On the diagram of the Arduino UNO board, there is a P-channel MOSFET transistor (P-MOSFET) whose interpretation of the operation is often subject to errors on the internet. This video gives a detailed explanation of how this transistor works and the entire power circuit of the Arduino UNO.
In this video we will continue our discovery of the Arduino and our self-training. In this new assembly, I present the electrical diagram to control a DC motor and for this we will need new components which will be the MOSFET transistor and the freewheel diode.
Editing time (excluding encoding and upload):
Production material:
►Adobe Creative Cloud
►Camtasia Studio
►Sony RX100M2 (2014/08)
►Blue Yeti (2016/06) | PSA1 Studio arm | BLUE THE RADIUS II
►I7 920@2.66 (2010/01) | 22GB RAM | ASUS TURBO GTX1060 6GB | P6T DeluxeV2 | Samsung SSD 850 Evo 500GB | Samsung SSD 850 Evo 1TB | Prolite XB2783HSU | Prolite XB2783HSU
►Logitech G402 Hyperion Fury (2018/07)
On the diagram of the Arduino UNO board, there is a P-channel MOSFET transistor (P-MOSFET) whose interpretation of the operation is often subject to errors on the internet. This video gives a detailed explanation of how this transistor works and the entire power circuit of the Arduino UNO.
In this video we will continue our discovery of the Arduino and our self-training. In this new assembly, I present the electrical diagram to control a DC motor and for this we will need new components which will be the MOSFET transistor and the freewheel diode.
Editing time (excluding encoding and upload):
Production material:
►Adobe Creative Cloud
►Camtasia Studio
►Sony RX100M2 (2014/08)
►Blue Yeti (2016/06) | PSA1 Studio arm | BLUE THE RADIUS II
►I7 920@2.66 (2010/01) | 22GB RAM | ASUS TURBO GTX1060 6GB | P6T DeluxeV2 | Samsung SSD 850 Evo 500GB | Samsung SSD 850 Evo 1TB | Prolite XB2783HSU | Prolite XB2783HSU
►Logitech G402 Hyperion Fury (2018/07)
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