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Home » Atmel » AVR32 UC3
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Bauteil |
Familie |
Hersteller |
Core Variante |
Freq. |
Flash/ROM |
Package |
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AT32UC3L064 |
AVR32 UC3 |
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AVR32 UC
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50MHz |
65536 |
TQFP 48, QFN 48, TLLGA 48 |
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AT32UC3L032 |
AVR32 UC3 |
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AVR32 UC
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50MHz |
32768 |
TQFP 48, QFN 48, TLLGA 48 |
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AT32UC3L016 |
AVR32 UC3 |
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AVR32 UC
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50MHz |
16384 |
TQFP 48, QFN 48, TLLGA 48 |
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AT32UC3A364S |
AVR32 UC3 |
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AVR32 UC
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66MHz |
65536 |
TFBGA 144, LQFP 144 |
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AT32UC3A364 |
AVR32 UC3 |
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AVR32 UC
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66MHz |
65536 |
TFBGA 144, LQFP 144 |
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AT32UC3A3256S |
AVR32 UC3 |
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AVR32 UC
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66MHz |
262144 |
TFBGA 144, LQFP 144 |
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AT32UC3A3256 |
AVR32 UC3 |
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AVR32 UC
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66MHz |
262144 |
TFBGA 144, LQFP 144 |
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AT32UC3A3128S |
AVR32 UC3 |
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AVR32 UC
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66MHz |
131072 |
TFBGA 144, LQFP 144 |
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AT32UC3A3128 |
AVR32 UC3 |
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AVR32 UC
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66MHz |
131072 |
TFBGA 144, LQFP 144 |
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AT32UC3B164 |
AVR32 UC3 |
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AVR32 UC
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60MHz |
65536 |
TQFP 48 MLF 48 |
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AT32UC3B1256 |
AVR32 UC3 |
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AVR32 UC
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60MHz |
262144 |
TQFP 48 MLF 48 |
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AT32UC3B1128 |
AVR32 UC3 |
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AVR32 UC
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60MHz |
131072 |
TQFP 48 MLF 48 |
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AT32UC3B064 |
AVR32 UC3 |
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AVR32 UC
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60MHz |
65536 |
MLF 64 TQFP 64 |
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AT32UC3B0256 |
AVR32 UC3 |
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AVR32 UC
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60MHz |
262144 |
MLF 64 TQFP 64 |
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AT32UC3B0128 |
AVR32 UC3 |
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AVR32 UC
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60MHz |
131072 |
MLF 64 TQFP 64 |
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AT32UC3A1512 |
AVR32 UC3 |
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AVR32 UC
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66MHz |
524288 |
TQFP100 |
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AT32UC3A1256 |
AVR32 UC3 |
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AVR32 UC
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66MHz |
262144 |
TQFP100 |
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AT32UC3A1128 |
AVR32 UC3 |
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AVR32 UC
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66MHz |
131072 |
TQFP100 |
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AT32UC3A0512 |
AVR32 UC3 |
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AVR32 UC
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66MHz |
524288 |
LQFP144 |
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AT32UC3A0256 |
AVR32 UC3 |
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AVR32 UC
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66MHz |
262144 |
LQFP144 |
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AT32UC3A0128 |
AVR32 UC3 |
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AVR32 UC
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66MHz |
131072 |
LQFP144 |
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 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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