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A key aspect in optimizing the design of a system is the selection of materials, sensors and methods that best meet design needs, ensuring maximum performance and minimum cost. The automatic control approach for the dosing of liquids presented in this paper, consists of two phases of development: a) the design and simulation of the intelligent control system and, b) the implementation of the prototype of the intelligent control system; The latter was carried out with a flow of low viscosity liquids from a cistern (60 ml) to a smaller one (20 ml) using advanced micro-technology components such as Micro-Electro-

Construcción de nano-dosímetro para el control automático de la dosificación