9-5-24 NT72315_POWER
TP3833
C376310uF 16V
R3735
0 OHM 1/8W
FB3704
120R 3A
1 2
C378622UF 6.3V
C378922UF 6.3V
C3761100N 16V
TP3832
FB3703
120R 3A
1 2
C3813
100N 16V
C376822UF 6.3V
C3743100N 16V
C378122UF 6.3V
C3764100N 16V
C378422UF 6.3V
C3800100N 16V
C377622UF 6.3V C3750NC/22UF 6.3V
U3700D
NT72315MBG-PA
VDD15_DDR_MMU
M13
VDD15_DDR_MMU
L13
VDD15_DDR_MMU
N13
VDD15_DDR_MMU
P13
VDD15_DDR_MMU
P12
VDD15_DDR_MMUA
V15
VDD_DDR
U19
VDD_DDR
U20
VDD_DDR
T19
VDD_DDR
T20
VDD_DDR
U18
VDD25_DDR_DLL
K11
VDD15_DDR_CLK
J11
VDD09_DDR_VCCA
M10
VDD15_DDR_LDO
K13
DDR_VREF_OUT
L17
DDR_LDO_OUT
L18
DDR_ZQ
L20
DDR_VREF
G21
C3803100N 16V
C3741100N 16V
C3806100N 16V
C3755100N 16V
C3790100N 16V
C377222UF 6.3V
C3769100N 16V
C3777100N 16V
R3730 240R 1%
C3809100N 16V
C3793100N 16V
C3746100N 16V
C3812100N 16V
C377022UF 6.3V
C3796100N 16V
R3729
0 OHM 1/8W
C3799100N 16V
C3765100N 16V
R3728
0 OHM 1/8W
C3773100N 16V
C374922UF 6.3V
C3744100N 16VC3751100N 16V
C3771100N 16V
TP3834
C3756100N 16V
C3788NC/22UF 6.3V
R3736
0 OHM 1/8W
C3742100N 16V
R3734
1K OHM 1%
PQ_2.5V
PQ_VBOTX_2.5V
PQ_2.5V
PQ_VBORX_0.9V
PQ_0.9V
PQ_VBORX_2.5V
PQ_VDD_MMU_1.5V
PQ_VDD_DDR_1.5V
PQ_VDD09V_VCCA
PQ_VDD_MMUA_1.5V
PQ_VDD25_DLL
PQ_VDD15_CLK
PQ_VDD15_LDO
PQ_2.5V
PQ_VDD25_DLL
PQ_VDD_DDR_1.5V
PQ_VDD15_LDO
PQ_VDD15_CLK
PQ_1.5V
PQ_VDD09V_VCCAPQ_0.9V
PQ_1.5V
PQ_VDD_MMUA_1.5V
PQ_1.5V
PQ_1.5V
PQ_VDD_MMU_1.5V
PQ_1.5V
PQ_Main_DDR_1.5V PQ_VDD_DDR_1.5V
PQ_3.3V
PQ_MPLL_2.5V
PQ_2.5V
PQ_0.9V
PQ_MPLL_3.3V
PQ_VDD_IO_3.3V
DDR IF power cap place near
power pin of main chip as
close as possible.
DDR IF periphery resistor use
1% tolerance.
PQ_0.9V
PQ_0.9V
PQ_VDD_IO_3.3V
SENSE+0V9-PQ
21
PQ_3.3V
PQ_0.9V_OUT
DDR_LDO_OUT
DDR_VREF_OUT
DDR_Vref
PQ_VDD_MMUA_1.5V
Estimate:190mA(including with VDD_MMU_1.5V)
Factual: waiting for test
PQ_VDD25_DLL
Estimate:12.3mA
Factual: waiting for test
PQ_VDD_MMU_1.5V
Estimate:190mA(including with VDD_MMUA_1.5V)
Factual: waiting for test
PQ_VDD_DDR_1.5V
Estimate:244mA
Factual: waiting for test
PQ_VDD09_VCCA
Estimate:5mA
Factual: waiting for test
PQ_VDD15_CLK
Estimate:26mA
Factual: waiting for test
PQ_VDD15_LDO
Estimate:70mA
Factual: waiting for test
Updated on 2019/1/24
MTEST
0 : Normal Mode (Default)
1 : Chip SCAN Mode (FT Mode)
Updated on 2018/4/13
Updated on 2018/4/13
Updated on 2018/4/13
Updated on 2019/1/24
Updated on 2018/4/13
Updated on 2018/4/13
Updated on 2018/4/13
Updated on 2018/4/13
Updated on 2018/4/13
Updated on 2018/4/13
POWER IF
PQ_0.9V
VDD_IO_3.3V
Estimate:60mA
PQ_0.9V
Estimate Worst Case:1669mA
PQ_0.9V_OUT
for test use
only.
Updated on 2018/3/26
Updated on 2019/1/23
Q90G018020100000HG
HEAT SINK 36 x16.2 x 10
R3838 0R05 OHM
R3839 0R05 OHM
HS3700
HEAT SINK
1
2
Updated on 2019/1/24
Updated on 2019/1/24
Updated on 2019/1/24
Updated on 2019/1/24
Updated on 2019/1/24
R3731
0 OHM 1/8W
C3766100N 16V
C378022UF 6.3V
C3783NC/22UF 6.3V
R3733
1K OHM 1%
C3757100N 16V
C377422UF 6.3V
C3802100N 16V
C3738
1nF 50V
C3805100N 16V
C3775100N 16V
C3808100N 16V
CS3302
CON2SIG0125
1 2
C3811100N 16V
C3792100N 16V
C3795100N 16V
C3745100N 16V
C3758100N 16V
C3798100N 16V
C374822UF 6.3V
R3739
0 OHM 1/8W
C375222UF 6.3V
R3738
0 OHM 1/8W
C378722UF 6.3V
FB3702
120R 3A
1 2
U3700F
NT72315MBG-PA
CORE_09V
K8
CORE_09V
K9
CORE_09V
K10
CORE_09V
L8
CORE_09V
L9
CORE_09V
L10
IO_33V_1
M6
IO_33V_2
V14
IO_33V_3
E10
IO_33V_3
E11
IO_33V_1
L6
CORE_09V
M8
CORE_09V
M9
CORE_09V
N7
CORE_09V
N8
CORE_09V
N9
CORE_09V
P7
CORE_09V
P8
CORE_09V
P9
C377822UF 6.3V
C3759100N 16V
C3782NC/22UF 6.3V
C3785NC/22UF 6.3V
C375322UF 6.3V
C376222UF 6.3V
C373922UF 6.3V
FB3700
120R 3A
1 2
C3779100N 16V
R3732
0 OHM 1/8W
C3801100N 16V
C3740100N 16V
C3804100N 16V
C3767100N 16V
C3807100N 16V
C3791100N 16V
C3760100N 16V
C3747100N 16V
C3810100N 16V
C3797100N 16V
C3794100N 16V
FB3701
120R 3A
1 2
C375410uf 16V
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