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Power-Ground Plane Transient Impedance Otto
Buhler Tuesday, December 4th, 2007 Location: Front
Range Community College, Room L211 (upstairs, see map),
3645 W. 112th Ave., Westminster, CO. Directions
maybe found at: Time: 6:30 p.m. social, 7:00 p.m. presentation. Power-Ground Plane Transient Impedance: The concept of impedance is explored and analyzed in both the steady-state and transient modes. Current flow in a power-ground plane structure is analyzed from a transmission line viewpoint. Relationships for effective capacitance, inductance, and impedance are developed. The validity of the analysis is valid from time equal zero to twice the delay time to the first decoupling capacitor. A Spice simulation is used to determine peak voltage disturbance. Otto Buhler: Otto is a Graduate RCA Institutes, B.S.E.E. University of Colorado. He is an IEEE Life Senior Member. He has been employed at IBM 24 years, 15 years at Storage Technology Corporation. Otto has been primarily involved in analog circuit design including motor-driver amplifiers, magnetic recording Read/Write circuits, phase-locked loop design, power-line filter, and signal integrity. He holds 11 issued U.S. patents (3 are EMC related). Otto has received fifth level IBM Invention Achievement Award and Storage Technology Gold Award for patent activity. |
Otto Buhler - guest lecturer.
Monrad introducing Otto Buhler
Buhler describing issue of multiple capacitors for power distribution.
Bob German (right) joins the after-meeting discussion on power distribution.
Stefen Munford, Monrad Monson, Otto Buhler and Chuck Still.