本论文主要讨论怎样利用PSPICE软件模拟压力传感器中由扩散电阻形成的非线性电路。
How to use the program PSPICE to simulate nonlinear circuits formed by diffusion resistors in pressure sensor and analyze the simulation results compared with experiment are discussed.
对ESD应力下扩散电阻的四个区域：线性区、饱和区、雪崩倍增和负微分电阻区、二次击穿区的模型进行了分析。
Diffused resistor model under ESD stress in linear, saturation, multiplication and snapback, and secondary breakdown regions was analyzed.
本文指出组成压阻型压力传感器电桥的电阻受温度、输入电压、压力的共同影响，在此基础上提出非线性扩散电阻的多维模型。
The phenomenon is called electric nonlinearity for sensitivity. The nonlinear resistors, forming the bridge in pressure sensor, are influenced by temperature, input voltage and pressure together.
介绍了F4112离子交换膜的材料结构、性能参数及膜电阻、膜中扩散系数的测定方法。
The determination of material structure, performance parameters and membrane resistance, membrane diffusion coefficient of the F4112 ion exchange membrane were introduced.
薄膜电阻率随退火温度的变化行为与薄膜微观结构的变化以及界面扩散有关。
The annealing behavior of the resistivity is correlated with the microstructure and interfacial diffusion of the films.
并用该仪器测定了硼扩散片的薄层电阻分布。
This instrument has been used for measuring the sheet resistance distribution for Boron diffusion chip.
并用该仪器测定了硼扩散片的薄层电阻分布。
This instrument has been used to measure the sheet resistance distribution for Boron diffusion chip.
对寄生电阻、扩散长度和表面复合速率等影响太阳能电池转换效率的主要因素进行了深入分析。
The main conversion efficiency of solar cell factors such as stray resistance, diffusion length and compound rate were analyzed, too.
用电阻法研究钢氮化扩散规律。
The electric-resistance method is employed to study the diffusion of nitrogen in steel.
以数值结果揭示外延层的体电阻率及厚度、活性区载流子的扩散长度、模增益和丝区宽度等参量对上述各种分布的影响。
Numerical results indicate how the various parameters such as bulk resistivity and carrier diffusion length in the active region affect the profiles.
在电阻对焊机上，利用电阻热直接进行石墨向钢表面扩散工艺的研究。
This paper deals with the technology to make graphite to diffuse directly to the surface of steel on the resistance welding machine.
磷扩散层还充当用于提升电压的后表面场以及具有低电阻率的后接触部。
The phosphorus-diffused layer also serves as a back surface field to raise the voltage and a back contact with low resistivity.
本发明降低了导电插塞的电阻，并且降低了扩散的离子进入MOS单元的沟道区域的可能性。
By using the invention, the resistance of the conductive plug can be reduced and the possibility of entering a channel area of the MOS unit by diffused ions can be reduced.
铜与低碳钢电阻扩散焊；静触头；电极形状；嵌料； 电位差；
Resistance diffusing soldering of copper and mild steel Static contact Electrode shape Inserting solder Potential difference;
通过抑 制上述金属成分从电极（3）向发热电阻器（2）的扩散，能够防止发热电阻器（2）及电极（3）的剥离。
Removal of the heat resistive element (2) and the electrode (3) is prevented by suppressing the diffusion of the metal component from the electrode (3) to the heat resistive element (2).
通过抑 制上述金属成分从电极（3）向发热电阻器（2）的扩散，能够防止发热电阻器（2）及电极（3）的剥离。
Removal of the heat resistive element (2) and the electrode (3) is prevented by suppressing the diffusion of the metal component from the electrode (3) to the heat resistive element (2).
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