Difference between revisions of "Switch and a LED with AVR Breakout"
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Now we will control the LED depending on external input. In this tutorial we will interface a switch to one of the port pin and display its status on LED connected to other port. | Now we will control the LED depending on external input. In this tutorial we will interface a switch to one of the port pin and display its status on LED connected to other port. | ||
=Basics= | =Basics= | ||
| − | For this tutorial we will a connect a switch to PORT | + | For this tutorial we will a connect a switch to PORT C0 and LED to PORT B0 of Atmega32. W will configure PORT A0 as input to read the switch status and PORT C0 as outputto display the switch status on LED. Initially LED will be ON , when we press switch the LED will be OFF. |
<br/> | <br/> | ||
Refer the [[AVR I/O Register Configuration]] tutorial for basics of GPIO register configuration. | Refer the [[AVR I/O Register Configuration]] tutorial for basics of GPIO register configuration. | ||
| + | |||
| + | =Hook Up= | ||
| + | =Code= | ||
| + | =Demo= | ||
| + | =Downloads= | ||
Revision as of 17:09, 4 April 2016
Now we will control the LED depending on external input. In this tutorial we will interface a switch to one of the port pin and display its status on LED connected to other port.
Contents
Basics
For this tutorial we will a connect a switch to PORT C0 and LED to PORT B0 of Atmega32. W will configure PORT A0 as input to read the switch status and PORT C0 as outputto display the switch status on LED. Initially LED will be ON , when we press switch the LED will be OFF.
Refer the AVR I/O Register Configuration tutorial for basics of GPIO register configuration.