P160-561GS

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Fixed inductors refer to the circuit component that can limit, store, filter, and release electrical energy in alternating current and direct current circuits. Generally speaking, they are cylindrical coils that are wound around magnetizable materials such as iron cores, ferrite cores, ceramic cores, and so on. The P160-561GS is a fixed inductor designed to provide electrical isolation between high voltage circuits, current limiting, and rate limiting in AC and DC circuits.

The P160-561GS has the characteristics of good insulation performance, low insertion loss, stable performance, and low loss; the working temperature range is rated between -55 and +125℃. The inductor is composed of a coil encased in epoxy resin. It has built-in silicon rubber gaskets to ensure reliable electrical insulation and an insulating sleeve for current limiting. It has a rated current of 90A and can withstand a high voltage of 1000V.

The P160-561GS is usually applied in switching power supplies, communication power supplies, and power factor correction systems. It helps to reduce power loss in the circuit by limiting the current rise time and improves the power supply\'s efficiency. The inductor also helps to suppress high-frequency noise and reduce the electromagnetic interference from other auditory devices.

The working principle of the P160-561GS is based on the Faraday\'s Law of Induction. It states that the magnitude of the induced EMF in a circuit is proportional to the rate of change in the magnetic field wrapping around the circuit. When the inductor is connected to AC and DC circuits, it stores energy in the form of magnetic field and releases it when the current changes. This helps to limit the current rise time in the circuit and ensure good electrical insulation between high voltage circuits.

The fixed inductor P160-561GS are designed with high quality and stable performance. Its built-in insulation components and current limiting capabilities make it an ideal component for power supply systems. It is durable, reliable and helps to reduce the power losses in order to increase the system efficiency factor.

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