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An experimental set up, dedicated to isolate an error present in the$\eta$-algorithm, gave an unexpected result. The average of a center of gravityalgorithm at orthogonal particle incidence turns out to be non zero. This nonzero average signals an asymmetry in the response function of the strips, andintroduces a further parameter in the corrections: the shift of the stripresponse center of gravity respect its geometrical position. A strategy toextract this parameter from a standard data set is discussed. Some simulationswith various asymmetric response functions are explored for this test. Themethod is able to detect easily the asymmetry parameters introduced in thesimulations. Its robustness is tested against angular rotations, and we see analmost linear variation with the angle. This simple property is used tosimulate a determination of a Lorentz angle with and without the asymmetry ofthe response function.

Asymmetries in Silicon Microstrip Response Function and Lorentz Angle