this paper develops a new type of on large battery capacity real-time detection technology. ATMEGA8L as the core of ampere2hour meter with the input signal at ±100mV and the measurement of electrical isolation. Using the least-squares algorithm identify the system`s model with the MCU code rarely achieved the least-squares algorithm. Analysis of the test results shows reliable performance, high precision.
针对大型蓄电池存储容量在线实时检测技术难题，采用高档AVR单片机ATMEGA8L为核心，设计了输入信号±100mV、测量端与测试系统间电气全隔离的安时计，采用了最小二乘算法对系统误差进行了校正，辨识出了精确的系统模型，以很少的单片机代码量实现了最小二乘算法。
Based on the design of the stepper motor control MCU.
摘要本设计为基于单片机的步进电机的控制。
It is designed that an orientated instrument by the technique of MCU and CPLD.
该定位仪主要由三部分构成，即：信号采集电路、系统控制电路、人机交互电路。
Embedded system development environment had been built, Linux 2.6.16 kernel was transplanted; and the application software had been developed, which consisted of main controller, MCU sub system, PC client and mobile client. In addition, User authentication was introduced for protecting system.
系统以S3CEB2410-I实验箱为硬件平台，建立了嵌入式系统开发环境，移植了Linux2.6.16内核；开发了应用软件，分为主控器、单片机子系统、PC客户端和手机客户端四个模块；加入了用户鉴权功能，以保障系统安全。
Keywords MCU; digital temperature transducer; water heater control system
单片机；数字温度传感器；热水器控制系统
This paper introduces the working principle of induction cooker and analyzes the design of power control using MCU.
介绍了电磁炉的工作原理，分析了采用单片机控制功率的设计；提出了针对锅具改变问题的模糊控制方法，以保持输出功率稳定。
We have implemented the design of main circuit structure and MCU software of the LCD TV set.
论文实现了液晶电视接收机的主电路的结构以及控制软件的设计。
This special MCU has extra pins for MPLAB ICD 3 communication and therefore allows the use of all pins on the part for the application. The header board is not used or needed for programming.
此外，Microchip把MPLAB ICD 3这款新工具与功能丰富的免费MPLAB IDE结合起来，为设计人员提供熟悉的开发环境。
The main controller compatible with DS87C550 and P87C552, implements the functions of system resource management and task schedule. The communicatory part, which expands the serial interfaces by TL16C554, implements the communication among the main controller, the remote communication terminal and the field devices. The interface part implements isolation between field devices and monitoring terminal with photoelectric coupling; Solar battery supplies power for the monitoring terminal.
主控部分兼容DS87C550和P87C552两种MCU，实现了系统资源的管理与任务调度；通讯部分采用TL16C554扩展了多个串口，实现了主控部分与远程通信终端及智能仪器之间的通信；接口部分采用光电耦合技术实现了现场设备与监控终端之间的电气隔离；采用太阳能供电技术为监控终端提供了电源。
A USB softdog designed by MCU and USBN9603 chip was discussed.
讨论了使用单片机和USBN9603芯片所设计的USB 加密狗。
PCU fabric was Epic Praetorian, and the new MCU is made from Ecology by Brookwood.
PCU使用的布料是Epic Praetorian的布料，而新的MCU使用的是Brookwood的Ecology。
The load-control apparatus adopted a Single-Chip Microcomputer system, whose MCU was a kind of high-speed processor-DS80C320, whose A/D switched apparatus was MAX180, whose low-pass filter was MAX293, whose F/V transformed circuit was LM331, whose controlled silicon phase-shift touch-off circuit was TCA785, and whose communicating interface of RS232 was MAX202. The Watchdog of the MCU was MAX705 and the system used an on-off electrical source to supply power.
球磨机负荷控制仪采用了单片机系统，MCU采用DS80C320高速处理器，采用MAX180作为MD转换器，低通滤波器为MAX293，F／V转换电路利用LM331，可控硅移相触发电路使用TCA785，RS232通信接口芯片采用MAX202，MCU监控电路为MAX705，系统使用开关电源供电。
This paper introduces a kind of practical Laser constant source with high stability based on MCU.
本文介绍了一种实用型的基于单片机的高稳定度半导体激光器恒流源。
The RC snubber circuit in inverter main circuit, the signal detecting circuit during the short circuit of CO_2 welding, and the MCU waveform control system are all designed and debugged in the dissertation.
本文以波控逆变CO_2焊机为研究对象，主要对逆变主电路中的RC 缓冲电路、CO_2焊短路过渡中的信号检测电路、微机控制系统等进行了设计与调试。
Kinematic parameters such as four angles between the shoulder bone and breastbone, collarbone and bladebone, breastbone and bladebone and breastbone and collarbone are captured by filming simultaneously six MCU of Qualisys ProReflex Motion Measurement System which can digitize marks on body in each image automatically.
由于解剖结构的不同，与其他关节相比，肩关节在其运动机能方面表现为良好的活动度和较差的稳定性，临床上表现为日常生活和体育运动中的多发性损伤，特别是容易发生在举重和一些对抗性项目。
AT89S52 MCU is the core of this design, and it realizes by controlling the clock chip DS1302. It has the fuctions of timing and so on. Besides, it's very precise. and it cannot lose its digital when it power out.
本设计是以AT89S52单片机为核心，并且通过对时钟芯片DS1302的控制来实现，有计时和倒计时功能，而且时间精度较高，有掉电不丢失功能。
The system is based on 8051 MCU control, adopting FPGA to achieve the pulse-driven of stepper motor to be allocated as a core circuit supported with necessary digital analog circuit, achieve a 4-phase 8-step stepper motor positioning control system.
系统基于51单片机控制，以FPGA芯片来实现驱动，步进电机的脉冲分配作为核心电路加以必要的数字模拟辅助电路，形成一个4相8拍定位系统。
In this measuring system design, we use 8051 MCU as main control part that can harmonize other parts, such as LCD display, pulse generating and pulse counting; pulse stream generator design is a key and hard technology in this system design. We use CPLD as pulse distributor so that motor movement can drive piston pout pulse stream, and the above design had been tested has good performance. The difficulty of the electronic system design lies in the laser is very faint for being photodetected, known as 10-6~10-9W. After lots of test, we bring forward a new design of the photoelectricity system, it has the advantages of both reduce the noise and magnify the signal. Among this, ellipse type filter can reduce the beyond band noise very well. At last, through the performance test and results analysis, primary experimental results indicates that the project useing the method of non-contact IOP measurement based on laser interference to measure IOP should be feasible, and are turning into mature.
本眼压测量系统以8051单片机为主控制系统，主要用来控制其他部分协调工作，如液晶显示、脉冲发生、脉冲计数；脉冲气流发生器是这个眼压测量系统设计中的一个难点和重点，我们通过CPLD实现脉冲分配，然后驱动步进电机产生运动，从而推进活塞产生脉冲气流，性能稳定可靠；电信息处理电路的设计难点在于因为入射到光电检测器的光信号非常微弱，只有10-6~10-9W量级，我们通过大量实验设计出一种新的光电检测电路结构，不但降低了噪声而且对光电转换后有用的电信号进行了适当的放大；电信息处理系统中有源带通滤波器部分对光电检测系统中带外噪声可以很好滤除，有源带通滤波器采用椭圆函数型滤波器对系统性能有很大的改善作用；最后对整体系统进行了性能测试和结果分析，实验结果表明：用激光干涉式非接触眼压测量系统测量眼压这一方案是可行的，而且正在逐渐走向成熟。
Our company is a professional development and production of 32-bit processor MCU control system, with strong technical force.
我公司是一家专业开发和生产32位处理器的单片机控制系统，拥有雄厚的技术力量。
This system uses a MCU as a core, a keyboard and infrared detecter as the input system, a LED display circuit, a warning circuit and a stepper motor as the output system to realize the auto controlling of the liquid drop speed.
本次设计的系统，是以8031单片机为核心以键盘及红外传感器为输入系统，以数码管、报警电路及步进电机为输出系统的智能化的液体点滴速度的控制及监测系统。