SFBML5000470ZC1

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Feed Through Capacitors are used in many different applications where a broad range of capacitive values are needed. They are used mainly in power electronics and high voltage applications. SFBML5000470ZC1 is a type of high voltage ceramic capacitors with high energy densities. It is a surface-mount type capacitor and has a variety of applications. This article will discuss the application field and working principle of SFBML5000470ZC1.

Application Field of SFBML5000470ZC1

SFBML5000470ZC1 is mainly used for frequencies up to approximately 600 MHz, and its applications include power factor correction, voltage step-up/step-down applications, rectifier and amplifier DC link applications, antenna matching networks, etc. Its high voltage and high energy densities make it suitable for high voltage applications, with high temperatures and power levels. It is also used in pulsewidth modulation (PWM) converters, switchmode supplies, aircraft and radar systems, electric motor controllers, and HID lamp ballast. Besides, it can also be used for RF and microwave applications, providing high capacitance values up to 0.47 uF.

Working Principle of SFBML5000470ZC1

SFBML5000470ZC1 is composed of a dielectric layer, metal-foil electrodes, and dielectric sheets. The principle of electric field in a capacitor is based on the idea that when the conductive plates of a capacitor are electrically charged, an electric field will be produced between them. The electric field strength is proportional to the charge on the plates. The SFBML5000470ZC1 capacitor works in the same way, the metal foil electrodes accumulate the electrical charge and create an electric field between them which store energy in the form of electrostatic potential. SFBML5000470ZC1 features a high dielectric strength which allows it to store larger amounts of energy while maintaining stability under high voltage.

SFBML5000470ZC1 also have excellent heat dissipation, this is due to their unique architecture, which is made up from a combination of dielectric layers and metal-foil electrodes. The metal-foil electrodes act as a heatsink, dissipating heat away from the capacitor and keeping the capacitor at a stable temperature. This helps it remain stable and efficient throughout its operational life.

Conclusion

SFBML5000470ZC1 is a type of high voltage ceramic capacitor, mainly used in a diverse range of applications up to 600 MHz. It is suitable for high voltage applications with high temperatures and power levels. Its working principle is based on the accumulation of electrical charge between its metal-foil electrodes, creating an electric field and storing energy in the form of electrostatic potential. It has excellent heat dissipation due to its architecture, with metal-foil electrodes acting as a heatsink which dissipate heat away from the capacitor. This, in turn, keeps the capacitor stable and efficient throughout its operational life.

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