BIOS及其升级

BIOS为计算机提供最低级的、最直接的硬件控制。通过深入认识和了解BIOS,可以对旧的BISO进行升级,使计算机处于最佳的工作状态,提高计算机的性能。     

镀铜板镀铜量检测分析仪的研制

根据电解剥离原理，采用Cygnal F020单片机为智能部件，研制出的镀铜板镀铜量检测分析仪．本仪器采用微分电位法，使各层界面自动分层难题得到了解决，同时对双电层电容充电电流所引起的测量误差作了修正．该仪器通过USB接口与上位机配合使用，具有小型轻便、操作界面友好和检测数据精确等特点，并具有本机显示和打印测量结果的功能．     

浅谈磁电式与霍尔式速度传感器在汽车上的区别

文章针对应用较广的磁电式传感器和霍尔式传感器展开论述，分别介绍了两者的工作原理和区别。     

浅谈利用任务驱动法进行单片机教学与职业核心能力的培养

本文就任务驱动法在单片机教学中的应用与职业核心能力培养进行了阐述，并且以实例的形式得到了很好的验证。     

Study on the Predicting System of Breaking Chip When PCD Tool Cutting Aluminum Alloy

In the field of automobile manufacture, during the aluminum alloy cutting, chip forming and breaking process are very complicated. It is affected by many facto rs. Automatic machining process can not be carried through if the chip enlaces t he workpiece or the tool. So the chip control and breaking are key technology. P CD tool has many traits, such as high cutting efficiency, machining precision an d wearability. It is desired that it be used for machining coloured metals.The p aper present the study of p...     

滚齿切削厚度的计算

本文提出了滚齿时基面内切削厚度的计算方法．该方法可作为深入研究滚齿切削过程的理论基础．     

基于YT0-101总线的PC与单片机通信系统的研究

在对YT0—101通信接口电路及其通信协议研究的基础上，探讨了PC机与8051单片机之间进行etech—bus串口通信软件和硬件设计的原理及方法，给出了单片机与YTO—101总线的部分接口程序。     

小频率步距程控锁相信号源

研制一种电流变高压电源的标准参考信号。方法用一种具有两个可编程分频器的锁相频率合成电路和０９８单片机,按照特定的频率合成算法实现分频参数的计算与系统控制,     

Explicit analytical solutions of non-Fourier heat conduction equation for IC chip

Four basic explicit analytical solutions of non-Fourier heat conduction equation simulating IC chip thermal condition are derived. Some other analytical series solutions can also be derived with the above-mentioned basic solutions. Analytical solution has its own irreplaceable important meaning in theory. In addition, as the standard solution to check the accuracy, convergence and effectiveness of various numerical computational methods and their differencing schemes, grid generation ways and so on, the analytical solution is very useful also for the newly rapidly developing computational heat transfer.     

油田采油泵站自动监测系统

针对目前油田的实际情况,利用MCS-51系列单片机构成了油田采油泵站自动监测系统,该系统由监测总站监测分站组成。总站与分站之间的信息传递采用无线通讯方式。由于构成该系统的核心部件MCS-51系列单片机性能优越,且具有多机通讯功能,故该系统具有高可靠性和高性能价格比。