抗干扰技术

• Combining with concrete practices , a few kinds of effective anti - interference technology have been presented
  结合国华粤电台山发电公司斗轮机因干扰产生的故障及其消除，介绍了几种有效的抗干扰技术。
• Lastly , we give the principal technique and theory about the design of the hardware and application software in this system
  最后，对系统可靠性的概念和指标进行了介绍，并对系统设计中的抗干扰技术作了说明。
• The primary content in the paper is as follow : in chapter 1 , it introduces the theory of the anti - jamming and spread spectrum technology
  本文的主要工作包括:第一章介绍了抗干扰技术及扩展频谱技术的概况,了解了软件无线电技术的发展情况。
• The influence of harmonics and frequency on the accuracy of measurement is considered ; self - testing method and anti - interference measures are adopted in software design
  软件上考虑了谐波、频率对测量精度的影响，使用自检方法以及抗干扰技术。
• The paper analyzes the disturbance in pcb design . the method of data collection system in anti - disturbance design has also been discussed in detail
  摘要论述了印刷电路板设计中干扰的特征，详细介绍了在数据采集系统设计中，采用的一些抗干扰技术。
• Distributed and basic common models of radar system and radar jammer are detailed desig ned and programmed running in general digital computers
  设计和开发了雷达系统、雷达干扰系统、雷达抗干扰技术及其系统动态对抗的雷达电子战的数字仿真模型库。
• The hard - ware anti - interference techniques and software anti - interference techniques are combined to use in the precision inductive micrometer based on microcomputer
  将硬件抗干扰技术和软件抗干扰技术结合起来应用于基于微机的精密电感测微系统中。
• In this dissertation , a study is performed about rules and methods of evaluation on effects of radar eccm . firstly , the representative methods of radar eccm are briefly introduced
  论文的主要工作如下: ( 1 )在简要阐述雷达抗干扰原理的基础上,对目前的典型抗干扰技术进行了讨论和分析。
• Design plan of the smart devices ( including smart sensors and smart actuators ) based on dsp and can buses was proposed . the anti - interference technology of the smart devices was discussed
  提出了基于dsp和can总线的智能装置(包括智能传感器和智能执行机构)设计方案，讨论了智能装置的抗干扰技术。
• The system adopt anti - interference technique such as shield , insulation etc , and applies the methods of software filter and digital signals process to insure the accuracy and the stability
  本测试系统采用了屏蔽、隔离等抗干扰技术，并运用了许多软件滤波、信号处理的方法以确保测量的准确性、稳定性。