Microwave Test & Measurement

Master Microwave Test & Measurement Techniques for High-Performance RF Systems

As telecommunications networks grow more complex and technology evolves, the need for accurate testing of RF and microwave components becomes crucial. Wireless devices, from smartphones to IoT systems, rely on precise performance from RF and microwave components to deliver reliable service. In this Microwave Test & Measurement course, you will gain essential knowledge of testing techniques used in RF and microwave systems.

The course covers key measurements such as impedance, S-parameters, spectrum analysis, and more, equipping you with the expertise needed to ensure optimal performance of wireless components.

Course Highlights
 

• Impedance Measurement: Explore methods for measuring impedance in RF and microwave systems.
• S-Parameters and Smith Chart: Understand the significance of S-parameters and how to use the Smith chart for analysis.
• Power Measurement: Learn how to measure power in RF/microwave systems and understand power-related parameters.
• Noise Figure and Phase Noise Measurement: Gain insight into noise-related metrics and their importance in RF systems.
• Frequency Measurements (Spectrum Analysis): Master spectrum analysis techniques for measuring frequency characteristics.
• Gain Compression and Intermodulation: Study non-linear behaviors and their effects on system performance.
• Network Analysis: Delve into network analysis techniques to measure system behavior across frequencies.

Course Benefits
 

• Develop a strong understanding of RF and microwave measurement concepts and tools.
• Learn how to apply key measurement techniques, including power, noise, and frequency analysis.
• Become proficient with industry-standard testing equipment for evaluating RF/microwave systems.
• Acquire the skills to perform accurate testing and analysis for high-performance RF system components, ensuring optimal end-to-end network performance.

• Learn accurate testing techniques critical for optimizing RF/Microwave systems.
• Gain hands-on experience with tools used for testing network infrastructure.
• Understand the intricacies of power, noise figure, and spectrum analysis.
• Develop key skills to meet the growing demands of the telecommunications industry.

Course Details and Next Steps

• Hardware: Hardware will be provided by the instructor for class demos.
• Course Typically Offered: In-class, Winter quarter 
• Prerequisites: Have taken previously RF Principles and Applications (EE-40137) or similar knowledge.
• Next steps: Upon completion of this class, consider enrolling in other courses in the RF Engineering Certificate.
• More information: Contact unexengr@ucsd.edu to learn more about RF Engineering and course offerings.