Recent Advances in Semiconductor Device Research & Applications provides a contemporary overview of next-generation semiconductor devices designed for low-power, high-speed, and high-performance electronic systems. The book focuses on emerging device architectures that address the limitations of traditional scaling, with emphasis on TFETs, advanced CMOS technologies, nanoelectronics, and biosensing applications. It is structured from fundamental concepts to advanced research topics, beginning with semiconductor device basics and TFET principles. It then explores applications such as photosensors, carbon-based and quantum devices, ISFET biosensors, and deep submicron CMOS SRAM designs. Advanced chapters cover heterojunction TFETs, negative capacitance devices, nanostructured transistors, and low-power circuit applications. Key Features: -Covers next-generation semiconductor devices and architectures -Focuses on TFETs, CMOS scaling, nanoelectronics, and biosensors -Integrate theory with current research trends and applications -Discussion of advanced devices, including negative capacitance and heterojunction TFETs -Gives Practical circuit-level implementations for low-power systems
