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This subject not only provides students with basic and in-depth knowledge about the processes in designing analog integrated circuits and the steps to produce integrated circuits using CMOS technology, but also helps students Students understand and analyze important issues in analog integrated circuit design. In addition, students will be equipped with knowledge about using professional design support tools in designing analog integrated circuits. Next, the course helps students know how to draw layouts for simple circuits, thereby laying the foundation for drawing layouts of more complex circuits to serve the production process.

The course presents the following contents:

• Provides knowledge and design steps for the entire IC design process: Electrical design, physical design - layout, building a test environment.
• Presenting CMOS technology and the steps in the integrated circuit manufacturing process with the aim of gaining a deeper understanding of the physical design of CMOS components.
• Working principles and methods of investigating single-stage, multi-stage and differential CMOS amplifier circuits.
• Active and passive current mirrors and reference power circuits
• Study of the response of single-stage, differential amplifiers in the frequency domain, moving from a review of basic concepts to analysis of the circuit response in high frequencies.
• Noise in single-stage and differential amplifier circuits.
• OpAmp algorithmic amplifier design method for integrated applications into analog signal systems.
• Switch-Capacitor and application in analog signal processing circuits ADC, DAC, PLL, Filter...
• Analog circuit electrical and physical design on CAD tools.