Arduino Step by Step: Getting Started

سرفصل های دوره

The original comprehensive course designed for new Arduino Makers

1 - Introduction to the course

1 - What is this course about

2 - Parts you will need

2 - list of parts.zip

3 - Tools you will need

3 - list of tools.zip

4 - How to get the most out of this course

4 - course repository on github.zip

5 - Update 2022 brief

2 - Know your Arduino

1 - End of section quiz.html

6 - Introduction to this section

7 - The Arduino Uno over the years

8 - Getting to know the Arduino Uno Atmega328P USB Shields

9 - Getting to know the Arduino Uno Pins power clock

9 - learn about communications protocols.zip

9 - recommended power supplies for the arduino uno.zip

10 - Using the digital output pins

11 - Using the digital input pins

11 - learn about floating pins.zip

11 - learn about pullup and pulldown resistors.zip

12 - Using the analog output pins

12 - learn about pwm.zip

13 - Using the analog input pins

3 - Introduction to communications

2 - End of section quiz.html

14 - Introduction to this section

15 - Serial UART communications

15 - arduino uno product page.zip

15 - learn about software serial.zip

15 - learn about uart.zip

16 - I2C TWI communications

16 - answer to brain stretcher.zip

16 - arduino uno product page.zip

16 - i2c on wikipedia.zip

16 - learn about the communications bus.zip

17 - SPI communications

17 - full and half duplex communications.zip

4 - Arduino boards

3 - End of section quiz.html

18 - Introduction to this section

19 - Arduinos past and present

20 - Classic Arduinos

21 - Meet some members of the Arduino family

21 - arduino uno product page.zip

22 - Introducing the Arduino Mega 2560

22 - arduino mega 2560 product page.zip

23 - Introducing the Arduino Due

23 - arduino due product page.zip

23 - learn about digital to analog converters.zip

24 - Introducing the Arduino Zero

24 - arduino zero product page.zip

25 - Introducing the Arduino 101

25 - arduino 101 product page.zip

26 - Introducing the Arduino Pro Mini

26 - arduino pro mini.zip

27 - Introducing Arduinocompatible boards

27 - digispark pro.zip

27 - esp2866.zip

27 - freetronics leostick.zip

27 - nodemcu.zip

27 - particle electron.zip

28 - Modern Arduinos

29 - Arduino MKR

30 - Arduino Nano

31 - Kits

31 - arduino explore iot kit best for intermediatelevel students.zip

31 - arduino student kit.zip

31 - dfrobot beginner kit for arduino.zip

31 - seeed arduino sensor kit.zip

32 - Arduino Student Kit

33 - Arduino Explore IoT Kit

34 - Seeed Studio Arduino Sensor kit

35 - DFRobot Beginner Kit for Arduino

5 - Prototyping basics

4 - End of section quiz.html

36 - Introduction to this section

37 - Using the breadboard

38 - Using jumper wires

39 - The absolutely essential tools

40 - Powering your Arduino with power supplies

41 - Using the multimeter to measure voltage

41 - learn about multimeters.zip

42 - Using the multimeter to measure current

42 - conventional flow of electricity.zip

42 - learn about the ammeter.zip

43 - The multimeter Resistance and continuity

44 - The Arduino Student Kit multimeter

45 - Introduction to soldering the soldering iron

45 - learn about solder.zip

46 - Soldering preparation and using holders

47 - Soldering using wire cutters and fume extractor

48 - Soldering Simple maintenance tips for your solder iron

49 - A demonstration of soldering a header onto a breakout board

49 - learn about soldering tools and techniques.zip

50 - An introduction to protoboards

6 - The Arduino IDE

5 - End of section quiz.html

51 - Introduction to this section

52 - Arduino IDE 18

53 - Arduino IDE 20

54 - An introduction to the Arduino IDE

55 - Getting and installing the Arduino IDE

56 - The Arduino IDE Understanding the Preferences pane

57 - The Arduino IDE Understanding the Menu items

58 - How to upload a sketch to your Arduino

59 - How to upload a sketch to your Arduino For Windows users

59 - learn more about serialread.zip

7 - Arduino programming

6 - End of section quiz.html

60 - Introduction to this section

61 - An introduction to Arduino programming

62 - Understand the basic parts of an Arduino sketch

62 - learn about millis.zip

62 - learn about the setup function.zip

63 - Getting started with custom functions

64 - Creating custom functions and the return keyword

65 - Using variables

66 - Understanding variable scope

67 - Understanding constants

68 - Introduction to control structures The if statement

68 - learn about the incrementdecrement operators.zip

68 - more about if.zip

68 - more about ifelse.zip

69 - Introduction to control structures The while statement

69 - more about while.zip

70 - Introduction to control structures The For statement

70 - more about for.zip

71 - Introduction to control structures The Switch statement

71 - arduino language reference.zip

71 - more about switchcase.zip

72 - Digital output how to control an LED

72 - learn about delay.zip

72 - learn about digitalwrite.zip

72 - learn about pinmode.zip

73 - Digital input how to read the state of a button

73 - learn about relational operators.zip

73 - learn more about pull updown resistors.zip

74 - Analog input how to read the state of a potentiometer

74 - learn about analogread.zip

74 - learn about the potentiometer.zip

75 - Analog output how to create a fading LED

75 - learn about analogwrite.zip

75 - learn about map.zip

75 - learn about pwm.zip

76 - Introduction to the RGB color LED

76 - learn about the rgb led.zip

77 - Wiring the RGB LED

77 - learn about define.zip

77 - sketch on github.zip

77 - the constants defined in the arduino language.zip

78 - RGB LED creating colors

78 - sketch on github.zip

79 - Using a library to control an RGB LED with PWM

79 - ala home on github.zip

79 - learn about analogwrite.zip

79 - learn more about classes.zip

80 - Learning more with the Arduino language documentation

80 - arduino language reference.zip

8 - Arduino programming Arrays

81 - Introduction to this section

82 - Introduction to Arrays

83 - Arrays Example 1

84 - Arrays Example 2

85 - Arrays Example 3

86 - Arrays Example 4

9 - Measuring light and color

7 - End of section quiz.html

87 - Introduction to this section

88 - 0400-photoresistor.zip

88 - 0400-photoresistor-partial.zip

88 - What is a photoresistor and how to wire it

88 - voltage divider.zip

89 - 0400-photoresistor.zip

89 - 0400-photoresistor-partial.zip

89 - How to select the appropriate fixed resistor for a photoresistor

89 - more about the photoresistor.zip

89 - voltage divider.zip

89 - voltage divider calculator.zip

90 - 0410-uv-light-sensor.zip

90 - Using the UltraViolet light sensor

90 - analog uv light sensor product page.zip

90 - sketch on github.zip

90 - ultraviolet light.zip

90 - uv index scale.zip

90 - uv index world record.zip

91 - An introduction to the RGB Color sensor

91 - rgb sensor datasheet.zip

92 - 0420-TCS34725-4.pdf

92 - Wiring the RGB Color sensor

92 - sketch on github.zip

93 - 0420-tcs34725-with-rgb-led.zip

93 - Mini project copy a color to an RGB LED using an RGB Color sensor

93 - learn about gamma correction.zip

93 - sketch on github.zip

10 - Measuring temperature humidity and pressure

94 - Introduction to environment sensors

95 - 0430-dht22.zip

95 - Using a DHT22 sensor to measure temperature and humidity

95 - dht22 datasheet.zip

95 - dht22 library on github.zip

95 - heat index.zip

95 - learn more about rh and ah.zip

95 - pull updown resistors.zip

95 - sketch on github.zip

96 - An introduction to the Thermistor

96 - learn about the thermistor.zip

97 - 0440-thermistor-3v3.zip

97 - 0440-thermistor-5v.zip

97 - Wiring the Thermistor

97 - linear equation calculator.zip

97 - sketch on github.zip

98 - How to calculate the temperature from the thermistor resistance

99 - Thermistor getting a temperature using a library

99 - sketch on github.zip

99 - the github repository for the thermistor library.zip

100 - Thermistor improving the accuracy of analog readings with AREF

101 - An introduction to measuring temperature with the TMP36

101 - learn about the linear equation.zip

101 - tmp353637 datasheet.zip

102 - 0450-tmp36-temperature-sensor-3v3.zip

102 - 0450-tmp36-temperature-sensor-5v.zip

102 - Wiring the TMP36 and a demonstration sketch

102 - sketch on github.zip

103 - 0450-tmp36-temperature-sensor-3v3.zip

103 - 0450-tmp36-temperature-sensor-5v.zip

103 - An alternate wiring of the TMP36

104 - An introduction to the MCP9808 for very accurate temperature readings

104 - mcp9808 datasheet.zip

104 - mcp9808 library on github.zip

105 - 0460-temperature-mcp9808.zip

105 - MCP9808 Wiring

106 - Using the MCP9808 demo and sketch walkthrough

106 - sketch on github.zip

107 - MCP9808 A closer look at I2C addressing

107 - binary to hexadecimal converter.zip

107 - i2c scanner on github.zip

108 - An introduction to measuring barometric pressure with the BMP180

108 - bmp180 datasheet.zip

109 - Wiring the BMP180 and first sketch walkthrough

110 - A first demo sketch for the BMP180

110 - bmp180 library on github.zip

110 - learn about memory pointers.zip

110 - learn about oversampling.zip

110 - learn about pressure measurements.zip

110 - sketch on github.zip

111 - A second demo sketch for the BMP180

111 - bpm085 and bpm180 library of github.zip

111 - sketch on github.zip

11 - Detecting acceleration

9 - End of section quiz.html

112 - Introduction to detecting acceleration

113 - 0520-adxl335-accelerometer-1.zip

113 - 0520-adxl335-accelerometer-2.zip

113 - Introduction to detecting acceleration with the ADXL335

113 - adxl335 datasheet.zip

113 - learn about the voltage regulator.zip

114 - 0520-adxl335-accelerometer-1.zip

114 - 0520-adxl335-accelerometer-2.zip

114 - Wiring the ADXL335

114 - sketch 1 on github.zip

115 - 0520-adxl335-accelerometer-1.zip

115 - 0520-adxl335-accelerometer-2.zip

115 - Plugging the ADXL335 directly in the Arduino and detect its orientation

115 - sketch 1 on github.zip

116 - 0520-adxl335-accelerometer-1.zip

116 - 0520-adxl335-accelerometer-2.zip

116 - Write the sketch for detecting orientation with the ADXL335

116 - sketch 2 on github.zip

12 - Detecting objects with the infrared motion sensor

10 - End of section quiz.html

117 - Introduction to this section

118 - Introduction to the Passive infraRed PIR motion sensor

118 - hcsr501 datasheet.zip

118 - learn about absolute zero.zip

118 - pir sensor on wikipedia.zip

119 - 0500-infrared-sensor.zip

119 - 0500-infrared-sensor-with-arduino.zip

119 - A simple PIR experiment with an LED

120 - A demonstration of using the PIR sensor with the Arduino

120 - sketch1 on github.zip

120 - sketch2 on github.zip

121 - PIR sensor first demonstration sketch walkthrough

121 - sketch1 on github.zip

122 - PIR sensor second demonstration sketch walkthrough

122 - sketch 2 on github.zip

13 - Sensing distance

11 - End of section quiz.html

123 - Introduction to sensing distance

124 - Introduction to the ultrasonic distance sensor

124 - learn about the ultrasonic transducer.zip

124 - learn about ultrasounds.zip

124 - ultrasonic sensor datasheet.zip

125 - 0510-ultrasonic-sensor-hc-sr04.zip

125 - Wiring and understanding Trigger and Echo

125 - learn more about the oscilloscope.zip

126 - How to calculate distance

126 - learn about pulsein.zip

126 - sketch on github.zip

14 - Sensing sound

12 - End of section quiz.html

127 - Introduction to sensing sound

128 - Introduction to the analog sound sensor

128 - learn about signal processing.zip

129 - 0560-analog-microphone.zip

129 - A demonstration and sketch of the analog sound sensor

129 - learn about loudness.zip

129 - more about audio signal processing.zip

129 - sketch on github.zip

130 - 0560-digital-sound-sensor.zip

130 - A demonstration and sketch of the digital sound sensor

130 - sketch on github.zip

15 - Making noise with a buzzer

13 - End of section quiz.html

131 - Introduction to this section

132 - Introduction to the buzzer

133 - Playing music

134 - Control the sound volume

16 - The Liquid Crystal Display

14 - End of section quiz.html

135 - Introduction to this section

136 - Introduction to the LCD

137 - 0700-lcd.zip

137 - 0700-lcd-character-screen-dht22.zip

137 - 0700-lcd-with-sensor.zip

137 - LCD wiring in 4bit parallel mode

138 - LCD demonstration sketch

138 - sketch on github.zip

139 - Display sensor data in the LCD

139 - sketch on github.zip

140 - Connect LCD using the I2C adaptor

140 - sketch on github.zip

141 - Using the RGB LCD and buttons shield

141 - mcp23017 datasheet.zip

17 - Video Responses

142 - Why use 3 resistors for the RGB LED vs just one resistor on the cathode

18 - Conclusion and Bonus Lecture

143 - Recap what you have learned and whats next.html

144 - Bonus Lecture.html

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