SFJEC2K00152MX1

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Feed Through Capacitors are a type of passive electronic component used as a filter. The SFJEC2K00152MX1 is a capacitor widely used in various applications such as low-voltage filtering, high-voltage filtering, and power line filtering. This type of capacitor allows electrical energy to pass through, while providing a small amount of resistance to signals.

The SFJEC2K00152MX1 is a radial-leaded, paper-dielectric capacitor with a rated voltage of 6.3kV AC and a rated capacitance of 5.2nF ±20%. It has a small size and low thermal resistance compared to other feed through capacitors. It is designed to provide dependable filtering performance in all types of electronic systems. The capaictor is UL certified and has a minimum insulation resistance of 15.1 to 22.3 MΩ·μF.

The SFJEC2K00152MX1 operates on the principle of dual capacitance. In this configuration, two capacitors are used to provide a greater capacitance with a small footprint. This configuration also reduces the risk of capacitor failure due to high current and voltage. The paper-dielectric construction provides superior stability and reliability in high temperature and high humidity applications.

The SFJEC2K00152MX1 is widely used in various applications such as high-frequency power supplies, low-voltage switching power supplies, automotive and consumer electronics, and instrumentation and medical systems. It is also suitable for industrial applications where high-voltage isolation and filtering are required. The small size of the component makes it a perfect choice for low-profile systems, as well as for tight spaces.

Overall, the SFJEC2K00152MX1 is a reliable and high-performance feed through capacitor. It is suitable for a wide range of applications, including DC/DC converters, high-frequency power supplies, and instrumentation and medical systems. This capacitor is designed to provide efficient electrical energy filtration without sacrificing component size or reliability. As such, it is an ideal choice for designers looking for dependable filtering performance in their system.

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