“Powering Things Using Electrons”
We were asked to make Design, simulate, and build a simple electronic device that performs two actions.
And one of the examples provided in the instructions was the (Buzz Wire) game and I immediately decided to make it. :-)
Buzz Wire Game
Software:
Materials:
Tape.
Cutter.
Cardboard.
Uninsulated wire.
Electronics:
1x (330 Ohm) Resistor.
1x Buzzer.
1x LED.
1x Switch.
9v Power Supply
*note: the second switch connected to the Positive in the schematic will be replaced with the uninsulated wire.
I used 5V Power supply instead of 9V Because the 9v Power supply will ruin the buzzer overtime according to its operating voltage specifications.
I made the Circuit in Thinker CAD with previous versions before I settle down with the final design
Version 1
Version 2
Version 3
Version 4
The Final Version
First I made the circuit on a mini breadboard, then continue with the cardboard room design if we can call it "design" for the circuit :D
The circuit in mini breadboard
The Circuit Connected to the 9v power Supply
Final form for the design
After This I made A simple shapes with the uninsulated wire for the game, and made the pointer that the player will try not to touch it with the other wire in the simple shapes to win the Game.
The ground connected
Connect the Power supply to the circuit.
The Pointer Wire Connected to the (Vcc) or Positive in the circuit.
The Shaped wire connected to the Ground or Negative In the circuit.
The
Final
Result
❤
Video of the Project
I Tried To Help My colleagues and friends On their work and answering their questions in Slack Channel :-)
Explain Color Code Method To Measure the Resistance
I Faced a problem when I don't have the tools to make a package for the buzz wire pointer, so I took the pointer and put in inside the cardboard slit without using tape or Glue :D
The Slit In the Cardboard
The Final Result
Another Cool Arduino gesture controller :-)
My Project Backbone is Electronics & Communications, so certainly I will what I learn in this week in my Final Project ISA.❤
When I Used The Avometer / Multimeter to check what's goes wrong or to test the wires this was so fun to me specially to have a tool that I only saw in the lab at my university. So yea this was so Awesome! :D
Multimeter :-)
In the Mid-week, I found myself made this RGB controller circuit with a 5V DC power potato supply to provide. :'D
I showed it to my instructor, Eng. Maha and my Peers in slack, and it was hilarious. :D
RGB LED Potato Circuit