K C Ng
4 points · 26 lectures and 24 laboratory hours · Second semester · Clayton · Prerequisites: ECS3311, ECS3331, ECS3362
Objectives The student is expected to develop an understanding of the application of semiconductor physics and linear circuit theory to electronic amplifiers.
Synopsis Small-signal equivalent circuits: mid-band range, poles and zeros, low-frequency and high-frequency response in the time and frequency domains. Amplifier stages. Differential amplifiers: common-mode rejection. Dc amplifiers: offset and drift.
Assessment Examination (3 hours): 75% · Laboratory work and assignments: 25%
Recommended texts
Horenstein M N Microelectronic circuits and devices 2nd
edn, 1997
Horowitz P and Hill W The art of electronics 2nd edn, CUP, 1989
Sedra A S and Smith K C Microelectronic circuits 4th edn, OUP, 1998