我们仍然处于桌面应用程序的时代,使用功能有限的 286微处理器和现在看来不屑一顾的 14寸显示器。
We still lived in a world of desktop applications, powered by wimpy 286 microprocessors with 14-inch monitors that we squinted at.
该仪器基于LPC932单片微机为核心微处理器,来完成数据采集、处理,存储,实时时钟控制,液晶显示,通信等功能。
This instrument based on LPC932 as the key microprocessor to gather , deal with and store data, to control real-time clock, to complete the liquid crystal display and communication.
EP7312 ARM微处理器则主要依托其片内液晶控制器和其强大的处理能力,负责完成心电信号的滤波、分析和显示等功能。
The EP7312 is mainly relying on its ARM microprocessor chip LCD controller and its powerful processing capability, responsible for the completion of the ECG filtering, analysis and display functions.
系统以89C51单片机为核心处理器,配以外围电器驱动电路,实现了车速里程表从信号采集、处理、转化、输出显示的功能。
The System takes 89C51 MCU as core processor, equipped with exterior-drivers to realize the instrument functions from signal collection to disposal, translation and output.
监控级主要功能是实现人机接口,采用32位ARM处理器,包括LCD显示,键盘,USB接口。
The supervisory level which is consist of a 32 bits ARM processor, LCD, keyboard, USB interface, is main used for human-machine interface.
主机采用STM 32f 103 V 8处理器为主控单元,实现仪器操控、无线收发、报警指示、远程控制及工作状态显示等功能。
The host processor main control unit using STM32F103V8 achieve instrument control, wireless transceivers, alarm indicator, remote control, and work status display.
主机采用STM 32f 103 V 8处理器为主控单元,实现仪器操控、无线收发、报警指示、远程控制及工作状态显示等功能。
The host processor main control unit using STM32F103V8 achieve instrument control, wireless transceivers, alarm indicator, remote control, and work status display.
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