  We study the model of massless $1+1$ electrodynamics with nonconstant
coupling, introduced by Peet, Susskind and Thorlacius as the `charge hole'. But
we take the boundary of the strong coupling region to be first timelike, then
spacelike for a distance $X$, and then timelike again (to mimic the structure
of a black hole). For an incident charge pulse entering this `charge trap' the
charge and information get separated. The charge comes out near the endpoint of
the singularity. The `information' travels a well localised path through the
strong coupling region and comes out later.
