2010
Section I – Foundations
1 – The big picture
2 – Feedback systems: fundamentals, benefits, and root-locus analysis
3 – MOS device physics: general treatment
4 – MOS device physics: practical treatment
5 – MOS device physics: small-signal operation
6 – Deep submicron effects in MOS transistors
7 – Noise in devices
8 – Noise in electrical and non-electrical circuits
9 – Feedback systems
10 – Return-ratio analysis
Section II – Low-power analog and biomedical circuits
11 – Low-power transimpedance amplifiers and photoreceptors
1 – The big picture
p 21 ,bio-inspired architecture จาก neurobiology and cell bio -> revolutionized low-power , mixed-signal , RF
transistor device physic , noise , circuit-analysis
circuit เป็นแบบ implantable (invasive) , noninvasive medical system eg cochlear implant for deaf
– brain implant for – blind , paralyzed
– cardiac devices for non-invasive medical monitor
– biomolecular sensing system
p 22 , intuitive ,geometric ,physical thinking เน้นเหนือของเก่า algebraic , symbolic thinking
phycical intuition ถือว่า ส มาก เพื่อ getting system to work
MOS transistor
p 23 ,
2 – Feedback systems: fundamentals, benefits, and root-locus analysis
3 – MOS device physics: general treatment
4 – MOS device physics: practical treatment
5 – MOS device physics: small-signal operation
6 – Deep submicron effects in MOS transistors
7 – Noise in devices
8 – Noise in electrical and non-electrical circuits
9 – Feedback systems
10 – Return-ratio analysis