FreeCourseLab com Udemy - Tech Explorations™ Arduino Step by Step Getting Started

1. 1. Introduction to the course/1. What is this course about.mp418.58MB
2. 1. Introduction to the course/2. Tools you will need.mp486.64MB
3. 1. Introduction to the course/3. Parts you will need.mp4123.38MB
4. 1. Introduction to the course/4. How to get the most out of this course.mp434.61MB
5. 10. Detecting acceleration/1. Introduction.mp42.85MB
6. 10. Detecting acceleration/2. Introduction to detecting acceleration with the ADXL335..mp439.85MB
7. 10. Detecting acceleration/3. Wiring the ADXL335.mp484.4MB
8. 10. Detecting acceleration/4. Plugging the ADXL335 directly in the Arduino, and detect its orientation.mp454.19MB
9. 10. Detecting acceleration/5. Write the sketch for detecting orientation with the ADXL335.mp467.29MB
10. 11. Detecting objects with the infrared motion sensor/1. Introduction.mp42.85MB
11. 11. Detecting objects with the infrared motion sensor/2. Introduction to the Passive infra-Red (PIR) motion sensor.mp441.15MB
12. 11. Detecting objects with the infrared motion sensor/3. A simple PIR experiment with an LED.mp4117.47MB
13. 11. Detecting objects with the infrared motion sensor/4. A demonstration of using the PIR sensor with the Arduino.mp448.1MB
14. 11. Detecting objects with the infrared motion sensor/5. PIR sensor first demonstration sketch walkthrough.mp411.22MB
15. 11. Detecting objects with the infrared motion sensor/6. PIR sensor second demonstration sketch walkthrough.mp420.53MB
16. 12. Sensing distance/1. Introduction.mp45.05MB
17. 12. Sensing distance/2. Introduction to the ultrasonic distance sensor.mp452.4MB
18. 12. Sensing distance/3. Wiring and understanding Trigger and Echo.mp4143.17MB
19. 12. Sensing distance/4. How to calculate distance.mp474.05MB
20. 13. Sensing sound/1. Introduction.mp42.07MB
21. 13. Sensing sound/2. Introduction to the analog sound sensor.mp499.08MB
22. 13. Sensing sound/3. A demonstration and sketch of the analog sound sensor.mp444.05MB
23. 13. Sensing sound/4. A demonstration and sketch of the digital sound sensor.mp483.23MB
24. 14. Making noise with a buzzer/1. Introduction.mp42.36MB
25. 14. Making noise with a buzzer/2. Introduction to the buzzer.mp4104.28MB
26. 14. Making noise with a buzzer/3. Playing music.mp427.78MB
27. 14. Making noise with a buzzer/4. Control the sound volume.mp457.71MB
28. 15. The Liquid Crystal Display/1. Introduction.mp44.05MB
29. 15. The Liquid Crystal Display/2. Introduction to the LCD.mp438.83MB
30. 15. The Liquid Crystal Display/3. LCD wiring in 4-bit parallel mode.mp4156.44MB
31. 15. The Liquid Crystal Display/4. LCD demonstration sketch.mp424.82MB
32. 15. The Liquid Crystal Display/5. Display sensor data in the LCD.mp479.7MB
33. 15. The Liquid Crystal Display/6. Connect LCD using the I2C adaptor.mp4140.58MB
34. 15. The Liquid Crystal Display/7. Using the RGB LCD and buttons shield.mp4126.89MB
35. 16. Video Responses/1. Why use 3 resistors for the RGB LED, vs. just one resistor on the cathode.mp428.73MB
36. 2. Know your Arduino/1. Introduction.mp43.88MB
37. 2. Know your Arduino/2. Getting to know the Arduino Uno Atmega328P, USB, Shields.mp4142.86MB
38. 2. Know your Arduino/3. Getting to know the Arduino Uno Pins, power, clock.mp4116.78MB
39. 2. Know your Arduino/4. Using the digital output pins.mp483.93MB
40. 2. Know your Arduino/5. Using the digital input pins.mp454.52MB
41. 2. Know your Arduino/6. Using the analog output pins.mp447.84MB
42. 2. Know your Arduino/7. Using the analog input pins.mp443.07MB
43. 3. Introduction to communications/1. Introduction.mp44.93MB
44. 3. Introduction to communications/2. Serial (UART) communications.mp4100.18MB
45. 3. Introduction to communications/3. I²C (TWI) communications.mp474.05MB
46. 3. Introduction to communications/4. SPI communications.mp473.25MB
47. 4. Arduino boards/1. Introduction.mp44.1MB
48. 4. Arduino boards/2. Meet some members of the Arduino family.mp441.02MB
49. 4. Arduino boards/3. Introducing the Arduino Mega 2560.mp434.96MB
50. 4. Arduino boards/4. Introducing the Arduino Due.mp440MB
51. 4. Arduino boards/5. Introducing the Arduino Zero.mp436.4MB
52. 4. Arduino boards/6. Introducing the Arduino 101.mp423.86MB
53. 4. Arduino boards/7. Introducing the Arduino Pro Mini.mp445.07MB
54. 4. Arduino boards/8. Introducing Arduino-compatible boards.mp4136.79MB
55. 5. Prototyping basics/1. Introduction.mp42.77MB
56. 5. Prototyping basics/10. Soldering - preparation and using holders.mp466.79MB
57. 5. Prototyping basics/11. Soldering - using wire cutters and fume extractor.mp429.27MB
58. 5. Prototyping basics/12. Soldering - Simple maintenance tips for your solder iron.mp437.24MB
59. 5. Prototyping basics/13. A demonstration of soldering a header onto a breakout board.mp4171.68MB
60. 5. Prototyping basics/14. An introduction to protoboards.mp4245.98MB
61. 5. Prototyping basics/2. Using the breadboard.mp4188.6MB
62. 5. Prototyping basics/3. Using jumper wires.mp4100.41MB
63. 5. Prototyping basics/4. The absolutely essential tools.mp480.36MB
64. 5. Prototyping basics/5. Powering your Arduino with power supplies.mp449.37MB
65. 5. Prototyping basics/6. Using the multimeter to measure voltage.mp452.36MB
66. 5. Prototyping basics/7. Using the multimeter to measure current.mp432.37MB
67. 5. Prototyping basics/8. The multimeter - Resistance and continuity.mp443.18MB
68. 5. Prototyping basics/9. Introduction to soldering - the soldering iron.mp4122.38MB
69. 6. The Arduino IDE/1. Introduction.mp45.45MB
70. 6. The Arduino IDE/2. An introduction to the Arduino IDE.mp439.12MB
71. 6. The Arduino IDE/3. Getting and installing the Arduino IDE.mp412.85MB
72. 6. The Arduino IDE/4. The Arduino IDE - Understanding the Preferences pane.mp451.95MB
73. 6. The Arduino IDE/5. The Arduino IDE - Understanding the Menu items.mp441.29MB
74. 6. The Arduino IDE/6. How to upload a sketch to your Arduino.mp435.51MB
75. 6. The Arduino IDE/7. How to upload a sketch to your Arduino - For Windows users.mp423.97MB
76. 7. Introduction to Arduino programming/1. Introduction.mp45.38MB
77. 7. Introduction to Arduino programming/10. Introduction to control structures The while statement.mp411.91MB
78. 7. Introduction to Arduino programming/11. Introduction to control structures The For statement.mp415.88MB
79. 7. Introduction to Arduino programming/12. Introduction to control structures The Switch statement.mp413.55MB
80. 7. Introduction to Arduino programming/13. Digital output - how to control an LED.mp483.22MB
81. 7. Introduction to Arduino programming/14. Digital input - how to read the state of a button.mp471.85MB
82. 7. Introduction to Arduino programming/15. Analog input - how to read the state of a potentiometer.mp456.4MB
83. 7. Introduction to Arduino programming/16. Analog output - how to create a fading LED.mp476.94MB
84. 7. Introduction to Arduino programming/17. Introduction to the RGB (color) LED.mp466.02MB
85. 7. Introduction to Arduino programming/18. Wiring the RGB LED.mp481.57MB
86. 7. Introduction to Arduino programming/19. RGB LED creating colors.mp410.16MB
87. 7. Introduction to Arduino programming/2. An introduction to Arduino programming.mp411.48MB
88. 7. Introduction to Arduino programming/20. Using a library to control an RGB LED with PWM.mp456.28MB
89. 7. Introduction to Arduino programming/21. Learning more with the Arduino language documentation.mp422.86MB
90. 7. Introduction to Arduino programming/3. Understand the basic parts of an Arduino sketch.mp432.49MB
91. 7. Introduction to Arduino programming/4. Getting started with custom functions.mp428.17MB
92. 7. Introduction to Arduino programming/5. Creating custom functions and the return keyword.mp412.31MB
93. 7. Introduction to Arduino programming/6. Using variables.mp434.41MB
94. 7. Introduction to Arduino programming/7. Understanding variable scope.mp421.89MB
95. 7. Introduction to Arduino programming/8. Understanding constants.mp411.95MB
96. 7. Introduction to Arduino programming/9. Introduction to control structures The if statement.mp416.74MB
97. 8. Measuring light and color/1. Introduction.mp44.73MB
98. 8. Measuring light and color/2. What is a photoresistor and how to wire it.mp4138.26MB
99. 8. Measuring light and color/3. How to select the appropriate fixed resistor for a photoresistor.mp475.65MB
100. 8. Measuring light and color/4. Using the Ultra-Violet light sensor.mp486.78MB
101. 8. Measuring light and color/5. An introduction to the RGB Color sensor.mp427.97MB
102. 8. Measuring light and color/6. Wiring the RGB Color sensor.mp4101.85MB
103. 8. Measuring light and color/7. Mini project copy a color to an RGB LED using an RGB Color sensor.mp4101.34MB
104. 9. Measuring temperature, humidity and pressure/1. Introduction.mp45.19MB
105. 9. Measuring temperature, humidity and pressure/10. An alternate wiring of the TMP36.mp458.16MB
106. 9. Measuring temperature, humidity and pressure/11. An introduction to the MCP9808 for very accurate temperature readings.mp451.42MB
107. 9. Measuring temperature, humidity and pressure/12. MCP9808 Wiring.mp423.17MB
108. 9. Measuring temperature, humidity and pressure/13. Using the MCP9808, demo and sketch walkthrough.mp413.75MB
109. 9. Measuring temperature, humidity and pressure/14. MCP9808 A closer look at I2C addressing.mp424.68MB
110. 9. Measuring temperature, humidity and pressure/15. An introduction to measuring barometric pressure with the BMP180.mp422.28MB
111. 9. Measuring temperature, humidity and pressure/16. Wiring the BMP180 and first sketch walkthrough.mp458.98MB
112. 9. Measuring temperature, humidity and pressure/17. A first demo sketch for the BMP180.mp432.36MB
113. 9. Measuring temperature, humidity and pressure/18. A second demo sketch for the BMP180.mp429.81MB
114. 9. Measuring temperature, humidity and pressure/2. Using a DHT22 sensor to measure temperature and humidity.mp498.9MB
115. 9. Measuring temperature, humidity and pressure/3. An introduction to the Thermistor.mp452.1MB
116. 9. Measuring temperature, humidity and pressure/4. Wiring the Thermistor.mp446.36MB
117. 9. Measuring temperature, humidity and pressure/5. How to calculate the temperature from the thermistor resistance.mp439.86MB
118. 9. Measuring temperature, humidity and pressure/6. Thermistor getting a temperature using a library.mp421.99MB
119. 9. Measuring temperature, humidity and pressure/7. Thermistor improving the accuracy of analog readings with AREF.mp448.63MB
120. 9. Measuring temperature, humidity and pressure/8. An introduction to measuring temperature with the TMP36.mp441.95MB
121. 9. Measuring temperature, humidity and pressure/9. Wiring the TMP36 and a demonstration sketch.mp469.38MB