IHLP2020ABER3R3M01

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Fixed inductors, like the IHLP2020ABER3R3M01, provide a means of storing energy in a magnetic field. They are commonly used in applications from radio frequency components to industrial power supplies. As such, their design and working principle is fairly simple and well understood.

Generally speaking, all types of fixed inductors, including the IHLP2020ABER3R3M01, make use of coils of wire in their operation. The length of the wire and its number of turns (or “coils”) determine the amount of stored energy. This energy is stored in the form of a magnetic field within the coil.

When current flows through the coil, this field puts up a resistance to the passing electrons. This resistance is known as inductance, and is measured in units of Henries (H). The more turns the coil has, the higher the inductance. Conversely, a shorter coil with fewer turns will have a lower inductance.

The shape of the coil is also important for determining inductance. The IHLP2020ABER3R3M01 uses a “pancake” shape, which helps to minimize overall inductance and the size of the package.

Fixed inductors such as the IHLP2020ABER3R3M01 are common in applications where a fixed inductance is desired, such as in radio frequency components or other filter applications. They can also be used in power supplies, providing a necessary level of inductance to store a certain level of energy. In this case, they are often connected to other components, such as capacitors, to form a filter circuit.

Overall, the working principle of a fixed inductor such as the IHLP2020ABER3R3M01 is simple and well understood. The length of the wire coil and arrangement of the turn shape determine the inductance, which allows the inductor to store energy in a magnetic field. The primary applications of this type of inductor are in radio frequency components, power supplies, and filter circuits.

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