A basic capacitor is composed of two parallel electrical conductors and an insulating dielectric, which can be solid, paper, plastic or any other non-conductive substance that can prevent two metal poles from contacting each other. The working principle of the capacitor is to store charge on the electrode to store electric energy. The charge will move under force in the electric field. When there is a dielectric between the conductors, it will hinder the charge from moving and make the charge accumulate on the conductors, resulting in the accumulated storage of the charge.
Lorida new capacitor can improve the quality of fast charging electrolytic capacitor in many ways.
From the capacitor itself, we improve the surge resistance of the capacitor by improving its short-term withstand voltage: selecting reasonable aluminum foil withstand voltage and formation system, selecting electrolytic paper (imported paper) with high breakdown voltage, optimizing electrolyte conductivity and flashover.
From the design of the whole machine, we have added anti-surge circuits and improved the design margin of capacitors to reduce the ripple of capacitors.
In addition, advanced production technology and automation of testing and production equipment are also important guarantees for surge resistance: we use alloy cutting tools to reduce the burr on the cutting edge of foil; Pre-punching technology is adopted for nailing to reduce the generation of barbed riveting burr; Using on-line impregnation equipment, reducing the time for absorbing water in the core package and adopting special aging process according to material matching ...
