Stacked Capacitor Slit Layout for Cut-Surface Insulation

The metal films are divided into multiple segments separated by slits. This segmentation prevents continuous metal film exposure at cut surfaces, eliminating the short-circuit path while maintaining electrical connectivity through the segmented structure. The slits create isolated metal film sections that cannot bridge across the cut surface.

The slits act as intermediary insulating structures between metal films. By introducing these intermediate elements, the patent prevents direct contact between exposed metal films at cut surfaces, thereby maintaining insulation performance without compromising manufacturing simplicity.

Instead of removing metal films entirely, the patent segments them using slits. This maintains the metal film structure for electrical connectivity while preventing continuous exposure that causes short-circuits. The segmented approach simplifies manufacturing compared to complete removal or complex sectioning schemes.

The slits are strategically positioned only where needed to prevent short-circuits at cut surfaces, rather than uniformly across the entire metal film. This localized modification maintains insulation performance without unnecessarily increasing structural complexity in non-critical areas.

The continuous metal film is segmented into multiple sections by slits, which prevents the formation of continuous conductive paths that could cause dielectric breakdown. The segmented structure maintains sufficient capacitance through distributed metal film areas while eliminating the harmful continuous exposure effect.

The slits, which initially appear to reduce metal film area, actually convert the harmful continuous exposure into beneficial segmented isolation. This transformation maintains or even improves dielectric breakdown resistance while preserving capacitance through optimized metal film distribution.