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种子名称： [Tutorialsplanet.NET] Udemy - Arduino Step by Step Getting Started
文件类型： 视频
文件数目： 142个文件
文件大小： 14.89 GB
收录时间： 2023-7-21 15:47
已经下载： 3次
资源热度： 95
最近下载： 2024-5-5 07:46

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[Tutorialsplanet.NET] Udemy - Arduino Step by Step Getting Started.torrent

1 - Introduction to the course/1 - What is this course about.mp4122.57MB

1 - Introduction to the course/2 - Parts you will need.mp4239.66MB

1 - Introduction to the course/3 - Tools you will need.mp4162.91MB

1 - Introduction to the course/4 - How to get the most out of this course.mp463.8MB

1 - Introduction to the course/5 - Update 2022 brief.mp455.2MB

10 - Measuring temperature humidity and pressure/100 - Thermistor improving the accuracy of analog readings with AREF.mp493.07MB

10 - Measuring temperature humidity and pressure/101 - An introduction to measuring temperature with the TMP36.mp471.2MB

10 - Measuring temperature humidity and pressure/102 - Wiring the TMP36 and a demonstration sketch.mp4129.64MB

10 - Measuring temperature humidity and pressure/103 - An alternate wiring of the TMP36.mp4111.46MB

10 - Measuring temperature humidity and pressure/104 - An introduction to the MCP9808 for very accurate temperature readings.mp482.77MB

10 - Measuring temperature humidity and pressure/105 - MCP9808 Wiring.mp441.17MB

10 - Measuring temperature humidity and pressure/106 - Using the MCP9808 demo and sketch walkthrough.mp423.41MB

10 - Measuring temperature humidity and pressure/107 - MCP9808 A closer look at I2C addressing.mp441.15MB

10 - Measuring temperature humidity and pressure/108 - An introduction to measuring barometric pressure with the BMP180.mp436.86MB

10 - Measuring temperature humidity and pressure/109 - Wiring the BMP180 and first sketch walkthrough.mp4108.34MB

10 - Measuring temperature humidity and pressure/110 - A first demo sketch for the BMP180.mp443.69MB

10 - Measuring temperature humidity and pressure/111 - A second demo sketch for the BMP180.mp448.06MB

10 - Measuring temperature humidity and pressure/94 - Introduction to environment sensors.mp412.2MB

10 - Measuring temperature humidity and pressure/95 - Using a DHT22 sensor to measure temperature and humidity.mp4191.81MB

10 - Measuring temperature humidity and pressure/96 - An introduction to the Thermistor.mp498.49MB

10 - Measuring temperature humidity and pressure/97 - Wiring the Thermistor.mp483.85MB

10 - Measuring temperature humidity and pressure/98 - How to calculate the temperature from the thermistor resistance.mp478.09MB

10 - Measuring temperature humidity and pressure/99 - Thermistor getting a temperature using a library.mp437.15MB

11 - Detecting acceleration/112 - Introduction to detecting acceleration.mp412.24MB

11 - Detecting acceleration/113 - Introduction to detecting acceleration with the ADXL335.mp466.67MB

11 - Detecting acceleration/114 - Wiring the ADXL335.mp4153.51MB

11 - Detecting acceleration/115 - Plugging the ADXL335 directly in the Arduino and detect its orientation.mp494.75MB

11 - Detecting acceleration/116 - Write the sketch for detecting orientation with the ADXL335.mp4110.53MB

12 - Detecting objects with the infrared motion sensor/117 - Introduction to this section.mp49.73MB

12 - Detecting objects with the infrared motion sensor/118 - Introduction to the Passive infraRed PIR motion sensor.mp466.65MB

12 - Detecting objects with the infrared motion sensor/119 - A simple PIR experiment with an LED.mp4219.28MB

12 - Detecting objects with the infrared motion sensor/120 - A demonstration of using the PIR sensor with the Arduino.mp489.4MB

12 - Detecting objects with the infrared motion sensor/121 - PIR sensor first demonstration sketch walkthrough.mp417.62MB

12 - Detecting objects with the infrared motion sensor/122 - PIR sensor second demonstration sketch walkthrough.mp434.53MB

13 - Sensing distance/123 - Introduction to sensing distance.mp417.79MB

13 - Sensing distance/124 - Introduction to the ultrasonic distance sensor.mp489.43MB

13 - Sensing distance/125 - Wiring and understanding Trigger and Echo.mp4281.77MB

13 - Sensing distance/126 - How to calculate distance.mp4150.91MB

14 - Sensing sound/127 - Introduction to sensing sound.mp46.98MB

14 - Sensing sound/128 - Introduction to the analog sound sensor.mp4190.97MB

14 - Sensing sound/129 - A demonstration and sketch of the analog sound sensor.mp4172.95MB

14 - Sensing sound/130 - A demonstration and sketch of the digital sound sensor.mp4153.46MB

15 - Making noise with a buzzer/131 - Introduction to this section.mp410.16MB

15 - Making noise with a buzzer/132 - Introduction to the buzzer.mp4197.57MB

15 - Making noise with a buzzer/133 - Playing music.mp443.51MB

15 - Making noise with a buzzer/134 - Control the sound volume.mp4109.59MB

16 - The Liquid Crystal Display/135 - Introduction to this section.mp410.85MB

16 - The Liquid Crystal Display/136 - Introduction to the LCD.mp469.36MB

16 - The Liquid Crystal Display/137 - LCD wiring in 4bit parallel mode.mp4294.11MB

16 - The Liquid Crystal Display/138 - LCD demonstration sketch.mp4223.57MB

16 - The Liquid Crystal Display/139 - Display sensor data in the LCD.mp4150.93MB

16 - The Liquid Crystal Display/140 - Connect LCD using the I2C adaptor.mp4254.71MB

16 - The Liquid Crystal Display/141 - Using the RGB LCD and buttons shield.mp4229.88MB

17 - Video Responses/142 - Why use 3 resistors for the RGB LED vs just one resistor on the cathode.mp428.72MB

2 - Know your Arduino/10 - Using the digital output pins.mp4168.67MB

2 - Know your Arduino/11 - Using the digital input pins.mp4117.87MB

2 - Know your Arduino/12 - Using the analog output pins.mp499.4MB

2 - Know your Arduino/13 - Using the analog input pins.mp491.78MB

2 - Know your Arduino/6 - Introduction to this section.mp413.75MB

2 - Know your Arduino/7 - The Arduino Uno over the years.mp4286.37MB

2 - Know your Arduino/8 - Getting to know the Arduino Uno Atmega328P USB Shields.mp4266.97MB

2 - Know your Arduino/9 - Getting to know the Arduino Uno Pins power clock.mp4224.08MB

3 - Introduction to communications/14 - Introduction to this section.mp417.25MB

3 - Introduction to communications/15 - Serial UART communications.mp4188.84MB

3 - Introduction to communications/16 - I²C TWI communications.mp4139.42MB

3 - Introduction to communications/17 - SPI communications.mp4139.73MB

4 - Arduino boards/18 - Introduction to this section.mp421.59MB

4 - Arduino boards/19 - Arduinos past and present.mp4269.49MB

4 - Arduino boards/20 - Classic Arduinos.mp413.88MB

4 - Arduino boards/21 - Meet some members of the Arduino family.mp474.51MB

4 - Arduino boards/22 - Introducing the Arduino Mega 2560.mp460.39MB

4 - Arduino boards/23 - Introducing the Arduino Due.mp472.94MB

4 - Arduino boards/24 - Introducing the Arduino Zero.mp465.11MB

4 - Arduino boards/25 - Introducing the Arduino 101.mp443.61MB

4 - Arduino boards/26 - Introducing the Arduino Pro Mini.mp485.28MB

4 - Arduino boards/27 - Introducing Arduinocompatible boards.mp4256.52MB

4 - Arduino boards/28 - Modern Arduinos.mp4114.08MB

4 - Arduino boards/29 - Arduino MKR.mp464.56MB

4 - Arduino boards/30 - Arduino Nano.mp462.9MB

4 - Arduino boards/31 - Kits.mp428.44MB

4 - Arduino boards/32 - Arduino Student Kit.mp4115.02MB

4 - Arduino boards/33 - Arduino Explore IoT Kit.mp4175.65MB

4 - Arduino boards/34 - Seeed Studio Arduino Sensor kit.mp4111.38MB

4 - Arduino boards/35 - DFRobot Beginner Kit for Arduino.mp4187.11MB

5 - Prototyping basics/36 - Introduction to this section.mp410.91MB

5 - Prototyping basics/37 - Using the breadboard.mp4349.63MB

5 - Prototyping basics/38 - Using jumper wires.mp4184.46MB

5 - Prototyping basics/39 - The absolutely essential tools.mp4157.75MB

5 - Prototyping basics/40 - Powering your Arduino with power supplies.mp491.92MB

5 - Prototyping basics/41 - Using the multimeter to measure voltage.mp4105.93MB

5 - Prototyping basics/42 - Using the multimeter to measure current.mp4115.13MB

5 - Prototyping basics/43 - The multimeter Resistance and continuity.mp489.61MB

5 - Prototyping basics/44 - The Arduino Student Kit multimeter.mp4509.3MB

5 - Prototyping basics/45 - Introduction to soldering the soldering iron.mp4229.44MB

5 - Prototyping basics/46 - Soldering preparation and using holders.mp4126.05MB

5 - Prototyping basics/47 - Soldering using wire cutters and fume extractor.mp454.94MB

5 - Prototyping basics/48 - Soldering Simple maintenance tips for your solder iron.mp470.15MB

5 - Prototyping basics/49 - A demonstration of soldering a header onto a breakout board.mp4328.44MB

5 - Prototyping basics/50 - An introduction to protoboards.mp4443.65MB

6 - The Arduino IDE/51 - Introduction to this section.mp415.96MB

6 - The Arduino IDE/52 - Arduino IDE 18.mp459.5MB

6 - The Arduino IDE/53 - Arduino IDE 20.mp4124.47MB

6 - The Arduino IDE/54 - An introduction to the Arduino IDE.mp466.03MB

6 - The Arduino IDE/55 - Getting and installing the Arduino IDE.mp474.75MB

6 - The Arduino IDE/56 - The Arduino IDE Understanding the Preferences pane.mp470.69MB

6 - The Arduino IDE/57 - The Arduino IDE Understanding the Menu items.mp463.26MB

6 - The Arduino IDE/58 - How to upload a sketch to your Arduino.mp458.76MB

6 - The Arduino IDE/59 - How to upload a sketch to your Arduino For Windows users.mp438.69MB

7 - Arduino programming/60 - Introduction to this section.mp421.65MB

7 - Arduino programming/61 - An introduction to Arduino programming.mp413.96MB

7 - Arduino programming/62 - Understand the basic parts of an Arduino sketch.mp442.14MB

7 - Arduino programming/63 - Getting started with custom functions.mp428.16MB

7 - Arduino programming/64 - Creating custom functions and the return keyword.mp414.37MB

7 - Arduino programming/65 - Using variables.mp460.4MB

7 - Arduino programming/66 - Understanding variable scope.mp444.19MB

7 - Arduino programming/67 - Understanding constants.mp424.91MB

7 - Arduino programming/68 - Introduction to control structures The if statement.mp434.75MB

7 - Arduino programming/69 - Introduction to control structures The while statement.mp421.31MB

7 - Arduino programming/70 - Introduction to control structures The For statement.mp430.68MB

7 - Arduino programming/71 - Introduction to control structures The Switch statement.mp425.23MB

7 - Arduino programming/72 - Digital output how to control an LED.mp4156.79MB

7 - Arduino programming/73 - Digital input how to read the state of a button.mp4128.82MB

7 - Arduino programming/74 - Analog input how to read the state of a potentiometer.mp4107.36MB

7 - Arduino programming/75 - Analog output how to create a fading LED.mp4144.51MB

7 - Arduino programming/76 - Introduction to the RGB color LED.mp4130.94MB

7 - Arduino programming/77 - Wiring the RGB LED.mp4148.69MB

7 - Arduino programming/78 - RGB LED creating colors.mp418.85MB

7 - Arduino programming/79 - Using a library to control an RGB LED with PWM.mp491.67MB

7 - Arduino programming/80 - Learning more with the Arduino language documentation.mp437.41MB

8 - Arduino programming Arrays/81 - Introduction to this section.mp415.06MB

8 - Arduino programming Arrays/82 - Introduction to Arrays.mp436.53MB

8 - Arduino programming Arrays/83 - Arrays Example 1.mp492.14MB

8 - Arduino programming Arrays/84 - Arrays Example 2.mp4121.57MB

8 - Arduino programming Arrays/85 - Arrays Example 3.mp454.6MB

8 - Arduino programming Arrays/86 - Arrays Example 4.mp454.77MB

9 - Measuring light and color/87 - Introduction to this section.mp416.15MB

9 - Measuring light and color/88 - What is a photoresistor and how to wire it.mp4258.32MB

9 - Measuring light and color/89 - How to select the appropriate fixed resistor for a photoresistor.mp4143.01MB

9 - Measuring light and color/90 - Using the UltraViolet light sensor.mp4160.55MB

9 - Measuring light and color/91 - An introduction to the RGB Color sensor.mp449.02MB

9 - Measuring light and color/92 - Wiring the RGB Color sensor.mp4173.86MB

9 - Measuring light and color/93 - Mini project copy a color to an RGB LED using an RGB Color sensor.mp4187.12MB