Introduction: Setting Up the Circuit

Picture of Setting Up the Circuit

The following information is a single lesson in a larger project. Find more great projects here.

Return to Previous Lesson: Introduction

Lesson Overview:

Now we'll build our simple circuit!

Step 1: Connecting Power and Ground

Picture of Connecting Power and Ground

Start by connecting 5V and GND pins on the Arduino to the 5 volt and ground rails on the breadboard.

  1. Connect the voltage rails on the breadboard to the 5V and GND pins.

  2. Continue to the next step.

Step 2: Arrange and Connect LEDs

Picture of Arrange and Connect LEDs

Next, arrange the 6 LEDs in a bar graph formation, giving each of them their own digital pin (2 through 7).

  1. Arrange the 6 LEDs in a line on row E on the breadboard.
  2. Using the picture as a guide, connect the anodes (long, right legs) of the LEDs to digital pins 2 through 7.
  3. Connect the cathode (short, left leg) of each LED to ground through a 220 ohm resistor.
  4. Continue to the next step.
  5. Stuck? HINT: You don't need to individually set the resistance of each resistor by highlighting it and using the dropdown menu. Simply create one 220 ohm resistor and copy/paste it 5 times using CONTROL-C and CONTROL-V key strokes.

Step 3: Add the Tilt Sensor

Picture of Add the Tilt Sensor

Now we'll add the tilt sensor to the breadboard.

  1. Open the component try (by clicking + Components) and select the tilt sensor 4-pin under All Components.
  2. Place the sensor on the breadboard to the left of the LEDs, as shown in the picture.
  3. Connect one side of the tilt switch to the 5 volt rail with a wire.
  4. Connect the other side to ground through a 10 k-ohm resistor.
  5. Connect the terminal where the sensor and resistor meet to digital pin 8.
  6. Continue to the nest lesson to learn how to write the Digital Hourglass code.

Next Lesson:Writing the Code

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Bio: Learn electronics and Arduino with Tinkercad Circuits!
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