John T. Pedicone
General Electric
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Featured researches published by John T. Pedicone.
international conference on computer design | 1988
William E. Engeler; Menahem Lowy; John T. Pedicone; John J. Bloomer; James Richotte; David So Keung Chan
A static CMOS programmable-logic-array (PLA) architecture has been developed that enables the realization of high-speed control circuits while at the same time providing the low static power consumption inherent in CMOS technology. The PLA uses a novel circuit configuration and a two-phase clock to latch data between the AND and the OR planes. An 8-input, 13-output, 42-minterm finite state machine has been realized using an automatic generating system, in an area of 0.36 mm/sup 2/. This structure operates from near DC to above 80 MHz.<<ETX>>
Archive | 1990
Matthew O'donnell; William E. Engeler; John J. Bloomer; John T. Pedicone
Archive | 1993
William E. Engeler; Christopher M. W. Daft; John T. Pedicone; Theodore Lauer Rhyne
Archive | 1990
William E. Engeler; Matthew O'donnell; John T. Pedicone; John J. Bloomer
Archive | 1996
William Ernest Engeler; Peter William Lorraine; John T. Pedicone
Archive | 1990
William E. Engeler; Matthew O'donnell; John J. Bloomer; John T. Pedicone
Archive | 1990
William E. Engeler; Matthew O'donnell; John J. Bloomer; John T. Pedicone
Archive | 1995
Peter William Lorraine; John T. Pedicone
Archive | 1990
William E. Engeler; Matthew O'donnell; John J. Bloomer; John T. Pedicone
Archive | 1987
William E. Engeler; Menahem Lowy; John T. Pedicone