Integrated circuit arrangement
OwnerFranz Kreupl, Georg Eggers +3inventors
InventorsFranz Kreupl, Georg Eggers, Herbert Benzinger, Ingo Bormann, Martin Schnell
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Abstract
An integrated circuit arrangement comprises at least one one-time programmable storage element, which can be electrically deactivated, having at least one electrically conductive or semi-conductive nanotube or at least one electrically conductive or semi-conductive nanowire.
Claims25
An integrated circuit arrangement comprising at least one one-time programmable storage element, which can be electrically deactivated, having at least one electrically conductive or semi-conductive nanotube or at least one electrically conductive or semi-conductive nanowire.
An integrated circuit arrangement comprising:
- a first electronic terminal;
- a second electronic terminal;
- at least one one-time programmable storage element, which can be electrically deactivated, having at least one electrically conductive or semi-conductive nanotube or at least one electrically conductive or semi-conductive nanowire being coupled to the first electronic terminal and to the second electronic terminal.
An integrated circuit arrangement comprising:
- a plurality of electronic terminals;
- and
- a plurality of one-time programmable storage elements that can be electrically deactivated, each one-time programmable storage element having at least one electrically conductive or semi-conductive nanotube or at least one electrically conductive or semi-conductive nanowire and being coupled to at least two of the electronic terminals.
A method for manufacturing an integrated circuit arrangement, the method comprising:
- providing a first electronic terminal;
- providing a second electronic terminal;
- and
- providing at least one electronic one-time programmable storage element that can be electrically deactivated, the at least one electronic one-time programmable storage element having at least one electrically conductive or semi-conductive nanotube or at least one electrically conductive or semi-conductive nanowire coupled to the first electronic terminal and to the second electronic terminal.
A method for programming an integrated circuit arrangement having a plurality of electronic terminals, and a plurality of electronic one-time programmable storage element that can be electrically deactivated, each electronic one-time programmable storage element having at least one electrically conductive or semi-conductive nanotube or at least one electrically conductive or semi-conductive nanowire and being coupled to at least two of the electronic terminals, the method comprising selectively deactivating one or a plurality of nanotubes or one or a plurality of nanowires.
Dependencies are inferred from the claim text.