for Aluminum Electrolytic Capacitor
A standard type lead terminal.
Reduced burrs occurred during punching by improving the press process.
Reduced burrs occurred during punching by devising the die shape.
Burr-free and Edge-free Type
Burrs generated during punching are reduced by using the press method for the burr-free type and the die used for the edge-free type.
One-side Rib Type
The pressed part is shifted from the center, which contributes to the increase in the capacitance of aluminum electrolytic capacitors.
Round 4-corner Type
Corners of the pressed part is smoothened, which contributes to the capacitance expansion of aluminum electrolytic capacitors.
Reduced damage to aluminum electrolytic capacitors due to vibration by unique shape design.
Front-back Discriminative Type
This lead terminal helps to distinguish front side from back side easier and prevents from malfunction of Aluminum electrolytic capacitor and electronic appliances by the breakage of Aluminum foil in capacitors caused by burrs of lead terminals.
Resin coating on the Welded Part
Reduced whiskers occurred from the welded part to zero by coating the welded part with resin.
Resin Coating on the Round Bar Part
Reduced leak current occurred from the round bar part is reduced by coating the round bar part with resin.
Damage during assembly of aluminum electrolytic capacitors is prevented by making the lead wire tip round.
Anodic Oxidation Processing
Insulation films are formed by anodizing the pressed part to reduce leak current from aluminum electrolytic capacitors.
Materials of Lead Terminals
Materials used for lead terminals are introduced here.