逻辑线路用英语怎么说,逻辑线路的英文翻译


词语导航

基本信息

词语:逻辑线路

繁体:邏輯線路

拼音:luó jí xiàn lù

英语翻译

【电】 logic circuit

分词翻译

逻辑的英语翻译:

logic
【计】 logic
【经】 logic

线路的英语翻译:

circuitry; line; route
【计】 circuit; L

翻译例句

1. 流体逻辑时序线路分为确定型逻辑线路和随机型线路

A fluid logic sequential network can be classified as deterministic logic circuit and stochastic logic circuit.

2. 在逻辑线路的设计中,逻辑表达式越简单,线路实现时就越经济。

In the design of logical circuit, the simpler the logical expression is, the more economical is the realization of the circuit.

3. 此方法是可编程序控制系统或单片机控制系统的逻辑线路设计基础。

This method is the logic design base of programmable logic control system or single-microcomputer control system.

4. 时序线路的设计方法迄今仍不很完善,而随机型逻辑线路的设计就研究得更少。

So far, there are no perfect methods for designing sequential circuit, while researches on designing stochastic circuit are even fewer.

5. 液压和气压传动。液力逻辑线路。第2部分:与逻辑符号相对应的供液和排液符号。

Fluid power systems and components. Fluid logic circuits. Part 2: symbols for supply and exhausts as related to logic symbols.

6. 详细阐明卧式多头打眼机气动膜片逻辑控制系统的设计,逻辑线路,工作原理及其调试。

It describes the designing, logic circuit, working principle and adjustment of the pneumatic rubber plate logic control system attached to the horizontal multiple-hollow-chisel mortiser.

7. 本文利用布尔差分的性质,给出了一种不同于传统的求组合逻辑线路故障测试码的新方法,对故障测试有一定的简化作用。

The properties of Boolean difference are made use of to derive a new method for fault testing in combinational logic circuits. This method is simpler and different from the traditional one.

8. 介绍了根据工艺要求系统地构成状态表和程序图,写逻辑表达式。画控制线路的具体方法。www.wENTIYi.com

It can be used to systematically construct state array and sequence diagram, write logic expressions, and draw control circuit diagram based on technical requirements.

9. 算术逻辑运算器:执行运算功能的中央处理器内的线路

ALU: arithmetic Logic Unit; the circuitry within the CPU which performs all arithmetic functions.

10. 你可能会认为你遵循了一条直线线来找出答案,而且这一切都是非常合乎逻辑的。

You may think that you followed along a straight course to figure something out, and that it is all very logical.

11. 通过运用逻辑函数的方法,对多台电机多种状态控制线路提出了新型实用的设计方法及设计电路。

The new practical design method and design circuit for multi-state control of multi electric machinery are provided in this paper by using the method of logical function.

12. 介绍了有关规程和反措对失灵保护的要求,分析了线路失灵保护和变压器失灵保护的起动逻辑

The paper introduces some relevant contents about failure protection in regulations and countermeasures, analyzes the startup logic of line failure protection and transformer failure protection.

13. 网络故障可以根据其性质分为物理故障和逻辑故障,也可以根据故障的对象分为线路故障、路由器故障和主机故障。

The network faults may be divided into physical faults and logic faults according to its nature, and also may be divided into the line fault, router faults and faults of main processor.

14. 老式龙门刨床的电控部份采用继电器逻辑控制,线路复杂,故障率高,查找故障困难。

Relay logic control is used in old planer, and its circuitry is complicated, so the malfunction rate is high, and it is difficult to find the malfunction out.

15. 逻辑模块对某通用船舶继电接触器辅机控制线路进行改造、编程、接线的实例,给出了基于LOGO !

By discussing a practical example about reconstructing, programming and contacting of general Marine auxiliaries control circuits (including electric relays and contactors) in which LOGO!

16. 对电路实验中继电接触器控制线路进行了研究分析,并提出由逻辑函数实现其控制的方法。

The article analyses control circuit of relay contactor in electric circuit experiment and puts forward to control it with logic function.

17. 传统的数字系统通过设计线路板实现系统性能,而可编程器件是通过设计芯片内部的互联逻辑来实现系统功能。

The programmable digital devices implement the logical function by designed internal logic array block while the traditional digital systems do it by designed printed circuit block.

18. 现有数控机床的限位保护装置普遍采用的控制方式是正逻辑控制,这种控制方式可能因线路开路而产生限位失灵现象。

Current CNC machines are provided with a positive control limitation protection device, then it is likely to happen malfunction due to its open circuit.

19. 基于LOGO !逻辑模块的船舶辅机电气控制线路易维护保养、易排故障、易修改功能。

Electric control circuit of Marine auxiliaries can be maintained and debugged easily, and its junctions can be changed conveniently, where LOGO! Modules are used.

20. 基于LOGO !逻辑模块的船舶辅机电气控制线路易维护保养、易排故障、易修改功能。

Electric control circuit of Marine auxiliaries can be maintained and debugged easily, and its junctions can be changed conveniently, where LOGO! Modules are used.

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