This week's assignment's idea is to build a simple electronic device that performs two actions.
I decided to make a buzz wire game: is a challenging and competitive game. The object of the game is to carefully move the wire wand loop along the copper wire “maze” without touching it. When the loop touches the wire, you will hear a “BUZZ”. The goal is to be fast and at the same time to be efficient, having the least amount of touches.
I choose it because I want something simple to start with it as it is my first time dealing with electronics.
so I searched on youtube to learn more and to get familiar with the parts and I found this youtu.be/KUGqEL6hgDM
Tinkercad
Used to simulate electrical circuits and components, so I can calibrate circuit calculations,
The resistor calculator to calculate the ohm of a resistor, and before even going to the hardware step
5-volt adapter
Red led, buzzer
220-ohm resistor
on/off switch
wire
Tape
breadboard
jumper
crocodile wires
box
copper wire for the path.
white hard paper for the box
Cutter for making holes for the switch and led
using adaptor 5v as a power source ( both the led & buzzer require no more than 5V. ) and pushbutton
connecting the + of the button with the bread board and the battery
connecting the _ of battery in the bread board
I connected the led and the buzzer in parallel after making sure of their polarity and then connected a resistor with the led to limit the current.
Action outputs: buzzer ( for alerting sound), red light ( for alerting flash)
as object of the game is to carefully move the wire wand loop along the copper wire “maze” without touching it. When the loop touches the wire, you will hear a “BUZZ”. The goal is to be fast and at the same time to be efficient, having the least amount of touches.
First test the circuit on a breadboard, by following what I did in tinker cad and connecting the led to the resistor parallel to the buzzer
By using a 5v adaptor as it worked both the led & buzzer to require no more than 5V.
Make the connections between the wire and the circuit
(connect the positive of the buzzer with the movable wire using crocodile and the positive of the circuit with the start point of the stationary wire using crocodile and in the same crocodile using jumper to connect the + to the bread board )
For the box prototyping ;
I used white hard paper and ramped it other the component like a box then made openings using a cutter for the switch and led light
Gathering all the wire and components in one box and opening hole for the red led and the switch
I had a problem with how the 3 components will work together
so I rewatched the Midweek Self-Practice and start to simulate it on tinker cad
It helped me to understand the concept
I had a problem integrating the terminal of the copper wire in the circuit.
The solution is to connect the positive of the buzzer with the movable wire using a crocodile and the positive of the circuit with the start point of the stationary wire using a crocodile and in the same crocodile using a jumper to connect the + to the breadboard
This is the first time I connected the 7 segments, purple RGB led and understanding the idea and also understanding the breadboard and how it works
The coolest thing was using the H bridge in the RC car, and how the breadboard works with different components