P160R-561HS

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Fixed inductors are passive components that produce an opposing electrodynamic force when a current flows through them. The P160R-561HS is a type of fixed inductor, commonly used in areas such as cellular base station power supply, communication equipment, and AC/DC switching power supplies. In this article, we\'ll discuss the working principles of the P160R-561HS and the applications in which it is commonly employed.

The P160R-561HS is an axial-leaded, high-current inductance with an inductance value of 160μH, and a direct current rating of 18A. It is composed of a ferrite core and enamel-coated magnet wire which come together to form a coil. The ferrite core increases the inductance value, while the enamel-coated wire increases the current-carrying capacity and reduces power losses. The terminal pins are made from zinc alloy, providing superior solderability and allowing for reliable connections.

The working principle of the P160R-561HS is based on the fact that a current-carrying wire induces a magnetic field when placed in a magnetic field. When a current is applied to the wire, it produces a magnetic field that is opposed to the external field. This opposes the current, thus limiting it. This is known as inductive reactance, and it is this resistive force that restricts the current to the desired level.

The P160R-561HS is ideal for applications such as cellular base station and communication solutions, switching power supplies, unregulated power supplies, and transcutaneous electric avenue systems. It is used to protect against over-current, limit voltage, and reduce EMI. It is also used to reduce high frequency noise in a circuit, and to provide RF shielding. Due to its high current carrying capacity and low losses, it is a very versatile component, offering a wide range of applications.

In conclusion, the P160R-561HS is a fixed inductor composed of a ferrite core and enameled magnet wire. It works by inducing a magnetic field opposed to the external field, thus limiting the current to the desired level. It is commonly used in cellular base station power supplies, communication equipment and AC/DC switching power supplies, as well as a host of other applications. Advantages of this component include its high current carrying capacity and low power losses, making it a reliable and cost-effective component for various tasks.

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