Feasibility study of electrical measurements of oscillating-magnet watt balance

New approach for Watt Balance is proposed in [1], where electrical measurements consisting of current causing the Lorentz's Force and Faraday's Voltage will be performed simultaneously. The general theory of the electrical measurements is established and demonstrated that the problem of the voltage drop due to stray resistance of the coil is intrinsically solved. Finite input resistance of the current source effect detrimentally the induced Faraday voltage when electrical measurements are performed simultaneously. Suggestion to solve this effect by applying spectral techniques and the results of numerical simulations made to assign uncertainty of the measured quantities are presented.