1) ARM Main Controller
ARM主控制器
2) ARM controller
ARM控制器
3) ARM microcontroller
ARM微控制器
1.
The newly developed 32 bit ARM microcontrollers can work at a high frequency as several hundred MHz,thus solve the real time problem,which constantly troubles the engineers.
近年来异军突起的一些32位ARM微控制器工作主频高达几百兆,很好的解决了困扰工程师们的实时性问题。
2.
Base on nowadays functional requirement and limitation of measuring scheme for electromagnetic relay, from analyzing its operational principle, a new way is introduced to design and realize the smart test system, in which an ARM microcontroller working with stepper adaptive algorithm together was used as kernel part of system.
通过对电磁继电器工作原理的分析,针对继电器测试器的功能需求以及现在市场上测试方案的缺陷分析,提出了以ARM微控制器为核心,辅以步进自适应算法的智能测试系统的设计思路。
4) ARM MCU
ARM微控制器
1.
From the perspective of application, the embedded real-time operation system, μC/OS-II, is transplanted into the fluxgate compass whose core is ARM MCU.
从应用角度出发,在以ARM微控制器为核心的磁通门罗经中,移植了嵌入式实时操作系统μC/OS-II。
2.
A low-cost MINS/GPS integrated navigation system based on the MIMU and ARM MCU was designed in this thesis.
设计了一种基于MEMS惯性器件和ARM微控制器的低成本MINS/GPS组合导航系统。
5) ARM micro-controller
ARM微控制器
1.
As a cost-effective, high-performance micro-controller solution for embedded systems, ARM micro-controller used more widely.
本文提出基于ARM微控制器系统外设接口设计的一般方法,以及使用嵌入式操作系统(EOS)的相关问题。
2.
Ultrasonic wind velocity measurement with time-difference method and wind velocity measurement system based on ARM micro-controller were introduced.
介绍了超声波时差法风速测量的基本原理,以及基于ARM微控制器的风速测量系统的实现方法。
6) 32 bits microcontroller ARM
32位ARM微控制器
1.
This paper considers IPX communication between 32 bits microcontroller ARM and DSPEC as the example,it is introduced detailedly,that the interface between RTL8019AS and ARM,and the design of RTL8019AS ethernet drive program,and data frame format and its meanings of IPX protocol,and packing program and unpacking program design of IPX communication based on ARM.
以32位ARM微控制器与DSPEC之间的IPX通信为例,介绍了以太网控制器RTL8019AS与ARM的接口、RTL8019AS以太网驱动程序设计、IPX数据帧格式及含义,ARM实现IPX通信数据包的打包与解包过程。
补充资料：主控制器
分子式：
CAS号：
性质：串级控制系统的两个控制器中，其被控变量是所要控制的主要变量而其输出作为另一个控制器设定值的控制器。主控制器一般采用PI或PID控制规律。
CAS号：
性质：串级控制系统的两个控制器中，其被控变量是所要控制的主要变量而其输出作为另一个控制器设定值的控制器。主控制器一般采用PI或PID控制规律。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条