即便当库兹韦尔将历史向后延伸至晶体管计算技术还未出现的上世纪初——即使用继电器和真空管的几十年间时，曲线依然表现出令人惊异的稳定性。
The curves held eerily steady, even when Kurzweil extended his backward through the decades of pretransistor computing technologies like relays and vacuum tubes, all the way back to 1900.
计算机科学家哈里·波特(Harry Porter)博士用继电器制作了一台八位机。继电器是一种电子开关，是比Magic- 1用的晶体管更加简单的元器件。
Computer scientist Dr Harry Porter built his 8-bit machine from relays - electronic switches that are even simpler than the transistors used in Magic-1.
由单片计算机控制的计数器自动产生通1秒停4秒的信号，使5路继电器输出带动电喇叭轮流通电。
By single chip computer control of counter automatically generate tong 1 second stop 4 seconds of signal, make no. 5 relay output drive electric horn turns electrify.
分析了微机ul P失磁继电器的准确动作方程及整定计算方法，弥补了某些文献的不妥或不足之处。
Accurate operation equation and setting calculation on microprocessor based UL-P loss of excitation relay are analyzed in this paper which has supplied a deficiency in some works or papers.
继电器动态特性研究关键问题之一是转动惯量的正确计算。
Calculating the moment of inertia correctly is very important for studying the dynamic characteristic of a relay.
通过对BH曲线的分段处理，定量计算了双继电器之间的电磁干扰力矩。
Through the subsection process of BH curve, the electromagnetic interference torque between two relays was quantitatively calculated.
本文介绍了一种利用计算机多媒体技术实现在继电器失效分析过程中对样品进行快速拍照的数字成像系统。
A digital image system for rapid imaging sample during the failure analysis of relays by using computer multimedia technology is introduced.
介绍中间继电器和信号继电器电流线圈的计算，着重分析信号继电器所需满足的条件和在不同情况下的选型。
Calculation of current coil is discussed to middle relay and signal relay, lay stress on signal relay that contents condition and selects a type in different circumstances.
探讨了间歇刮水继电器和电子调节器的测控原理与计算机测控系统的软件和硬件结构。
This paper probes into the observe and control principles of wiper intermittent relay and electronic regulator and the structure of software and hardware of computer observe and control system.
主要介绍继电器终端检测自动线中继电器参数计算机检测与数据处理部分。
The part of relay's parameters check by computer was introduced in this paper.
设计和实现了一种采用工控机与温度模块、PWM输出卡、固态继电器及相关控制电路搭建的计算机电阻炉温度控制系统。
Temperature computer control system of a resistance furnace is designed with industry person computer (IPC), temperature input module, PWM output card, solid state relay(SSR) and interrelated circuit.
操作表示机是计算机联锁系统中关键的人机界面设备，硬件上利用继电器组成的逻辑电路，实现双机热备的倒机逻辑控制和设备接口电缆的动态切换。
Therefore it is necessary to perfect the existing relay equipment based on the rule of fault-safety in order to achieve the function of railway signal computer-based interlocking control system.
本文运用计算机辅助测试技术，提出了飞机继电器盒计算机辅助测试设计方案，并对测试系统的研制及验证情况进行了说明。
In this article, we give the scheme of the relay box's computer auxiliary test, and state the test system's study and its verification.
本文利用计算机集成技术，采用PC机、ADAM- 4000系列模块和固态继电器等构建了计算机控温系统。
Utilizeing computer integration technology, the system is established by PC, SSR and ADAM-4000 series module mostly.
在铁路车站信号控制领域，目前应用最广的是6502电气集中和以继电器为执行机构的计算机联锁系统。
Nowadays the 6502 electric centralization and the computer interlocking system with actuator of relays are widely applied in the railway signal control system.
可编程控制器(PLC)将传统的继电器控制技术、计算机控制技术和通信技术融为一体，专为工业控制而设计。
Integrating the conventional relay control, computer control and communication control technologies, programmable logic control (PLC) is designed specially for industrial control.
分析了热过载继电器的工作特点及失效模式，提出了热过载继电器的可靠性指标与其可靠性特征量的计算方法，阐述了热过载继电器的可靠性试验方法与可靠性试验设备。
The article analyzes the operation character and the invalidation mode of thermal over-load relay and puts forward the reliability index and the calculation method of reliability characteristic.
5台发电机进行保护保护类型的配置，保护的整定计算及校验，继电器的选型。
Generator relay protection contains choosing the protection style of the 5 generator, setting calculation as well as the verification and confirm relay style.
为提高JZXC - 480型轨道电路一次调整的能力，提出改变轨道继电器返还系数的方法，并进行计算机仿真计算。
A method for improving the ability of JZXC 480 track circuit once adjusting was presented. The method is to in crease the ratio of release voltage and work voltage of track relay.
为提高JZXC - 480型轨道电路一次调整的能力，提出改变轨道继电器返还系数的方法，并进行计算机仿真计算。
A method for improving the ability of JZXC 480 track circuit once adjusting was presented. The method is to in crease the ratio of release voltage and work voltage of track relay.
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