temperature switch

[ˈtɛmpərəˌtʃʊr swɪtʃ][ˈtempəritʃə switʃ]

温度开关

  • Design of temperature switch based on InSb-In magnetoresistor

    基于InSb-In磁敏电阻器的双限 温度 开关的设计

  • When the beads are heated in humid conditions to the temperature at which they switch from a crystalline to an amorphous structure the dirt is drawn into the core of the bead where it remains locked in place .

    当珠子在潮湿的环境中被加热到一定 温度时,会从晶体结构 转换为非结晶结构。此时污垢会被吸入,并被锁定在尼龙珠的内核中。

  • The paper test and research the dynamic characteristics of the pressure temperature controller switch which is widely used in all kinds of refrigeration household electrical appliances in our country .

    本论文针对目前我国各种制冷家用电器中广泛使用的压力式 温控开关的动态特性进行了测试与研究。

  • Discusses some problems such as water supply temperature switch temperature cold water temperature the match between water pump and system and so on .

    针对冷却塔供冷系统中的供冷形式的选择、供水 温度的选择、 切换温度的确定、冷水温度的控制以及冷却水泵与系统的匹配等问题进行讨论。

  • Back-tracking simulation of constant temperature operation switch and dynamic problem of products design in free radical polymerization process is completed and validated in this simultaneous approach .

    应用该求解方法进行了自由基聚合反应 恒温操作 切换的回溯模拟及产品设计动态优化,验证了方法的可行性。

  • Operating temperature of thermostatic switch

    恒温 开关的动作 温度

  • Engine high temperature alarm switch

    发动机 高温告警 开关

  • This paper has discussed the problem of electromagnetic fan clutch for automobile that consists of brush and circuit of electronic temperature control which appeared in application . The electromagnetic clutch with circuit of the wax temperature control switch and the structure without brush is studied .

    分析了电子温控电路和有电刷结构的汽车电磁风扇离合器在推广应用中存在的问题,研究了蜡质 温控 开关 电路和无电刷结构的电磁风扇离合器的磁路。

  • Theory and Design for Temperature Monitoring of High-voltage Switch Cabinet base on Fiber Optical Sensing

    基于光纤传感的高压 开关温度监测原理与设计

  • Skip diaphragm temperature switch

    跳跃式 温度 开关 研制

  • It can reach the purpose to make the operation convenient and save the power to utilize the fuzzy controller instead of the temperature control switch in the residential central air-conditioner system .

    在家用中央空调系统中采用模糊控制器代替传统的 温控 开关,能达到操作方便,省电节能的目的。

  • The Dynamic Characteristic Testing Technology for the Pressure Temperature Controller Switch

    压力式 温控开关动态特性测试技术

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

    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。

  • 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 .

    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。

  • Restoring temperature of thermostatic switch

    恒温 开关的复原 温度

  • According to this principles in next paper a new type of temperature control switch is put forward .

    在后续文章中,将遵循这些原则,提供一种新型的 温控

  • 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 .

    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。

  • Research on Pulse Tube Refrigerator with Low Temperature Switch Valve

    低温 旋转阀式脉冲管制冷机的实验及理论研究

  • The Development of High & Low Temperature Car Body System Switch Fatigue Test - Rig

    低温车身系统 开关疲劳试验台架的开发

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

    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。

  • The switch controlled by magnetism and temperature was studied . The applying temperature of the switch is 3 ~ 10 ℃(± 3 ℃) . The magnetic conductor induced temperature and permanent field were made of Cu-Ni-Si-Mn alloy and bounded Nd-Fe-B respectively .

    研究了使用 温度范围在3~10℃(±3℃)的感温磁控 开关,开关中的感温导磁体和恒磁源分别用Cu-Ni-Si-Mn合金和快淬Nd-Fe-B粘结磁体制成。

  • Offset temperature of thermostatic switch

    恒温 开关的偏移 温度

  • The approach is designed a group of temperature controlled switch circuit which control whether the parallel resistance is activated or not . Temperature signal is come from bridge voltage signal which is power supply by constant current source .

    技术途径是设计一组 温控 开关电路来控制并联电阻器是否接入,温度信号来源于恒流源供电下的传感器桥压信号。

  • 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 .

    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。

  • Design of on-line Measuring Device of Busbar Temperature Rise for HV Switch Board

    高压 开关柜母线 升在线测量装置的设计

  • Magnetic Temperature Switch and its hysteresis Character Analysis

    磁性 温度 开关及其迟滞特性分析

  • A novel low temperature switch material VO2 thin film was fabricated by ion-sputtering and annealing .

    采用离子束溅射和退火工艺制备了一种新的相变型薄膜 VO2

  • A temperature sensibility feeler of the temperature detect switch is disposed on the outer body .

    所述温控 开关的感 探头安装在外杯体上。