build me a project
Budget: $30 – $250 CAD
The motor speed can be controlled manually by the user using a potentiometer at a
specific temperature; if the user does not give any particular rate, the motor speed is
controlled based on the temperature.
2. A temperature sensor will be used to detect the temperature.
3. Pulse Width Modulator and 555 timers will control the speed of the motor.
4. The direction of the motor changes when the temperature rises above the value given by
the user, which will let airflow in the opposite direction.
5. The Motor direction is reversed using an H-bridge.
6. Additional components required are wires, switches, a potentiometer, a transistor, a
resistor, a breadboard, and a DC power supply
specific temperature; if the user does not give any particular rate, the motor speed is
controlled based on the temperature.
2. A temperature sensor will be used to detect the temperature.
3. Pulse Width Modulator and 555 timers will control the speed of the motor.
4. The direction of the motor changes when the temperature rises above the value given by
the user, which will let airflow in the opposite direction.
5. The Motor direction is reversed using an H-bridge.
6. Additional components required are wires, switches, a potentiometer, a transistor, a
resistor, a breadboard, and a DC power supply
Related categories:
Engineering
Electronics
Matlab and Mathematica
Microcontroller
Electrical Engineering