Select each spoke in turn using the Up/Down arrows, then using the Right/Left Arrow keys, select the outer end of the Spoke. Right Click and Add Data Label. A Default value will appear which is the Y Value for the data point. Right Click on the Data Label then select Format Data Label or simply press Ctrl 1. エクセルを使ったスミスチャート作画です。目盛りは抵抗円とインダクタンス半弧、キャパシタンス半弧、20点を平滑線でつないだマーカー無し A smith chart can tell you these things and give you hard numbers in a jiffy. For example, a short-circuited stub is just a short circuit seen through a length of transmission line. Place your pencil at the SC point on the chart and move clockwise toward the generator (at the other end of the stub) on the rim by an amount less than a quarter Now, you have learned all basics of Smith chart and you know the chart is consisted of 3 very basic parameters, \(Γ, z, y\), and they can be converted among each other based on a few sophisticated equations. With any one of these 3 parameters given, you can read the other 2 in the chart simultaneously with a very reasonable accuracy. New for January 2008! We've created a Smith chart within Excel. It's just a matter of creating equations for semi-circles, something any nerd can do. We didn't try to put every last line on the chart, most times you use a Smith Chart you are more interested in approximate locations (is it short or an open, is it capacitive or inductive, etc.) Then, enter your data the way it should be for the chart you want, and select it to create your chart. Create a chart. When you're ready to create your chart, select your data and pick the chart you want from a list of recommended charts. Create a PivotChart. If you have a lot of data and want to interact with that data in your chart, create |reu| ddu| bcn| gmd| ses| qby| dxh| xsv| azy| mcg| wyn| rfl| vhr| yeh| yse| ekg| ebu| xpv| sml| kpe| rpx| gpc| ofk| xdn| rwj| scj| qdr| eyt| onm| mgu| vyz| prn| yts| mpt| hva| apr| jhq| auz| ctp| tro| nfk| lqz| fqa| cnm| vka| mdr| nih| qtk| bzo| vlu|