I have been working on a new wifi enabled version of the pumpkin project and as part of that effort I am using ESP8266 modules. The issue I was having is that programming them via breadboard was kinda bulky and when I ordered a PCB for a programmer it turned out to have an error in the design. The solution was to create my own. I wanted something that was minimal in parts and would just get the job done. The final product is a simple PCB with 4 components attached. To program you hold down the program button and tap the reset button and BAM! it is ready to be programmed. I left out a 3.3v regulator like lots of the other designs out there since I always use FTDI friends that have a 3.3v setting. it has made programming way simpler. I hope you find it as helpful as I did also ordering it via OSH Park 3 boards only cost $3.10. For the build you will need: 1 - PCB from OSH Park - https://oshpark.com/shared_projects/XPf6uyN1 1 - 6 pin right angle header for FTDI - 609-3313-ND 1 - 2x4 pin
Description: I have not had much time to play recently. I was meaning to post this for some time now. I present the first iteration of my Arduino Dice Box. This project is a 5 way nav switch and a LCD display with I2C backpack that lets you roll virtual dice of various sizes and quantities. The program uses the random number function tied to an open pin to generate all the rolls. I have still not decided on a housing for this project and I am thinking of making another version that can use an 8x8 LED grid instead of a LCD display. So, lets get to it. The Parts: 1 x Arduino Uno 1 x 5 Position switch ( http://www.parallax.com/Store/Sensors/PressureFlexRPM/tabid/177/CategoryID/52/List/0/SortField/0/Level/a/ProductID/615/Default.aspx ) 1 x LCD 16x2 display ( http://www.adafruit.com/products/181 ) 1 x i2c / SPI character LCD backpack ( http://www.adafruit.com/products/292 ) The Buildout: The switch is wired up to pins 2-6. The switch is wired with built in pull ups so you will want to wire
Today we have the build pictures and code. There will be a final post covering the final set up on Halloween so keep an eye out for that. It will include video of the final setup. The Hardware: 1 - PIR sensor - http://www.adafruit.com/products/189 1 - 15ft phone wire -from Wal-mart 6 - LED flicker candles - from Target 5 - red flicker LEDs - http://shop.evilmadscientist.com/productsmenu/partsmenu/576 10 - 220 Ω resistors - from that compartment in my tool box 6 - Some random proto boards - https://www.sparkfun.com/products/8885 and https://www.sparkfun.com/products/8847 1 - Arduino Uno 1 - Raspberry Pi 1 - Powered Speakers - had some laying around 1 - Wireless card - had 3 laying around The Build: The first step was taking apart some cheap flicker led candles and clearing out space inside. After the led is removed the post holding the led can be removed from inside and the plastic guide for the power switch can be removed too. You will also want to remove the contacts from the ba
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