In a hadron sampling calorimeter with silicon readout, a combination o
f plates of low-Z (Fe) and high-Z (Pb) materials used as absorbers ena
bles the reduction of the calorimeter response to the electromagnetic
component of the incoming hadronic showers. This reduction is produced
by a filtering effect. As a result, a ratio, varying from e/pi > 1 to
e/pi < 1 is obtained as a function of the low-Z material thickness, d
emonstrating the possibility to achieve the compensation condition (e/
pi = 1).