conversion loss信息详情

conversion loss发音

意思翻译

[电]变频损耗

[经管]变换损耗

相似词语短语

conversion───n.转换;变换;[金融]兑换;改变信仰

loss───n.(Loss)人名;(匈)洛什;(法、德、意)洛斯;n.减少;亏损;失败;遗失

metric conversion───公制换算

conversion option───兑换选择权;转换期权

dekaliter conversion───dekaliter转换

meter conversion───仪表转换

conversion chart───换算表;[计]转换图

conversion factor───[数]换算因数;[数][核]转换因子;[统计]变换因数;转换因数; 换算因数; 变换因数; 转换因子

currency conversion───货币兑换;外汇汇兑

双语使用场景

The conversion loss and noise temperature of mixers is determined by changing the IF noise temperature so as to change the noise temperature of the receiver system.───混频器的变频损耗和噪声温度的测量可以用改变中频部分的噪声温度使接收机的系统噪声温度变化来加以确定。

waveguide designator and corresponding multiplier factor overlays help in deciphering the typical conversion loss values.───波导设置和相应的乘数因子叠加有助于改善转换损耗值。 这些结果是一个较典型的案例。

for measuring the conversion loss and no- ise temperature of all kinds of the single or balanced mixers, subharmo…───了八毫米波段半衡混频器的变频损耗和噪声温度的测量结果。

dielectric resonators image rejection image recovery conversion loss ratio.───标签介质谐振器镜像抑制镜像回收变频损耗。

Effect of Ports SWR of Mixer on Conversion Loss───端口驻波比对混频器变频损耗影响

英语使用场景

Thecalculation formulas of conversion loss and input and output impedance areobtained.

Finally, the measurement results of the conversion loss and noise temperature of a balanced mixer in 8 mm waveband are also presented.

An example for measuring the conversion loss and noise temperature of mixers in millimeter wave band by using the noise measurement method is discussed in this paper.

A low conversion loss and high isolation X-band single balanced mixer is developed in this paper, using commercially available Schottky barrier diode HSMS-2822.

The mainly finished task of this paper is designing and simulating an V band downconverter with low conversion loss , which realized by use of passive 4th harmonic mixing.

It can be used for measuring the conversion loss and no- ise temperature of all kinds of the single or balanced mixers, subharmo...

The conversion loss and noise temperature of mixers is determined by changing the IF noise temperature so as to change the noise temperature of the receiver system.