RFIC Design

Master RFIC Design and Power the Future of Wireless Communications

As wireless devices increasingly dominate our daily lives, RF technology has become essential in the functionality of mobile phones, WiFi routers, Bluetooth devices, radios, and televisions. At the core of these technologies is the RF Integrated Circuit (RFIC), a critical component that powers the seamless communication we rely on today. The ongoing expansion of wireless communication infrastructure demands skilled RFIC design professionals who can drive innovation in this rapidly growing field.

This course is designed to equip you with the knowledge and skills needed to design RFICs, preparing you to meet the demands of modern wireless communication technologies. You will explore key RFIC design principles, topologies, and tools, with a focus on critical components like low noise amplifiers, mixers, current sources, and thermal management.

Course Highlights

• Introduction and Review: Overview of RFIC fundamentals and key concepts in RF system design.
• Technology Overview: Bipolar, CMOS: Explore the different technologies used in RFIC design, including Bipolar and CMOS.
• Noise & Noise Figure Calculations: Learn how to calculate and mitigate noise in RFIC circuits for optimal performance.
• Low Noise Amplifier Design: Design and optimize low noise amplifiers to enhance signal clarity and system efficiency.
• Differential Circuits & Non-Linearity: Understand differential circuits and address non-linearity in RF designs.
• Mixer Design & Class of Operation: Learn to design mixers and understand their operation in various RF applications.
• Power Amplifiers: Study the design and optimization of power amplifiers for efficient RF signal transmission.
• Passive On-Chip Components: Explore the design and integration of passive components like inductors, capacitors, and resistors in RFICs.
• Layout, Thermal Management, and Packaging: Understand the importance of layout design, heat dissipation, and packaging in RFIC performance.
• Current Mirrors & Bandgaps: Learn how to design current mirrors and bandgap references for stable RFIC performance.

Course Benefits

• Learn to differentiate between RFIC technologies like Bipolar and CMOS
• Understand the key design constraints and solutions in RFIC design
• Master essential RFIC design topologies and techniques
• Gain practical experience designing amplifiers, mixers, bias sources, and more
• Prepare to advance your career in the expanding world of wireless communications

Why You Should Take This Course

This RFIC Design course offers comprehensive training in one of the most in-demand areas of wireless communication technology. Whether you are looking to deepen your RF design knowledge or break into the RFIC field, this course covers all the essential components of RFIC design, from amplifiers to thermal management, using the latest industry techniques and tools. With expert instruction and practical applications, you will be equipped to contribute to the growing need for RFIC professionals.

Course Details and Next Steps
 

• Course typically offered: Online, Fall quarter.
• Prerequisites: RF Principles and Applications (EE-40137) or familiarity with the electronics circuit analysis.
• Software: Free online simulators are used in this class. You may use the commerical RFIC design packages should you already have access to it.
• Next Steps: Upon completion of this course, consider taking RF Circuit Design, RF System Design for Wireless Communications, or courses in the RF Engineering Certificate.
• More Information: Contact unexengr@ucsd.edu to learn more about RF Engineering and course offerings.
• Upcoming Enrollment: Enrollment will open on Augus 1, 2025.
• Course Fee: $825