Conductor device

A non-linear type device capable of resonance tunnel phenomenon comprising a semiconductor and electrodes, said semiconductor including alternating laminated insulating and conductive layers, each layer being made of an organic material, said insulating layer being a molecular film or monomolecular built-up film of an organic compound wherein said organic compound is a charge transfer complex having an insulating, hydrophobic part and a conductive, hydrophilic part in combination, wherein said charge transfer complex is a complex of a long chain alkyl group containing quaternary ammonium compound with tetracyanoquinodimethane.

A semiconductor device, comprising (1) a semiconductor positioned between an emitter electrode and a collector electrode and including alternate laminated layers of an insulating layer made of an organic material and a conductive layer made of an organic material, said insulating layer being a monomolecular film or monomolecular built-up film, and (2) a base electrode electrically connected to said conductive layer;

• said semiconductor, wherein the device increases a current between said emitter electrode and said collector electrode depending on the current between the emitter electrode and the base electrode.

A non-linear type device capable of resonance tunnel phenomenon comprising a semiconductor and electrodes, said semiconductor including alternate laminated layers of an insulating layer being a monomolecular film or monomolecular built-up film of an organic compound wherein said organic compound is a charge transfer complex having an insulating, hydrophobic part and a conductive, hydrophilic part in combination, and a conductive layer made of an organic material, said semiconductor exhibiting negative electrical resistance.

A non-linear type device capable of resonance tunnel phenomenon comprising a semiconductor and electrodes, said semiconductor including alternate laminated layers of an insulating layer being a monomolecular film or monomolecular built-up film of an organic compound wherein said organic compound is a charge transfer complex having an insulating, hydrophobic part and a conductive, hydrophilic part in combination, wherein said charge transfer complex is a complex of quaternary ammonia compound having a long chain alkyl group with tetracyanoquinodimethane and a conductive layer made of an organic material, said semiconductor exhibiting negative electrical resistance.

A semiconductor device comprising a semiconductor and electrodes, said semiconductor including alternate laminated layers of an insulating layer being a monomolecular film or monomolecular built-up film made of an organic material and a conductive layer made of an inorganic material.

A non-linear type device capable of resonance tunnel phenomenon comprising a semiconductor and electrodes, said semiconductor including alternating laminated insulating and conductive layers, each layer being made of an organic material, said insulating layer being a monomolecular film or monomolecular built-up film layer of an organic compound wherein said organic compound is a charge transfer complex having an insulating, hydrophobic part and a conductive hydrophilic part in combination, and wherein said semiconductor is positioned between said electrodes and held parallel to the spreading direction of the laminated layers, and wherein a third electrode is connected electrically to the conductive layer in the semiconductor.