Taking MSP430 singlechip as microprocessor, a new kind of nozzle and baffled board smart valve positioner has been designed, owned with independence knowledge property. 利用MSP430单片机作为处理器,设计了一款新型的具有中国自主知识产权的喷嘴挡板式智能阀门定位器。
A microprocessor controlled falling-pendulum instrument to determine the ballistic tearing strength of textiles, plastics, paper or board. 摆锤由微处理器控制,坠落于样品表面,可以测得织物、塑料、纸张、板材的撕破强力。
A bit-slice microprocessor single board Kit 一种单板位片式微处理机
The series of ARM7 is extensive and widely applied microprocessor, while the current object circuit board of ARM7 are cut by mature evaluating board without PS2 interface. ARM7系列是广泛应用的嵌入式微处理器,目前ARM7处理器的目标板大多是由成熟的评估板裁减而成的,一般没有PS2接口。
At last, how to use CPLD to realize the data transmission through ISA bus between PC and microprocessor is investigated. A control board circuit to supply a hardware foundation for the total numerical control system is designed with anti-jamming measures improving the stability of the system. 最后,研究了如何利用CPLD实现PC与单片机之间通过ISA总线进行数据传递,并设计出控制卡的电路,为整个数控系统提供了硬件基础,同时采取了一些抗干扰措施以提高系统的稳定性。
This paper deals with developing the screen editing software the support of a single chip-microprocessor CRT Displaying Interface Board, and applies it the control system of a single chip microprocessor. 本文基于单片机CRT接口板(SCIB)之硬件支持,探讨了以单片机为核心的微机控制系统的CRT屏幕编辑软件的开发。
The32-bit ARM embedded microprocessor, LPC2104, is selected as the core of hardware experiment circuit board, and the designing of hardware circuit is given. 在硬件方面,本文设计了一个基于32位ARM微处理器的硬件实验平台,并结合嵌入式系统远程监控的需要,给出了硬件电路的整体设计原理和实现方法。
Application of Embedded Microprocessor in Intelligent Communication Board 嵌入式微处理器在智能通讯板中的应用
The Design of Chip Microprocessor-CRT Interface Board 单片机-CRT接口板设计
Considering from embedded microprocessor unit, embedded operating system and embedded memory, an appropriate cost-effective embedded board was chosen. 主要从嵌入式处理器、嵌入式操作系统和嵌入式存储器等三个方面,选择了一款性价比合适的嵌入式开发板。
Combined with the design requirement, chose the appropriate electronic devices; the control and connection circuit were designed centered by ARM microprocessor S3C2440A; completed the printed circuit board. 3. 根据设计要求,选择合适的电子元器件;以嵌入式微处理器S3C2440A为核心,进行控制电路和接口电路的设计;进行电路板的设计和调试工作。