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Impedance matching using passive network is very important in the design of RF and microwave circuits to achieve maximum power transfer, minimum reflection, and adequate harmonic rejection. This paper investigates the T network impedance matching analytically. A practical guide is provided for systematic network design based on the desired harmonic rejection specification. Expressions of the frequency...
This paper investigates the L network impedance matching analytically. The equation describing the effect of load impedance variation on the impedance matching performance is derived. The deviation from perfect match is proportional to the variation in load reflection coefficient. However, if the load impedance is too large or too small, resulting in a large reflection coefficient, the solution to...
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