SFSTC5000680MC0

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Feed Through Capacitors are electrical components designed to be used in medium frequency circuits or high frequency circuits for filtering and bypassing. The technology is a hybrid combination of ceramic, metallized and transmission line capacitors. A Feed Through Capacitor, such as SFSTC5000680MC0, is a type of Feed Through Capacitor that uses ceramic technology, as opposed to metallized or transmission line technology.

The SFSTC5000680MC0 is a type of ceramic Feed Through Capacitor and is designed to be used in medium frequency circuits. It is used to filter out high frequency components and reduce conducted noise. The SFSTC5000680MC0 operates at frequencies from 50kHz to 500kHz, providing high-frequency filtering and bypassing capabilities. At a rated voltage of 5V, the SFSTC5000680MC0 can handle an operating current of up to 5mA, making it suitable for low current applications. The SFSTC5000680MC0 has a capacitance range of 6.8pF and can withstand a peak current of up to 10mA.

The SFSTC5000680MC0 utilises a combination of ceramic and metallised elements. The ceramic element provides a capacitance range of 6.8pF and strong immunity from vibration, shock and temperature changes. The metallised element, which covers a greater area of the component, helps to reduce the inductance and enable the capacitor to filter and bypass more current. This feed-through capacitor also utilises a transmission line element to reduce the size of the component.

The SFSTC5000680MC0 is ideally used in medium frequency circuits such as amplifiers, transmitters and receivers. It is designed to be used in RF applications such as mobile networks, radio links, satellite communication and broadcasting systems. It is also used in audio and video equipment, laboratory test instruments and many other electronic devices.

In terms of its working principle, the SFSTC5000680MC0 operates by using two capacitors to filter out high frequency components. These two capacitors are connected in parallel, with one having a higher capacitance value than the other. Together, the two capacitors filter out high frequency components and provide bypassing capabilities. The capacitances of the two capacitors are balanced in order to provide the best high frequency filtering capabilities.

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