2727-03H

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Fixed inductors are widespread components of electronics circuits used to store and transfer energy oscillating electric and magnetic fields. The 2727-03H is a fixed inductor that is commonly used in radios, audio amplifiers, and other circuits requiring the storage and transfer of oscillating current.

Construction

The 2727-03H is a molded air-core inductor made of a ferrite core embedded in a pliable material. The construction of the device allows the coils of different parts of the inductor to reach out and touch each other in a compact fashion. The inductor is easy to work with and reliable under varying conditions. The device is rated at a maximum of 150 volts and can withstand temperatures up to 176°F (80°C). It has a maximum working frequency of approximately 1.25MHz and a maximum inductance of 230nH. The inductor is available in a range of sizes and configurations.

Applications

The 2727-03H is commonly used in radios, audio amplifiers, and other circuits requiring the storage and transfer of oscillating current. It is also used as a transformer, filter, and voltage regulator in solar power systems, motor control and automotive applications. The component is also used in switching circuit applications, such as DC to DC converters, power supplies, and voltage regulators.

Working Principle

The 2727-03H works by storing electric energy in an oscillating magnetic field. As current passes through the inductor, an opposing magnetic field is generated, which results in the buildup of the stored magnetic field. The inductance is determined by the amount of current stored in the coil. As the coil stores the energy, it increases its inductance, which causes the output current to drop. When the input current is removed, the stored magnetic energy is released, causing the inductance to drop and the output current to increase.

The 2727-03H is reliable and, when used in conjunction with other devices, can provide high performance in applications requiring the storage or transfer of oscillating electrical energy. The inductor is used in a variety of applications requiring accurate and reliable power delivery. The device provides a low-cost solution and is easy to work with and install.

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