LDEED3330KA5N00 Capacitors

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Film Capacitors, such as the LDEED3330KA5N00, are used in applications where miniature size and an ultra low profile are essential. Notable use cases include portable electronics, battery operated devices, and medical applications. Film capacitors are manufactured to provide very low equivalent series resistance (ESR) and higher ripple current capabilities.

The LDEED3330KA5N00 is a particularly reliable film capacitor that provides a respectable capacitance within a small package size. Ultrasonic welding is used during the assembly of the LDEED3330KA5N00, providing circuit designers with components guaranteed to withstand extreme vibration levels and endure repeated placement in automated pick-and-place environments.

At the core of this film capacitor are polystyrene and polypropylene dielectric films that are folded in a series of eight layers. This allows for an approximately equal distribution of power, reducing self-capacitance, forming the ultra-low profile necessary for applications in which size is a major factor.

In addition to the capacitance provided, the LDEED3330KA5N00 also offers 25 Vdc, 50 Vdc, and 100 Vdc voltage ratings. These ratings are ideal in applications that necessitate long-term voltage stability and reduced power surges.

The application field of the LDEED3330KA5N00 mostly pertains to the reliable and efficient storage of power in systems such as portable electronics, medical applications, and battery-operated devices. The capacitor typically performs adequately at a higher temperature than other types.

Regarding working principle, the LDEED3330KA5N00 acts as a typical capacitor does. Its job is to hold some charge to store energy. At the same time, the capacitor has the function of blocking current. Its working principle is mainly rooted in the dielectric. When a voltage is applied, an electric field forms inside the dielectric, generating an electric dipole moment. This dipole moment stores the energy. When this energy is discharged, it passes through the dielectric material, allowing for the flow of current.

The eight-layer winding of the LDEED3330KA5N00 also plays a role in its working principle. The winding configuration and winding tension is adjustable and this is critical to the performance of the capacitor. The winding tension helps to prevent the ground wire from being exposed to uncontrolled current surges during operation. Additionally, this winding technique improves frequency response, improving electrical properties such as capacitance and ESR.

In summary, film capacitors, and the LDEED3330KA5N00 in particular, are ideal for applications that necessitate an ultra low profile and an exceptionally reliable power storage. The winding technique and the dielectric grant the film capacitor a range of observed benefits, such as improved electrical properties and frequency response.

The specific data is subject to PDF, and the above content is for reference