Thicker second outer layers counteract internal stress from thermal contraction, preventing cracks while maintaining electrostatic capacitance.
A capacitor housing applies compressive force to bind electrode and body contact surfaces together.
Segmented partition walls traverse line segments between capacitors to reduce thermal interference while maintaining high space utilization.
Segmented resistor and capacitor devices mounted together resolve manufacturing difficulties while enabling flexible circuit design freedom.
Varying perforation sizes reduce thermal resistance and prevent capacitor overheating in miniaturized power converters.
Dual-layered electrodes repel to cancel mechanical vibrations, eliminating space-consuming damping elements and reducing audible noise.
A bundled capacitor combines multiple individual capacitors into a single assembly with common terminals for selective capacitance values.
A DC link capacitor integrates a discharge module within its housing to ensure safe energy removal.
A capacitor module positions a temperature sensor between an electronic element and the capacitor via a seal member.