1) RC shift-ing network
RC移相网络
2) RC network
RC网络
1.
Research on heterogeneous dielectric model based on RC network;
基于RC网络的非均匀介质模型研究
2.
In the end of the text,we demonstrate the accuracy and feasibility of the generalized linear reservoir model of RC network simulation by an example.
实例证明了广义线性水库模型RC网络模拟方法的正确性和可行性。
3) RC networks
RC网络
1.
The main conclusions obtained were as follows:①The capacitor value of RC networks were more smaller, the dielectric relaxation frequency were more larger, and the study shown the results of simulation were better matched with t.
随机位置电容和电阻构成的大型RC网络可以仿真两相材料(金属-绝缘体)的显微结构。
4) phase shift network
移相网络
1.
The purpose of this paper is to describe the operating principle and function of the phase shift network, and to analyse the high measuring resolution by means of phase shift network in subdivision circuit.
介绍了移相网络的原理和功能,通过移相网络电子细分技术提高测量分辨率。
2.
In this paper,it introduces the principle of phase shift encoder and equation development of the phase shift network based on rotary transformer from the theory and practiced aspects for systems;the error analysis of phase shifting encoder,the fail-safe analysis and the debug method are also expounded.
从理论和实践两个方面较为系统地论述了基于旋转变压器的移相编码原理及移相网络的公式推导,移相编码器的误差分析,可靠性分析以及调试方法等。
5) phase-shift network
相移网络
1.
The key technique in design and manufacture of unidirectional ECM is how to control the internal phase-shift network.
驻极体传声器目前主要是民用,单指向性驻极体传声器设计与生产的关键在于内部相移网络的控制。
2.
The normal zero-IF topology with the single quadrature channels is very sensitive to the phase-error of the phase-shift network of LO.
随着对移动通信接收机低功耗、高集成的要求,零中频(IF=0)结构体现了比传统超外差结构更大的优势,但由于常规零中频接收机采用单正交通道,这种结构对90度相移网络的相位误差较为敏感,从而使得镜象抑制比下降,进而影响了零中频接收机的总体性能指标。
6) active RC network
有源RC网络
1.
This paper discuss the location of poles and zeros of network function and its instability,and the frequency-domain analysis of analysis of active RC network,emphasis two-orders low-pass negative-gain circuit,and the transient problem of one-order low pass circuit.
通过研讨网络函数的零点与极点分布及和稳定问题,以及有源RC网络的频域分析,着重讨论了二阶负增益低通电路,以及一阶低通电路的过渡过程等问题。
补充资料:相分离互穿网络聚合物
分子式:
CAS号:
性质:此种IPN中的各成分存在相分离,它是非均相的互穿网络聚合物,所以称为相分离互穿网络聚合物。
CAS号:
性质:此种IPN中的各成分存在相分离,它是非均相的互穿网络聚合物,所以称为相分离互穿网络聚合物。
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