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- NAND logic gates 4输入与非门
- Lesson1 How does a logic gate in a microchip work? 第一课芯片上的逻辑门是如何工作的?
- SSI chips are usually basic logic gates and flip-flops. 小型集成电路通常是最基本的逻辑栅门。
- Design of Nand and Nor logic gates based on RTD 基于RTD的与非门和或非门设计
- A magnetic processor constitutes an array of logic gates, each of them programmable individually by the software. 磁处理器由逻辑闸阵列所组成，其中每个闸都可以由软体独立编程。
- The popular oscillator design which uses a resistor, one or more logic gates, a quartz crystal, and a couple of capacitors should never be used! 一般振荡器设计都用一个电阻、一个或几个逻辑门、一个晶体、两个电容，在这里绝对不能用。
- Because of the programmability of the logic gates, hardware no longer determines processor capabilities. 由于逻辑闸可编程，所以处理器的功能不再由硬体所决定。
- Can scientists come up with suitable interactions to implement quantum logic gates reliably? 科学家能不能想出合适的交互作用，让逻辑闸可靠地运作？
- Based on logic gates of complementary single-electron transistor (SET), three units are proposed as follows: full adder, shift register and ROM. 摘要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。
- Quantum logic gates must do similar operations and must also accept quantum superpositions of bits as inputs and produce superpositions as outputs. 量子逻辑闸得进行类似的运算，也必须能以量子叠加的方式输入位元，然后产生叠加状态的输出。
- And researchers could entangle one string with another to transfer data and perform processing tasks that require the action of many logic gates. 而且研究人员可以让短链彼此缠结以传递资料，并且执行需要用到许多逻辑闸的运算。
- Literal Logic Gate, ternary invertor has been explained by this quenching concept. 主要从事化合物半导体器件及其集成电路、单片及混合光电集成电路的研究工作。
- Perhaps one of the most imposing hurdles is to develop a compiler language and new algorithms that take full advantage of the real-time reprogrammability of the logic gates. 最主要的障碍或许在于，科学家必须得发展出，能够充份发挥逻辑闸可即时编程性质的编译语言与全新的演算法。
- In chapter two, A new scheme to realize quantum logic gates, including CNOT gate and swap gates, and quantum teleportation are described by making use of Josephson junctions. 本文研究约瑟夫森结和腔场相互作用的量子动力学行为，并研究利用此类相互作用系统实现量子计算和量子信息处理的方法。
- Clock regulate the operation of a digital system by allowing time for new results to be calculated by logic gates and then capturing the results in flip-flops. 时钟信号控制着数字系统的操作，它让逻辑门计算新的结果，然后由触发器存储执行结果。
- This paper describes the algorithm which mixed PWM and FRC grayscale used in 256 K color LCD driver. This arithmetic implementation reduces hardware logic gates and frequency. 摘要讨论了一种支持256K彩色无源液晶显示驱动芯片中的灰度调制算法。该算法达到64级灰度，采用了PWM和FRC混合调制，并在硬件结构上进行了改进设计，可以减少硬件逻辑，降低频率要求。
- After study a series array multipliers algorithms and architectures, . the author design a high-performance multiplier in logic gate level, which using Booth and Wallace skill. 本文研究讨论了各种不同阵列乘法器的结构和原理,并完成了在门电路级设计了32位基4Booth编码并采用42压缩的Wallace高性能阵列乘法器电路。
- Once this occurs, even though the ions may be widely separated, the manipulation of one of the qubits will affect the other, allowing the construction of a CNOT logic gate. 一旦这事发生了，即使离子距离很远，操纵其中一个量子位元时还是会影响到另外一个，所以可以做出成功的CNOT逻辑闸。
- A new technology based on molecular logic gates, jointly developed by HP labs and UCLA, can store vast amounts of data permanently, yield a100 billion reduction in power consumption, and put100 workstations on the size of a grain of sand. 一件hp研究室及UCLA大学合作发展出来耶分子开关技术,有法度永远记录足侪资料、比今阿日耶技术省电一千亿倍、一粒沙遐细粒仔囝耶晶体有法度代替今阿日一百台工作站型电脑耶计算能力。
- One can also imagine changing the orientation of the source or drain with a magnetic field, introducing an additional type of control that is not possible with a conventional FET: logic gates whose functions can be changed on the fly. 想像一下，如果可以利用磁场来改变源极与汲极的磁性方向，这就等于引进了一种新的控制方法，可以制造出运作时能切换功能的逻辑闸，这是传统FET办不到的。
