Difference between revisions of "Microduino GPS recorder-306KIT"
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Project：Microduino GPS Recorder | Project：Microduino GPS Recorder | ||
| − | + | Objective：Adopt the Microduino GPS module to acquire the geographic information and store it into Microduino-SD. | |
Difficulty：Elementary | Difficulty：Elementary | ||
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==Bill of Materials== | ==Bill of Materials== | ||
*Microduino module：（MICRODUINO 203KIT） | *Microduino module：（MICRODUINO 203KIT） | ||
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|Microduino-Core+||1||Core module | |Microduino-Core+||1||Core module | ||
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| − | |Microduino-FT232R ||1|| | + | |Microduino-FT232R ||1||Program download |
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| − | |Microduino-NEO-6M||1|| | + | |Microduino-NEO-6M||1||GPS module |
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| − | |Microduino-SD||1|| | + | |Microduino-SD||1||Information storage |
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| − | |Microduino-OLED||1||Display | + | |Microduino-OLED||1||Information Display |
|} | |} | ||
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==Document== | ==Document== | ||
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==Debug== | ==Debug== | ||
| − | Step | + | Step 1：Build the hardware |
| − | Stack all the modules | + | Stack all the modules. Just put the GPS antenna outside, or it can not receive the signal. |
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| − | Step 2：Download program | + | Step 2：Download the program |
| − | If | + | If wanting to keep the default jumper (RX0、TX1), you need to unplug the Microduino NEO-6M during the download； |
| − | Step | + | Step 3：Debug |
| − | Find an open area to | + | Find an open area to debug for better signal. |
| − | The current status of the module can be judged by the PPS indicator: lighting, indicates that the module has started to work, but hasn't achieved position | + | The current status of the module can be judged by the PPS indicator: lighting, indicates that the module has started to work, but hasn't achieved position information. Flashing (100ms off, 900ms on), means that the module has been successfully positioned. |
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==Result== | ==Result== | ||
| − | + | You can see the parameters after acquiring the positioning information and you can also record the data into the memory card. | |
*Walking speed | *Walking speed | ||
*Latitude and longitude | *Latitude and longitude | ||
| − | *Signal | + | *Signal intensity |
| − | *The number of | + | *The number of satellites |
*Altitude | *Altitude | ||
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==Note== | ==Note== | ||
| − | *Before download the program, please make sure the jumper connection firstly，detailed information refer | + | *Before download the program, please make sure the jumper connection firstly，detailed information refer to：[[Microduino-GPS]] |
*Debugging need in the open area. | *Debugging need in the open area. | ||
==Video== | ==Video== | ||
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|} | |} | ||
Latest revision as of 10:13, 26 July 2016
| Language: | English • 中文 |
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OutlineProject：Microduino GPS Recorder Objective：Adopt the Microduino GPS module to acquire the geographic information and store it into Microduino-SD. Difficulty：Elementary Time-consuming：2 hours Maker：Microduino Studio-YLB | ||||||||||||||||||
Bill of Materials
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Document | ||||||||||||||||||
DebugStep 1：Build the hardware Stack all the modules. Just put the GPS antenna outside, or it can not receive the signal. | ||||||||||||||||||
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Step 2：Download the program If wanting to keep the default jumper (RX0、TX1), you need to unplug the Microduino NEO-6M during the download； Step 3：Debug Find an open area to debug for better signal. The current status of the module can be judged by the PPS indicator: lighting, indicates that the module has started to work, but hasn't achieved position information. Flashing (100ms off, 900ms on), means that the module has been successfully positioned. | ||||||||||||||||||
ResultYou can see the parameters after acquiring the positioning information and you can also record the data into the memory card.
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Note
Video |
