SFCIC5000682MX1

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Feed-through capacitors are useful for many electronic applications where it is necessary to reduce noise and interference on the power rail. The SFCIC5000682MX1 feed-through capacitor is a high frequency, miniature ceramic capacitor that is designed to block high frequency signals from passing through a power supply. The SFCIC5000682MX1 is a great way to reduce noise and interference in a variety of applications.

The SFCIC5000682MX1 feed-through capacitor is a surface mount, low profile, single layer device with a capacitance of 0.068μF at 50V. The capacitor has an operating temperature range of -40°C to +125°C, which makes it ideal for high temperature applications. The device is made using a low loss, high capacitance, ceramic material and has a low ESR rating. The ceramic material allows the capacitor to have high stability and reliability and very low leakage current.

The SFCIC5000682MX1 feed-through capacitor can be used in a wide variety of applications. It is suitable for power supply and decoupling, EMI filtering, high frequency signal blocking, bypassing, switching, and more. The device is ideal for applications like computer systems, HVAC systems, industrial automation, multimedia systems, motor control and drive systems, and telecom systems.

The working principle of the SFCIC5000682MX1 feed-through capacitor is based on the fact that it is a capacitor, which means it will store electric charge. A capacitor is essentially two conductive plates separated by a dielectric material, such as ceramic. In the feed-through capacitor, the electric charge stored on the capacitor is used to block high frequency signals from passing through. When a high frequency signal is applied to one of the inputs, it induces a charge on the capacitor that is equal and opposite to the input signal, thus blocking it.

The SFCIC5000682MX1 feed-through capacitor is a great choice for reducing noise and interference in a variety of applications. The low profile, single layer device is made of low loss, high capacitance ceramic material, making it highly reliable and stable. The device has a wide operating temperature range that makes it suitable for high temperature applications. The capacitor has a 0.068µF capacitance at 50V, which makes it ideal for high frequency signal blocking, decoupling, and more.

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