逻辑门

超导逻辑门JAWS的电压态特性分析

A Study of Voltage-State of JAWS Superconducting Logical Gate The Door

EWB下Spice模型逻辑门的实现

Realization of Spice Model Logical Gate in Electronics Workbench

本文就是利用DNA计算来设计布尔逻辑门。

My paper design a Boolean logic gate by DNA computing .

本文对基于DNA分子的逻辑门与计算机研究进行了综述。

In this paper , the DNA-based logic gates and computers were reviewed .

基于DNA分子的逻辑门与计算机

Logic Gates and Computers Based on DNA Molecules

用基本的两位量子逻辑门实现n位量子逻辑门的功能

Two-bit Quantum Gates to Implement N-bit Quantum Gates

粘贴DNA计算模型的几种分子逻辑门的实现

The Realization of Several Kinds of Molecular Logic Gate Based on Sticker Model of DNA Computing

最佳通用逻辑门的CMOS电路研究

Research of the CMOS Circuits for Optimal Universal - Logic - Gate

并介绍SOA在放大、波长变换、光逻辑门和无线光通信等方面的应用。

And the new applications in the fields of logic gate and radio-on-fiber system are presented .

应用CMOS逻辑门控制交流电源

To Control AC Supply Power with CMOS Logic Gate

GaAsIC逻辑门静态特性的分析

Analysis of Static Characteristics for GaAs IC Gates

本文利用基于模代数的三值通用逻辑门&Uk，设计了一位三值全加法器和全乘法器电路。

In this paper , one-bit ternary full-adder and full-multiplier are designed by using ternary universal-logic-gate-UkS based upon modular algebra .

理论上来说，基于DNA的分子逻辑门是DNA计算机体系结构的产生基础和DNA计算机实现技术的硬件基础。

In theory , the molecular logic gate based on DNA is considered as fundamental unit of both DNA computer architecture and implement .

在此方法中，逻辑门、输入信号和输出信号是DNA分子。

Logic gate , inputs and outputs are all DNA strands in this method , and the results demonstrating implementation of a logic AND gate .

该逻辑门有望应用于多功能光电器件的构建，在纳米生物传感和DNA分子计算机方面有广阔的应用前景。

This logic gate provided great promising for the construction of multifunctional optoelectronic devices , which had broad prospects in biological sensing and DNA computer .

本文提出了最佳通用逻辑门ULG.2的两种CMOS实用电路。

This paper presents two CMOS practical circuits for the optimal Universal-Logic-Gate ( ULG . 2 ) .

基于互补型单电子晶体管（SET）逻辑门，提出了SET加法器、移位寄存器和ROM的单元电路。

Based on logic gates of complementary single-electron transistor ( SET ), three units are proposed as follows : full adder , shift register and ROM.

用降维K图对通用逻辑门ULG3~（（F））的研究

Research of Universal-Logic-Gate ULG_3 ~ ( F ) by Means of Reduced-Dimension K-Map

DNA逻辑门与DNA计算机是目前非常活跃的研究领域，有可能解决电子计算机发展的瓶颈问题。

DNA logic gates and DNA computers are very active research areas at present , which may break through the bottle-neck of electronic computers in the future .

MOS逻辑门电路的功率损耗与其门电路的输出翻转成正比。

Heat dissipation in MOS gate is in direct Proportion to its output switching activity .

本文从DNA逻辑门的分子基础、DNA逻辑门和DNA计算机等几个方面进行了介绍，并且对可能的发展方向作了一些预期。

The molecular basis of DNA logic gates , DNA logic gates and DNA computers were introduced in this paper , and possible future directions were also predicted .

基于单电子晶体管（SET）的I＿U特性和CMOS数字电路设计思想，提出了一类互补型SET逻辑门。

Based on the I-U characteristics of single-electron transistor ( SET ) and the concepts of CMOS digital circuits design , a sort of logic gate is proposed .

FPGA技术的发展使得单个芯片上集成的逻辑门数越来越多，能实现的功能越来越复杂。

With the development of FPGA technique , more and more logical gates are integrated in one single chip and complex tasks can be achieved .

驱动复杂RLC互连树的逻辑门延时

Delay of Logic Gate Driving Large RLC Interconnect Tree

最佳通用逻辑门及ECL电路实现

Optimal Universal-Logic - Gate and Its ECL Circuit Realization

超高速ECL通用逻辑门

The door very-high speed ECL universal logic gates

三种低压高速低耗BiCMOS三态逻辑门

Kinds of Low-voltage , High-speed and Low-comsumption BiCMOS Tristate Logic Gates

在此基础上提出了基于RM型三变量通用逻辑门的查表设计方法，并给出了具体设计实例。

A tabular design method based on RM type three-variable universal logic gates is proposed and several design examples are given .

FPGA仿真结果表明，该算法只需要8000逻辑门就能实时识别出50×75像素大小的数字和字母图像，证明了算法具有较高的可行性和高效性。

The FPGA results show that it needs only 8 000 gates to recognize pictures with sizes of 50 × 75 pixels , which proves the feasibility and effectivity of the algorithm .

本文介绍了通用逻辑门与降维K图的概念，并用降维K图对ULG3~（（F））进行了讨论。

The concepts of Universal-Logic-Gate and the reduced-dimension K-map are introduced in this paper . The ULG3 ( F ) is discussed in terms of reduced-dimension K-map .