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In this paper, the control of the edge-mode spectrum of integer-Hall-effect2D waveguides by electric field is proposed and modeled with the effective massapproach. Under certain found conditions, the applied transversal electricfield allows refining the modal spectrum from non-localized waves, and,additionally, it can switch the edge-mode from the propagating to theevanescent state, and it is interesting in the design of the edge-mode off andon logic components. These waveguides, arbitrary biased by potentials, aredescribed by the Pauli spin-less charge equation, and they are simulated usingthe order reduction method of partial differential equations in its Kron squantum-circuit representation. Additionally to the spectrum control mechanism,the influence of large-scale disorder of confinement potential and magneticfield on the edge localization and modal switching is studied

Electronic control of edge-mode spectrum of integer-hall-effect 2d electron waveguides