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| | Impedance matching and the Smith chart - The fundamentals. |
 | | This equation is a relationship in the form of a parametric equation (x-a) superscript 2 + (y-b) superscript 2 = R superscript 2),in the complex plane (cap gamma r, cap gamma i), of a circle centered at the coordinates (r/r+1, 0), and having a radius of 1/1+r. |
 | | Again, 2.19 is a parametric equation of the type (x-a)superscript 2 + (y-b) superscript 2 = R superscript 2, in the complex plane (cap gamma r, cap gamma i), of a circle centered at the coordinates (1, 1/x) and having aradius of 1/x. |
 | | Which again is a parametric equation of the type (x-a)superscript 2 + (y-b)superscript 2 = R superscript 2 (Equation 3.12), in the complex plane (cap gamma r, cap gamma i), of a circle with its coordinates centered at (-g/g+1, 0) and having a radius of 1/(1+g). |
| rfdesign.com /mag/radio_impedance_matching_smith (4427 words) |
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