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Wireless Power Transfer Systems: Design and Engineering

7 chapters · 32 lessons

1. 1. Electromagnetic Energy Transfer Fundamentals

   4 lessons

   Understand the physics of wireless power transmission across RF, microwave, and optical frequencies.

2. 2. Link Budget and Efficiency Modeling

   5 lessons

   Calculate end-to-end power transfer efficiency and model system performance.

3. 3. Beam Control and Pointing Systems

   5 lessons

   Design tracking, alignment, and beam steering mechanisms for reliable power delivery.

4. 4. Receiver Design and Power Conversion

   4 lessons

   Specify and design receiving hardware that converts beamed energy into usable electrical power.

5. 5. Thermal Management and Heat Dissipation

   4 lessons

   Model thermal loads and design cooling systems for high-power wireless energy systems.

6. 6. Safety Standards and Exposure Limits

   5 lessons

   Apply regulatory frameworks and safety protocols to wireless power system designs.

7. 7. System Architecture and Application Design

   5 lessons

   Evaluate architectures and design wireless power systems for specific use cases.