Multiple Fixed Capacitors TRIZ Cases
- Wiring Substrate With Stacked Electrodes For Low Impedance
Stacked power and ground electrodes in a wiring substrate lower source impedance while maintaining high wiring density.
- High Voltage Filter Capacitor Terminal Arrangement
A high voltage filter uses specific terminal arrangements across multiple capacitive elements to reduce effective inductances.
- Metal Frame Mounting Portion Width for Acoustic Noise Reduction
Narrower mounting portions prevent contact with adjacent land patterns, reducing acoustic noise and short circuit risks.
- Film Capacitor Heat Dissipation via Lid Protrusion
A film capacitor transfers heat from the bus bar to the lid member via a protrusion contact, reducing damage risk during high-current operation.
- Flexible Textile Capacitor Module Series Parallel Connection
Segmented textile capacitors connect via flexible boards to resolve the contradiction between fixed voltage levels and expansion capability.
- Multilayer Ceramic Capacitor Electrode Segmentation for Crack Suppression
Alternating electrode regions reduce thermal shrinkage stress and electrostrictive forces to prevent cracking during high-layer stacking.
- Capacitor Busbar Thermal Management in Power Electronic Subassembly
Segmented busbar system conducts heat from capacitor to cooling area via meandering metal bodies.
- Integrated Power Module Thermal Management via Intermediate Cold Plate
An integrated capacitor and power module uses an intermediate cold plate to circulate fluid for thermal management.
- Capacitor Array Metal Frame Segmentation for Short Circuit Prevention
Segmented metal frame mounting portions prevent short circuits from distortion while maintaining fixing strength.
- Multilayer Capacitor Metal Frame Segmentation for Short Circuit Prevention
Segmented metal frame mounting portions prevent short circuits during substrate mounting by isolating distortion risks across asymmetric structural zones.
- Composite Resin Film Capacitor Heat Resistance
A composite resin material combines phenylene ether and polyester resins to form dielectric films for film capacitors.
- Capacitive Structure with Stress-Reducing Mesh Layer
Segmented components separated by an open mesh layer reduce crack transmissibility, enabling higher capacitance at elevated working voltages.
- Capacitor Bypass Electrode Reduces Self-Inductance
A capacitor design uses a bypass electrode plate to electrically bypass the second electrode plate, lowering self-inductance.