Comparison of MOST and Bipolar transistor models.- Amplifiers, Source followers & Cascodes.- Differential Voltage and Current amplifiers.- Noise performance of elementary transistor stages.- Stability of Operational amplifiers.- Systematic Design of Operational Amplifiers.- Important opamp configurations.- Fully-differential amplifiers.- Design of Multistage Operational amplifiers.- Current-input Operational Amplifiers.- Rail-to-rail input and output amplifiers.- Class AB and driver amplifiers.- Feedback Voltage and Transconductance Amplifiers.- Feedback Transimpedance and Current Amplifiers.- Offset and CMRR: Random and systematic.- Bandgap and current reference circuits.- Switched-capacitor filters.- Distortion in elementary transistor circuits.- Continuous-time filters.- CMOS ADC and DAC principles.- Low-power Sigma-Delta AD converters.- Design of crystal oscillators.- Low-noise amplifiers.- Coupling effects in Mixed analog-digital ICs.
From the reviews:"The book itself has 24 chapters and covers basic transistor concepts and amplifier design as well as more advanced topics such as filter design, oscillators, and analog and digital conversion. The color slides include circuit diagrams along with topic headings as well as some references. The book concludes with a comprehensive index. … is particularly useful for the photonics researcher. The book is ideal for self-study." (Bogdan Hoanca, Optics and Photonics News, February, 2008)
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