Infrared Toy Car Motor ControllerCircuit Based On The 4017IC
The Infrared Toy Car Motor Controller Circuit utilizes a 4017 Decade Counter IC, which is integral in controlling the operation of the toy car's motors based on infrared signals. The circuit is designed to interpret signals received from an infrared remote control, enabling the toy car to move forward, backward, or turn based on the commands sent from the remote.
The circuit typically includes an infrared receiver module connected to the input of the 4017 IC. When the infrared signals are detected, the 4017 IC counts the pulses and activates the output pins in sequence. Each output pin corresponds to a specific action for the toy car, such as moving forward or turning. The outputs of the 4017 are connected to motor driver circuits, which can handle the higher current requirements of the motors.
Additional components in the circuit may include resistors for current limiting, capacitors for noise filtering, and diodes for protection against back EMF generated by the motors. The design should ensure that the power supply is adequate for the motors, typically requiring a separate battery pack to prevent voltage drops that could affect the performance of the infrared receiver.
Overall, this circuit exemplifies a simple yet effective method to control a toy car's movements using infrared technology, leveraging the capabilities of the 4017 IC for sequential output control.The following circuit shows about Infrared Toy Car Motor Controller Circuit Diagram. This circuit based on the 4017IC. Features: operating at .. 🔗 External reference
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