Microwave Engineering
Curriculum
- 8 Sections
- 42 Lessons
- 20 Weeks
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- Introduction1
- A Beginner's Guide to Microwave Engineering Fundamentals5
- A Beginner's Guide to Microwave Components6
- Microwave Engineering: Core Concepts, Components, and Applications6
- Comprehensive Lecture Notes on Microwave Engineering7
- 5.11.0 Module 1: Fundamentals of Microwave Engineering
- 5.22.0 Module 2: Theory of Microwave Transmission and Propagation
- 5.33.0 Module 3: Passive Microwave Components and Network Analysis
- 5.44.0 Module 4: Active Microwave Devices: Solid-State
- 5.55.0 Module 5: Active Microwave Devices: Vacuum Tubes
- 5.66.0 Module 6: Principles of Microwave Measurement
- 5.77.0 Module 7: Applied Microwave Engineering: Worked Examples
- Principles of Microwave Transmission Lines for System Design and Optimization6
- 6.11.0 Introduction to Microwave Engineering Principles
- 6.22.0 Core Electrical Parameters of Transmission Lines
- 6.33.0 Characteristic Impedance and Power Transfer
- 6.44.0 Wave Propagation and Physical Transmission Media
- 6.55.0 Power Loss Mechanisms and System Efficiency
- 6.66.0 Conclusion: Implications for System Design
- A Practical Guide to Microwave Technology Applications7
- 7.1Introduction: The Versatility of the Microwave Spectrum
- 7.21.0 Communications and Broadcasting Systems
- 7.32.0 Radar, Navigation, and Remote Sensing
- 7.43.0 Industrial and Manufacturing Processes
- 7.54.0 Medical and Scientific Applications
- 7.65.0 Commercial and Consumer Electronics
- 7.7Conclusion: The Pervasive Impact of Microwave Technology
- Microwave Engineering Study Guide4