Abstract:
A method of making a monolithic integrated semiconductor structure that has a plurality of functionally isolated individual cells that are electrically interconnected. Each of the cells is an object of mirror image cell that is vertically, horizontally and diagonally displaced from the object cell. The plurality of cells provide a memory array with electrical components of each memory cell composed of active and passive semiconductor devices. Other importance aspects of the structure include underpass connections and active devices in a common portion of the structure which are electrically interconnected at the same node potential by means of a highly doped buried region within the common portion of the structure.
Abstract:
A monolithic integrated semiconductor structure is described that has a plurality of functionally isolated individual cells that are electrically interconnected. Each of the cells is an object or mirror image cell that is vertically, horizontally and diagonally displaced from the object cell. The plurality of cells provide a memory array with electrical components of each memory cell composed of active and passive semiconductor devices. Other important aspects of the structure include underpass connections and active devices in a common portion of the structure which are electrically interconnected at the same node potential by means of a highly doped buried region within the common portion of the structure. In particular, a sophisticated packaging scheme for containing such a highly complex array of memory cells is disclosed.
Abstract:
A monolithic integrated semiconductor memory structure having both an array of bistable cells and supporting circuits for the array formed in the same semiconductor structure is bilevel powered to reduce the heat dissipation problem. Resistors used in the supporting circuits are located in common resistor beds with a means for making electrical contact, such as a diode, to the resistor bed and to provide bias during the low power standby time to the bed. The means also isolates the bias voltage supply from the bed when the signal to the resistor is increased to the high power level.
Abstract:
PATTERN. THIS PERMITS ACCURATE ALIGNMENT THAT IS NECESSARY FOR ANY SUBSEQUENT PROCESS OPERATION, WUCH AS DIFFUSION, TO BE ACCURATELY PERFORMED THEREBY INCREASING THE YIELD IN THE MANUFACTURE OF, FOR EXAMPLE, INTEGRAATED SEMICONDUCTOR DEVICES.
THIS IS A METHOD FOR ERLIABLY REPRODUCING, ON THE SURFACE OF AN EPITAXIALLY GROWN MONOCRYATALLINE LAYER, A PATTERN THAT WAS FORMED ON THE SURFACE OF THE SUBSTRATE ON WHICH THE EPITAXIAL LAYER WAS GROWN. BY USING A SUBSTRATE HAVING A (100.) CRYSTALLOGRAPHIC ORIENTATION, THE (100.) EPITAXIAL GROWN LAYER REPRODUCES THE PATTERN ON THE SUBSTRATE SURFACE DIRECTLY ABOVE THE SUBSTRATE SURFACE
Abstract:
A monolithic integrated memory arrangement comprising, in combination, a plurality of individual memory cells, functionally isolated and electrically interconnected, in which each of said memory cells is object or corresponding to another memory cell mirroring mirror image, in vertical, horizontal and diagonal direction. (Machine-translation by Google Translate, not legally binding)