SFJEC1K00223MX1

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

Feed Through Capacitors

Flyback capacitors, such as the SFJEC1K00223MX1, are components that allow the transfer of energy, or current, from one source to another source or through a system. They are made up of two plates that are connected together using a dielectric material to increase the capacitance between them. In addition, a dielectric material is also used to create a barrier between the two plates to ensure that the capacitance is maintained. The diagram below illustrates the basic principle of a feed-through capacitor.

The two plates in a feed-through capacitor are typically connected to each other and to a device or circuit utilizing a “feed-through” connection. This type of connection allows the energy, or current, to be “fed through” the device or circuit. The most common type of connection is a solder connection, although other types of connections can be used depending on the application.

The SFJEC1K00223MX1 flyback capacitor is a type of feed-through capacitor. It is composed of two aluminum plates, each with a 5mm diameter, spaced 1mm apart. These plates are surrounded by a dielectric material, which provides insulation between the plates and creates an increased capacitance. The dielectric material also increases the capacitance by affecting the electric field between the plates.

The SFJEC1K00223MX1 is typically used in applications where high pulses of current are needed. It can be used in a variety of circuits, such as power supplies, automotive applications, computers, and medical equipment. The capacitor is designed to provide maximal energy transfer and can handle power levels up to 200 V and 7A.

Feed-through capacitors, such as the SFJEC1K00223MX1, are used to transfer energy between two different sources while providing insulation between the two sources. This insulation ensures that the capacitance is maintained, and that the energy is not lost. The SFJEC1K00223MX1 is especially suitable for use in applications that require high levels of current transfer, such as automotive circuits and medical equipment.

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