'Introduction to Arduino' book

With 53 chapters, detailed in English, the book will guide you step by step to familiarize yourself with the new concepts and procedures regarding the development of applications with Arduino. The book also gives you a variety of codes that can be easily used on this development board.

The detailed contents of the book can be viewed here:

1. Introduction to Arduino

    1.1. Hardware

    1.2. Software 

    1.3. How the Arduino works

2. Installing the Arduino board

3. Install the driver for the Arduino boards with the CH340 chip

4. The first program on Arduino

5. Breadboard

6. LEDs

7. RGB LEDs

8. Digital inputs

    8.1. LED that lights up when a button is pressed

    8.2. LED that switches when the button is pressed

9. Serial transmission and debugging techniques

    9.1. Introduction

    9.2. Reading and Writing data

10. PWM Technique

    10.1. Introduction

    10.2. Brightness control of an Arduino LED using PWM technique

    10.3. Color control of an RGB LED by PWM technique

11. Analog inputs

    11.1. Digital Analog Converter (ADC) 

    11.2. Read a potentiometer and display the value through the serial interface

    11.3. Control of the intensity of an LED by means of a potentiometer

12. Sound

    12.1. Introduction

    12.2. Production of Buzzer Sounds

    12.3. Frequency controlled buzzer with potentiometer

    12.4. Melody generated with the help of a buzzer

13. DC motors

    13.1. Introduction

    13.2. Transistor

    13.3. Self-Inductance

    13.4. H-Bridge

    13.5. Specialized drivers for DC motors

14. Joystick

15. Servomotors

16. Stepper motors

    16.1. Introduction

    16.2. Servomotors or Steppers

    16.3. Applications

    16.4. Specialized drivers for stepper motors

17. LCD displays

    17.1. Introduction

    17.2. Alphanumeric LCDs

18. Protocol I2C

19. The SPI protocol

20. Libraries in Arduino

21. Modules with inertial sensors

    21.1.The MPU6050 Module

    21.2. MPU9250 Module

22. Programming language Processing

23. SHARP sensor for distance measurement

24. LED Matrix

    24.1. MAX 7219 LED driver

25. DHT11 temperature and humidity sensor

26. TCS230 Color Sensor

    26.1. Introduction

    26.2. Way of operation

    26.3 Using the TCS230 sensor with Arduino

27. TTP223 capacitive sensor module

28. Nokia 5110 LCD Module

29. OLED module with SPI communication

30. HC-SR04 Ultrasonic Sensor

31. Module with PIR sensor HC-SR501

32. Module with U-shaped photoelectric sensor

33. Ethernet shield for the Arduino W5100

    33.1. Introduction

    33.2. Using the W5100 Ethernet Shield

    35.3. HTML language

34. MPR121 Capacitive Sensor Module

35. ESP-01 WiFi module

    35.1. Introduction

    35.2. Firmware

    35.3. Connection to the PC

    35.4. ESP-01 Commands

36. Digital Potentiometer X9C104

    36.1. Introduction

    36.2. Using the X9C104 Digital Potentiometer

37. WS2812 LED Bar

38. GY-NEO6MV2 GPS module

39. DS1207 Real-Time Clock Mode

40. The Module with Infrared Sensor

41. EEPROM module AT24C256

42. GSM SIM800L Module

43. DS18B20 temperature sensor

44. MQ-2 gas sensor

45. TP229 Capacitive Sensor Module

46. HC-05 Bluetooth Module

47. Radio Module nRF24L01

    47.1. Power

    47.2. Connecting to the Arduino board

48. The Module with Infrared Receiver for the Remote control

49. LCD Screen with Touchscreen

50. LCD with Touchscreen for Arduino Mega

51. Robot with Arduino

    51.1. Introduction

    51.2. Electronic Circuit

    51.3. Software Program

Appendix 1. Proper supply of circuits

    Linear voltage stabilizers

    Switching Sources

Appendix 2. Translators of logical levels

Appendix 3. USB-Serial Converters