同时利用单片机和微计算机对传感器输出信号进行实时动态处理，使本传感器系统具备了参数和测试精度的自校准功能。
Meanwhile, using SMC and computer to dealing the real time dynamic to the out put signal makes this transducer system has parameter and the proofread function of measure the precision.
系统控制方面，通过单片机系统产生四路信号，经驱动电源直流放大后加载到压电陶瓷微位移器上。
As to controlling system, the four-channel signals from MCU are output to DC amplifier to be amplified and then loaded to PZT platform.
介绍用atmel89c 2051单片机控制染色机喷头控制系统。从而实现高精度、小体积、低成本、微功耗等多方面优点。
The paper introduced control system about ATMEL89C2051 MCU control Dyeing machine blow head to realize some advantage of high precision, small volume, low cost, micro-power etc.
本文提出了一种单片机控制的软硬件结合的正弦波细分的三相混合式步进电动机微步驱动系统。
It is presented in the paper that SIN subdivide microstep driving system with microprocessor controlled for three phase hybrid stepping motor synthesises both software and hardware.
AT 89 C 2051单片机是功能强大的可编程微控器，文中提出了以at89c 2051设计的住宅小区防盗报警系统的硬件原理和软件实现。
AT89c2051 is a powerful programmed microchip, the hardware principle and software realization of guard against theft and alarm system based on AT89c2051 are introduced.
AT 89 C 2051单片机是功能强大的可编程微控器，文中提出了以at89c 2051设计的住宅小区防盗报警系统的硬件原理和软件实现。
AT89c2051 is powerful programmed microchip, the hardware principle and software realization of guard against theft and alarm system based on AT89c2051 are introduce.
本论文详细地论述了由单片机为处理器的自动微灌溉控制器的硬件、软件设计、系统编程和抗干扰设计等方面的问题。
The hardware layout and software development for single chip microprocessor automatic micro-irrigation controller and system programming are presented in detail in this paper.
本文提出了仅用一片MCU（微处器-单片机）或嵌入式系统芯片来实现其与PC机通讯的方法。
In this paper, it has been coceived using a MCU or embedded system chips to achieve their communication with the PC machine.
在单片机控制器、光学显微镜系统和PC机监控软件的配合下，本激光微加工系统实现了一种新的加工控制方式。
A new processing control mode of the laser microprocessing system is realized with the help of single chip computer, optical microscope and PC monitor software.
以往基于DSP或其他单片机的微震系统，其资源的有限性很难达到理想的采集效果，并且难以完成先进算法的实现；
Previous microseismic systems based on DSP or single chip can't reach the desired data collection due to its limitation, neither realize the advanced algorithm.
系统采用微功耗的单片机进行信号幅度的采集及系统增益、带宽的控制。
The system adopts controller which is low power consumption. The controller samples amplitude of the signal to decide gaining and bandwidth of the system.
系统采用微功耗的单片机进行信号幅度的采集及系统增益、带宽的控制。
The system adopts controller which is low power consumption. The controller samples amplitude of the signal to decide gaining and bandwidth of the system.
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