DB030088BH25238BK1

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Feed Through Capacitors have been around for decades, and are now commonly used in a variety of electrical applications. The DB030088BH25238BK1 is a type of feed through capacitor, and it has two applications: electrical noise suppression and power factor correction. Read on to learn more about the DB030088BH25238BK1 application field and working principle.

Electrical Noise Suppression: The greatest benefit of the DB030088BH25238BK1 is its ability to suppress electrical noise, such as static, RFI and EMI, which can interfere with a signal or cause system damage. The DB030088BH25238BK1 features a high inherent capacitance value, which helps to block or dampen any noise which may be present in the system. The DB030088BH25238BK1 also has an extremely high equivalent series resistance (ESR) of less than 10 milliohms per micron of core. This feature eliminates any ringing which may occur in high-frequency applications.

Power Factor Correction: Power factor correction is another major application of the DB030088BH25238BK1. Power factor correction helps to improve the efficiency of electrical systems by actively controlling the amount of energy consumed. By using the DB030088BH25238BK1, it is possible to reduce energy consumption by up to 10%. This can result in significant cost savings over time.

Working Principle: In addition to being used for electrical noise suppression and power factor correction, the DB030088BH25238BK1 also features ferro-magnetic core material. This material helps increase the electro-magnetic capacity and inductance of the feed through capacitor. An important working principle of the DB030088BH25238BK1 is that it is designed to reduce self-heating at high temperatures making it suitable for use in high-temperature applications.

In conclusion, the DB030088BH25238BK1 is a type of feed through capacitor which is used to suppress electrical noise, improve power factor correction, and reduce self-heating in high-temperature environments. It features a high inherent capacitance value, as well as an extremely low ESR. This combination of features makes it a reliable choice for various electrical applications.

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