The book "High-Accuracy CMOS Smart Temperature Sensors" offers a comprehensive analysis of the theory and design of high-accuracy CMOS temperature sensors. It discusses the development of smart temperature sensors that achieve such high accuracy that they can be used without calibration. By integrating into cost-effective CMOS technology, this sensor becomes one of the most affordable smart temperature sensors on the market. The evolution of thermometers, which could originally only be read with the human eye, to smart sensors that seamlessly communicate with digital computers is described in detail. The book also highlights the accuracy challenges of conventional CMOS sensors and presents dynamic offset compensation techniques that minimize the need for expensive calibrations. In particular, the novel Nested-Chopper technique is introduced, which significantly improves the performance of instrumentation amplifiers.