Arduino Rotary Angle Sensor circuit in proteus

Arduino Rotary Angle Sensor circuit in proteus

In this article we will learn how to Interface Arduino Rotary Angle Sensor circuit in proteus.
In the last post we will learn how to Interface Arduino RGB Common Cathode LED circuit in proteus. You can visit our website,
I hope you appreciate my work, let’s discuss about today’s project.

Components:

1. Arduino (328)
2. Sensor (Rotary angle)
3. Servo motor
4. LCD display (Alphanumeric)
5. Resistors
6. LED
7. Push button
8. Jumper wires

Construction…

• Connect signal pin of Rotary sensor with D0 pin of Arduino
• Connect +ve terminal of Rotary sensor with +5V
• Connect –ve terminal of Rotary sensor with GND
• Connect signal pin of Servo motor with D9 pin of Arduino
• Connect one terminal of Servo motor with +ve
• Connect 2^nd terminal of Servo motor with GND
• Connect VSS, VEE, RW, D0, D1, D2, and D3 pins of LCD display with GND
• Connect VDD pin of LCD display with +ve
• Connect RS pin of LCD display with D7 pin of Arduino
• Connect E pin of LCD display with D6 pin of Arduino
• Connect D4 pin of LCD display with D5 pin of Arduino
• Connect D5 pin of LCD display with D4 pin of Arduino
• Connect D6 pin of LCD display with D3 pin of Arduino
• Connect D7 pin of LCD display with D2 pin of Arduino
• Connect VCC pin of Arduino with +5V
• Connect one side of resistor with +5V
• Connect 2^nd side of resistor with one side of push button and then connect them with Reset
• Connect 2^nd side of push button with –ve side of LED and then connect them with GND
• Connect +ve side of LED with one side of resistor
• Connect 2^nd side of resistor with D13 pin of Arduino

Working…

An Arduino rotary angle sensor circuit typically involves using a rotary potentiometer to measure the rotational position of a knob or shaft. This allows you to create projects where you can control variables like volume, brightness, or any other parameter that can be adjusted by turning a knob.

Applications…

1. Volume Control
2. Servo Motor Control
3. Lighting Control
4. Motor Speed Control
5. Game Controllers

Advantages…

1. Analog Input
2. Simplicity
3. Cost-Efficient
4. Real-Time Feedback
5. Widely Available