DIY - Do it Yourself | Microcontroller | Arduino

Controlling LED with a Push Button using Arduino  In this tutorial we will learn how to detect the state of a button, and then toggle the state of the LED based on the state of the button. Components Required: - 1 * Arduino UNO  - 1 * USB Cable  - 1 * Button  - 1 * LED  - 1 * 10kΩ Resistor  - 1 * 220Ω Resistor  - 1 * Breadboard  - Several jumpers wire Circuit Diagram:   Procedure: 1. Make the connections according to the circuit diagram. 2. Connect your Arduino UNO to PC. 3. Upload the code provided to the board using Arduino IDE. 4. Enjoy playing with LED.   Code: int ledpin=11;                                              //definition digital 11 pins as pin to control the LED int btnpin=2;                                              //Set the digital 2 to button interface volatile int state = LOW;                           // Defined output status LED Interface void setup() {   pinMode(ledpin,OUTPUT);                         //Set digital 11 port mode, the OUTPUT for the output  

Making an Active Buzzer Beep using Arduino UNO: To make an active buzzer beep using Arduino, we'll need to set up the circuit and program our board. Components Required: - 1 * Arduino UNO  - 1 * USB cable  - 1 * Active buzzer  - 1 * 1 kΩ Resistor  - 1 * NPN Transistor - 1 * Breadboard  - Several jumpers wire  Circuit Diagram: Procedure: 1. Make the connections according to the circuit diagram. 2. Connect your Arduino UNO to PC. 3. Upload the code provided to the board using Arduino IDE. 4. Enjoy using Active Buzzer. Code: int buzzerPin=8; //definition digital 8 pins //as pin to control the buzzer void setup() { pinMode(buzzerPin,OUTPUT); //Set digital 8 port mode, the } //OUTPUT for the output void loop() { digitalWrite(buzzerPin,HIGH); //Set PIN 8 feet as HIGH = 5 v

Making an LED Blink Using Arduino UNO: For making an LED Blink using Arduino, which is a very basic project a beginner can perform, We'll need some components and pre-requisite knowledge of using computer system. Components Required: - 1 * Arduino UNO  - 1 * USB Cable  - 1 * 220Ω Resistor  - 1 * LED  - 1 * Breadboard  - 2 * Jumper Wires  Circuit Diagram: Procedure: 1. Make connections according to the circuit diagram. 2. Connect Arduino UNO to PC. 3. Upload the code provided. 4. Enjoy. Code : i nt ledPin=8; //definition digital 8 pins as pin // to control the LED void setup() { pinMode(ledPin,OUTPUT); //Set the digital 8 port mode, // OUTPUT: Output mode } void loop() { digitalWrite(ledPin,HIGH); //HIGH is set to about 5V PIN8 delay(1000); //Set t

A rduino Arduino is a micro-controller device, it is also quoted as an open source electronic platform. It is used for converting some inputs to outputs using GPIO pins provided on the semiconductor motherboard. It is commonly used by hobbyists, electronic enthusiasts and small scale industries to control things like diodes, transistor and relays. It is also contributing to the field of IoT - Internet of Things. Here's an image of Arduino's most common board, Arduino UNO. It is widely used by people for simple automating tasks.  What Are Micro-Controllers ? Microcontrollers, as defined on Wikipedia, are a small  computer  on a single  metal-oxide-semiconductor  (MOS)  integrated circuit  (IC) chip. A microcontroller contains one or more  CPUs  ( processor cores ) along with  memory  and programmable  input/output  peripherals. These are compact and portable devices which can be used in simple automation tasks. They are used in automobiles, implantable surgical devices, toys, ho