Design of microwave diode limiter with a low output power level

Abstract

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Nonlinear Resonant Circuits for Microwave Low Power Limiters

“…It is important here to notice that the nonlinear conductance sees transformed value of a voltage exciting the resonance circuit, which means that the voltage amplitude across the nonlinear conductance is times higher than the amplitude of the voltage, , incoming to the resonance circuit in the transmission line. The aforementioned effect, together with the idea of insertion of variable conductance in the resonant circuit, results in a stronger influence on the transmission coefficient than in the case of a simple shunted-diode limiters [4].…”