In electronics , the analysis of the effect of a linear circuit on a waveform in terms of time rather than frequency 在电子学中,按时间而不是按频率分析某线性电路对波形的影响。
The arrayed - waveguide grating ( awg ) bases on the planar linear circuit technology of si substrate has two elementary functions : one is multi / demultiplexer , the other is static wavelength router 基于si基片的平面波导回路技术的阵列波导光栅( awg )具有两个基本的功能:复用解复用功能以及静态路由功能。
Based on the conception of the network - changing principle and the two - limited resistance , this paper gives the proof of the transient homogeneous equation for high - order linear circuits and the independent among the two - limited resistance 摘要根据网络变动原理和双限电阻的概念,用数学的方法证明了高阶线性电路的暂态齐次定理的成立。
Adjoint network of linear circuits is used to solve microwave nonlinear circuits problems . in the paper , a unified adjoint network method of linear and nonlinear circuits is presented . this method can calculate sensitivity quickly 把线性电路中的伴随网络法运用到微波非线性电路中,文中给出了对线性与非线性电路都适用的伴随网络法,能快速求解非线性电路中精确的灵敏度
In the paper , based on the existing literature research foundation an analog circuit catastrophic fault location approach by using feedforward networks with back ? propagation learning is realized . by this approach , the simulation require ments before test are reduced because fewer training samples are needed , and the fault location process is fast . this method is very efficient in location of single hard fault wit component tolerances . the measureme nt space feature and the general characterization concept of single and double soft fault in linear circuits are presented . according to this concept , a linear circuits soft fault location approach using subhidden layer bpnn is established with element tolerance , and it is shown that this approach is successful in fault location . a double fault feature extraction . , 本文在现有文献理论研究的基础上实现了采用bp算法前向多层神经网络对直流测试下模拟电路硬故障的诊断方法。其特点是采用少量典型特征样本作为bp网络的训练样本,获得训练样本的代价小,减少了测前工作量,同时诊断速度快,在考虑元件容差时仍有好的诊断效果。文中介绍了线性电路单一软故障和双软故障所具有的电压增量空间特性和统一特征概念。
A linear circuit is an electronic circuit in which, for a sinusoidal input voltage of frequency f, any steady-state output of the circuit (the current through any component, or the voltage between any two points) is also sinusoidal with frequency f. Note that the output need not be in phase with the input.
linear circuitとは意味:線形回路{せんけい かいろ} linear circuit meaning:[Electronics] 1. A circuit whose output is a faithful reproduction of the input. See LINEAR AMPLIFIER, 1 and LINEAR DETECTOR. 2. A circuit whose performance is linear. See LINEAR RESPONSE, 1. linea...linear circuit перевод:линейная схема