Capacitor Electrolytes/Absorbents TRIZ Cases
- Electrolytic Capacitor Polymer Composition for Low ESR at High Heat
A mixed EDOT and dialkoxythiophene conductive polymer improves dielectric coverage to raise capacitance while limiting tan δ and ESR drift at high temperature.
- Electrolytic Capacitor Polyol Treatment for Leakage Current Suppression
A polyol post-impregnation step restores dielectric film defects after conductive polymer treatment, suppressing leakage current in electrolytic capacitors.
- Hermetic Electronic Component Sealing for Moisture and Thermal Stress
A metal-sealed glass cover and resin-filled via structure suppress moisture ingress while easing thermal stress in humidity-sensitive components.
- Electrodeposited Dielectric Oxide for High-Capacitance Solid Capacitors
An ionic-liquid electrolyte deposits a higher-quality dielectric oxide that boosts capacitance and breakdown voltage while keeping ESR and leakage low.
- Phase-Change Ionic Redox Transistor for Stable Analog Memory
A phase-changing electrolyte lets ions move only during programming, then locks conductance states to cut leakage-driven analog memory loss.
- Electrolytic Capacitor Volume Ratio Optimization
An electrolytic capacitor uses a specific volume ratio between its solid electrolyte layer and impregnated solution to optimize electrical characteristics.
- Solid Electrolytic Capacitor with High-Melting Hydroxy Compound
A solid electrolyte layer uses a hydroxy compound with three or more hydroxyl groups and a melting point above 170°C.
- Bismaleimide Oligomer Synthesis via Barbituric Acid for Thermal Stability
A bismaleimide oligomer composition reacts monomers with barbituric acid to form a hyper branched structure.