1. The Smith chart is actually constructed on such a polar diagram. 2. Programs often process this into more common forms like Smith charts . 3. Optimal matching circuits can be designed for a particular system using Smith charts . 4. Often these will be scaled as Smith Charts . 5. The conversion may be read directly from the Smith chart or by substitution into the equation. 6. The following table gives some similar examples of points which are plotted on the Z Smith chart . 7. In terms of the reactance half-plane to the Smith chart used for impedance matching of transmission lines. 8. An alternative method is to plot the VSWR and distance to the node ( in wavelengths ) on a Smith chart . 9. The Smith chart scaling is designed in such a way that reflection coefficient can be converted to normalised impedance or vice versa. 10. From this plot the DUT impedance ( normalised to " Z " 0 ) can be read directly off the Smith chart .
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