Difference between revisions of "Sensor-IO Split"
From Microduino Wiki
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The product number of Sensor-IO Split is: '''MSDE21''' | The product number of Sensor-IO Split is: '''MSDE21''' | ||
− | Sensor-IO-split can split a 4PIN interface into 2. | + | Sensor-IO-split can split a 4PIN interface into 2. This gives access to the second GPIO on the standard sensor / trinket header. |
==Introduction of Pins== | ==Introduction of Pins== | ||
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[[File: Microduino-IO-split_rule1.jpg|600px|center]] | [[File: Microduino-IO-split_rule1.jpg|600px|center]] | ||
− | After connect the '''IN interface''' to one interface of | + | After connect the '''IN interface''' to one interface of Sensor Hub, the extended “A port” is corresponding to the “even pins” of Sensor Hub, and the “B interface” is corresponding to the “odd pins” of Sensor Hub. |
For example, connecting to the 6/7 pin of Hub, the corresponding pin of A is 6/7, and the corresponding pin of B is 7. | For example, connecting to the 6/7 pin of Hub, the corresponding pin of A is 6/7, and the corresponding pin of B is 7. | ||
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==Application== | ==Application== | ||
− | It can be used to divide the two IO signals of one 4PIN port in | + | It can be used to divide the two IO signals of one 4PIN port in Sensor Hub into two 4PIN ports. |
Revision as of 23:46, 30 March 2017
Language: | English • 中文 |
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Sensor-IO-split can split a 4PIN interface into 2. This gives access to the second GPIO on the standard sensor / trinket header. Introduction of Pins
After connect the IN interface to one interface of Sensor Hub, the extended “A port” is corresponding to the “even pins” of Sensor Hub, and the “B interface” is corresponding to the “odd pins” of Sensor Hub. For example, connecting to the 6/7 pin of Hub, the corresponding pin of A is 6/7, and the corresponding pin of B is 7. Document
ApplicationIt can be used to divide the two IO signals of one 4PIN port in Sensor Hub into two 4PIN ports.
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