3094R-183HS

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Fixed inductors are electrical devices, which contain a magnetic core and provide a variety of applications, including energy storage, power trends, signal transfer, and peripheral component protection. The 3094R-183HS fixed inductor is one of the most common inductors used in the industry, and is highly reliable.

Application Field

The 3094R-183HS fixed inductor is mainly used for three-phase switching power supply, DC-DC converter power supply, electronic light source conversion power supply, LED lamp driver, switch control circuit, variable frequency circuit, etc. This fixed inductor finds use in areas such as industrial electric power supply, communication field, new energy vehicle power and various turbines. It is also used in a variety of medical electronic devices such as infusion pumps, ECG monitors , etc.

Working Principle

The 3094R-183HS fixed inductor is a copper coil that is wound on a magnetic core. The magnetic core helps to confine the magnetic flux in the system, which stores energy in the form of magnetic field. The current entering the inductor creates a magnetic field, which induces a voltage on the other side. This voltage and current are related to the magnetic field strength (inductance). Thus, when a DC voltage is applied to an inductor, current will start to flow with a slight delay, and the voltage across the inductor is determined by the inductance of the core. The greater the inductance, the larger the voltage.

Because of its dual electronic and magnetic properties, fixed inductors can be used to store energy, filter signals, and to provide a controlled current flow in any given circuit. The 3094R-183HS fixed inductor is designed to be highly reliable and is able to operate in extreme temperatures, providing efficient power conversion.

In summary, the 3094R-183HS fixed inductor finds wide application in a variety of industries and fields. Its working principle involves the magnetic core trapping the magnetic flux, and the induced voltage across the inductor is a result of the applied inductance. This inductor is highly reliable and able to provide efficient power conversion under extreme temperatures.

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