POTENTIAL-DEPENDENT CONDUCTIVITY OF CONDUCTING POLYMERS YIELDS OPPORTUNITIES FOR MOLECULE-BASED DEVICES - A MICROELECTROCHEMICAL PUSH-PULL AMPLIFIER BASED ON 2 DIFFERENT CONDUCTING POLYMER TRANSISTORS
Conducting polymers exhibit potential-dependent conductivity maximizing at a partially oxidized state. The potential of maximum conductivity depends on the polymer and gives rise to interesting device possibilities. The preparation and characterization of a microelectrochemical push-pull amplifier based on polyaniline and poly(3-phenylthiophene) are reported.