2.Simulateur

Simulateur

Step 0: Go to the simulator

Go to TinkerCad

Log-In and create new Circuit.

Exercise 1

🛠️ Required Hardware:

Instruction: Make a circuit linking a board with a led so that the led can be turned on.

Constraints: You don't have to produce any code for this exercise. You may not use the 3.3V pin of your board.

⚠️ Can the led take the voltage sent by the board ?

Exercise 2

🛠️ Required Hardware:

Instruction: Make the LED flash every second.

Constraints: Null.

Exercise 3

🛠️ Required Hardware:

Instruction: Using the circuit from exercise 2, make the LED blink delay dependent on the potentiometer.

Constraints: Null.

Exercise 4

🛠️ Required Hardware:

Instruction: Using the circuit from exercise 3, make sure that the LED does not blink anymore, and that the intensity of its lighting depends on the value of the potentiometer.

Constraints: Null.

⚠️ Learn more about the PWM pins

Exercise 5

🛠️ Required Hardware:

x3

Instruction: Using a potentiometer, vary the color of the RGB LED from red to blue

Constraints: Null.

Exercise 6

🛠️ Required Hardware:

x6x6

Instruction: Flash 6 LEDs, one at a time, back and forth.

Constraints: Null.

Exercise 7

🛠️ Required Hardware:

x6 x6

Instruction: Using a potentiometer, control the number of LEDs lit on a row. Turning the potentiometer knob will turn more LEDs on or off.

Constraints: Null.

Exercise 8

🛠️ Required Hardware:

Instruction: Make the button change the state (on/off) of the LED with each press.

Constraints: Null.

⚠️ INPUT_PULLUP

Exercise 9

🛠️ Required Hardware:

Instruction: Create a new circuit that will retrieve the distance given by the ultrasonic sensor and if it is less than 30cm, turn on the LED.

Constraints: Null.

Exercise 10

🛠️ Required Hardware:

Instruction: Using the circuit from exercise 9, display the distance given by the sensor, and send it in cm via a serial connection to your computer.

Constraints: Null.

Exercise 11

🛠️ Required Hardware:

Instruction: Create a new circuit that drives the servo motor position according to the potentiometer.

Constraints: Null.

Exercise 12

🛠️ Required Hardware:

x2

Instruction: Create a new circuit that display the numbers from 0 to 9 on the 7 segment display with a time of one second between each digit

Constraints: Null.

⚠️ How to make your code clean in order to light each segment properly? and get a correct display !

Exercise 13

🛠️ Required Hardware:

x2

Instruction: take the circuit from the previous exercise and add a 4x4 keypad. The number selected on the Keypad must be displayed on the seven segment display.

Constraints: Null.

⚠️ check Keypad.h

Exercise 14

🛠️ Required Hardware:

Instruction: Create a new circuit that will get the keypad inputs and display them on the lcd screen.

Constraints: Null.

⚠️ check LiquidCrystal.h and what is the purpose of the potentiometer ?

🟩 Bonus: Create game with Keypad and lcd display (ENJOY :))

Exercise 15

🛠️ Required Hardware:

x10 x10

Instruction: Create a new circuit that will get the digital inputs from the remote and turn on or off its associated LED.
When I click on 0, the first LED of my row turns on and when I press 0 again, the LED turns off

Constraints: Null.

⚠️ check IRremote.h and IR (infrared)

🎉 Congratulation!

You now know the basics of the arduino. Feel free to use your imagination to create circuits. Or combine the previous exercises for new results.

Authors

Coline Seguret

Organization

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