iPhone 5S 820-3292-A

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15UFÿ
D
c
B
A
8 7 6 5 4 3 2 1
AMBER
PMU
(BUCK, LDO, VIBE DRIVER, 32K, CHARGER)
TO DO: GEERTJAN TO UPDATE VALUE
OF R70 WITH H6P (EXPECTED TO CHANGE)
R70
68 .IK
23 2 USB VBUS DETECT - ÿVV4ÿ
1/32W 01005
23 17 16 rpwn unn frot
24 23 22 1—
Q4 APN: 376S1131
Q4
CSD68815W15
BGA
ROOM=PMU
21 i4
„ io Pf yx-f MPiTN
MOVED C385 TO
RDAR: //12723825
C266
1.OUF
20%
6.3V
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0201-1
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C260
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ROOM=PMU
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C357
1OUF
20%
6.3V
CERM
0402
ROOM=PMU
C263
1OUF
20%
6.3V
CERM
0402
ROOM=PMU
—I— 20%
? 6.3V 20%
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CERM z CERM
0402 0402
ROOM=PMU
[ ROOM=PMU | RC
L19_VBOOST
FF YfT MPiTN
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C264
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C398
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20%
6.3V
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0402
ROOM=PMU
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24 23 21 14 13 12 10
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C358
1OUF
20%
6 .3V
CERM
0402
ROOM=PMU
C267
1OUF
20%
6 .3V
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0402
ROOM=PMU
C268
1OUF
20%
6 .3V
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0402
ROOM=PMU
C3096
56PF
5%
16V
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01005
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PP VCC MAIN
PP
PMU TO VIBE
23 16 T RISTARTOPMUOVP_SW_EN_L
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C204 i C281
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10UF
20%
6. 3V
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0402-2
ROOM=PMU
C270
1OUF
20%
6 .3V
CERM
0402
ROOM=PMU
C271
1OUF
20%
6.3V
CERM
0402
ROOM=PMU
C411
1OUF
20%
6.3V
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0402
ROOM=PMU
AP TO PMU VIBE PWM EN
ROOM=PMU
XW1
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1 2
<57>
1MM-SM
PCB : PLACE THIS
AT C276/C283 XW
——I—— i C399 iC405
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20%
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0402
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20%
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t
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C276
18PF
5%
16V
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01005
C417
1OUF
20%
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C272 1
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10%
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- 10UF
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0402-2
ROOM=PMUI
L8
2 .2UH-20% —1.7A— 20OMOHM
1
TFA2 01610G-PSE20161T2R2
OMIT_TABLE
NOTE: THIS SIGNAL (ACT HI)
WILL OPEN VBUS
2 3 2 2 BATTERY TO_PMU_SENSE
f-FF PNfT ¥ciiif
23 PMU ACT DIO
rnn
XW120
SHORT— 1OL— 0 .1MM-SM
1CPP VCC MAIN UVLO SENSE 1
XW120.2 ROUTE TO
23 21 12 4 pp 1w? cnPAM
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45 AMBER VSS RTC
i C418
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6.3V
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0402
1OUF -
20%
6.3V
CERM
0402
ROOM=PMUT C250
ROOM=PMU
ROOM=PMU
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C278
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10%
6.3V
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402
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— 20%
0
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ROOM=PMU
45 PMU TO XTAL OSC32
45 XTAL TO PMU OSC32
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C283
18PF
5%
16V
CERM
01005
C251
1OUF
20%
6.3V
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0402
ROOM=PMU
C325
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00 300K INT PU TO VBUS
) VCENTER
VBUS
)IBAT
VBAT
ACT
DIO
) CHG_LX
) VCC_MAIN
VCC_MAIN_S
) VDD_BUCK1
VDD_BUCK0 01_2
j VDD_BUCK2
VDD_BUCK1_2
) VDD_BUCK3
)
VDD
BUCK4
) VDD_BUCK5
) VDD_BUCK00 1
)
VDD__BUCK02
3
VDD_LD06
VDD_LD02
VDD_LD01_3
VDD_LD04_7
VDD_LD05
VDD_LD08_9
VDD_LD010
VDD LDOll 13
VDD_VIB
VIB
VIB_PWM_EN
) 100K INT PD
XTAL1
XTAL2
VSS
RTC
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AMBER-PMC
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NOTE:
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23
BUCKO LXO
23
BUCKO LX1
BUCKO LX2
BUCKO LX3
BUCK0_FB
BUCK1 LXO
BUCK1 LXl
2
UD
G
BUCK1_FB
BUCK2 LX
BUCK2 F
BUCK3_Lx(
BUCK3 FB
BUCK3_SWl(
BUCK3_SW2
BUCK3 SW3
VBUCK3 SW
BUCK4_LX
BUCK4_F
VBUCK4_SW
BUCK4_SW1
BUCK4_SW2
BUCK5_Lx(
BUCK5 FB
(50MA) VLDOl
{ 5 OMA) VLD02
(50MA) VLD03
(5 OMA) VLD04
(100 OMA) VLD05
(15 0 MA ) VLD06
O
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(250MA ) VLD07
(250MA)
(100MA)
(2 5 OMA)
( 5MA)
(250MA)
VPUMP
Ll0, L12 BOMOPTIONS
CONTROLLED ON PAGE1
VLD09
VLD09_FB
CAP:
VLDOl 0
VLDOl 1
VLDOl 2
VLDOl 3
VPUMP
SAME
POLARITY
L9
OMIT_TABLE
1.0UH-20%-2.5A-0.075OHM
ROOM=PMU
1
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TFA2 0161OG-SM
L10
OMIT_TABLE
1.0UH-20%-2 .5A-0 . 075OHM
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1.0UH-20%-2 .5A-0 . 075OHM
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A3 PP_BUCK0__LX0
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2.5V-3 . 3V, +/-77.5MV
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SPEC REQUIRES 10NF,
30% DERATED.
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2.5V-3 . 6V , +/-75MV
2.5V-3.6V, +/-75MV
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REMOVED LD09 CAPS
PER RDAR: //12552087
CHANGED LD08 CAP
PER RDAR://12525301
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PER RDAR: //12518153
—-
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C293
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T— 20%
UPSIZ ING Ll8 TO 2016 PKG.
RDAR: / /12765100
OMIT_TABLE
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APN: 152S1801 (CYNTEC)
20%
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— ÿ57ÿ X5R
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NOTE: PP1V0_SRAM STATIC AT 1.0V
075HM NO DVFM ON THIS RAIL PER SEG.
C140
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C 6 6
20%
4 V
X5R
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5 23
C327
15UF
20%
4 V
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ROOM=PMU
14 16 17
NOTE: 6 TURNS OF PP2V5_RCAM_AF_COMP
WAS THE MAGIC NUMBER FOR N41.
PLACE AT
PMU AREA
w
a
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THIS VALUE NEEDS TUNING LATER
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THIS XW LINK AT PMU AREA
TO DO: REVIEW ALL LDO ASSIGNMENTS
(CHECK VDD_LDO INPUT SOURCE,
CHECK CURRENT RATING FOR LDO OUT
23 SOC USB PHY (25 MA) VS *
LOAD REQUIREMENT AT DESTINATION, ETC)
14 TRISTAR VDH,
16 23
20
23
GYRO,
ACCEL,
6 23 NAND (? MA)
16
23
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CODEC VA (2.5 MA L19, 3MA L67)
WIFI_FLEX PAC (? MA) NOTE: 3V +/- 5% PER EUGENE
COMPASS
ACCESSORY POWER (? MA)
(? MA)
PROX/ALS VDD (PROX: 0.75/1.2 MA ALS: 0.175/0.25 MA [TYP/MAX])
REAR CAM AUTO FOCUS (120MA PEAK, PROBABLY CAP AT 80MA)
REAR/FRONT CAM AVDD
2 7 SOC 1V0 MIPI,
ll
23
i
C291 C419
0 .1UF 1. OUF
20%
20%
6
6.3V
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ROOM=PMU
ROOM=PMUT
PROX
LED
USB_DVDD,
(102 MA TYP)
23 ALWAYS ON 1V8 MA)
(? MA)
DP (71 MA TOTAL)
8 7 6 5 4 3