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The existence of an internal frequency associated to any elementary particleconjectured by de Broglie is compared with a classical description of theelectron, where this internal structure corresponds to the motion of the centreof charge around the centre of mass of the particle. This internal motion has afrequency twice de Broglie's frequency, which corresponds to the frequencyfound by Dirac when analysing the electron structure. To get evidence of thisinternal electron clock a kind of experiment as the one performed by Gouan\'ereet al. \cite{Gouanere} will show a discrete set of momenta at which a resonantscattering effect, appears. The resonant momenta of the electron beam are givenby $p_k=161.748/k$ MeV$/c$, $k=1,2,3,...$, where only, the corresponding to$k=2$, was within the range of Gouan\'ere et al. experiment. The extension ofthe experiment to other values of $p_k$, would show the existence of thisphenomenon.

Measuring the internal clock of the electron