Driven Modal

驅動模式

For calculating the mode-based S-parameters of passive, high-frequency structures such as microstrips 微帶, waveguides波導, and transmission lines 傳輸線 which are "driven" by a source, and for computing incident plane(入射面) wave scattering 散射.

計算基于s參數的模型,一般天線使用這種模式,但不適合一個端口多個終端的情況,此時需要使用終端驅動。

Driven Terminal

終端驅動

For calculating the terminal-based S-parameters of passive, high-frequency structures with multi-conductor transmission line ports which are "driven" by a source.

This solution type results in a terminal-based description in terms of voltages and currents. Some modal data is also available.

用于多導體傳輸線的端口情況,根據終端電壓和電流計算s矩陣

Eigenmode

本征模

For calculating the eigenmodes, or resonances, of a structure. The Eigenmode solver finds the resonant frequencies of the structure and the fields at those resonant frequencies. Eigenmode designs cannot contain design parameters that depend on frequency, for example a frequency-dependent impedance boundary condition.

相當于結構分析的模態分析,本征模用于求解找到天線結構的諧振頻率。

Transient

瞬態

For calculating problems in the time domain. It employs a time-domain (“transient”) solver. SelectingTransientenables a radio button forNetwork Analysis. Your choice affects the options for the setup. If you selectNetwork Analysisthe setup includes an Input Signal tabfor the simulation.

Typical applications include, but are not limited to:

? Simulations with pulsed excitations, such as ultra-wideband antennas, lightning strikes, electro-static discharge;

? field visualization employing short-duration excitations;

? time-domain reflectometry.

求解隨時間變化的電磁問題、電磁場變量