SUMMARY
This discussion focuses on the need for textbooks and reference materials specifically for designing loop antennas that operate within the long wavelength spectrum of 60Hz to 100KHz. The user highlights the complexity of the design process, which extends beyond Faraday's law, and emphasizes the significant physical dimensions required for effective antenna construction, such as a square loop measuring 2840 feet at 100 KHz. Additionally, a resource for ferrite antennas capable of receiving frequencies from 20 KHz to 100 KHz is provided, priced at approximately 156 euros (US$217).
PREREQUISITES
- Understanding of electromagnetic theory, particularly Faraday's law
- Knowledge of antenna design principles
- Familiarity with loop antenna configurations
- Basic skills in RF engineering and measurements
NEXT STEPS
- Research "Loop Antenna Design Techniques" for detailed methodologies
- Explore "Ferrite Antenna Applications" for insights on ferrite materials
- Study "Antenna Height and Ground Effects" for optimal placement strategies
- Investigate "Long Wavelength Transmission Challenges" for practical considerations
USEFUL FOR
Electrical engineers, RF designers, amateur radio enthusiasts, and anyone involved in antenna design and construction for low-frequency applications.