DATASHEET
M20071
M20071 • GNSSNOVA
Features
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Multi-constellation GNSS receiver (GPS/GLONASS/GALILEO/BEIDOU/QZSS)
Full function GNSS module
MediaTek AG3335MN flash chip
Ultra-small SMD package; 9.0 x 9.0 x 1.8mm
Low current consumption
AIC, Active Interference Cancellation
EASY - Internally generated orbit prediction for fast fix times
EPO (Extended Prediction Orbit) fast fix
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DATASHEET: M20071
M20071-PS-1.02
Contents
1.
Description
2
13.
Quality and environmental specifications
2.
Applications
2
14.
Hazardous material regulation conformance 16
3.
Part number
2
15.
Packaging
4.
Functional block diagram
3
5.
Module specifications
3
15
16
1 5 . 1 . Optimal storage conditions
16
1 5 . 2 . Tape characteristics
17
1 5 . 3 . Reel dimensions
18
5 . 1. Absolute maximum ratings
3
1 5 . 4 . Box dimensions
18
5 . 2. Recommended operating conditions
3
1 5 . 5 . Bag properties
19
5 . 3. DC electrical characteristics
4
1 5 . 6 . Reel label information
19
5 . 4. RF specifications
4
5 . 5. Band rejection
4
5 . 6. Mechanical specifications
5
5 . 7. System specifications
5
6.
Module dimension
6
7.
Schematic symbol and pin definition
6
8.
Host PCB footprint
7
9.
Module application
8
10.
Module subsystem feature
9
1 0 .1. Host interface
9
1 0 .2. Power supply
9
1 0 .3. Power constraint for 2.8V IO
9
1 0 .4. Pulse Per Second (PPS)
10
1 0 .5. HRST (Hardware reset pin)
10
1 0 .6. Power saving mode
10
1 0 .7. EPO (Extended Prediction Orbit) data service 12
1 0 .8. EASY (Self-Generated Orbit Prediction)
12
1 0 .9. AIC (Active Interference Cancellation)
12
11.
Evaluation kit
13
1 1 .1. GNSS evaluation
13
1 1 .2. Antenna evaluation
13
Reflow soldering
14
12.
1 2 .1. Placement14
1 2 .2. Soldering paste
14
1 2 .3. Soldering14
1 2 .4. Multiple soldering
15
1 2 .5. Hand soldering
15
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1
DATASHEET: M20071
1.
M20071-PS-1.02
Description
An integrated GNSS receiver module incorporating the MediaTek AG3335MN
flash chip. The receiver tracks 4 GNSS constellations concurrently
(GPS+Galileo+GLONASS+Beidou). 12nm process with 1.8V system power
supply provides outstanding low power consumption. Multi-path algorithms
improve position accuracy in inner-city environments. The on-board LNA
provides good performance in weak-signal environments such as wearable
devices.
2.
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3.
Applications
Wearable devices such as Fitness watches
Portable devices
Asset tracking / Personal safety
Vehicle trip recording cameras
Sports electronics such as Golf computers
Navigation systems
Part number
M20071
Top view
Pin 1 marker
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Bottom view
Pin 1 also defined
by SMD pad
2
DATASHEET: M20071
4.
Functional block diagram
5.
Module specifications
5.1.
M20071-PS-1.02
Absolute maximum ratings
S Y M B OL
PARAMETER
MIN
MAX
UNIT
VIN_SYS
Main supply voltage for System
0
1.98
V
VIN_RTC
Supply voltage for RTC mode
0
1.98
V
VIO_1V8
Supply voltage for 1.8V I/O
0
1.98
V
VIO_2V8*
Supply voltage for 2.8V I/O
0
3.08
V
RFIN
Maximum RF input power
N/A
0
dBm
TSTG
Storage temperature
-40
+85
°C
TOP
Operating temperature
-40
+85
°C
Exposure to absolute ratings may adversely affect reliability and may cause permanent damage.
*If 2.8V I/O will be applied, please connect VIO_1V8 with 2.8V LDO’s enable pin for power sequence constraint.
5.2.
Recommended operating conditions
S Y M B OL
PA RAMETER
MIN
TYP
MAX
UNIT
VIN_SYS
Main supply voltage for System
1.62
1.8
1.98
V
VIN_RTC
Supply voltage for RTC
1.62
1.8
1.98
V
TOP
Operating temperature
-40
-
+85
°C
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3
DATASHEET: M20071
5.3.
M20071-PS-1.02
DC electrical characteristics
Conditions: VIN_SYS = 1.8V, VIN_RTC = 1.8V, TOP = 25 °C
S Y M B OL
PARAM ETER
TYP
UNIT
ICC(ACQ)
Acquisition mode current
18
mA
ICC(TRK)
Tracking mode current
12
mA
ICC(RTC)
RTC mode current
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