| Program start date | Application deadline |
| 2024-04-01 | - |
Program Overview
This course provides a comprehensive overview of microwave systems and devices, covering concepts, design, and applications. It explores microwave design fundamentals, including wave equations, transmission lines, waveguides, and network theory. The course also delves into practical aspects such as impedance matching, microwave resonators, and amplifier design. Students will gain a solid understanding of microwave systems and their applications in wireless communication and other fields.
Program Outline
Outline:
This course covers the concept, design and application of microwave systems and devices. The course starts with an introduction to the various microwave systems such as wireless communication and networks. It then covers the fundamentals of microwave design, the wave equations, transmission line and waveguides, and microwave network theory (Z/Y/S parameters, ABCD matrices). As part of microwave design, the course covers Smith Chart, CAD design tools, impedance matching techniques, microwave resonators, power splitters, couplers, equivalent circuits of microwave devices, amplifier design, stability, and VSWR requirements.
Outline:
This course covers the concept, design and application of microwave systems and devices. The course starts with an introduction to the various microwave systems such as wireless communication and networks. It then covers the fundamentals of microwave design, the wave equations, transmission line and waveguides, and microwave network theory (Z/Y/S parameters, ABCD matrices). As part of microwave design, the course covers Smith Chart, CAD design tools, impedance matching techniques, microwave resonators, power splitters, couplers, equivalent circuits of microwave devices, amplifier design, stability, and VSWR requirements.
