Analog Design, particularly using MOSFETs, plays a crucial role in modern VLSI, enabling the development of amplifiers, filters, and other essential components. The course emphasizes understanding the intricate behavior of MOSFETs, their small signal models, and their applications in creating high-performance analog circuits used in Chip Design. This course delves deep into topics such as biasing techniques, frequency response, and feedback analysis, ensuring participants gain practical insights into these fundamental building blocks. The learning approach blends theoretical concepts with hands-on design projects, providing a comprehensive foundation for aspiring analog circuit designers.

Course Content:

• Introduction to CMOS Technology
• MOSFET Characteristics and Modeling
• Small Signal Analysis
• Biasing Techniques in CMOS Circuits
• Frequency Response of Analog Circuits
• Feedback Analysis and Stability
• Design of CMOS Amplifiers (Common Source, Common Gate, and Common Drain configurations)
• Operational Amplifier Design and Applications
• CMOS Filters and Signal Processing Circuits
• Noise Analysis in CMOS Analog Circuits
• Designing for Power Efficiency and Low Noise
• Hands-on Projects: Design and Simulation of CMOS Analog Circuits like LDO, ADC,DAC, PLL,DC-DC Converters, Receiver and Transmitter Designs

Training Mode: Online