> If the designer carefully designs a parasitic suppressor that is custom
designed for that amplifier, that will solve the parasitic problem.
Okay, so then exactly what are the rules and formulas a designer should use
for his parasitic suppressor design? What reference source do I use, as a
designer, to ensure that I have "solved the parasitic problem?"
For most amplifiers, the equivalent circuit is most often a few turns of
wire as an inductor wound around a pure resistance. With resistance and
inductance I can now calculate reactance and impedance at any operating
frequency. Does the successful designer find a suitable reactance at the
maximum intended frequency for the amplifier? At 30 MHz, what values am I
looking for?
-Paul, W9AC
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