  Weak values allow the measurement of observables associated with noncommuting
operators. Up to now, position-momentum weak values have been mainly developed
for (relativistic) photons. In this Letter, a proposal for the measurement of
such weak values in typical electronic devices is presented. Inspired by the
Ramo-Shockley-Pellegrini theorem that provides a relation between current and
electron velocity, it is shown that the displacement current measured in
multiterminal configurations can provide either a weak measurement of the
momentum or strong measurement of position. This proposal opens new
opportunities for fundamental and applied physics with state-of-the-art
electronic technology. As an example, a setup for the measurement of the
Bohmian velocity of (nonrelativistic) electrons is presented and tested with
numerical experiments.
