Fixed Capacitor Dielectric TRIZ Cases
- Dielectric Composition With RE-Mg-Ti-O Grains for Thermal Shock Resistance
RE-Mg-Ti-O segregation grains limit grain growth and arrest cracks, helping dielectric ceramics survive flow soldering thermal shock.
- Dielectric Composition with Ba-Mg-Si-O Grains for Thermal Shock Resistance
Ba-Mg-Si-O segregation grains pin grain boundaries and arrest cracks, helping dielectric components survive flow-soldering thermal shock.
- Dielectric Microstructure With Segregate-Pore Pairing Against Cracks
Controlled segregate-pore pairing in dielectric layers relieves sintering stress, reducing cracks while improving insulation resistance and durability.
- Polymer Dielectric Film for Thin High-Capacitance Capacitors
A heterocyclic polymer dielectric raises permittivity and breakdown resistance, enabling thinner capacitor films with higher capacitance.
- Booster-Layer Hafnium-Zirconium Stack for High-k Capacitance
A booster and seed layer enable low-temperature tetragonal hafnium oxide, raising capacitance while limiting leakage current.
- Nucleated Polypropylene Capacitor Film for Heat and Oxidation Resistance
A cyclic olefin polymer blend and nucleating agent help polypropylene capacitor film resist heat, oxidation, and electrical breakdown.
- Polypropylene-COP Capacitor Film for Heat and Breakdown Strength
A tuned polypropylene and cyclic olefin polymer blend raises capacitor film heat resistance without losing stiffness, low shrinkage, or breakdown strength.
- 3D Capacitor Trench Layout With Gas Pockets for Stress Relief
Gas-pocket trenches around 3D capacitors absorb cavity-fill stress, preventing deformation without affecting electrical performance.
- Glass-Core PCB Capacitor Integration Without Cavity Embedding
Capacitors formed directly in a glass PCB core avoid cavity embedding, simplify substrate processing, and improve insulation thickness uniformity.
- Perovskite Dielectric Composition for DC-Bias-Stable MLCCs
Tolerance-factor-controlled perovskite additives help MLCC dielectrics keep high permittivity under 10 kV/mm DC bias while meeting X7T.
- Crosslinked Polymer Dielectrics for High-Temperature Capacitors
Controlled linker-based crosslinking helps capacitor polymer dielectrics stay stable above 150°C while tuning dielectric constant and moisture resistance.
- Nanolaminate Capacitor Electrodes for Low-Leakage DRAM Scaling
Alternating In2O3 and MoOx nanolaminate electrodes raise capacitance across frequency while cutting leakage in scaled DRAM capacitors.
- MIM Capacitor Metal Oxide Sandwich for Anneal-Stable Dielectrics
Alternating ZrO2 and HfO2 layers help MIM capacitors resist high-pressure anneal damage and preserve dielectric integrity.
- Perovskite-Terpolymer Photoreceptor for Bias-Free Light Sensing
A perovskite-terpolymer capacitive photoreceptor converts visible light to capacitance signals without biasing, cutting static power and improving stability.
- Composite Dielectric Capacitor for Heat-Stable High Capacitance
Oxide grains in thin dielectric layers improve heat conduction, limiting temperature rise and extending capacitor life under continuous DC voltage.
- Core-Shell Dielectric Ceramic Composition for Stable MLCC Capacitance
Rare earth and manganese core-shell barium calcium titanate stabilizes capacitance and insulation despite firing temperature and oxygen variation.
- Trench Capacitor Layout With Stress-Blocking Isolation Areas
Separated trench capacitor structures with blocking areas and stress-relief features reduce warpage, sticking, and substrate cracking.
- Multilayer Ceramic Mounting Structure for Stable Electrode Placement
Main-surface electrode placement improves solder contact to prevent floating and tilting of downsized multilayer ceramic components.