solidworks高頻電磁分析插件簡介：HFWorks

寂靜天花板

一套全3維高頻電磁場仿真軟體，它利用強大的有限元分析法專門處理射頻、微波及無線應用問題。目前，HFWorks是在SolidWorks上唯一的3維高頻電磁仿真軟體且獲得金牌認證。HFWorks有三種分析選項，天線、S參數及共振分析。HFWorks 可應用于廣泛的領域：如 High Q濾波器，振蕩器，共振腔，匹配電路，波導管，高頻連接器等等。
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% E/ S+ ?  d! d; C- f% k 5 R. ]8 O. z$ [; Z" @   \& v  V& y% Y2 g7 a6 R " J1 N3 X. j( d/ q1 w http://player.youku.com/player.php/sid/XNzI1NDY4MTY0/v.swf http://player.youku.com/player.php/sid/XNzI1NDY1NzU2/v.swf ( }9 o+ H6 I  C1 b6 o  v3 c6 S9 c 3 B  d" N4 x" a3 J0 s( M5 ? % L% {+ Y0 g# E1. 天線分析 ( k- a+ \2 t; G; r, Q天線分析主要在分析電磁波在開放空間的傳播行為，經由此分析可以求得場型，電磁場分布， VSWR 及各種參數。 7 x+ X% q; c/ C0 t+ P1 l) V . k( a* q8 o1 S) o! m   L/ h0 d# d) {- K9 w0 y! w8 m2. S參數分析 散射參數或 稱為 S 參數是指電磁波入射及反射的比例參數，主要用于射頻或微波電路。S參數分析主要用于微波元件的仿真，可仿真差分訊號在不同的端口中 4 p" u; y9 u, @1 G, U3 Z& n5 w) @ # D. k- ?# u0 q: I 8 S. D6 b$ d, N  s- D3 r6 ]9 [7 } 7 E3 n  H' w7 }2 `' c7 t0 B6 E $ s$ v; v/ D( H/ ~- t9 S 3. 共振分析 共振分析主要為判斷共振頻，經由建立3維模型，設定邊際條件之后，利用此選項可以求得共振頻率及各種參數。 0 Y3 o* `) _. }9 u0 t 1 g. k! i  o+ @6 m* \* F# J; g ! H  l$ x# h3 M( F $ |" {) L# Q# k: d  j2 F

寂靜天花板

http://player.youku.com/player.php/sid/XNzE1OTMzMzEy/v.swf

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寂靜天花板

HFWorks2013SP1 for solidworks2013 64位版本 SSQ破解


http://uploaded.net/file/6h3u8zm0/EMS.HFWORKS.2013.SP1.0.x64.for.SW.2013-SSQ.rar
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wisdomlad

寂靜天花板 發表于 2015-1-12 13:27
$ o0 x7 P0 T; ^8 T/ a. Y# S5 PHFWorks2013SP1 for solidworks2013 64位版本 SSQ破解

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寂靜天花板

The scattering parameters (also called as s-parameters) are very important set of parameters that is used to characterize or describe RF and microwave devices. Electronics engineers would like to get the s-parameter matrix for their design so that they can use this information to build complex circuits using their passive components. HFWorks can automatically compute and output the s-parameter matrix. Figure 2 shows the s-parameters calculated by HFWorks for the wideband bandpass filter. In addition to the s-parameters other results like Impedance matrix, VSWR are also computer by HFWorks.
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HFWorks is a 3D field simulation software and users can visualize results like electric field, magnetic field etc in 3D. For example users can see the Electric field distribution inside their filter (as shown in Figure 3). This 3D plot helps engineers to identify areas in the model where the Electric field strength are high. They can also create section plots to look at the electric field results inside their designs.

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工人師_OgIOQ

http://player.youku.com/player.php/Type/Folder/Fid//Ob//sid/XMjQ3OTAyNTU5Mg==/v.swf
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