SFCDC5000223MX1

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Feed Through Capacitors

Feed Through Capacitors, also known as decoupling capacitors, are essential elements for power-management circuits. They are used to reduce the amount of noise coming from the power source and ensure consistency in the voltage being supplied. The SFCDC5000223MX1 is a feed through capacitor created by Murata that contains monolithic terminals to allow for a high SF level and superior thermal performance.

Application Field

The SFCDC5000223MX1 feed through capacitor is used mainly in the automotive, telecom, industrial and consumer markets. It has high-temperature resistance and high capacitance. It has an optimized design, which makes it capable of withstanding high temperatures or extreme environments. Furthermore, it has excellent vibration and shock resistance and a low ESR.

Working Principle

The SFCDC5000223MX1 works by connecting two nodes of a power source together, thus allowing a lower amount of current to pass through and resulting in less noise. This is why the electrical noise coming from these components is generally very low, allowing for a steady power transfer even in difficult conditions. Additionally, the terminals used in the SFCDC5000223MX1 are metal-Ni plated to improve the overall robustness and reliability.

The two electrodes in the SFCDC5000223MX1 are plated with a copper-nickel alloy. This allows for a higher amount of current to be transferred and also gives the capacitor increased reliability by preventing corrosion or oxidation. The shape of the capacitor is optimized for high speed and a reliable electrical connection, resulting in a very low ESR and other advantageous characteristics.

Conclusion

The SFCDC5000223MX1 feed through capacitor is an excellent choice for use in extreme or difficult environments. It is capable of operating over a wide temperature range while providing a low-noise and reliable interface. Furthermore, its high-temperature resistance, vibration and shock resistance, and low ESR make it ideal for a range of applications.

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