![]() ![]() ![]() In the screenshot below, we named our project “BlinkLED” and elected to have a folder called “C:\BlinkLED” created containing the blank file “BlinkLED.c”. ![]() Enter the project name and initial file name. Determine the microcontroller on your device, download the corresponding file below, extract all the files to a directory, open the AVR Studio project file (BlinkLED.aps), and proceed to step 4. If you have an Orangutan or 3pi and want to jump straight in to using your USB AVR programmer, you can skip steps 1–3 by downloading the AVR Studio project these steps would create. AVR Studio 4 works with the WinAVR avr-gcc compiler and contains built-in support for AVR ISP programming. AVR Studio 4: AVR Studio 4 is a free integrated development environment (IDE) for programming AVRs offered by Atmel.WinAVR: WinAVR is a free, open-source suite of development tools for the AVR family of microcontrollers, including the GNU C/C compiler for AVRs (avr-gcc).The Pololu USB AVR Programmer’s drivers (see Section 3.a).You will need to download and install several pieces of software: If you want to program an AVR that does not have an LED connected to pin PD1, the code in this tutorial may need to be modified. Specifically, we will write a simple program to blink an LED connected to pin PD1 of an AVR. The following tutorial covers the steps needed to program AVRs in Windows using AVR Studio 4 and a Pololu USB AVR programmer. For a tutorial on AVR Studio 4 for Orangutan and 3pi robot users, see the Programming Orangutans and the 3pi Robot from AVR Studio 4 guide. For a tutorial on the newer Atmel Studio see Section 3.b. This tutorial covers the older AVR Studio 4, which is no longer supported by Atmel. ![]()
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