Abstract:
Disclosed are a semiconductor memory device (1) having a memory effect due to phase transformation and a method for the production thereof, according to which a hollow space arrangement (H) comprising at least one hollow space (H1, H2) that is disposed near the respective memory element (E) is provided for each memory element (E) in a semiconductor substrate (20) such that thermal coupling of the respective memory element (E) to the surroundings thereof is embodied in a reduced manner by lowering thermal conductivity between the memory element (E) and the surroundings.
Abstract:
A plurality of nanotubes is mounted on at least one external metallic chip contact of the electronic chip for contacting said electronic chip with an additional electronic chip.
Abstract:
A semiconductor memory device with a phase transformation memory effect includes at least one memory element in a semiconductor substrate, and a cavity arrangement including at least one cavity in spatial proximity to the respective memory element. The cavity is in spatial arrangement with the respective memory element so as to reduce thermal coupling of the respective memory element to the areas surrounding the memory element, which also reduces the thermal conductivity between memory element and the areas surrounding the memory element.
Abstract:
A semiconductor memory device with a phase transformation memory effect includes at least one memory element in a semiconductor substrate, and a cavity arrangement including at least one cavity in spatial proximity to the respective memory element. The cavity is in spatial arrangement with the respective memory element so as to reduce thermal coupling of the respective memory element to the areas surrounding the memory element, which also reduces the thermal conductivity between memory element and the areas surrounding the memory element.
Abstract:
Electronic chip (101) comprises several external contacts (103) of which at least two are provided with a number of nano-tubes for purposes of contacting an external contact (106) of another electronic chip (102) with several external contacts. Also claimed is an arrangement (100) of two electronic chips (101, 102) of which one (101) is provided with nano-tubes.
Abstract:
A semiconductor memory device with a phase transformation memory effect includes at least one memory element in a semiconductor substrate, and a cavity arrangement including at least one cavity in spatial proximity to the respective memory element. The cavity is in spatial arrangement with the respective memory element so as to reduce thermal coupling of the respective memory element to the areas surrounding the memory element, which also reduces the thermal conductivity between memory element and the areas surrounding the memory element.
Abstract:
A semiconductor memory device with a phase transformation memory effect includes at least one memory element in a semiconductor substrate, and a cavity arrangement including at least one cavity in spatial proximity to the respective memory element. The cavity is in spatial arrangement with the respective memory element so as to reduce thermal coupling of the respective memory element to the areas surrounding the memory element, which also reduces the thermal conductivity between memory element and the areas surrounding the memory element.