The book "Design of Wireless Autonomous Datalogger ICs" offers a comprehensive analysis of the latest developments in the design of complex dataloggers, with a focus on low energy consumption. It is aimed at professionals and students involved with autonomous dataloggers for standalone applications and their remote programmability. The content begins with a detailed introduction to the essential design aspects and trade-offs that must be considered in the miniaturization and development of energy-efficient telemetric dataloggers. Following this, an in-depth case study of an autonomous CMOS datalogger IC, which is used for recording loads on dental implants, is presented. The book covers the system level of the datalogger as well as the detailed design of individual components, emphasizing the minimization of energy consumption. It provides a clear overview of the operation, implementation, and key design considerations to achieve optimal system performance. Topics covered include correlated double sampling amplifiers, sample-and-hold circuits, binary weighted current steering DACs, successive approximation ADCs, and relaxation oscillator circuits. The book serves as both a teaching resource and a reference guide for the design of these components.