Joe F. Sexton
Texas Instruments
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Featured researches published by Joe F. Sexton.
Applied Nursing Research | 1989
Uming U-Ming Ko; Stanley C. Keeney; Joe F. Sexton; Glen R. Balko; Bernhard H. Andresen
A description is given of a custom-designed, 160 K-transistor TMS320C25 DSP (digital signal processor) core processor, which has been combined with a 5 K user-programmable gate array and built-in parallel module testability. The research vehicle, designed to analyze practical issues of embedded core DSPs and manufactured in a 1- mu m CMOS process, runs at a 50-MHz clock frequency in the DSP core and has a gate delay of 0.5 ns (FO=3) in the gate array. The parallel module test (PMT) methodology is used to obtain and effectively test the DSP core during manufacturing. The method introduces a minimum speed penalty, approximately one quarter of a nanosecond, under normal operation paths and requires only one dedicated TEST pin at the device package. The joint test action group PMT system architecture can also support board-level testing.<<ETX>>
Archive | 1990
Uming U-Ming Ko; Bernhard H. Andresen; Glen R. Balko; Stanley C. Keeney; Joe F. Sexton
Archive | 1981
Joe F. Sexton
Archive | 1997
Uming U-Ming Ko; Bernhard H. Andresen; Glen R. Balko; Stanley C. Keeney; Joe F. Sexton
Archive | 1983
Daniel L. Essig; Luat Q. Pham; Joe F. Sexton; Graham S. Tubbs
Archive | 1973
K Balasubramanian; Joe F. Sexton
Archive | 1986
Joe F. Sexton
Archive | 2002
James T. Schmidt; Joe F. Sexton; Peter N. Ehlig
Archive | 1987
Daniel L. Essig; Joe F. Sexton
Archive | 1978
Joe F. Sexton