1) voltage dependent resistor
电压敏感电阻
2) sensitive resistance
敏感电阻
1.
The resistance-temperature characteristic of the sensitive resistance prepared by polycrystalline La0.
33)MnO_3多晶材料制成的敏感电阻,我们发现La_(0。
2.
This paper presents the theory and performance of the endurance lightning tester for sensitive resistance.
介绍一种使用于敏感电阻的耐雷电波冲击测试仪的工作原理和基本性能,分别从雷电波产生电路,控制电路,冲击次数和时间控制电路等方面详细的介绍了电路设计思想。
3) varistor
[və'ristə]
压敏电阻
1.
Progress in study on nonlinear electrical transporting theory of varistor;
压敏电阻非线性电输运理论研究进展
2.
Effect of nano-sized TiO_2 doping on ZnO varistor;
纳米TiO_对ZnO压敏电阻的影响
3.
Preparation of doped ZnO nano-powders and ZnO varistors by different methods;
不同方法合成掺杂ZnO粉体制备ZnO压敏电阻
4) varistors
压敏电阻
1.
Then ZnO varistors were prepared at different sintering temperatures.
以金属离子盐和草酸为原料,采用室温固相化学反应合成掺杂ZnO前驱物,根据DSC-TG分析结果,将其在450℃热分解2 h,得到掺杂ZnO粉体,并用此粉体制备了片式ZnO压敏电阻。
2.
Using zinc nitrate, urea and additives as raw materials, doped ZnO nanopowders for varistors were prepared by the self-propagating combustion method.
以硝酸锌、尿素以及其它添加剂为原料,通过自蔓延燃烧法一次性合成了ZnO压敏电阻用掺杂纳米粉体。
3.
The research progress of Microwave-sintered Zinc oxide varistors was reviewed.
但压敏电阻组分较多,微波快速烧结时,组分通过扩散和迁移在微观上均匀分布较难,可能对电性能有一定影响。
5) Piezoresistance
[pai,i:zəuri'zistəns]
压敏电阻
1.
Lightning Protection Discussion on Life of Piezoresistance used in Power System;
浅谈压敏电阻在电源防雷中的使用寿命
2.
The optimum position and arrangement of four piezoresistances on rectangle diaphragm and the optimum dimension of the piezoresistances were determined.
探讨了一种新型金刚石膜压力传感器的优化设计方法,采用了计算机辅助设计,用数值计算中的有限元理论和ANSYS程序,模拟传感器承载金刚石膜的应力场分布,确定了掺硼金刚石压敏电阻条的尺寸、最佳位置和排列方式。
6) piezoresistor
压敏电阻
1.
A Study of the Piezoresistor Used as Low Vacuum Gauge;
压敏电阻用于低真空测量的研究
2.
The impulse voltage caused by intrusion oflightning wave into low voltage power cable laying down inpower dispatching center building is researched when thefactors, such as different cable wiring schemes, whether thepiezoresistors are installed and the number of piezoresistorgroups, are respectively considered.
针对雷电波侵入电力调度通信大楼电源线引起的冲击电压进行仿真研究,分别考虑不同的电缆接线方式、是否接压敏电阻以及压敏电阻的组数对冲击电压的影响。
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条