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We investigate the dc response of a 1D disordered ring coupled to a reservoirand driven by a magnetic flux with a linear dependence on time. We identify tworegimes: (i) A localized or large length L regime, characterized by a dcconductance, g_{dc}, whose probability distribution P(g_{dc}) is identical tothe one exhibited by a 1D wire of the same length L and disorder strengthplaced in a Landauer setup. (ii) A "multifloquet" regime for small L and weakcoupling to the reservoir, which exhibits large currents and conductances thatcan be g_{dc} > 1, in spite of the fact that the ring contains a singleelectronic transmission channel. The crossover length between the multifloquetto the single channel transport regime, L_c, is controlled by the coupling tothe reservoir.

Multifloquet to single electronic channel transition in the transport properties of a resistive 1D driven disordered ring