This circuit is a transistor controlled motor with a remote.The remote control turns the power on .
The transistor will turn on the motor .The Code of the program will increase the speed of the motor and then decrease the motor speed until zero .Then the motor will turn off
Step 1: Electric Components Used in the Circuit
Materials used in the circuit are ;1 IR remote (Tinkercad)
1 IR remote receiver ( Tinkercad)
! transistor ;NPN ;
2 resistors 1k (brown ,black ,red)
1 hobby geared motor ( Tinkercad)
Step 2: How the Transistor Works .
The transistor used in the circuit is a NPN .
The transistor has 3 parts
They are ;an emitter ,base and collector .
The current flows from the collector to the base and then emitter .
The voltages are applied to the collector (5volts) an base (in this circuit a pulsed voltages form the arduino pin)
The transistor will run the motor .
Step 3: The Diode
The diode in this circuit protects the power supply from reverse voltage from the motor.
This shows the decreasing motor speed.
Step 5: The Arduino Code
Step 6: About the Circuit
This project show how you can use a transistor controlled circuit to drive a motor .
The remote will turn on the power .
The Arduino Code will increase the motor speed until maximum and them decrease the speed of the motor .
It was made on Tinkercad ,It was tested on Tinker cad and works
It was an interesting project for me
I hope it helps you understand transistors remotes and motors and how they can be used for circuits .
Step 7: The Decreasing Motor Speed
The remote was turn on and the motor is running(168 rpm)
Step 8: The Motor Is Decreasing Speed
Step 9: Conclusion
This project shows how a transistor controlled circuit (with remote and Arduino Code) can control the speed of a motor .
It was made on Tinkercad .It was tested and works .
I enjoyed this project .
Hope you understand transistor controlled motor circuits.
The link from Tinkercad you can try .You may have to sign in to Tinkercad to use it though.