SFNOC1000472ZX0

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Feed Through Capacitors is a type of electronic component that is widely used in applications including telecommunications, medical electronics and aerospace. It is mainly used to reduce high voltage spikes by “bleeding” off the energy to ground and also to filter out electromagnetic interference. One such model of this type of capacitor is the SFNOC1000472ZX0. This article will discuss what the application field is of the SFNOC1000472ZX0 and what is the working principle of this Capacitor.

Application Field of SFNOC1000472ZX0

The application field of the SFNOC1000472ZX0 is in high voltage applications that require a combination of power filtering, noise suppression and transient protection. It is especially suitable for EMI/RFI filtering such as DC/DC converters, motors, inverters, switching power supplies, high-speed signal lines, input/output signals in data systems, LCD/CRT display systems, radar systems, microwave equipment, and other systems.

The reason for this is that this type of capacitor is designed to offer a low impedance, uniform current distribution and excellent electrical stability at high voltage levels. It also has an integrated ground connection which ensures a low noise floor in the power systems. The SFNOC1000472ZX0 provides excellent protection against ESD and over-voltage transients.

Working Principle of SFNOC1000472ZX0

The working principle of the SFNOC1000472ZX0 is based on the capacitive element that passes electrical energy between the two terminals of the capacitor. The construction of the SFNOC1000472ZX0 is highly reliable and is rugged to withstand the high vibration and harsh temperature conditions encountered in industrial applications.

The main component of the SFNOC1000472ZX0 is a high voltage feed-through capacitor that consists of two ceramic plates sandwiched together with an insulating layer between them. The ceramic plates are either metalized or vacuum evaporated with a metal material and when electricity passes through, it creates an alternating current which causes the ceramic plates to act as a capacitor.

The capacitive element itself reduces the high frequency noise and EMI/RFI interference, while the integrated ground connection provides noise isolation between the components. The integrated ground connection also ensure that the electrical energy is distributed to the system evenly and is not interrupted due to the presence of EMI/RFI noise, thus providing reliable operation of the electrical device.

Conclusion

In conclusion, the SFNOC1000472ZX0 is a high voltage feed-through capacitor that can be used in a variety of applications to reduce EMI/RFI interference as well as providing an integrated ground connection. Its construction and working principle consists of two ceramic plates sandwiched together with an insulating layer between them, which creates an alternating current when electricity passes through it. This capacitive element reduces the high frequency noise and ensures a low noise floor in power systems.

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