A directional coupler employs a narrow wall with a central protrusion to reduce return loss and maintain directivity at operation frequencies.
Gold ribbons compress between block halves to widen iris apertures, resolving tuning precision limits caused by small screw sizes.
Symmetrical grooves on opposing members enable flexible signal path formation without specifying conductor plate orientation.
Segmented septum ridges modify propagation constants, expanding bandwidth while relaxing tight manufacturing tolerances.
A multilayer power distributing device merges a microstrip line power divider with an integrated slot filter structure to suppress harmonics.
A signal transmission device uses hybrid resonance modes to confine electromagnetic coupling within predetermined passbands across coupled substrates.
A compact multilayer signal processing system integrates microstrip switching networks and groundplane layers to route microwave signals vertically.
Multi-material dielectric waveguides reduce signal dispersion across bandwidths by aligning velocity profiles, enabling reliable medium-distance interconnects.
A multilayer waveguide transition device uses adaptation channels to optimize impedance between coupled guide layers.
Magnetic coupling joins waveguide sections for polarization rotation, eliminating conductive contact leakage and complex fabrication steps.