Abstract
This paper analyzes the process of energy transfer between the excitation and the detection circuit of the current-output fluxgates. A physically instructive explanation of the energy transfer process is given by utilizing a “mechanically excited” model, and the phase matching equations of the maximum energy transfer conditions are derived. The calculated value of the tuning capacitor fit the experimental value well with a deviation of 5%. The experimental results have confirmed that the derivation of the maximum energy transfer conditions provides a simple model in which the excitation characteristics are associated with the detection circuit of fluxgate sensors.
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