This circuit incorporates a variety of components including an Arduino UNO microcontroller, pushbuttons, resistors, a DC motor, a seven-segment display, an L293D motor driver IC, and a 9V battery. The circuit is designed to interface with the Arduino UNO to control a DC motor and display information on a seven-segment display. The pushbuttons are used to provide input to the Arduino, which then processes these inputs to control the motor via the L293D driver. The resistors serve various purposes, including pull-up resistors for the pushbuttons and current-limiting resistors for the seven-segment display. The 9V battery powers the motor through the L293D motor driver.
5V
and GND
are used to power the seven-segment display and the L293D motor driverA0
to A2
and digital pins D2
to D13
are connected to the resistors and the L293D motor driver to control the seven-segment display and the DC motorD2
to D5
GND
D2
to D5
D10
to D13
and analog pins A0
to A2
A
to G
and DP
are connected to the Arduino through 180 Ohm resistorsCOM.1
and COM.2
are connected to 5V
Enable 1,2
is connected to Arduino's digital pin D9
Input 1
and Input 2
are connected to Arduino's digital pins D6
and D7
Output 1
and Output 2
are connected to the DC motorVcc1
is connected to Arduino's 5V
Vcc2
and GND
are connected to the 9V battery+
is connected to Vcc2
of the L293D motor driver-
is connected to GND
of the L293D motor drivervoid setup() {
// put your setup code here, to run once:
}
void loop() {
// put your main code here, to run repeatedly:
}
Note: The provided code is a template and does not contain any functional code to control the circuit components. It needs to be populated with the appropriate setup and loop code to interact with the connected hardware.