This Master-level course from the Center for Wireless Technology Eindhoven (CWT/e) at Eindhoven University of Technology is designed to provide students with comprehensive knowledge and hands-on experience in RF and millimeter-wave circuit design.
The course covers the derivation of RF wireless systems specifications and the design of key transceiver components such as low noise amplifiers, power amplifiers, RF mixers, oscillators, and PLL frequency synthesizers. It is divided into theoretical lectures and design labs, giving students the opportunity to gain practical experience through simulation and implementation of circuits.
By enrolling in this course, students will have access to theoretical video classes, examples, quizzes, and simulation files, as well as step-by-step procedures and recorded data of real-life circuits. The design labs, though optional, are highly recommended to reinforce theoretical knowledge and provide a hands-on learning experience. Students can expect to engage in simulations and, where possible, build their own transceivers using off-the-shelf components. The course offers a unique opportunity for students to learn and practice the art of RF and millimeter-wave circuit design within a supportive and comprehensive learning environment.
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This comprehensive course is divided into six modules covering topics such as wireless systems, amplifiers, mixers, oscillators, and synthesizers. The modules include theoretical lectures, practical design labs, and engaging assignments to reinforce learning.
Welcome to the RF Circuit Design Course. This module provides an introduction to the course structure and the tools used for simulation. It sets the foundation for the subsequent modules by familiarizing students with the theoretical and practical aspects of RF and millimeter-wave circuit design.
The Wireless Systems module delves into the fundamental aspects of wireless communication, addressing topics such as path loss, design challenges, sensitivity, and selectivity. Students will also engage in practical assignments to analyze and design wireless systems, reinforcing their understanding of the theoretical concepts.
The Amplifiers module focuses on the design and implementation of amplifiers, covering topics such as amplifier topologies, matching, power amplifiers, and classification. Students will gain practical experience through simulations and assignments, enabling them to apply theoretical knowledge to real-world amplifier design.
In the Mixers module, students will explore various types of mixers, including double balanced mixers, image and harmonics, and active and passive mixers. Through simulations and practical assignments, students will gain a comprehensive understanding of mixer design and implementation.
The Oscillators module provides an in-depth exploration of oscillators, including tunable oscillators, phase noise, and buffering. Students will engage in simulations and practical assignments to reinforce their understanding of oscillator design and implementation in RF and millimeter-wave circuits.
The Synthesizers module covers the principles of PLL frequency synthesizers and their types. Through practical simulations and assignments, students will gain hands-on experience in synthesizer design and implementation, further enhancing their knowledge of RF and millimeter-wave circuit design.
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