另外，精心设计了微控制器的核心部件算术逻辑单元。
Additionally, we exactly designed the central process department: Arithmetic Logic Unit.
本研究利用微控制器作为控制单元，结合LED光源和传感器设计研制了一种便携式叶面积仪。
In this research, the portable leaf area meter is designed by combining microcontroller with light source LED and light sensor.
系统采用SPCE061 A微控制器为主控单元，特别指出了软件设计中需注意的几个问题，最后利用软件对实验数据进行误差修正。
SPCE061A MCU is adopted as central control unit. Especially, we point out several problems which must be paid attention to in the program, and correct the error of experiment data in the end.
采用了高性能的微控制器MC 68376，运用模块化设计方法，针对工程运用的实际特点，全程按照可靠性设计规范，设计了电控单元的硬件和底层软件。
By using high performance the microcontroller MC68376 according to the modularization method and the reliability design procedure, the hardware and fundamental software of ECU were designed.
采用了高性能的微控制器MC 68376，运用模块化设计方法，针对工程运用的实际特点，全程按照可靠性设计规范，设计了电控单元的硬件和底层软件。
By using high performance the microcontroller MC68376 according to the modularization method and the reliability design procedure, the hardware and fundamental software of ECU were designed.
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