AS28B2035-2

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Ferrite cores are essential components in electronics that offer protection and insulation between the external circuit and the internal circuitry. The AS28B2035-2 is a high-power capacity ferrite core that offers exceptional performance for a wide variety of applications. This article looks at the AS28B2035-2\'s application field and working principle.

The AS28B2035-2 is a molded, ring-shaped ferrite core made from porous material. It has a low eddy-current loss and provides high-power insulation between two conductors. This makes it ideal for applications such as power and signal cables, wiring harnesses, and grounding systems. It is also used as an EMI suppression element for signal and power cables.

The AS28B2035-2 is available in a variety of sizes and shapes. It is designed to be flexible and easy to install, making it a versatile and reliable component for a wide range of applications. This includes voltages up to 600V, currents up to 5A, and temperatures up to 110°C.

The working principle of the AS28B2035-2 is based on electromagnetic induction. When a current-carrying conductor is placed in a magnetic field and the field changes, an induced EMF is created. This is known as Faraday\'s Law of Electromagnetic Induction. The AS28B2035-2 creates a magnetic field around the current-carrying conductor, which induces an EMF and causes the current to flow. This induction reduces eddy current loss and helps to keep the current low.

In addition to its established applications, the AS28B2035-2 is also used in field-effect transistors (FETs) and other small signal transistors. It helps reduce noise levels and improves the overall performance of the transistors. The AS28B2035-2 is also used in robotics applications, as the ferrite core helps to insulate and protect the delicate circuitry from vibration and shock. Additionally, the ferrite core helps to reduce the profile of the robot and its overall weight.

The AS28B2035-2 is a high-power capacity ferrite core with exceptional performance characteristics. It offers protection and insulation in a variety of applications, including power and signal cables, wiring harnesses, and robotics. The ferrite core works on the principle of electromagnetic induction, creating a magnetic field around the current-carrying conductor that induces an EMF and causes the current to flow. This reduces eddy current loss and improves overall performance.

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