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系统可编程技术 meaning in Chinese

isp

Examples

  1. Adopting isp and eda technique may not only integrating circuit but also changing the logic content of the chip without dismantling it from the circuit board . with the development of the isp chip " s density , the whole circuit may be integrated in one chip
    采用功能强大的eda软件,结合在系统可编程技术( isp ) ,可以在不从电路板上拆下芯片的情况下,应用isp技术,改变芯片的逻辑内容。
  2. Technologies of dsp , embedded internet , in - system programming and isp ' s apparatus are absolute new domain of the research on the design of intelligent instrument , on which few institutions has taken research , and only in the labs in universities
    Dsp技术、嵌入式internet技术、在系统可编程技术及其在系统可编程模拟/数字器件在智能仪器设计的研究是一个全新的研究领域,国内对此研究的单位还不是很多,且研究只限于大学的实验室阶段。
  3. The system of new type intelligent instrument is integrations of a lot of new theories and technologies . this paper take a thorough research on the theory of fault - diagnosis in intelligent instrument , embedded internet , in - system programming , emit and soc ; and in base of integrations of a lot of new theory and technologies , this paper inaugurated the system of new type intelligent instrument
    新型智能仪器系统是多种理论和新技术的综合,本文全面地研究了智能仪器故障检测技术原理、在系统可编程技术原理及其模拟/数字器件、嵌入式internet原理以及emit (嵌入式internet技术)和soc (片上系统systemonchip )技术,在综合各种原理和技术的基础上,通过深入地分析和综合,提出并实现了新型智能仪器系统。
  4. Secondly i put forth a new way of circuit design at discussing the ieee - 488 interface circuit designing , this method of circuit designing make the designing easy and cut short the period of circuit designing , so it is very value in practical circuit designing , the practical test result indicate the designed interface circuit can complete the " talk " function , " listen " function and program control function . in the end this paper tell about the vxd program designing
    在ieee - 488接口电路的设计部分,文中介绍了一种采用现代在系统可编程技术来设计接口电路的方法,这种电路设计方法使得电路设计与调试非常方便,缩短了硬件电路的开发周期,因此很有实际意义,本人设计的488接口电路经实际测试表明采用这种方法设计的接口电路能可靠地完成ieee - 488总线中的“听” 、 “讲”功能以及程控功能;本文最后论述了为下一代调制域分析仪系统软件所开发的window操作系统下的中断程序设计技术。

Related Words

  1. 非线性编程
  2. 重新编程
  3. 并联编程
  4. 网页编程
  5. 编程软件
  6. 元编程
  7. 函数编程
  8. 成对编程
  9. 公用编程语言
  10. 可编程门阵列
  11. 系统科学院
  12. 系统可编程
  13. 系统可变符号
  14. 系统可操作性仿真
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