BUILDING ON THE PAST, READY FOR THE FUTURE: - MEMC
BUILDING ON THE PAST, READY FOR THE FUTURE: - MEMC
BUILDING ON THE PAST, READY FOR THE FUTURE: - MEMC
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10<br />
The first integrated circuit. Both men are credited with the invention of “the<br />
chip,” the monolithic (meaning formed from a<br />
single crystal) integrated circuit. While Jack Kilby<br />
1959 One wafer, one chip.<br />
1969 A dime-sized area of silicon held<br />
almost 10,000 transistors.<br />
1985 A dime-sized area of silicon held<br />
several hundred thousand<br />
transistors.<br />
1990s Millions of transistors resided on<br />
a silicon chip.<br />
2001 Circuitry on silicon can be<br />
shrunk to 0.13 microns—1/800th<br />
the width of a human hair—and<br />
the fastest chips operate at more<br />
than two billion calculations per<br />
second!<br />
successfully used germanium as the semiconductor<br />
in his model, it was Robert Noyce’s silicon version,<br />
and the fabrication techniques he devised, that<br />
made the integrated circuit practical. Both Texas<br />
Instruments and Fairchild Semiconductor filed for<br />
patents in 1959, and a legal battle ensued that lasted<br />
for over a decade. Patent No. 3,138,743 was issued to<br />
Jack Kilby and Texas Instruments for miniaturized<br />
electronic circuits in 1964. Patent No. 2,981,877<br />
was granted to Robert Noyce for the silicon-based<br />
integrated circuit. Eventually, Texas Instruments<br />
and Fairchild Semiconductor agreed to cross-license<br />
their technologies. Integrated circuits (ICs) gave<br />
device manufacturers the ability to integrate large