Resonators TRIZ Cases
- Triple-Mode Ceramic Waveguide Resonator for Wideband Filter Coupling
A shaped coupling aperture excites three resonant modes independently, improving CWG filter bandwidth, Q-factor, and harmonic control.
- Dielectric Filter Support Structure for Low-Stress Resonator Mounting
An integrated support portion and intermodulation groove replace screw fixation to stabilize the dielectric resonator and improve Q value.
- Integrated Dual-Band Waveguide Filter for High-Power Stability
A shared waveguide with common junctions and resonance blocks enables dual-band filtering while improving power handling and temperature stability.
- Capacitive Resonator Filter Layout for Low-Height Q Retention
Overlapping electrode patterns enable vertical capacitive coupling, reducing filter height while preserving frequency response and Q-factor.
- Fishbone Waveguide Resonator for Compact Superconducting Circuits
A fishbone waveguide coupled through a Josephson junction shortens resonator length, reducing superconducting chip footprint without unwanted modes.
- Planar RF Filter Tuning Structure for Slimmer, Lighter Resonators
Single-layer tuning bars and resonators cut filter thickness and weight while preserving skirt characteristics and fine frequency tuning.
- Single-Layer RF Filter Layout for Slim Frequency Tuning
A single-layer resonator and tuning-bar layout enables fine frequency tuning while cutting filter thickness and weight.
- Liquid Crystal Resonator Plate for Tunable Radio Wave Refraction
Voltage-tuned liquid crystal layers vary resonator capacitance to steer radio wave refraction more flexibly than fixed lens-based designs.
- Dielectric Filter Resonator Layout for Compact Capacitive Coupling
Groove-separated dual- and single-mode resonators enable compact dielectric filters with capacitive coupling, high selectivity, and lower spurious signals.
- HF Cavity Jacket with Internal Canals for Hot Spot Cooling
Internal jacket canals bring coolant close to HF cavity surfaces, reducing hot spots, thermal stress, and frequency tuning drift.
- Single-Layer RF Filter Structure for Slim Frequency Tuning
Single-layer resonators and tuning bars replace multi-cavity coupling parts to enable frequency tuning in a slimmer, lighter RF filter.
- Planar Resonator Filter Layout for Slim RF Frequency Tuning
A single-layer resonator and tuning-bar layout slims RF filters while preserving frequency tuning and skirt characteristics without extra conductive parts.
- Split Ring Resonator With Radial Stubs for Broadband RF Suppression
A split ring resonator with radial stubs broadens high-frequency noise rejection above 20 GHz while saving PCB space on RF lines.
- Multilayer Resonator Layout for Compact Band-Pass Filters
Stacked dielectric layers place resonator conductor parts at different heights to shrink band-pass filter area without degrading filtering performance.
- Direct-Coupled-Stub Filter Layout for Lower Pass-Band Attenuation
By shortening transmission lines and lengthening stubs beyond quarter wavelength, this filter improves selectivity and reduces pass-band attenuation.
- Switchable Dielectric Resonator for Wide-Range RF Frequency Tuning
Electrical switching links a conductive tuning pattern to shift resonant frequency while preserving high Q, low loss, and fast RF tuning.
- Dielectric Filter Coupling Window Layout for Spurious Suppression
Strategic main and cross coupling windows create transmission zeros that suppress high-order spurious resonance in compact dielectric filters.
- Cavity Multiplexer Coupler Structure for Wideband Low-Loss Filtering
A 3D coupler inside cavity filters widens bandwidth and suppresses harmonics while avoiding extra loss, volume, and group delay issues.
- Ceramic E-Plane Waveguide Filter With Integrated Septum Coupling
Metalized dielectric blocks form the septum and resonator couplings in one structure, cutting E-plane filter part count, size, weight, and cost.
- Microwave Resonator Loop With OECT Tuning on Flexible Substrates
Organic electrochemical transistor tuning replaces complex semiconductor integration in microwave metadevices for flexible, large-area reconfiguration.
- Sheet-Shaped Cavity Filter Structure Without Flying Rods
Sheet-shaped resonant rods replace flying rods to create low-side transmission zeros with simpler cavity filter assembly and better consistency.