Appendix A Circuit Of Typical Interface - Huawei ME906s LTE M.2 Hardware Manual

HUAWEI ME906s LTE M.2 Module
Hardware Guide
10
DNI: Do Not Install initially.
M.2: new name of NGFF.
Config pin SCH
CONFIG[3:0] is for card type indication and present detection
1V8
ME906s is configed as WWAN-SSIC0 internally
CONFIG3
CONFIG2
CONFIG1
CONFIG0
CONFIG[3:0] to PC
USB SCH
USB_DP
DNI,Reserve for
to PC USB2.0 interface
USB eye debug.
USB_DM
Tunable antenna SCH
R14 0 ANT_TUNE_0
ANT_TUNE_1
R15 0
R16 0 ANT_TUNE_2
ANT_TUNE_3
R17 0
RC is reserved for RF debug
USIM SCH
USIM_DET USIM_DET Must Be Used.
USIM_PWR R20 0
USIM_RESET
R11 0
USIM_CLK
R12 0
USIM_IO
R13 0
0402
USIM absent: CD-->GND;
USIM present: CD Open
USIM_PWR: 1.8V or 3.0V
C18:to avoid twitter
other devices: for GCF or PTCRB debug.
Issue 05 (2019-03-25)
Appendix A Circuit of Typical
Module output: 0V or NC
1.8V (3.3V),open drain ,active low
1.8V (3.3V), active low
from proximity sensor
1.8V, Active Low
Cap close to pin67
1.8V tolerence
J2
10
M1
8
S2
4
CD
1
VCC
5
GND
2
RST
6
VPP
3
CLK
7
I/O
9
S3
11
M2
Capacitor of D2 should be less than 10pF
GND of socket should be well connected to module GND
Note: If M1 and M2 pin is metal,you can connect it to GND
Huawei Proprietary and Confidential
Copyright © Huawei Technologies Co., Ltd.

Appendix A Circuit of Typical Interface

J1
CONFIG3 1 P1 2
1V8(3V3) P2
3 4
P3 P4
5 6
P5 P6
USB_DP 7 8
P7 P8
USB_DM 9 10
P9 P10
11
P11
CONFIG0 21 20
P21 P20
WAKE_On_WWAN # 23 22
P23 P22
BODYSAR_N 25 24
P25 P24
27 26
P27 P26
29 28
P29 P28
31 30
P31 P30
33 32
P33 P32
35 34
P35 P34
37 36
P37 P36
39 38
P39 P38
41 40
P41 P40
43 42
P43 P42
45 44
P45 P44
47 46
P47 P46
49 48
P49 P48
51 50
P51 P50
53 52
P53 P52
55 54
P55 P54
57 56
P57 P56
ANT_TUNE_0 59 58
P59 P58
ANT_TUNE_1 61 60
P61 P60
ANT_TUNE_2 63 62
P63 P62
ANT_TUNE_3 65 64
P65 P64
RESET # 67 66
P67 P66
CONFIG1 69 68
P69 P68
71 70
P71 P70
73 72
P73 P72
CONFIG2 75 74
P75 P74
76 77
M1 M2
RESET control SCH V-gpio1
RESET
3 D
G 1
Q4
3 D
2 S
GPIO1
R21 0 G 1
Q3
2 S
GPIO1 is from SOC
V-gpio1 is power supply of GPIO1 domain
Interface
GPIO2
R23 0
1.8V(3.3V).high:on,low:off
POWER_ON_OFF
W_DISABLE # VBAT
1.8V(3.3V),active low
LED #
R8 200
RF on: light on
D1 RF off: light off
GPS_DISABLE #
1.8V(3.3V),active low
USIM_RESET
USIM_CLK
USIM_IO
USIM_PWR
M.2: 3.135V-4.4V,typical 3.3V
current: 2.5A max
One 220uF Tantalum Capacitor is needed to
make sure that the voltage does not drop
below 3.135 V in any case.
USIM_DET
VBAT
220uF
330pF 100nF 1uF 22uF
Power_on_off control option 1
When module on/off is controlled only by VBAT, must use this design
R24 should not be larger than 10K
When use option 1 , R23 must be DNI
VBAT
R24 10K POWER_ON_OFF
Power_on_off control option 2
#
VBAT
When VBAT is always on, must use this design
When use option 2 , R24 must be DNI
GPIO2 is from SOC
When Vgpio2 is ON
Q1 is on and Q2 is off
Power_On_Off is controlled by GPIO2
When Vgpio2 is off
Q1 is off and Q2 is on
3
Power_On_Off is is pulled LOW
Module is shut off safely
Vgpio2 0 G 1
R19
2
V-gpio2 is power supply of GPIO2 domain
GPIO2
3 D
G 1 Q2
D
2 S
Q1
S
75