Abstract
Wall losses in millimeter-wave coupled-cavity circuits are found from return-loss resonance measurements without consideration of resonance coupling conditions. Changes in the circuit resonator length for a fixed coupling geometry can alter the resonator input impedance and the resonance curves for a given resonance mode. Calculations of the unloaded Q's for both overcoupled and undercoupled conditions for a set of resonance curves show that one result of each pair of calculations is near the correct value.
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