MLG1608SR47JTD25

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Fixed inductors are components used in electrical or electronic circuits for the purpose of storing energy in a magnetic field and then releasing it back into the circuit. The MLG1608SR47JTD25 is a specific type of fixed inductor designed for high temperature and high current applications. This type of inductor is widely used in power circuits, motor controllers and other high temperature applications.

The MLG1608SR47JTD25 is a molded, surface mounted inductor which operates with a temperature of up to 125°C. It is a 4.7μH, 40A inductor and is made of a ferrite core with copper wire windings. This combination makes it able to provide a large inductance at high temperatures while still maintaining a low DC resistance. It also features a high self-resonance frequency, making it suitable for high frequency applications such as radio receivers and power supplies.

The working principle of the MLG1608SR47JTD25 is the same as with all inductors. When a current passes through its windings, a magnetic field is created and this field stores energy. When the current changes direction, an opposing magnetic field is created which opposes the original one. This causes the stored energy to be released from the inductor as an inductive kickback. This is what allows inductors to act as filters, damping out the voltage spike that would otherwise occur when a current changes direction.

The MLG1608SR47JTD25 is an excellent choice for use in applications which require high current and/or high temperatures. Because of its low DC resistance, it is able to handle high current without overheating. Its high self-resonance frequency makes it suitable for use in applications such as radio receivers and power supplies, where high frequency operation is a must. With its rugged construction, the MLG1608SR47JTD25 is capable of withstanding temperatures up to 125°C, making it an ideal choice for extreme temperature applications.

In conclusion, the MLG1608SR47JTD25 is an excellent choice for fixed inductors that are designed for high temperature and high current applications. Its low DC resistance, high self-resonance frequency and rugged construction make it an ideal choice for motor controllers, power circuits, radio receivers and other high temperature applications.

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