1 ACZ_BIT_CLK R6 ACZ_SYNC
2
39
SB_ACZ_RST_L
R5 ACZ_RST* T2 ACZ_SDIN0 T3 20K PD ACZ_SDIN1 T1 20K PD ACZ_SDIN2
TP_SB_ACZ_SDIN1 TP_SB_ACZ_SDIN2
CPU
U7 LAN_TXD0 V6 LAN_TXD1 V7 LAN_TXD2
TP_SB_XOR_U7 TP_SB_XOR_V6 TP_SB_XOR_V7 2
CPUSPL*
IGNNE* INIT3_3V* INIT* INTR RCIN*
AC-97/ AZALIA
NOTE: POR IS SMC WILL PUT LAN INT’F INTO RESET STATE TO SAVE PWR. INTEL CONFIRMS OK TO LEAVE PINS AS NC
5% 1/16W MF-LF 402
LAN_CLK
LAN
V3
NMI SMI* STPCLK*
20K PD 68
OUT
ACZ_SDATAOUT
R2196
1
39
2
SB_ACZ_SDATAOUT
T4
THRMTRIP*
ACZ_SDOUT
38
OUT
38
OUT
38 IN 38 38 38
34 5 34 5
B
IN IN
AC ’07
A
ACZ_BIT_CLK
INTERNAL 20K PD ENABLED WHEN
a n i
NOTE: PULLED UP PER INTEL OUT
OUT
SB_CLK100M_SATA_N SB_CLK100M_SATA_P IN
38
IN
38 5
OUT
38
OUT OUT
38
IN
38 5
IN
38
IN
AF7 SATA_2RXN AE7 SATA_2RXP AG6 SATA_2TXN AH6 SATA_2TXP AF1 SATA_CLKN AE1 SATA_CLKP
DD0 DD1 DD2 DD3 DD4 DD5 DD6 DD7 DD8 DD9 DD10 DD11 DD12 DD13 DD14 DD15
e r
SATA_RBIAS_N SATA_RBIAS_P IDE_PDIOR_L IDE_PDIOW_L IDE_PDDACK_L IDE_IRQ14 IDE_PDIORDY IDE_PDDREQ
P
AH10 SATARBIASN AG10 SATARBIASP AF15 AH15 AF16 AH16 AG16 AE15
DIOR* (HSTROBE) DIOW* (STOP) DDACK* IDEIRQ IORDY (DSTROBE) DDREQ
TP_CPU_CPUSLP_L 75 7
CPU_DPRSTP_L CPU_DPSLP_L
7
OUT OUT
AG26 AG24
7
AG22 AG21 AF22 AF25
7 5
CPU_PWRGD
CPU_IGNNE_L FWH_INIT_L 5 CPU_INIT_L 7 5 CPU_INTR
60 59 7
AG23
OUT OUT OUT
CPU_NMI CPU_SMI_L
7 5 7 5
AH22
7 5
CPU_STPCLK_L
R2199 10K
5% 1/16W MF-LF 2 402
R2100
OUT
NOTE: KEYBOARD CONTROLLER RESET CPU
OUT
1
NOSTUFF
OUT
CPU_RCIN_L
AH24 AF23
5% 1/16W MF-LF 402
NOTE: RISING-EDGE TRIGGERED AT CPU
OUT OUT
AF26
1
0
DA0 DA1 DA2
DCS1* DCS3*
AB15 AE14 AG13 AF13 AD14 AC13 AD12 AC12 AE12 AF12 AB13 AC14 AF14 AH13 AH14 AC15 AH17 AE17 AF17 AE16 AD16
38 38
38 38
38 38 38 38 38
38 5 38
38
38 38 38 38
IDE_PDD<0> IDE_PDD<1> IDE_PDD<2> IDE_PDD<3> IDE_PDD<4> IDE_PDD<5> IDE_PDD<6> IDE_PDD<7> IDE_PDD<8> IDE_PDD<9> IDE_PDD<10> IDE_PDD<11> IDE_PDD<12> IDE_PDD<13> IDE_PDD<14> IDE_PDD<15>
38 38 38
38 38
IDE_PDA<0> IDE_PDA<1> IDE_PDA<2>
IDE_PDCS1_L IDE_PDCS3_L
IO IO IO IO IO IO IO IO
2
MF-LF 402 1/16W 5%
58
SMC_RCIN_L
=PP1V05_S0_SB_CPU_IO
R2110 54.9
IN
NOTE: R2108=56 IN CV. CHANGED TO 54.9 FOR 2 BOM CONSOLIDATION
MF-LF 402 1/16W 1%
7
6 21 24 25
R2107 1
24.9 2
1
IN
=PP1V05_S0_SB_CPU_IO
R2108 54.9
CPU_THERMTRIP_R
NOTE: R2110=56 IN CV. CHANGED TO 54.9 FOR BOM CONSOLIDATION
CPU_FERR_L
MF-LF 402 1/16W 1%
59 14 7
6 21 24 25
C
LAYOUT NOTE: R2108 TO BE < 2 IN OF R2107 W/O STUB
PM_THRMTRIP_L
IN
MF-LF 402 1/16W 1%
LAYOUT NOTE: R2107 TO BE < 2 IN OF SB
NOTE: DD<7> HAS INTERNAL 11.5K PD
IO IO IO IO IO IO IO IO
B
OUT OUT OUT OUT OUT
NOTE: ALL IDE PINS HAVE INTERNAL 33-OHM SERIES R’S
SB: 1 OF 4
INTEL HIGH DEFINITION AUDIO
SYNC_MASTER=M38
SYNC_DATE=01/05/2006
INTERNAL 20K PD ONLY ENABLED IN S3COLD
- LSO BIT IN AC’97 GLOBAL CONTROL REG = 1; OR
ACZ_RST#
OUT
38
38
NOTE: DDREQ HAS INTERNAL 11.5K PD
IN
SATA_C_D2R_N SATA_C_D2R_P SATA_C_R2D_C_N SATA_C_R2D_C_P
AF3 SATA_0RXN AE3 SATA_0RXP AG2 SATA_0TXN AH2 SATA_0TXP
IDE
IN
SATA_A_D2R_N SATA_A_D2R_P SATA_A_R2D_C_N SATA_A_R2D_C_P
SATA
38
IN
AF24 AH25
6 21 23 27
2.2K 2 1
m il
TP_SB_SATALED_L AF18 SATALED* 38
AG27
=PP3V3_S0_SB_GPIO
R2101
(INT PU)
TP_SB_XOR_V3
y r
IO IO
D
LAYOUT NOTE: PLACE R2101 & R2194 WHERE ACCESSIBLE
5% 1/16W MF-LF 2 402
OMIT
IN
6 21 23 27
NOTE: ENABLE INTERNAL 1.05V SUSPEND REG
332K
26
1
2
26 25 24 5
2
3
4
5
1
8
NONE - BOTH FUNCTION 2 & 3 OF DEVICE 30 ARE DISABLED
ACZ_SDIN[0-2]
INTERNAL 20K PD
INTERNAL 20K PD
ACZ_SDOUT
INTERNAL 20K PD ENABLED DURING RESET AND WHEN
INTERNAL 20K PD ENABLED WHEN
- LSO BIT IN AC’97 GLOBAL CONTROL REG = 1; OR
- LSO BIT IN AC’97 GLOBAL CONTROL REG = 1; OR
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
- BOTH FUNCTION 2 & 3 OF DEVICE 30 ARE DISABLED
- BOTH FUNCTION 2 & 3 OF DEVICE 30 ARE DISABLED
SIZE
ACZ_SYNC
INTERNAL 20K PD
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
21
1
OF
A 97
A
8
6
7 6
2
3
4
5
1
=PP3V3_S5_SB_USB OMIT 1
47 22 22
D
47 22 22 47 22
R2200
R2250
10K
10K
5% 1/16W MF-LF 2 402
5% 1/16W MF-LF 2 402
R2255 10K
5% 1/16W MF-LF 2 402
R2223 1R2222 1R2226
1
R2251 10K
5% 1/16W MF-LF 2 402
10K
10K
10K
5% 1/16W MF-LF 2 402
5% 1/16W MF-LF 2 402
5% 1/16W MF-LF 2 402
U2100 54 5
IN
54 5
IN
54
USB_A_OC_L USB_B_OC_L USB_C_OC_L USB_D_OC_L USB_E_OC_L
OUT
54
OUT
54 5
IN
54 5 IN 54
OUT
54
OUT
54
IN
54
IN
54
22 22 22
OUT
54
SB_GPIO29 SB_GPIO30 SB_GPIO31
OUT
54 IN 54
27 6
=PP3V3_S5_SB_IO
OUT
54
OUT
54
54
2
2
NOSTUFF
R2205 10K MF-LF 1/16W 402 5%
C
63 58
IO
63 58
IO
58 5
IO
63 58
IO
63 58
IO
R2207
10K MF-LF 1/16W 402 5%
1
OUT
54
10K
54
MF-LF 1/16W 402 5%
1
54
1
IN
OUT
54
R2206
IN
IN IN
OUT
54
OUT
IN
22
22
47 22
m il =PP3V3_S0_SB
B
44
IO
44
IO IO
PCI_FRAME_L F16 FRAME*
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44
IO
44 26
A
E18 C18 A16 F18 E16 A18 E17 A17 A15 C14 E14 D14 B12 C13 G15 G13 E12 C11 D11 A11 A10 F11 F10 E9 D9 B9 A8 A6 C7 B6 E6 D6
PCI_AD<0> PCI_AD<1> PCI_AD<2> PCI_AD<3> PCI_AD<4> PCI_AD<5> PCI_AD<6> PCI_AD<7> PCI_AD<8> PCI_AD<9> PCI_AD<10> PCI_AD<11> PCI_AD<12> PCI_AD<13> PCI_AD<14> PCI_AD<15> PCI_AD<16> PCI_AD<17> PCI_AD<18> PCI_AD<19> PCI_AD<20> PCI_AD<21> PCI_AD<22> PCI_AD<23> PCI_AD<24> PCI_AD<25> PCI_AD<26> PCI_AD<27> PCI_AD<28> PCI_AD<29> PCI_AD<30> PCI_AD<31>
IO
44
26
IO
26
IO
26
IO
44 26
IO
INT_PIRQA_L INT_PIRQB_L INT_PIRQC_L INT_PIRQD_L
TP_SB_XOR_AE5 TP_SB_XOR_AD5 TP_SB_XOR_AG4 TP_SB_XOR_AH4 TP_SB_XOR_AD9
AD0 AD1 AD2 AD3 AD4 AD5 AD6 AD7 AD8 AD9 AD10 AD11 AD12 AD13 AD14 AD15 AD16 AD17 AD18 AD19 AD20 AD21 AD22 AD23 AD24 AD25 AD26 AD27 AD28 AD29 AD30 AD31
NOTE: GNT[0-3]# HAVE INT 20K PU ENABLED ONLY WHEN PCIRST#=0 AND PWROK=H
A3 PIRQA* B4 PIRQB* C5 PIRQC* B5 PIRQD* AE5 AD5 AG4 AH4 AD9
RSVD0 RSVD1 RSVD2 RSVD3 RSVD4
U2100 ICH7-M SB BGA (2 OF 6)
PCI
REQ0* GNT0* REQ1* GNT1* REQ2* GNT2* REQ3* GNT3* REQ4*/GPIO22 GNT4*/GPIO48 GPIO1/REQ5* GPIO17/GNT5*
C/BE0* C/BE1* C/BE2* C/BE3*
1
D7 E7 C16 D16 C17 D17 E13 F13 A13 A14 C8 D8
B15 C12 D12 C15
26 PCI_REQ0_L TP_PCI_GNT0_L PCI_REQ1_L PCI_GNT1_L 26 PCI_REQ2_L TP_PCI_GNT2_L
44
PLTRST* PCIRST* (INT 20K PU) PME*
INT I/F GPIO2/PIRQE* GPIO3/PIRQF* GPIO4/PIRQG* GPIO5/PIRQH*
MISC
RSVD5 RSVD6 NOTE: CHANGE SYMBOL RSVD7 TO RSVD[1-9] RSVD8 MCH_SYNC*
A7 E10 A9 A12 C9 E11 B10 F15 F14 C26 B18 B19
G8 F7 F8 G7
44
27
44 26
44
44
44 44
94
PCI_IRDY_L 44 PCI_PAR PCI_CLK_SB PCI_DEVSEL_L 26 PCI_PERR_L 26 PCI_LOCK_L 26 PCI_SERR_L 26 PCI_STOP_L 26 PCI_TRDY_L PLT_RST_L PCI_RST_L TP_PCI_PME_L
26
38 26 26
26
5% 1/16W MF-LF 2 402
IN
44 26
34 5
10K
26 27
PCI_C_BE_L<0> PCI_C_BE_L<1> PCI_C_BE_L<2> PCI_C_BE_L<3>
P IRDY* PAR PCICLK DEVSEL* PERR* PLOCK* SERR* STOP* TRDY*
44
R2298
IN
e r SB_GPIO_48
44
H26 PERN2 H25 PERP2 G28 PETN2 G27 PETP2
PCIE_C_D2R_N PCIE_C_D2R_P PCIE_C_R2D_C_N PCIE_C_R2D_C_P
K26 PERN3 K25 PERP3 J28 PETN3 J27 PETP3
PCIE_D_D2R_N PCIE_D_D2R_P PCIE_D_R2D_C_N PCIE_D_R2D_C_P
M26 PERN4 M25 PERP4 L28 PETN4 L27 PETP4
PCIE_E_D2R_N PCIE_E_D2R_P PCIE_E_R2D_C_N PCIE_E_R2D_C_P
P26 PERN5 P25 PERP5 N28 PETN5 N27 PETP5
PCIE_F_D2R_N PCIE_F_D2R_P PCIE_F_R2D_C_N PCIE_F_R2D_C_P
T25 PERN6 T24 PERP6 R28 PETN6 R27 PETP6
6
44
IO IO IO IO
V26 DMI0RXN V25 DMI0RXP U28 DMI0TXN U27 DMI0TXP
BGA (3 OF 6)
6 25
1
R2299 10K
D3 C4 D5 D4 E5 C3 A2 B3
USB_A_OC_L USB_B_OC_L USB_C_OC_L USB_D_OC_L USB_E_OC_L 22 SB_GPIO29 22 SB_GPIO30 22 SB_GPIO31
14 5 14 5 14 5 14 5
Y26 DMI1RXN Y25 DMI1RXP W28 DMI1TXN W27 DMI1TXP
14 14 14 14
DMI_N2S_N<0> DMI_N2S_P<0> DMI_S2N_N<0> DMI_S2N_P<0> DMI_N2S_N<1> DMI_N2S_P<1> DMI_S2N_N<1> DMI_S2N_P<1>
PD)
PD)
OC0* OC1* OC2* OC3* OC4* OC5*/GPIO29 OC6*/GPIO30 OC7*/GPIO31
IN IN OUT OUT IN
D
IN OUT
y r AB26 DMI2RXN AB25 DMI2RXP AA28 DMI2TXN AA27 DMI2TXP
14 14
14 14
AD25 DMI3RXN AD24 DMI3RXP AC28 DMI3TXN AC27 DMI3TXP
14 14 14 14
AE28 DMI_CLKN AE27 DMI_CLKP
DMI_N2S_N<2> DMI_N2S_P<2> DMI_S2N_N<2> DMI_S2N_P<2> DMI_N2S_N<3> DMI_N2S_P<3> DMI_S2N_N<3> DMI_S2N_P<3>
34 5
34 5
OUT IN IN
OUT OUT IN IN
OUT OUT
SB_CLK100M_DMI_N SB_CLK100M_DMI_P
C25 DMI_ZCOMP D25 DMI_IRCOMP
P5 SPI_MOSI P2 SPI_MISO
SPI_SI SPI_SO
47 22
44
PCIE_B_D2R_N PCIE_B_D2R_P PCIE_B_R2D_C_N PCIE_B_R2D_C_P
ICH7-M SB
R2 SPI_CLK (INT P6 SPI_CS* P1 SPI_ARB (INT
SPI_SCLK SPI_CE_L SPI_ARB
47 22
OMIT
F26 PERN1 F25 PERP1 E28 PETN1 E27 PETP1
a n i 54
2
IN
54
PCIE_A_D2R_N PCIE_A_D2R_P PCIE_A_R2D_C_N PCIE_A_R2D_C_P
DMI
5% 1/16W MF-LF 2 402
1
USB
10K
1
PCI-EXP
R2225
1
SPI
1
IN
PP1V5_S0_SB_VCC1_5_B
R2203
DMI_IRCOMP_R
1
LAYOUT NOTE: PLACE R2203 < 1/2 IN FROM SB
24.9 2
1/16W MF-LF 1% 402
USBP0N USBP0P USBP1N USBP1P USBP2N USBP2P USBP3N USBP3P USBP4N USBP4P USBP5N USBP5P USBP6N USBP6P USBP7N USBP7P
F1 F2 G4 G3 H1 H2 J4 J3 K1 K2 L4 L5 M1 M2 N4 N3
D2 USBRBIAS* D1 USBRBIAS
47 47 53 53 47 47 47 47
47
47
5 5 47 47 47 47
USB_A_N USB_A_P USB_B_N USB_B_P USB_C_N USB_C_P USB_D_N USB_D_P USB_E_N USB_E_P USB_F_N USB_F_P USB_G_N USB_G_P USB_H_N USB_H_P
IO
EXTERNAL 0
IO IO
AIRPORT (MINI-PCIE)
IO IO
EXTERNAL 1
IO IO
CAMERA
NOTE: USBP[0-7]P/N HAVE INTERNAL 15K PD
IO IO
C
EXTERNAL 2
IO IO
CF/SD
IO IO
BT
IO IO
IR
IO
R2204 USB_RBIAS_PN
1
22.6 2 1% 1/16W MF-LF 402
VOLTAGE=0
LAYOUT NOTE: PLACE R2204 < 1/2 IN FROM SB
5% 1/16W MF-LF 2 402
PCI_REQ3_L PCI_GNT3_L
96
SB_CRT_TVOUT_MUX
IO
PCI_PME_FW_L
IN
44
26 27
27
NOTE: FWH_WP_L NOT USED
B BOOT_LPC_SPI_L
60 58
1
BOM NOTE FOR PD ON PCI_GNT3_L:
OUT
R2211
1K
NO STUFF - DEFAULT STUFF - A16 SWAP OVERRIDE
5% 1/16W MF-LF 2 402
(STRAPPED TO TOP-BLOCK SWAP MODE IE SB INVERTS A16 FOR ALL CYCLES TARGETING FWH BIOS SPACE)
IO IO
IN
SB BOOT BIOS SELECT
IO IO IO
STRAP
GNT5# R2211
GNT4# R2210
IO
LPC (DEFAULT)
11
UNSTUFF
IO
PCI
10
UNSTUFF
STUFF
OUT
SPI
01
STUFF
UNSTUFF
IO
UNSTUFF
OUT
NOTE: GNT4#
HAS INT PU; ENABLED ONLY WHEN PCIRST#=0 AND PWROK=H
GNT5# HAS INT PU (NOMINAL=20K, SIMULATION=15K-35K)
SB: 2 OF 4
NOTE: R2210 WAS PD ON PIN A14 = FWH_TBL_L SB_GPIO2 IO SB_GPIO3 IO SB_GPIO4 IO ODD_PWR_EN_L
AE9 TP_SB_XOR_AE9 AG8 TP_SB_XOR_AG8 AH8 TP_SB_XOR_AH8 F21 TP_SB_RSVD9 AH20 14 NB_SB_SYNC_L
SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
IO
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
(AKA TP3, INTERNAL 20K PU) IN
APPLE COMPUTER INC.
DRAWING NUMBER
SHT NONE
7
6
5
4
3
2
REV.
051-7199
D SCALE
8
24 25
IN
22
1
OF
A 97
A
8
6
7
2
3
4
5
1
NOTE FOR R2323 (DEF=NOSTUFF) STRAPPING @ PWROK RISING: SB WILL DISABLE TCO TIMER SYSTEM REBOOT FEATURE
=PP3V3_S0_SB_GPIO
6 21 23 27
=PP3V3_S5_SB
8 1
D 26 25 23 6
=PP3V3_S5_SB
1
1
1
7 6
5
1 NOSTUFF 1 NOSTUFF 1 NO_REBOOT_MODE
R2318
R2395
R2396
R2397
R2327
R2326
R2323
10K
8.2K
10K
8.2K
10K
10K
1K
1/16W 2 402 MF-LF 5%
1/16W 2 402 MF-LF 5%
1/16W 2 402 MF-LF 5%
1/16W 2 402 MF-LF 5%
1/16W 2 402 MF-LF 5%
1/16W 2 MF-LF 402 5%
6 23 25 26
RP2300
=PP3V3_S5_SB_PM
5% 1/16W SM-LF
1/16W 2 402 MF-LF 5%
1
2 3
U2100
1 1NOSTUFF
ICH7-M SB
4
R2398
R2320
R2317
R2316
1K
10K
10K
10K
1/16W 2 402 MF-LF 5%
1/16W 2 402 MF-LF 5%
1/16W 2 402 MF-LF 5%
1/16W 2 402 MF-LF 5%
27
IO
27
IO
C22 B22 SMB_LINK_ALERT_L A26 B25 SMLINK<0> A25 SMLINK<1>
SMB_CLK SMB_DATA
NOT USED
PM_RI_L SB_SPKR 58 26 5
IN
PM_SUS_STAT_L PM_SYSRST_L
14
IN
PM_BMBUSY_L
67 60 58
OUT
SMB_ALERT_L
A28
B23
NOTE: RESERVED FOR FUTURE 33
OUT
33
OUT
A21
SB_GPIO26 23 23
67 60 58 44 5
IO
IN IO
58 10 IN
TP_AZ_DOCK_EN_L TP_AZ_DOCK_RST_L
PCIE_WAKE_L INT_SERIRQ PM_THRM_L
IN
VR_PWRGD_CK410
IN IN
SMC_RUNTIME_SCI_L SMC_EXTSMI_L
TP_SB_GPIO6
PWROK
GPIO16/DPRSLPVR TP0/BATLOW*
RSMRST*
DEF=GPI DEF=GPI
VRMPWRGD
AC21 GPIO6 AC18 GPIO7 E21 GPIO8
34 5 34 5
C20
B24 SLP_S3* D23 SLP_S4* F22 SLP_S5*
LAN_RST*
GPIO32/CLKRUN*
AC19 GPIO33/AZ_DOCK_EN* U2 GPIO34/AZ_DOCK_RST*
AD22
SUSCLK
(INT 20K PU) PWRBTN*
m il IO
58
GPIO26
F20 WAKE* AH21 SERIRQ AF20 THRM* 26
58
GPIO11/SMBALERT*
AC1 CLK14 B2 CLK48 59
100 1 100 1
2 2
R2302 R2303
100 1
2
R2305
10K
1/16W 2 402 MF-LF 5%
38
SB_CLK14P3M_TIMER SB_CLK48M_USBCTLR
SUS_CLK_SB
IN IN
OUT
SATA_C_DET_L
GPIO
OD
DEF=GPI
GPIO9 GPIO10 GPIO12 GPIO13 GPIO14 GPIO15 GPIO24 GPIO25 GPIO35 GPIO38 GPIO39
58
PM_SLP_S3_L PM_SLP_S4_L PM_SLP_S5_L
26
PM_SB_PWROK
IN
75 14
PM_DPRSLPVR
OUT
80 79 77 58 77 58
AA4
AC22 C21
R2319 R2343
OUT
PM_PWRBTN_L
IN
PM_LAN_ENABLE
IN
58
58
Y4
E20 A20 F19 E19 R4 E22 R3 D20 AD21 AD20 AE20
OUT
8.2K
10K 1/16W 2 402 MF-LF 5%
5% 2 1/16W MF-LF 402
IN
NOTE: DPRSLPVR HAS INT 20K PD, ENABLED AT BOOT/RESET FOR STRAPPING FCN
C23 C19
OUT
D
1
a n i
GPIO0/BM_BUSY*
B21 GPIO27 E23 GPIO28 AG18
RESERVED FOR MOBILE AZALIA DOCKING INT’F
53 41
BIOS_REC FWH_MFG_MODE
PM_CLKRUN_L
C 67 60 58
PD)
AC20 GPIO18/STPPCI* AF21 GPIO20/STPCPU*
PM_STPPCI_L PM_STPCPU_L
AF19 SB_GPIO21 GPIO21/SATA0GP AH18 SB_GPIO19 GPIO19/SATA1GP AH19 GPIO36/SATA2GP AE19 SB_GPIO37 GPIO37/SATA3GP
RI*
A19 SPKR (INT WEAK A27 SUS_STAT* A22 SYS_RST* AB18
SATA GPIO
(4 OF 6) SMBCLK SMBDATA LINKALERT* SMLINK0 SMLINK1
CLKS
1
SMB
1
SYS GPIO PWR MNGT
1
y r
R2387
BGA 1
6 11
OMIT
10K
23
58
NOTE: SMC WILL DRIVE 0-1-0 TO KEEP LAN INT’F IN RESET STATE TO SAVE PWR
SMS_INT_L SMC_SB_NMI PATA_PWR_EN_L 58 26
IN
58
IN
58
PM_BATLOW_L
IN
PM_RSMRST_L
IN
R2399 1
2
C
100K
5% 1/16W 402 MF-LF
OUT
58
SMC_WAKE_SCI_L
IN
IDE_RESET_L OUT SV_SET_UP 23 60 CRB_SV_DET 23 TP_SB_GPIO25_DO_NOT_USE 33 SB_CLK100M_SATA_OE_L OUT TP_SB_GPIO38 IO 23 SATA_C_PWR_EN_L OUT 38
NOTE FOR GPIO25: - HAS INTERNAL 20K PU, ENABLED DURING RSMRST# AND DISABLED WITHIN 100MS AFTER RSMRST# DEASSERTS - CAN NOT BE LOW FOR 35US AFTER RSMRST# ON BOOT (DMI AC COUPLING MODE STRAP)
26 25 23 6
e r
=PP3V3_S5_SB
B 1 NOSTUFF
NOTE: SV_SET_UP IS LINDACARD DETECT HI = PRESENT LO = NOT PRESENT
1
R2306 R2308 10K
10K
1/16W 2 402 MF-LF 5%
1/16W 2 402 MF-LF 5%
SV_SET_UP CRB_SV_DET
1
LAYOUT NOTE:
P 1 NOSTUFF
R2307 R2309
PLACE R2306-14 WHERE PHYSICALLY ACCESSIBLE
26 25 23 6
10K 1/16W 402 2 MF-LF 5%
=PP3V3_S5_SB 1
23
6 23 25 26
1
R2390
B
10K
5% 1/16W MF-LF 2 402 23
PATA_PWR_EN_L
=PP3V3_S0_SB_GPIO
6 21 23 27
1
R2388 10K
5% 1/16W MF-LF 2 402 23
SATA_C_PWR_EN_L
SB: 3 OF 4
1
R2313
A
0
1/16W 2 402 MF-LF 5%
23 60
=PP3V3_S5_SB
10K 1/16W 402 2 MF-LF 5%
R2310
SYNC_MASTER=MASTER
10K
1/16W 402 2 MF-LF 5%
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
FWH_MFG_MODE 23 BIOS_REC 23
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE 1 NOSTUFF
R2314 0 1/16W 2 402 MF-LF 5%
II NOT TO REPRODUCE OR COPY IT
1 NOSTUFF
III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
R2311 10K
SIZE
1/16W 2 402 MF-LF 5%
D
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199 23
1
OF
A 97
A
8
6
7
D
C
B
A
1
OMIT
OMIT A4 A23 N24 P24 R18 U14 V27 AA24 AB27 AD11 B1 D10 F4 G18 J1 L24 M17 N14 N17 N18 N25 N26 P3 P4 P12 P13 P14 P15 P16 P17 P27 P28 R1 R11 R12 R13 R14 R15 R16 R17 T6 T12 T13 T14 T15 T16 T17 U4 U12 U13 U15 U16 U17 U24 U25 U26 V2 V13 V15 V24 V28 W6 W24 W25 W26 Y3 Y24 Y27 Y28 AA1 AA25 AA26 AB4 AB6 AB11 AB14 AB16 AB19 AB21 AB24 AB28 AC2 AC5 AC9 AC11 AD1 AE24 AE25 AF2 AF4 AF8 AF11 AF27 AF28 AG1 AG3 AG7
2
3
4
5 25
AD3 AD4 AD7 AD8 AD15 AD19 AD23 AE2 AE4 AE8 AE11 AE13 AE18 AE21 B8 B11 B14 B17 B20 B26 B28 C2 C6 C27 D13 D18 D21 D24 E1 E2 E4 E8 E15 F3 F5 F12 F27 F28 G1 G2 G5 G6 G9 G14 G21 G24 G25 G26 H3 H4 H5 H24 H27 H28 J2 J5 J24 J25 J26 K24 K27 K28 L13 L15 L25 L26 M3 M4 M5 M12 M13 M14 M15 M16 M24 M27 M28 N1 N2 N5 N6 N11 N12 N13 N15 N16 AG11 AG14 AG17 AG20 AG25 AH1 AH3 AH7 AH12 AH23 AH27
U2100 ICH7-M SB BGA (6 OF 6)
VSS
25
25 22
PP5V_S5_SB_V5REF_SUS
PP1V5_S0_SB_VCC1_5_B
G10 AD17 F6 AA22 AA23 AB22 AB23 AC23 AC24 AC25 AC26 AD26 AD27 AD28 D26 D27 D28 E24 E25 E26 F23 F24 G22 G23 H22 H23 J22 J23 K22 K23 L22 L23 M22 M23 N22 N23 P22 P23 R22 R23 R24 R25 R26 T22 T23 T26 T27 T28 U22 U23 V22 V23 W22 W23 Y22 Y23
V5REF V5REF_SUS
U2100 ICH7-M SB BGA (5 OF 6)
CORE VCC1_05
VCC PAUX VCCLAN_3_3
e r
=PP3V3_S0_SB_VCC3_3
B27
PP1V5_S0_SB_VCCDMIPLL
AG28
=PP1V5_S0_SB_VCC1_5_A_ARX
AB7 AC6 AC7 AD6 AE6 AF5 AF6 AG5 AH5
25 6
25 24 6
25 6
=PP1V5_S0_SB_VCCSATAPLL =PP3V3_S0_SB_VCC3_3
=PP1V5_S0_SB_VCC1_5_A_ATX
AD2
AH11 AB10 AB9 AC10 AD10 AE10 AF10 AF9 AG9 AH9
VCC3_3/VCCHDA VCCSUS3_3/VCCSUSHDA
VCC1_5_B
V_CPU_IO
IDE
VCC3_3
VCC3_3
PCI
VCC3_3
VCCRTC
6 25
D
y r
NOTE FOR VCCLAN_3_3: S3 IF INTERNAL LAN IS USED S0 OR S3 IF NOT
=PP3V3_S0_SB_VCCLAN3_3 6
25
U6 R7
=PP3V3_S0_SB_3V3_1V5_VCCHDA =PP3V3_S5_SB_3V3_1V5_VCCSUSHDA
AE23 AE26 AH26
=PP1V05_S0_SB_CPU_IO
AA7 AB12 AB20 AC16 AD13 AD18 AG12 AG15 AG19
=PP3V3_S0_SB_VCC3_3_IDE
A5 B13 B16 B7 C10 D15 F9 G11 G12 G16 W5
P7
6
6 21 25
6 25
=PP3V3_S0_SB_VCC3_3_PCI 6 PP3V3_S5_SB_RTC
6 25
NOTE: VCCHDA AND VCCSUSHDA CAN BE 1.5V OR 3.3V DEPENDING ON VIO OF AZALIA INTERFACE CODEC IC’S CONSIDERED SO FAR ARE 3.3V
C
25
5 21 25 26
=PP3V3_S5_SB_VCCSUS3_3 6
24 25
A24 C24 D19 VCCSUS3_3 D22 G19
ARX
VCC1_5_A
USB VCCSUS3_3
VCCSATAPLL
K3 K4 K5 K6 L1 L2 L3 L6 L7 M6 M7 N7
B
=PP3V3_S5_SB_VCCSUS3_3_USB
6 25
VCC3_3
AB17 VCC1_5_A AC17
VCC1_5_A
ATX VCC1_5_A
T7 F17 G17 =PP1V5_S0_SB_VCC1_5_A
6 25
AB8 VCC1_5_A AC8 K7
25 24 6
E3 VCCSUS3_3
25 6
=PP1V5_S0_SB_VCCUSBPLL
C1
VCCSAUS1_5 CHANGE SYMBOL TO 1.05
AA2 Y7
V5 V1 W2 W7
=PPVCORE_S0_SB
VCCDMIPLL
=PP3V3_S5_SB_VCCSUS3_3
VOLTAGE GENERATED INTERNALLY SO NO CONNECT HERE
L11 L12 L14 L16 L17 L18 M11 M18 P11 P18 T11 T18 U11 U18 V11 V12 V14 V16 V17 V18
a n i
VCCA3GP
m il 25 24 6
25
25 6
P
PP5V_S0_SB_V5REF
C28 G20
VOLTAGE GENERATED INTERNALLY SO NO CONNECT HERE
VCCUSBPLL VCCLAN1_5 CHANGE SYMBOL TO 1.05
USB CORE VCC1_5_A
A1 H6 H7 J6 J7
SB: 4 OF 4 SYNC_MASTER=M38 =PP1V5_S0_SB_VCC1_5_A_USB_CORE
6 25
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC. 0
SYNC_DATE=01/05/2006
NOTICE OF PROPRIETARY PROPERTY
0
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
24
1
OF
A 97
A
8
6
7
5
=PPVCORE_S0_SB 22 6
6
24 6
R2502 1/16W MF-LF 402 5%
1
10% 16V 2 X5R 402
BAT54E3 3
VOLTAGE=5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.15MM
PP5V_S0_SB_V5REF 1
C2503 0.1UF
PLACEMENT NOTE: PLACE < 2.54MM OF SB ON SECONDARY OR 3.56MM ON PRIMARY NEAR PIN AG5
0.1UF
10% 16V 2 X5R 402
24
24 6
C2517 0.1UF
10% 2 16V X5R 402
PLACEMENT NOTE: PLACE < 2.54MM OF SB ON SECONDARY OR 3.56MM ON PRIMARY NEAR PIN AD2
20% 2 2.5V POLY CASE-C2
1
=PP3V3_S5_SB
C2519 0.1UF
10% 16V 2 X5R 402
1
10 1/16W MF-LF 402 1%
D2500 SOT23
25 24 6
BAT54E3
VOLTAGE=5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.15MM
3
PP5V_S5_SB_V5REF_SUS 1
1
0.1UF
C2504
C
1
C2513 0.1UF
10% 2 16V X5R 402
24
PLACEMENT NOTE: PLACE C2504 < 2.54MM OF PIN F6 OF SB ON SECONDARY SIDE OR 3.56MM ON PRIMARY
0.1UF
10% 16V 2 X5R 402
10% 16V X5R 2 402
a n i
=PP3V3_S0_SB_VCC3_3
PLACEMENT NOTE: PLACE < 2.54MM OF SB ON SECONDARY OR 3.56MM ON PRIMARY NEAR PIN AH11
0
24 6
=PP3V3_S0_SB_3V3_1V5_VCCHDA
PLACEMENT NOTE: PLACE < 2.54MM OF SB ON SECONDARY OR 3.56MM ON PRIMARY NEAR PIN U6
0
1
C2521 0.1UF
10% 16V 2 X5R 402
0
24 6
=PP1V5_S0_SB_VCC1_5_A_ATX 1
C2514 1UF
10% 6.3V 2 CERM 402
PLACEMENT NOTE: PLACE < 2.54MM OF SB ON SECONDARY OR 3.56MM ON PRIMARY NEAR PIN AG9
=PP1V05_S0_SB_CPU_IO
25 6
=PP1V5_S0_SB
L2500 SM-3
1
2
PP1V5_S0_SB_VCC1_5_B
155S0247 100-OHM,4A,0805
1
22 24
C2500 1 C2505 1 C2506 1 C2507 220UF
20% 2 2.5V POLY SMB2
0.1UF
10% 2 16V X5R 402
0.1UF
0.1UF
25 24 6
=PP3V3_S5_SB_VCCSUS3_3
10% 2 16V X5R 402
10% 2 16V X5R 402
1
C2520 0.01UF
10% 16V 2 CERM 402
0
PLACEMENT NOTE: PLACE C2500 & C2505-07 < 2.54MM OF SB ON SECONDARY SIDE OR 3.56MM ON PRIMARY NEAR PINS D28, T28, AD28
24 6
=PP1V5_S0_SB_VCCUSBPLL 1
=PP3V3_S0_SB_VCC3_3
C2515 0.01UF
C2509
PLACEMENT NOTE: PLACE C2509 NEAR PIN B27 OF SB
0.1UF
10% 2 16V X5R 402
0
152S0315 1UH,0.5A,20%,1206 25 6
=PP1V5_S0_SB
L2507
A
1
1
2
1/10W 5% MF-LF 603
1206
PP1V5_S0_SB_R
1
VOLTAGE=1.5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.15MM
P
10% 16V 2 CERM 402
1
C2523 0.1UF
10% 2 16V X5R 402
1
C2522 0.1UF
1
2
1
C2501 0.01UF
10% 2 16V CERM 402
1
C2533
1
C2532 0.1UF
10% 16V 2 X5R 402
10% 16V 2 X5R 402
0
C =PP1V5_S0_SB_VCC1_5_A
1
PLACEMENT NOTE: PLACE CAPS NEAR PINS AB8 AND AC8 OF SB
6 24
C2510 0.1UF
10% 16V 2 X5R 402
0
20% 2 6.3V CERM 603
0
=PP1V5_S0_SB_VCC1_5_A_USB_CORE
=PP3V3_S0_SB_VCC3_3_IDE 6
PLACEMENT NOTE: PLACE < 2.54MM OF SB ON SECONDARY OR 3.56MM ON PRIMARY NEAR PINS AA7 ... AG19
1
1
PLACEMENT NOTE: PLACE < 2.54MM OF SB ON SECONDARY OR 3.56MM ON PRIMARY NEAR PINS A1 ... J7
24
6 24
C2512 0.1UF
B
10% 16V 2 X5R 402
C2525 0.1UF
10% 16V 2 X5R 402
0
0
=PP3V3_S0_SB_VCC3_3_PCI 6
PLACEMENT NOTE: DISTRIBUTE IN PCI SECTION OF SB NEAR PINS A5 ... G16
1
C2526 0.1UF
10% 16V 2 X5R 402
1
C2527 0.1UF
1
C2528 0.1UF
1
C2540 0.1UF
10% 16V 2 X5R 402
10% 16V 2 X5R 402
24
10% 16V 2 X5R 402
0
SB:DECOUPLING SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY
24
PP3V3_S5_SB_RTC
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
5 21 24 26
C2508 10UF
20% 2 6.3V CERM 805-1
1
PLACEMENT NOTE: PLACE CAPS NEAR PIN W5 OF SB
C2530 0.1UF
10% 2 16V X5R 402
1
C2529 0.1UF
10% 2 16V X5R 402
1
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE
C2541
II NOT TO REPRODUCE OR COPY IT
1UF
10% 2 6.3V CERM 402
III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SHT NONE
5
4
3
2
REV.
051-7199
D SCALE
6
1
0.1UF
6 24
C2524
0
7
D
=PP3V3_S5_SB_VCCSUS3_3_USB
0
8
10% 2 16V X5R 402
0
PP1V5_S0_SB_VCCDMIPLL
PLACEMENT NOTE: PLACE < 2.54MM OF SB ON SECONDARY SIDE OR 3.56MM ON PRIMARY
C2534 0.1UF
10% 2 16V X5R 402
4.7UF
10% 2 16V X5R 402
PLACEMENT NOTE: PLACE C2520 NEAR PIN C1 OF SB
1
0.1UF
PLACEMENT NOTE: PLACE CAPS NEAR PINS K3 ... N7 OF SB
VOLTAGE=1.5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.15MM
0.28-OHM
R2500
PLACEMENT NOTE: PLACE C2520 NEAR PIN E3 OF SB
e r 0
B
1
6 21 24
PLACEMENT NOTE: PLACE NEAR PINS AE23, AE26 & AH26 OF SB
VOLTAGE=1.5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.15MM
100-OHM-EMI
25 24 6
m il
0
C2531
24 25
0
y r
24
0
R2501
1
PLACEMENT NOTE: PLACE CAPS NEAR PINS A24 ... G19 AND P7 OF SB
C2516 330UF
10% 6.3V 2 CERM 402
=PP3V3_S0_SB_VCCLAN3_3 6
=PP5V_S5_SB 2
1
1UF
PLACEMENT NOTE: PLACE CAP UNDER SB NEAR PINS V1, V5, W2, OR W7
0
1
C2502
=PP1V5_S0_SB_VCCSATAPLL 1
C2542
1
=PP3V3_S5_SB_VCCSUS3_3 6
0
0
6
C2518
1
0
PLACEMENT NOTE: PLACE C2503 < 2.54MM OF PIN AD17 OF SB ON SECONDARY SIDE OR 3.56MM ON PRIMARY
10% 16V 2 X5R 402
C2511 0.1UF
D2501 SOT23
D
26 23 6
6 24
PLACEMENT NOTE: PLACE CAPS AT EDGE OF SB
=PP1V5_S0_SB_VCC1_5_A_ARX 1
100 1
1
=PP3V3_S0_SB
=PP5V_S0_SB 2
2
3
4
25
1
OF
A 97
A
8
6
7 C2608
=PP3V3_S0_SB_PM
15PF 21
CRITICAL 1
CERM 50V 402 5%
2
0.1UF 1
402 MF-LF 1/16W 5%
1
4
15PF
C2607
10M
SM-LF
21
SB_RTC_X2
0 OUT
SOT23-5-LF 4
PM_SB_PWROK
1
U2601
VR_PWRGOOD_DELAY
75 14 5
2
1
1/16W MF-LF 402 5%
MIN_LINE_WIDTH=0.6MM
25 23 6
D2600 SOT23
=PP3V3_S5_SB
1
1
BAT54E3
1
1
PP3V3_S5
79 78 77 76 66 65 59 26 6 5 83 80
21
402 MF-LF 1% 1/16W
1
SB_RTC_RST_L
C2605 1UF
2
1M 402 MF-LF 1/16W 1%
PP3V3_S0
79 78 77 76 66 65 59 26 6 5 83 80
OUT
R2603
5% 1/16W MF-LF 2 402
NOSTUFF
44 22
IO
22
IO
22
IN
27 22
IN
22
IN
1
PLACE R2603 IN ACCESSIBLE LOCATION RESISTOR TO GND USED TO PROVIDE PADS TO SHORT THIS RESET_L IN CASE OF BAD SMC FLASH DURING DEVELOPMENT
1
0.1UF
DEVELOPMENT
R2699
0
C2698
20% 10V 2 CERM 402
1
PPVBATT_S5_RTC VOLTAGE=3.3V CRITICAL
21
SB_SM_INTRUDER_L
5% 1/16W MF-LF 2 402
OUT
VCC DEVELOPMENT
U2699
SW_RST_BTN_L DEVELOPMENT
DEVELOPMENT
MAX6816 2
IN
OUT
SW_RST_DEBNC
3
SOT143
SW2600
GND
SPST
0
2
3
4
5 1
DEVELOPMENT 1
R2698
1
SM-LF 1
R2697
5% 1/16W MF-LF 2 402
4
J2600 SM
SB_SYSRST_4_PVT
1
10K
10K
1
100K
5% 1/16W MF-LF 2 402
2
DEVELOPMENT
MC74VHC1G08
U2698
SOT23-5-LF 4 U2698_4
IO
22
IO IO
44 22
IO
22
IO
22
ODD_PWR_EN_L
0.1UF
20% 10V 2 CERM 402
22
38 22
DEVELOPMENT
C2699
IN
22
a n i
PP3V3_S5
DEVELOPMENT
1
0
10% 2 6.3V CERM 402
R2606
1K 402 MF-LF 1/16W 5%
94 83 76 61 59 41 26 10 6
BB1020 2
IO
10K
0
20.0K2
BAT54E3
C
IO
44 22
27 22
C2610
1
MIN_LINE_WIDTH=0.6MM
MIN_LINE_WIDTH=0.6MM
IO
44 22
PCI_FRAME_L PCI_IRDY_L PCI_TRDY_L PCI_STOP_L PCI_SERR_L PCI_DEVSEL_L PCI_PERR_L PCI_LOCK_L
R2623 R2624 R2625 R2626 R2627 R2628 R2630 R2629
PCI_REQ0_L PCI_REQ1_L PCI_REQ2_L PCI_REQ3_L
R2632 R2631 R2633 R2634
INT_PIRQA_L INT_PIRQB_L INT_PIRQC_L INT_PIRQD_L SB_GPIO2 SB_GPIO3 SB_GPIO4 SB_GPIO5
R2637 R2636 R2638 R2639 R2640 R2642 R2641 R2643
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
y r
2
22
R2600
3
1
IO
44 22
1UF
D2601 SOT23
R2607
44 22
IN
10% 6.3V 2 CERM 402
2
IO
0
3
PPVBATT_S5_RTC_R 1 VOLTAGE=3.3V
IO
44 22
R2622
10K PP3V3_S5_SB_RTC
ALL_SYS_PWRGD
77 58
IN
3
R2612
44 22
NOTE: ISL6262 SPEC (P 5) SAID TO USE 1.9K
1/16W MF-LF 402 1%
5
2
23
USING 1% FOR BOM CONSOLIDATION
1.82K
MC74VHC1G08
25 24 21 5
=PP3V3_S0_SB_PCI
6
6
R2611
2
20% 10V CERM 402
IN
CERM 50V 402 5%
D
1
OUT
R2609
32.768K
C2609 1
2
Y2600
SB_RTC_X1
2
2
1
1
2
3
4
5
IO IO
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
8.2K 8.2K 8.2K 8.2K 8.2K 8.2K 8.2K 8.2K
D
8.2K 8.2K 8.2K 8.2K
8.2K 8.2K 8.2K 8.2K 8.2K 8.2K 8.2K 8.2K
MAKE_BASE=TRUE
PP3V3_S5 5
6 26 59 65 66 76 77 78 79 80 83
1
R2651 10K
5% 1/16W MF-LF 2 402 58 23
C
SMS_INT_L
R2650 1
1K
2
58 23 5
PM_SYSRST_L
OUT
5% 1/16W MF-LF 402
3
m il
NOT_DEVELOPMENT_PLUS_ITP
R2696 1
RESET 11 7
IN
XDP_DBRESET_L
0
2
5% 1/16W MF-LF 402
NOTE: R2696 CAN’T EXIST WITH BOTH ITP & DEVELOPMENT SHOULD BE STUFFED WITH ITP & NO DEVELOPMENT
e r
B PP3V3_S0
6 10 26 41 59 61 76 83 94
C2611 0.1UF 1
2
20% 10V CERM 402
U2603
23
OUT
VR_PWRGD_CK410
5
74LVC1G04DBVG4 4
2
SOT23-5 3
33
OUT
CK410_PD_VTT_PWRGD_L
A
75
P
VR_PWRGD_CK410_L
IN
B
SB: MISC SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
26
1
OF
A 97
A
8
6
7
2
3
4
5
1
SB I2C BUSSES D
D
PCI CONTROL 27 23
IO
27 23
IO
SMB_CLK SMB_DATA
=I2C_MEM_SCL =I2C_MEM_SDA
29 28
MAKE_BASE=TRUE 29 28
MAKE_BASE=TRUE
IO 26 22
IO 22
SMB_CK410_CLK SMB_CK410_DATA
33 33
IO OUT IO 22
=SMB_AIRPORT_CLK =SMB_AIRPORT_DATA
53 53
C 1
2
1
2
27 23 27 23
PCI_REQ3_L PCI_GNT3_L
1
2
1
2
PCI_FW_REQ_L PCI_FW_GNT_L NO_TEST=TRUE
y r
44 44
22 26
TP_PCI_GNT3_L MAKE_BASE=TRUE
a n i
6 21 23
2.2K 2.2K
=PP3V3_S5_SB_IO
R2719 R2718
MAKE_BASE=TRUE
IO
C
m il
6 22
NOSTUFF SMB_CLK SMB_DATA
MAKE_BASE=TRUE
IO
=PP3V3_S0_SB_GPIO
R2729 R2728
PCI_REQ1_L PCI_GNT1_L
2.2K 2.2K
NOSTUFF
e r
B
P
A
B
SB: SMB HUB AND ALIAS SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
27
1
OF
A 97
A
6 =PP1V8_S3_MEM
3
MEM_VREF 1
C2800
2.2UF
15
MEM_A_DQ<0> MEM_A_DQ<1>
7
0.1uF
10%
6.3V CERM1 603
Signal aliases required by this page: - =I2C_MEM_SCL - =I2C_MEM_SDA
1
9
20%
10V
2
CERM 402
2
15 5 15 5
11
MEM_A_DQS_N<0> MEM_A_DQS_P<0>
13 15
15
BOM options provided by this page: (NONE)
15
MEM_A_DQ<2> MEM_A_DQ<3>
17
MEM_A_DQ<8> MEM_A_DQ<9>
23
19 21
D
15 15
25 27
15 5 15 5
29
MEM_A_DQS_N<1> MEM_A_DQS_P<1>
31 33
15 15
35
MEM_A_DQ<10> MEM_A_DQ<11>
37 39
DDR2 VRef
41 15 5
One 0.1uF per connector
15
43
MEM_A_DQ<16> MEM_A_DQ<17>
45 47
29 28 6 5
15 5
=PP1V8_S3_MEM
15 5
49
MEM_A_DQS_N<2> MEM_A_DQS_P<2>
51 53
1
R2800
15
1K
2
1% 1/16W MF-LF 402
15
57 59
15
MEM_VREF
15 5
5 28 29
VOLTAGE=0.9V MIN_LINE_WIDTH=0.25 mm MIN_NECK_WIDTH=0.25 mm 1
55
MEM_A_DQ<18> MEM_A_DQ<19>
61
MEM_A_DQ<24> MEM_A_DQ<25>
63 65
15
67
MEM_A_DM<3>
R2801
NC
1K
2
C
69 71
1% 1/16W MF-LF 402
15 15
73
MEM_A_DQ<26> MEM_A_DQ<27>
75 77
30 14
79
MEM_CKE<0>
81
NC 30 15
83
MEM_A_BS<2>
85
MEM_A_A<12> MEM_A_A<9> MEM_A_A<8>
89
87 30 15 30 15 30 15
91
30 15 30 15
MEM_A_A<5> MEM_A_A<3> MEM_A_A<1>
97 99
101
103
30 15 30 15 30 15
MEM_A_A<10> MEM_A_BS<0> MEM_A_WE_L
105
107 109 111
30 15 30 14
MEM_A_CAS_L MEM_CS_L<1>
113 115 117 119
e r 30 14
15 15
B
15 5 15 5
15 15
15 15
P
A
15
15 15
15 15
15 5 15 5
MEM_ODT<1>
MEM_A_DQ<32> MEM_A_DQ<33>
MEM_A_DQS_N<4> MEM_A_DQS_P<4> MEM_A_DQ<34> MEM_A_DQ<35> MEM_A_DQ<40> MEM_A_DQ<41>
121 123 125 127 129 131 133 135 137 139 141 143 145
147
MEM_A_DM<5>
149 151
MEM_A_DQ<42> MEM_A_DQ<43>
153 155 157
MEM_A_DQ<48> MEM_A_DQ<49>
159 161
NC
163 165 167
MEM_A_DQS_N<6> MEM_A_DQS_P<6>
169 171
15 15
173
MEM_A_DQ<50> MEM_A_DQ<51>
175 177
15 15
179
MEM_A_DQ<56> MEM_A_DQ<57>
181 183
15
185
MEM_A_DM<7>
187 29 6
15
=PPSPD_S0_MEM
15 5
189
MEM_A_DQ<58> MEM_A_DQ<59>
191 193
C2851
1
2.2UF 10%
6.3V CERM1 2 603
C2852
1 29 27
0.1uF 20%
29 27
10V CERM 2
7
195
=I2C_MEM_SDA =I2C_MEM_SCL
197 199
402
6
F-RT-SM1
DQ1 VSS4 DQS0* DQS0 VSS6 DQ2 DQ3 VSS8 DQ8
VSS0 DQ4 DQ5 VSS2 DM0 VSS5 DQ6 DQ7 VSS7 DQ12 DQ13 VSS9
DQ9 VSS10
DM1 VSS11
DQS1*
CK0
DQS1 VSS12
CK0* VSS13
DQ10
DQ14
DQ11 VSS14
DQ15 VSS15 KEY
VSS16
VSS17
DQ16 DQ17
DQ20 DQ21 VSS19
VSS18
NC0 DM2
DQS2* DQS2 VSS21
VSS22
DQ18 DQ19
DQ22 DQ23
VSS23 DQ24
VSS24 DQ28
DQ25
DQ29 VSS26 DQS3*
VSS25 DM3 NC1
DQS3
VSS27 DQ26
VSS28 DQ30
DQ27
DQ31
VSS29 CKE0
VSS30 NC/CKE1
VDD0 NC2
VDD1 NC/A15
BA2
NC/A14
VDD2 A12
VDD3 A11
A9
A7
A8 VDD4
5
A6 VDD5
A5
A4
A3 A1
A2 A0
VDD6 A10/AP
VDD7 BA1
BA0
RAS*
WE* VDD8
S0* VDD9
CAS*
ODT0
NC/S1* VDD10
NC/A13 VDD11
NC/ODT1
NC3
VSS31 DQ32
VSS32 DQ36
DQ33 VSS33
DQ37 VSS34
DQS4*
DM4
DQS4 VSS36
VSS35 DQ38
DQ34
DQ39
DQ35 VSS38
VSS37 DQ44
DQ40
DQ45
VSS39 DQS5*
DQ41 VSS40 DM5 VSS41
DQS5 VSS42 DQ46
DQ42
DQ47 VSS44
DQ43 VSS43 DQ48
DQ52
DQ49 VSS45
DQ53 VSS46
NC_TEST
CK1
VSS47 DQS6*
CK1* VSS48 DM6 VSS50
DQS6 VSS49 DQ50
DQ54 DQ55 VSS52
DQ51 VSS51 DQ56
DQ60
DQ57 VSS53
DQ61 VSS54
DM7
DQS7*
VSS55 DQ58
DQS7 VSS56
DQ59 VSS57
DQ62 DQ63
SDA
VSS58
SCL VDDSPD
516S0403
8
CRITICAL
J2800
2 4
MEM_A_DQ<4> MEM_A_DQ<5>
6
SA0 SA1
GND
1
5 6 28 29
15 15
8 10
MEM_A_DM<0>
15
12 14
MEM_A_DQ<6> MEM_A_DQ<7>
16
15 5 15
18 20
MEM_A_DQ<12> MEM_A_DQ<13>
22
15 15
D
24 26
MEM_A_DM<1>
15
28 30
MEM_CLK_P<0> MEM_CLK_N<0>
32
y r
14 14
34 36
MEM_A_DQ<14> MEM_A_DQ<15>
38
5 15 15
40 42 44
MEM_A_DQ<20> MEM_A_DQ<21>
46
15 15
48 50
DIMM_OVERTEMP_L MEM_A_DM<2>
a n i
52 54 56
MEM_A_DQ<22> MEM_A_DQ<23>
58 60 62
MEM_A_DQ<28> MEM_A_DQ<29>
64 66 68
MEM_A_DQS_N<3> MEM_A_DQS_P<3>
70 72 74
MEM_A_DQ<30> MEM_A_DQ<31>
76 78 80
MEM_CKE<1>
82 84
29 59 15
15 15
15 15
5 15 5 15
15 15
88 90 92 94 96 98
100 102
104 106
108 110
112
114 116
MEM_A_A<11> MEM_A_A<7> MEM_A_A<6> MEM_A_A<4> MEM_A_A<2> MEM_A_A<0>
MEM_A_BS<1> MEM_A_RAS_L MEM_CS_L<0> MEM_ODT<0> MEM_A_A<13>
DDR2 Bypass Caps
15 30 15 30 15 30
15 30
(For return current) 29 28 6 5
=PP1V8_S3_MEM
15 30
1
15 30
10UF
20%
6.3V 2 X5R
603
603
14 30 15 30
122
126
603
C2804 10UF
20%
6.3V 2 X5R
14 30
1
2
MEM_A_DQ<36> MEM_A_DQ<37>
1
C2803 10UF
20%
6.3V 2 X5R
603
15 30
1
C2802 10UF
20%
NC
124
1
C2801
6.3V 2 X5R
15 30
118
120
C
14 30
TP_MEM_A_A<15> TP_MEM_A_A<14>
86
m il 93 95
30 15
VSS1 DQ0
=PP1V8_S3_MEM
15
1
C2810
1
C2811 0.1uF
0.1uF
20%
20%
20%
10V CERM 402
2
C2814
1
10V CERM 402
2
C2815
1
1
C2812
0.1uF
C2813 0.1uF 20%
10V
2
CERM 402
10V CERM 402
15
128
130
MEM_A_DM<4>
15
1
132 134 136
MEM_A_DQ<38> MEM_A_DQ<39>
15
2 5 15
C2816
1
0.1uF
0.1uF
0.1uF
20%
20%
20%
20%
10V CERM 402
2
C2818
1
10V CERM 402
2
C2819
1
10V
2
CERM 402
B
C2817
0.1uF
10V CERM 402
138 140 142
MEM_A_DQ<44> MEM_A_DQ<45>
15 15
144 146 148
1
MEM_A_DQS_N<5> MEM_A_DQS_P<5>
5 15 5 15
0.1uF
0.1uF
20%
20%
20%
10V 2 CERM
402
152
MEM_A_DQ<46> MEM_A_DQ<47>
154
C2820
0.1uF 10V 2 CERM
150
1
402
C2821 0.1uF 20%
10V 2 CERM
2
402
10V CERM 402
15 5 15
156 158
MEM_A_DQ<52> MEM_A_DQ<53>
160
15 15
162 164
MEM_CLK_P<1> MEM_CLK_N<1>
166
14 14
168 170
MEM_A_DM<6>
15
172 174
MEM_A_DQ<54> MEM_A_DQ<55>
176
5 15
DDR2 SO-DIMM Connector A
15
178 180
MEM_A_DQ<60> MEM_A_DQ<61>
182
SYNC_MASTER=MASTER
15 15
186
MEM_A_DQS_N<7> MEM_A_DQS_P<7>
188
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY
184
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
5 15 5 15
190
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE
192
MEM_A_DQ<62> MEM_A_DQ<63>
194
II NOT TO REPRODUCE OR COPY IT
15
III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
15
196 SIZE
198 200
ADDR=0xA0(WR)/0xA1(RD) APPLE COMPUTER INC.
205
15
C2850
VREF
204
Power aliases required by this page: - =PP1V8_S3_MEM - =PPSPD_S0_MEM (2.5V - 3.3V)
5
DDR2-SODIMM-STD
1 29 28 5
203
Page Notes
2
3
4
5 29 28 6 5
202
7
201
8
=PP1V8_S3_MEM
SOME ANCHOR PINS CONNECTED TO NETS TO IMPROVE PLANE POUR
SHT NONE
3
2
REV.
051-7199
SCALE
5 6 28 29
4
DRAWING NUMBER
D
28
1
OF
A 97
A
6
C2950
1
C2900
2.2UF
Signal aliases required by this page: - =I2C_MEM_SCL - =I2C_MEM_SDA
15
9
0.1uF 20%
10%
6.3V CERM1 603
1
7
10V
2
CERM 402
15 5
2 15 5
11
MEM_B_DQS_N<0> MEM_B_DQS_P<0>
13 15
15 15
BOM options provided by this page: (NONE)
MEM_B_DQ<2> MEM_B_DQ<3>
17
MEM_B_DQ<8> MEM_B_DQ<9>
23
MEM_B_DQS_N<1> MEM_B_DQS_P<1>
29
19 21
15 5
NOTE: This page does not supply VREF. The reference voltage must be provided by another page.
15
25 27
15 5 15 5
31 33
15 15
35
MEM_B_DQ<10> MEM_B_DQ<11>
37 39 41
15 15
43
MEM_B_DQ<16> MEM_B_DQ<17>
45 47
15 5 15 5
49
MEM_B_DQS_N<2> MEM_B_DQS_P<2>
51 53
15 15
55
MEM_B_DQ<18> MEM_B_DQ<19>
57 59
15 15 5
61
MEM_B_DQ<24> MEM_B_DQ<25>
63 65
15
67
MEM_B_DM<3> NC
69 71
15 15
C
73
MEM_B_DQ<26> MEM_B_DQ<27>
75 77
30 14
79
MEM_CKE<2>
81
NC 30 15
83 85
MEM_B_BS<2>
87 30 15 30 15 30 15
MEM_B_A<12> MEM_B_A<9> MEM_B_A<8>
89 91 93
30 15 30 15
MEM_B_A<5> MEM_B_A<3> MEM_B_A<1>
97 99
101
103
30 15 30 15 30 15
MEM_B_A<10> MEM_B_BS<0> MEM_B_WE_L
105
107 109 111
30 15 30 14
MEM_B_CAS_L MEM_CS_L<3>
113 115 117
30 14
MEM_ODT<3>
e r 15 15
B
15 5 15 5
15 15
15 15
P
A
15
15 15
15 5 15
15 5 15 5
MEM_B_DQ<32> MEM_B_DQ<33>
MEM_B_DQS_N<4> MEM_B_DQS_P<4> MEM_B_DQ<34> MEM_B_DQ<35> MEM_B_DQ<40> MEM_B_DQ<41> MEM_B_DM<5>
119 121 123 125 127 129 131 133 135 137 139 141 143 145
147
149 151
MEM_B_DQ<42> MEM_B_DQ<43>
153 155 157
MEM_B_DQ<48> MEM_B_DQ<49>
159 161
NC
163 165 167
MEM_B_DQS_N<6> MEM_B_DQS_P<6>
169 171
15 15
173
MEM_B_DQ<50> MEM_B_DQ<51>
175 177
15 15
179
MEM_B_DQ<56> MEM_B_DQ<57>
181 183
15
185
MEM_B_DM<7>
187 15
29 28 6
15
=PPSPD_S0_MEM
189
MEM_B_DQ<58> MEM_B_DQ<59>
191 193
C2951
1
C2952
2.2UF
0.1uF
10%
20%
6.3V
10V
CERM1 2 603
28 27
1
28 27
DQ0
195
=I2C_MEM_SDA =I2C_MEM_SCL
197 199
CERM 2
DQS0* DQS0 VSS6 DQ2 DQ3 VSS8 DQ8 DQ9
6
VSS0 DQ4 DQ5 VSS2 DM0 VSS5 DQ6 DQ7 VSS7 DQ12 DQ13 VSS9 DM1
VSS11
VSS10 DQS1* DQS1
CK0 CK0*
VSS12
VSS13
DQ10 DQ11
DQ14 DQ15
VSS14
VSS15 KEY
VSS16 DQ16
VSS17 DQ20
DQ17
DQ21 VSS19 NC0
VSS18 DQS2* DQS2
DM2
VSS21 DQ18
VSS22 DQ22
DQ19
DQ23
VSS23 DQ24
VSS24 DQ28
DQ25 VSS25
DQ29 VSS26
DM3
DQS3*
NC1 VSS27
DQS3 VSS28
DQ26
DQ30
DQ27 VSS29
DQ31 VSS30
CKE0
NC/CKE1
VDD0 NC2
VDD1 NC/A15
BA2 VDD2
NC/A14 VDD3
A12
A11
A9 A8
A7 A6
VDD4
5
VDD5
A5 A3
A4 A2
A1
A0
VDD6 A10/AP
VDD7 BA1 RAS* S0*
BA0 WE*
VDD8
VDD9
CAS* NC/S1*
ODT0 NC/A13
VDD10
VDD11
NC/ODT1 VSS31
NC3 VSS32
DQ32
DQ36
DQ33 VSS33
DQ37 VSS34
DQS4* DQS4
DM4 VSS35 DQ38
VSS36 DQ34 DQ35
DQ39 VSS37
VSS38
DQ44
DQ40 DQ41
DQ45 VSS39
VSS40
DQS5*
DM5 VSS41
DQS5 VSS42 DQ46 DQ47
DQ42 DQ43 VSS43
VSS44
DQ48 DQ49
DQ52 DQ53
VSS45
VSS46
NC_TEST VSS47
CK1 CK1*
DQS6*
VSS48 DM6 VSS50
DQS6 VSS49 DQ50 DQ51
DQ54 DQ55
VSS51
VSS52
DQ56 DQ57
DQ60 DQ61
VSS53
VSS54
DM7 VSS55
DQS7* DQS7
DQ58
VSS56
DQ59 VSS57
DQ62 DQ63
SDA SCL
VSS58 SA0
VDDSPD
402
30 6
7
F-RT-SM1
DQ1 VSS4
516S0404
8
CRITICAL
J2900
4
MEM_B_DQ<4> MEM_B_DQ<5>
6
=PP0V9_S0_MEM_TERM
GND
SA1
1
5 6 28 29
15 15
8 10
MEM_B_DM<0>
15
12 14
MEM_B_DQ<6> MEM_B_DQ<7>
16
5 15 15
18 20
MEM_B_DQ<12> MEM_B_DQ<13>
22
15 15
24 26
MEM_B_DM<1>
D
15
28 30
MEM_CLK_P<3> MEM_CLK_N<3>
32
y r
14 14
34 36
MEM_B_DQ<14> MEM_B_DQ<15>
38
15 15
40 42 44
MEM_B_DQ<20> MEM_B_DQ<21>
46
15 15
48 50
DIMM_OVERTEMP_L MEM_B_DM<2>
28 59
a n i
52 54 56
MEM_B_DQ<22> MEM_B_DQ<23>
58 60 62
MEM_B_DQ<28> MEM_B_DQ<29>
64 66 68
MEM_B_DQS_N<3> MEM_B_DQS_P<3>
70 72 74
MEM_B_DQ<30> MEM_B_DQ<31>
76 78 80
MEM_CKE<3>
82 84
TP_MEM_B_A<15> TP_MEM_B_A<14>
86 88 90
MEM_B_A<11> MEM_B_A<7> MEM_B_A<6>
92 94
m il 95
30 15
VREF VSS1
=PP1V8_S3_MEM
2
96 98
MEM_B_A<4> MEM_B_A<2> MEM_B_A<0>
100 102
104 106
MEM_B_BS<1> MEM_B_RAS_L MEM_CS_L<2>
108 110
112
114
MEM_ODT<2> MEM_B_A<13>
116
15
15
5 15
15 15
5 15 5 15
15 15
C
14 30
5 5
15 30
DDR2 Bypass Caps
15 30 15 30
(For return current)
15 30
29 28 6 5
=PP1V8_S3_MEM
15 30 15 30
1
15 30 15 30
2
14 30
C2908
1
C2909
1
C2910
1UF
1UF
1UF
10%
10%
10%
6.3V
2 6.3V CERM
CERM 402
C2911 1UF 10%
2 6.3V CERM
402
1
2 6.3V CERM
402
402
14 30 15 30
118
120
1
NC
122 124
MEM_B_DQ<36> MEM_B_DQ<37>
126
C2912
C2913
1
C2914
1UF
1UF
10%
10%
10%
6.3V 2 CERM
15
1
1UF
6.3V 2 CERM
402
C2915 1UF 10%
6.3V 2 CERM
402
1
6.3V 2 CERM
402
402
15
128
130
MEM_B_DM<4>
B
15
132 134
MEM_B_DQ<38> MEM_B_DQ<39>
136
1 5 15
140
MEM_B_DQ<44> MEM_B_DQ<45>
142
C2916
1
1UF
C2917
1
1UF
10%
15
1
10%
2 6.3V CERM
402
C2919 1UF
10%
2 6.3V CERM
402
C2918 1UF
10%
2 6.3V CERM
138
2 6.3V CERM
402
402
5 15 15
144 146
MEM_B_DQS_N<5> MEM_B_DQS_P<5>
148
5 15
1
5 15
150 152
MEM_B_DQ<46> MEM_B_DQ<47>
154
C2920
C2921
1
C2922
1UF
1UF
10%
10%
10%
6.3V 2 CERM
15
1
1UF
6.3V 2 CERM
402
C2923 1UF 10%
6.3V 2 CERM
402
1
6.3V 2 CERM
402
402
15
156 158
MEM_B_DQ<52> MEM_B_DQ<53>
160
15 15
162 164
MEM_CLK_P<2> MEM_CLK_N<2>
166
14 14
168 170
MEM_B_DM<6>
15
172 174
MEM_B_DQ<54> MEM_B_DQ<55>
176
15 15
DDR2 SO-DIMM Connector B
178 180
MEM_B_DQ<60> MEM_B_DQ<61>
182
15
SYNC_MASTER=MASTER
NOTICE OF PROPRIETARY PROPERTY
186
MEM_B_DQS_N<7> MEM_B_DQS_P<7>
188
5 15
=PPSPD_S0_MEM
5 15
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
6 28 29
190 192
MEM_B_DQ<62> MEM_B_DQ<63>
194
5 15
1
ADDR=0XA4(WR)/0XA5(RD)
198
2
200
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE
R2900 10K
15
196
II NOT TO REPRODUCE OR COPY IT
Resistor prevents pwr-gnd short
III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
5% 1/16W MF-LF 402
SIZE
MEM_B_SPD_SA1
APPLE COMPUTER INC. =PP1V8_S3_MEM
SYNC_DATE=MASTER
15
184
205
Power aliases required by this page: - =PP1V8_S3_MEM - =PPSPD_S0_MEM (2.5V - 3.3V)
5
MEM_B_DQ<0> MEM_B_DQ<1>
204
MEM_VREF
DDR2-SODIMM-REV
3 28 5
15
D
1
203
Page Notes
=PP1V8_S3_MEM
2
3
4
5 29 28 6 5
202
7
201
8
SOME ANCHOR PINS CONNECTED TO NETS TO IMPROVE PLANE POUR
SHT NONE
3
2
REV.
051-7199
SCALE
5 6 28 29
4
DRAWING NUMBER
D
29
1
OF
A 97
A
8
7
6
2
3
4
5
1
One cap for each side of every RPAK, one cap for every two discrete resistors BOMOPTION shown at the top of each group applies to every part below it
29 6
29 28 14
IN
MEM_CS_L<3..0> 0 1 2 3
RP3000 R3001 RP3001 RP3002
3 56 1 56 2 56 4 56
=PP0V9_S0_MEM_TERM
6 2 7 5
1
5% 1/16W SM-LF 5% 1/16W MF-LF 402
C3000
1
0.1uF
5% 1/16W SM-LF
2
5% 1/16W SM-LF
20% 10V CERM 402
C3001 0.1uF 20% 10V CERM 402
2
D
D 29 28 14
IN
MEM_CKE<3..0> 0 1 2 3
RP3003 RP3004 RP3005 RP3006
56 56 56 56
1
8
1
8
5% 1/16W SM-LF
1
8
5% 1/16W SM-LF
1
8
5% 1/16W SM-LF
1
IN
MEM_ODT<3..0> 0 1 2 3
28 15
IN
MEM_A_A<13..0> 0 1 2 3 4 5 6 7 8 9
C
10 11 12 13
RP3000 R3009 RP3001 R3011
RP3007 RP3008 RP3007 RP3008 RP3007 RP3008 RP3007 RP3004 RP3008 RP3003 RP3009 RP3004 RP3003 R3025
4 56 1 56 3 56
56
1
56 56 56 56 56 56 56 56 56 56 56 56 56 56
2
20% 10V CERM 402
0.1uF
6
5% 1/16W SM-LF 5% 1/16W MF-LF 402
1
5% 1/16W SM-LF 5% 1/16W MF-LF 402
2
4
5
4
5
5% 1/16W SM-LF
3
6
5% 1/16W SM-LF
3
6
5% 1/16W SM-LF
2
7
5% 1/16W SM-LF
2
7
5% 1/16W SM-LF
1
8
5% 1/16W SM-LF
4
5
5% 1/16W SM-LF
1
8
5% 1/16W SM-LF
4
5
5% 1/16W SM-LF
1
8
5% 1/16W SM-LF
3
6
5% 1/16W SM-LF
3
6
5% 1/16W SM-LF
1
0.1uF 20% 10V CERM 402
MEM_A_BS<2..0>
0.1uF
1
RP3009 RP3000 RP3003
56 56 56
2
7
1
8
5% 1/16W SM-LF
2
2
7
5% 1/16W SM-LF 5% 1/16W SM-LF
28 15
IN
28 15
IN
28 15
IN
MEM_A_RAS_L MEM_A_CAS_L MEM_A_WE_L
RP3000 RP3009 RP3009
e r 29 15 29 15
P
A
IN
29 15
IN
29 15
IN
29 15
IN
IN IN IN
29 15
IN
29 15
IN
29 15
IN
29 15
IN
29 15
IN
29 15
IN
29 15
29 15
2
7
4
5
5% 1/16W SM-LF
3
6
5% 1/16W SM-LF 5% 1/16W SM-LF
29 15
B
56 56 56
IN
29 15
IN
29 15
IN
29 15
IN
29 15
IN
RP3011 RP3010 RP3011 R3035 RP3011 RP3010 RP3006 RP3006 RP3010 RP3005 RP3010 RP3006 RP3005 RP3001
MEM_B_A<0> MEM_B_A<3> MEM_B_A<2> MEM_B_A<10> MEM_B_A<4> MEM_B_A<5> MEM_B_A<6> MEM_B_A<7> MEM_B_A<8> MEM_B_A<9> MEM_B_A<1> MEM_B_A<11> MEM_B_A<12> MEM_B_A<13>
56 56 56
3
C3030
1
2
1
1
C3032 0.1uF
2
20% 10V CERM 402
3
6
2
7
5% 1/16W SM-LF
1 56 1 56 2 56 4 56 3 56 1 56 4 56 4 56 2 56 3 56 4 56
1
2
8
2
1
1 2
RP3002 RP3011 RP3005
56 56 56
2
1
RP3001 RP3002 RP3002
56 56 56
20% 10V CERM 402
C3041
1
2
20% 10V CERM 402
C3038 0.1uF 20% 10V CERM 402
2
1
C3040 0.1uF 20% 10V CERM 402
2
1
0.1uF 20% 10V CERM 402
C3035
C3042 0.1uF 20% 10V CERM 402
2
B
5% 1/16W SM-LF 5% 1/16W MF-LF 402
7
5% 1/16W SM-LF
5
5% 1/16W SM-LF
6
5% 1/16W SM-LF
8
5% 1/16W SM-LF
5
5% 1/16W SM-LF
5
5% 1/16W SM-LF
7
5% 1/16W SM-LF
6
5% 1/16W SM-LF
5
5% 1/16W SM-LF
1
8
4
5
5% 1/16W SM-LF
2
7
5% 1/16W SM-LF 5% 1/16W SM-LF
MEM_B_RAS_L MEM_B_CAS_L MEM_B_WE_L
C3039
C
0.1uF
0.1uF
1
C3004
1
0.1uF 2
1
20% 10V CERM 402
C3009
1
20% 10V CERM 402
C3006 0.1uF 20% 10V CERM 402
2
1
0.1uF 2
0
20% 10V CERM 402
20% 10V CERM 402
2
0.1uF
5% 1/16W SM-LF
MEM_B_BS<2..0>
C3037
C3033 0.1uF
C3036 20% 10V CERM 402
20% 10V CERM 402
2
1
1
C3031 0.1uF
20% 10V CERM 402
6
5% 1/16W SM-LF
20% 10V CERM 402
2
0.1uF
2
m il 0
C3011
a n i 1
5% 1/16W SM-LF 5% 1/16W MF-LF 402
2
C3010
2
IN
20% 10V CERM 402
2
0.1uF
28 15
y r
C3007
5 2
2
1
1
0.1uF
5% 1/16W SM-LF
29 28 14
C3005
C3008 0.1uF 20% 10V CERM 402
2
C3013
1
0.1uF 2
C3043 0.1uF
20% 10V CERM 402
2
20% 10V CERM 402
Memory Active Termination
1
8
3
6
5% 1/16W SM-LF
2
7
5% 1/16W SM-LF 5% 1/16W SM-LF
1
C3014
1
0.1uF 2
20% 10V CERM 402
C3015
A
0.1uF 2
NOTICE OF PROPRIETARY PROPERTY
20% 10V CERM 402
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
30
1
OF
A 97
8 Page Notes
6
7
2
3
4
5
1
Power aliases required by this page: - =PP5V_S0_MEMVTT - =PP1V8_S0_MEMVTT - =PP0V9_S0_MEMVTT_LDO Signal aliases required by this page: (NONE) BOM options provided by this page: (NONE)
D
D
y r
DDR2 Vtt Regulator
6
MEMVTT_EN_PU
1
R3100 1 5% 1/16W MF-LF 402
USING 1% FR BOM CONSOLIDATION 6
C3100 1uF
1K
C
a n i
=PP5V_S0_MEMVTT
2
10% 6.3V CERM 402
2
R3101
=PP1V8_S0_MEMVTT
1
221
1% 1/16W MF-LF 402
2
U3100_VDDQ
C3109
1
2.2UF 10% 6.3V CERM1 603
2
5
6
VDDQ
VCC
U3100
m il BD3533FVM MSOP-8
79
C3101
1
C3110
10UF
0.1UF
20% 6.3V CERM 805-1
20% 10V CERM 402
2
1
2
MEMVTT_EN
If power inputs are not S0, MEMVTT_EN can be used to disable MEMVTT in sleep.
7
VTT_IN
2
EN
VREF
4
MEMVTT_VREF
CRITICAL
VTTS VTT
C
3
C3102
8
10UF 20% 6.3V CERM 805-1
GND 1
1
2
?Can 5V be S0 if 1V8 is S3?
=PP0V9_S0_MEMVTT_LDO
6
CRITICAL
C3105
e r
B
P
A
150UF 20% 6.3V POLY SMC-LF
B
Memory Vtt Supply SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
31
1
OF
A 97
A
8
6
7
1
VOLTAGE=3.3V MIN_LINE_WIDTH=0.5mm MIN_NECK_WIDTH=0.2mm
1
10UF
10%
FERR-120-OHM-1.5A 1
2
2
1
402
6 33
C3310 1UF
20% 2 6.3V X5R 603
2 16V X5R
=PP3V3_S0_CK410
0402
5% 1/16W MF-LF 402
C3308 1 C3309 0.1UF
2.2
1
L3302
R3302 PP3V3_S0_CK410_VDD48
2
3
4
5
10% 2 6.3V CERM 402
D
D L3301
y r
FERR-120-OHM-1.5A 33 6
1
=PP3V3_S0_CK410
2
PP3V3_S0_CK410_VDD_CPU_SRC
1
PP3V3_S0_CK410_VDD_PCI
VOLTAGE=3.3V MIN_LINE_WIDTH=0.5mm MIN_NECK_WIDTH=0.2mm
0402
C3314
1
1UF
10UF
10% 6.3V 2 CERM 402
VOLTAGE=3.3V MIN_LINE_WIDTH=0.5mm MIN_NECK_WIDTH=0.2mm
1
C3316 1 C3315 1 C3301 1 C3302 1 C3303 1 C3304 0.1UF
20% 2 6.3V X5R 603
10% 2 16V X5R 402
0.1UF
10% 2 16V X5R 402
0.1UF
0.1UF
10% 2 16V X5R 402
10% 2 16V X5R 402
C3305 1 C3306 1 C3317 0.1UF
0.1UF
0.1UF
10%
10%
2 16V X5R
10% 2 16V X5R 402
2 16V X5R
402
402
R3304 1
2.2
10UF
20% 2 6.3V X5R 603
R3303 PP3V3_S0_CK410_VDDA
2
PP3V3_S0_CK410_VDD_REF
VOLTAGE=3.3V MIN_LINE_WIDTH=0.5mm MIN_NECK_WIDTH=0.2mm
5% 1/16W MF-LF 402
1
VOLTAGE=3.3V MIN_LINE_WIDTH=0.5mm MIN_NECK_WIDTH=0.2mm
C3312 C3311 1
10UF
20% 2 6.3V CERM 805-1
1
0.1UF
1
C3307 0.1UF
10%
a n i
1
10%
2 16V X5R
2 16V X5R
402
402
15PF
C3390
=PP3V3_S0_CK410 34
CK410_FSB_TEST_MODE
IN
R3301
OUT
CK410_PCIF0_CLK
34 (FW PCI 33MHZ) 10K 5% (TPM LPC 33MHZ) 34 1/16W (SMC LPC 33MHZ) 34 MF-LF 2402 34 (NO USED) 34 CK410_PCI5_FCTSEL1 IO (PORT80 LPC 33MHZ)
(ICH7M PCI 33MHZ)
34
OUT
OUT OUT OUT OUT
38 39
VDDA VSSA
51 50
XIN
27
IN
27
IO
FSB
P
28 35
17
36 37
SRCC_0/LCD100MC
23 23
34 34
34 34
PM_STPPCI_L PM_STPCPU_L
40
CK410_CPU1_N CK410_CPU1_P
OUT
CK410_CPU2_ITP_SRC10_N CK410_CPU2_ITP_SRC10_P CK410_LVDS_N CK410_LVDS_P
(INT PU) CLKREQ_1*
14 13 9
CK410_SRC1_N 34 CK410_SRC1_P CK410_SRC_CLKREQ1_L
SRCC_2 SRCT_2
16 15
SRCC_3
19 18 59
SRCC_1 SRCT_1
SRCT_3 (INT PU) CLKREQ_3* SRCC_4
SRCT_4 (INT PU) CLKREQ_4*
VSS48
34
VSS_CPU
62
VSS_PCI0
66
VSS_PCI1
52
VSS_REF
SRCC_6 SRCT_6
31
VSS_SRC
(INT PU) CLKREQ_6*
27 26 25
69
THRML_PAD
SRCC_7 SRCT_7
30 29
SRCC_8
32 33 34
SRCT_5
(INT PU) CLKREQ_5*
SRCT_8
(INT PU) CLKREQ_8*
34
34
34
34
22 21 20
46
SRCC_5
34
34
23
CK410_SRC4_N CK410_SRC4_P SB_CLK100M_SATA_OE_L 34
14
34
CK410_SRC8_N 34 CK410_SRC8_P CK410_SRC_CLKREQ8_L
2
26
4 54 53
34
34
34
34
CK410_PD_VTT_PWRGD_L CK410_USB48_FSA CK410_CLK14P3M_TIMER CK410_REF1_FCTSEL0
(CPU HOST 133/167MHZ)
(GMCH HOST 133/167MHZ) (ITP HOST 133/167MHZ)
OUT OUT OUT
(GMCH D_REFSSCLKIN DISPLAY PLL B 100MHZ) (GPU PCI-E 100 MHZ )
OUT IN
NEED TO DECIDE THE CLKREQ CONNECTION,TO GPIO?
OUT OUT
(ICH7M DMI 100 MHZ ) (FOR PCI-E CARD)
IN OUT OUT IN
(ICH SATA 100 MHZ) (FROM ICH7 GPIO35)
B
(SIGNAL NAME WILL BE CHANGED POST PROTO TO REMOVE 100M FROM SIGNAL NAME)
OUT OUT IN
(GMCH G_CLKIN 100 MHZ ) (FROM GMCH CLK_REQ*)
OUT OUT
(WIRELESS PCI-E 100 MHZ )
IN OUT
(NOT USED )
OUT OUT
(GIGA LAN PCI-E 100 MHZ )
OUT IN
CK410_DOT96_27M_N CK410_DOT96_27M_P
(INT PD) VTT_PWRGD*/PD
REF0/FSC
CK410_SRC7_N CK410_SRC7_P
34
7 6
(INT PD) REF1/FCTSEL0
34 CK410_SRC6_N 34 CK410_SRC6_P CK410_SRC_CLKREQ6_L
34
34
OUT
OUT
CK410_SRC5_N CK410_SRC5_P CLK_NB_OE_L
C
(FROM ICH7 GPIO18 STPPCI* ) (FROM ICH7 GPIO20 STPCPU* )
OUT
OUT
34
34
OUT
34
34
53
OUT
34
34
DOT96C/27MHZ_SPREAD DOT96T/27MHZ_NON-SPREAD
FSA/48M
CK410_SRC2_N CK410_SRC2_P
CK410_SRC3_N CK410_SRC3_P CK410_SRC_CLKREQ3_L
24 23 60
IN
OUT
34
SRCT_0/LCD100MT
IREF
34
IN
CK410_CPU0_N CK410_CPU0_P
11 10
SCLK SDATA
1
1% 1/16W MF-LF 2 402
CPUC2_ITP/SRCC_10
PCIF0/ITP_SEL
5
475
41 42
PCIF1
47 48
R3300
CPUC1 CPUT1
CPUC0
CPUT2_ITP/SRCT_10
PCI4 PCI5/FCTSEL1
e r
B
CPUT0
44 45
PCI1 PCI2 PCI3
68 1
SMB_CK410_CLK SMB_CK410_DATA
CRITICAL
56 (INT PU) 55 (INT PU)
m il
8
57 58 63 64 (INT PD) 65
CK410_PCIF1_CLK
PCI_STP* CPU_STP*
XOUT
CK410_PCI1_CLK CK410_PCI2_CLK CK410_PCI3_CLK CK410_PCI4_CLK
CK410_IREF
A
12
CY284455 OMIT
(PULL UP PIN 68 TO ENABLE ITP HOST CLK) (ICH SM BUS)
49
QFN
1
34
61 67
U3301
5% 50V 2 CERM 402
CK410_XTAL_IN CK410_XTAL_OUT 33 6
(EACH POWER PIN PLACED ONE 0.1UF) (PLACED 0.1UF NEAR THE RELATIVE POWER PIN)
VDD_SRC2 VDD_SRC3
1
15PF
5% 50V 2 CERM 402
VDD_SRC1
C3389
VDD_SRC0
1
C
VDD_REF
2
5X3.2-SM
VDD_PCI0 VDD_PCI1
3 VDD48
1
VDD_CPU
14.31818
43
CRITICAL
Y3301
2
5% 1/16W MF-LF 402
(GMCH D_REFCLKIN DISPLAY PLL A 96MHZ)
OUT OUT IN OUT OUT
(FROM CPU VCORE PWR GOOD) (ICH7M USB 48MHZ) (ICH7M,SIO,LPC REF. 14.318MHZ)
IO
CLOCKS FCTSEL1 0
FCTSEL0 0
PIN 6 DOT96T
PIN 7 DOT96C
PIN 10 100MT_SST
SYNC_MASTER=MASTER
PIN 11 100MC_SST
0
1
DOT96T
DOT96C
SRCT0
SRCC0
1
0
27M NON SPREAD
27M SPREAD
SRCT0
SRCC0
1
1
OFF LOW
TBD
SRCT0
SRCC0
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY
* FOR INT. GRAPHIC SYSTEM
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
* FOR EXT. GRAPHIC SYSTEM
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
33
1
OF
A 97
A
8
6
7
2
3
4
5
1
NOTE: USE THESE PULL-DOWNS IF NOT CONNECTED TO GPIO’S
33
CK410_SRC_CLKREQ1_L (GPU CLK OE*)
33
CK410_SRC_CLKREQ3_L (SPARE CLK OE*)
33
D
R3495
1
2
R3494
1
2
1K 1K 33
R3493
CK410_SRC_CLKREQ8_L (YUKON CLK OE*)
1
IO
R3499
CK410_PCI5_FCTSEL1
2
1
1/16W
1K
2
1K
TP_CK410_PCI5_FCTSEL1
R3497 1
2.2K 2
IN
R3498
CK410_CLK14P3M_TIMER
IN IN
33
IN
33
IN
1
2
33
CK410_SRC3_P CK410_SRC3_N
33 33
1
2
1
2
CK410_SRC7_P CK410_SRC7_N
33 33
1
2
1
2
SB_CLK14P3M_TIMER OUT
33
IN
33
IN
IN
R3496
CK410_REF1_FCTSEL0
1
2
33
5 23
a n i
R3451 2.2K 2
CK410_FSA 34
5% 1/16W MF-LF 402
FSB FREQUENCY SELECT: 33
STUFF R3454 R3459 R3463 R3452 R3457 R3461 R3452 R3461
CPU DRIVEN
C
533MHZ (133MHZ CPU CLK)
667MHZ (166MHZ CPU CLK)
NO STUFF R3452 R3457 R3461 R3454 R3459 R3463 R3454 R3459 R3463 R3457
33
IN
33
IN
CK410_PCI3_CLK
33
IN
CK410_PCI2_CLK
IN
CK410_PCI1_CLK
NOSTUFF
R3452 56
R3453 NB_BSEL<0>
34
CK410_FSA
1
1K
1/16W 5%
5% 1/16W MF-LF 2 402
MF-LF 402
33
PP1V05_S0 1
R3456 1K
R3458 1
NB_BSEL<1>
1K
1/16W 5%
NOSTUFF 1
R3457
5% 1/16W MF-LF 2 402
0 5% 1/16W MF-LF 2 402
2 MF-LF 402
CK410_FSB_TEST_MODE
1
R3459 0
5% 1/16W MF-LF 2 402
CPU_BSEL<1>
80 34 6
PP1V05_S0 1
R3460 1K
R3462 NB_BSEL<2>
1
1K
1/16W 5% 34
NOSTUFF 1
R3461
5% 1/16W MF-LF 2 402
0 5% 1/16W MF-LF 2 402
2 MF-LF 402
CK410_FSC
1
R3463
IN
CK410_CPU1_P CK410_CPU1_N
1
2
33
SB_CLK48M_USBCTLR OUT
P
33
IN
33
IN
33
IN
33
IN
33
IN
33
IN
33
IN
33
IN
33
IN
33
IN
33
IN
33
IN
33
IN
33
IN
33
IN
33
IN
33
IN
33
IN
33
IN
CK410_CPU0_P CK410_CPU0_N
1
CK410_CPU2_ITP_SRC10_P CK410_CPU2_ITP_SRC10_N
1 1 1
R3401 R3402
2 2
2 2
33 33
1
2
1
2
33 33
1
2
1
2
33 33
1
2
1
2
33
TP_PCI_CLK_SPARE OUT
33 33 33
33
R3411 R3412
PCI_CLK_TPM OUT
67
PCI_CLK_FW OUT
44
FSB_CLK_NB_P OUT FSB_CLK_NB_N OUT
FSB_CLK_CPU_P OUT FSB_CLK_CPU_N OUT
34
MAKE_BASE=TRUE
34
34 12 5
2
1
2
1
2
34 12 5
34 7 5 34 7 5
34 34
53 34 53 34
1% 402 1/16W MF-LF
FSB_CLK_NB_P FSB_CLK_NB_N
R3429 R3430
1 1
2
FSB_CLK_CPU_P FSB_CLK_CPU_N
R3431 R3432
1
2
1
2
FSB_CLK_XDP_P FSB_CLK_XDP_N
R3433 R3434
1
2
1
2
AIRPORT_CLK100M_PCIE_P AIRPORT_CLK100M_PCIE_N
R3435 R3436
1
2
1
2
5 22
34 14 5
NB_CLK100M_GCLKIN_P NB_CLK100M_GCLKIN_N
R3438 R3437
1
2
34 14 5
1
2
34 21 5 34 21 5
SB_CLK100M_SATA_P SB_CLK100M_SATA_N
R3439 R3440
1
2
1
2
34 22 5 34 22 5
SB_CLK100M_DMI_P SB_CLK100M_DMI_N
R3442 R3441
1
2
1
2
41 34 5 41 34 5
ENET_CLK100M_PCIE_P ENET_CLK100M_PCIE_N
R3443 R3444
1
2
1
2
34 14 5 34 14 5
NB_CLK_DREFSSCLKIN_P NB_CLK_DREFSSCLKIN_N
R3447 R3448
1
2
1
2
34 14 5 5 12 34
49.9 49.9
D
NB_CLK_DREFCLKIN_P NB_CLK_DREFCLKIN_N
R3449 R3450
1
2
1
2
2
49.9 49.9 49.9 49.9 49.9 49.9 49.9 49.9
C
49.9 49.9 49.9 49.9 49.9 49.9 49.9 49.9
34 14 5
49.9 49.9 49.9 49.9
5 12 34
5 7 34 5 7 34
FSB_CLK_XDP_P FSB_CLK_XDP_N
CPU_XDP_CLK_P CPU_XDP_CLK_N
B
11 11
2 2
33 33
1
2
1
2
33 33
1
2
1
2
CK410_SRC2_P CK410_SRC2_N
33 33
1
2
1
2
CK410_SRC8_P CK410_SRC8_N
33 33
1
2
1
2
CK410_LVDS_P CK410_LVDS_N
33 33
1
2
1
2
CK410_DOT96_27M_P CK410_DOT96_27M_N
33 33
1
2
1
2
R3413 R3414 R3415 R3416 R3417 R3418 R3419 R3420 R3421 R3422 R3425 R3426
R3471 R3470
AIRPORT_CLK100M_PCIE_P OUT AIRPORT_CLK100M_PCIE_N OUT NB_CLK100M_GCLKIN_P NB_CLK100M_GCLKIN_N
34 53
OUT
5 14 34
OUT
5 14 34
SB_CLK100M_SATA_P OUT SB_CLK100M_SATA_N OUT SB_CLK100M_DMI_P OUT SB_CLK100M_DMI_N OUT
ENET_CLK100M_PCIE_P OUT ENET_CLK100M_PCIE_N OUT
NB_CLK_DREFSSCLKIN_P OUT NB_CLK_DREFSSCLKIN_N OUT
NB_CLK_DREFCLKIN_P NB_CLK_DREFCLKIN_N
34 53
5 21 34 5 21 34
5 22 34 5 22 34
5 34 41 5 34 41
5 14 34 5 14 34
OUT
5 14 34
OUT
5 14 34
CLOCKS:
TERMINATIONS
SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
5% 1/16W MF-LF 2 402
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT
CPU_BSEL<2>
III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SHT NONE
7
6
5
4
3
2
REV.
051-7199
D SCALE
8
49.9 49.9
60
0
7
2
1
5
58
PCI_CLK_PORT80 OUT
R3407 R3408 R3409 R3410
5 23
PCI_CLK_SMC OUT
PCI_CLK_SB OUT
33
1
MAKE_BASE=TRUE
1
CK410_SRC4_P CK410_SRC4_N
TPM
1
1
CK410_SRC5_P CK410_SRC5_N
2
1
33 33
CK410_SRC6_P CK410_SRC6_N
2
m il
e r
CPU_BSEL<0>
80 34 6
14
CK410_PCIF0_CLK
0
B
A
CK410_PCIF1_CLK
IN
R3454
1K
7
IN
MF-LF 402
R3455
33
33
33
5% 1/16W MF-LF 2 402
2
2
1/16W 5%
14
R3405 R3404 R3403
1 1
7
R3406
CK410_PCI4_CLK
PP1V05_S0
1
14
R3400
CK410_USB48_FSA
1/16W 5% MF-LF 402
33
80 34 6
IN
SPARE_SRC7_P SPARE_SRC7_N
R3488 R3487 R3486 R3485
NO_TEST=TRUE NC_CK410_SRC1_P NO_TEST=TRUE NC_CK410_SRC1_N MAKE_BASE=TRUE NO GPU SO LEAVE THIS CLK NOT CONNECTED AND DISABLE THE OUTPUT IN THE CLOCK CHIP
TP_CLK14P3M_SPARE OUT
1
SPARE_SRC3_P SPARE_SRC3_N
y r
CK410_SRC1_P CK410_SRC1_N
1/16W 5% MF-LF 402
33
R3492 R3491 R3490 R3489
MAKE_BASE=TRUE
CK410_FSC 34
5% 1/16W MF-LF 402
33
33 33
5% MF-LF 402
34
1
OF
A 97
A
8
6
7
2
3
4
5
1
PATA CONNECTOR 38 6
6
=PP5V_S0_PATA =PP3V3_S0_PATA
NO STUFF 1
NOSTUFF 1
NO STUFF
R3801 26 22
SB_GPIO3 PULL UP TO 5V ON P26
0
1
10K
10K
CRITICAL
Per ATA Spec
JC901
2
5% 1/16W MF-LF 402
D
R3852
R3824
2
2
804RVS-0501S5RGM 1
F-ST-SM 51
R3851
1K
Per ATA Spec
R3800 IDE_RESET_L (SB_GPIO14)
23
SB_GPIO14 MAKE_BASE=TRUE
0
1
2
y r NC
2
IDE_RESET_L_CONN
38 38
5% 1/16W MF-LF 402 1
R2389 1K
5% 1/16W MF-LF 2 402
IDE_RESET_L_CONN 21 IDE_PDD<7> 21 IDE_PDD<6> 21 IDE_PDD<5> 21 IDE_PDD<4> 21 IDE_PDD<3> 21 IDE_PDD<2> 21 IDE_PDD<1> 21 IDE_PDD<0>
a n i 21
21 5 21
OUT OUT
IDE_PDIOW_L
IDE_PDIORDY IDE_IRQ14
21 21
NO STUFF
C3804
21
1
10pF
IDE_PDA<1> IDE_PDA<0> IDE_PDCS1_L IDE_DASP_L
5% 50V CERM 2 402
IDE_CSEL_PD
C 21
OUT
PLACE SHORT AT PACKAGE 21
SATA_RBIAS_N
21
SATA_RBIAS_P
OUT
SATA_RBIAS
R3897 24.9
m il
PLACE < 0.5 IN FROM BALL OF U2100 1
1/16W MF-LF 402 1%
OUT
2
MAKE_BASE=TRUE
0
B
e r
SATA CONNECTOR CRITICAL JC900
VALUE=3900PF IN REFERENCE SCHEM CAPS TO BE SAME DISTANCE FROM SB WITHIN EACH PAIR
EP00-081-91 M-ST-SM 1 2 3
SATA_C_R2D_P SATA_C_R2D_N
4 5
0.0047UF 1
0.0047UF 1 NO_TEST=TRUE 402
SATA_C_D2R_C_N SATA_C_D2R_C_P
6
2
C3803
0.0047UF 1 2
0.0047UF 1
REMOVED TEST POINTS FROM SHORT TRACE BETWEEN CAP AND CONNECTOR TO IMPROVE SIGNAL INTEGRITY.
SATA DIFF PAIR GND VIAS
GV3801
GV3802
HOLE-VIA-P5RP25
HOLE-VIA-P5RP25
1
1
GV3803
GV3804
HOLE-VIA-P5RP25
HOLE-VIA-P5RP25
1
1
A
GV3805
GV3806
HOLE-VIA-P5RP25
HOLE-VIA-P5RP25
1
21
2 402
C3801
1
21
SATA_C_R2D_C_P SATA_C_R2D_C_N
P
C3800
NO_TEST=TRUE
7
518S0251
402
NO_TEST=TRUE NO_TEST=TRUE
21
2 402
C3802
21
SATA_C_D2R_N SATA_C_D2R_P
GV3808
IN
OUT
SATA_C_DET_L
OUT
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
NC
48
49
50
0
499
DEVELOPMENT
LED3800
2
1
IDE_DASP_L_DS
5% 1/16W MF-LF 2 402 NOTE: ???
5 21 21 21 21 21 21 21
IDE_PDIOR_L
5 21
IDE_PDDACK_L IDE_IOCS16_PU
21
NOTE: ATA-2, NOW OBSOLETE
NC
IDE_PDA<2> IDE_PDCS3_L
21 21
NC
1
C3805
52
1
C3806
C
10UF
0.1uF
20% 10V 2 CERM 805-2
10V
402
516S0327
PLACE C3805-06 CLOSE TO JC901 FOR PP5V_S0_PATA. APPLY A WIDE TRACE SHAPE FROM JC901 TO C3805-06. MIN_NECK & MIN_LINE WIDTH ARE CONTROLLED BY PP5V_S0 1MM / 0.6MM.
6.2K
5% 1/16W MF-LF 2 402 PER ATA7 SPEC STUFFED PER LARRY
2
GREEN-3.6MCD
2.0X1.25MM-SM
"IDE ACTIVE"
B
NOTE: GO TO SB AND SMC
1
R3899 100
5% 1/16W MF-LF 2 402
SATA PORT 0 IS NOT USED IN
SATA_A_R2D_C_P
21
IN
SATA_A_R2D_C_N
Disk Connectors
TP_SATA_A_R2D_P MAKE_BASE=TRUE
TP_SATA_A_R2D_N
A
MAKE_BASE=TRUE
NOTICE OF PROPRIETARY PROPERTY 21
OUT
SATA_A_D2R_P
OUT
SATA_A_D2R_N
TP_SATA_A_D2R_P THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
MAKE_BASE=TRUE
TP_SATA_A_D2R_N MAKE_BASE=TRUE
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE
HOLE-VIA-P5RP25
1
21
2 CERM
R3858 1R3859
1% 1/16W 402 MF-LF
Obsolete
IDE_PDD<8> IDE_PDD<9> IDE_PDD<10> IDE_PDD<11> IDE_PDD<12> IDE_PDD<13> IDE_PDD<14> IDE_PDD<15>
20%
1
R3857
2
46
47
=PP5V_S0_PATA
DEVELOPMENT 1
NC NC
OUT
21
21
GV3807
HOLE-VIA-P5RP25
IN
23
1
45
IDE_PDDREQ
38 6
D
1
R3853
4.7K
II NOT TO REPRODUCE OR COPY IT
1
III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
0
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
38
1
OF
A 97
8
6
7
42 41
1
C4101
C4102 0.1UF
10% 16V 2 X5R 402
10% 16V 2 X5R 402
1
=PP2V5_S3_ENET 1
0.1UF
2
3
4
5
1
C4103 0.1UF
10% 16V 2 X5R 402
1
C4104 0.1UF
10% 16V 2 X5R 402
1
C4105
1
0.001UF
10% 50V 2 CERM 402
C4150
0.001UF 10% 50V 402
2 CERM
D
D
y r
6 41 42 43
LAYOUT NOTE: PLACE C4110-11 AT U4101
C4110
TESTMODE
TEST
TWSI
VPD_CLK 38 VPD_DATA 41
TEST
PU_VDDO_TTL0 42 PU_VDDO_TTL1 43
ENET_VPD_CLK ENET_VPD_DATA
41 41
R4130 R4131
m il 4.7K 4.7K
ENET_PU_VDDO_TTL0 ENET_PU_VDDO_TTL1
1
2
1
2
SPI_DI 35 SPI_DO 34 SPI_CLK 37 SPI_CS 36
MAIN CLK
XTALI 15 ENET_XTALI XTALO 14 ENET_XTALO
THRML_PAD 65
CRITICAL
A
4
e r
1
C4126 0.1UF
10% 16V 2 X5R 402
1
C4127 1 C4128 1 C4129 0.1UF
10% 16V 2 X5R 402
0.1UF
10% 16V 2 X5R 402
0.1UF
10% 16V 2 X5R 402
1
C4130 0.1UF
10% 16V 2 X5R 402
1
C4131
0.001UF
10% 50V 2 CERM 402
P 1
C4132
0.001UF 10%
2 50V CERM
402
1
C4133
0.001UF
10% 50V 2 CERM 402
43 42 41 6
1
49.9 2
R4106
1
1
1% 1/16W MF-LF 402
49.9 2
1% 1/16W MF-LF 402
49.9 2
R4105
1% 1/16W MF-LF 402
49.9 2 1
43
41 42 43
ENET_MDI2
ENET_MDI_P<1> IO ENET_MDI_N<1> IO
C
ENET_MDI_P<2> IO ENET_MDI_N<2> IO ENET_MDI_P<3> IO ENET_MDI_N<3> IO
ENET_MDI3 1
C4117
1
10% 50V 402
2 50V CERM
0.001UF
C4118 0.001UF 10%
2 CERM
Y4101 3 1
B
=PP1V2_S3_ENET
=PP3V3_S3_ENET 6
43 43
ENET_MDI_P<0> IO ENET_MDI_N<0> IO
1% 1/16W 402 MF-LF
TSTPT
46
43
43
49.9 2 1
29
43
43
R4117
MDIP3 30 MDIN3 31
10% 50V 402
43
1% 1/16W 402 MF-LF
MDIP2 26 MDIN2 27
LINK*
49.9 2
LED
MEDIA
R4104
IN
1
LED_LINK10/100* LED_LINK1000*
SPI
42 41
a n i
OUT
MDIP1 20 MDIN1 21
LED_ACT*
60
R4103
64 VDD25
57
52 51 AVDDL4 32 AVDDL3 28 AVDDL2 22 AVDDL1 19 AVDDL0 AVDDL5
23 AVDD
AVDDL6
RSET
1
4.75K2
42
LAYOUT NOTE: PLACE C4112-13 AT U2100
C4113
MDIP0 17 MDIN0 18
59 62 63
R4102
43
PCIE_WAKE_L ENET_GATED_RST_L 53 23
R4118
43
ENET_LED_ACT_L ENET_LED_LINK10_100_L ENET_LED_LINK1000_L ENET_LED_LINK_L
16
CTRL25 CTRL12
0.1UF
IN
1% 1/16W 402 MF-LF
43
1% 1/16W MF-LF 402
43
C
3
WAKE* 6 PERST* 5
CERM 402 20% 10V
IN
49.9 2
ENET_ANALOG_RSET
4
ENET_CLK100M_PCIE_P ENET_CLK100M_PCIE_N
54
54
1
ENET_CTRL25 ENET_CTRL12
34 5
PCIE_ENET_R2D_C_P PCIE_ENET_R2D_C_N
R4119
OUT
34 5
2
2
0.001UF
402
2
SM-3.2X2.5MM
25.0000M
1
C4115
1
27PF
C4116 27PF
5% 2 50V CERM 402
5%
B
2 50V CERM
402
43 42 41 6
1
=PP3V3_S3_ENET
C4140 0.1UF 10%
2 16V X5R
402
5% 1/16W MF-LF 402
OUT
42
REFCLKP 55 REFCLKN 56
1
1
4.7K 2
42
PCIE_ENET_R2D_P PCIE_ENET_R2D_N
C4107
2 CERM
1
OPTIONAL EXTERNAL LDO
ANALOG
HSDACN
0.1UF
20% 10V CERM 402
C4111
1
ENET_MDI0
ENET_MDI1
C4112
0.1UF
RX_N 53
PCI EXPRESS
54
CERM 402 20% 10V
88E8053 QFN
54
PCIE_ENET_D2R_N
R4123
HSDACP
PCIE_ENET_D2R_P
5% 1/16W MF-LF 402
NC 24 NC 25
U4101
2
4.7K2
SWITCH_VCC SWITCH_VAUX
1
PCIE_ENET_D2R_C_N
TX_P 49 TX_N 50 RX_P 54
OMIT
VMAIN_AVLBL
NC 11 NC 9
PCIE_ENET_D2R_C_P
2
49.9 2
LOM_DISABLE* VAUX_AVLBL
10% 50V 2 CERM 402
20% 10V CERM 402 1
C4106
0.001UF
1
VMAIN_AVLBL
12 47
48 44 VDD5 39 VDD4 33 VDD3 13 VDD2 7 VDD1 2 VDD0
58 10
VDD6
VDD7
5% 1/16W MF-LF 402
4.7K 2
R4101
2
0
5% 1/16W MF-LF 402
1
NOSTUFF
R4151
1
ENET_LOM_DIS_L
61 VDDO_TTL4 45 VDDO_TTL3 40 VDDO_TTL2 8 VDDO_TTL1 1 VDDO_TTL0
0 1
5% 1/16W MF-LF 402
2
PP3V3_S0
R4150
94 83 76 61 59 26 10 6
1
0.1UF
41 42
1
=PP2V5_S3_ENET
1% 1/16W 402 MF-LF
42 41
R4120
=PP1V2_S3_ENET
=PP3V3_S3_ENET
R4122
43 42 41 6
1% 1/16W MF-LF 402
=PP3V3_S3_ENET
8 3 2 1 7
VCC E2 OMIT NC1 U4102 SDA NC0M24C08 SO8 SCL WC*
=PP3V3_S3_ENET
5 6
ENET_VPD_DATA 41
ENET_VPD_CLK 41
VSS 4
1 1
C4134
0.001UF
10% 50V 2 CERM 402
C4135 0.1UF 10%
16V 2 X5R
1
C4136 0.1UF 10%
16V 2 X5R
402
402
C4137 C4138 0.001UF 1
1
0.1UF 10%
16V 2 X5R 402
10% 50V 402
2 CERM
1
C4139
ETHERNET CONTROLLER
0.001UF 10% 50V 402
2 CERM
SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
41
1
OF
A 97
A
8
6
7
2
3
4
5
1
D
D 43 41 6
y r
L4200
=PP3V3_S3_ENET
FERR-330-OHM 1
2
Q4201_3
1
C4200 22UF
20% 6.3V 2 X5R 805
1
I38
VOLTAGE=3.3V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM
SM 1
C4201
C4202 22UF
0.1UF
20% 6.3V 2 X5R 805
10%
2 16V X5R 402
1
C4203 4.7UF
20% 6.3V 2 CERM 603
1
6
1
C4204
R4202
0.1UF 10% 402
PBSS5540Z SOT223
=PP2V5_S3_ENET
4 2
41
ENET_CTRL25
PP2V5_S3_ENET 1
C4205
1
4.7UF
C4206
1
0.1UF
20% 6.3V 2 CERM 603
10% 16V
2 X5R 402
C4207
43
MAKE_BASE=TRUE VOLTAGE=2.5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM
10UF 2
20% 6.3V CERM 805-1
C
6
ENET_CTRL12
MAKE_BASE=TRUE
=PP1V2_S3_ENET
1
C4209
1
4.7UF 20% 6.3V 2 CERM 603
MAKE_BASE=TRUE VOLTAGE=1.2V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM
C4210 0.1UF
2
10% 16V X5R 402
P
A
41
PP1V2_S3_ENET
2 SM
B
C
e r
L4201
FERR-330-OHM 1
ENET_GATED_RST_L OUT
m il
TP_ENET_CTRL12
=PP1V2_S3_LAN
41
a n i
Q4201 1
IN
MAKE_BASE=TRUE
5% 1/16W MF-LF 2 402
16V 2 X5R
CRITICAL
41
ENET_RST_L
4.7K
3
41 IN
IN
B
ETHERNET MISC
A
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
42
1
OF
A 97
8
6
7
2
3
4
5
RESISTOR PADS USED AS PLACEHOLDER FOR INDUCTOR IF NEEDED
42 41 6
1
=PP3V3_S3_ENET
R4300 42
1
PP2V5_S3_ENET
0
2
PP2V5_ENET_CTAP
D
1
C4300 0.1UF
20% 2 10V CERM 402
1
DEVELOPMENT
DEVELOPMENT
DEVELOPMENT
DEVELOPMENT
1
1
1
1
R4301
MIN_LINE_WIDTH=0.50mm MIN_NECK_WIDTH=0.38mm VOLTAGE=2.5V
5% 1/8W MF-LF 805
C4301
LED4300_1
1
6
GND_CHASSIS_RJ45
C4304
LED4302
GREEN-3.6MCD 2.0X1.25MM-SM
GREEN-3.6MCD 2.0X1.25MM-SM
2
41
(514-0253)
41
OMIT
41
JD600 JFM38V10-0112-4F F-ANG-TH PRIMARY
1CT:1CT
13 11
75 OHM
C IO
41
IO
41
IO
41
IO
41
IO
41
IO
41
IO
41
IO
ENET_MDI_P<0> ENET_MDI_N<0> ENET_MDI_P<1> ENET_MDI_N<1> ENET_MDI_P<2> ENET_MDI_N<2> ENET_MDI_P<3> ENET_MDI_N<3>
0 0 0 0 0 0 0 0
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
R4350 R4351 R4352 R4353 R4354 R4355 R4356 R4357
5
ENET_CTAP
6
ENET_CTAP
2
MDI_0+ MDI_0-
3
MDI_1+
4
MDI_1MDI_2+
1
ENET_MDI_R_P<0> ENET_MDI_R_N<0> ENET_MDI_R_P<1> ENET_MDI_R_N<1> ENET_MDI_R_P<2> ENET_MDI_R_N<2> ENET_MDI_R_P<3> ENET_MDI_R_N<3>
7
9
MDI_2MDI_3+
10
MDI_3-
8
1CT:1CT SECONDARY J1
75 OHM
J2 J3 J4
1CT:1CT
DEVELOPMENT 1
LED4303 GREEN-3.6MCD 2.0X1.25MM-SM
2
2
ENET_LED_ACT_L MAKE_BASE=TRUE ENET_LED_LINK10_100_L MAKE_BASE=TRUE ENET_LED_LINK1000_L MAKE_BASE=TRUE ENET_LED_LINK_L MAKE_BASE=TRUE
C
m il J5 J6
75 OHM
J7 J8
1CT:1CT
12
RJ45 CABLE SIDE
75 OHM
RJ45 CHIP SIDE
SHIELD
1000PF, 2000V
e r
B 1
C4305
0.001UF
10% 50V 2 CERM 402
P
A
LED4303_1
a n i 41
1
0.001UF
10% 50V CERM 2 402
DEVELOPMENT 1
LED4301
GREEN-3.6MCD 2.0X1.25MM-SM
2
5% 1/10W MF-LF 2 603
LED4302_1
LED4300
D
330
5% 1/10W MF-LF 2 603
LED4301_1
DEVELOPMENT 1
R4304
330
5% 1/10W MF-LF 2 603
y r
0.001UF
10% 2 50V CERM 402
R4303
330
5% 1/10W MF-LF 2 603
DEVELOPMENT
41
R4302
330
B
ETHERNET CONNECTOR
A
NOTICE OF PROPRIETARY PROPERTY TABLE_5_HEAD
PART#
QTY
DESCRIPTION
REFERENCE DESIGNATOR(S)
CRITICAL
BOM OPTION
JD600
CRITICAL
17_INCH_LCD
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
TABLE_5_ITEM
514-0365
1
CON,RJ-45 7 DEGRESS, 243DEG C
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
43
1
OF
A 97
8
6
7
2
3
4
5
1
NOSTUFF
R4411 1
0
2
1/16W 5% MF-LF 402
L4409
600-OHM-300MA 1
2
PP3V3_S5_FW_VDDA
45
VOLTAGE=3.3V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM
0402
C4410
=PP3V3_S5_FW 119
1
46 45 44 6
0.1UF
D
D
VDDA2
VDDA1
VDDA0
VDD10 VDD9
VDD8 VDD7
VDD6
VDD5 VDD4
VDD3
VDD2 VDD1
=PP3V3_S0_PCI
VDD0
6
PLLVDD
20% 2 10V CERM 402
104 116 96
=PP3V3_S5_FW
1 11 19 26 37 43 49 55 72 82 93
46 45 44 6
y r 44
85 PCI_VIOS
IO
22
22
IO
IO
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
PCI_AD<19>
C
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
22
IO
26 22
IO
26 22
IO
26 22
IO
26 22
IO
R4403
1
IO
2
22
27
USING PCI [1]
27
B
26 22 26 22
34
PCI_FW_REQ_L PCI_FW_GNT_L PCI_PERR_L IO PCI_SERR_L IO
IN
67 60 58 23 5
IO
44
IN
PCI_RST_L
R4407 1 2
PCI_RST_FW_L
150 1% 1/16W MF-LF 402
A
44
PCI_PAR PCI_FRAME_L PCI_IRDY_L PCI_TRDY_L PCI_DEVSEL_L PCI_STOP_L PCI_IDSEL
P
26 22
IO
22
OUT
PCI_CLK_FW PM_CLKRUN_L
PCI_AD9 PCI_AD10 PCI_AD11
1
R4416
123
FW_RESET_L
R1
118
FW_R1
R0
117
FW_R0
PCI_AD13 PCI_AD14 PCI_AD15 PCI_AD16
TPBIAS0
114 113 112 111 110 109 108 107 106 105 101 100 99 98 97
44
2.49K2
1
TPA0_P TPA0_N TPB0_P
PCI_AD17 PCI_AD18 PCI_AD19
TPB0_N
TPBIAS1 TPA1_P
PCI_AD20 PCI_AD21 PCI_AD22
TPA1_N TPB1_P TPB1_N
PCI_AD23 PCI_AD24 PCI_AD25
TPBIAS2 TPA2_P
PCI_AD26 PCI_AD27
TPA2_N
PCI_AD28 PCI_AD29 PCI_AD30 PCI_AD31
PCI_CBE0* PCI_CBE1* PCI_CBE2* PCI_CBE3*
17 16 57 58
PCI_REQ* PCI_GNT*
TPB2_P TPB2_N CPS LPS
LKON
CNA NANDTREE PC0 PC1 PC2
CONTENDER
PCI_IRDY*
PCI_TRDY* PCI_DEVSEL*
MPCIACT* VAUX_PRESENT
PCI_STOP* PCI_IDSEL
NU1 NU2
PCI_PERR* PCI_SERR*
TEST0 TEST1 PTEST
20 PCI_CLK 13 CLKRUN*
SE SM
3 CARDBUS*
FW_A_TPBIAS 46 FW_A_TPA_P 46 FW_A_TPA_N 46 FW_A_TPB_P 46 FW_A_TPB_N 46 FW_B_TPBIAS 46 FW_B_TPA_P 46 FW_B_TPA_N 46 FW_B_TPB_P 46 FW_B_TPB_N 46 FW_C_TPBIAS 46 FW_C_TPA_P 46 FW_C_TPA_N 46 FW_C_TPB_P 46 FW_C_TPB_N 46
MF-LF 402
IO IO IO IO IO IO IO
10 7 124 126 125
2
Y4400
24.576M
C4412
HC49-USMD
27PF
2
1
FW_XTAL_XR
44
2
50V 5% 402 CERM
C4402 0.1UF 1 10V 20%
FW_RESET_L
2 CERM 402
R4412 1
510K 2
1/16W 5% MF-LF 402
C
IO IO IO IO IO IO IO IO
R4414
FW_CPS 94 TP_FW_LPS 91 TP_FW_LKON 90 TP_FW_CNA 5 6 TP_FW_NANDTREE FW_PC0 89 FW_PC1 88 FW_PC2 87 FW_CONTENDER 86
92 128 4 127
1
FW_XTAL_X0
412
1
2
50V 5% 402 CERM
1% 1/16W MF-LF 402
1/16W 1%
PCI_AD12
PCI_PAR PCI_FRAME*
TP (?)
44
R4413
PCI_RST_FW_L 15 PCI_RST* INT_PIRQD_L 14 PCI_INTA* PCI_PME_FW_L 18 PCI_PME/CSTSCHG*
T1:
FW_XTAL_X0
a n i RESET*
PCI_AD7 PCI_AD8
59 48 51 52 53 54 34
FW_CARDBUS_L
44
PCI_AD6
m il
PCI_C_BE_L<0> 73 PCI_C_BE_L<1> 60 PCI_C_BE_L<2> 47 PCI_C_BE_L<3> 33
e r 26 22
22
PCI_AD<20> PCI_AD<21> PCI_AD<22> PCI_AD<23> PCI_AD<24> PCI_AD<25> PCI_AD<26> PCI_AD<27> PCI_AD<28> PCI_AD<29> PCI_AD<30> PCI_AD<31>
R4410
44
1
CRITICAL
1
=PP12V_S5_FW_PHY
46
390K 2
1/16W 5% MF-LF 402
R4409 1
10K
=PP3V3_S5_FW 6
44 45 46
2
10K 10K 10K
1
2
1
2
1
2
R4453 R4454 R4455
FW_TEST
10K
1
2
R4450
FW_SE FW_SM
10K 10K
1
2
1
2
R4451 R4452
TP_FW_MPCIACT_L TP_FW_VAUX_PRES NC_FW_NU1 NC_FW_NU2
ROM_AD
9
TP_FW_ROM_AD
ROM_CLK
8
FW_ROM_CLK
1
B
2
10K
R4402 VSSA3
IO
122
FW_XTAL_XI
27PF
102 VSSA0 103 VSSA1 115 VSSA2 95
IO
22 22
VSS12 VSS13
22
XO
121
TQFP
VSS10 VSS11
IO
FW32306
PCI_AD4 PCI_AD5
VSS9
22
XI
U4400
VSS7 VSS8
IO
PCI_AD2 PCI_AD3
VSS6
22
OMIT
VSS4 VSS5
IO
PCI_AD1
VSS2 VSS3
22
PCI_AD0
VSS1
IO
84 83 80 79 78 76 75 74 70 69 68 67 65 64 63 62 46 45 42 41 40 39 36 35 31 30 29 28 25 24 23 22
VSS0
22
PCI_AD<0> PCI_AD<1> PCI_AD<2> PCI_AD<3> PCI_AD<4> PCI_AD<5> PCI_AD<6> PCI_AD<7> PCI_AD<8> PCI_AD<9> PCI_AD<10> PCI_AD<11> PCI_AD<12> PCI_AD<13> PCI_AD<14> PCI_AD<15> PCI_AD<16> PCI_AD<17> PCI_AD<18>
PLLVSS
IO
12 2 21 27 32 38 44 50 56 61 66 71 77 81
IO
120
22 22
C4401
FW_XTAL_XI
10K
5% 1/16W MF-LF 2 402
46 45 44 6
THESE POWER PLANES SHOULD BE MOSTLY ISOLATED ??? CHECK YELLOW EDS
=PP3V3_S5_FW
FW: FW323-06 SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
NOTE: 1% FOR BOM CONSOLIDATION
SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
44
1
OF
A 97
A
8
6
7
2
3
4
5
1
D
D 46 44 6
1
C4515 10UF
20% 2 6.3V CERM 805-1
44
y r
=PP3V3_S5_FW
1
C4508 0.1UF
20% 2 10V CERM 402
1
C4509 0.1UF
20% 2 10V CERM 402
1
C4510 0.1UF
1
C4520 0.1UF
20% 2 10V CERM 402
1
C4521
1
0.1UF
20% 2 16V CERM 402
C4503 10UF
20% 6.3V 2 CERM 805-1
C
1
C4507 0.1UF
20% 10V 2 CERM 402
1
C4506 0.1UF
20% 10V 2 CERM 402
1
C4505 0.01UF
20% 16V 2 CERM 402
1
1
C4501 0.01UF
20% 2 16V CERM 402
1
C4502 0.01UF
20% 2 16V CERM 402
1
C4522 0.01UF
20% 2 16V CERM 402
1
C4523 0.01UF
20% 16V 2 CERM 402
a n i
PP3V3_S5_FW_VDDA
1
C4500 0.01UF
20% 2 10V CERM 402
20% 2 10V CERM 402
C4504 0.01UF
20% 16V 2 CERM 402
C
m il
e r
B
P
A
B
FW: DECAPS SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
45
1
OF
A 97
A
8
6
7 6
2
3
4
5
=PP12V_S5_FW CRITICAL NOSTUFF
8 WATTS MAX 12 VOLTS
1
1.3
2
1
MIN_LINE_WIDTH=0.8MM MIN_NECK_WIDTH=0.25MM VOLTAGE=12V MAKE_BASE=TRUE
0
FW_VP
2
2
PPFW_PORTS_VP
=PP12V_S5_FW_PHY
POSSIBLE CURRENT SHARING SCENARIO KCL = CABLE POWER + SYSTEM POWER = > 1.5 AMPS
44
TO FW CDS PIN (CABLE POWER DETECT)
2
D
"Snapback" & "Late VG" Protection 46
PLACE R4657 PADS INSIDE R4656
PP3V3_FW_ESD
C4610
1
0.001UF
BAV99DW-X-F
SOT-363 2
10% 50V CERM 2 402
Termination
C4611 1
SOT-363 5
0.001UF
L4610
3
10% 50V CERM 2 402
6
1
FERR-160-OHM
4
1206-LF
1
CRITICAL
FL4610 120-OHM
Place close to FireWire PHY VOLTAGE=1.86V IO IO
SYM_VER-1
46
C4650
1
0.33UF
C4660
10% 6.3V 2 CERM-X5R 402
R46501
1
R4651 R46601
56.2
56.2
1% 1/16W MF-LF 402 2
44 44
IO IO IO IO
44
IO
44
IO
44
IO
44
IO
1% 1/16W MF-LF 2 402
R4661 56.2
1% 1/16W MF-LF 402 2
46
46
MAKE_BASE=TRUE MAKE_BASE=TRUE MAKE_BASE=TRUE
MAKE_BASE=TRUE MAKE_BASE=TRUE MAKE_BASE=TRUE
FW_PORT0_TPA_P FW_PORT0_TPA_N FW_PORT0_TPB_P FW_PORT0_TPB_N
PP3V3_FW_ESD
46 46
DP4611
46
BAV99DW-X-F
FW_PORT1_TPA_P FW_PORT1_TPA_N FW_PORT1_TPB_P FW_PORT1_TPB_N
46
46
C4612
46
1
R4652
1
R4653 R4662
56.2
56.2
1% 1/16W MF-LF 402 2
R4663
56.2
1% 1/16W MF-LF 2 402
56.2
1% 1/16W MF-LF 402 2
1% 1/16W MF-LF 2 402
FW_TPA_C<1>
VOLTAGE=0V
C4654
1
VOLTAGE=0V
220PF
1/16W MF-LF 2 402
5% 25V CERM 2 402
R4664
C4620
1% 1/16W MF-LF 2 402
5% 25V CERM 2 402
PP3V3_FW_ESD
BAV99DW-X-F
4.99K
220PF
4
10% 50V CERM 2 402
1
0.001UF
SOT-363 2
10% 50V CERM 2 402
e r
B 3rd TPA/TPB pair unused
44
44
44
44
IO
IO
IO
FW_C_TPBIAS
TP_FW_C_TPBIAS MAKE_BASE=TRUE
FW_C_TPA_P
TP_FW_C_TPA_P MAKE_BASE=TRUE
FW_C_TPA_N
TP_FW_C_TPA_N MAKE_BASE=TRUE
IO
FW_C_TPB_P
TP_FW_C_TPB_P
IO
FW_C_TPB_N
TP_FW_C_TPB_N
MAKE_BASE=TRUE
MAKE_BASE=TRUE
P
46
A 45 44 6
=PP3V3_S5_FW
L4690
R4690 1
374
2
PP3V3_FW_ESD
400-OHM-EMI
PP3V3_FW_ESD_F VOLTAGE=3.3V MIN_LINE_WIDTH=0.38 mm MIN_NECK_WIDTH=0.25 mm
C4621
0.001UF
FW_PORT0_TPB_FL_P
4
FW_PORT0_TPB_FL_N
3
46
6
MIN_LINE_WIDTH=0.6 mm MIN_NECK_WIDTH=0.25 mm VOLTAGE=33V
7
1
C
10
0.1UF
10% 50V 2 X7R 603-1
GND_CHASSIS_FIREWIRE
C4616
1
0.01uF
20% 16V CERM 2 402
PPFW_PORTS_VP
FL4620 120-OHM 1
PORT 1 1394A
L4620 FERR-160-OHM
2012
1206-LF
SYM_VER-1
OMIT
4
2
CRITICAL
UF01613-M33-4F F-ST-TH
FLE021 120-OHM
FW_PORT1_TPA_FL_P
6
FW_PORT1_TPA_FL_N
5
FW_PORT1_TPB_FL_P
4
FW_PORT1_TPB_FL_N
3
2012
TPO
(TPA+)
TPO#
(TPA-)
TPI
(TPB+)
TPI#
(TPB-)
SYM_VER-1
2
DP4621
BAV99DW-X-F
BAV99DW-X-F
SOT-363 2
4
3
1
1
2
VGND 8
9
10
C4625 0.1UF
10% 50V 2 X7R 603-1
3
C4623 1
0.001UF
VP
7
SOT-363 5
10% 50V CERM 2 402
JE001
3
1
DP4621
1
B
CRITICAL
2
PP3V3_FW_ESD
1
46
1
MIN_LINE_WIDTH=0.6 mm MIN_NECK_WIDTH=0.25 mm VOLTAGE=33V
6
C4626
1
514-0251 20_INCH_VERSION SHOWN
0.01uF
4
20% 16V CERM 2 402
10% 50V CERM 2 402
GND_CHASSIS_FIREWIRE
A
NOTICE OF PROPRIETARY PROPERTY PART#
QTY
DESCRIPTION
REFERENCE DESIGNATOR(S)
CRITICAL
BOM OPTION
JE000,JE001
CRITICAL
17_INCH_LCD
TABLE_5_ITEM
514-0336
2
CON,1394A 7 DEGREES, W/O RIBS
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE
D4690 SOT23
II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
BZX84C2V7-X-F
APPLE COMPUTER INC.
DRAWING NUMBER
SHT NONE
6
5
4
3
2
REV.
051-7199
D SCALE
7
6 46
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
TABLE_5_HEAD
SIZE
8
6 46
46
CRITICAL
1
9
FIREWIRE CONNECTORS
SM-1
402 [ LATE VG NOTES ] CURRENT THROUGH THE BIAS RESISTOR SHOULD BE 5MA FOR A VOLTAGE DROP TO 2.2V IT IS 2.2V INSTEAD OF 2.7V BECAUSE THE SNAPBACK ESD DIODES HAVE A .5V DROP
VGND 8
514-0251 20_INCH_VERSION SHOWN
C4615
VOLTAGE=3.3V MIN_LINE_WIDTH=0.38 mm MIN_NECK_WIDTH=0.25 mm
2
(TPB-)
VP
FW_VP MAX IS 33V 1
PPFW_PORT1_VP_FL
C4622
(TPB+)
TPI#
CRITICAL
FW_PORT1_TPB_N
0.001UF
(TPA-)
TPI
2
4
FW_PORT1_TPA_N
46
(TPA+)
3
46 FW_PORT1_TPB_P
46
TPO TPO#
1
PPFW_PORT0_VP_FL
SOT-363 5
10% 50V CERM 2 402
3
1% 1/16W MF-LF
5
DP4620
FW_PORT1_TPA_P
ESD Rail R4690 VALUE WAS RECOMMENDED BY COLIN
FW_PORT0_TPA_FL_N
BAV99DW-X-F
1
1
44
6
3
C4613 1
0.001UF
DP4620
1
R4654 4.99K C4664 1 1%
1
F-ST-TH
FW_PORT0_TPA_FL_P
"Snapback" & "Late VG" Protection
46
FW_TPA_C<0>
6 1
m il
1
3
CRITICAL
JE000
UF01613-M33-4F
SOT-363 5
10% 50V CERM 2 402
46
4
OMIT
BAV99DW-X-F
1
0.001UF
46
2012
SYM_VER-1
DP4611
SOT-363 2
MAKE_BASE=TRUE
1
3
2
MAKE_BASE=TRUE
FW_B_TPA_P FW_B_TPA_N FW_B_TPB_P FW_B_TPB_N
2
1
FW_PORT0_TPB_N
1% 1/16W MF-LF 2 402
FW_A_TPA_P FW_A_TPA_N FW_A_TPB_P FW_A_TPB_N
4
CRITICAL
FW_PORT0_TPB_P
1
56.2
1
FLE011 120-OHM
46
44
a n i
46 FW_PORT0_TPA_N
0.33UF
10% 6.3V 2 CERM-X5R 402
44
FW_PORT0_TPA_P
VOLTAGE=1.86V
PORT 0 1394A
2
2012
FW_B_TPBIAS FW_A_TPBIAS 1
C
y r
DP4610
DP4610 BAV99DW-X-F
44
46
MIN_LINE_WIDTH=0.6 mm MIN_NECK_WIDTH=0.25 mm VOLTAGE=33V
MINISMD-LF
I443
5% 1/8W MF-LF 805
D
1
MIN_LINE_WIDTH=0.8MM MIN_NECK_WIDTH=0.25MM VOLTAGE=33V
SMC
R4657 1
0.75AMP-13.2V
MURS320XXG
PP12V_FW
DESIGNED WITH INTENTION TO RESIZE FUSE LIMITS EQUAL FW SPEC 1.5A LIMIT
F4602
FW_VP MAX IS 33V
D4600
R4656 20% 1W FF 2512
44
1
46
1
OF
A 97
8
6
7
2
3
4
5
CAMERA CRITICAL
1
=PP5V_S3_BNDI
1
PP5V_BNDI_LE340
MINISMD-LF
FERR-250-OHM 1
1
2
1
740S0032
2
PP5V_USB2_PORT0_F VOLTAGE=5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
SM
C4710
D
C4797
20% 2 6.3V CERM 805-1
CAMERA
R4746 0
1
2
805 1/8W MF-LF 5%
20% 2 6.3V POLY SMD2
20% 16V CERM 2 402
CRITICAL
L4712 120-OHM SB HAS INTERNAL 15K PULL-DOWNS 22
22
IO
USB_A_N
IO
USB_A_P
UB01123M23-4F F-ST-TH 5 6
2012 1
4
2
USB_PORT0_N USB_PORT0_P
3
NOSTUFF
R4712
CRITICAL
0
1
R4713
3 4
7
1
0
1
2
D4700
2
402
NOSTUFF
1
VDD DD+ GND
2
3
0.01uF
a n i
2
GND_CHASSIS_USB
6 47
RCLAMP0502B CRITICAL
SC-75
MIN_NECK_WIDTH=0.2MM MIN_LINE_WIDTH=0.6MM VOLTAGE=0
U4700 TPS2043B SOI
6
CRITICAL
C
1
IN1
OUT1
15
IN2
OUT2
14
OUT3
11
C4700 1800UF
L4720
FERR-250-OHM PP5V_USB2_PORT1 VOLTAGE=5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1
1
20% 2 6.3V ELEC TH-KZJ-LF
3 4 7
EN1* EN2* EN3*
OC1* OC2* OC3*
16
2
PP5V_USB2_PORT1_F VOLTAGE=5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
SM
NOSTUFF
C4720
STUFFING FOR PROTO, EVAL LATER
12
20% 2 6.3V POLY SMD2
NC 8 NC 9 NC 10 GNDA GNDB 1
C4722
22
22
22 22
IO
IO
4
2
USB_C_P
R4722
3
0
1
402
R4723
0
1
2
22
e r 1
USB_E_N
22
A
IO
2
SM
P IO
VDD DD+ GND
3
L4730
SB HAS INTERNAL 15K PULL-DOWNS
1 2 3 4
7
FERR-250-OHM
PP5V_USB2_PORT2 VOLTAGE=5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
F-ST-TH 5
1
402
B
UB01123M23-4F
D4701
2
NOSTUFF
JE320
20% 16V CERM 2 402
USB_PORT1_N USB_PORT1_P
NOSTUFF
USB_A_OC_L USB_C_OC_L USB_E_OC_L
OMIT
0.01uF
6
2012 SYM_VER-1
1
USB_C_N
C4723 1
m il 20% 16V CERM 2 402
CRITICAL
5
SB HAS INTERNAL 15K PULL-DOWNS
OUT
1
0.01uF
L4722 120-OHM
22
22
150UF
13
CRITICAL
2
GND_CHASSIS_USB
C4733 1
0.01uF
0.01uF
20% 16V CERM 2 402
USB_PORT2_N
2
3
USB_PORT2_P
0
120-OHM 2012
2
VDD DD+ GND
D4702
2
1
2 3 4
7
CRITICAL
SYM_VER-2
NOSTUFF
47 6
R4742 0
1
1
USB_IR_N USB_IR_P =PP5V_S3_BNDI
C
2 3 4
2 6
402
MIC CONNECTOR
JE4701 53261-0398 M-RT-SM 4
CRITICAL 73 73 73
1
AUD_MIC_IN_N_CONN GND_AUDIO_MIC_CONN AUD_MIC_IN_P_CONN
2 3
5
NOSTUFF
CAMERA
R4754 1
0
JE4702 53261-0598
2
M-RT-SM
6
402 22
IO
CRITICAL
L4752
USB_D_P 2
CRITICAL CAMERA 120-OHM 2012
47 6
3
SB HAS INTERNAL 15K PULL-DOWNS 1
47
4
47
SYM_VER-2
22
IO
USB_D_N
1 2
GND_CHASSIS_BNDI USB_CAMERA_P USB_CAMERA_N PP5V_S3_BNDI GND_BNDI
3 4 5
B
NOSTUFF 7
R4755 1
0
2
CAMERA CONNECTOR
402
BLUETOOTH =PP3V3_S3_BT
C4799
20% 6.3V 2 CERM 805-1
22 22
IO IO
USB_G_N USB_G_P
USB_BT_N USB_BT_P
BLUETOOTH 1
C4798 0.1UF
20% 2 10V CERM 402
MAKE_BASE=TRUE MAKE_BASE=TRUE
NOTE: STANDOFFS FOR J4700 BLUETOOTH
BLUETOOTH CRITICAL
J4700 QT800101-1210S-8F F-ST-SM 1
2
3
4
5
6
7
8
9
10
TO M13D SLOT
USB Device Interfaces
SDF4700 STDOFF-4OD4.5H-1.35-TH
3
2
402
1
M-ST-SM 5
4
USB_H_N
SB HAS INTERNAL 15K PULL-DOWNS
F-ST-TH 5
JE4700 87212-0400L-BLK
3
1
10UF
UB01123M23-4F
IR CONNECTOR
L4742 CRITICAL
OMIT
JE330
20% 16V CERM 2 402
6
402 1
2
402
BLUETOOTH
NOSTUFF
R4733
0
1
1
4
NOSTUFF
NOSTUFF
R4743
6
1
0
IO
PLACE C4742 CLOSED TO JE4702.
PP5V_USB2_PORT2_F VOLTAGE=5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
SYM_VER-1
1
USB_H_P
6 47
SC-75
C4732 1
20% 16V CERM 2 402
GND_CHASSIS_BNDI
RCLAMP0502B
2012
R4732
IO
514-0247
L4732 120-OHM
USB_E_P
22
SB HAS INTERNAL 15K PULL-DOWNS
PORT 1
2
=PP5V_S3_USB
PORT 2
6
D
0.01uF
20% 16V CERM 2 402
LAYOUT NOTE: PLACE C4743, C4797 & L4740 NEAR JE4702 PIN 14 IN THE ORDER LISTED, AND NOT ON BOTH SIDES OF THE PIN.
514-0247
402
C4743 1
1
y r
JE310
SYM_VER-1
47
CAMERA
C4742
47 6
OMIT
0.01uF
PORT 0
C4713 1
20% 16V CERM 2 402
0.01uF
GND_BNDI
VOLTAGE=0V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
CAMERA
C4712 1
47
VOLTAGE=5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
10UF
MAKE SURE 6.3V CAP HERE IS OK
150UF
STUFFING FOR PROTO, EVAL LATER
PP5V_S3_BNDI
2 SM
CAMERA
L4710
NOSTUFF
L4740
FERR-250-OHM
0.75AMP-13.2V 47 6
PP5V_USB2_PORT0 VOLTAGE=5V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
CAMERA
F4701
External USB Ports
1
514-0247
1
2
GND_CHASSIS_USB
A
NOTICE OF PROPRIETARY PROPERTY
BLUETOOTH 6 47
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
SDF4701
STDOFF-4OD4.5H-1.35-TH
RCLAMP0502B SC-75
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE
1
II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
TABLE_5_HEAD
PART#
QTY
DESCRIPTION
REFERENCE DESIGNATOR(S)
CRITICAL
BOM OPTION
CRITICAL
17_INCH_LCD
SIZE
TABLE_5_ITEM
514-0339
3
USB RECEPTACLE,4P,UB1123-M50-4F
JE310,JE320,JE330
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
47
1
OF
A 97
8
6
7
2
3
4
5
1
D
D
=PP1V5_S0_AIRPORT 1
C5304
1
0.1UF
C5305 0.1UF
20% 10V 2 CERM 402
20% 10V 2 CERM 402
1
C5306
1
0.1UF
y r
6
C5312 10UF
20% 10V 2 CERM 402
20% 10V 2 CERM 805-2
a n i
=PP3V3_S0_AIRPORT
CRITICAL
1
J5300 ASOB226-S80N-7F
0.1UF
20% 10V 2 CERM 402
F-RT-SM 54
R5304
C5308
1
C5307
1
0.1UF
C5309 0.1UF
20% 10V 2 CERM 402
20% 10V 2 CERM 402
0 41 23
OUT
PCIE_WAKE_L
C
1
2
AIRPORT_WAKE_L
1
2
3
4
5
6
PP3V3_S3 6 1
33
OUT
34
IN
34
IN
CK410_SRC_CLKREQ6_L AIRPORT_CLK100M_PCIE_N AIRPORT_CLK100M_PCIE_P
7
8
9
10
11
12
13
54 54
PCIE_AIRPORT_D2R_N PCIE_AIRPORT_D2R_P
C5300 54 54
PCIE_AIRPORT_R2D_C_N PCIE_AIRPORT_R2D_C_P
1 1
2
2
0.1UF
0.1UF
PCIE_AIRPORT_R2D_N PCIE_AIRPORT_R2D_P
C5301 PLACE CAPS < 250 MILS FROM U2100
0.1UF
59 83
C5314 10UF
20% 10V 2 CERM 805-2
14
15 17
C5313
20% 10V 2 CERM 402
1
16 KEY
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
6
AIRPORT_RST_L
IN
m il AIRPORT_CONN_CLK AIRPORT_CONN_DATA
R5302 R5303
1
2
1
2
0 0
C5310
1
0.1UF
C5311 10UF
20% 10V 2 CERM 805-2
20% 10V 2 CERM 402
=SMB_AIRPORT_CLK =SMB_AIRPORT_DATA
27
27
1
6
C
IO IO
SB HAS INTERNAL 15K PULL-DOWNS 22 22
USB_B_N USB_B_P
IO IO
LAYOUT NOTE: PLACE R5302-03 SUCH THAT STUB LENGTH IS MINIMIZED IF THE RESISTORS ARE NOT STUFFED
e r 53
B
P
A
B
NOTE: STANDOFFS FOR J5300
SDF5300
STDOFF-4OD5.6H-1.35-TH 1
SDF5301
STDOFF-4OD5.6H-1.35-TH 1
AIRPORT CONN SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
53
1
OF
A 97
A
8
22
IN
PCIE_C_R2D_C_N
TP_PCIE_C_R2D_C_N
22
IN
PCIE_C_R2D_C_P
TP_PCIE_C_R2D_C_P
22
D
6
7
22
OUT OUT
PCIE_C_D2R_N
TP_PCIE_C_D2R_N
PCIE_C_D2R_P
TP_PCIE_C_D2R_P MAKE_BASE=TRUE
PCIE_D_R2D_C_N
TP_PCIE_D_R2D_C_N
IN
PCIE_D_R2D_C_P
TP_PCIE_D_R2D_C_P
y r
MAKE_BASE=TRUE MAKE_BASE=TRUE
OUT OUT
PCIE_D_D2R_N
TP_PCIE_D_D2R_N
PCIE_D_D2R_P
TP_PCIE_D_D2R_P
a n i
MAKE_BASE=TRUE MAKE_BASE=TRUE
22
IN
PCIE_E_R2D_C_N
TP_PCIE_E_R2D_C_N
22
IN
PCIE_E_R2D_C_P
TP_PCIE_E_R2D_C_P
MAKE_BASE=TRUE MAKE_BASE=TRUE
C 22
D
MAKE_BASE=TRUE
IN
22
OUT OUT
PCIE_E_D2R_N
TP_PCIE_E_D2R_N MAKE_BASE=TRUE
PCIE_E_D2R_P
TP_PCIE_E_D2R_P MAKE_BASE=TRUE
22
IN
PCIE_F_R2D_C_N
TP_PCIE_F_R2D_C_N
22
IN
PCIE_F_R2D_C_P
TP_PCIE_F_R2D_C_P MAKE_BASE=TRUE
OUT
PCIE_F_D2R_N
TP_PCIE_F_D2R_N
22
OUT
PCIE_F_D2R_P
TP_PCIE_F_D2R_P
MAKE_BASE=TRUE MAKE_BASE=TRUE
USED PCIE PORTS
22
B
22 5
22 5
IN
PCIE_A_R2D_C_N
IN
PCIE_A_R2D_C_P
PCIE_AIRPORT_R2D_C_N
53
PCIE_AIRPORT_R2D_C_P
53
PCIE_AIRPORT_D2R_N
53
PCIE_AIRPORT_D2R_P
53
e r
MAKE_BASE=TRUE MAKE_BASE=TRUE
OUT OUT
PCIE_A_D2R_N MAKE_BASE=TRUE
PCIE_A_D2R_P MAKE_BASE=TRUE
22
IN
PCIE_B_R2D_C_N
22
IN
PCIE_B_R2D_C_P
P
MAKE_BASE=TRUE MAKE_BASE=TRUE
22 5
OUT
PCIE_B_D2R_N
22 5
OUT
PCIE_B_D2R_P
MAKE_BASE=TRUE MAKE_BASE=TRUE
A
PCIE_ENET_R2D_C_N
41
PCIE_ENET_R2D_C_P
41
PCIE_ENET_D2R_N
41
PCIE_ENET_D2R_P
41
C
m il
MAKE_BASE=TRUE
22
22
1
MAKE_BASE=TRUE
22
22
2
3
4
MAKE_BASE=TRUE
22
22
5
B
PCIE PORT ALIASES SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
54
1
OF
A 97
A
8
6
7
2
3
4
5
UNUSED PINS HAVE THE FORMAT SMC_XXX WHERE XXX IS THE PORT NUMBER. THEY ARE SET BY SOFTWARE TO BE DRIVEN OUTPUTS ALWAYS SO THEY CAN BE LEFT NO-CONNECTED.
59 58 6
=PP3V3_S5_SMC
OMIT
OUT
23
OUT
L14
59
L15 K12
22 5
SMC_P20 59 SMC_P21 59 SMC_P22 59 SMC_P23 SMC_BATT_TRICKLE_EN_L SMC_BATT_CHG_EN 59 SMC_P26 59 SMC_P27 59
59
OUT
59
OUT
67 60 21
IO
67 60 21
IO
67 60 21
IO
67 60 21
IO
67 60 21
IN
6
IN
34
IN
67 60 23
OUT
59
OUT
59
OUT
59
IO
59
OUT
59
OUT
59
OUT
59
C
OUT
59
OUT
60 59 5
OUT
60 59 5 59
IN
B15 C14 D12
BGA
(1 OF 4)
P13 P14
P63/KIN3* P64/KIN4*
63 22
K13
63 22
K14 J12
63 22
P15
P65/KIN5*
C15
P16 P17
P66/IRQ6*/KIN6* P67/IRQ7*/KIN7*
J13
59
D13
P20
P70/AN0
N12
76
D14 D15
P21
P71/AN1
76
P22 P23
P72/AN2 P73/AN3
R13 P13
59
P24
P74/AN4
R14 P14
P25 P26
P75/AN5 P76/AN6
R15
76 59
P27
P77/AN7
N13 P15
23
E12 E14 E15 E13 F14 D9 C9 A9 B9 D8 C8 A8 D7
A7
59
P32/LAD2
P82/CLKRUN*
B7 D6
67 60 44 23 5
P33/LAD3 P34/LFRAME*
P83/LPCPD* P84/IRQ3*/TXD1 P85/IRQ4*/RXD1
C6 A6
59
P35/LRESET*
P86/IRQ5*/SCK1/SCL1
B6
59
K4
59
P40/TMIO
P90/IRQ2* P91/IRQ1*
P41/TMO0 P42/SDA1
P92/IRQ0* P93/IRQ12*
P43/TMI1/EXSCK1
P94/IRQ13*
P44/TMO1 P45
P95/IRQ14* P96/EXCL
P36/LCLK P37/SERIRQ
P46/PWX0/PWM0
SMC_TX_L SMC_RX_L SMB_0_S0_CLK
G1
P50 P51
G4 F2
59
C7
D3 C1
C2
76
P80/PME* P81/GA20
A5 B5 C3 B1
59
P30/LAD0 P31/LAD1
SMC_XDP_TMS SMC_SYS_LED_16B SMB_BSB_DATA SMC_TPM_PP SMC_XDP_TRST_L SMC_XDP_TCK SMC_SYS_LED SMC_SYS_KBDLED
D5
59
P97/IRQ15*/SDA0
67 60 23
59
J2 J1
59
J3
80 79 77 23
J4 H2
77 23
H1
59
G2
59
59
23
SMC_CPU_ISENSE SMC_CPU_VSENSE SMC_GPU_ISENSE SMC_GPU_VSENSE SMC_DCIN_ISENSE SMC_PBUS_VSENSE SMC_BATT_ISENSE SMC_FWIRE_ISENSE SMC_WAKE_SCI_L SMC_TPM_GPIO PM_CLKRUN_L PM_SUS_STAT_L SC_TX_L SC_RX_L SMB_BSB_CLK
22UF
OUT
20% 6.3V 2 X5R 805
OUT IN
60 22 26 23 5 67 59 59 14 23 10
IN IN OUT IN IO
59
IO
23
OUT
23 23 59 76 59 59
B
OUT
IN OUT IN OUT IN OUT
59
IN
59
IN
65
OUT
65
OUT
66
OUT
59
OUT
65
IN
65
IN
66
IN
59
IN
59
IN
59
IN
59
IN
59 IN 80
IN
59
IN
59
IN
59
IN
SMC_RCIN_L BOOT_LPC_SPI_L PM_SYSRST_L SMC_TPM_RESET_L PM_EXTTS_L PM_THRM_L SYS_ONEWIRE PM_BATLOW_L SMC_EXTSMI_L SMC_RUNTIME_SCI_L SMC_ODD_DETECT ISENSE_CAL_EN SMC_EXCARD_CP SMC_EXCARD_PWR_EN SMC_EXCARD_OC_L SMC_XDP_TDO_3_3 SMC_FAN_0_CTL SMC_FAN_1_CTL SMC_FAN_2_CTL SMC_FAN_3_CTL SMC_FAN_0_TACH SMC_FAN_1_TACH SMC_FAN_2_TACH SMC_FAN_3_TACH SMS_X_AXIS SMS_Y_AXIS SMS_Z_AXIS SMC_ANALOG_ID SMC_NB_ISENSE SMC_MEM_ISENSE ALS_LEFT ALS_RIGHT
OMIT
U5800 SMC_H8S2116 BGA
(4 OF 4)
A
G3 H3 K3 L3 N4 M5 N7 M12 M13 L12
NC0
NC12
NC1 NC2
NC13 NC14
NC3
NC15
NC4 NC5
NC16 NC17
NC6 NC7
NC18 NC19
NC8
NC20
K15
NC9 NC10
NC21 NC22
J14
NC11
F15 A14 C12 C10
R2
PA2/KIN10*/PS2AC PA3/KIN11*/PS2AD
N3 R1 N2 M4 N1 B10 A10 D10 A11 B11 C11 A12 D11 G14 G15 G13 G12 H14 H15 H13 H12
PA1/KIN9*/PA2DD
SMC_H8S2116 BGA
(2 OF 4)
PA4/KIN12*/PS2BC PA5/KIN13*/PS2BD
P11 R11 N11 P10 R10
PE2*/ETDI PE3*/ETDO PE4*/ETMS
PA6/KIN14*/PS2CC PA7/KIN15*/PS2CD PB0/LSMI* PB1/LSCI
59
R5 P5
59
PG3/EXIRQ11*/SCL2
PC1/TIOCB0/WUE9* PC2/TIOCC0/TCLKA/WUE10*
PG4/EXIRQ12*/EXSDAA PG5/EXIRQ13*/EXSCLA
PC3/TIOCD0/TCLKB/WUE11*
PG6/EXIRQ14*/EXSDAB
PC4/TIOCA1/WUE12* PC5/TIOCB1/TCLKC/WUE13*
PG7/EXIRQ15*/EXSCLB
PC6/TIOCA2/WUE14*
PC7/TIOCB2/TCLKD/WUE15*
PD7/AN15
59
59
e r PG1/EXIRQ9*/TMIY PG2/EXIRQ10*/SDA2
PC0/TIOCA0/WUE8*
M10
P6
PH0/EXIRQ6* PH1/EXIRQ7* PH2/FWE
PH3/EXEXCL PH4 PH5
N5
59
P9 R9
63 22
N9
59
P8 R8
59
M8
59
P7 R7
59
E1
59
F3 K2
59
C4
59
D4 B3
26 23
59
59
59
59
59
SMC_CASE_OPEN SMC_TCK SMC_TDI SMC_TDO SMC_TMS
SMC_PF0 59 SMC_PF1 59 SMC_LID SMC_CPU_RESET_3_3_L SMC_BATT_ISET SMC_BATT_VSET SMC_SYS_ISET SMC_SYS_VSET
SPI_CE_L SMC_XDP_TCK_3_3 SMB_BSA_DATA SMB_BSA_CLK SMB_A_S3_DATA SMB_A_S3_CLK SMB_B_S0_DATA SMB_B_S0_CLK SMC_PROCHOT SMC_THRMTRIP SMC_FWE ALS_GAIN SMS_INT_L SMS_ONOFF_L
C5805
1
0.1UF
C5806 0.1UF
20% 10V 2 CERM 402
20% 10V 2 CERM 402
D
y r
IN IN IN
1
LAYOUT NOTE: PLACE R5899 AND C5820 NEAR SMC PIN N14,N15
10% 6.3V 2 CERM-X5R 402
IN IN IN 59 58 6
IN
=PP3V3_S5_SMC
PP3V3_AVREF_SMC
R5899 1
OUT
4.7
2
5% 1/16W MF-LF 402
IO IN
PP3V3_AVCC_SMC MIN_LINE_WIDTH=0.25 MM MIN_NECK_WIDTH=0.20 MM
1
C5820
a n i
OUT
0.1UF
20% 10V 2 CERM 402
IN IO
80 76 59 58
IN
OMIT
U5800
IN
60 59
IN IN
IN
59
IN
59
IN IO
IN IN IN
OUT IN
IN IN
59 58 6
BGA
SMC_RST_L
E3
RES*
SMC_XTAL SMC_EXTAL
A2
XTAL
B2
EXTAL
MD1
E2
MD2
K1
NMI
F4
ETRST*
L1
AVSS
59
=PP3V3_S5_SMC
R5809 10K
SMC_H8S2116
GND_SMC_AVSS
(3 OF 4)
IN
C5807 0.47UF
VCL IS INTERNAL RAIL
m il
60 59 5
59
PG0/EXIRQ8*/TMIX
PB6 PB7
PD5/AN13 PD6/AN14
60 59 5
M6
PF6/PWM6 PF7/PWM7
PB5
N10
L4 L2
59
R6 N6
PB3 PB4
PD4/AN12
60 59 5
PF2/IRQ10*/TMOY
PF5/PWM5
PD2/AN10 PD3/AN11
60 59 5
M1
M7
PB2
PD0/AN8 PD1/AN9
M3 M2
PF0/IRQ8*/PWM2 PF1/IRQ9*/PWM3 PF3/IRQ11*/TMOX PF4/PWM4
P M11
PE0 PE1*/ETCK
1
SMC_VCL
VSS
U5800
20% 10V 2 CERM 402
IN
P52/SCL0
PA0/KIN8*/PA2DC
C5804 0.1UF
20% 10V 2 CERM 402
IN
P47/PWX1/PWM1
R3 P3
1
0.1UF
IN
OMIT 21
C5803
LAYOUT NOTE: PLACE C5807 NEAR PIN F1
IN
IN
SMC_ONOFF_L SMC_BC_ACOK SMC_BS_ALRT_L PM_SLP_S3_L PM_SLP_S4_L PM_SLP_S5_L SMC_SUS_CLK SMB_0_S0_DATA
1
IN OUT
D1 P4
IO
LPC_AD<0> LPC_AD<1> LPC_AD<2> LPC_AD<3> LPC_FRAME_L SMC_LRESET_L PCI_CLK_SMC INT_SERIRQ
A15 B14
SMC_PM_G2_EN SMC_ADAPTER_EN SPI_ARB SPI_SCLK SPI_SI SPI_SO SMC_PROCHOT_3_3_L SMC_CPU_INIT_3_3_L
VCL F1
75
P61/KIN1* P62/KIN2*
AVREF M14 AVREF M15
OUT
59
SMC_H8S2116
B4 D2
23
D
IN OUT
L13
P11 P12
A4
76 23
P60/KIN0*
C13
VCC J15 VCC A1
IN
U5800
B13 A13
77 26
C5802
1
P10
VCC P2 VCC P1
OUT
B12
R4
59
PM_LAN_ENABLE SMC_RSTGATE_L ALL_SYS_PWRGD RSMRST_PWRGD SMC_SB_NMI PM_RSMRST_L IMVP_VR_ON PM_PWRBTN_L
F12 F13
OUT
AVCC N14 AVCC N15
23
1
P12 R12
R5801 10K
1
1
5% 1/16W MF-LF 2402
5% 1/16W MF-LF 2402
SMC_MD1
60
SMC_NMI
IN
SMC_TRST_L
IN
C
NOSTUFF
1 1 R5898 R5803 R5802 10K 0 10K
1
5% 1/16W MF-LF 2402
5% 1/16W MF-LF 2402
5% 1/16W MF-LF 2402
OMIT
XW5800 SM 1
2
GND_SMC_AVSS
58 59 76 80
OUT OUT OUT OUT IO
IN
IO
B
IO IO IO IO IO
OUT OUT IN
OUT OUT OUT
SMC A
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
C5 A3 B8
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT
E4
III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
H4 M9
SIZE
N8
APPLE COMPUTER INC.
DRAWING NUMBER
SHT NONE
7
6
5
4
3
2
REV.
051-7199
D SCALE
8
60
KBC_MDE
58
1
OF
A 97
8 59 58 6
6
7
=PP3V3_S5_SMC
2
3
4
5
WHITE SYSLED
SMC RESET BUTTON
1
SMC I2C BUS PULLUPS (INCLUDING UNUSED ONES)
LED2901 PP3V3_S0
PP5V_S3 CRITICAL 2
20% 10V
WHITE-500MCD
1K
U5900 RN5VD30A-F
D
C5900 1
1
60 58
SMC_RST_LOUT
R5901
2
NO-CONNECT UNUSED PINS
1% 1/16W MF-LF 2 402
GND 3
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM 3
4
58
SMC_SYS_LED_16B
IN
FDV301N
1
SOT23-LF
NOSTUFF
2
1
R5902 4.7K
58
5% 1/16W MF-LF 2 402
AMBIENT LIGHT SENSOR CONNECTOR CRITICAL J2901 I2C ADDR:72(1001000)
NC_SMC_P20 MAKE_BASE=TRUE NC_SMC_P21 MAKE_BASE=TRUE NC_SMC_P22 MAKE_BASE=TRUE NC_SMC_P23 MAKE_BASE=TRUE NC_SMC_P26 MAKE_BASE=TRUE NC_SMC_P27 MAKE_BASE=TRUE NC_SMC_BATT_ISET MAKE_BASE=TRUE NC_SMC_BATT_VSET MAKE_BASE=TRUE NC_SMC_SYS_ISET MAKE_BASE=TRUE NC_SMC_SYS_VSET MAKE_BASE=TRUE NC_SMC_BATT_TRICKLE_EN_L MAKE_BASE=TRUE NC_SMC_BATT_CHG_EN MAKE_BASE=TRUE NC_SMC_ANALOG_ID MAKE_BASE=TRUE NC_ALS_GAIN
58
Q5900 3
SMC_P20 SMC_P21 58 SMC_P22 58 SMC_P23 58 SMC_P26 58 SMC_P27 58 SMC_BATT_ISET 58 SMC_BATT_VSET 58 SMC_SYS_ISET 58 SMC_SYS_VSET SMC_BATT_TRICKLE_EN_L SMC_BATT_CHG_EN 58 SMC_ANALOG_ID 58 ALS_GAIN 58
SYS_LED_DRV_C
16V CERM 2 402
SM-LF
58
SMC_SYS_KBDLED SMC_PF0 58 SMC_PM_G2_EN 58 SMC_ADAPTER_EN 58 ALS_LEFT 58 ALS_RIGHT 58 SMC_PF1 SMC_XDP_TCK 58
TP_SMC_SYS_KBDLED TP_SMC_PF0 TP_PM_G2_EN TP_SMC_ADAPTER_EN TP_ALS_LEFT TP_ALS_RIGHT TP_SMC_PF1 TP_SMC_XDP_TCK
58
58
58
SMC_PB7 SMC_SYS_LED
58
2
59 7
58
59 58
Q5901
TPM RESET PULLUP
2N7002DW-X-F
58
SMC_PROCHOT
2
G
S
67 58
PP3V3_TPM_3VSB
67
SOT-363
TPM
R58271
SMC_TPM_RESET_L
10K
2
POWER BUTTON HEADER (REF DES PRESERVED FOR PLACEMENT PURPOSE)
WIRE-OR DIMM OVERTEMP TO SMC 29 28 21 14 7
J2903
PM_THRMTRIP_L 58
Q5901
D
58
1
SMC_THRMTRIP
5
G
S
58
R5907
1NOSTUFF
R5908
SM-LF
1K
SMC_ONOFF_L
2
5% 1/16W MF-LF 402
58
GENERATE 0.48V MID-VREF 6 OUT 65 59 66
58
C5902
1
0.1uF
5% 1/16W MF-LF 2 402
20% 10V
2
CERM 402
59
P0V48_SMC_LSREF
R5930
58
6.2K
58
5% 1/16W MF-LF 2 402
SMC CRYSTAL
5% 1/16W MF-LF 2 402
Y5800
5% 50V CERM 402
SM-3
TPM
20.000M
1
SMC_EXTAL
2
1
58
P 67
TABLE_5_HEAD
PART#
QTY
DESCRIPTION
REFERENCE DESIGNATOR(S)
CRITICAL
Y5800
CRITICAL
BOM OPTION
TABLE_5_ITEM
197S0165
1
XTAL,20.00,80PPM,HC49,SMD,LF
80 79 78 77 76 66 65 26 6 5 83 66 65 59 6
PP3V3_S5
CPU 1.05V -> SMC 3.3V SHIFTER
=PP3V3_S0_FAN
R5934
1
1
C5903
1
R5932
0.1uF
20% 10V CERM 402
2
5% 1/16W MF-LF 2 402
8 59
LM393A
6
P0V48_SMC_LSREF
V+
A
SOI-1-LF 7
SMC_PROCHOT_3_3_L 58
U5999 59 7
CPU_PROCHOT_L
5
GND 4
1
2
R5933
1
1K
V+
60 58 5 60 58 5 60 58 5
SC_RX_L
0
1
0
SC_TX_L
1
2
0
SMC_TPM_GPIO
1
R5995
SMC_TPM_PP
1
0
2
1K
2
SC_TX_L SMS_ONOFF_L SMC_TX_L SMC_RX_L SYS_ONEWIRE SMC_BS_ALRT_L SMC_TMS SMC_TDO SMC_TDI SMC_TCK SMC_BC_ACOK SMC_FWE
2
R5922
SMC_RX_L
2
R5923
SMC_TX_L
2
R5905
SMB_A_S3_CLK
58 59
1
2
R5906
SMB_A_S3_DATA
58 59
FUNC_TEST=TRUE FUNC_TEST=TRUE
1
5% 1/16W MF-LF 402
1
1
2
R5910
SMB_BSB_CLK
58
10K
1
2
R5911
SMB_BSB_DATA
58
2
1
2
R5912
10K
1
2
R5913
R5832
1
SMB_0_S0_DATA
58
MAKE_BASE=TRUE
FUNC_TEST=TRUE
TP_SMB_0_S0_DATA
10K
1
2
R5914
SMB_BSA_CLK
58
10K
1
2
R5915
SMB_BSA_DATA
58
FUNC_TEST=TRUE
10K
1
2
R5916
SMC_LID
58
PULLDOWNS FOR SYSTEM STATE PINS 10K
1
2
R5917
SMC_CASE_OPEN
58
ALIAS SENSORS INTO SMC I2C BUSSES
59 58
59 58
IO IO
SMB_B_S0_CLK SMB_B_S0_DATA
C
MAKE_BASE=TRUE MAKE_BASE=TRUE
=I2C_HD_TEMP_SCL =I2C_HD_TEMP_SDA
IO
=I2C_ODD_TEMP_SCL =I2C_ODD_TEMP_SDA
IO
=SMB_THRM_CLK =SMB_THRM_DATA
IO
SMB_GPU_NB_THRM_CLK SMB_GPU_NB_THRM_DATA
IO
I2C_ALS_SCL I2C_ALS_SDA
IO
66
NOSTUFF 1
66
IO
C5904 100PF
66
5% 2 50V CERM 402
66
10 10
IO
IO
NOT_DEVELOPMENT_SMC
R5833 R5815 R5817 R5818 R5819 R5821 R5822 R5823 R5824 R5825 R5826 R5828
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
10K 10K 10K 100K 10K 10K 10K 10K 10K 10K 10K 10K
61 61
59 58
IO
59 58
IO
SMB_A_S3_CLK SMB_A_S3_DATA
59 MAKE_BASE=TRUE 59
IO
IO
MAKE_BASE=TRUE
TIE ANALOG SENSOR OPAMP GROUNDS TO SMC GROUND PCB: RUN A TRACE FROM EACH ANALOG OPAMP PSEUDO-DIFFERENTIALLY NEXT TO THIS GND TRACE AND TIE INTO DIGITAL GND VERY CLOSE TO SMC’S XW5800. PLACE XW5900 NEAR XW5800.
XW5900 SM 76
GND_NEXT_TO_SMC
1
2
OMIT
B CPU_HISIDE_VSENSE
76
SMC_TPM_GPIO1 2
R5920
TPM_GPIO1
67
59 58 6
SMC_TPM_GPIO2 2
R5921
TPM_GPIO2
67
58
R5831
SMC_EXCARD_OC_L
1
=PP3V3_S5_SMC
10K
2
MF-LF 402
TPM_PP
67
5% 1/16W MF-LF 402
59 58 6
SMC_XDP_TCK_3_3
PRECISION 3.3V AVREF FOR SMC
=PP3V3_S5_SMC 83 82 80 79 6 5
PP5V_S5
58
1
R5942 10K Q5910 5%
1/16W MF-LF 2 402
NTR4101P
MIN_LINE_WIDTH=0.4 MM 3MIN_NECK_WIDTH=0.2 MM
SMC_REF_GATE1
R5941
58
10K
5% 1/16W MF-LF 402
58
G
2N7002
1
2
G
SOT23-LF
S
NOSTUFF
59 58 6
C5943 1UF
PCB: ENSURE FSB_CPURST_L FANS OUT FROM U1200 AND MINIMIZE ROUTE LENGTH TO U5999.
0
=PP3V3_S5_SMC 1
D
CRITICAL
3
U5940
2
5% 1/16W MF-LF 402
MIN_LINE_WIDTH=0.4 MM MIN_NECK_WIDT=0.2 MM
VIN
VOUT
3
10% 2 6.3V CERM-X5R 402
MIN_LINE_WIDTH=0.4 MM MIN_NECK_WIDTH=0.2 MM VOLTAGE=3.3V
1
C5940 C5942 1 0.47UF
TURN ON 3.3V VREF ONLY AFTER SMC 3.3V RAIL AND AVCC RAIL IS UP.
2
GND
1
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
PP3V3_AVREF_SMC 58
SOT23-3
1
2
10UF
20% 6.3V 2 CERM 805-1
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT
C5941
III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
0.01uF
20% 2 16V CERM 402
SIZE
APPLE COMPUTER INC. GND_SMC_AVSS
5
4
3
DRAWING NUMBER
SHT NONE
2
REV.
051-7199
D SCALE
58 76 80
MIN_LINE_WIDTH=0.4 MM MIN_NECK_WIDTH=0.2 MM VOLTAGE=0V
SPARE COMPARATER
A
NOTICE OF PROPRIETARY PROPERTY
ISL60002-33 SMC_REF_IN
1
SMC & TPM SUPPORT
R5940
S
Q5911
D
SMC_XDP_TDO_3_3
PIN COMPATIBLE WITH TI REF3133 353S1278 2
SOT-23
SMC_REF_GATE2 1
1
6
58
10K
2
TP_SMB_0_S0_CLK
SMB_0_S0_CLK
NOT_DEVELOPMENT_SMC
SMC_GPU_VSENSE
10% 2 6.3V CERM 402
7
MAKE_BASE=TRUE
10K
10K 10K 10K
2 2
1
10K
SENSE GPU VCORE
5 58 59 60
58
SOI-1-LF 1
4
FUNC_TEST=TRUE
5 58 59 60
GND
8
1
2.2K
DEVELOPMENT_SMC
U5999 3
FUNC_TEST=TRUE
DEVELOPMENT_SMC
5% 1/16W MF-LF 402
1 0 5% SMC_TPM_PP 1/16W
58
58
LM393A
2
60 58 5
58
5% 1/16W MF-LF 402
SMC_CPU_RESET_3_3_L
58
R5924
R5935
1
5% 1/16W MF-LF 2 402 8
1K
5% 1/16W MF-LF 402
1K
10K
e r 58
TPM_XTALO
2
402 50V 5% CERM
60 59 58 5
NC_SMC_MEM_ISENSE MAKE_BASE=TRUE UNUSED_SMC_SENSE 59 MAKE_BASE=TRUE UNUSED_SMC_SENSE 59
SELECT TPM GPIO
32.768K
15PF
CERM 5% 50V 402
67
SM-LF
C6705
2
22PF
TPM CRITICAL
Y6700
4
C5801
UNUSED_SMC_SENSE
59 58
TPM_XTALI
2
1
58
OMIT
59
59 58
TPM
1
58
60 59 58 5
5% PULLDOWN UNUSED ANALOG SENSE 1/16W PINS ON PORT 7. MF-LF
15PF
SMC_XTAL
59 58
MAKE_BASE=TRUE
C6704
22PF
58
58
LAYOUT NOTE: PLACE CAPACITORS BETWEEN CRYSTAL AND SMC/TPM
C5800
23
NC_SMS_X_AXIS MAKE_BASE=TRUE NC_SMS_Y_AXIS MAKE_BASE=TRUE NC_SMS_Z_AXIS
SMC_MEM_ISENSE SMC_BATT_ISENSE SMC_FWIRE_ISENSE
58
1K
TPM CRYSTAL
SMS_X_AXIS SMS_Y_AXIS SMS_Z_AXIS
SC_RX_L
21 60
58
R5931
PLACE R5908 CLOSE TO SW5901 ONLY USING PADS FOR SWITCH
59 58
FWH_INIT_L MAKE_BASE=TRUE SUS_CLK_SB MAKE_BASE=TRUE
MAKE_BASE=TRUE
1 4
SMC_CPU_INIT_3_3_L SMC_SUS_CLK
NC OR PULLDOWN UNUSED ANALOG SENSE PINS
=PP3V3_S0_FAN 1
1K
2
2.2K
PULLUPS FOR SYSTEM STATE PINS
=PP3V3_S5_SMC
R5808 R5829 R5830
SMC_ONOFF_L SMC_ODD_DETECT SMC_EXCARD_CP
m il
WIRE SMC TO SB PINS
SPST
1
59 58
4
SW5901
CERM 5% 50V 402
76
58
58
2
CPU_HISIDE_ISENSE
MAKE_BASE=TRUE
SOT-363
4
1
SMC_GPU_ISENSE
2N7002DW-X-F
2
B
59 58 6
CPU HIGH SIDE IN CURRENT
3
M-ST-SM 3
3
14 58
MAKE_BASE=TRUE
53398-0276
1
SMC PULL-UPS
PM_EXTTS_L
DIMM_OVERTEMP_L
=PP3V3_S5_SMC
a n i FUNC_TEST=TRUE
TP_SMC_EXCARD_PWR_EN MAKE_BASE=TRUE TP_SMC_PB7 MAKE_BASE=TRUE TP_SMC_FAN_3_TACH MAKE_BASE=TRUE TP_SMC_FAN_3_CTL MAKE_BASE=TRUE
1
1
MAKE_BASE=TRUE
TP_SMC_RSTGATE_L
518S0328
DEVELOPMENT
MAKE_BASE=TRUE
TP_SMC_SYS_LED
SMC_RSTGATE_L
SMC_EXCARD_PWR_EN SMC_PB7 SMC_FAN_3_TACH 58 SMC_FAN_3_CTL
CPU_PROCHOT_L
3 D
SYS POWER BUTTON
FUNC_TEST=TRUE
MAKE_BASE=TRUE
6
518S0327
MAKE_BASE=TRUE
MAKE_BASE=TRUE 58
6
POWER_BUTTON_L
FUNC_TEST=TRUE
TP_SMC_PB7
SMC 3.3V -> CPU 1.05V SHIFTER
4
5
FUNC_TEST=TRUE
MAKE_BASE=TRUE
MAKE_BASE=TRUE
PP3V3_S3
I2C_ALS_SDA I2C_ALS_SCL
59 58 6
MAKE_BASE=TRUE
MAKE_BASE=TRUE
TP_SMC_XDP_TMS TP_SMC_XDP_TRST_L
1
C
58 59
y r
MAKE_BASE=TRUE
MAKE_BASE=TRUE
F-ST-SM 5
59
58 59
SMB_B_S0_DATA
D FUNC_TEST=TRUE
MAKE_BASE=TRUE
MAKE_BASE=TRUE
SMC_XDP_TMS SMC_XDP_TRST_L
58
59
53398-0476
59
SMB_B_S0_CLK
R5904
DEBUG TESTPOINTS ON SELECTED INPUTS/OUTPUTS
MAKE_BASE=TRUE
(REF DES PRESERVED FOR PLACEMENT PURPOSE)
83 59 53 6
R5903
2
PP3V3_S3
SMC ALIASES, PULLUPS, AND TESTPOINTS
1
56.2
0.01UF 10%
SPST 1
83 59 53 6
17_INCH_LCD
OUT
CD NC
5 4
SW5900
2
1
SYS_LED_DRV_K MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM
SOT23-5
SMC_MANUAL_RST_L DEVELOPMENT
1
2.2K
3X2MM-SM
5% 1/16W MF-LF 2 402
VDD
CERM 402
5
2.2K
1
0.1uF
2
R5900
83 76 61 41 26 10 6 94
6 83
1
2
C5901
1
59
1
OF
A 97
8
6
7
2
3
4
5
1
D
D 6
1
C6000 1UF
10% 6.3V 2 CERM 402
6
y r
=PP3V3_S5_DEBUG
1
C6001 0.1UF
20% 10V 2 CERM 402
a n i
=PP5V_S0_DEBUG
1
C6002 1UF
10% 2 6.3V CERM 402
1
C6003 0.1UF
20% 2 10V CERM 402
C
NOSTUFF
J6000
F-ST-5047 SM1
LPC_AD<0> 21 LPC_AD<1>
67 58 21 67 58
LPC_FRAME_L 44 23 5 PM_CLKRUN_L 58 22 BOOT_LPC_SPI_L 59 58 5 6
SMC_TMS
DEBUG_RST_L
SMC_TRST_L 58 5 SMC_TDO 58 SMC_MD1 58 5 SMC_TX_L 58 5
59
59
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
FWH_INIT_L PCI_CLK_PORT80 LPC_AD<2> LPC_AD<3>
m il
67 58 21 67 58
1
SMC_TDI SMC_TCK SMC_RST_L SMC_NMI SMC_RX_L
INT_SERIRQ PM_SUS_STAT_L
C
21 59 34
21 58 67 21 58 67
23 58 67
23 58 67
5 58 59
5 58 59 58 59 58
5 58 59
SV_SET_UP
23
e r
B
P
A
B
LPC+ CONN SYNC_MASTER=M38
SYNC_DATE=12/09/2005
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
60
1
OF
A 97
A
8
7
6
2
3
4
5
1
D
D
a n i
DEVELOPMENT
R6100 U6100_VCC
47
1
2
5% 1/16W MF-LF 402
C
DEVELOPMENT 1
C6100 0.1UF
1
20% 2 10V CERM 402
U6100
R6101 0
DEVELOPMENT
VCC
DEVELOPMENT
MAX6695AUB
m il 1
2
UMAX
NB_THRM_SPARE_DXP
5% 1/16W MF-LF 402
2 DXP1 3 DXN 4 DXP2
SMBDATA SMBCLK ALERT*
CRITICAL
J3
TSENSE_NB_GPU_DXN
DEVELOPMENT
SM-2MT-BLK-LF 3
1
C6101
OT1* OT2*
5
10
GND 6
CRITICAL
9 7 8
0.001UF 10%
y r
PP3V3_S0
6 10 26 41 59 76 83 94
C
SMB_GPU_NB_THRM_DATA 59 SMB_GPU_NB_THRM_CLK 59
2 50V CERM
1
402
2
TSENSE_NB_DXP
e r 4
DEVELOPMENT
B
P
A
I2C ADDR:30(0011000)
B
NB THERMAL
A
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
61
1
OF
A 97
8
6
7
2
3
4
5
1
D
D 6
y r
=PP3V3_S5_ROM 1
R63021 R63011 3.3K
5% 1/16W MF-LF 402 2
C6312 0.1UF 20% 10V 402
3.3K
5% 1/16W MF-LF 402 2
8
OMIT
VDD
U6301 16MBIT
R6307 58 22
58 22
SPI_SCLK
1
47
a n i 1
SPI_WP_L
NOSTUFF 1
C6309 33PF 5% 50V 402
2 CERM
SPI_HOLD_L
1
1
R6309
C6308
10K
5% 1/16W MF-LF 402 2
33PF
5% 2 50V CERM 402
SI
SCK
5
SST25VF016B
5% 1/16W MF-LF 402
SPI_CE_L
6
3
7
CE* WP* HOLD*
SO
VSS
R6309 NOT NEEDED SINCE SPI ROM IS SHARED WITH SB AND SMC
4
C
10K
R6306
SOI
SPI_SCLK_R
2
R63991 5% 1/16W MF-LF 402 2
2 CERM
2
SPI_SI_R
SPI_SO_R
1
47
5% 1/16W MF-LF 402
2
5% 1/16W MF-LF 402
R6303 1
47
2
1
C6301 33PF
5% 2 50V CERM 402
1
SPI_SI
22 58
SPI_SO
22 58
C6311 33PF 5%
2 50V CERM
402
C
R6306-07 SHOULD BE PLACED LESS THAN 2.54MM FROM U2100 R6303 SHOULD BE PLACED LESS THAN 2.54MM FROM U6301
m il
e r
B
P
A
B
SPI BOOTROM SYNC_MASTER=M38
SYNC_DATE=01/05/2006
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
63
1
OF
A 97
A
8
6
7
2
3
4
5
1
FAN 0 66 65 6
79 78 77 76 66 65 59 26 6 5 83 80
=PP12V_S0_FAN
PP3V3_S5 1
1.5K
R6506
5% 1/16W MF-LF 2 402
D
1
1.5K
5% 1/4W MF-LF 2 1206
10K
NOSTUFF
R65031
R6502
1
C6500 0.1UF
5% 1/8W MF-LF 805 2
20% 2 25V CERM 603
5
F0_VOLTAGE8R5
3.9K
F0_GATESLOWDN
Q6500
4
5% 1/8W MF-LF 805
y r
NTHS5443T1 1206A-03-LF
58
IN
SMC_FAN_0_CTL
1 2 3
C6501
J6500
0.47UF 10%
FAN_RPM0
2 16V X7R 805
3
Q6502
D
2N7002
1
G
53261-0498
MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.25MM
D6502 SMB
R6504 0
NOSTUFF 1
R6512 1.0K
2
1
FAN_0_OUT
3
1
47K
2
FAN_TACH0
5% 1/16W MF-LF 402
C
NOTE:
ADDED TO PROTECT SMC
m il
FAN 1 66 65 6
79 78 77 76 66 65 59 26 6 5 83 80
=PP12V_S0_FAN
PP3V3_S5 1
R6511 10K 5%
SMC_FAN_1_CTL
NOSTUFF
1.5K
R65071
5% 1/4W MF-LF 2 1206
1
R6509 3.9K
20% 25V 2 CERM 603
5% 1/8W MF-LF 805 2
e r F1_VOLTAGE8R5
C6502
F1_GATESLOWDN
FAN_RPM1
3
Q6505
D
2N7002
1
66 65 59 6
4
P
R6501 10K
5% 1/16W MF-LF 2 402
R6598 OUT
SMC_FAN_1_TACH
1
47K
2
FAN_TACH1
5% 1/16W MF-LF 402
A
2 16V X7R 805
F1_RCFEEDBK NOSTUFF
MIN_NECK_WIDTH=0.25MM
6
518S0193
C
HD FAN
Q6503 NTHS5443T1 1206A-03-LF
CRITICAL
C6503 0.47UF 10%
SOT23-LF MIN_LINE_WIDTH=0.5MM
S
2
=PP3V3_S0_FAN 1
58
G
1
4
20% 2 16V ELEC 6.3X11-TH-LF
5
5% 1/8W MF-LF 805
B
C6504
MOTOR CONTROL TACH GND 12V DC
0.1UF
1.5K
1
R6513 1.0K
5% 1/8W MF-LF 2 805
R6508 0 1
2
5% 1/8W MF-LF 805
6 7 8
IN
R6510
1 2 3
58
1
1/16W MF-LF 2 402
3
120UF
2
5% 1/8W MF-LF 805
SOT23
OMIT CRITICAL
a n i
1
MMBD914XXG
5% 1/16W MF-LF 2 402
R6599 SMC_FAN_0_TACH
1
R6515 0
D6500 1
1
FAN_0_PWR
2
R6500 10K
OUT
2
B130LBT01XF
1
58
MIN_NECK_WIDTH=0.25MM MIN_LINE_WIDTH=0.5MM
MIN_NECK_WIDTH=0.25MM MIN_LINE_WIDTH=0.5MM
5% 1/8W MF-LF 805
5% 1/8W MF-LF 2 805
=PP3V3_S0_FAN
M-RT-SM 5
NOSTUFF
F0_RCFEEDBK 1
SOT23-LF
S 2
66 65 59 6
6 7 8
CRITICAL 1
D
ODD FAN
R6505
FAN_1_OUT
NOSTUFF
M-RT-SM
D6503 SMB 1
2
6 MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.25MM
1 2
FAN_1_PWR
MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.25MM
3
D6501
MMBD914XXG
1 SOT23
B
J6501 53261-0598
OMIT CRITICAL
3
C6505
4 5
2 16V ELEC 6.3X11-TH-LF
7
B130LBT01XF
R6514 0 1
2
5% 1/8W MF-LF 805
1
120UF 20%
MOTOR CONTROL TACH GND 12V DC
518S0326
Fan 0, 1 & System Temp
A
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
65
1
OF
A 97
8
6
7
2
3
4
5
1
FAN 2 65 6
=PP12V_S0_FAN
D
D 80 79 78 77 76 65 59 26 6 5 83
PP3V3_S5 1
R6605
1
1.5K
5% 1/16W MF-LF 2 402 58
IN
1
1.5K
5% 1/4W MF-LF 2 1206
C6600 0.1UF
5% 1/8W MF-LF 805 2
SMC_FAN_2_CTL
20% 25V 2 CERM 603
5
R6603 F2_VOLTAGE8R5
3.9K
CPU FAN
F2_GATESLOWDN
1206A-03-LF
4
NTHS5443T1
5% 1/8W MF-LF 805
Q6600
CRITICAL
1
10% 16V 2 X7R 805
Q6602 2N7002
1
G
SOT23-LF
S
MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.25MM
NOSTUFF 1
R6606
2
1.0K
65 59 6
5% 1/8W MF-LF 2 805
=PP3V3_S0_FAN
1 2 3
1
0
5% 1/8W MF-LF 805
2
3
1
1
R6697
m il
2
5% 1/16W MF-LF 402
HD TEMP SENSOR
e r 6
C6602 120UF
20% ELEC 6.3X11-TH-LF
2 16V
2
B
C6650 0.01UF
66 9
CPU_HS_ZH608
2
1
20% CERM 16V 402
59
P
59
=I2C_HD_TEMP_SDA =I2C_HD_TEMP_SCL
1
HD_TEMP_SENSE
2
C6654
3 4
20% 10V CERM 2 402
C6651
4
6
518S0328
C
2
B
53261-0498
1
M-RT-SM 5
20% CERM 16V 402
1 59 59
2
=I2C_ODD_TEMP_SDA =I2C_ODD_TEMP_SCL
3 4
C6655
1
0.1UF
20% 10V CERM 2 402
17_INCH_LCD
518S0193 HD_TEMP_SENSE
0.01UF 2
3
6
HD_TEMP_SENSE
CPU_HS_ZH608
0.01UF GND_CHASSIS_ODD_TEMP
I2C ADDR:0X90(1001000)
6
MOTOR CONTROL TACH GND 12V DC
2
J6602
1
0.1UF
1
CRITICAL
C6652
53261-0498
66 6
F-ST-SM 5
=PP3V3_S0_ODD_TSENS 17_INCH_LCD
J6601
I2C ADDR:0X92(1001001)
66 9
6
CRITICAL
M-RT-SM 5
53398-0476
ODD TEMP SENSOR
=PP3V3_S0_HD_TSENS HD_TEMP_SENSE
A
0
5% 1/8W MF-LF 805
FAN_TACH2
47K
OMIT CRITICAL
R6607
MMBD914XXG SOT23
5% 1/16W MF-LF 2 402
1
FAN_2_PWR
1
D6600
10K
SMC_FAN_2_TACH
2
B130LBT01XF
R6600
OUT
1
FAN_2_OUT
MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.25MM
MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.25MM
1
C
NOSTUFF
D6601 SMB
R6602
F2_RCFEEDBK
J6600
a n i
0.47UF
3 D
C6601
6 7 8
FAN_RPM2
58
y r
NOSTUFF
R66011
R6604
10K
C6653
518S0193
0.01UF
1
66 6
20% CERM 16V 402
GND_CHASSIS_ODD_TEMP
2
1
20% CERM 16V 402
Fan 2 & HD Temp
A
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
66
1
OF
A 97
8
6
7
2
3
4
5
1
D
D
67 6
a n i C6700 0.1UF
10% 16V 2 X5R 402
OMIT
67 6
=PP3V3_S0_TPM NOSTUFF
R6700
IO
60 58 21
IO IN
60 58 21
5% 1/16W MF-LF 2 402
IN
60 58 23
IN
59
60 58 23
IO
60 58 44 23 5
IO
LAD1
TPM
VDD
TSSOP
VDD
LAD2 LAD3
17
PCI_CLK_TPM LPC_FRAME_L
21
LCLK
PM_SUS_STAT_L INT_SERIRQ PM_CLKRUN_L
28 27
23 20
22 16
15
TPM_GPIO1 TPM_GPIO2
VNC
LFRAME*
TPM_LRESET_L
1
0
TPM_XTALI TPM_XTALO
VBAT
LRESET* LPCPD*
R6799 59 58
IN
SMC_TPM_RESET_L
1
0
2
5% 1/16W MF-LF 402
P
A
12
NC
5% 1/16W MF-LF 2 402
(INT PD)
PP
GPIO
TESTBI/BADD/GPIO TESTBI/BADD
TESTI
13
XTALI/32K_IN
14
XTALO
NOSTUFF
C6702
1
R6705
0.1UF
10% 16V 2 X5R 402
0
5% 1/8W MF-LF 2 805
PP3V3_TPM_3VSB
1
TPM
C6703
9 8
10% 16V 2 X5R 402
R6702
10K
CLKRUN/GPIO*
GPIO/SM_DAT NC GPIO/SM_CLK
10% 16V 2 X5R 402
1
0.1UF
SERRIRQ
GPIO_EXPRESS_00
0.1UF
TPM 1
PP/GPIO
C6701
VOLTAGE=3.3V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.15MM
NC
6 1
1
NOTE: SINCE CURRENT OF VSB IS NOT YET ON SPEC, 1/8W (R6704/R6705) IS USED FOR NOW
TPM
R6704 1
0
2
=PP3V3_S3_TPM
6
5% 1/8W MF-LF 805
C
BASE ADDR = 0X4E/4F
LAYOUT NOTE: PLACE R6702-03 WHERE ACCESSIBLE
TPM_BADD
NOSTUFF
1
GND
R6703
10K
5% 1/16W MF-LF 2 402
BASE ADDR = 0X2E/2F
e r TPM_RST_L
NOSTUFF
B
NC
m il
2
5% 1/16W MF-LF 402
59
3
NC
7
2
TPM
IN
5
VSB
CLKRUN*
R6798 6
3V2
19 24
4 GND0 11 GND1 18 GND2 25 GND3
59
3V1
10
VDD
GPIO2 59
3V0
3VSB
NC 59
U6700
26
TPM_PP 59
LAD0
LPC_AD<0> LPC_AD<1> LPC_AD<2> LPC_AD<3>
0
LAYOUT NOTE: PLACE WHERE ACCESSIBLE
C
IO
60 58 21
34
1
IO
60 58 21
TPM
TPM
TPM
1
60 58 21
y r
=PP3V3_S0_TPM
B
TPM SYNC_MASTER=M38
SYNC_DATE=01/05/2006
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
67
1
OF
A 97
A
8
6
7
2
3
4
5
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM VOLTAGE=4.5V
AUDIO CODEC
PP4V5_AUDIO_ANALOG
APPLE P/N 353S1345
D
74 73 72 68 6
=PP3V3_S0_AUDIO
1
68 74
MIN_LINE_WIDTH=0.30MM MIN_NECK_WIDTH=0.20MM VOLTAGE=3.3V
L6801
180-OHM-1.5A
VOLTAGE=3.3V
1
D
PPV_3V3_AUDIO_CODEC
2 0603
10UF
1000PF
20% 6.3V CERM 2 805-1
21
IN
21
IN
21
IN
C6801
10% 25V 2 X7R 402
1
C6835 1000PF
ACZ_BITCLK ACZ_SYNC ACZ_SDATAOUT
R6807 21
OUT
ACZ_SDATAIN<0>
1
39
6 10 5
2
5% 1/16W MF-LF 402 74 68 68
ACZ_SDATAIN_CHIP
8
AUD_GPIO_2 AUD_GPIO_0 AUD_GPIO_1
44 45 46
BIT_CLK SYNC SDATA_OUT 10 SDATA_IN 10 GPIO2 GPIO0 GPIO1
GPIO3/SPDIFIN
47
SENSE_A
13
SENSE_B
34
PORT-A_L_HP PORT-A_R_HP
10
VREFOUT-A PORT-E_L
37 14
PORT-E_R
15
VREFOUT-B PORT-B_L
28 21
PORT-B_R
22
VOLUME_DOWN PC_BEEP 10
VREFOUT-C VREFOUT-D
29
27
RESET*
VREF_FILT AFILT1
PORT-C_L
NC TP_AUD_BI_PORT_D_L NC TP_AUD_BI_PORT_D_R
35
PORT-D_L_HP PORT-D_R_HP
PORT-C_R
STAC9220 LO LQFP
12
15
13
MIC1 14
74 74 74
C
BAL_IN_L BAL_IN_COM BAL_IN_R
18 19 20
CD-L CD-G 10
MIC2
CD-R
11
NC NC_VOL_UP NC NC_VOL_DOWN
2 3
BEEP 21
IN
12
ACZ_RST_L
11
5% 1/16W MF-LF 2 402
0.1UF
10% 16V 2 X5R 402
1
74 73 72 68
e r
10% 25V 2 X7R 402
y r
1000PF
100UF
GND_AUDIO_CODEC
32
31 33
NC1
40
NC2
43
2
68 72 73 74
AUD_SPDIF_OUT 73 AUD_SPDIF_IN AUD_SENSE_A AUD_SENSE_B AUD_BI_PORT_A_L AUD_BI_PORT_A_R AUD_BI_PORT_F_L AUD_BI_PORT_F_R
NC_AUD1 NC_AUD2
1
C6812 1000PF
10% 25V 2 X7R 402
C6804 1
C6805 1
20% 6.3V 2 TANT SMA-LF
5% 50V CERM 2 805
1
1000PF
5% 50V 2 CERM 805
1000PF
10UF
C6806
1
C6813
10% 25V 2 X7R 402
C6807 1
C6808 1
20% 6.3V 2 TANT SMA-LF
10% 6.3V CERM 2 402
10UF
74 74 74
74 74
AUD_BI_PORT_B_L AUD_BI_PORT_B_R
68 74
C
68
AUD_VREF_PORT_B
74
NC_AUD_VREF_PORT_A NC
C6829 1000PF
C6809
1
C6832 1000PF
10% 25V 2 X7R 402
1UF
74
NC_AUD_VREF_PORT_C NC NC_AUD_VREF_PORT_D NC
1
1000PF
73
TP_AUD_BI_PORT_E_L NC TP_AUD_BI_PORT_E_R NC
AUD_VREF_FILT AUD_ANALOG_FILT_1 AUD_ANALOG_FILT_2 AUD_BYPASS
30
CAP2
39
1
a n i
17
5% 1/8W MF-LF 2 805
GND_AUDIO_CODEC
20% 16V 2 ELEC 6.3X5.5-SM
5% 1/16W MF-LF 402
R6801 0
1
AUD_SPDIF_OUT_CHIP
m il
C6821
26 AVSS1 42 AVSS3
100K
1
7 DVSS3 4 DVSS2
R6800
1000PF
VOLUME_UP
AFILT2 1
10% 25V 2 X7R 402
39 41 16
23 24
36
48
PORT-F_L_HP PORT-F_R_HP
AUD_BI_PORT_C_L AUD_BI_PORT_C_R
72
20% 16V 2 ELEC 6.3X5.5-SM
C6836
C6803 1
R6808 SPDIF-OUT
HP
U6800 72
1
100UF
10% 25V 2 X7R 402
C6830
C6802 1 AVDD1 25 AVDD2 38
1
DVDD_CORE1 1 DVDD_CORE3 9
C6800
1
1
1UF
10% 6.3V CERM 2 402
1
C6833
1
1000PF
10% 25V 2 X7R 402
C6810 1 10UF
20% 6.3V 2 TANT SMA-LF
C6811
C6834 1000PF
10% 25V 2 X7R 402
10% 25V 2 X7R 402
1
1UF
10% 6.3V CERM 2 402
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM VOLTAGE=0V
B
72
AUD_GPIO_0_A
1
0
2
5% 1/16W MF-LF 402
R6814 74 73
AUD_GPIO_1_A
1
0
5% 1/16W MF-LF 402
A
2
P
AUD_GPIO_0
AUD_GPIO_1
68
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM VOLTAGE=5V
6
68
74 73 72 68 6
=PP5V_S5_AUDIO
B
MIC INPUT TO BOTH L&R
L6802
1
2
0603
AUD_REG AUD_REG
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM VOLTAGE=5V
L6800
180-OHM-1.5A 1
VR6800 TPS79501
2
5V_REG_IN
OUT NR/FB GND GND TAB
IN 1 EN
0603
AUD_REG
R6802
=PP3V3_S0_AUDIO
1
1K
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM VOLTAGE=4.5V
SOT223-6
2
1% 1/16W MF-LF 402
3
4
AUD_REG
AUD_REG
1
1
R6803
C6822 C6823 1
20% 6.3V 2 X5R 603
100K
0.1UF
5% 1/16W MF-LF 2 402
10% 16V X5R 2 402
68 74
AUD_REG
1
R6810 78.7K
6
1% 1/16W MF-LF 2 402
AUD_REG
AUD_REG
PP4V5_AUDIO_ANALOG
5
AUD_4V5_SHDN_L
2
10UF
74 73 72 68
68
180-OHM-1.5A
=PP4V5_S0_AUDIO_ANALOG
6
AUD_BI_PORT_B_R
4.5V POWER SUPPLY FOR CODEC AND LINE IN AMP LEMENU APN: 353S1233
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM VOLTAGE=5V
R6812
AUD_BI_PORT_B_L
74 68
VREG_FB AUD_REG
1
C6825 1UF
10% 6.3V 2 CERM 402
AUD_REG 1
C6826 10UF
20% 2 6.3V X5R 603
AUDIO: CODEC
1
R6811
SYNC_MASTER=AUDIO
29.4K
SYNC_DATE=05/12/2006
NOTICE OF PROPRIETARY PROPERTY
1% 1/16W MF-LF 2 402
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
GND_AUDIO_CODEC
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
68
1
OF
A 97
A
8
6
7
NET_SPACING_TYPE=AUDIO MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM VOLTAGE=12V
FERR-250-OHM
=PP12V_S0_AUDIO_SPKRAMP
1
APPLE P/N 353S0680
PP12V_AUD_SPKRAMP_PLANE
2
D
SM-1
L7205
AUDSAMPINLN
1
1
1
2 10% 16V X7R 805
GND_AUDIO_CODEC
L7207
C7206
1000-OHM-200MA
0.47UF AUDSAMPINRP
2
1
0603
1
C 1000-OHM-200MA 68
AUD_BI_PORT_C_R
1
10K
1
AUD_GPIO_0_A
R72121 10K 1% 1/16W MF-LF 402 2
1
1
C7220
47K
2
6
AUD_DEBOUNCE 1
5
C7221
G
74 73 72 68
2
G
1
R7216
4
1
1
OUTR+ 27 OUTR+ 28
SHDN*
OUTR- 25 OUTR- 26
8 NC
THM AGND PAD
SS 12
PGND
P
AUDSAMPOUTRN
1
SPKRAMP_SS
2
C7214
e r
C
180-OHM-1.5A
AUD_SPKR_OUTR_P
2
1
AUD_SPKR_OUTR_N
2
C7210 1000PF
10% 2 25V X7R 402
C7209
1
C7211 1000PF
10% 2 25V X7R 402
1
C7212 1000PF
10% 2 25V X7R 402
1
C7213 1000PF
10% 2 25V X7R 402
0.47UF
10% 16V 2 X7R 805
XC7200 50R28 NET_SPACING_TYPE=AUDIO MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
XW7201 SM
NET_SPACING_TYPE=AUDIO MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM
B
OMIT
1
2
GND_AUDIO_SPKRAMP
6 74
NOSTUFF
R7219 0
1
2
GND_AUDIO_SPKRAMP_PLANE
5% 1/16W MF-LF 402
72 74
=PP3V3_S0_AUDIO
8 7
6 5
RP7200 47K
5% 1/16W SM-LF 1 2
72 72 72
AUDIO: SPEAKER AMP
3 4
SYNC_MASTER=AUDIO
AUD_SAMP_FS2 AUD_SAMP_FS1 AUD_SAMP_G2 AUD_SAMP_G1
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
NOSTUFF
R7218 0
5% 1/16W MF-LF 2 402
74 72
SYNC_DATE=05/12/2006
NOTICE OF PROPRIETARY PROPERTY
1
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE
1
R7208
II NOT TO REPRODUCE OR COPY IT
0
III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
5% 1/16W MF-LF 2 402
SIZE
APPLE COMPUTER INC.
GND_AUDIO_SPKRAMP_PLANE
DRAWING NUMBER
SHT NONE
5
4
3
2
REV.
051-7199
D SCALE
6
73
0603
1
1
NET_SPACING_TYPE=AUDIO MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.2MM
L7204
180-OHM-1.5A
GAIN AND SWITCHING FREQUENCY STUFF OPTIONS
72
7
73
GAIN SETTINGS: +19DB MODULATION SETTING: LOW EMI
74 73 72 68 6
8
73
NET_SPACING_TYPE=AUDIO MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.2MM
L7203
1
NET_SPACING_TYPE=AUDIO MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.3MM
MIN_LINE_WIDTH=0.2MM MIN_NECK_WIDTH=0.15MM
10% 2 25V X5R 603
GND_AUDIO_SPKRAMP_PLANE
AUD_SPKR_OUTL_N
2
0603
0603
14 REG
R7217 0
0.1UF
10% 50V 2 X7R 603-1
73
NET_SPACING_TYPE=AUDIO MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.2MM
L7202
180-OHM-1.5A
C7208
AUDSAMPOURTP
AUD_SPKR_OUTL_P
2
0603
1
NET_SPACING_TYPE=AUDIO MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.3MM
NET_SPACING_TYPE=AUDIO MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.2MM
L7201
AUDSAMPCPP
AUDSAMPCPN
72 74
180-OHM-1.5A 1
1
C1- 5
10% 16V 2 CERM 1210
AUDSAMPOUTLN
MIN_LINE_WIDTH=0.2MM MIN_NECK_WIDTH=0.15MM
QFN-LF
y r
C7223
MIN_LINE_WIDTH=0.2MM MIN_NECK_WIDTH=0.15MM
1UF
GND_AUDIO_CODEC
A
11
C1+ 6
1
10UF
10% 16V 2 CERM 1210
NET_SPACING_TYPE=AUDIO MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.3MM
5% 1/16W MF-LF 402
5% 50V 2 CERM 402
5% 50V 2 CERM 402
U7200 MAX9714
C7203
a n i
CHOLD 7
OUTL- 29 OUTL- 30
1
10UF
20% 16V 2 CERM 603
AUDSAMPOUTLP
m il
SPKRAMP_MUTE
100PF
100PF
19 FS1 20 FS2
MIN_LINE_WIDTH=0.2MM MIN_NECK_WIDTH=0.15MM
SOT-363
S
AUD_SAMP_FS1 AUD_SAMP_FS2
AUD_MAX9714_VREG
2N7002DW-X-F
SOT-363
S
74 72
B
Q7200
D
2N7002DW-X-F
5% 1/16W MF-LF 402
NOSTUFF
0
Q7200
D
17 G1 18 G2
NC
0.1UF
NET_SPACING_TYPE=AUDIO MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.3MM
OUTL+ 31 OUTL+ 32
15 INR-
AUD_SAMP_G1 AUD_SAMP_G2
2 10% 16V X7R 805
3
R7213 68
1
5% 1/16W MF-LF 2 402
5% 1/16W MF-LF 402
16 INR+
AUD_SAMP_SHDN_L
0.47UF
AUDSAMPINRN
PP3V3_INTERCON
2
AUD_SAMP_INR_P
72
MIN_LINE_WIDTH=0.3MM MIN_NECK_WIDTH=0.2MM
R7215 =PP3V3_S0_AUDIO
10 INL+
72
C7207
0603
74 73 72 68 6
AUD_SAMP_INL_P
72
5% 50V 2 CERM 402
2
9 INL-
72
100PF
L7208
AUD_SAMP_INL_N
AUD_SAMP_INR_N
2 10% 16V X7R 805
C7216
22
VDD
0.47UF
0603
1
21
C7205
AUDSAMPINLP
2
1% 1/16W MF-LF 2 402
C7219
GND_AUDIO_SPKRAMP_PLANE
24
1
5% 2 50V CERM 402
10K
2
C7215 100PF
1000-OHM-200MA
R7214
23
1
2 10% 16V X7R 805
4
2
L7206
74 6 68 72 73
0.47UF
1
1
1
10% 25V 2 X5R 603
3
AUD_BI_PORT_C_L
C7202 1UF
20% 16V CERM 2 603
=PP3V3_S0_AUDIO
C7204
0603
74 73 72 68
1
0.1UF
10% 16V CERM 2 1210
GND_AUDIO_SPKRAMP_PLANE
1000-OHM-200MA 68
C7218 1
1
10UF
33
74 72
C7201
1
20% 16V 2 ELEC SM-CASE-C1
220UF
AUD_MAX9714_CHOLD
C7200 1
20% 16V 2 ELEC SM-CASE-C1
220UF
MIN_LINE_WIDTH=0.3MM MIN_NECK_WIDTH=0.2MM
C7217 1
13
D
6
1
SPEAKER AMP
NET_SPACING_TYPE=AUDIO MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM VOLTAGE=12V
L7200
2
3
4
5
72
1
OF
A 97
A
8
6
7
LINE IN JACK
MIN_NECK_WIDTH=0.15MM
L7302
MIN_LINE_WIDTH=0.2MM
MIN_NECK_WIDTH=0.15MM APPLE P/N 514-0341 (M50)
AUD_LI_R_JACK
1
AUD_LI_R_EMI
1
J7300
180-OHM-1.5A
AUD_LI_L_JACK
OPTI-AUD-JCK
1
MIN_LINE_WIDTH=0.2MM MIN_NECK_WIDTH=0.15MM
180-OHM-1.5A AUD_LI_L_EMI
2
WO-RIB-M50
72
L7304
1
AUD_PORT_F_L
2
0603
CRITICAL
MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.2MM NET_SPACING_TYPE=AUDIO
74
0603
MIN_LINE_WIDTH=0.2MM MIN_NECK_WIDTH=0.15MM
L7300
MIN_LINE_WIDTH=0.2MM MIN_NECK_WIDTH=0.15MM
AUD_PORT_F_R
2
0603
CRITICAL
APPLE P/N 518S0325
MIN_LINE_WIDTH=0.2MM MIN_NECK_WIDTH=0.15MM
180-OHM-1.5A
2
1
SPEAKER CABLE CONNECTOR
L7306
180-OHM-1.5A
2
3
4
5
J7301 53261-0798
AUD_SPKR_OUTR_N
M-RT-SM 8
MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.2MM NET_SPACING_TYPE=AUDIO
74
0603
72
1
AUD_SPKR_OUTR_P
2
F-5.5-DEG-TH
MIN_LINE_WIDTH=0.2MM MIN_NECK_WIDTH=0.15MM
2 3
1
180-OHM-1.5A
AUD_LI_DET_EMI
2
1
MIN_LINE_WIDTH=0.4MM MIN_NECK_WIDTH=0.3MM
L7303
180-OHM-1.5A
AUD_LI_GND_JACK 7
1
VCC 8 GND 9 VOUT
L7307
AUD_SPDIF_IN_JACK
11 12
1
0603
0603
L7330
1
AUD_SPDIF_IN_1
2
0603
NC AUD_SPDIFIN_GND
3
1
2
4
2
R7305
4
C7300
DZ7303
1
1
0405
C7301
5% 50V 2 CERM 402
C7325 1
1
100PF
C7328
5% 50V CERM 2 402
100PF
5% 2 50V CERM 402
1
6
GND_CHASSIS_AUDIO_EXTERNAL_J
GND_CHASSIS_AUDIO_EXTERNAL
1
2
GND_CHASSIS_AUDIO_EXTERNAL_J
L7314
AUD_SPDIF_OUT
1
C7303 100PF
5% 50V 2 CERM 402
AUD_SPDIF_OUT_EMI
m il
1
R7308 100K
5% 1/16W MF-LF 2 402
1
L7323
MIN_LINE_WIDTH=0.3MM MIN_NECK_WIDTH=0.2MM
PP3V3_AUDIO_SPDIF_EMI
2
1
AUD_PORT_A_L
AUD_LO_DET1_EMI
1
L7318
1
AUD_PORT_A_R
MIN_LINE_WIDTH=0.3MM MIN_NECK_WIDTH=0.2MM
L7317
180-OHM-1.5A 1
AUD_LO_R_EMI
2 0603
MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.4MM
L7320
180-OHM-1.5A 74 73 72 68
GND_AUDIO_CODEC
1
P
AUD_LO_DET2_EMI
2 0603
MIN_LINE_WIDTH=0.3MM MIN_NECK_WIDTH=0.2MM
2
AUD_LO_GND_EMI
0603
A 1
C7311 100PF
1
C7312 100PF
5% 2 50V CERM 402 1
C7314 100PF
5% 2 50V CERM 402 74 73
0.1UF
20% 2 10V CERM 402
2
1
AUD_MIC_IN_N_EMI
9
TO FHB CONNECTOR PAGE 47
L7312
180-OHM-1.5A 1
GND_AUDIO_MIC_CONN AUD_MIC_IN_P_CONN 47 AUD_MIC_IN_N_CONN
2
47
0603
L7313
1
2
0603
1
1
3
2
4
C7322 100PF
5% 50V 2 CERM 402
IN IN IN
NET_SPACING_TYPE=AUDIO NET_SPACING_TYPE=AUDIO NET_SPACING_TYPE=AUDIO NOSTUFF
180-OHM-1.5A
C7321
5% 50V 2 CERM 402
DZ7304 5.6V-15A 0405
C
TABLE_ALT_HEAD
PART NUMBER
ALTERNATE FOR PART NUMBER
126S0091 126S0091
BOM OPTION
REF DES
COMMENTS:
126S0092
C6802,C6803
FACTORY SHORTAGE
126S0092
C7403,C7404
FACTORY SHORTAGE
TABLE_ALT_ITEM
TABLE_ALT_ITEM
LINE OUT JACK
APPLE P/N 514-0338
C7318
CRITICAL
10UF
J7303
20% 2 6.3V CERM 805-1
MIN_LINE_WIDTH=0.3MM MIN_NECK_WIDTH=0.2MM
2
0603
180-OHM-1.5A
74
C7317
180-OHM-1.5A
AUD_LO_L_EMI
2
1
2
7
GND_CHASSIS_AUDIO_INTERNAL
OPTI-AUD-OUT-JCK-M50
5% 2 50V CERM 402 1
C7313 100PF
5% 2 50V CERM 402
MIN_LINE_WIDTH=0.3MM
MIN_NECK_WIDTH=0.2MM
10 11
AUD_LO_DET1_JACK AUD_LO_L_JACK AUD_LO_DET2_JACK AUD_LO_R_JACK
L7327
180-OHM-1.5A 1
MIN_NECK_WIDTH=0.4MM MIN_LINE_WIDTH=0.5MM
2
AUD_LO_GND_JACK
0603
L7325
TYPE_DET
6
TIP TIP_DET
2 4
74 73 72 68 6
RING
=PP3V3_S0_AUDIO
1
GND_1
NOSTUFF
5
GND_2
R73031
9
VIN VCC GND
47K
5% 1/16W MF-LF 402 2 74 68
2
0603
AUD_GPIO_1_A
12
NOSTUFF
13
R73041 4.7K
L7328
5% 1/16W MF-LF 402 2
MIN_LINE_WIDTH=0.25MM MIN_NECK_WIDTH=0.2MM
180-OHM-1.5A 1
3
7 8
180-OHM-1.5A 1
B
F-ANG-TH
L7326
MIN_LINE_WIDTH=0.3MM MIN_NECK_WIDTH=0.2MM
180-OHM-1.5A
L7319
AUD_LO_DET2
1
0603
0603
74
1
6
PP3V3_AUDIO_SPDIF_JACK
L7324
2
1
73
180-OHM-1.5A
0603
MIN_LINE_WIDTH=0.3MM MIN_NECK_WIDTH=0.2MM
2
e r
L7316
1
NET_SPACING_TYPE=AUDIO
180-OHM-1.5A
5
0603
180-OHM-1.5A AUD_LO_DET1
MIN_LINE_WIDTH=0.3MM MIN_NECK_WIDTH=0.2MM
180-OHM-1.5A
0603
B
AUD_SPDIF_OUT_JACK
2
0603
1
=PP3V3_S0_AUDIO
IN
73 74
0603
L7315
L7310
100PF
L7322
180-OHM-1.5A
AUD_MIC_IN_P_EMI
1
180-OHM-1.5A
2
NET_SPACING_TYPE=AUDIO
2
TO POWER SUPPLY PAGE 6
180-OHM-1.5A
74
L7309
180-OHM-1.5A 1
2
0603
XW7301 SM OMIT
74
1
AUD_MIC_IN_N
6
74 73 72 68 6
XW7300 SM
NET_SPACING_TYPE=AUDIO
C7302
0.1UF
C
y r
OMIT
68
0603
74
20% 10V 2 CERM 402
68
AUD_SPDIF_IN
AUD_MIC_IN_P
100PF
5% 50V CERM 2 402
0405
5% 1/16W MF-LF 2 402
1
100PF
5.6V-15A
5.6V-15A
0
AUD_SPKR_OUTL_P
a n i
3
DZ7300
1
74 73
2
NET_SPACING_TYPE=AUDIO
PP3V3_AUDIO_SPDIF_JACK
72
5% 1/16W MF-LF 402
74 73
AUD_SPKR_OUTL_N
NET_SPACING_TYPE=AUDIO MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.2MM
68 72 73 74
39
1
0603
13 1
72
R7306
180-OHM-1.5A AUD_SPDIF_IN_EMI
2
GND_AUDIO_CODEC
2
L7329
1
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
180-OHM-1.5A
AUD_LI_GND_EMI
180-OHM-1.5A
10
AUD_LI_DET_H 74
0603
MIN_LINE_WIDTH=0.4MM MIN_NECK_WIDTH=0.3MM
2
4
MIN_LINE_WIDTH=0.5MM MIN_NECK_WIDTH=0.2MM NET_SPACING_TYPE=AUDIO
MIN_LINE_WIDTH=0.2MM MIN_NECK_WIDTH=0.15MM
2
0603
6
SHELL
L7305
MIN_LINE_WIDTH=0.2MM MIN_NECK_WIDTH=0.15MM
180-OHM-1.5A
AUD_LI_DET_JACK
5
LED
AUD_SPDIFOUT_GND
2
0603
NC
1
R7302 0
5% 1/16W MF-LF 402 2
AUDIO: CONNECTORS SYNC_MASTER=AUDIO
SYNC_DATE=05/12/2006
NOTICE OF PROPRIETARY PROPERTY 1
C7315
1
100PF
C7324
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
100PF
5% 2 50V CERM 402 1
C7323
5% 2 50V CERM 402
3
100PF
1
1
3
DZ7301
DZ7302
5.6V-15A
5.6V-15A
0405
5% 2 50V CERM 402
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
0405 4
2
2
4
SIZE
GND_CHASSIS_AUDIO_EXTERNAL_J
APPLE COMPUTER INC.
DRAWING NUMBER
SHT NONE
7
6
5
4
3
2
REV.
051-7199
D SCALE
8
D
3
L7301
LED
D
1 4
73
1
OF
A 97
A
8
6
7
PORT F (LI) PLUG DETECT JACK SENSE PULL UPS(PLACE NEXT TO CODEC)
74 68
2
3
4
5
NET_SPACING_TYPE=AUDIO MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM VOLTAGE=0V
AUDIO GROUND RETURNS
AUD_SENSE_B
6
1 AUD_REG
GND_AUDIO
0
1
PP4V5_AUDIO_ANALOG
74 73 72 68 6
R7405
=PP3V3_S0_AUDIO
20.0K
1% 1/16W MF-LF 2 402
1 1
R7421
R7422
5.11K
5% 1/16W MF-LF 2 402
1% 1/16W MF-LF 2 402
1
C7407
1
0.1UF
68 74
AUD_SENSE_B
68 74
73
AUD_LI_DET_H
1
C
AUDLINDETH
2
5% 1/16W MF-LF 402
1
1
G
SOT23-LF
S
C7401
1
4.7
4.7
2
0.1UF
1
73 68
AUD_GPIO_1_A
R7437
1% 1/16W MF-LF 2 402
1
AUD_PORT_F_L
4.7
5% 1/8W MF-LF 805
2
2
AUD_PORT_A_R2
1
AUD_PORT_F_R
2
73
UNUSED PORT TERMINATION 68
OMIT 1
0.1UF
10% 16V 2 X5R 402
GND_AUDIO_CODEC
68 72 73 74
A BAL_IN_L BAL_IN_R BAL_IN_COM
68 68
1
AUD_PORT_A_R
2
0.1UF
1
R7423 22K
5% 1/16W MF-LF 402 2
1
C7424
A2 GND
0.22UF
10% 6.3V 2 CERM-X5R 402
m il =PP3V3_S0_AUDIO
R7419 22K
5% 1/16W MF-LF 402 2
5% 1/16W MF-LF 2 402
DESCRIPTION
P
132S0099
1
CAPACITOR, .1UF, 0402
114S0315
1
RESISTOR, 10K OHM, 0402
1
R7424 22K
5% 1/16W MF-LF 2 402
REFERENCE DESIGNATOR(S)
CRITICAL
AUD_LO_DET2
74 73 72 68
GND_AUDIO_CODEC
74 73 72 68 6
=PP3V3_S0_AUDIO
CRITICAL
CAMERA
C7421
CRITICAL
NOCAMERA
47K
1
1
0
1
GND_AUDIO_CODEC
2
PLACE NEAR HEADPHONE PORT
XW7400 SM OMIT
GND_AUDIO_CODEC
1
2
GND_CHASSIS_AUDIO_EXTERNAL_J
1
R7430
39.2K
39.2K
1% 1/16W MF-LF 2 402
1% 1/16W MF-LF 2 402
AUD_PORT_A_DET_L
NC
G
Q7400
Q7402
D
Q7402
D
2N7002DW-X-F
SOT-363
S
6
5
G
2N7002DW-X-F
SOT-363
S
2
G
SOT-363
S
4 4
1
B
R7407 1
100K 2
AUD_LO_DET1_INV
5% 1/16W MF-LF 402
74
AUD_LO_DET1_1
270K
5% 1/16W MF-LF 2 402
TABLE_5_ITEM
6
73
AUD_LO_DET1
47K
1
2 74
5% 1/16W MF-LF 402
Q7400
D
R7408
TABLE_5_ITEM
2N7002DW-X-F
AUD_LO_DET1_1
2
G
SOT-363
S 1
C7402
1
0.1UF
20% 10V 2 CERM 402 74 73 72 68
GND_AUDIO_CODEC
R7435
NET_SPACING_TYPE=AUDIO
R7425
AUD_MIC_IN_P
1
330
5% 1/10W MF-LF 603
1
2
2.2K 2
AUD_VREF_PORT_B
68
5% 1/16W MF-LF 402
AUDIO: POWER SUPPLIES SYNC_MASTER=AUDIO
220UF
20% 16V 2 ELEC SM-CASE-C1
GND_AUDIO_CODEC
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
68 72 73 74
0.1UF 1
AUD_BI_PORT_B_L
2
SYNC_DATE=05/12/2006
NOTICE OF PROPRIETARY PROPERTY
C7419 AUD_MIC_P1
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE 68
II NOT TO REPRODUCE OR COPY IT
R74261
10% 50V X7R 603-1
100K
5% 1/16W MF-LF 402 2
10% 50V CERM 2 805
1
C7435 1
5% 1/16W MF-LF 2 402
6
NC
AUD_PORT_E_DET_L
3
R7409
TABLE_5_HEAD
820PF
7
C
73 74
1
R7431
III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
OMIT
XW6800 SM
AUD_MIC_IN_N
1
2
APPLE COMPUTER INC. GND_AUDIO_CODEC
DRAWING NUMBER
5
4
3
SCALE
SHT
68 72 73 74
2
REV.
051-7199
D NONE
8
68 72 73 74
5% 1/8W MF-LF 805
0.1UF
2.2K
73
GND_AUDIO_SPKRAMP_PLANE
20% 10V 2 CERM 402
R7427
C7418
5
C7400
1
68 72 73 74
NOSTUFF
R7411
2N7002DW-X-F
AUD_LO_DET2_1
2
AUD_MIC_INTERCON
NET_SPACING_TYPE=AUDIO
PLACE ACROSS GROUND SPLIT
1
BOM OPTION
C7421
10% 2 16V X5R 402
2
3
D
MICROPHONE IMPEDANCE MATCHING CIRCUIT
73
0
1
5% 1/8W MF-LF 805
AUD_TYPE_DET_EN
5% 1/16W MF-LF 402
e r
1
22K
10% 16V 2 X5R 402
GND_AUDIO_CODEC
AUD_SENSE_A
73
73
0.1UF
C7416
AUD_PORT_A_R2 74
R7400
100UF
68
C7417
74 68
5% 1/16W MF-LF 2 402
73
C7404
GND_AUDIO_CODEC
QTY
AUD_SENSE_B
470K
R74181
PART#
72
AUD_PORT_A_L2 74
OUTL A1
R7413
20% 16V ELEC 6.3X5.5-SM
AUD_PORT_A_R1 74
74 73 72 68
1
GND_AUDIO_CODEC
1
AUD_PORT_A_L
20% 16V ELEC 6.3X5.5-SM
AUD_PORT_A_L1 74
B
1
AUD_PORT_A_R1
B3 INR UCSP-LFOUTR A3
74 68
74 73 72 68 6
2
5% 1/8W MF-LF 805
10% 2 16V X5R 402
B1 INL
3.3UF 1
AUD_PORT_A_L2
AUD_GPIO_2
2
PORT A/H (LO/DIG_OUT) PLUG DETECT (E TELLS H TO COME ON)
C7406
C7403
R7415
0.1UF
AUD_PORT_A_L1
73
10% 16V TANT SMA-LF
1
C7415
74
U7400_CEXT
SHDN*
74 73 72 68
2
R7414
1
74
10K
AUD_PORT_F_R1
AUD_BI_PORT_A_L
MAX9890 CEXT C3
C1 1
AUD_PORT_F_L1
GND_CHASSIS_AUDIO_EXTERNAL_J
a n i
PP4V5_AUDIO_ANALOG
3.3UF
74
0
1
PLACE AT J7303
U7400
100UF
C7421
2
5% 1/8W MF-LF 805
C7405
74
4.7
0
GND_AUDIO_SPKRAMP
5% 1/8W MF-LF 805
C2 VCC
UNUSED PORTS PORT E PORT D
10% 16V TANT SMA-LF
2
y r
R7410
72 6
74 73
PORT A HP/LI
1
AUD_PORT_A_R2 74
NOSTUFF
5% 1/8W MF-LF 805
AUD_BI_PORT_A_R
NOSTUFF
D
R7412
5% 1/8W MF-LF 805
R7417
68
AUD_PORT_A_R1
GND_AUDIO_CODEC
AUD_BI_PORT_F_L
68
74
68 72 73 74
PLACE NEAR ENTRY TO SPEAKER AMP GROUND PLANE
NOSTUFF
R7443
74 73 72 68
1
AUD_PORT_A_L2 74
10% 2 16V X5R 402
PORTS A HP/LI B MIC IN C BI SPEAKERS F LI/LO
AUD_BI_PORT_F_R
5% 1/8W MF-LF 805
20% 10V 2 CERM 402
R7416
68
2
AUD_PORT_A_L1
2
GND_AUDIO_CODEC
2
5% 1/8W MF-LF 805
74
2N7002
C7408
PORT F LI/LO 68
0
Q7401
D
74 68
USED PORT PORT PORT PORT
R7442 1
47K
0.1UF
10% 2 16V X5R 402
74 73 72 68
AUD_SENSE_A
NC
0
1
NOSTUFF
3
R7404
68 72 73 74
PLACE NEXT TO L6802
R7441
AUD_PORT_F_DET_L
100K
5.11K
1% 1/16W MF-LF 2 402
D
R7420
1
GND_AUDIO_CODEC
2
5% 1/8W MF-LF 805
1 74 68
PLACE NEXT TO L6800
R7440
74
1
OF
A 97
A
6
7 PP5V_S0
1
1
R7512
1uF
PP12V_S5_CPU_REG
1
2
4.7uF
10 1% 1/16W 402 MF-LF
1
20% 6.3V CERM 603
2
DPRSLPVR
0.1uF
10% 16V X5R 402
GND_IMVP6_SGND
CPU_VID<5>
8
CPU_VID<4> 1
LAYOUT NOTE: 8
CPU_VID<3>
CPU_VID<1>
1/16W 1% 402 MF-LF 1 2
8
CPU_VID<0>
R7526 1
0
0
C
VIN
2
R7591 0
1
0
2
2
R7519 23 14
IN
1
PM_DPRSLPVR
21 7
IN
2
499 1/16W 1% MF-LF 402
C7510
43 42 41 40 39 38 37
IMVP_VID<6> IMVP_VID<5> IMVP_VID<4> IMVP_VID<3> IMVP_VID<2> IMVP_VID<1> IMVP_VID<0>
2
R7590 1
22
20
0
7
IN
77
IN
46 45 2 3
CPU_DPRSTP_L IMVP_DPRSLPVR CPU_PSI_L IMVP_PGD_IN
VID6 VID5
VDD
48 47 44 1 5 6
0.01uF
R75A0
26
499 1/16W
FROM SMC
MF-LF 402 1% 1 2
C7505
58
26 14
0.01uF
VR_PWRGD_CK410_L IN IMVP_VR_ON 5 OUT VR_PWRGOOD_DELAY IMVP6_VR_TT IMVP6_NTC OUT
16V 10% 402 CERM 1
U7500
2
BOOT1 36
75
26
75
BOOT2
VID4
ISL6262
VID3
QFN
1
GND_IMVP6_SGND
147K 402 1%
2
R7508
MF-LF 1/16W
IMVP6_UGATE1
1
R7509 1.82K
34
75
IMVP6_PHASE1
32 LGATE1
75
PHASE1 VID0
1% 1/16W MF-LF 2 402
C7506
1
470pF
2
PGND1 DPRSLPVR
R7513
CLK_EN* VR_ON
IMVP6_ISEN1
UGATE2 27
75
IMVP6_UGATE2
PHASE2 28
75
LGATE2 30
75
13 VDIFF
75
ISEN2 23
VSUM
75 75
17
75
IMVP6_COMP_RC 2
C7513 390pF
1
10% 50V CERM 402
2
R7514 180K
5% 1/16W MF-LF 2 402
(IMVP6_COMP)
C7507
47PF
5% 50V CERM 402
1% 1/16W MF-LF 2 402
P
COMP
TPAD
49
1
1
75 76
1
2
C7531 0.01uF
10% 16V CERM 402
2
10% 16V CERM 402 1 2
C7533 0.01uF
75
0.001uF
1
1
1
75 75
IMVP6_PHASE1 IMVP6_BOOT1
MIN_NECK_WIDTH 0.25 MM 0.25 MM
75 75
IMVP6_PHASE2 IMVP6_BOOT2
75 75 75 75 75
IMVP6_UGATE1 IMVP6_LGATE1 IMVP6_ISEN1 IMVP6_FET_RC1 IMVP6_VSUM_R1 R7504_1
1.5 MM 1.5 MM 0.25 MM 0.25 MM 0.25 MM 0.25 MM
0.25 0.25 0.25 0.25 0.25 0.25
MM MM MM MM MM MM
75 75 75 75 75 75
IMVP6_UGATE2 IMVP6_LGATE2 IMVP6_ISEN2 IMVP6_FET_RC2 IMVP6_VSUM_R2 R7507_1
75
1
20% 6.3V X5R 402
1
2 75
1
5% 1/16W MF-LF 402
1/16W MF-LF 402
1
CRITICAL 1
7
6
680UF
20% 2 2.5V POLY TH
2
1
R7501
B340LBXF
C7503
3.65K
SMB
0.22uF
1% 1/10W MF-LF 2 603
10% 6.3V CERM-X5R 402
CRITICAL 1
2
5% 2 50V CERM 402
R7518
1
1% 1/16W MF-LF 2 402
680UF
11K
1% 1/16W MF-LF 2 402
C7534 1 0.033UF
10% 16V X5R 402
2
C7528
2
10% 6.3V CERM-X5R 402
20% 16V X7R 1210
680UF
CRITICAL
L7501
(IMVP6_PHASE2)
1
2
S
TO-252AA
4
CRITICAL
D
3
Q7505
B340LBXF 1
2
2
XW7501 SM
R7502 1.0
1
IRLR7843PBF
2
1
G
IMVP6_FET_RC2
S
1
C7511 4700PF
NO STUFF
2.61K
1% 1/16W MF-LF 2 402
1
IMVP6_VO_R
2
R7531
C7502
NO STUFF 1
0.0022UF
3
2
C7592
0.0022UF
10% 50V CERM 603
75
1
1
R7505
10K
75
R7507_1
R7507
1
1
1% 1/16W MF-LF 402
1/16W 402 MF-LF 5% 2
1 1
R7506
B
2
C7504
1
R7541
0.22uF
1% 1/10W MF-LF 2 603
0603-LF
75
2
3.65K
10% 2 50V CERM 402
10% 50V CERM 402
XW7502 SM
1
5% 1/4W MF-LF 1206
TO-252AA
CRITICAL
2 SM
D7501
IRLR7843PBF
G
C7580
20% 2 2.5V POLY TH
0.36UH-30A-0.80MOHM
Q7503
1
CRITICAL 1 NOSTUFF
THIS CAP NOT NEEDED FOR YONAH OR MEROM
SMB
R7530
0.33uF
20% 16V X7R 1210
CRITICAL
(IMVP6_VO)
R7515
22UF 2
1% 1/10W MF-LF 603
C7508
D
R7516
1
1
22UF
10% 6.3V 402 CERM-X5R
10K 1% 1/10W MF-LF 2 603
CRITICAL
NTC
1
C
2
TO-252AA
4
1% 1/16W MF-LF 2 402
1
1
2
11.5K
1K
C7501
10K
1
C7577
20% 2 2.5V POLY TH
R7540
PP12V_S5_CPU_REG 1
C7578
2
(IMVP6_ISEN2)
2
ERT-J1VR103J
(IMVP6_VSUM)
10KOHM-5%
(IMVP6_VO)
2
1
*NEED TO CHANGE R7531 TO NTC ERT-J1VR103J PANASONIC
R7523 0
5% 1/16W MF-LF 2 402
1
R7522 0
5% 1/16W MF-LF 2 402
CPU_VCCSENSE_P CPU_VCCSENSE_N
75
8 8
75
CPU_VCCSENSE_P & N ARE DIFF PAIRS ROUTE AS 18MIL WIDE, 7MIL SPACE
75
76 75 76 75 75 75
MIN_LINE_WIDTH 0.25 MM 0.25 MM
MIN_NECK_WIDTH 0.25 MM 0.25 MM
75 75 75
0.25 0.25 0.25 0.25 0.60 0.25
MM MM MM MM MM MM
0.25 0.25 0.25 0.25 0.25 0.25
MM MM MM MM MM MM
75 75
IMVP6_OCSET
MIN_LINE_WIDTH MIN_NECK_WIDTH 0.25 MM 0.20 MM
IMVP6_VSUM GND_IMVP6_SGND IMVP6_VO IMVP6_DROOP IMVP6_DFB IMVP6_SOFT IMVP6_RBIAS IMVP6_VDIFF IMVP6_FB2 IMVP6_FB IMVP6_COMP IMVP6_VW
0.25 0.50 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25
IMVP6_RTN IMVP6_VSEN
0.25 MM 0.25 MM
MM MM MM MM MM MM MM MM MM MM MM MM
0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.25
MM MM MM MM MM MM MM MM MM MM MM MM
IMVP6 CPU VCore Regulator SYNC_MASTER=MASTER
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
75 75
0.25 MM 0.25 MM
5
4
3
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
2
REV.
051-7199
D
SHT NONE
8
680UF
20% 2 2.5V POLY TH
R75041
R7500
10K 1%
3
75 75
D7500
1 75
CRITICAL
C7579
1
IRLR7821PBF
G
S
C7521 0.22UF
XW7500 SM
10% 50V CERM 402
C7529 180pF
1% 1/16W MF-LF 402
IMVP6 CPU VCORE REGULATOR MIN_LINE_WIDTH 1.5 MM 0.25 MM
4700PF
1
C7516
2
10% 16V CERM 402
2
NO STUFF
75 76
1
5.76K
VW
Note 1: C7532,C7533 = 27.4 Ohm For Validating CPU Only.
A
10% 2 50V CERM 402
2
10% 50V CERM 603
D
m il
VSEN
R7510 4.42K
0.0022UF
10% 50V CERM 402
C7512
4
R7517
14 15 RTN
FB
C7532
1
C7590
76 75
IMVP6_DFB
0.01uF
1
a n i 1
1
1
1
XW7503 SM
2
NO STUFF
0.0022UF
2
IMVP6_VSUM IMVP6_OCSET IMVP6_VO IMVP6_DROOP
NO STUFF
(IMVP6_VW)
C7514
3
XW7504 SM
2
IMVP6_FET_RC1
TO-252AA
C7500
1
IMVP6_ISEN2
e r
GND_IMVP6_SGND
470PF
1
75
19 8 18 16
75
10% 50V CERM 402
IRLR7843PBF
G
NO STUFF
IMVP6_LGATE2 (GND)
FB2
21
75
2
VO
VSS
(IMVP6_FB) 1
2
Q7502
25 NC
1% 1/16W MF-LF 2 402
20% 25V 2 X5R 603
0.22UF
IMVP6_PHASE2
NTC
IMVP6_VDIFF
1.40K
B
S
5% 1/4W MF-LF 1206
5 6 76
2
R7503 1.0
TO-252AA
PPVCORE_CPU
2 SM
(IMVP6_ISEN1)
75
29 PGND2
VR_TT*
4 RBIAS
12 11 10 9
20% 25V X5R 603
PGOOD
7 SOFT
IMVP6_FB2 IMVP6_FB IMVP6_COMP IMVP6_VW
0.22UF
C7515 1
3V3
IMVP6_RBIAS
75
2.0K
1% 1/16W MF-LF 402
R7511
1
IRLR7843PBF
G
1
D
IMVP6_LGATE1 (GND)
24
ISEN1
PGD_IN
IMVP6_SOFT
75
33
L7500
1
CRITICAL
Q7504
4
CRITICAL
1-Phase DCM
PSI*
75
75
NO STUFF
IMVP6_VDIFF_RC 1
1-Phase DCM
DPRSTP*
DFB
10% 50V CERM 402
2
D
VID1
DROOP
1
2 75
VID2
75
75
1
IMVP6_BOOT1 IMVP6_BOOT2
UGATE1 35
OCSET 75
y r
4
1-Phase CCM
3
C7527
44A MAX CURRENT
0.36UH-30A-0.80MOHM
31 PVCC
OMIT
FROM 1.5V AND 1.05V VREGS
16V 10% 402 CERM 1 2
D (IMVP6_PHASE1)
S
R7593 1
C7554
20% 2 16V X7R 1210
CRITICAL
2-Phase CCM
1
2
470K 2 1% 1/16W MF-LF 402
1 0 1 0
2
R7592
CPU_VID<2> 1
8
4.02K
0
2
1
22UF
20% 16V X7R 1210
CRITICAL
3
R7594
PLACE R7526 CLOSE TO CPU
R7527
1 1 0 0
Operation Mode
R7595 1
20% 2 16V X7R 1210
TO-252AA
Q7501
IMVP6_VSEN
8
PSI*
2
IMVP6_RTN
IMVP6_NTC_R
8
0
DPRSTP*
0 0 1 1
R7596 CPU_VID<6> 1
CRITICAL
C7553
22UF
22UF
20% 16V X7R 1210
20% 2 16V 2 ELEC TH-KZJ-LF
C7552 1
1
22UF
1000UF
CRITICAL
S
C7530
2
8
C7551
C75501
IRLR7821PBF
G
1
PP3V3_S0_IMVP6_3V3
2
R7521
1
20% 2 16V ELEC TH-KZJ-LF
Q7500
C7535
1
10% 16V X5R 402 MIN_LINE_WIDTH=0.25 MM MIN_NECK_WIDTH=0.2 MM
2
1
75
MIN_LINE_WIDTH=0.25 MM MIN_NECK_WIDTH=0.2 MM
0.1uF
10
=PP3V3_S0_IMVP
D
PPVIN_S5_IMVP6_VIN
1% 1/16W MF-LF 402 6
PP12V_S5_CPU_REG
C7509 1000UF
CRITICAL
C7596
1
1
20% 2 16V ELEC TH-KZJ-LF
4
2
R7520
D
76 75
10% 25V X5R 603
10
1% 1/16W MF-LF 402
MIN_LINE_WIDTH=0.25 MM MIN_NECK_WIDTH=0.2 MM VOLTAGE=5V
C7526
C7517 1000UF
PP5V_S0_IMVP6_VDD
2
IMVP6_VSUM_R1
1
76 75
1
IMVP6_VSUM_R2
83 6
2
3
4
5
R7504_1
8
75
1
OF
A 97
A
8
6
7
2
3
4
5
1
DEVELOPMENT
C7600 470PF
PROCESSOR VCORE CURRENT SENSE
1
SMC PWRGD PULLUP
2
(MEASURING DC/DC INDUCTOR DCR TO DERIVE CPU CURRENT) 10% 50V CERM 402
PROCESSOR VCORE CURRENT SENSE (USING 12V INPUT CURRENT TO DERIVE CPU CURRENT)
L7602
R7699
1
PCB:KEEP SHORTS NEXT TO U7601 PCB:PLACE D7699,R7697,C7699 BY SMC
75
PP3V3_S0 6
IMVP6_VO
1
0
3
U7601
ZXCT1010 4 VIN
PP3V3_S0
5% 1/16W MF-LF 402
10 26 41 59 61 76 83 94
1 NC
XW7698 SM CPU_DCIN_SENSE 1
LOAD 5
2
CPU_SENSE_I_R
R7605
2
1K
1
464
2
1
75
1 MS TIME CONSTANT SO SMC ADC SAMPLING WORKS WELL.
C7699
IMVP6_DROOP
1
0
2
5
4
R7606 CPU_ISENSE_R_NEG 40.2K2
NOSTUFF
R7620 82 78 6
R7604 0
1
1% 1/16W MF-LF 2 402
2
R7607 0
1
5% 1/16W MF-LF 402
PCB: PLACE D7599, C7599, R7597 WITHIN 1" OF SMC (U5800)
(SCALING 12V INPUT VOLTAGE TO SMC)
R7630 6.04K
R7632
SMC_PBUS_VSENSE_R
1
4.53K2
R7631 2.0K
COUNT .0129 V/COUNT
4 V/V
1
4 VIN
20% 2 6.3V X5R 402
ADC IS 10BIT 0 TO 1023 0 TO 3.3V
GND_SMC_AVSS
m il
58 59 76 80
SCALE
1
RES,10K,5%,0402
C7602
NOT_DEVELOPMENT
e r
B
83 82 80 79 78 77 76 6 5
SCALE
Current Sense Calibration Circuit PP12V_S0 1
R7639
DEVELOPMENT_ISENSE_CALIB
Q7640
NTR4101P
2
SOT-23
ISENSE_CAL_EN_L MIN_LINE_WIDTH=0.20 MM MIN_NECK_WIDTH=0.20 MM
G 1
R7641
D
10K 5% 1/16W MF-LF 2 402
3
DEVELOPMENT_ISENSE_CALIB
ISENSE_CAL_EN_L_R 3
Q7639
D
A
2N7002
58
IN
ISENSE_CAL_EN
1
G
SOT23-LF
S
DEVELOPMENT_ISENSE_CALIB
R76401
1
R7642 470K
S
1
DEVELOPMENT_ISENSE_CALIB
P
ISENSE_CAL_EN_LS12V
10K 5% 1/16W MF-LF 2 402
5 6 76 77 78 79 80 82 83
4 V/V
5% 1/16W MF-LF 2 402
DEVELOPMENT_ISENSE_CALIB
9 8 6
=PPVCORE_S0_CPU
2
100
TO SMC
4.53K2 SYSTEM_SENSE_I_R 1 1% 1/16W MF-LF 402
5.90K
SMC_DCIN_ISENSE 1
C7650 0.22UF
1% 1/16W MF-LF 2 402
R7656
SOT23-LF
R7652
20% 6.3V 2 X5R 402
GND_SMC_AVSS
2
58 59 76 80
SYSTEM_DCIN_SENSE_R
PCB: PLACE D7599, C7599, R7597 WITHIN 1" OF SMC (U5800)
SYSTEM VOLTAGE SENSE (SCALING 12V INPUT VOLTAGE TO SMC)
PP12V_S5
1
R7653 6.04K
COUNT .0129 V/COUNT
1% 1/16W MF-LF 2 402
PCB: PLACE R7632, C7633 WITHIN 1" OF SMC (U5800)
B
R7655
SMC_SYSTEM_VSENSE_R14.53K2 1% 1/16W MF-LF 402
1
R7654 2.0K
SMC_PBUS_VSENSE 1
58
C7651 0.22UF
20% 2 6.3V X5R 402
1% 1/16W MF-LF 2 402
GND_SMC_AVSS
58 59 76 80
DEVELOPMENT_ISENSE_CALIB
PCB: PLACE R7612, C7612 WITHIN 1" OF SMC (U5800)
CPUVCORE_ISENSE_CAL
MIN_LINE_WIDTH=0.50 mm MIN_NECK_WIDTH=0.20 mm
5
D
R7612
CRITICAL
75 6 5
Q7641
4
PPVCORE_CPU
4.53K2
G
1% 1/16W MF-LF 402
MICROFET3X3
DEVELOPMENT_ISENSE_CALIB
S 1
SMC_CPU_VSENSE
1
FDM6296
1
58
C7612 0.22UF
CPU & SYSTEM SENSE CIRCUITRIES
20% 6.3V 2 X5R 402
2 3
SYNC_MASTER=(MASTER)
SYNC_DATE=(MASTER)
NOTICE OF PROPRIETARY PROPERTY
GND_SMC_AVSS
2
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
58 59 76 80
100K
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE
5% 1/16W MF-LF 402 2
II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
DEVELOPMENT_ISENSE_CALIB
SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SHT NONE
7
6
5
4
3
2
REV.
051-7199
D SCALE
8
58
1 MS TIME CONSTANT SO SMC ADC SAMPLING WORKS WELL.
PROCESSOR VCORE SENSE
1.00
1% 1/4W MF-LF 1206 2
XW7650 SM
1% 1/16W MF-LF 402
ADC IS 10BIT 0 TO 1023 0 TO 3.3V
R76431
1
R7651
COUNT
10 26 41 59 61 76 83 94
NOSTUFF
D7650 BAS16-75V-0.25A OMIT
1
1
C PP3V3_S0 6
3
SYSTEM_DCIN_SENSE 1
.010753 A/COUNT
Switches in fixed load on power supplies to calibrate current sense circuits
83 6
PP12V_S5
TABLE_5_ITEM
PCB:KEEP SHORTS NEXT TO U7602 PCB:PLACE D7650,R7652,C7650 BY SMC
LOAD 5
ADC IS 10BIT 0 TO 1023 0 TO 3.3V
TABLE_5_ITEM
116S0090
GND
3.33333 A/V
BOM OPTION DEVELOPMENT
SOT23-5 IOUT 3
1 NC
CRITICAL
C7602
U7602
C7633
TABLE_5_HEAD
REFERENCE DESIGNATOR(S)
ZXCT1010
0.22UF
1% 1/16W MF-LF 2 402
1% 1W MF 2010
DESCRIPTION
CRITICAL
CPU_HISIDE_VSENSE 59
1% 1/16W MF-LF 402
1
SCALE
MIN_LINE_WIDTH=0.60MM MIN_NECK_WIDTH=0.25MM VOLTAGE=12V
PCB: PLACE R7632, C7633 WITHIN 1" OF SMC (U5800)
1% 1/16W MF-LF 2 402
2
C
59
QTY
CAP,0.22UF,6.3V,20%,0402
0.0052 1
PP12V_S5_AC_DC
58 59 76 80
1
CRITICAL
6
STUFF C7602 WITH 10K PULL DOWN TO PULL LOW SMC INPUT PIN WHEN DEVELOPMENT BOM IS NOT STUFFED
132S0080
R7650
1
C7602 0.22UF
PART#
SYSTEM CURRENT SENSE
PP12V_S5_CPU_REG
1
GND_NEXT_TO_SMC
2
58
OMIT
GND_SMC_AVSS
5% 1/16W MF-LF 402
DEVELOPMENT
SMC_CPU_ISENSE
20% 6.3V 2 X5R 402
a n i
58 59 76 80
PROCESSOR DCIN VOLTAGE SENSE
76 75
y r
4.53K2
1
1 C7603 R7603 1M
10% 50V 2 CERM 402
D
RSMRST_PWRGD 58
2
5% 1/16W MF-LF 402
R7602
DEVELOPMENT
470PF
0
1
DEVELOPMENT
DEVELOPMENT
1
SYS_POWERFAIL_L
PCB: PLACE R7602, C7602 WITHIN 1" OF SMC (U5800)
NOSTUFF
1% 1/16W MF-LF 402
CPU_DCIN_SENSE_R
1% 1/16W MF-LF 402
1% 1/16W MF-LF 2 402
1% 1/16W MIN_LINE_WIDTH=0.20 MM MF-LF 402 2
3
1
IMVP6_DROOP_R
5% 1/16W MF-LF 402
U7600 LMV2011MF SOT23-5 1
20% 2 6.3V X5R 402
GND_SMC_AVSS
CRITICAL
CPU_ISENSE_R_POS
DEVELOPMENT
R7669
2
CERM 20% 402 10V
DEVELOPMENT
1% 1/16W MF-LF 402
DEVELOPMENT
CPU_HISIDE_ISENSE 59
0.22UF
1% 1/16W MF-LF 2 402
R7691
TO SMC
4.53K2 1% 1/16W MF-LF 402
R7698
COUNT
40.2K2
1
SOT23-LF
1
61 59 41 26 10 6 94 83 76
DEVELOPMENT
NOSTUFF
1
1
0.0129 A/COUNT
1
R7697
GND
ADC IS 10BIT 0 TO 1023 0 TO 3.3V
0.1UF
D7699 BAS16-75V-0.25A
OMIT
SOT23-5 IOUT 3
10K
C7601
IMVP6_VO_R_OA
2
CRITICAL
SCALE
R7623
1% 1/16W MF-LF 402 DEVELOPMENT
DEVELOPMENT
MIN_NECK_WIDTH=0.25MM MIN_LINE_WIDTH=0.60MM
2.73224 A/V
1
2
76
R7659
1% 1W MF 2512-1
1M
1
VOLTAGE=12V MIN_LINE_WIDTH=0.60MM MIN_NECK_WIDTH=0.25MM
0.0252 1
2 PP12V_L7502 TH-VERT-LF VOLTAGE=12V
D
PP12V_S5_CPU_REG75
GND_CPU_ISENSE_OPAMP
CRITICAL
1UH-20A-4.5MOHM =PP12V_S5_CPU
83
CPU_ISENSE_OUT_R
DEVELOPMENT
R7600
CRITICAL
6
80 79 78 77 66 65 59 26 6
5 PP3V3_S5
76
1
OF
A 97
A
8
6
7
5
2
3
4
1
PP12V_S5
83 82 80 79 78 77 76 6 5
1
R7793 10K
D
5% 1/16W MF-LF 2 402
D
SYS_PWRUP_L
y r
83
MAKE_BASE=TRUE
6
Q7703
D
2N7002DW-X-F
IN
80 79 58 23
2
PM_SLP_S3_L
G
SOT-363
S 1
83 82 80 79 78 77 76 6 5
PP12V_S5
a n i
PP3V3_S5
79 78 77 76 66 65 59 26 6 5 83 80
NOSTUFF 1
1
R7794
R7795
10K
10K
5% 1/16W MF-LF 2 402
5% 1/16W MF-LF 2 402
PM_SLP_S4
79 83
3
Q7703
D
2N7002DW-X-F
IN
58 23
5
PM_SLP_S4_L
G
SOT-363
S 4
C PP3V3_S5
C7710
79 78 77 76 66 65 59 26 6 5 83 80
0.1UF 1
2 10V
5 80
80
PGOOD_PP1V05_S0
1
PGOOD_PP1V5_S0
2
R7710
MC74VHC1G08
U7710
SOT23-5-LF 4 IMVP_PGD_IN_R
1
33
2
PP3V3_S5
C7712
79 78 77 76 66 65 59 26 6 5 83 80 75
IMVP_PGD_IN
0.1UF
OUT
1
5% 1/16W MF-LF 402
3
m il
2 10V
5 1
79
ALL AND GATE INPUTS ARE 7V TOLERANT REGARDLESS OF INPUT POWER
U7712
2
PGOOD_PP1V8_S3
MC74VHC1G08 SOT23-5-LF 4
ALL_SYS_PWRGD
3
PWGOOD SIMPLIFIED BASED ON TIMING OF VARIOUS RAILS COMING UP AS MEASURED ON PROTO2 BOARDS
PP3V3_S5
DEVELOPMENT 1
R7700 330
P 5% 1/10W MF-LF 2 603
SYS_PWRGD_LED_R
1
DEVELOPMENT
LED7700
2
GREEN-3.6MCD 2.0X1.25MM-SM
SILKSCREEN:SYS_PWRGD SYS_PWRGD_LED 3
D
Q7700 2N7002
77 58 26
1
ALL_SYS_PWRGD
G
S
SOT23-LF
26 58 77
e r
B 79 78 77 76 66 65 59 26 6 5 83 80
C
B
DEVELOPMENT
2
1
R7701 10K
5% 1/16W MF-LF 2 402
A
DEVELOPMENT
PWR GOOD SYNC_MASTER=(MASTER)
SYNC_DATE=(MASTER)
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
77
1
OF
A 97
A
PAGE_BORDER=TRUE
8
6
7
2
3
4
5
1
3.3V AND 2.5V S5 REGULATOR C7892
2.5V S5
1UF
1
M50 POWER BUDGET 83 82 80 79 77 76 6 5
PP12V_S5
TOTAL=0.426A
2 10% 25V X5R 603
YUKON=0.426A 3V3REG_VCC5 MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
CRITICAL
VCC12
IRF1902PBF
U7800
15
PHASE
13
3V3REG_BOOT
3V3REG_LDO_DR
3
LDO_DR
QFN
1
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
ISL6549
4
SO-8
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
3
2 1
1
4
C7823
LDO_FB
LGATE FB
16
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
DGND
R7821
1
C7825 10UF
20% 2 6.3V CERM 805-1
1
C7822 10UF
20% 2 6.3V CERM 805-1
1
C7821 10UF
20% 2 6.3V CERM 805-1
1
C7826
6
2.7K
5
8.06K2
1
1
1% 1/16W MF-LF 402
C7824 1000PF
10% 2 25V X7R 402
3V3REG_COMP_R MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
C7806 560PF 2
10% 50V CERM 402
20% 2 6.3V CERM 805-1
1
2
10% 16V CERM 402
1
C7802 1000PF
10% 2 25V X7R 402
3V3REG_LDO_FB MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
C
1
R7822
2
470
R7892 100K
5% 1/16W MF-LF 2 402
Q7802
D
C7803 1
2N7002
1
G
SOT23-LF
S
4.7UF
20% 6.3V CERM 2 603
2
VOLTAGE=0 V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
P
A
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1
C7809 1000PF
5% 50V 2 CERM 1206
1
1
C7814 10UF
20% 2 6.3V CERM 805-1
1
C7813 10UF
20% 2 6.3V CERM 805-1
1
R7899 22
5% 1/16W MF-LF 2 402
R7803 1.24K
3V3REG_FB_R
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1% 1/16W MF-LF 2 402
1
C7807 0.01UF
10% 16V 2 CERM 402
(R2)
C
VOUT=VREF*(1+R2/R1)
(R1) 0.784V MIN VREF = 0.800V TYP 0.816V MAX
e r
3V3REG_GND
B
3V3REG_SNUB
20% 2 6.3V ELEC TH-KZJ-LF
m il
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
SYS_POWERFAIL_L
3
C7815 1800UF
1% 1/16W MF-LF 2 402
1
82 76 6
1
392
3V3REG_FS_DIS
3
S
TO-252AA
5 6 26 59 65 66 76 77 79 80 83
R7801
1
NOSTUFF
IRLR7807Z
PP3V3_S5 3.35V NOMINAL
1
XW7800 SM
1% 1/16W MF-LF 2 402
CRITICAL
1% 1/4W MF-LF 2 1206
a n i
C7808 0.047UF
1
10UF
G
MISC=1.500A SB=0.500A AIRPORT=1.000A PANEL=1.000A TOTAL=4.000A
CRITICAL
5.11
CRITICAL
Q7801
1
R7804
12
R7802
D
M50 POWER BUDGET
2
TH1
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
AGND PGND 17
y r
3.0UH
3V3REG_FB
3V3REG_COMP
NOSTUFF
5% 1/16W MF-LF 2 402
1% 1/16W MF-LF 2 402
L7803 1
1
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
THRML_PAD
1
1K
1
3.3V S5
3
20% 25V CERM 603
D
10UF
4
FS_DIS COMP
R7820
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
5% 1/16W MF-LF 402
2
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
2
C7811
10% 16V 2 CERM 1210
TO-252AA
S
3V3REG_LGATE
2V5_LDODR_C
1
1
3V3REG_BOOT_R
2
11
1000PF
PP2V5_S5 2.50V NOMINAL
2.2
1
0.1UF
3V3REG_SWITCHNODE
10% 25V 2 X7R 402
83
C7801
R7840
BOOT
IRLR7807Z
G
1
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
14
PVCC5
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
Q7803
3V3REG_UGATE
CRITICAL UGATE
VCC5
4
10
5
9
3V3REG_PVCC5
Q7800
3
5
20% 2 16V ELEC TH-KZJ-LF
CRITICAL
2
7 6
C7853 1000UF
D
8
TLM833
8
CRITICAL
7
1
1
22UF
20% 6.3V 2 X5R 805
10% 6.3V 2 CERM 402
1% 1/16W MF-LF 2 402
C7820
4
C7800 1UF
10
NOSTUFF
1
1
R7805
CTLSH3-30M833
D
6
D7800
1
=PP3V3_S5_2V5_LDO
B
3V DC/DC 2.5V SYNC_MASTER=(MASTER)
SYNC_DATE=(MASTER)
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
TRUE
78
1
OF
A 97
A
8
6
7
2
3
4
5
1
1.2V S3 M50 POWER BUDGET
1.8V AND 1.2V S3 REGULATOR
YUKON=0.426A TOTAL=0.426A
C7992 1UF
1 83 82 80 78 77 76 6 5
=PP1V8_S3_1V2_LDO
1V8REG_DDR_VCC5
CRITICAL
R7905
4
SO-8
10% 2 6.3V CERM 402
1% 1/16W MF-LF 2 402
9
1V8REG_DDR_PVCC5
10
7
VCC12 PVCC5
U7900
1
UGATE
14
BOOT
15
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
3
LDO_DR
PHASE
QFN
1
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM 13
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1
4
C7923
LDO_FB
LGATE FB
16
COMP DGND
1
R7921 2.7K
C7925 10UF
C
20% 2 6.3V CERM 805-1
1
C7922 10UF
20% 2 6.3V CERM 805-1
1
C7921
1
10UF
C7926
1% 1/16W MF-LF 2 402
17
5
8.06K2
1
1
1% 1/16W MF-LF 402
C7924 1000PF
10% 2 25V X7R 402
1V8REG_DDR_COMP_R MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
C7906 560PF
1
a n i
10% 16V CERM 402
2
10% 50V CERM 402
1
C7902 1000PF
10% 25V 2 X7R 402
1V8REG_DDR_LDO_FB MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1
R7922
2
1.96K
XW7900 SM
1% 1/16W MF-LF 2 402
1
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1
R7992 100K
5% 1/16W MF-LF 2 402
Q7902
D
2N7002
83 77
PM_SLP_S4
1
G
SOT23-LF
S
C7903
e r
20% 6.3V 2 CERM 603
2
B
1
4.7UF
1V8REG_DDR_GND VOLTAGE=0 V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
80 77 58 23
A
PM_SLP_S3_L
P
1% 1/4W MF-LF 2 1206
1V8REG_DDR_SNUB
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1
MEMVTT_EN
76 66 65 59 26 6 5 83 80 79 78 77
C7909 1000PF
5% 50V 2 CERM 1206
m il
1V8REG_DDR_FS_DIS
3
5.11
TO-252AA
3
2
R7902
IRLR7807Z
S
0.047UF
1
20% 2 6.3V CERM 805-1
G
1
1
83 82 80 59 6 5
1
C7911
C7956
C7912 2.2UF
10% 2 16V CERM 1210
10% 2 16V X5R 603
1.8V S3 M50 POWER BUDGET
NB=4.000A DRAM=6.000A TOTAL=10.000A
PP1V8_S3 1.84V NOMINAL
CRITICAL
1
680UF
1
10UF
680UF
C7957
C7913
1
1
10UF
680UF
20% 2 2.5V POLY TH
CRITICAL
Q7901
C7954
CRITICAL
1
D
C7908
R7904
12
2 L810HW-LF
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
CRITICAL
y r
1.5UH-19A 1
1V8REG_DDR_FB
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
AGND PGND
10UF
20% 2 6.3V CERM 805-1
20% 25V CERM
CRITICAL
4
1V8REG_DDR_COMP
NOSTUFF
5% 1/16W MF-LF 2 402
1K
1
6
L7903
3
1V8REG_DDR_SWITCHNODE 603
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
2
1
TO-252AA
S
2
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
THRML_PAD
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
R7920
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
FS_DIS
1V2_LDODR_C
1
1
1V8REG_DDR_BOOT_R
11
1000PF
PP1V2_S3 1.21V NOMINAL
0.1UF
2
5% 1/16W MF-LF 402
1
20% 2 16V ELEC TH-MCZ
IRLR7807Z
G
1
1V8REG_DDR_LGATE
10% 25V 2 X7R 402
6
2.2
Q7900
C7901
R7940
1V8REG_DDR_BOOT
ISL6549 1V8REG_DDR_LDO_DR
CRITICAL
1V8REG_DDR_UGATE
CRITICAL
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
3 2
680UF
D VCC5
C7953
20% 2 16V ELEC TH-MCZ
8
5
IRF1902PBF
4
1UF
10
Q7903
1
4
1
CRITICAL
C7900
3
1
2
6 5
TLM833
7
1
8
22UF
20% 6.3V 2 X5R 805
D
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
C7920
D7900
1
NOSTUFF
6
2 10% 25V X5R 603
CTLSH3-30M833
D
PP12V_S5
20% 2 6.3V CERM 805-1
20% 2 2.5V POLY TH
C7958 1UF
1
C7959 1UF
5 6 83
C7960 1UF
10% 6.3V 2 CERM 402
10% 2 6.3V CERM 402
1
10% 2 6.3V CERM 402
1
R7999 22
5% 1/16W MF-LF 2 402
1
R7903 1.24K
1V8REG_DDR_FB_R
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1% 1/16W MF-LF 2 402
1
C
C7907 0.01UF
10% 16V 2 CERM 402
(R2)
1
R7901 953
1% 1/16W MF-LF 2 402
VOUT=VREF*(1+R2/R1)
(R1)
0.784V MIN VREF = 0.800V TYP 0.816V MAX
PP5V_S5 PP3V3_S5
C7980
79 78 77 76 66 65 59 26 6 5 83 80
0.1UF
1
1
R7911
1% 1/16W MF-LF 2 402
8
LM393A
2
V+
U7910
SOI-1-LF 1
PGOOD_PP1V8_S3
77
B
GND
3
PP1V8_S3
R7910
20% 10V CERM 402
1% 1/16W MF-LF 2 402
1V6_REF 1.591V
1
2
10K
5.49K
4 1
R7912 5.11K
1% 1/16W MF-LF 2 402
8
PP3V3_S5
LM393A
6 1DEVELOPMENT
V+
R7906
U7910
330 5% 1/16W MF-LF 2 402
31
5
SOI-1-LF 7
GND 4
LED_PP1V8_S3_P 1
3
PP1V8_S3
V+
SOI-LF 14
U7901 80
1V0_REF
9
LED7900
DEVELOPMENT
GREEN-3.6MCD 2.0X1.25MM-SM
LM339A
8
DEVELOPMENT SPARE COMPARATOR
PLACE LED NEAR VREG
2
LED_PP1V8_S3_N
1.8V & 1.2V VREG
GND 12
SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
79
1
OF
A 97
A
8
6
7
2
3
4
5
1
1.5V S0 AND 1.05V S0 RAILS TABLE_5_HEAD
PART#
QTY
DESCRIPTION
REFERENCE DESIGNATOR(S)
CRITICAL
BOM OPTION TABLE_5_ITEM
132S0080
1
CAP,0.22UF,6.3V,20%,0402
C8086
DEVELOPMENT
116S0090
1
RES,10K,5%,0402
C8086
NOT_DEVELOPMENT
TABLE_5_ITEM
D
Placement Note:
D
KEEP C8080, R8080, R8084 AND R8087 close to inductor =PP5V_S0_NBISENSE
0.22UF
2 1% 1/16W MF-LF 402
1 3 2
2
DEVELOPMENT
C8082 470pF 1
C
2
1
15.0K 1% 1/16W MF-LF 402
5% 1/16W MF-LF 2 402
D
CRITICAL
14
Q8000 IRLR7807Z
G
TO-252AA
1
1
1% 1/16W MF-LF 402 2
CRITICAL
L8000
1
6
1
1.50V NOMINAL
R8003
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
CRITICAL
10UF
20% 6.3V 2 CERM 805-1
1
C8021 10UF
20% 6.3V 2 CERM 805-1
1
CRITICAL 1
C8022 1500UF
C8023
20% 2 6.3V ELEC TH-MCZ
D
CRITICAL
1500UF
Q8001
1
R8006
20% 2 6.3V ELEC TH-MCZ
G
TO-252AA
1% 1/4W MF-LF 2 1206
1
0.018UF
5
e r
5% 50V 2 X7R 603
B
1V5REG_VSEN MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1
R8002 4.99K
1% 1/10W MF-LF 2 603
79 78 77 76 66 65 59 26 6 5 83 80
PP3V3_S5 DEVELOPMENT 1
R8090
A
330
5% 1/16W MF-LF 2 402
P 83 82 80 79 59 6 5
3
PP1V5_S0
80 6
PP1V5_S0
V+
80 79
1V0_REF
7
GREEN-3.6MCD 2.0X1.25MM-SM
Q8050
2
LGATE1
3
PGND1
LGATE2 27 PGND2 26
10
VSEN1
VSEN2 19
11
EN1
EN2 21
PG1
16
PG2/REF
1
1
2.43K2 1
0.1UF
1V05_LGATE
20% 2 16V ELEC TH-KZJ-LF
C8005 1000UF
20% 2 16V ELEC TH-KZJ-LF
CRITICAL
1
1
PP1V05_S0 1.064V NOMINAL CRITICAL 1
20% 2 6.3V ELEC TH-MCZ
1
R8056 5.11
1
C8071
C8072
1
10UF
20% 6.3V 2 CERM 805-1
20% 2 6.3V ELEC TH-MCZ
C8073 10UF
20% 6.3V 2 CERM 805-1
1V05REG_SNUBBER_R 1
C8064 1000PF
10% 2 25V X7R 402
1
R8051 3.65K
(R2)
1
C8062
0.018UF
5% 50V 2 X7R 603
VOUT=VREF*(1+R2/R1)
1V05_VSEN
1
R8054
1
110K
1
R8052 20.0K
C8063
1% 1/10W MF-LF 2 603
0.01UF
1% 1/10W MF-LF 2 603
B
VREF = 0.900V TYP
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
10% 2 50V X7R 603-1
(R1)
79 78 77 76 66 65 59 26 6 5 83 80
PP3V3_S5 DEVELOPMENT 1
DEVELOPMENT
C8090 0.1UF 1
PP5V_S5 79 78 77 76 66 65 59 26 6 5 83 80
DEVELOPMENT 1
R8092
R8055
10K
8.45K
10K
1% 1/16W MF-LF 2 402
330
5% 1/16W MF-LF 2 402
LED_PP1V05_S0_P 1
1% 1/16W MF-LF 2 402
1% 1/16W MF-LF 2 402
1V0_REF 0.867V
V+
U7901 5
SOI-LF 2
DEVELOPMENT
LED8091 GREEN-3.6MCD 2.0X1.25MM-SM
LM339A
4
PP3V3_S5
1
R8005
R8091
3 DEVELOPMENT
83 82 80 79 59 6 5
1
2
20% 10V CERM 402
PP1V05_S0
80 79
1.5V_S0 & 1.05V_S0 VREG
PLACE LED NEAR VREG
SYNC_MASTER=MASTER
2
GND
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
12
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE
DEVELOPMENT
II NOT TO REPRODUCE OR COPY IT
R8093
PGOOD_PP1V05_S0
77 80
77 80
III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART
3.01K
1% 1/16W MF-LF 2 402
LED_PP1V5_S0_N
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY
LED_PP1V05_S0_N
1
SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SHT NONE
5
4
3
2
REV.
051-7199
D SCALE
6
1
1500UF
1% 1/10W MF-LF 2 603
110K
GND
7
6 34 80
CRITICAL
1% 1/4W MF-LF 2 1206
TO-252AA
3
PM_SLP_S3_L 23 58 77 79 80 PGOOD_PP1V05_S0 77 80
C8070 1500UF
IRLR7807Z
S
C
TH-LF
CRITICAL
G
CPU=2.500A NB=2.000A SB=0.874A TOTAL=5.374A
2
4
D
1.05V S0 M50 POWER BUDGET
CRITICAL
Q8051
80 34 6
PGOOD_PP1V5_S0
1000UF
10% 2 16V CERM 1210
1.53UH
1V05_SWITCHNODE
12
8
6 76 77 78 79 82 83
L8050
1V05_OCSET
1% 1/10W MF-LF 2 603
C8004
1
C8061
20% 25V 2 CERM 603
C8013 1R8004 0.01UF
10% 2 50V X7R 603-1
1
10UF
10% 2 16V CERM 1210
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
13
10UF
C8003
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
TO-252AA
3
1% 1/16W MF-LF 402
OCSET2 18
OCSET1
1
1V05REG_BOOT_R
IRLR7807Z
R8053
ISEN2 22 1V05REG_ISEN
PLACE LED NEAR VREG
2
SOI-LF 1
U7901
DEVELOPMENT
LED8090
DEVELOPMENT
LM339A
6
ISEN1
5% 1/16W MF-LF 2 402
CRITICAL
G
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
GND
PP5V_S5
LED_PP1V5_S0_P 1
4
C8012
3
1
2
1% 1/10W MF-LF 2 603
PM_SLP_S3_L PGOOD_PP1V5_S0
TLM833
3.32K
79 77 58 23 80 80 77
1
R8001
D8001
NOSTUFF
1
7
PHASE2
DDR
CTLSH3-30M833
CPU=0.120A NB=8.000A SB=2.000A TOTAL=10.120A
D
1V05REG_UGATE
m il 1V5REG_OCSET
C8024
M50 POWER BUDGET
PHASE1
25
15
1000PF
1.5V S0
UGATE2 24
8
3
10% 25V 2 X7R 402
UGATE1
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
S
1V5REG_SNUBBER_R 1
4
1
BOOT2 23
BOOT1
1V5REG_LGATE
IRLR7807Z
5.11
0
ISL6539 SOFT1 SSOP SOFT2 17 1V05REG_SOFT
4
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1% 1/16W MF-LF 402
4
C8020
1V5REG_ISEN
2.43K2 1
1V5REG_SWITCHNODE
TH-LF
5
1V5REG_UGATE MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
20% 25V 2 CERM 603
2
U8000
VIN
C8002
R8050
D8050
S
3
C8011 0.1UF
1.53UH
3
S
1V5REG_BOOT_R
649
PP1V5_S0
1
1V5REG_SOFT
12
1
SOT23
VCC
D8000
3
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
BAT54E3
CRITICAL
SOT23
4
0
R8080
10% 50V CERM 402 80 6
R8000
NBISENS_RC DEVELOPMENT
2
1
1% 1/16W MF-LF 402
1
1
1V05REG_BOOT
1
BAT54E3
10% 6.3V CERM 402
R8081 NBISENS_POS
1M
1
1uF 2
a n i
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
C8080
DEVELOPMENT DEVELOPMENT
R8082
GND_SMC_AVSS
1V5REG_BOOT
DEVELOPMENT
DEVELOPMENT
20% 6.3V X5R 2 402
59 58 76
15.0K 1
5
1
NBISENS_NEG
2
C8086
20% 6.3V 2 CERM 603
2
1
TLM833
OMIT
4
U8595_1
1% 1/16W MF-LF 402
4.7UF
1% 1/16W MF-LF 402
R8083 5
SOT23-5
4.53K1 2
1K
1
DEVELOPMENT
C8001
10% 2 16V CERM 1210
C8010
1
R8089
1 2
NO STUFF
R8084
1% 1/16W MF-LF 402
U8085 DEVELOPMENT LMV2011MF SMC_NB_ISENSE
2
2
CRITICAL
58
0603-LF
1
NOSTUFF
1M
D8051
R8088
PP5V_S5
83 82 80 79 59 6 5
CTLSH3-30M833
DEVELOPMENT 2
1% 1/16W MF-LF 402
10KOHM-5%
1
10UF
10% 2 16V CERM 1210
28
1
1uF 10% 6.3V CERM 402
1K
1
10% 50V CERM 402
C8000 10UF
R8086 1
R8087
20 9
DEVELOPMENT
DEVELOPMENT
CRITICAL
DEVELOPMENT
2
1
4
1
470pF 1
PP12V_S5 5
CRITICAL
C8088
C8085
y r
NBISENS_NTC DEVELOPMENT
3
6
80
1
OF
A 97
A
8
6
7
2
3
4
5
1
5V S5 AND 5V AUDIO S5 REGULATOR C8292 1UF
1
PP12V_S5
=PP5V_S5_AUDIO_LDO 5VREG_VCC5
4
SO-8
9
5VREG_PVCC5
10
7
3
2
8
D
VCC12 VCC5
UGATE
U8200
1
BOOT
15
3
LDO_DR
QFN
PHASE
13
1
AUDIO=?A TOTAL=?A
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
4
C8223
LDO_FB
LGATE FB
16
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
R8221 2.7K
DGND
C
C8225 10UF
20% 2 6.3V CERM 805-1
1
C8222 10UF
20% 2 6.3V CERM 805-1
1
C8221 10UF
20% 2 6.3V CERM 805-1
1
C8226
1% 1/16W MF-LF 2 402
6
NOSTUFF 1
5% 1/16W MF-LF 2 402
1K
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
5% 1/16W MF-LF 402
5VREG_SWITCHNODE
3
5
8.06K2 1 1% 1/16W MF-LF 402
1000PF
10% 25V 2 X7R 402
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
C8206 470PF 1
2
10% 50V CERM 402
10UF
20% 2 6.3V CERM 805-1
a n i D
1
S
1
2
10% 16V CERM 402 1
C8202 1000PF
10% 25V 2 X7R 402
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1
2
XW8200 SM
1% 1/16W MF-LF 2 402
5VREG_FS_DIS MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1
R8292 100K
NOSTUFF
5% 1/16W MF-LF 2 402
Q8202
D
SYS_POWERFAIL_L
G
SOT23-LF
S
4.7UF
20% 6.3V 2 CERM 603
2
B 5VREG_GND
VOLTAGE=0 V MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
P
A
1% 1/4W MF-LF 2 1206
TO-252AA
5VREG_SNUB
PP5V_S5 5.10V NOMINAL
5 6 59 79 80 83
CRITICAL
1
C8215 1800UF
20% 2 6.3V ELEC TH-KZJ-LF
1
C8214 10UF
20% 6.3V 2 CERM 805-1
1
C8213 10UF
20% 6.3V 2 CERM 805-1
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1
C8209 1000PF
5% 50V 2 CERM 1206
1
R8299 22
5% 1/16W MF-LF 2 402
1
R8203 1.24K
C
5VREG_FB_R
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1% 1/16W MF-LF 2 402
1
C8207 0.01UF
10% 2 16V CERM 402
(R2)
1
R8201 232
1% 1/16W MF-LF 2 402
VOUT=VREF*(1+R2/R1)
(R1)
0.784V MIN VREF = 0.800V TYP 0.816V MAX
e r
C8203 1
2N7002
78 76 6
1
5.11
m il
1
3
R8202
3
5VREG_LDO_FB
221
1
CRITICAL
IRLR7807Z
G
0.047UF 5VREG_COMP_R
2
TH1
CRITICAL
C8208
MISC=1.500A USB=1.500A AUDIO O=1.000A ODD=1.000A TOTAL=5.000A
3.0UH
Q8201
R8204
12
5V S5 M50 POWER BUDGET
L8203 1
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
AGND PGND 17
TO-252AA
20% 25V CERM 603
5VREG_FB
5VREG_COMP
1
C8224
R8222
10UF
2
4
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
2
FS_DIS
5V_AUDIO_LDODR_C
R8220
1
5VREG_BOOT_R
11
THRML_PAD
1 1
S
5VREG_LGATE
10% 25V 2 X7R 402
PP4V5_S5_AUDIO_ANALOG 4.50V NOMINAL
2
C8211
10% 2 16V CERM 1210
IRLR7807Z
G
0.1UF
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
1000PF
COMP
1
1
5VREG_BOOT
2.2
1
C8201
R8240
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
M50 POWER BUDGET
83
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
14
ISL6549 5VREG_LDO_DR
1
20% 2 16V ELEC TH-KZJ-LF
CRITICAL
Q8200
5VREG_UGATE
PVCC5 CRITICAL
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
5V AUDIO S5
C8253 1000UF
10% 2 6.3V CERM 402
1% 1/16W MF-LF 2 402
IRF1902PBF
1
4
1UF
10
Q8203
C8200
4
1
R8205
CRITICAL
y r
CRITICAL
1
5
5
3
7 6
2
8
20% 6.3V 2 X5R 805
TLM833
22UF
1
C8220
D8200
1
D
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.25MM
NOSTUFF
6
2 10% 25V X5R 603
CTLSH3-30M833
D
83 80 79 78 77 76 6 5
B
POWER SUPPLY 3.3V/5V MAIN SWITCH
5V DC/DC SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
82
1
OF
A 97
A
8
6
7
3.3V S0
1.8V S0
PP3V3_S5 6
5
2
83 82 80 79 78 77 76 6 5
R83011
0.033UF
10% 50V 2 X7R-CERM 603
1
10% 50V 2 X7R 603-1
10% 50V 2 X7R 603-1
1
10% 2 50V X7R 603-1
SOT23-LF
Q8324
SYS_PWRUP_L
1
G
S
PP12V_S5
SOT23-LF
S
G
77 83
2
79 78 77 76 6 5 83 82 80
2 79 77
PM_SLP_S4
SOT23-LF
S
PP12V_S5
1
R8302 3.6K
5% 1/16W MF-LF 2 402
2.5V S0
PP2V5_S5
C 6
5
2
1
MIN_LINE_WIDTH=0.60MM MIN_NECK_WIDTH=0.25MM
CRITICAL
1
1
4
m il
6
C8318 0.01UF
R8318
PP5V_S3
1
6 59
5 6 26 59 65 66 76 77 78 79 80 83
C8398 1UF
5 6
7 8
20% 10V 2 CERM 603
CRITICAL
Q8301 IRF7413PBF SO-8
4
1 2
C 3
PP3V3_S3
5 6 76 77 78 79 80 82 83
5V S0
Q8320
D
2N7002 SOT23-LF
SYS_PWRUP_L
1
G
S
PP5V_S5
e r
83 82 80 79 59 6 5
77 83
6 53 59
2
C8321 0.01UF
10% 50V 2 X7R 603-1
4
3
PP4V5_S0_AUDIO_ANALOG
C8325
6
NOSTUFF
0.01UF
10% 2 50V X7R 603-1
1
C8326
START_G_4V5_S0
A
100K 2
PP12V_S5
1% 1/10W MF-LF 603
3
Q8316
R8325 1
D
2N7002 SOT23-LF
S
G
1
P
1% 1/10W MF-LF 603
SYS_PWRUP_L
83 77
0.01UF
10% 50V 2 X7R 603-1
PP12V_S5 R8311 100K 2 1
83 82 80 79 78 77 76 6 5
VOLTAGE=2.5V
1
SO-8 83 82 80 79 78 77 76 6 5
2
D
7 6
1
B
5
R8312
R8313
G
10K
100K
1
1% 1/10W MF-LF 2 603
1% 1/10W MF-LF 2 603
C8320
4
0.01UF
10% 16V 2 CERM 402
NOSTUFF 1
20% 25V 2 CERM 603
R8315 47K
1
3
SYS_PWRUP_L
4
G
1
G
SOT563
S
1
SOT563
S 5
2N7002
C8319
GATE_12V_S0
D8310 SOD-123
CMLDM7002A
CMLDM7002A
83 77
Q8318
D
Q8318
D
2 5% 1/10W MF-LF 603
6
Q3815
C8316 0.1UF
1
2
2
B0530WXF
0.1UF
20% 25V 2 CERM 603
SOT23-LF
S
S
1 1
START_G_12V_S0
3 D
6 76
3
TO_GATE_12V_S0_R
G
PP12V_S0
8
PP12V_S5
6 75
START_G_5V_S0
1
Q8313
PP5V_S0
1
6
5
2
82
MIN_LINE_WIDTH=0.60MM MIN_NECK_WIDTH=0.25MM
TSOP-LF
1
PP4V5_S5_AUDIO_ANALOG CRITICAL
NOSTUFF
4.5V S0 AUDIO
3
1
SI3446DV
B
Q8312
CRITICAL
12V S0 IRF7410PBF
2 10% 50V X7R 603-1
3
0.01UF
PP12V_S5
1% 1/10W MF-LF 603
6
100K 2
4
1
C8315
START_G_2V5_S0
5
10% 50V 2 X7R 603-1
2
1
TSOP-LF
3
PP2V5_S0 NOSTUFF
10% 50V 2 X7R 603-1
Q8317
2 3
5% 1/16W MF-LF 2 402
SOT23-LF
S
SO-8
2
0.01UF
SI3446DV
G
IRF7413PBF
PP3V3_S5
47K
2N7002
C8317
1
1
R8300
Q8302
D
VOLTAGE=2.5V
TSOP-LF
SI3446DV
Q8319 1
3
D
CRITICAL
GATE_3V3_S3
78
8
4
a n i
SYS_PWRUP_L
1
G
5 6 76 77 78 79 80 82 83
D
2N7002
77 83
5% 1/16W MF-LF 2 402
2
1% 1/10W MF-LF 603
3
47K
2N7002
1
6 7
Q8300
R8303
R8319
START_G_1V8_S0
D
1
Q8303
D
100K 2 1
5 6 76 77 78 79 80 82 83
1% 1/10W MF-LF 603
2N7002
3
C8324 0.01UF
R8310
PP12V_S5
6
NOSTUFF
0.01UF
0.01UF
Q8311
5
y r
4
PP1V8_S0
C8323
C8311
3
1UF
GATE_5V_S3
NOSTUFF
START_G_3V3_S0
C8399
20% 10V 2 CERM 603
5% 1/16W MF-LF 402 2
6 10 26 41 59 61 76 94
1
100K 2 1
1
3.6K
3
PP3V3_S0
C8310
5 6 59 79 80 82 83
PP12V_S5
4
3
CRITICAL
TSOP-LF
Q8323
SI3446DV
1
6
5
2
1
PP5V_S5
5 6 79
CRITICAL
TSOP-LF
Q8310
SI3446DV
1
1
3.3V AND 5V S3
PP1V8_S3 5 6 26 59 65 66 76 77 78 79 80 83
D
2
3
4
5
2
S0 AND S3 FETS
5 6 76 77 78 79 80 82 83
SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
SYS_PWRUP_L
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE
77 83
II NOT TO REPRODUCE OR COPY IT 2 III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
83
1
OF
A 97
A
8 83 76 61 59 41 26 10 6
6
7
2
3
4
5
1
PP3V3_S0 I512 =PP3V3_DDC_LCD
94
INVERTER INTERFACE
D
y r
LCD (LVDS) INTERFACE R9402 94 6
0
1
=PP3V3_S0_LCD
2
5% 1/8W MF-LF 805
NOSTUFF 6
=PP3V3_S5_LCD
a n i 6
C9400 R9400
1 20% 16V CERM 603
4
LCD_PWREN_L_RC
3
R9401 47K
2
L9400 1
6
PP3V3_LCD_SW
5
VOLTAGE=3.3V MIN_LINE_WIDTH=0.5 mm MIN_NECK_WIDTH=0.25 mm
2
D
LVDS_VDDEN
R94701 100K 5% 1/16W MF-LF 402 2
1
G
6 94
94 94
10% 50V CERM 402
Q9400
1
C9420
1
10UF 10% 16V CERM 1210
2
LCD_PWM PANEL_ID
NOSTUFF
2
1
94
=PP3V3_DDC_LCD
C9451 10V 402
2 CERM
2 CERM
SOT23-LF
S
R9410 1
2
100K 5% 1/16W MF-LF 402 2
INTEL RECOMMENDS 10K PULL-UPS ON I2C LINES PANEL HAS 4.2K PULL-UPS 94 13 94 13
1
R9411 100K
5% 1/16W MF-LF 2 402
C9410
1
0.001UF 10% 50V CERM 402
2
B
CRITICAL
J9402
53307-3072 F-ST-SM
13
LVDS_B_DATA_N<0> LVDS_B_DATA_N<1> LVDS_B_DATA_N<2>
13
LVDS_B_CLK_P
13 13
13 13
13 13
94 13 94 94 6
A
LVDS_A_DATA_P<0> LVDS_A_DATA_N<1> LVDS_A_DATA_P<2> LVDS_A_CLK_P LVDS_DDC_CLK =PP3V3_DDC_LCD PP3V3_LCD_CONN
m il
e r
STDOFF-3MMOD4.6MMH-1.35-TH 1
1
2
3
4
5
6
P 7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
LVDS_B_DATA_P<0> 13 LVDS_B_DATA_P<1> 13 LVDS_B_DATA_P<2> 13 LVDS_B_CLK_N 13
LVDS_A_DATA_N<0>
94 6
0.1UF 20%
R9420
1
10K
5% 1/16W MF-LF 2 402 13 13
M-ST-SM 1 2 3 4
518S0331
94 6
R9451
1
10K
5% 1/16W MF-LF
GPU_PWM_RST_L
PANEL_ID
2
=PP3V3_S0_LCD NOSTUFF 1
C9470 0.1UF
20% 2 10V CERM 402 5
1
U9470
NOSTUFF 4
R9472
R9475 47 1
LCD_PWM_R
2
LCD_PWM
94
5% 1/16W MF-LF 402
R94741
3 MC74VHC1G08 SOT23-5-LF
NOSTUFF 1
10K
5% 1/16W MF-LF 402 2
10K
5% 1/16W MF-LF 2 402
94
5% 1/16W MF-LF 402
2
LVDS_BKLTCTL
47
1
RESISTOR TO SET DEFAULT VALUE OF PANEL ID
2 402
R9450
SB_GPIO_48
6
C
=PP3V3_S0_LCD
10V 402
94 6
13
87437-0443-BLK
B
R9473 0 1
2
5% 1/16W MF-LF 402 GATE TO PREVENT LEAKAGE ONTO PWM MIGHT BE ABLE TO BYPASS IF SMC DRIVES SIGNAL
=PP3V3_S0_LCD
13
LVDS_A_DATA_P<1> 13 LVDS_A_DATA_N<2> 13 LVDS_A_CLK_N 13
LVDS_DDC_DATA PP3V3_LCD_CONN PP3V3_LCD_CONN
C9452
22
LVDS_DDC_CLK LVDS_DDC_DATA
SDF9400
NOSTUFF
1
0.1UF 20%
Q9401 2N7002
13
PP3V3_LCD_CONN
0.001UF
TSOP-LF
SI3443DV 3
2 SM
C9401
1
LCD_PWREN_L
VOLTAGE=3.3V MIN_LINE_WIDTH=0.5 mm MIN_NECK_WIDTH=0.25 mm
FERR-250-OHM
5% 1/16W MF-LF 402
C
J9401
20% 16V CERM 2 1206-1
CRITICAL
1
CRITICAL
1
4.7UF
2
100K 5% 1/16W MF-LF 402 2
=PP12V_INVERTER
C9450
0.1UF
1
D
R9421
1
10K
5% 1/16W MF-LF
2 402
LVDS_CLKCTLA LVDS_CLKCTLB
13 94
6 94 6 94
I513 LVDS_VREFH
13
LVDS_VREFL
13
Internal Display Conns
I514
SYNC_MASTER=MASTER
SDF9401
STDOFF-3MMOD4.6MMH-1.35-TH
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY
1
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
LVDS REFERENCE CURRENT, 1.5K OHM PULL DOWN RESISTOR NEEDED
R9422 13
LVDS_IBG
1
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE
1.5K 2
II NOT TO REPRODUCE OR COPY IT
1% 1/16W MF-LF 402
III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
94
1
OF
A 97
A
8
6
7
2
3
4
5
1
L9501
95 6
FERR-120-OHM-1.5A 2 =PP1V8_S0_TMDS 1
PP1V8_TMDS
95
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM VOLTAGE=1.8V
0402
C9507
1
1
0.1UF
C9508
1
0.001UF 10%
10%
2 50V CERM
16V 2 X5R
1
C9510
0.1UF
1
0.001UF
10%
10%
16V 2 X5R
402
402
C9509
C9512
1
0.001UF
10%
10%
50V 2 CERM
402
402
1
0.1UF 2 16V X5R
50V 2 CERM
402
C9511
TMDS_TX_N<0>
97 95
C9513
R9537
10UF
1
20%
6.3V 2 CERM
0.1UF 1
2 10% 16V X5R 402
TMDS_TX_P<0>
97 95
D
C9522 TMDS_TX<0>
2
1% 1/16W MF-LF 402
805-1
402
140
D
ONE 0.1UF AND 0.001UF FOR EACH PIN ONE 0.1UF AND 0.001UF FOR EACH PIN
L9500
95
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM VOLTAGE=1.8V
0402
C9500
1
10% 50V 402
2 CERM
0.001UF
2 CERM
C9501
1
10% 50V 402
2 X5R
C9502 C9503
0.001UF
1
0.1UF
1
0.1UF
10% 16V 402
C9504 10UF 20% 6.3V 805-1
10% 16V 402
2 X5R
TMDS_TX_P<1>
2 CERM
TMDS_TX_N<2>
97 95
a n i
L9506
FERR-120-OHM-1.5A ONE 0.1UF AND 0.001UF FOR EACH PIN 1 2 =PP3V3_S0_TMDS
L9503
FERR-120-OHM-1.5A 2 =PP3V3_S0_TMDS 1
97 96 95 6
PP3V3_ANALOG_SDVO
0402 1
C9530
1
0.001UF
C9551
1
0.001UF
10%
1
C9536
1
10% 50V 402
2 CERM
0.001UF
C9531
2 CERM
10% 16V 2 X5R 402
402
402
0402 95
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM VOLTAGE=3.3V
1
C9537 1C9538 1C9539 0.001UF 10% 50V 402
0.1UF 10% 16V 402
2 X5R
1
0.1UF
20% 6.3V 805-1
2 CERM
PLACE THE CAP NEAR THE NB SIDE
13
13
13
L9505
FERR-120-OHM-1.5A 2 =PP3V3_S0_TMDS 1
13
PP3V3_PVCC2_TMDS
0402 1
C9534 0.001UF 10%
1
C9555
C9556
1
0.001UF
0.1UF
10%
IN IN IN IN
PEG_R2D_C_P<1>
PEG_R2D_C_N<2> PEG_R2D_C_P<3> PEG_R2D_C_N<3>
0.1UF
10% 16V 2 X5R 402
402
1
C9541 0.1UF 10%
2 16V X5R
PLACE IT CLOSE TO CONNECTOR PP5V_S0_TMDS_D 1
2
D9500 BAV99DW-X-F
C9519 0.1UF
SOT-363 6
6
13 13
1
R9501
R9500 TMDS_HTPLG
2.2K 2 1 5% 1/16W MF-LF 402
A
IO
OUT
PEG_D2R_P<1> PEG_D2R_N<1>
R9502 5.6K
5% 1/16W MF-LF 2 402
TMDS_HTPLG_R
C9542
1
2
C9520
0.1UF 10% 16V X5R 402 1
2
1
0.1UF
C9543 0.1UF
10%
10%
2 16V X5R
2 16V X5R
402
402
1
C9544 0.1UF 10%
2 16V X5R 402
1
C9545
1
0.1UF 10%
2 16V X5R
C9546 0.1UF 10%
2 16V X5R
402
402
1
C9547 0.1UF 10%
2 16V X5R 402
1
C9548 0.1UF 10% 402
TMDS_SDR_P TMDS_SDR_N TMDS_SDG_P TMDS_SDG_N TMDS_SDB_P TMDS_SDB_N TMDS_SDC_P TMDS_SDC_N
TMDS_INT_P TMDS_INT_N
PP3V3_PVCC2_TMDS
95
PP3V3_PVCC1_TMDS
95 95
PP3V3_ANALOG_TMDS PP1V8_TMDS
2 10% 16V X5R 402 95 97
C9524
R9539 140
1
0.1UF 1
TMDS_TX<2>
2
1% 1/16W MF-LF 402
100
1
C9525 0.1UF
TMDS_TX_CLK
2
1
1% 1/16W MF-LF 402
2 10% 16V X5R 402
PLACEHOLDER
C9506
2 10% 16V X5R 402
R9540
5% 50V 2 CERM 402
C
PLACE THIS SET OF TERMINATION
10PF
5% 2 50V CERM 402
NEAR CONNECTOR
6
TMDS_RESET_L
ADDRESS=0X70 NC IF HIGH, ADDRESS=0X72
1
R9503 1K
C9521
1
0.1UF
6 95 96 97
C9565 10UF
10%
2 16V X5R
2
402
20% 6.3V CERM 805-1
PP3V3_ANALOG_TMDS
U9500
37 SDR_P 38 SDR_N
TX0_P
SIL1362ACLU
TX0_N TX1_P
LQFP
40 SDG_P 41 SDG_N 43 SDB_P 44 SDB_N
SDVO RCVR CORE
TX1_N TX2_P
DIFF SIG DATA
TX2_N TXC_P TXC_N
46 SDC_P 47 SDC_N 32 SDI_P 33 SDI_N
5 SDSCL 4 SDSDA 6 A1
17
97 95
16
97 95
20 19
97 95
23
97 95
22 14
97 95
13
97 95
97 95
97 95
TMDS_TX_P<0> OUT TMDS_TX_N<0> OUT TMDS_TX_P<1> OUT TMDS_TX_N<1> OUT TMDS_TX_P<2> OUT TMDS_TX_N<2> OUT TMDS_TX_CLK_P OUT TMDS_TX_CLK_N OUT
CONFIG/ PRGRM
25
R9504
8
SDADDC
9
TEXT MODE
TEST
6 95 96 97
1% 1/16W MF-LF 2 402
B
10K
5% 1/16W MF-LF 2 402
I2C MASTER INTER SCLDDC
=PP3V3_S0_TMDS
332
R9505
TMDS_EXT_SWING
95
1
1
EXT_SWING
2 RESET*
SDVO_CTRLCLK SDVO_CTRLDATA
THESE 2 CAPS FOR EMI PLACE NEAR U9500 RIGHT ON TRACE WITH NO STUB.
=PP3V3_S0_TMDS 1
TMDS_EXT_RES 35 EXT_RES
14
14
95
2 16V X5R
TMDS CHIP SDVO INPUT INTERRUPT SIGNAL TO MCH
P 5% 1/16W MF-LF 2 402
TMDS_TX_HPD
OUT
1
5.6K
IO
10% 16V X5R 402
=PP2V5_S0_TMDS
1
e r 402
97
m il
PEG_R2D_C_N<1> PEG_R2D_C_P<2>
C9535
2 16V X5R
402
402
13
IN
1
TMDS_TX<1>
1% 1/16W MF-LF 402
10PF
1
0.1UF
2
95
1
10%
2 50V CERM
2 50V CERM
13
95
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM VOLTAGE=3.3V
IN
140
1
C9505
PP3V3_ANALOG_SDVO 95 PP1V8_ANALOG_SDVO
PEG_R2D_C_N<0>
SPVCC 48
10% 16V 402
2 X5R
402
402
IN
SVCC0 36 SVCC1 42
0.1UF
10%
2 16V X5R
2 50V CERM
402
13
1
R9506 10K
5% 1/16W MF-LF 2 402
TMDS_I2C_SCL TMDS_I2C_SDA
IO IO
30
29 HTPLG 39 SGND0 45 SGND1
10%
10%
2 50V CERM
C9533
1
0.1UF
PEG_R2D_C_P<0>
PVCC1 11 PVCC2 26
C9554
1
0.001UF
IN
1
C9523
R9538
TMDS_TX_CLK_P
27 PGND2
C9553
13
VCC2 34
1
95
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM VOLTAGE=3.3V
AVCC0 15 AVCC1 21
C9532 0.001UF
97
TMDS_TX_CLK_N
12 AGND0 18 AGND1 24 AGND2
PP3V3_PVCC1_TMDS
VCC0 10 VCC1 28
1
B
97 95
97 95
MCH SDVO CHANNEL R,G,B,CLK SIGNAL TO TMDS CHIP
FERR-120-OHM-1.5A 2 =PP3V3_S0_TMDS 1 0402
97 96 95 6
TMDS_TX_P<2>
10UF
10% 16V 402
2 X5R
7 GND0 31 GND1
97 96 95 6
97 95
C9540
C L9504
95
MIN_LINE_WIDTH=0.6MM MIN_NECK_WIDTH=0.2MM VOLTAGE=3.3V
0.1UF
10%
2 16V X5R
2 50V CERM
402
C9552 0.1UF
10%
2 50V CERM
PP3V3_ANALOG_TMDS
OVCC 1
1
97 96 95 6
y r
TMDS_TX_N<1>
97 95
PP1V8_ANALOG_SDVO
3 SPGND
95
FERR-120-OHM-1.5A 1 2 6 =PP1V8_S0_TMDS
5% 1/16W MF-LF 2 402
EXTERNAL TMDS SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
95
1
OF
A 97
A
8
6
7
2
3
4
5
1
VGA SYNC BUFFERS 97 96 95 6
=PP3V3_S0_TMDS
D
=PP3V3_S0_TMDS
C9670
1
1UF
13
39
1
CRT_VSYNC_R
14
2
74LC125
2
CRT_VSYNC
3
5% 1/16W MF-LF 402
7
39
1
125 1 TSSOP
2
VGA_BUF_VSYNC
97
VIDEO_MUX_SEL
OUT
1
CRT
0
TV
5% 1/16W MF-LF 402
4 DA
VIDEO_MUX_RED
13
39
1
CRT_HSYNC_R
2CRT_HSYNC
5% 1/16W MF-LF 402
5
6 7
96
VIDEO_MUX_GREEN
7 DB
96
VIDEO_MUX_BLUE
9 DC
R9672
14 74LC125
VGA_HSYNC
125 4 TSSOP
1
39
2
5% 1/16W MF-LF 402
VGA_BUF_HSYNC NOSTUFF
C9607
10% 16V 2 X5R 402
2
97
NOSTUFF 1
22PF
TV_DACC_OUT CRT_RED
S1B 5 S2B 6
TV_DACB_OUT CRT_GREEN
S1C 11 S2C 10
TV_DACA_OUT 13 CRT_BLUE 13
C9608 22PF
22
=PP3V3_S0_TMDS
U9670 14 9
S1D 14 S2D 13
1 IN 15 EN_L
SB_CRT_TVOUT_MUX
8
13 96
13 96 13 96
96 96
NC NC
125 10 TSSOP
7
PLACE U9620 NEAR GMCH
14
74LC125
7
125 13 TSSOP
11
12
C SPARE BUFFERS, TYING OE* HIGH
PLACE RESISTORS AT NORTHBRIDGE CRT_RED
96 13
96 13
PLACE BY CONNECTOR
75
1% 1/16W MF-LF 402 2
1% 1/16W MF-LF 402 2
I943
I961
CRT_RED_L 13
TV_IRTNA
CRT_GREEN 96 13
e r
TV_DACB_OUT
VIDEO_MUX_RED
B
96
R96921
R96971
75
13
I963 13
96 13
TV_IRTNB
CRT_BLUE 96 13
1
R9694
R96981
75
75
1% 1/16W MF-LF 402 2
13
1% 1/16W MF-LF 402 2
I944 CRT_BLUE_L
I967 13
13
A
P
TV_DACC_OUT
TV_IRTNC
13
CRT_IREF
R96A01
TV_IREF
SM-220MHZ-LF
1
97
B
3 4
VIDEO_MUX_GREEN
150
FL9601
LCFILTER SM-220MHZ-LF
1
96
R96931
2
FILT_ANALOG_GRN 97
3 4
150
1% 1/16W MF-LF 402 2
NOSTUFF
FL9602
LCFILTER SM-220MHZ-LF
VIDEO_MUX_BLUE
1
96
2
FILT_ANALOG_BLU 97
3 4
TMDS/Inverter/ExtVGA
R96951
SYNC_MASTER=MASTER
150
R9699
1% 1/16W MF-LF 2 402
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY
1% 1/16W MF-LF 402 2
4.99K
1% 1/16W MF-LF 402 2
FILT_ANALOG_RED
1% 1/16W MF-LF 402 2
1
255
2
R96911
1% 1/16W MF-LF 402 2
I942 CRT_GREEN_L
FL9600
LCFILTER
NOSTUFF
75
1% 1/16W MF-LF 402 2
C
ANALOG FILTERING
R96961
75
96 13
m il
TV_DACA_OUT
R96901
13
y r
13 96
GND
6 95 96 97
U9670
74LC125
D
6 95 96 97
a n i
NC 12 DD
5% 2 50V CERM 402
20% 6.3V CERM 805-1
8
5% 50V CERM 2 402
1
C9621 10UF
S1A 2 3
U9620S2A TS3V330
U9670
1
VCC 96
SOP
R9601
1
0.1UF
R9671
VGA_VSYNC
16
U9670
R9600
C9620
10% 2 6.3V CERM 402
THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING
NOSTUFF
I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
96
1
OF
A 97
A
8 PLACE LEFT SIDE AS CLOSE TO GPU (U8400) AS POSSIBLE
6
7 PLACE FILTER CLOSE TO TMDS CONNECTOR
DVI DDC CURRENT LIMIT
2
3
4
5
1
DVI INTERFACE
(55mA requirement per DVI spec) CRITICAL
D9710 SOD-123
TMDS_TX_N<0>
95 DIFFERENTIAL_PAIR=TMDS_TX_0
CRITICAL SYM_VER-1
L9700 90-OHM-300MA
1
6
4
TMDS_CONN_DN<0>
=PP5V_S0_TMDS
DIFFERENTIAL_PAIR=TMDS_CONN_D0
2
3
TMDS_CONN_DP<0>
2
B0530WXF
97
DIFFERENTIAL_PAIR=TMDS_CONN_D0
2012H
1
95
L9710
F9710 1
2
PP5V_S0_DDC
PP5V_S0_DDC_FUSE
1
2
VOLTAGE=5V MIN_LINE_WIDTH=0.38 mm MIN_NECK_WIDTH=0.25 mm
SM-LF
97
VOLTAGE=5V MIN_LINE_WIDTH=0.38 mm MIN_NECK_WIDTH=0.25 mm
400-OHM-EMI
0.5AMP-13.2V
SM-1
PP5V_S0_TMDS_D
97
PP5V_S0_DDC
3V LEVEL SHIFTERS
97
DIFFERENTIAL_PAIR=TMDS_TX_0
D
95
96 95 6
1
L9701 90-OHM-300MA
CRITICAL SYM_VER-1
4
1
3
TMDS_CONN_DN<1>
F-ST-SM4
97
DVI_HPD_UF
2
TMDS_CONN_DP<1>
97
DVI_DDC_CLK_UF DVI_DDC_DATA_UF
97 DIFFERENTIAL_PAIR=TMDS_TX_1 97
TMDS_TX_P<1> TMDS_TX_N<2>
95 DIFFERENTIAL_PAIR=TMDS_TX_2
CRITICAL SYM_VER-1
L9702 90-OHM-300MA
1
FILT_ANALOG_BLU VGA_BUF_HSYNC
96
4
TMDS_CONN_DN<2>
96
25
1
17
9
26
2
18
10
27
3
19
11
28
4
20
12
29
5
97
DIFFERENTIAL_PAIR=TMDS_CONN_D2
3
TMDS_CONN_DP<2>
97
FILT_ANALOG_GRN VGA_BUF_VSYNC
96
DIFFERENTIAL_PAIR=TMDS_TX_2
96
30
6
22
14
31
7
TMDS_CONN_DN<2> TMDS_CONN_DP<1>
FILT_ANALOG_RED
L9703 165-OHM SM
24
16
33
96
8
OMIT CRITICAL SYM_VER-1 4
TMDS_CONN_CLKP
97
2
3
TMDS_CONN_CLKN
97
GND_CHASSIS_VGA_C_A
1
C9720
1
0.1UF
10% 16V 2 X5R 402
TMDS_TX_CLK_N
2
97
97
TMDS_CONN_DP<0>
97
TMDS_CONN_DN<0>
97
TMDS_CONN_CLKP
97
TMDS_CONN_CLKN
97
97
97
DVI_DDC_DATA_UF
DVI_HPD_UF
e r
B
P
10% 50V X7R 603-1
GND_CHASSIS_VGA_C_B
0.1UF
10% 16V 2 X5R 402
1
C9722
1
0.1UF
10% 16V 2 X5R 402
SOT-363
2
1
2
G
DVI_DDC_CLK3 D
S 4
CRT_DDC_CLK
5% 1/16W MF-LF 402
C9711
Q9711
5% 50V CERM 402
1
SOT-363
R9713 100
2
DVI_DDC_DATA
6
13
R9721 10K
2
2N7002DW-X-F
1
1
5% 1/16W MF-LF 2 402
2N7002DW-X-F
R9711
R9720 10K
5
G 2
D
5% 1/16W MF-LF 402
S 1
CRT_DDC_DATA
13
5% 1/16W MF-LF 402
C9713 100pF
2
5% 50V CERM 402
R9714
1
20.0K
TMDS_TX_HPD 95
2
1% 1/16W MF-LF 402
1
D9700 CASE425
R9722 100K
1
C9714 100pF
2
2
5% 50V CERM 402
5% 1/16W MF-LF 402
2
1
MMSZ4681XXG
C
C9723 0.1UF
10% 16V 2 X5R 402
m il
95 DIFFERENTIAL_PAIR=TMDS_TX_CLK
A
1
97
C9710
C9721
2
Q9711
1
0.01UF
1
5% 1/16W MF-LF 2 402
100
DVI_DDC_CLK_UF
a n i
TMDS_CONN_DN<1>
34
TMDS_TX_CLK_P
95 DIFFERENTIAL_PAIR=TMDS_TX_CLK
32
97 97
1
4.7K
100pF
15
TMDS_TX_P<2>
C
TMDS_CONN_DP<2>
13
DIFFERENTIAL_PAIR=TMDS_CONN_D2
2012H
2
5% 1/16W MF-LF 402
MINI-DVI 2012H
1
4.7K
J9710 97
95
D
R9712
y r R9710
OMIT 514S0128
TMDS_TX_N<1>
95 DIFFERENTIAL_PAIR=TMDS_TX_1
95
=PP3V3_S0_TMDS
TMDS_TX_P<0>
GND_CHASSIS_VGA
6
WHEN PART AVAILABILITY FINALIZES, REMOVE TABLE AND OMIT ON PART PART#
514S0128
QTY 1
DESCRIPTION
REFERENCE DESIGNATOR(S) J9710
MINI DVI CONNECTOR,32P,TH SHIELD, W/O RIBS
B
TABLE_5_HEAD
CRITICAL
BOM OPTION TABLE_5_ITEM
CRITICAL
External Display Conns SYNC_MASTER=MASTER
SYNC_DATE=MASTER
NOTICE OF PROPRIETARY PROPERTY THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE COMPUTER, INC. THE POSSESSOR AGREES TO THE FOLLOWING I TO MAINTAIN THE DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IN WHOLE OR PART SIZE
APPLE COMPUTER INC.
DRAWING NUMBER
SCALE
SHT NONE
8
7
6
5
4
3
2
REV.
051-7199
D
97
1
OF
A 97
A