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AVR32 UC3 列表  列清单与比较        
  部件型号 家族 制造商 内核变量 频率 Flash/ROM 封装
 AT32UC3L064  AVR32 UC3  Atmel  AVR32 UC  50MHz  65536  TQFP 48, QFN 48, TLLGA 48
 AT32UC3L032  AVR32 UC3  Atmel  AVR32 UC  50MHz  32768  TQFP 48, QFN 48, TLLGA 48
 AT32UC3L016  AVR32 UC3  Atmel  AVR32 UC  50MHz  16384  TQFP 48, QFN 48, TLLGA 48
 AT32UC3A364S  AVR32 UC3  Atmel  AVR32 UC  66MHz  65536  TFBGA 144, LQFP 144
 AT32UC3A364  AVR32 UC3  Atmel  AVR32 UC  66MHz  65536  TFBGA 144, LQFP 144
 AT32UC3A3256S  AVR32 UC3  Atmel  AVR32 UC  66MHz  262144  TFBGA 144, LQFP 144
 AT32UC3A3256  AVR32 UC3  Atmel  AVR32 UC  66MHz  262144  TFBGA 144, LQFP 144
 AT32UC3A3128S  AVR32 UC3  Atmel  AVR32 UC  66MHz  131072  TFBGA 144, LQFP 144
 AT32UC3A3128  AVR32 UC3  Atmel  AVR32 UC  66MHz  131072  TFBGA 144, LQFP 144
 AT32UC3B164  AVR32 UC3  Atmel  AVR32 UC  60MHz  65536   TQFP 48 MLF 48
 AT32UC3B1256  AVR32 UC3  Atmel  AVR32 UC  60MHz  262144   TQFP 48 MLF 48
 AT32UC3B1128  AVR32 UC3  Atmel  AVR32 UC  60MHz  131072   TQFP 48 MLF 48
 AT32UC3B064  AVR32 UC3  Atmel  AVR32 UC  60MHz  65536   MLF 64 TQFP 64
 AT32UC3B0256  AVR32 UC3  Atmel  AVR32 UC  60MHz  262144   MLF 64 TQFP 64
 AT32UC3B0128  AVR32 UC3  Atmel  AVR32 UC  60MHz  131072   MLF 64 TQFP 64
 AT32UC3A1512  AVR32 UC3  Atmel  AVR32 UC  66MHz  524288  TQFP100
 AT32UC3A1256  AVR32 UC3  Atmel  AVR32 UC  66MHz  262144  TQFP100
 AT32UC3A1128  AVR32 UC3  Atmel  AVR32 UC  66MHz  131072  TQFP100
 AT32UC3A0512  AVR32 UC3  Atmel  AVR32 UC  66MHz  524288  LQFP144
 AT32UC3A0256  AVR32 UC3  Atmel  AVR32 UC  66MHz  262144  LQFP144
 AT32UC3A0128  AVR32 UC3  Atmel  AVR32 UC  66MHz  131072  LQFP144


The Atmel AVR32 UC3 product family is built on the new AVR32 UC core optimized for highly integrated embedded applications requiring microcontrollers with on-chip Flash program memory, high computation throughput, real-time behavior and low power consumption.

  • High computation throughputs: The AVR32 UC core is single cycle operation and has a tightly coupled SRAM.
  • Deterministic & real-time control: The Atomic read-modify-write (bit banding) and fast interrupt response provide fine event control.
  • Low power: AVR32 UC core works smart. It requires lower bus activity and lower operating frequency than other architectures.
  • Low system cost: The Instruction set gives high code density resulting in smaller memory usage.
  • High reliability: The AVR32 UC safely boots from the RC-oscillator. The NMI ensures critical event processing and the MPU secures memory accesses.
  • Easy to use: High performance and code density allows software designers to use high level programming methodologies without execution speed or cost penalty.

 



 
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