Lamar T. Baker
Xerox
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Featured researches published by Lamar T. Baker.
international solid-state circuits conference | 1978
Gertrud Katz; Lamar T. Baker; George K. Tu
A single chip silicon gate LSI device is described which interfaces a microprocessor to a capacitive keyboard. The LSI circuit replaces a large number of MSI devices and substitutes a unique digital key detection scheme for the more traditional differential amplifiers. On chip are an internal oscillator, a clock generator, key matrix scanning and detection circuits, a digital filter, input sensing circuits with hysteresis, multiple key rollover electronics, and handshaking logic to interface asynchronously with any standard 8-bit microprocessor such as the 8080. Off chip is only an RC network for the purpose of setting the oscillator frequency.
Archive | 1977
George K. Tu; Lamar T. Baker; Robert E. Markle; George E. Mager
Archive | 1977
George K. Tu; George E. Mager; Lamar T. Baker; Robert E. Markle
Archive | 1999
Lamar T. Baker; Steven A. Buhler; Abdul M. ElHatem; Scott A. Elrod; Babur B. Hadimioglu; Jaime Lerma; Mostafa R. Yazdy
Archive | 1979
Lamar T. Baker
Archive | 1977
Lamar T. Baker; George K. Tu
Archive | 2001
Lamar T. Baker
Archive | 1977
Lamar T. Baker
Archive | 2003
Mostafa R. Yazdy; Lamar T. Baker; Steven A. Buhler
Archive | 1999
Lamar T. Baker; Steven A. Buhler; Scott A. Elrod; William F. Gunning; Babur B. Hadimioglu; Abdul M. El Hatem; Joy Roy; Richard G. Stearns