Applied Radio Frequency Engineering
About This Course
This advanced-level 2-day course has a mix of both theoretical topics and application specific topics with hand-on learning and demonstrations. Topics include passive devices covering filters, resonators, and transmission lines as well as active devices covering amplifiers, mixers, oscillators, and related noise figure metrics. Transceiver architectures, system design parameters and performance of cascaded systems in terms of noise and non-linearities will be covered.
Demonstrations in the application areas of a) wireless communication system using a Software Defined Radios (SDR) platform and b) Radar system using mmWave Radar sensor platform is included to provide an experiential learning opportunity for the participants.
The course is designed to go in depth in the theory behind the functional blocks as well as in the application aspects. The objective of the course is to benefit professionals with experience in electronic systems to further knowledge and deepen understanding for designing and troubleshooting high frequency electronic systems spanning across a variety of applications.
What You'll Learn
Entry Requirements
- Basic knowledge of electrical/electronic circuits
- Advantageous to have taken the intermediate-level SITLearn course Fundaments of RF Engineering