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Sensors for beginners. Explore the world around you with electronics, Arduino and Raspberry Pi - Kimmo Karvinen

Sensors for beginners. Get to know the world around you with the help of electronics, Arduino and Raspberry Pi - Kimmo Karvinen

Index: KSZ-03379
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Translation: Krzysztof Brauner. Publisher: Helion. The book shows how to use Arduino and Raspberry Pi to operate available sensors and create electronic circuits.

Sensors for beginners. Get to know the world around you with the help of electronics, Arduino and...
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Manufacturer: Helion
Compatibility: Arduino Raspberry Pi

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Description

The rapid development of amateur electronics can be attributed to the emergence of drivers such as Arduino and Raspberry Pi. By combining them with various sensors, it is possible to create very useful electronic devices that enable reading of physical phenomena occurring in the surrounding environment.

The book presents 20 different ideas for using such sensors as light, temperature, distance and many others. During reading the reader will learn how to read and react to data sent by the sensors. He will learn how to build sensor systems using Arduino microcontroller. At the end, he will learn about building projects based on Linux operating system, which cooperates with popular Raspberry Pi mini-computer.

Thanks to the information contained in this book you will learn how:

  • use the temperature sensor
  • react to changes in lighting
  • use a FlexiForce sensor
  • to create an even more advanced electronic circuit

Examples of projects availableon the Internet. Fragment of a book toread on-line.

Table of contents

Introduction (7)

1 Sensors (11)

  • Project 1: Measurement of light intensity with a photoresistor (13)
    • Elements (13)
    • Construction (14)
    • Analysis: photoresistors (15)
    • Direct sensor control (16)
    • What's next? (16)

2 Basic sensors (19)

  • Design 2. simple switch (19)
    • Elements (20)
    • Construction (20)
    • Problem solving (21)
    • The LED requires the connection of a resistor (22)
  • Design 3: Buzzer volume control (22)
    • Elements (23)
    • Construction (23)
    • Problem solving (24)
  • Project 4 Hall effect (24)
    • Elements (24)
    • Construction (25)
    • Problem solving (26)
  • Project 5 St John's Worm (26)
    • Integrated circuits (26)
    • Timetable 555 (27)
    • LED is on when it is bright (28)
    • Light in the dark (29)
    • Elements (29)
    • Construction (30)
    • Transistors (30)
    • Amplifier with common emitter (31)
    • LED brightness control (32)
    • Flashing LED using 555 (33)
    • Capacitors (35)
    • St. John's Worm (36)
    • Problem solving (37)
    • What's next? (37)

3 Sensors and Arduino (39)

  • Design 6. monostable push button and pull-up resistor (40)
    • Elements (40)
    • Construction (41)
    • Activate code (41)
  • Project 7: Detection of objects by means of an infrared proximity sensor (45)
    • Elements (46)
    • Construction (47)
    • Activate code (47)
  • Project 8: Rotation measurement using a potentiometer (48)
    • Elements (50)
    • Construction (50)
    • Activate code (50)
  • Project 9: Measurement of light intensity with a photoresistor (51)
    • Elements (52)
    • Construction (52)
    • Activate code (53)
  • Design 10 - Pressure measurement with FlexiForce sensor (53)
    • Elements (54)
    • Construction (54)
    • Activate code (56)
  • Design 11. temperature measurement - LM35 sensor (57)
    • Elements (57)
    • Construction (57)
    • Activate code (58)
  • Design 12: Distance measurement with ultrasonic sensor HC-SR04 (60)
    • Elements (60)
    • Construction (60)
    • Activate code (61)
  • Summary (63)

4 Sensors and Raspberry Pi (65)

  • Project 13. monostable button (66)
    • Elements (66)
    • Construction (67)
    • Activate code (68)
    • Problem solving (69)
  • Welcome to the world of Python (70)
  • Design 14. flashing LED (70)
    • Elements (71)
    • Construction (71)
    • Activate code (71)
  • Design 15. adjustable infrared sensor (74)
    • Elements (74)
    • Design of adjustable infrared sensor (74)
    • Activate code (75)
    • Voltage divider (76)
  • Analogue resistance sensors (77)
  • Project 16: Rotation measurement using a potentiometer (77)
    • Elements (78)
    • Construction (78)
    • Install the SpiDev library (79)
    • Permit use of SPI without root privileges (79)
    • Activate code (80)
    • Continuous reading (80)
    • Why does the potentiometer have three leads? (81)
  • Project 17. Photoresistor (82)
    • Elements (82)
    • Construction (82)
    • Activate code (82)
    • Playing with numbers (83)
  • Design 18 FlexiForce sensor (84)
    • Elements (84)
    • Construction (84)
    • Activate code (85)
  • Design 19: Temperature measurement using LM35 sensor (85)
    • Elements (85)
    • Construction (86)
    • Activate code (86)
  • Design 20. Ultrasonic distance sensor (88)
    • Elements (88)
    • Construction (89)
    • Activate code (89)
    • Fast or real time? (91)

A Ways of solving problems (93)

B Setting up the Arduino IDE (95)

C Setting up Raspberry Pi (199)

D List of items (115)

Sorrow (121)

Book - Author Kimmo Karvinen, Tero Karvinen
Book - ISBN 978-83-283-0365-2
Book - Binding miękka
Book - Publisher Helion
Package width 0.001 cm
Package height 0.001 cm
Package depth 0.001 cm
Package weight 0.001 kg
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