This item lends itself to using the method of constant Q lines. For RF and microwave frequency circuits, measuring the s-parameters instead of the two-port H-, Y-, and Z-parameters allows one to use them 3 with this item, specifically s11 &amp; s22, but not s12 or s21. These items are often used in conjunction with a slotted line in order to expand the number of parameters that can be determined. Generating this item requires a bilinear Möbius transform from the complex Z plane to the complex Γ plane. The6 principal application of this item is
This item lends itself to using the method of constant Q lines. For RF and microwave frequency circuits, measuring the s-parameters instead of the two-port H-, Y-, and Z-parameters allows one to use them 3 with this item, specifically s11 &amp; s22, but not s12 or s21. These items are often used in conjunction with a slotted line in order to expand the number of parameters that can be determined. Generating this item requires a bilinear Möbius transform from the complex Z plane to the complex Γ plane. The6 principal application of this item is to facilitate the determination and elimination of a load mismatch. This item only exists in the domain of the (*) reflection coefficient. The left and right origins of this item are 0 and ∞, respectively, while its center is 1 because you normalize by the characteristic impedance. Its9 upper and lower halves are inductive and capacitive, respectively. For 10 points, name these circular diagrams heavily used in transmission line theory.
This item lends itself to using the method of constant Q lines.
Smith chart 