The "Fundamentals of Semiconductor Characterization" course by Arizona State University provides a comprehensive review of semiconductor materials, p-n junction diodes, and MOS capacitors. This essential course is designed to equip learners with a deep understanding of these fundamental concepts, particularly in the context of CMOS manufacturing.
The course comprises three modules, covering topics such as semiconductor basics, p-n junction diodes, and MOS capacitors. Each module includes video lectures, suggested readings, and knowledge checks to reinforce learning. Whether you seek to refresh your knowledge or gain a solid foundation in semiconductor characterization, this course offers valuable insights essential for success in this specialization.
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This course comprises three modules, providing in-depth coverage of semiconductor basics, p-n junction diodes, and MOS capacitors, essential for understanding CMOS manufacturing and broader applications.
Welcome to Semiconductor Characterization. This introductory module provides an overview of the course, the instructor's bio, and essential tips for navigating the content. It sets the stage for the subsequent in-depth exploration of semiconductor fundamentals.
Module 1 delves into semiconductor basics, covering topics such as energy bands, carrier statistics, drift velocity, mobility, and optical properties. Suggested readings and knowledge checks complement the video lectures, ensuring a comprehensive understanding of the fundamentals.
Module 2 focuses on p-n junction diodes, addressing topics such as diode I-V characteristics. Suggested readings and knowledge checks further reinforce learning, providing a solid foundation in understanding p-n junction diodes and their characteristics.
Module 3 explores MOS capacitors, covering essential concepts such as oxide charges, flat-band voltage, and flat-band capacitance. The module concludes with a video wrap-up, consolidating the key learnings from the course.
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