SFCDC5000152MX1

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Feed Through Capacitors are components that can be used to route electric currents by blocking the flow of direct currents. Common examples of these devices range from large circuit-boards to small, circuit-integrated devices. SFCDC5000152MX1 are capacitors developed specifically for use in high stress applications (e.g., aerospace, medical, military applications). This is due to their high reliability and long life, as well as their high-pressure, shock-resistance, and vibration-resistance properties.

The SFCDC5000152MX1 is a surface-mount, molded feed through capacitor with an operating voltage of 500Vdc. The outer coating of the capacitor is made up of a dielectric insulated, constructed housing, which is then wrapped in a hermetic shield to further protect the internal components. The components inside the capacitor are arranged in two concentric rings; on one side, the inner ring is made up of the positive pole, while the outer ring is made up of the negative pole. This arrangement helps ensure that there is no leak or conduction between the two rings, ensuring a high-quality, long-lasting, low-impedance path for the electrical current.

In terms of application, the SFCDC5000152MX1 is ideal for a variety of high-stress applications. These include chemical and mechanical industries, automotive, and other high vibration, shock and pressure applications. The device is also often used in medical applications, where its high impedance at low frequencies enables it to effectively reduce electrical noise in medical systems. Additionally, the capacitor can be used in power systems, where it helps to reduce power dissipation and minimize the amount of electromagnetic interference that is generated.

The working principle behind the SFCDC5000152MX1 is the same as other feed through capacitors. A dielectric material, typically ceramic, is placed between the two poles of the capacitor. This dielectric material is insulated with an insulating coating, which then directs the electrical current. The electrical current is then routed through the two poles, between which the voltage is dropped. As the electrical current is routed, it is then divided evenly between the two poles. This ensures that a steady voltage is delivered throughout the circuit, which helps to reduce electrical noise, reduce power consumption, and improve circuit stability and reliability.

Overall, the SFCDC5000152MX1 is an excellent choice for a variety of high-stress applications. Its highly efficient design, low noise profile, and long life are key advantages when building power systems, automotive systems, and medical equipment. Additionally, its low-impedance at low frequencies makes it perfect for reducing electromagnetic interference. As a result, the SFCDC5000152MX1 is a great pick for powering electronic components in any high-stress environment.

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