79FR10M

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Fixed Inductors

Inductors, also known as coils, chokes, or reactors, are electrical components used to store electrical energy in the form of a magnetic field. Inductors are composed of a wire, or coil, wrapped around a nonconductive core, usually made of ferrite or iron alloy, to provide a path for the magnetic field. The current through the inductor creates a magnetic field around the core, which stores energy. When current increases, the magnetic field intensifies, and the inductor stores more energy in the form of magnetism. The 79FR10M inductor is a fixed inductor with a rated current of 10 mA.

79FR10M application fields are mainly used in automated machines, power control and management, circuit isolation, power generation, and power platforms. These inductors are widely used in the drive of low and medium power motor, the switch power supply, the on-off circuit, the UPS and the electromechanical energy conversion systems such as the starting and stopping of motors, transformers, rectifiers, etc.

The 79FR10M fixed inductor is also great for power factor correction in electronic devices, such as hard drives, lighting systems, and gaming consoles, because of its high saturation current and power efficiency. This means that the inductor can handle higher current loads without overheating or causing damage.

The working principles of 79FR10M fixed inductors depend on Faraday\'s Law. According to the law, a changing magnetic field will create a current in a nearby conductor, which is in turn caused by a change in the number of turns or on the loop itself. As the current changes, so does the number of lines of magnetic force, creating an electromotive force and resulting in the creation of a current. The 79FR10M fixed inductor has a winding that carries the current which creates a magnetic field around the core, resulting in energy being stored in the form of magnetism.

The 79FR10M fixed inductor is designed to be resistant to interference from outside interference that may affect its performance. Its outer casing prevents high frequencies from transferring from outside the inductor into the core, ensuring the highest level of accuracy and reliability. Its high current carrying capacity means that it can handle high power applications, as well as low voltage DC applications that require a low DCR (Direct Current Resistance) for optimal efficiency.

Because of its ability to efficiently handle current, the 79FR10M fixed inductor is an excellent choice for power control and management, circuit isolation, and power generation applications. Its durable construction also allows it to withstand shock, vibration, and other forms of abuse, making it ideal in many industrial applications. Overall, the 79FR10M fixed inductor is a reliable and efficient choice for a variety of applications.

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