CS321613-R39K

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Fixed inductors are an important component of an electrical circuit. In general, fixed inductors store energy in magnetic fields created by passing an alternating current. The stored energy is then released in the form of electrical current when a voltage drop occurs across the inductor. Fixed inductors are commonly used in electronic circuits, as they provide an electrical link between the component and the circuit board.

The CS321613-R39K inductor is a fixed inductor specifically designed for high current applications. The CS321613-R39K features an inductance of 0.47uH, an active current of 16A and a DC resistance of 0.2R. The CS321613-R39K is rated for an operating temperature range of -40°C to +125°C and is ideal for use in higher temperatures due to its low self-heating and excellent thermal performance.

The working principle of a fixed inductor is relatively straightforward. When a voltage is applied across an inductor, a current will flow through it. The current creates a magnetic field and the energy created by this field is stored in the inductor. As the current increases, the stored energy increases and vice versa. When the current through the inductor is reduced, the stored energy is released and an electrical current is created.

The CS321613-R39K fixed inductor is designed to be used in high current applications such as power supplies, switching regulators, motor drives, and other high current applications. Its low DC resistance allows for a good current flow and its high inductance allows for better performance at higher frequencies. The CS321613-R39K also features an operating temperature range of -40°C to +125°C, which makes it well suited for use in high temperature environments.

In conclusion, the CS321613-R39K is a fixed inductor designed for high current applications. It has an inductance of 0.47uH, an active current of 16A and a DC resistance of 0.2R. While it is primarily designed for use in high current applications, the CS321613-R39K can be used in other applications as well due to its low self-heating and excellent thermal performance. The working principle of a fixed inductor is based on the principle that when a voltage is applied across an inductor, a current will flow through it, creating a magnetic field and storing energy, which is then released when the current is reduced.

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