SCI-9910-272

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Feed-through capacitors contain an external connection into the capacitor without making a physical contact with the electrodes or dielectric material of the capacitor. The SCI-9910-272 is one such component that can be used in a variety of electronics applications. This capacitor is designed to be used in AC circuits, and it is commonly used in high-voltage applications such as power supplies, power control, surge protection, medical equipment, and more.

The SCI-9910-272 consists of a metal plate that is plated with a conductive material on both sides. This material can be made of copper, aluminum, or any other material that is conductive to electricity. The plate is then wrapped in an insulating material, usually two layers of polyester film. A dielectric material is then placed between the two metal plates in order to maintain the electrical insulation between them.

The working principle of the SCI-9910-272 is simple. When an AC voltage is applied to the capacitor, a current flows through the capacitor and creates an electric field between the plates. This electric field is what allows the capacitor to store electrical energy. The voltage across the capacitor is constant, and this is why the capacitor is able to maintain its original charge over time.

The SCI-9910-272 capacitor has a wide range of applications in electronics. It can be used in power supplies, surge protection, medical equipment, power control, and more. It is also used in high-voltage environments such as in pulse-charging battery banks and motor drives. Additionally, it is often used in radio transmitters and receivers.

The SCI-9910-272 is an efficient and economical solution for a variety of electronics applications. It is easy to install and provides reliable performance in high-voltage and other demanding environments. In addition, it has a low inherent inductance and is resistant to mechanical and environmental influences. With its wide range of applications and excellent performance, the SCI-9910-272 is a popular choice for many electronics projects.

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