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Full Description
Microsystems for Bioelectronics: Scaling and Performance Limits, Third Edition provides a detailed exploration into the cutting-edge world of autonomous microsystems, focusing on integrated intelligent sensor systems. The book delves into the essential physical principles and technological trends that shape the development of these highly miniaturized systems, with particular attention given to the challenge of energy minimization. Readers are guided through the implications of reduced energy consumption on both device and system architectures, while gaining insights into the behavior of electronic components as microsystems continue to scale, making this text a valuable resource for anyone interested in next-generation bioelectronics.
In addition to its core focus, the book presents fundamental scaling limits for energy sourcing, sensing, memory, computation, and communication subsystems. It introduces new applications such as optical, magnetic, and mechanical sensors, and covers advanced topics including DRAM and 3D NAND memory technologies, betavoltaic energy conversion, and recent advancements in packaging.
Contents
1. The Nanomorphic Cell: Atomic-level Limits of Computing
2. Basic Physics of ICT
3. Energy in the Small: Micro-scale Energy Sources
4. Fundamental Limits for Logic and Memory
5. A Severely Scaled Information Processor
6. Sensors at the Micro-Scale
7. Nanomorphic Cell Communication Unit
8. Micron-sized Systems: in carbo vs. in silico
