XOR gate
英
美
网络 异或门; 互斥或门; 互斥或闸; 异或; 互斥闸
双语例句
- XOR gate: If the gate has a cross sign inside it, it's used to split one path into several paths.
XORgate：如果gate中有一个十字，它就用于将一条流分叉为多条。 - Influence of input duty cycle on difference frequency performance based on XOR gate mixer
输入信号的占空比对异或门混频器差频输出的影响 - Research on the Performance of All Optical XOR Gate based on SOA-Assisted
基于SOA辅助的全光逻辑异或门性能研究 - Function Minimization of Combinational Logic Cad Based on XOR Gate The Door
基于异或门的组合逻辑化简CAD - Low Power Technology for Static Logic Circuit Based on XOR Gate
基于XOR门的静态逻辑电路功耗优化技术 - The main errors above are CLK frequency and XOR gate phase detection. At the best frequency, the sum of the two errors is nearly ± 1% FS.
通过分析，认为起主要作用的是CLK频率和异或门检相带来的误差，在最佳CLK频率，两项之和近达±1%FS。 - A Novel Optimization Approach for Low Power XOR Gate Decomposition
异或门低功耗优化展开方法 - The input signal is nonlinearly transferred through the function of XOR gate, so higher even order frequency components are gotten.
应用异或逻辑运算，对输入信号进行非线性变换，产生偶次高阶谐波分量，实现二倍频功能。 - Based on polarity conversion, an optimal XOR gate decomposition for static logic circuit is designed in order to minimize the power dissipation.
通过极性转换，可迅速得到基于XOR门的静态逻辑电路的最优结构，达到优化功耗的目的。 - The numerical model of semiconductor optical amplifier based on the carrier rate equation and non-degenerate four-wave mixing effect of SOA are studied, and the multi-input RZ/ NRZ-DPSK format data logic XOR gate and RZ-OOK format logic AND gate are put forward.
研究了基于载流子速率方程的半导体光放大器分段数值模型和SOA的非简并四波混频效应，在此基础上提出了三输入的RZ/NZR-DPSK格式数据逻辑异或门和RZ-OOK格式逻辑与门方案。 - In addition, the performance of XOR logic gate can be improved by additional control pulse. However, the increase of control pulse power would deteriorate the output signal, and then the control pulse power should be chosen properly.
增加控制脉冲，可以提高逻辑异或门的性能，但同时，控制脉冲功率的增加也会使输出信号恶化，因此需要合理选择控制脉冲的功率。 - In the proposed scheme, it does not need to reconfigure the parameters of the system, only change the input signal, two or three input DPSK format logic XOR gate and RZ-OOK format logic AND gate can be realized.
该方案无需重新配置系统的参数，仅改变输入信号即可实现两输入或三输入的RZ/NRZ-DPSK格式逻辑异或门和RZ-OOK格式逻辑与门。 - The optical information processing was realized with the BR film. Based on the properties of photoinduced anisotropy of BR film, a scheme of all-optical logic gates is presented theoretically and experimentally. The all-optical logic AND, OR, XOR etc gate operations have been demonstrated experimentally.
研究了菌紫质薄膜样品在光信息处理中的应用：提出了一种基于菌紫质光致各向异性的全光逻辑运算方案，并利用它实现了与、或和异或等全光逻辑操作。