on video Don't throw away your 12V car fan DC motor

 Don't throw away your 12V car fan DC motor

  i will show you how to use your 12v 22 amp dc motor to use as a high speed drone motor. This is how it will be a great recovery DIY. So please don't throw away your car blower motor.

A MOSFET transistor is controlled by applying a positive voltage to its gate. When this voltage exceeds a certain value, it becomes conductive (between drain and source) and allows current to flow. Between drain and source, the transistor behaves almost like a wire. When the gate voltage is zero, the transistor is an open switch.

 Don't throw away your 12V car fan DC motor

  i will show you how to use your 12v 22 amp dc motor to use as a high speed drone motor. This is how it will be a great recovery DIY. So please don't throw away your car blower motor.

A MOSFET transistor is controlled by applying a positive voltage to its gate. When this voltage exceeds a certain value, it becomes conductive (between drain and source) and allows current to flow. Between drain and source, the transistor behaves almost like a wire. When the gate voltage is zero, the transistor is an open switch.