interchange circuit造句

• Electrical characteristics for unbalanced double-current interchange circuits
  非平衡双流接口电路的电特性
• Information technology-galvanic isolation of balanced interchange circuits
  信息技术平衡互换电路的电隔离
• Information technology-galvanic isolation of balanced interchange circuits
  信息技术.平衡交换电路用电镀绝缘
• Data communication-det to dte physical connection using x . 24 interchange circuits with dte provided timing
  数据通信dte提供定时的使用x.24互换电路的dte到dte物理连接
• Data communication . arrangements for dte to dte physical connection using v . 24 and x . 24 interchange circuits
  数据通信使用v.24和x.24互换电路的dte到dce物理连接的接法
• List of definitions for interchange circuits between data terminal equipment and data circuit-terminating equipment in public data networks
  公共数据网内数据终端设备和数据电路终接设备之间互
• Information processing . connectors for interchange circuits between data terminal equipment and high speed data transmission equipment . pin assignments
  信息处理.数据终端设备和高速数据传输设备间互换线路的连接器.插针的配置
• Electrical characteristics for balanced double-current interchange circuits for general use with integrated circuit equipment in the field of data communications
  在数据通信领域中通常同集成电路设备一起使用的平衡双流接口电路的电气特性
• Electrical characteristics for unbalanced double-current interchange circuits for general use with integrated circuit equipment in the field of data communications
  在数据通信领域中通常同集成电路设备一起使用的非平衡双流接口电路的电气特性
• Dte information technology-telecommunications and information exchange between systems-dte dce interface back-up control operation using itu-t recommendation v . 24 interchange circuits
  信息技术.系统间电信和信息交换.采用itu-t推荐标准v.24交换电路的数据终端设备
• Based on many other circuit formats, a new kind of logic-level circuit representation, called unified middle-level circuit format ( umcf ), is defined in this paper, in which some special operations on circuit related with power estimation and low power design . umcf can not only interchange circuits of different formats, but also convert circuits to hspice acceptable files, which can be used for transistor level power estimation
  本文结合多种不同的电路格式,自主定义了一种逻辑级电路的中间表示形式(称为umcf)和一系列极具特色的与低功耗技术相关的操作,它不但可以实现与其他多种电路格式之间的相互转换,还可以将电路直接转换成hspice可以接受的文件,进行晶体管级的电路功耗估计,这样可以在公认的高精度的功耗模拟器上,对本文的结果进行有效的验证。