1) embedded matching resistor
埋置匹配电阻
1.
At X-band, an embedded matching resistor was designed by the 3D electromagnetic field analysis software.
文中主要论述了埋置匹配电阻设计的基本原理、仿真优化和制作工艺,以及层间传输线的垂直微波互连。
2) build-out resistor
匹配电阻
3) matched resistor
电阻匹配
1.
This paper researches the common mode rejection ratio (CMRR) of 3 op-amp instrumentation amplifier which amplifies weak signal and presents a new calculation model by the factors of noise, non-ideal amplifiers, matched resistor and application restricted.
研究分析了用于放大微弱信号的三运放构成的测量放大器的共模抑制比,根据影响其共模抑制比的因素,在考虑有噪声干扰、非理想运放、电阻匹配及其应用条件的情况下,提出一种新的计算共模抑制比的模型。
4) buried resistors
埋置厚膜电阻
1.
By using buried resistors in MUM-C, the mount density can increased a nd cost red uced.
在陶瓷多芯片组件中 ,应用埋置厚膜电阻可以提高组装密度 ,降低成本。
5) dynamical resistor matching
动态电阻匹配
1.
Based on this method,dynamical resistor matching was used to reduce the non-linear noise caused by the unmatchi.
在此基础上,运用动态电阻匹配的方法,进一步减小了由于反馈数字模拟转化器(DAC)电阻不匹配带来的非线性噪声。
6) sensitivity matching resistances
灵敏度匹配电阻
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