- 负载阻抗
- load: n. 1.装载，担子；负担；工作(负荷)量。 2.(车船 ...
- impedance: n. 【物理学】阻抗。 acoustic impedan ...
- no load impedance: 无载阻抗
- allowable load impedance: 允许的负载阻抗
- anode-load impedance: 阳极负荷阻抗; 阳极负载阻抗
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load impedance中文什么意思
- 负载阻抗
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例句与用法
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- Studies on a kind of wave absorber which is loading impedance . recently , a new structure of wave absorber is brought forward which is constructed of fss loading diodes . the dissertation qualitatively analyses this structure
2一类加载阻抗吸波材料的研究及应用本文定性分析了最近国外所提出的一种在频率选择表面( fss )上加载二极管的吸波材料。 - The shortcoming of using voltage and power to describe the voltage critical state is analyzed and the load impedance angle is introduced for the critical point of voltage . the ternary analysis method of voltage v , power p and load impedance angle is established
本文首先分析了采用电压和功率描述电压临界状态的不足,提出了引入负荷阻抗角的三个参数来描述电压临界状态,即电压v 、功率p和负荷阻抗角的三元分析法。 - As the experiment results show , multiple reasons led to the offset of oscillating frequency , including diode ’ s nonlinear characteristic , fluctuation of electrical source voltage , traction of load impedance , change of environmental temperature and humidity and the design of circuit
实验结果表明多种因素引起了振荡频率的偏移,包括二极管的非线性、电源电压的波动、负载的牵引、环境温度湿度变化以及电路板设计方面的因素等。 - It is difficult for traditional microwave impedance matching technique to provide a simultaneous , rapid and stable matching , when it is confronted with impedance nonlinear variation that represented by dynamic load impedance , which largely limits the application of the microwave system in many fields
传统微波阻抗匹配技术很难对动态负载呈现的非线性阻抗变化做到实时、快速并且稳定的匹配,这就限制了微波系统在很多领域的应用。 - Using its two characteristics - fully automatic and rapid , this system can accomplish simultaneous , rapid , stable and repeatable matching with the load impedance , especially the dynamic load impedance ( eg : plasma load ) . at the same time , it maintains the reflection coefficient at the desired value ( eg : 1 . 2 ) to assure that the microwave transmission is at its best
此系统可利用它全自动化和快速的特点,实时的为负载尤其是动态负载(比如:等离子体负载)提供快速,稳定,可重复的匹配,自动将反射系数保持到工程理想值,从而实现微波功率的最佳传输。