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Using Electronic Sensors in Arduino

36 CQ
9 Lessons
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  • Playing
    4 CQ
    6. Measuring with an Accelerometer
    A lesson with Dr Peter Dalmaris
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    What does an accelerometer measure? You got it: acceleration! Learn how to use a common 3-axis accelerometer—the ADXL335—to measure an object's acceleration.

    What does an accelerometer measure? You got it: acceleration! Learn how to use a common 3-axis accelerometer—the ADXL335—to measure an object's acceleration.

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    2 CQ
    7. Infrared Line Sensors
    A lesson with Dr Peter Dalmaris
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    How does a robot know how to follow a line? What produces the line on heart-rate monitors? Learn about and how to use an infrared line sensor in this lesson.

    How does a robot know how to follow a line? What produces the line on heart-rate monitors? Learn about and how to use an infrared line sensor in this lesson.

  • Playing
    5 CQ
    8. Tilt and Impact Sensors
    A lesson with Dr Peter Dalmaris
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    Wouldn't it be nice if your water bottle closed during a fall? Find out how tilt and impact sensors work in this electrical engineering lesson.

    Wouldn't it be nice if your water bottle closed during a fall? Find out how tilt and impact sensors work in this electrical engineering lesson.

  • Playing
    5 CQ
    9. Measuring Distance with Proximity Sensor
    A lesson with Dr Peter Dalmaris
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    Ultrasonic sensors are used in robotic toys, automatic doors, rear car cameras, and smartphones. Apply the functions of distance sensors to your Arduino setup.

    Ultrasonic sensors are used in robotic toys, automatic doors, rear car cameras, and smartphones. Apply the functions of distance sensors to your Arduino setup.