他请求我帮助设计一个电铃门电路。
在波峰开始时，门电路打开。
频率计由时间闸门电路和计数器组成。
其磁通门电路包括激磁和信号处理电路。
The circuit of stimulating magnetism and signal processing are included in the circuit of fluxgate.
一种可变电阻器已被添加到图中的门电路。
A variable resistor has been added to the gate circuit of the figure.
A20门电路故障。
提出了芯片门电路硅氧化层静电放电介质击穿的物理模型。
A physical model of dielectric breakdown was presented in IC silicon dioxide films.
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.
这些门电路的所有单故障可以分为向中型、无中型及掩蔽型三类。
All single faults in these gates can be divided into three types, called mid-seeking, mid-rejecting and masked.
本文介绍了该逻辑学和其在计算纳米级门电路的概率分布方面的应用。
This paper describes the logics and the using in computing the probability distribution of the nano-gate states.
然后介绍了交流CMOS门电路的设计思想及结构与工作原理上的特点。
Furthermore, the design thinking and the characteristics of structure and working principle of ac CMOS gates are introduced.
其与非门电路不仅全部由npn型晶体管构成，且结构非常简单，容易做成集成电路。
Especially, the circuit of NAND gate my be totally made by NPN transistor, and the circuit structure is simple, easily is complicated by Integrate circuit.
数字逻辑门电路作为集成电路被制造：所有组成的晶体管和电阻建立在一块半导体材料上。
Digital logic gate circuits are manufactured as integrated circuits: all the constituent transistors and resistors built on a single piece of semiconductor material.
本文对于多值逻辑代数系统中的基本运算和实现这些基本运算的门电路，作了必要的阐述。
This paper gives a necessary introduction to the base operation of the multi-valued logic algebra system and fundamental gate circuit for realizing these base operation.
交替互补定位器由D型触发器和通用门电路构成，它被证明为是一个完全故障定位的定位器。
The alternating-complementary locator is constructed by D-flip-flops and gate circuits. It is proved that it is totally fault locating.
应用门电路平衡法心血池显像，对急性心肌梗死经尿激酶静脉溶栓治疗患者测定其左心室功能。
We evaluated the left ventricular function of acute myocardial infarction patients given thrombolytic therapy with urokinase by multiple gated equilibrium cardiac blood pool imaging.
这类门电路可以用于构成四值组合逻辑电路和时序逻辑电路，也可以和DYL系列电路配合使用。
This kind of gate circuit can be used in forming 4 value combination logic circuit and order part logic circuit, it also can be combined with DYL series circuits.
这就是说，电路并不在晶体管层次进行设计，而是在门电路、触发器和存储模块的级别进行设计的。
This means, that the circuit is not designed on the level of transistors , but on the level of gates, flips-flops.
晶体管门电路比起二极管门电路来有一个显著的优点，那就是晶体管除了起门的作用外还能够放大。
The transistor gate has a distinct advantage over the diode gate in that the transistor amplifies, as well as acts as a gate.
本文介绍了一种结构简单、适于集成化的三值“阈”门电路，并设计了一个多功能三值T门集成电路。
A new three-valued logic (TVL) threshold gate circuit simple in structure and suitable for IC manufacturing is described. A three-valued t gate IC for multiple purposes is designed.
文章首先简单分析了CMOS器件工作时产生功耗泄漏的机理，即与门电路内处理数据的汉明距离成正比；
The power leakage principle of CMOS device is introduced, which is in direct portion to Hamming distance processed in gate.
介绍以中规模集成计数器为核心，结合中规模集成组合逻辑器件及少量门电路进行时序逻辑电路设计的方法。
This paper introduces one way to design scheduling logic circuit with medium-scale integrated counter at the core and based on MSI.
在硅晶片的表面将它们连接起来，就形成了逻辑门电路，这就是计算机，手机，电视机以及其它电子产品中最基础的元件。
Linked together on the surfaces of silicon chips, they form the logic gates that do the calculations in computers, mobile phones, television sets and other electronic gadgets.
在逻辑门电路测试技术中，可以在泛序测试法基础上建立故障诊断树，用于完成单电路故障的检测与定位诊断。
In the technologys of logic circuit test, we can use diagnosis tree to finish the test of logic element fault.
低成本标签用于计算和操作的门电路是十分有限的，所以设计提供一定安全保护的低成本RFID系统并非易事。
The number of the gates which used to computation and operation in tags are limited. Thereby, it is hard to design a low-cost RFID system with enough security protection.
开关-信号理论与传统的电路设计理论不同，它不是以门电路或其它集成块为基本单元，而是以开关元件为构造单元。
The switch-signal theory is different from the traditional theory of circuit design. It is not based on the module cells of gates or other ICs, but on the switch devices.
论证了用这些门电路所构成的二值逻辑系统对所有向中型故障是完全自校验的。而对无中型故障，该系统是易于测试的。
It is proven that the binary logic system realized with these gates is totally self-checking for mid-seeking faults.
该电路采用晶体管门电路及可控硅代替继电器进行程序控制。具有体积小、成本低、使用稳定可靠、抗干扰能力强、控制精度高等优点。
By using gate control and SCR rectifier circuit instead of relay control system, it makes the unit smaller, cost lower, reliability higher and control function more accurate.
提出了一种建立数字门电路宏模型的方法 ，采用该方法建立的门电路宏模型可以对门电路以及由门电路构成的数字电路进行逻辑仿真 。
The said digital gate circuit macro model can be used to perform a logical simulation for gate circurit and the digital circuit formed by the gate circuit.
提出了一种建立数字门电路宏模型的方法 ，采用该方法建立的门电路宏模型可以对门电路以及由门电路构成的数字电路进行逻辑仿真 。
The said digital gate circuit macro model can be used to perform a logical simulation for gate circurit and the digital circuit formed by the gate circuit.
应用推荐