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- 微處理器AT89S51AT89S51MCU
- AT89S51單片機AT895.51 microcontroller
- 單片機AT89S51AT89S51
- CMOS移位寄存器和鎖存允許與基于微處理器系統直接相連。The CMOS shift register and latches allow direct interfacing with microprocessor-based systems.
- 介紹了一種采用IGCT的固態(tài)斷路器的基本結構,并且利用AT89S51單片機對固態(tài)斷路器進(jìn)行智能化控制的軟、硬件設計。This paper introduces the basic structure of the solid state circuit breaker(ssb) based on IGCT and introduces the hardware and software design using AT89S51S single- chip microprocessor for intellgent control of ssb.
- AVR微處理器AVR microprocessor
- 根據模數轉換器定位為單片機的外部RAM單元的概念,介紹了AT89S51單片機與ADC0809模數轉換器三種典型連接電路及程序編制.According to the concept that analog to digital converters are defined as external RAM of single chip computer,three typical connections between AT89S51 single chip computer and ADC0809 analog to digital converter are introduced.
- 微處理器MCUMicro-processor MCV
- 微處理器補償microprocessor compensation
- 微處理器系統Micro Processor Systems
- RISC微處理器RISC microprocessor
- 設計了一種基于USB總線(xiàn)的數據采集卡,采用ATmega128單片機結合IDT7132雙端口RAM完成數據采集和暫存,并由AT89S51單片機通過(guò)USB接口芯片FT245BM完成與上位機的數據傳輸。A kind of data acquisition card based on USB is designed, data acquisition and temporary storage are achieved by MCU ATmega128 and IDT7132. AT89S51 transmits data to upper computer by USB interface IC FT245BM.
- 未來(lái)的微處理器將會(huì )在高速緩沖內存儲器上分配更多的資源，以便更好地彌補速度差距。Future microprocessors will allot even more resources to the cache to better bridge the speed gap.
- 微處理器（CPU）CPU
- 流水線(xiàn)微處理器pipeline microprocessor
- MCU（微處理器）MCU
- 高級RISC微處理器ARM
- 新型微處理器體系結構Advanced Microprocessor's Architecture ?
- S3C44BOX微處理器S3C44B0X microprocessor
