说不定哪一天，这种晶体管可以满足半导体行业对微型元件的渴望。
Someday, it could quench the semiconductor industry's thirst for ever-shrinking components.
事实证明，计算机芯片元件的微型化已经势不可挡。
The miniaturisation of the components of computer chips has proved unstoppable.
硅片是半导体器材的主要元件，在印刷集成电路及微型集成仪表中有着广泛应用。
The silicon chip is a main component of the semiconductor apparatus; there is extensive application in printing the integrated circuit and miniature integrated instrument.
本文针对微型生化分析仪的结构特点，设计并制作了以硅集成加热芯片为核心元件的温度控制系统。
According to the structure of micro bio-chemical analyzer, a new type of mini temperature-controlling system was designed, whose key component was a micro-heater chip made of silicon.
高性能的微型电子元件对于微型传感器的研制是十分重要的。
Miniature electronic components with high performance are highly important for development of miniature sensor.
平面微型弹簧是微机械电子系统（MEMS）中一种常用的弹性元件，其蛄构形状的不同将显著影响其刚度系数。
The planar micro-spring is commonly used in MEMS, the rigidity coefficient of the spring changes with the structural form of the spring.
在微型计算机中，CPU是在一个单独的电子元件上，即微处理器芯片上，它在系统单元内或系统机箱内。
In a microcomputer, the CPU is on a single electronic component, the microprocessor chip, within the system unit or system cabinet.
微型光谱仪通常采用光电探测器阵列作为光谱信号获取元件，将光谱信号转化为电信号。
Micro spectrometer generally takes the SSPA (self scanned photodiode array) as sensor to turn the spectrum signal into a form of electrical signal.
方法：应用现代微型电子元件焊接在印刷版上。
Method The modern Electronic Microelements is welded onto a printed circuit board.
同时，为了达到微型化的设计目标，选用了低功耗的表贴元件、双层印制板制作电路板。
At the same time, For the purpose of the micromation, low-power surface mounting components and double deck printed circuit board are employed.
在对两种分离点在线检测方法比较和分析的基础上，采用了基于热交换原理的微型热膜传感器作为系统的测量元件。
Two methods of online measurement principle were compared, and micro thermal film sensor based on thermal exchange principle was adopted.
电流保护的构成元件有电磁感应型，晶体管型，微型机。
The constituted elements of the current protective device have three type:electromagnetic, transistor and also microcomputer.
最后，一通用于射频元件特性分析与制程监测的微型化测试结构亦被提出。
Finally, a miniature test structure for RF device characterization and process monitoring is also proposed.
介质常数为50 ~ 250，导磁率为50 ~ 100以上，适用于低成本的埋入微型无源元件。
Dielectric constant is 50 ~ 250. Permeability is 50 ~ 1100. It is suitable to burying miniaturization passive component in low cost.
该气体吸收元件能够在低温激活，是性能稳定的微型吸气剂元件。
The gas absorbing film element may be low temperature activated and has stable performance.
该系统是一个实验型的设计，所以主要运用的元件是异步电动机、可编程控制器PLC、D/A转换器和变频器等微型 元件。
The system is a experiment , so use more micro-sensors about asynchronous motor, Programmable Logic Controller PLC, D/A transducer and variable frequency and speed adjusting.
该系统是一个实验型的设计，所以主要运用的元件是异步电动机、可编程控制器PLC、D/A转换器和变频器等微型 元件。
The system is a experiment , so use more micro-sensors about asynchronous motor, Programmable Logic Controller PLC, D/A transducer and variable frequency and speed adjusting.
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