Low Cost High Quality GPS Module Atgm332D-5n
|FOB Price:||US $3.5 / Piece|
|Min. Order:||500 Pieces|
|Min. Order||FOB Price|
|500 Pieces||US $3.5/ Piece|
|Transport Package:||Carton Box|
|Payment Terms:||T/T, Western Union, Paypal|
- Model NO.: ATGM332D-5N
- Use: Automotive&Hand Held
- Port Number: Multiplex Multi-purpose Channel
- Type: GPS Module
- Specification: 16x12
- HS Code: 8529905000
- Certification: ISO/TS16949, ISO14001, ISO2000
- Operating Principle: Mixed Type
- Model: Integration Type
- Trademark: EDT
- Origin: Zhejiang
- Function Description
Performance Index Excellent positioning and navigation function. It supports BDS/GPS/GLONASS the single system positioning of the satellite navigation system, as well as any combination of multi system positioning, QZSS and SBAS systems.
It supports A-GNSS
old start capture sensitivity:-148dBm
positioning accuracy: 2.5m (CEP50)
Initial positioning time: 32s
Low power consumption: continuous operation< 25mA(@3.3V)
Built in antenna detection and short circuit protection
Note1: The following performance indexes suit ATGM332D-5N-1X, ATGM332D-5N-3X, ATGM332D-5N-5X and ATGM332D-5N-7X models.
Note2: As for performance index of ATGM332D-5N-2X, please conform it with sales representative Module function diagram Multi system signal processing engine
1.5 Application Fields
Vehicle positioning and navigation
Phone, Pad, Handheld device
Embedded positioning system
1.6 Assist GNSS (Assisted GNSS, AGNSS)
All ATGM332D-5N series modules support assist GNSS (AGNSS) function. AGNSS could supply essential support information of positioning for receivers, such as massage, rough position and time. These information can significantly shorten the time for the first time, whether it is in the strong signal environment or weak signal environment. See the specific use of "Zhongkewei AGNSS Solution".
PPS ATGM332D-5N series modules support precise second pulse output, pulse rising edge aligned with UTC time.
Output Protocol ATGM332D-5N series modules output are based on NMEA0183 protocol form, and its output main channel is UART.
Flash Flash configuration of ATGM332D-5N series modules can update position function and system by online upgrade function. Users can configure location refresh rate themselves to get suitable low power by using this configuration function. Also, users can update the latest optimization of global multi-mode positioning. In addition, users can add new control function such as location record, regular geographical enclosure and custom output format.
Online upgrade function ATGM332D-5N series modules support the online upgrade agreement of us. Users can upgrade new software program into modules by the upgrade agreement and the communication with modules to gain new characteristics of software. Users can also remote control the devices to start the upgrade process mentioned above to realize remote online upgradation.
Antenna ATGM331C-5N series modules support active antenna and passive antenna.
Upper computer tools We provide "GNSSToolKit" Lite software pack (Windows Edition and Android Edition) for positioning output resolution and working mode configuration. We also provide UBF serial port upgrade tool software pack (Windows Edition) for online upgrade tools based on PC. The online upgrade program of device need to be explored by users.
2. Technical Discription
2.1 Apparent size (mm)
2.2 PCB layout (mm)
2.3 PIN Pareto Diagram
2.4 Pin Description
|Pin Number||Name||I/O||Description||Electrical characteristics|
|3||1PPS||O||pulse output per second|
|8||nRESET||I||Module reset input|
Low level effective
|NC when not using|
|9||VCC_RF||O||Output power supply||+3.3V, power supply of antenna|
|11||RF_IN||I||Antenna signal input|
|16||TXD2||O||Auxiliary serial data output, can be used for code upgrade|
|17||RXD2||I||Auxiliary serial data input, can be used for code upgrade|
|18||SDA||I/O||I2C data interface||NC|
|19||SCL||O||I2C clock interface||NC|
|20||TXD1||O||Navigation data output||NMEA0183 protocol|
|21||RXD1||I||Interaction command input||Configuration command input|
|22||VBAT||I||RTC and SRAM backup power supply||Supply 1.5V~3.6V power to make sure of module warm start|
|23||VCC||I||Module power supply input||DC 3.3V±10%,100mA|
2.5 Electrical Parameters
|Parameter||Symbol||Minimum Value||Maximum Value||Unit|
|Module power |
|Backup battery voltage( VBAT)||Vbat||-0.3||3.6||V|
|Digital input pin voltage||Vin||-0.3||Vcc+0.2||V|
|Maximum acceptable level of ESD||VESD(HBM)||2000||V|
|Parameter||Symbol||Minimum value||Typical |
|Power supply voltage||Vcc||2.7||3.3||3.6||V|
|Vcc peak current|
(with out antenna)
|Backup power supply||Vbat||1.5||3.0||3.6||V|
|Backup-power supply(Vbat) current||Ibat||10||V|
|Active antenna output voltage||Vcc_RF||3.3||V|
|Antenna short circuit protection current|
|Open circuit current|
|Frequency channel number||Three channel receiver, support BDS, GPS,GLONASS|
|Cold Start TTFF||≤32s|
|Warm Start TTFF||≤1s|
|Cold start capture sensitivity||-148 dBm|
|Warm start capture sensitivity||-156 dBm|
|Recapture sensitivity||-160 dBm|
|Tracking sensitivity||-162 dBm|
|Positioning sensitivity||<2m (1σ)|
|Precision of velocity measurement||<0.1m/s ( 1σ)|
|Location update rate||1Hz(default value ), maximum value 10Hz|
|Serial port property||Baud rate range: 4800bps~115200bps, default value 9600bps, 8 data bits, No calibration, one stop bit|
|GPS&BD typical power consumption||<25mA@3.3V|
2.7.1 Active antenna applications (modules provide antenna power supply, antenna detection and short circuit protection)
Passive antenna applications (add LNA in module RF_IN input)
In order to make full use of excellent performance of the module, users need to pay attention to the following points when using this module:
Use low ripple LDO power supply, control the ripple within 50mVpp
Vicinity of module should be no other high frequency and large amplitude digital signal. All modules are filled with ground wire.
The RF input pin should be as close as possible to the wireless interface module, and be attention to impedance matching of 50 ohm.
has the active antenna access, pull out, short circuit detection circuit itself, the antenna power supply current limit (50mA), play the role of protection while in the antenna accident short circuit.
When the above 3 kinds of antenna port state change, you can get information from the serial port. Such as:
$GPTXT, 01, 01, 01, ANTENNA SHORT*63
$GPTXT, 01, 01, 01, ANTENNA OPEN*25
$GPTXT, 01, 01, 01, ANTENNA OK*35
3. Test and Authentication of Reliable
3.1 RoSH Authentication
ATGM336H-5N series modules all meet the RoSH certification.
4. Delivery and Welding of Module
4.1 Package of Module
ATGM332D-5N series of modules use vacuum tape packaging, with moisture, anti-static and other characteristics, the process of using is compatible with the industry's major patch machine. Package method is 1000 piece each set.
4.2 Transfer and storage of module
4.2.1 Moisture Level
Moisture Sensitivity Level MSL): 4
As for MSL, please refer to IPC/JEDEC J-STD-020 Standard
4.2.2 Reflow profile
1. Adjust the balance time to ensure a reasonable treatment of gas when solder paste melt. It can increase the balanced time if there is a lot of space on PCBA.
2.Because the product will be placed in the weld zones(temperature will be over 180ºC),in order to prevent component and bottom plate from damaging, the placing time should be as short as possible.
Some important characteristic of curve:
Rising speed=1~4ºC/sec, 25ºC to 150ºC on average
Preheat temperature=140ºC to 150ºC,60sec ~ 90sec
Temperature fluctuation= 225ºC to 250ºC, about 30sec
Decent speed=2~6ºC/sec, to 183ºC, about 15sec
Total time= about 300sec
4.2.3 Electrostatic protection
ATGM332D-5N series module is one kind of electric sensitive elements. Regular electrostatic contact will cause the unexpected damage of module. Except standard ESD protection requirements, those following points should be followed:
The first position of module should always be PCB GND unless PCB GND has been connected to ground. Connect GND to ground first before signal lines. Do not touch charging capacity when contacting RF circuit, also please get away from devise and equipment which could generate static electricity such as dielectric antenna, coaxial cable and electric soldering iron, etc. Don't not touch medium exposed part of antenna to prevent RFIN from charge discharge. As for the exposed antenna, add ESD protection circuit. Please use non electrostatic gun when welding connectors connected with RFIN and antenna. 5.1 Module label
ATGM332D-5N module label includes some important product information, the label content format is as follows:
5.2 Rules of model designation
Take ATGM332D-5N-31-0 for instance, explanation is as follows:
|Product code |
Name of product
|ATGM332D||12mmX16mm series module|
|5N||Navigation module AT6558 hardware platform|
Hardware function name
|31||Hardware Version=1 hardware type with GPS+BDS function|
Software function name
|0||Standard software function version|
|General order model||Product|
|ATGM332D-5N-11-0||12X16 size, AT6558 chip, navigation module, single GPS positioning, 16.369 Crystal oscillator, standard output|
|ATGM332D -5N-21-0||12X16 size, AT6558 chip, navigation module, single BDS positioning, 16.369 Crystal oscillator, standard output|
|ATGM332D -5N-31-0||12X16 size, AT6558 chip, navigation module, GPS+BDS positioning, 16.369 Crystal oscillator, standard output|
|ATGM332D -5N-51-0||12X16 size, AT6558 chip, navigation module, GPS+GLONASS positioning, 16.369 Crystal oscillator, standard output|
|ATGM332D -5N-71-0||12X16 size, AT6558 chip, navigation module, GPS+BDS+GLONASS positioning, 16.369 Crystal oscillator, standard output|
We provide software function customized orders for Chinese clients.
As for specific cooperation and product orders, please contact the sales representative.
1. AGNSS solution
2. CASIC multi-mode satellite navigation receiver protocol specification
3. ATGM module online upgrade agreement
4. AT6558 chip data manual
5. GNSSToolKitLite tool instructions