电容变化的英文

• change in capacitance
• change in capacity

• "电容"英文翻译    electric capacity; capacitan ...
• "变化"英文翻译    change; variety; transformat ...
• "电容变化比" 英文翻译 :    ratio of varying capacitance
• "电容变换器" 英文翻译 :    capacitance transducer; capacitive tra ducer; capacitive transducer
• "等[定]容变化" 英文翻译 :    isometric change
• "等容变化" 英文翻译 :    constant volume change
• "光致容变 光电容" 英文翻译 :    photocapacitance
• "电容器容量变化律" 英文翻译 :    law of condenser
• "随时变化的电容" 英文翻译 :    time-varying capacitance
• "不容变通" 英文翻译 :    brook no adaptation; be inflexible; tolerate no other alternative
• "光致容变" 英文翻译 :    photocapacitance
• "容变弹性模数" 英文翻译 :    modulus bulk
• "容变弹性模组" 英文翻译 :    bulk modulus
• "电容" 英文翻译 :    electric capacity; capacitance; capacity
• "变化" 英文翻译 :    1.(事物在形态或本质上产生新的状况) change; variety; transformation; variation; varying; alleosis; variance; alteration; modification 化学变化 chemical change; 物理变化 physical change; 气温的变化 variations of temperature; fluctuations of temperature; 呈现形式上的无穷变化 take on an infinite variety of form; 昼夜变化 daily variations; 可能变化 be capable of variation; 随 ... 而变化 variation with ...; 富于变化的 be full of variety; 我家乡有了很大的变化。 great changes have taken place in my home village. 他的文体缺乏变化。 his writing lacks variety.2.(改变, 更改) change; vary 变化无常 constantly changing; changing all the time; 他发球变化多端。 he's always changing his way of serving. 英格兰的天气常常变化。 the weather often changes in england.; 变化范围 range of variation; excursion; span; 变化率 rate of change; slewing rate; 变化模 changing pattern; 变化区域 region of variation; domain of variation; 变化性 variability; 变化运动 allassotonic (指成熟植物器官的运动)
• "电容器电容" 英文翻译 :    capacitor capacitance; condenser capactiance; condensercapactiance
• "变化；变量；变化量" 英文翻译 :    variation
• "比电容" 英文翻译 :    specific capacitance
• "箔电容" 英文翻译 :    sheet capacitance
• "初电容" 英文翻译 :    initial capacitance
• "单电容" 英文翻译 :    single capacitor
• "党电容" 英文翻译 :    tuning capacity
• "倒电容" 英文翻译 :    elastance; stiffness
• "低电容" 英文翻译 :    loca low capacitance
• "地电容" 英文翻译 :    earth capacitance

• Besides , according to the finite element method we acquire the relationship capsule is pressure , and the relationship capsule is radius . find the way to reduce linear error and increase capacitance ' s variety
  另外，根据有限元方法的计算，得到了石英压力传感器的变形量大小以及压力、变形量大小与悬臂半径等之间关系，从而找到了减小线性误差和增大电容变化量的办法。
• Mems ( micro electromechanical system ) has become one of the most rapidly development technologies . along with the rapid development of mems techniques , capacitive sensor is used widely whose capacitance changes small , which has put forward the new request to the measurement technique . the common measure for capacitance measurement is that convert capacitance to voltage , electric current or frequency . the area of polar plate of the capacitor becomes smaller and smaller , and the total capacitance of micro capacitive sensor is usually several pico farad only . as a result , its change amount is smaller
  Mems ( microelectromechanicalsystem )近年来发展最快的技术之一,随着mems技术的快速发展,电容式加速度计的电容变化变化量越来越小,对检测技术提出了新的要求。在电容式传感器中,常用电容检测电路是将其转换为电压、电流或者频率信号。目前的微型电容传感器的极板面积变得越来越小,电容总量只有几个pf ,变化量就更小。
• In addition , based on the analysis of the change of inter - electrode capacitances as changing working condition , a sub - circuit model for a power mosfet is developed and all model parameters can be easily extracted by data sheet . conducted emi includes two modes : differential - mode ( dm ) and common - mode ( cm )
  功率mosfet的开关动态特性主要受其极间非线性电容和外部工作条件的影响，在分析了功率mosfet在开关过程中各极间电容变化的基础上，本文以小信号ldmos为内核，提出了子电路形式的功率mosfet高频模型，所有的模型参数也都可以利用产品数据曲线获得。
• In order to make the sensitivity of 2 - demension accelerometer along the two main arbors almost identical , symmetric four - beam structure that embeds a double - sides interdigitated differential capacitive with puckered beam in two directions was used as sensitive component . in addition , the differential capacitive accelerometer fabricated by bulky silicon micromechanical technique has high sensitivity , wide measurement scope , less nonlinear error , and simple converting circuit . then , the structure parameters of the sensitive component were calculated and stimulated , which results in a set of the optimized structure design parameters , main fabrication procedure and several key fabrication technology
  为使二维振动传感器在两主轴方向的灵敏度大致相同,敏感元件采用高度对称的四梁结构,其中每个轴向上均采用带折叠梁的双侧叉指电容结构,采用体硅微机械工艺制作的高深宽比叉指电容式敏感元件,具有高灵敏度、宽量程、非线性误差小、外围电路简单等优点;对设计的敏感元件结构参数进行了计算,并利用有限元法进行了仿真分析,根据仿真结果得出了优化参数;在确定敏感结构的基础上,研究了敏感元件采用体硅微机械加工工艺制作的工艺流程和关键工艺技术;对敏感芯片内部的c - v接口电路进行了原理设计与分析,利用差动测量技术得到由振动引起的微小电容变化量,经c - v接口电路进行相位调制处理,然后通过解调输出与加速度成正比的电压信号。