Waveguide Horns TRIZ Cases

Four coaxial plungers inject and extract signals near the aperture, reducing horn volume for mini satellites while maintaining measurement precision.

A unibody feed horn integrates the waveguide and polarizing septum into a single housing structure.

A rotating polarizer processes linear and circular satellite signals within a single waveguide structure.

A transceiver array suppresses cross-polarization interference using dynamic beamforming and polarization processing circuitry.

A multi-band ship antenna uses a frequency selective surface to enable automatic switching between C, Ku, and Ka bands.

Snap rings secure conical disks to seal radiating openings, reducing production time while ensuring media-tight closure.

A waveguide arrangement with potential separation provides electrical isolation between measurement electronics and antennas.

Segmented 2x2 modules reduce beamforming network mass and volume while ensuring isolation between linear polarizations.

Replacing RF Butler matrices with digital signal processing reduces insertion loss and system complexity while maintaining bearing accuracy.

A hybrid antenna merges a radiating plate with a waveguide to adjust frequency dimensions.

Segmented conical and cylindrical components enable high gain WiFi antennas while reducing manufacturing costs.

Segmented waveguide and dielectric rod withstand high temperatures while minimizing reflections for radar level gauging.

A capacitively grounded cable bracket uses dielectric adhesive tape to feed omnidirectional broadband antennas without galvanic contact.