Journal of Applied Sciences1812-56541812-5662Asian Network for Scientific Information10.3923/jas.2008.59.67Cisse HabaT.LoumGeorges L.ZoueuJeremie T.AblartG.1200881The objective of this study is to show the best stability of a regulation system using a nonconventional corrector like that carried out compared to system of regulation using a traditional corrector. The input impedance of the electronic component realized has a fractional order in a frequency band called fractal area. This property suggests their use in the practical realization of analogical controllers of a non-integer nature. In this article, a fractional controller of order ½ is realized by using an electronic component based on the fractal structure of Hilbert. Some simulations and experiments have demonstrated that the proposed component is useful for the realization of ½ order fractional controller.]]>Gouyet, J.F.,1992Haba, T.C., G. Ablart and T. Camps,1997Haba, T.C., G. Ablart, T. Camps and F. Olivie,2005Joaquin, C., B. Alfonso, A.C. Monje and V.M. Blas,2006Le Mehaute, A. and G. Crepy,1983Le Méhauté, A.,1990Nakagawa, M. and K. Sorimachi,1992Oldham, K.B. and C.G. Zoski,1983Oustaloup, A.,1999Yifei, P., Y. Xiao, L. Ke, Z. Jiliu, Z. Ni, Z. Yi and P. Xiaoxian,2005