SFCIC5000473MX0

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The SFCIC5000473MX0 is a feed through capacitor specifically designed for professional electronic projects. It is a type of capacitor that is connected between two different conductors in an electrical circuit and is used to reduce electrical noise due to external electrical fields. The unit features a very high dielectric absorption ratio (DAR), a quick charge and discharge time, and is capable of withstanding a wide range of voltages.

Application field

The SFCIC5000473MX0 is an excellent choice for use in professional electronic applications. These include sound systems, security systems, CCTV systems, consumer circuit applications, laboratory projects, and industrial projects. It is also suitable for use in motor and generator control systems, and as a shield against electrodynamic interference.

Working Principle

The SFCIC5000473MX0 works by allowing a small amount of electrical current to pass through the two conductors. This current creates an opposing electric field, which in turn prevents unwanted electrical interference from passing through the capacitor. The capacitor utilizes a specialized dielectric material to absorb energy in the form of an electric field and neutralize it. This allows the unit to effectively block out electrical noise while allowing precise control over current flow.

In addition, the SFCIC5000473MX0 is designed to emit very low electromagnetic (EM) fields, which reduces the risk of electromagnetic interference (EMI) when used in sensitive electronic applications. The unit also features a very quick charge and discharge time, enabling it to react quickly to changes in the voltage or current.

Conclusion

The SFCIC5000473MX0 is an excellent choice for professional electronic applications. It features a very high dielectric absorption ratio and is capable of withstanding a wide range of voltages. Additionally, it emits very low electromagnetic fields and has a quick charge and discharge time. All of these features make it an ideal choice for professional electronic projects.

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