Resonators TRIZ Cases
- Metal Injection Resonator Filter for Precision and Miniaturization
Metal injection molding forms resonators and chamber structures with tighter tolerances, enabling smaller RF filters with lower cost and better performance.
- Waveguide Band-Pass Filter Layout for Broadband Spurious Rejection
Varying secondary resonances across adjacent cavities enables broadband stopband rejection without cascaded filters, while keeping low loss and high power handling.
- Varying-Cross-Section Dielectric Waveguide for Dense mmWave Interconnects
A layered dielectric waveguide with a varying opening cross-section supports dense mmWave links with lower crosstalk, latency, and power use.
- Cavity Filter Tuning Structure Without Cover-Mounted Screws
A suspended pressing element tunes cavity filter resonance without cover screws, simplifying assembly and reducing tuning time.
- Tri-Mode Dielectric Cavity Filter With Wider Tuning Range
An irregular cavity and dielectric resonator balance high Q, compact size, and wider tuning range while reducing frequency sensitivity.
- Modular Cavity Filters With Planar Resonators for Easier Tuning
Planar resonator modules vary electromagnetic coupling to build lighter high-order cavity filters with simpler tuning and lower production complexity.
- Dielectric Filter Through-Hole Layout for Harmonic Suppression
Through-holes between adjacent dielectric resonators cut magnetic coupling, raise harmonic frequency, and improve remote suppression.
- Resonant Cavity Combiner Without Guard Band Spectrum Loss
Series resonant cavities and matching resonators suppress out-of-band leakage, removing guard bands while cutting combiner power loss.
- Dielectric Cavity Filter Cross-Coupling Structure With External Tuning
An externally adjustable tuner in a dielectric cavity filter sets cross-coupling without disassembly, cutting material complexity and tuning time.
- Tunable Cavity Resonator Layout for High-Q Frequency Correction
Upper-plate slots tune cavity resonators after fabrication to correct resonance shifts from manufacturing variation while keeping high Q and low loss.
- Superconducting Resonator Etching to Cut TLS Interface Losses
Selective acidic etching shrinks the resonator-substrate interface, removes native oxides, and rounds edges to reduce TLS losses.
- Triple-Mode Dielectric Resonator Cavity for High-Q Compact Filters
A nested dielectric block and support frame enable triple-mode resonance, cutting filter volume while preserving high Q and lowering insertion loss.
- Miniature RF Filter Layout Using Grounded Inductive Coupling
A grounded coupling plate replaces lossy spiral inductors in multilayer RF filters, creating transmission zeros on both sides of the passband.
- Stacked Dielectric Resonator Structure for High-Q Miniaturization
Stacked conductors in a dielectric resonator increase signal path surface area, preserving Q factor and lowering filter insertion loss in compact designs.
- Dielectric Resonator Structure With 3D Cavities for Low-Loss RF Filters
LCM-built ceramic resonators use complex internal cavities to improve pass-band behavior, cut insertion loss, and enable compact RF filters.
- Dielectric Waveguide Resonator Metal Loading for Wider Bandwidth
A metal interface inside the dielectric resonator widens mode spacing and bandwidth while preserving unloaded Q and compact filter size.
- Fishbone Stepped Impedance Resonator for Compact Chip Layout
A fishbone waveguide in a stepped impedance resonator cuts chip footprint while preserving resonance control and layout flexibility.