An expression is derived for the maximum balance obtainable with a magic-T microwave bridge as a function of the variance of the frequency modulation (FM) noise pedestal of the microwave power source when one arm of the bridge is terminated by a dispersive component. This expression is verified experimentally and the long-term stability of the balance with/without a dispersive component is studied.
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Buckmaster et al. (1967) studied this question.
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