What you would learn in A Crash Course on Analog and Digital Microelectronics course?
With the increasing investment in semiconductors and chips from both the government and the private sector, design engineers will have a massive demand to participate in this exciting job market. This course addresses the real need by providing an in-depth understanding of the fundamentals of digital and analog electronic devices. The course consists of 16 sessions, each lasting around 40 to 45 minutes. It covers the design, simulation, and layout of metal-oxide-semiconductor (MOS) transistors, basic analog amplifiers, and basic digital logic circuits in an efficient presentation setting. The course will guide you through the investigation and analysis of (1) extensively utilized analog amplifiers, including common-source, standard gate, source follower, and cascade stages and analysis of gain and output impedances, as well as (2) the logic circuits, including CMOS Inverters, NAND the NOR, and other general Boolean functions, as well as an explanation of performance parameters like propagation delay and noise margin. The design advice and layouts will be explained for each circuit that is described. Each concept will be explained using numerous examples. This course is designed to be aimed at junior and senior-level students studying computer and electrical engineering. (2) engineers working in different engineering disciplines looking to learn more about the field of microelectronics. (3) advanced students in various engineering fields who want to know more about semiconductor circuits and devices.
Course Content:
- This course will provide insightful knowledge of the basic principles of digital and analog circuits. The course is divided into 15 sessions, each lasting about 40-45 minutes.
- The course covers the material over 15 sessions that each take 40-45 minutes.
- The course aims to offer the necessary bridge between academics and employment in the semiconductor industry by sharing essential design information, beginning with analysis and ending with the layout.
- After the course, students will acquire fundamental but essential knowledge of the CMOS analog and digital circuits.
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