Arduino UNO (A000066)is equipped with an Atmega328 microcontroller, a USB interface, 6 analog pins, and 14 digital pins. It supports communication protocols such as SPI, serial, and I2C. In this article, we will explore the Arduino UNO in detail, including its pinout, features, simulation, datasheet, and programming environment (IDE). The development of the Arduino Uno began in 2003 at the Interaction Design Institute Ivrea (IDII) in Italy. Professors and students felt the need for an affordable and easy-to-use microcontroller board for developing embedded prototypes. Later in 2005, David Cuartielles, Tom Igoe, Massimo Banzi, and Gianluca Martino started working on designing a new microcontroller board named “Arduino.†The main goals of this project were: â— Plug and play board. (Driver installation required) â— Easy to program. â— Useful for all beginners as well as advanced users. â— Affordable. â— Compact Design Timeline     Developments in Arduino UNO 2005 IDII presented the first Arduino microcontroller board. 2008 A new feature was introduced in the Arduino board which is automatic power switching between the USB and the external power. 2010 In the Arduino series, Arduino UNO was introduced and it became the front-runner in the Arduino ecosystem. 2011 Numerous boards and the Arduino Mega were introduced in the Arduino ecosystem to elaborate the product's designs. 2012 Arduino uno R3 was introduced in the Arduino series, which developed its shield compatibility and added I2C pins to it. 2015 Ardunio. cc and Arduino .org lead to parallel entities, so the Arduino community faces a rive. 2017 The two parallel entities or the split community of Arduino get back together and reunite their Arduino organization. 2018 In the Arduino series, Arduino WiFi Rev2 was launched and added more features i.e. WiFi capabilities. 2020 More numerous and with more advanced features were launched by Arduino or expanded their boards in the IoT space. Arduino Uno is an open-source microcontroller board, based on Atmega328p, and is used for designing different electronics projects. Arduino Uno is a single-board microcontroller with numerous easy-to-use features so it is widely used by engineering students, designers, hobbyists and beginners. This single-board microcontroller consists of analog inputs, communication capabilities, and 14 digital pins, so it can be suitably used in numerous applications like robotics, sensor networks, IoT, and more. The main aspects and features of the developed Arduino Uno are given there: Names of parameter       Ranges and values of parameters Microcontroller ATmega328P Input voltage 7-12 V Power jack on the board Barrel jack connector for the power supply externally Clock speed 16 MHz Operating voltage 5V USB connection For the power supply and programming, a type B USB interface is used. Digits pins I/O A total of 14 pins are used (6 are used for PWM output) DC per pin 20 mA Analog pins 6 Communication interfaces Serial I2C SPI Flash memory 32 KB SRAM 2 KB EEPROM 1 KB The heart of Arduino UNO is ATmega328P, an 8-bit microcontroller developed by Microchip (Atmel). It is essential to understand the features and specifications for launching/developing different efficient applications. Download the Arduino UNO datasheet by clicking the below button: Download Arduino UNO Datasheet Electric Pellet Grill pellet grill,outdoor pellet grill,camping pellet grill ,Electric Pellet Grill gftop , https://www.gftopgrill.com
History of Arduino UNO:
Developments in Arduino UNO over time:
Arduino UNO Features:
Arduino UNO Datasheet:
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Arduino UNO: Pinout, Datasheet, Features, IDE and simulation
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