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Arduino. 65 practical projects - John Boxall

Index: KSZ-02061

" The first time I've seen a man who's been in the world Publisher: Helion. The book is a collection of 65 exemplary projects of varying difficulty scale that can be created on Arduino modules.

Arduino. 65 practical projects - John Boxall
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Manufacturer: Helion
Compatibility: Arduino

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Product description: Arduino. 65 practical projects - John Boxall

Arduino is a module on which any electronic circuit can be built. And thanks to simple operation and rich documentation it is becoming more and more popular.

This book is a collection of 65 examples of projects of varying difficulty that can be created on the Arduino platform. The simplest of them, such as building a wave of flashing LEDs, allow you to get to know the Arduino environment. The more difficult ones show how to make devices that can be useful in everyday life, for example a digital thermometer or an electronic dice.

After reading this book you will know how to build:

  • battery tester
  • GPS receiver
  • digital thermometer
  • Stopwatch
  • RFID reader
  • and many more!

In our offer there are used in the book:Arduino sets,BluetoothandGPSsystems,temperature sensorsandRFID readers.

Sample projects used in the book are available fordownload.

Table of contents

Thanks (17)

1. introduction (19)

  • Unlimited possibilities (20)
  • Popularity (24)
  • Parts and accessories (24)
  • Required software (25)
    • Mac OS X (25)
    • Windows XP and newer (29)
    • Ubuntu Linux 9.04 and higher (33)
  • Safety (36)
  • What's next? (36)

2. a first look at the Arduino board and the IDE environment (37)

  • Arduino tile (37)
  • Introduction of the IDE (42)
    • Command area (43)
    • Text area (44)
    • Message area (44)
  • Creating a first sketch in an IDE environment (45)
    • Comments (45)
    • Setup function() (46)
    • Control of equipment (46)
    • Loop() function (47)
    • Verification of the sketch (49)
    • Sending and starting a sketch (50)
    • Sketch modification (50)
  • What's next? (50)

3 First steps (51)

  • Project planning (52)
  • A few words about electricity (53)
    • Intensity (53)
    • Voltage (53)
    • Power (53)
  • Electronic components (53)
    • Resistor (54)
    • LED (57)
    • Multi-purpose tile (58)
  • Project No. 1: creating a wave of flashing LEDs (61)
    • Algorithm (61)
    • Equipment (61)
    • Sketch (61)
    • Diagram (62)
    • Sketch activation (63)
  • Use of variables (64)
  • Project No. 2: repetition of instructions by means of a loop for (65)
  • Change LED brightness by pulse width modulation (66)
  • Project No 3: example of the application of the PWM method (67)
  • Additional electronic components (68)
    • Transistor (68)
    • Straightening diode (69)
    • Relay (70)
  • Circuits powered by higher voltage (71)
  • What's next? (72)

4. circuit components (73)

  • Application of circuit diagrams (74)
    • Identification of components (75)
    • Connections in the circuit diagram (77)
    • Analysis of a sample scheme (77)
  • Capacitor (78)
    • Capacity measurement of capacitor (78)
    • Reading capacitor values (79)
    • Capacitor types (79)
  • Digital input (80)
  • Project No 4: example of the use of digital input (82)
    • Algorithm (82)
    • Equipment (83)
    • Circuit diagram (83)
    • Sketch (87)
    • Sketch modification (87)
    • Explanation of the sketch (87)
    • Creating constants using the expression #define (88)
    • Digital Pin State Reading (88)
    • Decision-making by the expression if (88)
    • Additional decision making by means of the expression if-then-else (89)
  • Logical variables (90)
    • Comparison operators (90)
    • Combining multiple comparison operations (91)
  • Project No. 5: Traffic control (92)
    • Objective (92)
    • Algorithm (93)
    • Equipment (93)
    • Diagram (93)
    • Sketch (94)
    • Sketch activation (97)
  • Analogue versus digital signals (98)
  • Project No. 6: battery tester (99)
    • Objective (99)
    • Algorithm (99)
    • Equipment (100)
    • Diagram (100)
    • Sketch (100)
  • Arithmetic operations in the Arduino system (102)
    • Float variables (102)
    • Number comparison operators (103)
  • Improving the precision of analogue signal measurements with reference voltage (103)
    • Use of external reference voltage (103)
    • Application of the internal reference voltage (104)
  • Adjustable resistor (105)
  • Piezoelectric buzzers (106)
    • Diagram of piezo element (107)
  • Project No 7: practical use of the piezo buzzer (107)
  • Project No. 8: construction of a high-speed thermometer (108)
    • Objective (109)
    • Equipment (109)
    • Diagram (110)
    • Sketch (110)
    • Sketch improvement (112)
  • What's next? (112)

5. working with functions (113)

  • Project No 9: creation of a function that repeats a specific action (114)
  • Project No. 10: Creating a function to set the number of diode switching cycles (115)
  • Creating a value return function (116)
  • Project No. 11: construction of a high-speed thermometer with flashing LEDs (117)
    • Equipment (117)
    • Diagram (118)
    • Sketch (118)
  • Displaying data received from the Arduino board in the serial port monitor window (120)
    • Serial port monitor (120)
  • Project 12: Temperature display in the serial port monitor window (122)
    • Diagnosis of systems using the serial port monitor (123)
  • Decision-making by means of the expression while (124)
    • Do-while construction (125)
  • Sending data from the serial port monitor to the Arduino system (125)
  • Project No 13: multiplying the number by two (126)
  • Variables of the long type (127)
  • Project No 14: use of long type variables (128)
  • What's next? (129)

6 Numbers, variables and arithmetic operations (131)

  • Random number generation (132)
    • Generation of random numbers based on free pin voltage (132)
  • Project No 15: Creating an electronic dice (134)
    • Equipment (134)
    • Diagram (134)
    • Sketch (134)
    • Modification of the sketch (137)
  • A short introduction to the world of binary numbers (137)
    • Byte type variables (137)
  • Increasing the number of available digital pins using shifting registers (138)
  • Project No. 16: creating a binary number display consisting of LEDs (140)
    • Equipment (140)
    • Transfer Registry merging 74HC595 (140)
    • Sketch (142)
  • Project No. 17: implementation of a binary quiz (143)
    • Algorithm (143)
    • Sketch (143)
  • Tables (146)
    • Definition of table (146)
    • Reference to values in table (147)
    • Saving and reading data stored in tables (147)
  • Seven-segment LED displays (148)
    • LED display control (150)
  • Project No. 18: creating a single-digit display (151)
    • Equipment (151)
    • Diagram (151)
    • Sketch (151)
    • Two-digit display (153)
  • Project No. 19: control of two seven-segment LED display modules (154)
    • Equipment (154)
    • Diagram (154)
    • Modulo (155)
  • Project No 20: construction of a digital thermometer (156)
    • Equipment (157)
    • Sketch (157)
  • LED matrix display modules (158)
    • LED matrix display circuit diagram (159)
    • Circuit-breaking (161)
  • Bitumen arithmetic (161)
    • Bitstream operator (162)
    • Bitstream alternative operator (162)
    • Bit Excluding Alternative Operator (163)
    • Bit negation operator (163)
    • Bit shift left and right operators (163)
  • Project No. 21: Creating an LED matrix display (164)
  • Project No. 22: displaying images on an LED matrix display (165)
  • Project No. 23: Displaying the image on an LED matrix display (167)
  • Project No. 24: presentation of animation on an LED matrix display (169)
    • Sketch (169)
  • What's next? (170)

7 Liquid crystal displays (171)

  • LCD Character modules (172)
    • LCD character module support in sketch (173)
    • Text display (174)
    • Display of variables and numbers (175)
  • Project No. 25: Definition of non-standard characters (176)
  • Graphic LCD modules (178)
    • Combination of graphic LCD module (179)
    • Using the LCD module (179)
    • Display control (180)
  • Project No. 26: text-based functions in practice (180)
    • Creating complex visual effects (181)
  • Project No. 27: construction of a high-speed thermometer with displayed history (183)
    • Algorithm (183)
    • Equipment (183)
    • Sketch (184)
    • Result (185)
    • Modifying a sketch (186)
  • What's next? (186)

8. extending the capabilities of the Arduino platform (187)

  • Modules (188)
  • ProtoShield prototype plate (190)
  • Project No. 28: creating a custom module with eight LEDs (191)
    • Equipment (192)
    • Diagram (192)
    • ProtoShield prototype plate layout (192)
    • Project (193)
    • Soldering of components (194)
    • Modification of a non-standard module (195)
  • Expanding sketches with libraries (196)
    • Importing libraries for modules (196)
  • MicroSD memory cards (201)
    • Testing the microSD card (201)
  • Project No. 29: saving data on a memory card (202)
  • Project No 30: construction of a temperature recorder (205)
    • Equipment (205)
    • Sketch (205)
  • Application execution time management with millis() and micros() (208)
  • Project No 31: construction of a stopwatch (210)
    • Equipment (210)
    • Circuit diagram (210)
    • Sketch (210)
  • Interruptions (213)
    • Break modes (213)
    • Interruption configuration (214)
    • Activation and deactivation of interruptions (214)
  • Project No 32: use of interruptions (214)
    • Sketch (214)
  • What's next? (216)

9. numeric keypads (217)

  • Use of numeric keypad (217)
    • Numeric keypad switching (218)
    • Programming of numeric keypad operation (219)
    • Sketch testing (220)
  • Decision making with switch-case design (220)
  • Project No. 33: creating a numeric keypad-controlled lock (221)
    • Sketch (221)
    • Sketch operation (223)
    • Sketch testing (223)
  • What's next? (224)

10. read user input via touchscreens (225)

  • Touchscreens (226)
    • Touchscreen connection (226)
  • Project 34: Addressing areas on the touch screen (227)
    • Equipment (227)
    • Sketch (227)
    • Sketch testing (229)
    • Mapping of the touch points of the screen (229)
  • Project no. 35: construction of a two-state touch switch (230)
    • Sketch (231)
    • Sketch operation (232)
    • Sketch testing (233)
  • Project No. 36: construction of a touch switch divided into three areas (233)
    • Touch screen map (233)
    • Sketch (234)
    • Sketch operation (235)
  • What's next? (236)

11. the Arduino product family (237)

  • Project No. 37: construction of Arduino's own platform on a universal board (238)
    • Equipment (238)
    • Circuit diagram (241)
    • Activation of the test sketch (244)
  • Rich Arduino tiles family (247)
    • Arduino Uno tile (249)
    • Freetronics Eleven board (249)
    • Freeduino tile (250)
    • Boarduino plate (250)
    • Arduino Nano tile (251)
    • Arduino LilyPad (251)
    • Arduino Mega 2560 (252)
    • Freetronics EtherMega board (253)
    • Arduino Due (253)
  • What's next? (254)

12 Engines and motion (255)

  • Operation of equipment with executive motors (256)
    • Executive motor selection (256)
    • Executive engine coupling (257)
    • Starting the executive motor (257)
  • Project No 38: construction of an analogue thermometer (259)
    • Equipment (259)
    • Diagram (259)
    • Sketch (260)
  • Use of electric motors (261)
    • Darlington Transistor TIP120 (262)
  • Project No. 39: motor control (262)
    • Equipment (262)
    • Diagram (263)
    • Sketch (264)
  • Project 40: construction and control of a tracked robot (265)
    • Equipment (265)
    • Diagram (267)
    • Sketch (270)
  • Collision detection (272)
  • Project No. 41: robot collision detection with a microswitch (272)
    • Diagram (273)
    • Sketch (273)
  • Infrared distance sensors (276)
    • Circuit-breaking (276)
    • Infrared distance sensor testing (276)
  • Project No. 42: robot collision detection with infrared distance sensor (279)
  • Ultrasonic distance sensors (281)
    • Connecting the ultrasonic sensor (282)
    • Use of ultrasonic sensor (282)
    • Ultrasonic distance sensor testing (282)
  • Project No. 43: robot collision detection with ultrasonic distance sensor (284)
    • Sketch (284)
  • What's next? (287)

13. use of GPS on the Arduino platform (289)

  • What is GPS? (290)
  • Testing the GPS module (291)
  • Project No. 44: construction of a simple GPS receiver (293)
    • Equipment (293)
    • Sketch (294)
    • LCD position display (295)
  • Project No 45: construction of a precision clock using GPS (296)
    • Equipment (296)
    • Sketch (296)
  • Project No. 46: recording the moving position of an object in time (298)
    • Equipment (298)
    • Sketch (298)
    • Display of registered locations on the map (300)
  • What's next? (302)

14. wireless data transmission (303)

  • Using low-cost wireless communication modules (304)
  • Project No. 47: remote, wireless control (305)
    • Equipment comprising the transmitter circuit (305)
    • Transmitter diagram (306)
    • Equipment making up the receiver circuit (306)
    • Diagram of the receiver (306)
    • Sketch of the transmitter (308)
    • Sketch of the receiver (309)
  • XBee wireless data modules - longer range and faster transmission (310)
  • Project No 48: data transmission via XBee modules (312)
    • Sketch (312)
    • Configure your computer to receive data (313)
  • Project 49: construction of a remote-controlled thermometer (314)
    • Equipment (314)
    • Equipment layout (315)
    • Sketch (315)
    • Operation of the device (317)
  • What's next? (317)

15 Infrared remote control (319)

  • What is infrared? (319)
  • Preparation for infrared use (320)
    • Infrared receiver (320)
    • Pilot (321)
    • Test sketch (321)
    • System testing (322)
  • Project No. 50: Arduino infrared remote control system (323)
    • Equipment (323)
    • Sketch (323)
    • Sketch extension (325)
  • Project No. 51: construction of a remote-controlled robot (325)
    • Equipment (325)
    • Sketch (326)
  • What's next? (328)

16. reading of RFID tags (329)

  • Internal design of RFID devices (330)
  • Equipment testing (331)
    • Diagram (331)
    • Scheme testing (331)
  • Project No. 52: construction of a simple access control system based on RFID technology (333)
    • Sketch (333)
    • Sketch operation (335)
  • Saving data to the built-in Arduino EEPROM (336)
    • Reading and storing data in EEPROM (337)
  • Project No 53: construction of an RFID access control system with "last action" memory (338)
    • Sketch (338)
    • Sketch operation (341)
  • What's next? (341)

17. data magistrals (343)

  • I2C bus (344)
  • Project No 54: use of external EEPROM (346)
    • Equipment (346)
    • Diagram (346)
    • Sketch (347)
    • Result (349)
  • Project No 55: use of port expander system (350)
    • Equipment (350)
    • Diagram (350)
    • Sketch (352)
  • SPI bus (353)
    • Pin blending (353)
    • Implementation of SPI bus service (354)
    • Sending data to SPI device (355)
  • Project No. 56: use of digital adjustable resistor (356)
    • Equipment (356)
    • Diagram (357)
    • Sketch (357)
  • What's next? (359)

18 Real time clocks (361)

  • Combination of RTC module (362)
  • Project No. 57: displaying date and time based on a real time clock (362)
    • Equipment (363)
    • Sketch (363)
    • Sketch operation (365)
  • Project No 58: creating a simple digital clock (367)
    • Equipment (368)
    • Sketch (368)
    • Sketch operation and generated results (371)
  • Project No 59: construction of a working time control system based on RFID technology (371)
    • Equipment (372)
    • Sketch (373)
    • Sketch operation (377)
  • What's next? (377)

19. Internet (379)

  • What do we need? (379)
  • Project No. 60: construction of remote monitoring station (381)
    • Equipment (381)
    • Sketch (381)
    • Problem solving (384)
    • Sketch operation (385)
  • Project No 61: Arduino quarters (386)
    • Equipment (386)
    • Sketch (386)
  • Control of the Arduino system via the website (388)
  • Project No. 62: configuration of Teleduino service and remote control of Arduino system (389)
    • Equipment (389)
    • Sketch (389)
    • Arduino remote control (391)
  • What's next? (392)

20. communication in the mobile phone network (393)

  • Equipment (394)
    • Power module preparation (395)
    • Setting up and testing equipment (396)
    • Change of operating frequency (398)
  • Project No. 63: construction of the Arduino caller (400)
    • Equipment (400)
    • Diagram (401)
    • Sketch (401)
    • Sketch operation (402)
  • Project No 64: construction of the Arduino system for sending SMS (403)
    • Sketch (403)
    • Sketch operation (404)
  • Project No. 65: SMS-controlled system configuration (405)
    • Equipment (405)
    • Diagram (405)
    • Sketch (405)
    • Sketch operation (408)
  • What's next? (408)

Scorch (411)

Book - Author John Boxall
Book - ISBN 978-83-246-7999-7
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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