The electrical properties of electroformed Cr-amorphous Si:H-V thin fi
lm analogue memory structures were investigated by DC and AC conductiv
ity measurements. The conduction changes from a semiconducting type to
a metallic type as a result of increasing the temperature for a fixed
analogue memory state. The transition has been studied in a temperatu
re range from 13 K to 300 K. The metal-nonmetal, MNM, transition is fo
und to be of a second order, Anderson type transition.