› Today, I made a small 3x3x3 LED cube with an ATtiny2313 that I had from about 2 weeks ago. Whenever I had to reprogram the LED cube when I thought of more awesome patterns, I had to get out my breadboard and then wire up everything again referring to pin-outs of ATtiny2313 and make sure everything is connected right and then finally upload the new code.

First you need to download the boards information for the Arduino IDE. This file will need to be downloaded in order to program a ATtiny2313. Datalogger Shield Ethernet Shield GPS Shield Proto Shield Motor Shield Wave Shield. Avrdude is a command line program, so you'll have to type in all the commands. Ere-isp-avr = ERE ISP-AVR download/sch050713.pdf. 2313 = AT90S2313 [C: WinAVR bin avrdude.conf:1514].

So I went on to eBay and amazon searching for something to program these chips as I was planning on using these chips a lot in the future. After spending about an hour I just realized I was wasting my time as there was no way I was going to spend about 20-30 dollars on a simple shield. After thinking for a bit, I decided to make a simple and easy to make, ATtiny2313 programming shield, after I made it, all I needed to do to recode any of my attinys' is to just put it in the programming shield and just in a few clicks you have your code uploaded! No need to worry if everything is wired right and make sure there are no short circuits or anything that can short out the chip and fry it or anything else of that sort. Captain tsubasa 2 hack strikers team hexed.

So now in this instructable I will show you how to build one of these shields for yourself! It costs almost nothing and takes only about 30mins or so to make it. So lets get started! Start off by attaching the female headers in the center of the protoboard and then put the male headers in the arduino and then put the protoboard on it so as to get the exact position where to solder the male headers. Then connect the right pins from the male header onto the female headers according to the pin-out (Female headers are going to be used to attach the ATtiny2313 and male headers are going to be used to attach the shield to the arduino) Then add the 2 LED's and the capacitor and connect them according to the pin-out as well, make sure the capacitor is attached the right way if its a polarized capacitor. High- Low Tech – Programming an ATtiny w/ Arduino 1. This tutorial shows you how to program an ATtiny.

Download Program At90s2313 With Arduino Uno Datasheet. Then once everything has been wired up connect it to the arduino and upload a test code to make sure everything works fine (Instructions on how to do this on the next step), then once the testing is done you can add some hot-glue around the solder joints to make sure they are firm and don't make any sort of wrong connections. You could also use some electrical insulating gel/glue. To program the ATtiny2313 there are 3 main steps; 1)Installing the ATtiny files 2)Setting up Arduino as an ISP 3)Connecting the shield and uploading the code First download this; This download includes the files that need to be installed on the arduino IDE in order to program and use ATtiny boards with the Arduino programming environment. By following the read-me, make sure that all the files are installed properly. As soon as they are installed, then when you go to Tools->Board, you should see a whole lot of new ATtiny options (There are ATtiny2313, ATtiny44, ATtiny84 and some ATtiny85 options). Now once that is done, connect the shield to the arduino and you should see the Heart LED fading at a regular interval.

Now once you see the the LED is doing what its supposed to do, then attach the ATtiny2313 to the shield. Now go into the arduino IDE again and then go to Tools->Programmer and select Arduino as ISP. Then in the Tools->Boards, select the ATtiny2313 1Hz (Factory default sets the clock of the ATtiny2313 to 1Hz) After selecting those 2 options then just open up your code and then hit Upload to upload the code to the ATtiny2313 with the Arduino as an ISP (Simply put, you are programming the ATtiny2313 by using the Arduino to connect it to the computer) Once you are done uploading the code, then make sure you change the 2 options you changed back to the original so that you can upload code to the arduino again after doing this. So now since you can program and use an ATtiny2313, why not try use these for all your future projects instead of Arduino's? They are a lot cheaper than the Arduino (by 22-30 dollars) and they are capable of 18 I/O pins and they work with most of the common Arduino coding environment functions. The size of them is much smaller compared to the arduino as well which is very handy when trying to put things into small enclosures etc.

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