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Author : Claudia-Oana Panait
Group : 1221A
Faculty : FILS
“Thermal detonators were palm-sized, spherical devices that were used as extremely deadly explosive weapons. In addition to being surprisingly powerful for their size, they could only be deactivated by whomever turned them on. They would only explode when they were activated, and therefore a secure and stable weapon to carry. They could also be programmed to explode after a set amount of time.”
Thermal detonator. Wookieepedia. (n.d.). Retrieved April 22, 2022, from https://starwars.fandom.com/wiki/Thermal_detonator
The idea of this project is to replicate the looks of a detonator by using an Arduino microcontroller board. To this we connect a micro switch, DFPlayer Mini module (to witch the speaker is connected) and LEDs such that when the switch is pressed, the LEDs will light up in a specific order as well as the speaker will be emitting a particular sound, both of this signifying the start of an arming sequence for a detonator. We will also connect to the Arduino microcontroller a vibration/ movement sensor module SW-420, so that when the detonator is thrown and it hits an object, the previous sequence will change, meaning the LED’s will all be on at the same time and the speaker will emit an explosion sound.
Components
Name | Quantity |
---|---|
Arduino Pro Mini | 1 |
Vibration Sensor Module SW-420 | 1 |
DFPlayer Mini | 1 |
Speaker | 1 |
Red LED | 1 |
Yellow LED | 3 |
Microswitch | 1 |
Switch | 1 |
9V Battery | 1 |
Plastic ball shaped case | 1 |
*Development environments used: VisualStudioCode with the PlatformIO package and ArduinoIDE *Used libraries: SoftwareSerial.h DFRobotDFPlayerMini.h
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