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The research object is a resonant-tunneling diode based broadband radio signals mixer (RTD BM) of 4-8 GHz range. The purpose of this research is to perform statistical analysis of the RTD BM design parameters’ technological variation impact on its electrical characteristics’ variation. RTD BM’s electrical characteristics variations under the impact of its nonlinear elements’ I-V characteristics, topology parameters and substrate thickness, and relative permittivity technological errors, as well as under their combined impact, were obtained. The ranking of the considered RTD BM’s parameters technological variations’ contribution to its electrical characteristics’ distributions was carried out. It was revealed that the biggest contribution to RTD BM’s electrical characteristics’ distribution is made by the technical errors of its nonlinear elements’ I-V characteristics. RTD BM’s electrical characteristics distributions under all design parameters’ technological errors combined influence can be used in RTD BMs’ batch reliability analysis performed by computer statistical experiment means.

iop conference series. materials science and engineering

Impact of technological errors of design parameters of broadband radio signals mixer based on resonant-tunneling diode on its electrical characteristics