LDEDD3680JA5N00 Datasheet/PDFFilm Capacitors
LDEDD3680JA5N00 application field and working principle
Film capacitors, referred to as safety capacitors, are capacitors which use a rolled plastic film as the dielectric medium, separating the two metal plates of the capacitor. The two metal plates form a capacitor structure, and the plastic film prevents an electric current from leaking. Film capacitors are usually surface-mounted and are usually used in power supplies, waveform adjustments, and electric charge effects. LDEDD3680JA5N00 film capacitors are a type of film capacitor.
LDEDD3680JA5N00 capacitors are capacitors made of polyester film as the dielectric. The LDEDD3680JA5N00 capacitor is very small in size and has the characteristics of good temperature stability and strong frequency characteristics. It is widely used to store energy or filter high frequency signals such as DC power supply, television line output, telephone jacks, and car audio output, etc. LDEDD3680JA5N00 capacitors are also suitable for coupling, bypassing, and filter functions.
LDEDD3680JA5N00 capacitors are electrical components that store electrical energy. Their working principle is based on two principles: the electric field and the electric displacement. The electric field is generated between two metal plates, which are formed by metal insulation films. When a voltage is applied to the two metal plates, the electric field generated induces an electric displacement between the two metal plates. The electric displacement causes a charged electric field between the two metal plates and the dielectric in the middle, resulting in a change in the rate of charge and discharge of the capacitor.
In summary, LDEDD3680JA5N00 film capacitors are small in size, have good temperature stability, and have strong frequency characteristics, making them suitable for coupling, bypassing, and filter functions in DC power supply, television line output, telephone jacks, and car audio output, etc. The LDEDD3680JA5N00 film capacitor works according to the electric field and electric displacement principles.