SFCDC5000221MC1

Feed Through Capacitors are Passive Components with the purpose of protecting against high frequency interference, as well as providing DC coupling for signal transmission. The SFCDC5000221MC1 is a feed through capacitor specifically designed for high voltage situations and is incorporated into power supplies, frequency converters and other high-voltage applications. The SFCDC5000221MC1\'s characteristics make it capable of handling up to 5000V DC, and able to withstand an operating temperature of up to 121°C.

The SFCDC5000221MC1 consists of a specially designed ceramic dielectric that is capable of withstanding high voltage and temperatures. It is composed of two metalized electrodes—one on the front electrode plate and one on the back electrode plate—which can be connected to the corresponding conductors in order to isolate the two conductors and provide a capacitance connection. The Dielectric material is comprised of unique materials that are capable of maintaining a substantial level of capacitance at very high operating temperatures. This, in turn, results in higher capacitance values and lower leakage currents than traditional electrolytic capacitors.

The working principle of the SFCDC5000221MC1 is based on passing AC voltage from one conductive plate to another through the use of the dielectric. The signal voltage passes from one plate to another, and due to the characteristics of the dielectric material, the high frequency signal is blocked while the low frequency signal is passed through. This in turn results in minimal signal distortion. Additionally, the dielectric acts as a filter to reduce unwanted noise interference.

The SFCDC5000221MC1 is typically used in applications such as High voltage power supplies, LCD TV power supplies, LED driver circuits, AC power line filters, AC motors, motor controllers and UPS systems. The SFCDC5000221MC1 has a small size, lightweight construction, and is able to withstand high temperatures without degrading in performance or reliability. Additionally, they are highly resistant to aging or electrolytic corrosion and are typically RoHS compliant. In conclusion, the SFCDC5000221MC1 is an ideal solution for applications that require high voltage, high temperature, and large capacitance values.