Kenneth Scheuer resumes & CV records
Resumes
Test / Product Engineering At Freescale Semiconductor
Location:
Austin, Texas Area
Industry:
Semiconductors
Kenneth C Scheuer, 656004 Carry Back Ln, Austin, TX 78746
Kenneth Scheuer Phones & Addresses
6004 Carry Back Ln, Austin, TX 78746 512-7951929
7909 Rim Dr, Austin, TX 78731 512-3464019 512-6633659
5800 Long Ct, Austin, TX 78730 512-3421651 512-3464019
Phoenix, AZ
7909 W Rim Dr, Austin, TX 78731 512-6633659
Social networks
Kenneth C Scheuer
Linkedin
Work
Position:
Administrative Support Occupations, Including Clerical Occupations
Education
Degree:
Associate degree or higher
Industries
Semiconductors
Mentions for Kenneth C Scheuer
Publications & IP owners
Us Patents
Data Processor Having An Output Terminal With Selectable Output Impedances
US Patent:
5859541, Jan 12, 1999
Filed:
Sep 15, 1993
Appl. No.:
8/122193
Inventors:
Steven Craig McMahan - Garland TX
Kenneth Charles Scheuer - Austin TX
William Burl Ledbetter - Austin TX
Michael Gordon Gallup - Austin TX
James George Gay - Pflugerville TX
Kenneth Charles Scheuer - Austin TX
William Burl Ledbetter - Austin TX
Michael Gordon Gallup - Austin TX
James George Gay - Pflugerville TX
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H03K 1716
H03K 190175
H03K 190175
US Classification:
326 30
Abstract:
A data processor has at least one output terminal which a user of the data processor can vary the output impedance thereof depending upon the application environment of the data processor. A first output buffer of an output buffer stage has a predetermined output impedance and is coupled between an input of the stage and the output terminal. The first output buffer provides a first output terminal impedance. A second output buffer having a lower output impedance than the first output buffer may be selectively coupled in parallel to the first output buffer to reduce the output impedance of the output terminal. The coupling of the output buffers is controlled by a user of the data processor who provides a control input for selecting one of a plurality of predetermined output terminal impedance values.
Data Processor Having An Output Terminal With Selectable Output Impedances
US Patent:
5294845, Mar 15, 1994
Filed:
Aug 17, 1992
Appl. No.:
7/931187
Inventors:
Steven C. McMahan - Richardson TX
Kenneth C. Scheuer - Austin TX
William B. Ledbetter - Austin TX
Michael G. Gallup - Austin TX
James G. Gay - Pflugerville TX
Kenneth C. Scheuer - Austin TX
William B. Ledbetter - Austin TX
Michael G. Gallup - Austin TX
James G. Gay - Pflugerville TX
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H03K 19003
US Classification:
307443
Abstract:
A data processor has at least one output terminal which a user of the data processor can vary the output impedance thereof depending upon the application environment of the data processor. A first output buffer of an output buffer stage has a predetermined output impedance and is coupled between an input of the stage and the output terminal. The first output buffer provides a first output terminal impedance. A second output buffer having a lower output impedance than the first output buffer may be selectively coupled in parallel to the first output buffer to reduce the output impedance of the output terminal. The coupling of the output buffers is controlled by a user of the data processor who provides a control input for selecting one of a plurality of predetermined output terminal impedance values.
Data Processor Having An Output Terminal With Selectable Output Impedances
US Patent:
5162672, Nov 10, 1992
Filed:
Dec 24, 1990
Appl. No.:
7/632901
Inventors:
Steven C. McMahan - Garland TX
Kenneth C. Scheuer - Austin TX
William B. Ledbetter - Austin TX
Michael G. Gallup - Austin TX
James G. Gay - Pflugerville TX
Kenneth C. Scheuer - Austin TX
William B. Ledbetter - Austin TX
Michael G. Gallup - Austin TX
James G. Gay - Pflugerville TX
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H03K 301
US Classification:
307443
Abstract:
A data processor has at least one output terminal which a user of the data processor can vary the output impedance thereof depending upon the application environment of the data processor. A first output buffer of an output buffer stage has a predetermined output impedance and is coupled between an input of the stage and the output terminal. The first output buffer provides a first output terminal impedance. A second output buffer having a lower output impedance then the first output buffer may be selectively coupled in parallel to the first output buffer to reduce the output impedance of the output terminal. The coupling of the output buffers is controlled by a user of the data processor who provides a control input for selecting one of a plurality of predetermined output terminal impedance values.
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