本文采用一种新型的三层神经网络，即隐蔽层具有知识神经元的神经网络(NNKBN)模拟带状线电路中的十字交越不连续性。
A novel three-layer neural network with knowledge-based neurons (NNKBN) in hidden layer has been applied to model the crossover discontinuities in stripline circuits.
利用横向谐振法结合奇异积分方程技术，导出了具有快速收敛特性的不连续性等效电路参量计算公式。
A formulation for the equivalent circuit parameters of the discontinuities with superior convergency is derived by the transverse resonance method with the singular integral equation technique.
提出电路的输入电感工作在不连续导电模式（DCM），而输出电感工作在连续导电模式（CCM）。
The input inductor can work at its Discontinuous Conduction Mode (DCM), while the output inductor works at its Continuous Conduction Mode (CCM).
为了研究不连续系统中的混沌行为，观察一个由比较器控制的，带有模拟开关的RLC非线性电路模型，此电路系统的行为可以用一个分段光滑映象来描述。
In order to study the chaotic behavior in the discontinuous system, a RLC nonlinear circuit model with an analogy switch was observed, which was described by a piecewise-continuous map.
分析了变容二极管的等效电路模型，考虑了微带的不连续性、键合引线、通道孔对电路的影响。
The bond wire, the via hole and the uncontinuity of the microstrip's effect have been taken into account .
为了实现微波电路的高成品率和良好性能，在设计阶段就必须要对不连续性问题进行准确建模和研究。
In order to realize high-performance microwave circuits, it is necessary to establish accurate models and to analyze for these discontinuities.
利用单片机及上述芯片设计了一个高速不连续采样的数据采集系统，给出了该采集系统的接口电路，并阐述它的实现原理。
A discontinuous data acquisition system based on microcontroller is designed. The systematic interface circuit is provided and its realization principle is explained.
利用单片机及上述芯片设计了一个高速不连续采样的数据采集系统，给出了该采集系统的接口电路，并阐述它的实现原理。
A discontinuous data acquisition system based on microcontroller is designed. The systematic interface circuit is provided and its realization principle is explained.
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