Anti-Noise Capacitors TRIZ Cases
- Multilayer Feedthrough Capacitor Array Layout for Crosstalk Suppression
Separated ground electrodes and insulating layers cut common impedance coupling in a multilayer feedthrough capacitor array, reducing crosstalk.
- Grounded Condenser Core Foils for Transient Heating Control
Dual grounding of outer condenser core foils adds a current path that reduces joint heating and potential differences during transients.
- Nanostructure Interposer Energy Storage for On-Package Decoupling
Embedding nanostructure capacitors or batteries in the interposer adds local energy storage and decoupling without extra footprint or IC changes.
- Multilayer Capacitor Insulating Layer for Acoustic Noise Reduction
A noise reduction insulating layer absorbs piezoelectric vibration in multilayer capacitors, cutting acoustic noise and helping prevent pinhole defects.
- Low-Viscosity Fluid Bushing for Higher Current and Cooling
Low-viscosity insulating fluid and condenser-body flow paths improve bushing cooling, raise current capacity, and reduce hotspot temperatures.
- MLCC Auxiliary Dielectric Layers for Step Difference Absorption
Auxiliary dielectric layers in MLCC interlayer regions absorb electrode step differences, reducing deformation and dielectric breakdown.
- MIM Capacitor Layout for Higher Self-Resonance and Q-Factor
A distributed interconnect array in a MIM capacitor raises self-resonant frequency and Q-factor for stable high-frequency operation.
- MLCC Ceramic Chip With Mg2SiO4 for Stress and Noise Reduction
Mg2SiO4 substrate matching cuts thermal stress in an MLCC ceramic chip, reducing cracks and acoustic noise while improving reliability.
- Multi-Tier Deep Trench Capacitor for High Capacitance Density
Vertical stacking of deep trench capacitor tiers boosts capacitance without enlarging chip area, improving area use and power supply stability.