硬件部分包括单片机控制电路、声光报警电路等部分。
Hardware part includes single-chip microcomputer control circuit, the acoustooptic alarm circuit and other parts.
传感器结合单片机控制电路是目前应用比较广泛的实用电路之一。
The control circuit by sensor with SCM is one of the widely-used practical circuits at present.
分析了脉宽调制信号动态调节LED亮度的原理，设计了单片机控制电路；
The principle of PWM signals adjusting LED bright was analyzed, and the controlling circuit of MCU was designed.
该控制系统包括上位机控制界面、单片机控制电路、驱动器以及步进电机。
The system includes the upper computer software, the MCU circuit, the driver and the step motor.
整个系统分为模拟波形产生、单片机控制电路、FPGA内部功能模块三大部分。
The whole system is made up of three parts, the part of simulative waveform generation, MCU control circuit, function modules internal FPGA.
远程控制系统的硬件主要由单片机控制电路、USB接口电路、无线收发模块构成。
Hardware of the remote controlling system is mainly composed of Single Chip Microcomputer (SCM) controlling circuit, USB interface circuit and wireless transceiver.
设计了步进电机驱动应用电路和单片机控制电路，并编写单片机程序，完成与上位机通信。
Designed stepper motor driver application circuit and Single Chip Microcomputer control circuit, and compiled the SCM procedures, finished to communicate with the upper computer.
给出了一个简洁的单片机控制电路，分析了输出地址，描述了不同类型的输出电路和输入电路；
A succinct SCM control circuit was pre-sented. Output address of the circuit was analyzed. And various input or output circuits were also described.
硬件部分包括单片机控制电路、红外探头电路、驱动执行报警电路、LED控制电路等部分组成。
The hardware part includes the control circuit of SCM, and the infrared probe circuit, and the alarm circuit, and LED control circuit.
数字式电子发火机由单片机控制电路、数字电路、数码管显示电路以及检测与发射电路5部分组成。
The digital electronic ignition device was composed of 5 sections of MCU control circuit, digital circuit, light emitting diode display circuit, detection circuit and launching circuit.
单片机控制电路以AT89C51单片机为核心部件，实现了数据采集、通讯及计数模块清零等功能。
The data collections, communications and counter module clearing are realized by controller circuit. The core of the controller circuit is AT89C51 single chip.
论述了中子监测仪中的信号采集电路、液晶显示器的使用、可编程器件以及单片机控制电路的工作原理和特点。
The working principles and characteristics of signal collection circuit, liquid-crystal display (LCD), programmable logic device and MCU controlling circuit of neutron monitor device are discussed.
系统包括CCD驱动脉冲产生电路、低噪声测量放大电路、自适应比较电路、单片机控制电路以及上位机处理程序。
The system consists of driving pulse generating circuit for CCD, instrumental amplifier with low noise, MCU controlling circuit and PC program for dealing with the data conveyed by MCU.
对该焊机的主电源结构、小车行走控制电路、送丝电路、单片机控制电路以及焊接过程控制软件等的设计作了较详细的介绍。
The design of main power sources structure, the control circuit for welding tractor and wire feeder, SCM control circuit and software for welding process are introduced in detail.
选择适合的压力、扭力传感器，开发单片机控制电路、小信号放大器，应用PC机并配合多功能数据采集卡完成数据采集与处理。
Select the appropriate pressure and torque sensors, develop SCM control circuit and small-signal amplifier, do data acquisition and Processing by PC and multifunctional data acquisition card.
着重讨论了单片机系统、样品箱恒温电路、样品位置检测电路和步进电机控制电路的设计。
The design of the single chip system, sample box thermostat circuit, sample position detecting circuit and step motor control circuit are discussed.
数字控制电路负责控制洗衣机的工作过程，主要由AT89S51单片机、两位共阴数码管、按键、蜂鸣器、LED指示灯组成；
Digital control circuit takes charge of controlling the working course. it consists of AT89S51, double-figured common-cathoded numeral display, buttons, buzzer, LEDs.
控制器由AT89C52单片机，AD转换电路，LCD显示电路，电流电压采集电路以及控制电路等组成。
This design's hardware consists of minimum system circuit in MCU AT89C52, AD convert circuit, LCD display circuit, the monitor and control circuit of current voltages.
针对晶闸管中频电源的核心——逆变电路，提出了一种基于80c 196MC单片机的控制电路，给出了其构思的硬件和软件设计。
This paper introduces a new inversion control circuit based on 80c196mc microcontroller for thyristor medium frequency power supply. Meanwhile the hardware and software designs are also provided.
系统选w 78le516单片机和CPLD来构造控制电路，用读写速度快、功耗低的低电压外部数据存储器CF卡存储采集完的信号。
The system select W78LE516 MCU and CPLD to construct the control circuit and use quickly read and write low power consumption, low-voltage external data memory CF card to save the signal.
硬件电路主要包括：单片机接口电路，电源及控制电路，测量电路。
Haredware circuit mainly including microcontroller interface circuit, electrical source and control circuit, measure circuit.
单片机的使用，简化了控制电路，有利于实现机电一体化。
With 8098 single chip microcomputer, it can simplify the control circuits and make it easy to integrate machinery with electron.
并设计完成了以atmel公司的AT 89 C51单片机为核心，由传感检测电路、信号处理电路、输出控制电路等构成的横向随动控制系统。
The transverse slave control system was designed with the AT89C51 SCM from ATMEL Company. It consisted of sensing test circuit, signal processing circuit and output control circuit.
其主电路采用了独立式RC脉冲放电回路，控制电路则通过8051单片机和TC4427高速MOSFET驱动器完成对主电路的控制。
Main circuit uses independent RC pulse generator and control circuit can control the main circuit based on 8051 single chip microcomputer and TC4427 high-speed power MOSFET driver.
提出的时钟控制电路，是利用单片机at89c 2051的16位定时器做成电子时钟，并利用电子时钟的精确定时作用实现了实时控制。
This paper presents a clock control circuit in which an electronic clock is made by a MCU AT89C2051 16-bit timer and real-time control is achieved by the electronic clock's function of precise timing.
系统的硬件设计包括晶闸管调压主电路设计和以PIC16C74单片机为核心的控制电路的设计。
The hardware design includes the SCR voltage regulating main circuit and the control circuit whose core is the PIC16C74 micro-controller.
光学测棒硬件控制电路划分为：LED驱动电路、单片机控制、按键触发和数据通信四个功能模块。
The control circuit of the probe has been divided into four modules, namely, infrared LED drive circuit module, monolithic processor control module, keys trigger module and data communication module.
主电路为单电源供电，控制电路以高性能单片机80c 196kc为核心，实现了对喷焊过程的自动控制。
Its principal circuit is that of single power supply and the control circuit takes the high-performance monolithic computer 80c196kc as its kernel to implement automatic control of hardfacing process.
本设计只完成了单片机部分的开发设计，没有设计外部的采集和控制电路。
The design has only completed part of the exploitation design and has not designed the circuit of external collection and control.
单片机的以太网数据采集与控制电路设计。
PDF-Single Chip Ethernet data acquisition and control circuit design.
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