DB030100BP10238BJ1

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Feed Through Capacitors

Feed Through Capacitors are capacitors used for the purpose of blocking the passage of electric current between two points in an electric circuit but allowing a potential difference, voltage, to be established between them. The most common type of feed-through capacitor is used to prevent dc power from entering the radio frequency circuits. It is known as the DB030100BP10238BJ1 capacitors.

Application Field

Feed Through Capacitors have many applications within telecommunications, medical, audio and industrial use. They are most commonly used in communication systems, such as cell phones and telephone networks, where they are used to reduce electromagnetic interference. Additionally, feed through capacitors are also used in power supplies where high voltages are present. They are also used in medical devices for protection against high voltages.

Working Principle

The DB030100BP10238BJ1 capacitor works on the principle of electrical impedance or capacitive reactance. This property of the capacitor is what makes it useful for its electric current blocking function. The dielectric material within the capacitor stores some of the energy from the electric current that passes through it. This stored energy acts as an electric barrier and prevents the electric current from passing through the capacitor. The capacitance of the feed-through capacitor can be adjusted as needed.

The electric current is conducted between two electrodes within the device. This means a potentially massive voltage difference can be established between the two electrodes. The feed-through capacitor then works by adjusting the capacitance at each of the electrodes to adjust the flow of current. In this way, the capacitor can be used to regulate the flow of electricity within an electric circuit.

Conclusion

The DB030100BP10238BJ1 capacitor is a type of feed-through capacitor which offers a number of advantages for use in a variety of applications. These capacitors are extremely good at blocking the passage of electric current, while allowing a potential difference, voltage, to be established between two points in an electric circuit. Moreover, the capacitance of the device can be adjusted to regulate the flow of electric current within the circuit. In this way, feed-through capacitors are an invaluable tool in many different fields.

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