Arduino – Programming and Interfacing

完成本课程后，学员将能够：

(1) 了解Arduino UNO板的各种硬件特性。

(2) 了解用于软件开发的集成开发环境（IDE）软件的各种特性。

(3) 了解如何下载和使用Arduino IDE进行软件开发。

(4)了解Atmega 328微控制器的一些特性。

(5)了解Arduino程序的结构。

(6) 了解在编写Arduino程序时可以使用的各种功能。

(7) 了解LED、七段显示器、液晶显示器等输出设备的各种引脚的工作原理和功能。

(8) 了解Switch、Keypad Matrix、电位器、模数转换IC各引脚的工作原理和功能。

(9) 了解温度传感器(LM35)、温湿度传感器(DHT11)、光相关寄存器、触摸传感器、光传感器等各引脚的工作原理和功能。

(10) 演示LED、七段显示器、液晶显示器与Arduino UNO板的接口和编程。

(11) 演示开关、键盘矩阵和电位器与 Arduino UNO 板的接口和编程。

(12)了解Relay Board各个引脚的工作原理和作用。

(13) 演示继电器板与 Arduino UNO 板的接口和编程以控制高压设备。

(14) 演示温度传感器（LM35）、湿度和温度传感器（DHT11）、光相关寄存器、触摸传感器、光学传感器与 Arduino UNO 板的接口和编程。

MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 35 lectures (9h 54m) | Size: 7.25 GB

Arduino UNO based programming

What you’ll learn:
Working of input devices, output devices and sensors
Interfacing of input devices, output devices and sensors with Arduino
Programming of Arduino and Interfacing of input devices, output devices and sensors with Arduino

Requirements
Self interest to learn Arduino programming

Description
After completion of this course learners will be able to:

(1) Understand various hardware features of the Arduino UNO board.

(2) Understand various features of Integrated Development Environment (IDE) software used for the development of software.

(3) Understand how to download and use the Arduino IDE for the development of software.

(4) Understand some features of Atmega 328 microcontroller.

(5) Understand the structure of the Arduino program.

(6) Understand various functions that can be used while writing the Arduino program.

(7) Understand the working principle and function of various pins of output devices such as LED, Seven Segment Display, Liquid Crystal Display.

(8) Understand the working principle and function of various pins of Switch, Keypad Matrix, Potentiometer, and Analog to Digital Converter IC.

(9) Understand the working principle and function of various pins of Temperature Sensor (LM35), Humidity and Temperature Sensor (DHT11), Light Dependent Register, Touch Sensor, Optical Sensor, etc.

(10) Demonstrate the interfacing and programming of LED, Seven Segment Display, Liquid Crystal Display with Arduino UNO board.

(11) Demonstrate the interfacing and programming of Switch, Keypad Matrix, and Potentiometer with Arduino UNO board.

(12) Understand the working principle and function of various pins of the Relay Board.

(13) Demonstrate the interfacing and programming of Relay Board with Arduino UNO board to control high voltage devices.

(14) Demonstrate the interfacing and programming of Temperature Sensor (LM35), Humidity and Temperature Sensor (DHT11), Light Dependent Register, Touch Sensor, Optical Sensor with Arduino UNO board.

Who this course is for
Who are interested to interface input/output devices and sensors with Arduino and develop the software to get desired result