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DEVELOPMENT OF MANUFACTURING PROCESSES AND TECHNIQUES FOR MASS MEMORY

The general purpose of this project is to develop the manufacturing processes and the techniques applicable to the production of solid state random access mass memory systems with storage capacities up to 10 to the 8th power bits. The batch fabrication of memory planes has been brought from the expe...

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Main Authors:	McCormack, Thomas L, Morin, Maurice A, Capell, William J, Gorman, William J, Pinkerton, R. J
Format:	Report
Language:	English
Subjects:	CIRCUITS Computer Hardware DATA STORAGE SYSTEMS DEPOSITION ELECTROPLATING ETCHING INTEGRATED CIRCUITS MANUFACTURING MASKING MEMORY DEVICES Mfg & Industrial Eng & Control of Product Sys MODULES(ELECTRONICS) PHOTOENGRAVING PHOTOGRAPHIC PROCESSORS QUALITY CONTROL SOLID STATE PHYSICS SUBSTRATES TEST EQUIPMENT TEST METHODS WIRING DIAGRAMS
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creator	McCormack, Thomas L Morin, Maurice A Capell, William J Gorman, William J Pinkerton, R. J
description	The general purpose of this project is to develop the manufacturing processes and the techniques applicable to the production of solid state random access mass memory systems with storage capacities up to 10 to the 8th power bits. The batch fabrication of memory planes has been brought from the experimental stage to the pilot manufacturing stage. The fabrication process is well enough understood and under adequate control to allow fabrication of 4096 bit planes with acceptable yield. Fabrication of 256 x 256 planes on a pilot basis has begun and initial results indicate that these planes will soon be produced in usable quantities. (Author)
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language	eng
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source	DTIC Technical Reports
subjects	CIRCUITS Computer Hardware DATA STORAGE SYSTEMS DEPOSITION ELECTROPLATING ETCHING INTEGRATED CIRCUITS MANUFACTURING MASKING MEMORY DEVICES Mfg & Industrial Eng & Control of Product Sys MODULES(ELECTRONICS) PHOTOENGRAVING PHOTOGRAPHIC PROCESSORS QUALITY CONTROL SOLID STATE PHYSICS SUBSTRATES TEST EQUIPMENT TEST METHODS WIRING DIAGRAMS
title	DEVELOPMENT OF MANUFACTURING PROCESSES AND TECHNIQUES FOR MASS MEMORY
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