AN artificial delay line which was designed by using the DYL integrated linear AND-OR gate created first in China were proposed.
本文提出了一种用我国首创的DY L集成线性“与或”门设计成的模拟延迟线。
The system has digital control attenuator, high linear IF magnifier, I/Q channels, high speed A/D converters and wide measurement gate.
系统采用数控衰减、高线性度中放和I、Q正交双通道，具有较高的采样率和较宽的测量波门。
The paper also discusses the design principle of super-high-speed digital circuits and some examples of combinational and sequential circuits using linear AND-OR gate are given.
本文还讨论了应用线性“与或”门设计超高速数字电路的准则以及有关的组合和时序电路设计实例。
This paper introduces two features of the linear AND-OR gate, which has very high speed and may bemulti-cascaded.
本文介绍了线性与或门具有的超高速及可多级级联等二个工作特点，并考察了它在多级进位级联电路中的应用。
This paper will mainly discuss how to realize the single-qubit gate operation in molecules and the quantum communication in linear optical system.
本文主要讨论如何在线性光学系统中实现量子通讯和在分子中实现单比特量子门。
The quantitative linear relationship between resin viscosity and filling time is also analyzed. The influences of injection gate design are discussed in the research.
研究得出注射压力及渗透率与工艺充模时间的定量反比关系，以及树脂粘度与充模时间的的定量线性关系。
This paper briefly describes the structure and principle of newly developed linear-array buried-channel CCD (BCCD) with 3-phase, polysilicon overlay-gate, and, experimental results are presented.
本文对已研制成的线阵三相多晶硅交迭栅埋沟CCD (BCCD)摄象器件的结构、原理及实验、结果做一个简要的阐述。
This paper briefly describes the structure and principle of newly developed linear-array buried-channel CCD (BCCD) with 3-phase, polysilicon overlay-gate, and, experimental results are presented.
本文对已研制成的线阵三相多晶硅交迭栅埋沟CCD (BCCD)摄象器件的结构、原理及实验、结果做一个简要的阐述。
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