Technical Description
The technology involves a coaxial beam rotating mode converter employing dielectric plates to introduce incremental phase delays for a specific polarization angle. This feature enables the achievement of high power and high gain along the propagation axis for source-generated azimuthally symmetrical modes, particularly the transverse magnetic (TM) mode.
Problems Addressed
- Non-Directed Radiation Pattern
- Incompatibility with Microware Frequency Range & Source
- Low Mode Conversion Efficiency
- Higher Attenuation for TE11 mode
- Incompatible with High-Power Microwaves (HPM)
- Weight & Size increase of HPM
Tech Features
- High Gain Co-Polarized Radiation
- High Power Microwave Source Compatibility
- Multi-Frequency Band Capability
- Uniform Thickness and Radial Height
- Compact in Size
- Dielectric Plates in Cylindrical Waveguide
Target Audience
- Telecommunication Industry
- Aerospace and Defence Sector
- Space Research
- Wireless Communication Networks
- Automotive Radar Systems
Tech ID: P16-1115 TRL 5 Patent Status: Granted Available For Exclusive and Non-exclusive License
