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A planar dc SQUID (Superconducting Quantum Interference Device) with a damping resistor is made, and its current-voltage characteristics and output voltage as a function of applied magnetic flux are studied. As the result of inserting a damping resistor parallel with the self-inductance of the SQUID loop, self-induced resonance dc components in the current-voltage characteristics are eliminated, and the amplitude Δ V of the output voltage increases. Consequently, the value of the flux-to-voltage transfer function also increases compared with that of a dc SQUID without a damping resistor.
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Ohkawa et al. (1985) studied this question.
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