温度开关

介绍了迁移增强外延（MEE）、间隔生长和温度开关等改进的MBE技术。

Modified MBE techniques ate presented such as migration-enhanced epitaxy ( MEE ), interval growth and temperature switch .

基于InSb-In磁敏电阻器的双限温度开关的设计

Design of temperature switch based on InSb-In magnetoresistor

磁性温度开关及其迟滞特性分析

Magnetic Temperature Switch and its hysteresis Character Analysis

双阈值温度开关MAX6507/6508的应用

The Application of Dual Trip Temperature Switches

跳跃式温度开关研制

Skip diaphragm temperature switch

本文介绍一种新颖双阈值温度开关MAX6507/6508的特点，主要参数，特性及应用电路。

This paper introduces a kind of new type dual trip temperature switches-MAX6507 / MAX6508 , including its features , primary parameters and applications .

本文从簧片开关的激励特性着手，分析了磁性温度开关产生温度迟滞的原因及规律，介绍了磁性温度开关的基本特性。

Starting with stimulating characteristic of reed switch , the reason and law to happen temperature hysteresis for magnetic temperature switch are analyzed , the basic characters of magnetic temperature switch are introduced in this paper .

研究了LDMOS器件内部的最高温度与开关频率之间的关系。

The relation between the maximum temperature and the switching condition of an LDMOST under different frequencies is studied .

温度继电器开关状态检测的研究

Research and Application of Switch State Testing of Temperature Delays

蒸汽两用熨斗：它是一个带有温度调节开关的重型熨斗。

Steam and Dry Iron : a heavy iron with adjustable temperature controls .

接触网短路热循环实验多路温度测量开关切换装置

Realization of Multi-Way Switching Device Used in Shortcircuit and Heat Cycle Experiment of Catenary

结果表明，开关膜的接枝率对膜的过滤通量、温度感应开关系数和膜孔径感温变化倍数都有十分重要的影响。

The results showed that the grafting yield heavily affected water flux , responsiveness coefficient and thermo-responsive gating factor of membrane pore size .

注：切换差是指开关断开时温度和开关恢复到闭合时的温度差。

Note : the change-over difference means the difference between the temperature when the switch breaks and the one when the switch resets to close .

温控器、熔断器组件是将双金属温度控制开关，温度熔断器（温度保险管）采用高频热合的方式密封在一个塑料管（套）中，并接上引线、端子而成的成套组件。

The product encapsulates a double metal temperature controller switch or a temperature fuse in a plastic tube with high frequency heat coupling method , and links lead and ends .

而对于接枝率大于等于638%的膜，膜开关系数和膜孔径感温变化倍数总是趋近于1，膜不具备温度感应开关特性。

However , when the grafting yield was higher than 6.38 % , both responsiveness coefficient and thermo-responsive gating factor of membrane pore size were always equal to 1 , i.e. , no gating characteristics existed .

装载机驾驶室ROPS&FOPS强度有限元分析高低压开关，防冻开关，可熔栓，过载保护装置，线圈过热保护器，温度自动开关，逆相保护器。

Finity Unit Analysis for the Loader s Cab FOPS & FOBS ; High / Low Pressure Switch , Anti-frost Protector , Solube Chock , overload Protector , Coil Overheat Protector , Automatic Temperature Sensitive Switch , Anti-phase Protector .

从512支温度继电器开关状态的检测着手，介绍了温度继电器开关状态检测电路的硬件结构和软件设计思路。

The testing methods , hardware structures and software designs of the switch states for 512 temperature delays , as well as switch state bytes and block diagram of the application program to determine multiple switch states are introduced .

测量了烧结条件为1300~1350℃的陶瓷材料试样的室温电阻、RT曲线、电阻温度系数及开关温度。

Resistance at room temperature , R-T dependence , temperature coefficient of resistance and switching temperature T b of samples made from the ceramics sintered from1300to1350 ℃ for0.5h are measured .

环境温度对隔离开关稳定性影响的探讨

Probe on stability influence in a disconnector from ambient temperature fluctuation

温度感应式开关膜的接枝率对其开关特性的影响

Effect of grafting yield on gating characteristics of thermo-responsive gating membranes

分析了量子点驰豫速率即温度对光开关的影响。

The quantum dot relaxation rate , i.e. temperature influence on the optical switching is discussed .

PH值与温度感应型智能开关膜的研究

Study on pH and Thermo-Responsive Intelligent Gating Membranes

分析CYⅢ型液压操动机构系统的渗漏情况，对如何准确判断泄漏程度，如何根据温度变化调整微动开关，提高机构工作质量提出建议。

The article analyzes the leakage of CY III hydraulic actuator and put forth the suggestion on how to determine leakage degrees , adjust micro-switch with temperature variation and improve the operational quality of the mechanism .

膜盒随蒸汽温度变化控制阀门开关，起到阻汽排水作用。

The bellows controls the opening and closing of valves in accordance with steam temperature changes so as to resist steam and discharge water .

硬件电路主要包括：主控模块、数据采集处理模块、温度检测模块、开关量输入输出模块、通信模块。

The hardware was designed which includes control module , input and output of switching , data collection , temperature sensing and communication module .

与此同时，PTC热敏电阻也被加热到居里温度以上，Rt发热温度超过开关温度Tsw跃入高阻状态。

Meanwhile , PTC Thermistor is heated to above the Curie temperature , Rt heating temperature exceeding the switch temperature TSW and leaping to the state of high resistance too .

将材料在不同温度下对应的变压器模型，带入RCD正激变换器拓扑中，得到不同温度时开关电源的工作效率。

Through the model of transformer with the material at different temperatures has been leaded into the RCD forward converter topology , the efficiency of switching power supply at different temperatures have been supplied .