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Idea of the assinment
Idea of the assinment
Design, simulate, and build a simple electronic device that performs two actions
Design, simulate, and build a simple electronic device that performs two actions
Inspiration
Designing a mussic box with dancing ballerina
Software
Tinkercad
Tinkercad
online platform to smiulate circuits and 3d designs.
Tools and Machines
Tools and Machines
Cardboard
to make the physical prototype
Breadboard
Buzzer
to simulate the music in the music box
Push button
to ON-OFF the circuit.
Hobby gearmotor
to rotate the ballerina.
5V adapter
the power supply
the buzzer operating voltage is from 4-8v
the motor operating voltage is from 3-6v
crocodile wires
to connect the pushbutton to the jumper wires.
male-male jumper wires
to connect the components to the breadboard.
The components will connect in paralle except the Pushbutton will be in series
the motor and buzzer are connected in paralle so each of them have the same voltage value but pushbutton is connected in series with motor and buzzer to on-off the two component .
Step 1
Open Tinkercad in any browser
Step 2
Create a circuit
Step 3
Start searching for components
First, we will use breadboard
so in searching bar will wright breadboard and then drag it in workspace.
Step 4
Then add the power supply.
Step 5
Then add the buzzer
we use the buzzer to simulate the music in music box.
Step 6
Add the hobby gearmotor
its function in this prototype is to rotate the ballerina.
Step 7
Add Push button to open and close the circuit.
Step 8
Start to connect the power supply to the breadboard using the Red wire for postive terminals and the Black wire for negative terminals.
connect the postive terminal to the upper postive hole in the breadboard and the negative terminal to the lower negative hole.
Step 9
Apply the Push button to the breadboard and connect one of its terminals to the negative of the Power supply using jumpper wire.
Step 10
Rotate the buzzer and connect it to the breadboard by connecting its negative terminal to the Pushbutton.
Step 11
Connect the Postive of the Buzzer to the postive of the power supply.
Step 12
Connect the postive of the motor to the postive of the buzzer and the negative of the motor to the negative of the buzzer.
Step 13
Start simulation and press on the pushbutton to open the circuit.
The circuit link below.
Step 14
After simulation on tinkercad apply it in the real life.
Step 15
Use crocodile wires to connect the pushbutton to a jumper wire to be easy to connect it to the breadboard.
Step 16
Connect the buzzer to the breadboard and connect it to the postive of the power supply.
Step 17
Connect the motor as we did in the simulation.
now the circuit is ready to work.
Step 18
Make the enclouser
by make a cardboard box and make two open areas one for pushbutton and one for the power supply.
Overcoming Challenges
Overcoming Challenges
It takes me a long time to make the circuit work in the simulation part
so I went back to the end of week self practice vedios and try to smiulate one oft circuits.
Solution
I went back to the self practice vedio of the week so realized how to connect two component with a switch
Final Project
Final Project
It helps me to make the movable parts using motors.
It helps me to make the movable parts using motors.
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