A low-polymerization polyvinyl acetal dispersant limits dielectric particle agglomeration and improves ceramic green sheet uniformity.
Alternating ferroelectric and anti-ferroelectric layers raise capacitance and preserve multi-bit states in compact integrated memory cells.
A glass protective layer between the external electrode and body blocks moisture and plating solution ingress, improving component reliability.
A PVA-acrylic aqueous slurry balances green sheet flexibility, strength, and interlayer adhesion for stacking thinner ceramic capacitor layers.
An intermetallic compound layer strengthens conductive resin bonding and conductivity, preventing lifting and tearing during reflow.
A glass-free copper sintered outer electrode cuts ESR while absorbing stress to prevent cracking in chip ceramic electronic components.
Granular polyvinyl acetal dispersant improves dielectric powder dispersion while reducing dust hazards and simplifying ceramic green sheet processing.
A bridge with a central power-ground section maintains reference-plane continuity and cuts AC loop inductance in multi-die packages.
Low-carbon ester activity limiting agents cut VOC carryover in polyolefin production while preserving catalyst effectiveness.
Copper phthalocyanine in organic thick films raises dielectric constant, charge storage, and resistance for lighter energy storage devices.
A resin film with controlled TiO2 loading or surface roughness improves high-temperature dielectric strength, safety operation, and winding alignment.
Controlling FCC plating film (111) orientation on a conductive resin layer improves adhesion and strength, helping prevent external electrode peeling.
A ferroelectric p-n homojunction with matched doping stabilizes negative capacitance at room temperature and boosts capacitance without dielectric layers.