There are two commonly used compilation environments for XMEGA128: GCC and IAR for AVR. GCC is AVR Studio 5.0 developed by ATMEL, which is free software and has built-in routines for the development board. IAR for AVR is a commercial software. Today we will introduce to you a compilation environment CVAVR that supports XMEGA. It can automatically generate code by setting parameters without checking related registers. It also has built-in support for common devices such as single bus and LCD. The following figure is the effect diagram:
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XMEGA128 Study Notes 7-Analog-to-Digital Conversion ADC
Xmega's ADC features are: 1. Up to 12-bit accuracy 2. Up to 2M/s sampling rate 3. Signed and unsigned output selection 4. Optional gain (1X 2X 4X 8X 16X 32X 64X) 5. Pipeline structure design 6. 4 virtual channels 7. Result comparison function 8. Know about calibration 9. Internally connected DAC output The overall str
[Microcontroller]
24c32 CVAVR Program
/*****************************************************
File name : 24c32.c
Chip type : ATmega16
Program type : Application
Clock frequency : 4.000000 MHz
Memory model : Small
External SRAM size : 0
Data Stack size : 256
*****************************************************/
#include mega16.h
#include stdio.h
[Microcontroller]
ATmega16 MCU C language programming classic example (Chen Zhongping)
codevisonAVR2.5
Comparison table of Atmel\'s Atmel 128 and Xmega128 CPUs
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