A high-speed, low-power analog-to-digital converter in fully depleted silicon-on-insulator technology. - Kent Howard Lundberg (2002)

Classical dual-inverted-pendulum control. - Kent H. Lundberg; James K. Roberge (CDC, 2003)

A high-speed externally compensated operational amplifier. - Sandro Herrera; Kimo Y. F. Tam; Kent H. Lundberg (ACC, 2004)

Low-cost magnetic levitation project kits for teaching feedback system design. - Katie A. Lilienkamp; Kent H. Lundberg (ACC, 2004)

Internal and external op-amp compensation: a control-centric tutorial. - Kent H. Lundberg (ACC, 2004)

Three-dimensional visualization of Nichols, Hall, and robust-performance diagrams. - Kent H. Lundberg; Zachary J. Malchano (ACC, 2004)

Feedback control for a MEMS-based high-performance operational amplifier. - Song-Hee Paik; Akin Aina; Tim Denison; Kent H. Lundberg (ACC, 2004)

An open-ended ball-balancing laboratory project for undergraduates. - Evencio A. Rosales; Bennett T. Ito; Katie A. Lilienkamp; Kent H. Lundberg (ACC, 2004)

An educational Java applet for linear systems. - Kent H. Lundberg; Brian F. Williams (ACC, 2005)

Feedback loop design for an electrostatic voltmeter. - Timothy Allman Denison; John S. Shafran; Kent H. Lundberg (ACC, 2006)

A self-resonant MEMS-based electrostatic field sensor. - Kent H. Lundberg; John S. Shafran; Jinbo Kuang; Mike Judy; Timothy Allman Denison (ACC, 2006)

A Brief Treatment of Generalized Functions for Use in Teaching the Laplace Transform. - Haynes R. Miller; David L. Trumper; Kent H. Lundberg (CDC, 2006)

A Self-Resonant MEMS-based Electrostatic Field Sensor with 4V/m/Hz Sensitivity. - Tim Denison; Jinbo Kuang; John S. Shafran; Michael Judy; Kent H. Lundberg (ISSCC, 2006)