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CMOS and BiCMOS Analog Circuit Design

X432.3 (2 semester units in EECS)

A requirement in the Professional Sequence in Analog Design

This advanced course provides an understanding of analog circuit and systems design and advanced design issues. Topics include: operational amplifiers, oscillators, designing low-noise circuits, selecting passive components, linear and non-linear applications, active filters, A/D and D/A conversion, grounding and shielding, and system design. As part of the course, you select a design project for analog circuit system design by using off-the-shelf integrated circuits.

Prerequisites: B.S.E.E. or equivalent experience and familiarity with basic integrated circuit design principles. Analog Integrated CMOS Design X402 or the equivalent is recommended (note that the instructor will include a review of basic CMOS/BiCMOS process and analog circuit design). Access to SPICE simulation with printing capability is suggested but not required.

Enroll Now! Click below for course fees and textbook info, start dates, locations, and instructors.

Sat. Aug. 1, Redwood City

DOMINIK SCHMIDT, M.S.M., Ph.D., PE, has been in the semiconductor industry for 16 years, and has consulted for several large companies and start-ups in the mixed-signal and RF design areas. He is now at Intel Corporation, leading efforts to come up with a next generation of advanced wireless products.

• 4 meetings
• Aug. 1-22: Sat., 9 am-5 pm
• Redwood City: Room 9, Peninsula Center, 1991 Broadway
• $545 (EDP 315895)

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Textbook(s) for this course:
Analog BiCMOS Design: Practices and Pitfalls
Author: James C. Daly
Publisher: CRC
ISBN: 0849302471

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Sections closed for enrollment

Sat. April 4, Redwood City

DOMINIK SCHMIDT, M.S.M., Ph.D., PE, has been in the semiconductor industry for 16 years, and has consulted for several large companies and start-ups in the mixed-signal and RF design areas. He is now at Intel Corporation, leading efforts to come up with a next generation of advanced wireless products.

NOTE: This class is closed. For information about related courses, contact your academic department.

• $545 (EDP 326520)

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