Hey friends, Working on a low voltage disconnect.
pseudo-code; If a low voltage is reached for 10 seconds, turn of. If a high voltage has been reached for 10 seconds, turn on.
The project is functional and works as expected. I am just looking for people smarter than me to make constructive criticisms and suggestions for improvement in code and hardware.
I am an just a hobbyist and this is my first time using Fritzing; so the transistor pictured is not correct (I don't think) - It's an NPN. I used "FET N" type in Fritzing because it has a 3 hole layout in the PCB view. (This is something I will have a proper PCB printed for)
The Arduino is a Adafruit Trinket Pro.
Anyway... On to the goods.
* Prototype in breadboard: http://i.imgur.com/0AP5aMW.jpg
* Fritzing breadbord: http://i.imgur.com/xG3ONE3.jpg
* Code: http://paste.openstack.org/show/597760/
If anything is unclear in my description please ask for clarification and I will update this post.
Looking forward to your comments.
pseudo-code; If a low voltage is reached for 10 seconds, turn of. If a high voltage has been reached for 10 seconds, turn on.
The project is functional and works as expected. I am just looking for people smarter than me to make constructive criticisms and suggestions for improvement in code and hardware.
I am an just a hobbyist and this is my first time using Fritzing; so the transistor pictured is not correct (I don't think) - It's an NPN. I used "FET N" type in Fritzing because it has a 3 hole layout in the PCB view. (This is something I will have a proper PCB printed for)
The Arduino is a Adafruit Trinket Pro.
Anyway... On to the goods.
* Prototype in breadboard: http://i.imgur.com/0AP5aMW.jpg
* Fritzing breadbord: http://i.imgur.com/xG3ONE3.jpg
* Code: http://paste.openstack.org/show/597760/
If anything is unclear in my description please ask for clarification and I will update this post.
Looking forward to your comments.
