Rịba ama amaokwu a dị n'okpuru ma zaa ajụjụ ahụ mgbe e mesịrị n'otu asụsụ ahụ dị ka amaokwu ahụ:  Passage: N'afọ 1966 o mepụtara ihe nchekwa nchekwa na-enweghị usoro (DRAM), nke enyere ikike maka patent na 1968. Dennard sokwa ná ndị mbụ ghọtara nnukwu ihe nwere ike ime ma ọ bụrụ na e belata ọnụ ọgụgụ nke MOSFET. The scaling theory he and his colleagues formulated in 1974 postulated that MOSFETs continue to function as voltage-controlled switches while all key figures of merit such as layout density, operating speed, and energy efficiency improve <unk> provided geometric dimensions, voltages, and doping concentrations are consistently scaled to maintain the same electric field. The scaling theory he and his colleagues formulated in 1974 postulated that MOSFETs continue to function as voltage-controlled switches while all key figures of merit such as layout density, operating speed, and energy efficiency improve <unk> provided geometric dimensions, voltages, and doping concentrations are consistently scaled to maintain the same electric field. The scaling theory he and his colleagues formulated in 1974 postulated that MOSFETs continue to function as voltage-controlled switches while all key figures of merit such as layout density, operating speed, and energy efficiency improve <unk> provided geometric dimensions, voltages, and doping concentrations are consistently scaled to maintain the same electric field. Njirimara a na-akwado mmezu nke Iwu Moore na mgbanwe nke microelectronics n'ime iri afọ ole na ole gara aga.  Ajụjụ: N'afọ ole ka o mepụtara ihe ncheta na-enweghị usoro?
Afọ 1966