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326
276
340
341
342
343
344
327
339
352
353
354
345
328
278
338
351
356
355
346
329
337
350
C5C312
43 134 101 262 130 13 186 187 104 14 218 52 290 53 219 140 141 220
142 56 221 222
143 57 21 268 110 192
TL421
TL420
400
.1
349
348
347
330
280
336
335
334
333
332
331
239
306
301
296
293
260
264
0V
VSS_IO_3
267
0V
VSS_IO_4
272
0V
VSS_IO_5
274
0V
VSS_IO_6
279
0V
VSS_IO_7
292
0V
VSS_IO_8
289
0V
VSS_MEM_17
155
0V
VSS_MEM_16
157
0V
VSS_MEM_15
299
0V
VSS_MEM_14
300
0V
VSS_MEM_13
303
0V
VSS_MEM_12
305
0V
VSS_MEM_11
307
0V
VSS_MEM_10
309
0V
VSS_MEM_9 164
0V
VSS_MEM_8 312
0V
VSS_MEM_7 314
0V
VSS_MEM_6 316
0V
VSS_MEM_5 317
0V
VSS_MEM_4 319
0V
VSS_MEM_3 258
0V
VSS_MEM_2 254
0V
VSS_MEM_1 179
3.1V
VCC_BAT 217
1.8V
VCC_MEM_19
63
1.8V
VCC_MEM_18
69
1.8V
VCC_MEM_17
70
1.8V
VCC_MEM_16 150
1.8V
VCC_MEM_15 152
1.8V
VCC_MEM_14 156
1.8V
VCC_MEM_13
71
1.8V
VCC_MEM_12 158
1.8V
VCC_MEM_11 160
1.8V
VCC_MEM_10 162
1.8V
VCC_MEM_9
80
1.8V
VCC_MEM_8
82
1.8V
VCC_MEM_7 245
1.8V
VCC_MEM_6
86
1.8V
VCC_MEM_5
88
1.8V
VCC_MEM_4 174
1.8V
VCC_MEM_3 177
1.8V
VCC_MEM_2
99
1.8V
VCC_MEM_1
4
3.3V
VCC_USB4
25
3.3V
VCC_USB3 114
3.3V
VCC_USB2
24
3.3V
VCC_USB1
23
3.3V
VCC_IO_3
54
3.3V
VCC_IO_2
16
3.3V
VCC_IO_1
12
1.3V
VCC_CORE_14
55
1.3V
VCC_CORE_13
60
1.3V
VCC_CORE_12
67
1.3V
VCC_CORE_11
237
1.3V
VCC_CORE_10
163
1.3V
VCC_CORE_9
38
1.3V
VCC_CORE_8 124
1.3V
VCC_CORE_7
34
1.3V
VCC_CORE_6 121
1.3V
VCC_CORE_5
29
1.3V
VCC_CORE_4 252
1.3V
VCC_CORE_3 112
1.3V
VCC_CORE_2 103
1.3V
VCC_CORE_1
7
1.8V
VCC_USIM
28
1.1V
VCC_RAM4
9
1.1V
VCC_RAM3
8
1.1V
VCC_RAM2
5
1.1V
VCC_RAM1
95
1.3V
VCC_PLL
138
3.3V
VCC_BB
59
3.3V
VCC_LCD_2
37
3.3V
VCC_LCD_1
32
1.0V
PWR_OUT 215
1.1V
PWR_CAP_3_GPIO8
288
1.1V
PWR_CAP_2_GPIO7
136
1.1V
PWR_CAP_1_GPIO6
49
1.1V
PWR_CAP_0_GPIO5
216
0.4V
TXTAL_OUT
133
0.4V
TXTAL_IN
214
0.5V
PXTAL_OUT
50
0.4V
PXTAL_IN
137
PWM_OUT_1_GPIO17
190
3.3V
PWM_OUT_0_GPIO16
18
3.1V
PWR_SDA_GPIO4
131
3.1V
PWR_SCL_GPIO3
285
3.3V
SYS_EN_GPIO2
44
3.3V
PWR_EN 132
3.1V
nVDD_FAULT 212
188 15 105 263 102 11 195 196 111 193 213 286 45
K409
NQR0286-008X
C422
0.1
C421
0.1
C420
0.1
C419
0.1
C418
0.1
K408
NQR0286-008X
C417
0.1
K407
NQR0286-008X
C416
0.1
K406
NQR0286-008X
C415
0.1
C414
0.1
C413
0.1
C412
0.1
K405
NQR0286-008X
K404
NQR0286-008X
K403
NQR0286-008X
C411
0.1
C410
0.1
K402
NQR0286-008X
C409
0.1
K401
NQR0286-008X
C408
0.1
K400
NQR0286-008X
C407
0.1
C406
0.1
C404
R432
(32.768kHz)
0
C405
0.1
4P
X401
NAX0863-001X
R430
(13MHz)
C403
0
4P
TL439
VCCB
VCC_BAT
VCC_MEM
VCC_USB
VCC_IO
GPS_PPS
GPS_SLEEP
GPS_RXD
GPS_TXD
SPK_OFF
AUDIO_PWR_ON
VCC_CORE
AC97_RESET
VCC1.8V
SYNC
VCC_SRAM
SDATA_OUT
SDATA_IN
BIT_CLK
AC97IRQ
VCC_PLL
HP_DETECT
SUSPEND
GSENSOR_DET
VCC3.3V
HP_MUTE
C402
X400
NI
NAX0862-001X
C401
NI
PWR_SDA
PWR_SCL
SYS_EN
PWR_EN
NVDD_FAULT
NOTES
1. VOLTAGES ARE DC-MEASURED WITH A DIGITAL VOLT
METER UNDER THE BLUE AND RED LED TURNED ON
CONDITION WITHOUT GPS SIGNAL.
2.
UNLESS OTHERWISE SPECIFIED.
ALL RESISTORS ARE 1/16W
ALL RESISTANCE VALUES ARE IN OHM.
ALL CAPACITANCE VALUES ARE IN uF(P=pF).
ALL E.CAPACITORS ARE SHOWN IN THE FORM OF
CAPACITANCE(uF)/RATED VOLTAGE(V).
3. NI STANDS FOR NOT MOUNTED PARTS.
DATA0
DATA0
DATA1
DATA1
DATA2
DATA2
DATA3
DATA3
DATA4
DATA4
DATA5
DATA5
DATA6
DATA6
DATA7
DATA7
DATA8
DATA8
DATA9
DATA9
DATA10
DATA10
DATA11
DATA11
DATA12
DATA12
DATA13
DATA13
DATA14
DATA14
DATA15
DATA15
DATA16
DATA16
DATA17
DATA17
DATA18
DATA18
DATA19
DATA19
DATA20
DATA20
DATA21
DATA21
DATA22
DATA22
DATA23
DATA23
DATA24
DATA24
DATA25
DATA25
DATA26
DATA26
DATA27
DATA27
DATA28
DATA28
DATA29
DATA29
DATA30
DATA30
DATA31
DATA31
A0
A0
A1
A1
A2
A2
A3
A3
A4
A4
A5
A5
A6
A6
A7
A7
A8
A8
A9
A9
A10
A10
A11
A11
A12
A12
A13
A13
A14
A14
A15
A15
A16
A16
A17
A17
A18
A18
A19
A19
A20
A20
A21
A21
A22
A22
A23
A23
A24
A24
A25
A25
CS0
CS0
SDCS0
SDCS0
DQM3
DQM3
DQM2
DQM2
SDCAS
SDCAS
SDRAS
SDRAS
SDCLK1
SDCLK1
SDCLK0
SDCLK0
SDCKE
SDCKE
RESET_OUT
RESET_OUT
WE
WE
GPS_PPS
GPS_SLEEP
GPS_RXD
GPS_TXD
SPK_OFF
AUDIO_PWR_ON
AC97_RESET
SYNC
SDATA_OUT
SDATA_IN
BIT_CLK
AC97IRQ
HP_DETECT
SUSPEND
GSENSOR_DET
HP_MUTE
5% METAL GLAZE RESISTOR.
2-10
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