MPC1250LR50C Inductors, Coils, Chokes

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Fixed Inductors play an important role in many electronic circuits. One of the most popular designs of the fixed inductors is the MPC1250LR50C inductor. This article explains the application field and working principle of the MPC1250LR50C inductor.

The MPC1250LR50C is an inductor that is used in many electronic circuits. It is used in circuits where power filtering or impedance matching is required. This inductor can be used for power supplies, signal filtering, and power supplies that require large inductors. It is also used in high frequency applications such as switching converters and radio frequency circuits.

The main advantage of the MPC1250LR50C is its high quality construction. It is made from a ferrite core material with a copper winding. The copper winding provides superior quality inductance and insulation. The core material also provides excellent thermal capability and low inductance losses. In addition, the construction of the winding makes for robust and reliable operation.

The MPC1250LR50C also has a high power rating. It can handle up to 105 watts of power and up to 15 amperes of current. This allows it to be used in applications that require high power, such as UPS systems and server farms. The inductor also has a low resistance, making it ideal for applications that require tight control over impedance matching.

The basic working principle of the MPC1250LR50C is that it stores energy in the form of an electromagnetic field. When current passes through the inductor, it causes the core material to become magnetized. This process creates an electromagnetic field that stores energy in the core. When the current is reversed, this energy is released and induces a voltage in the winding, creating an electromagnetic wave.

The MPC1250LR50C is a useful component for many applications. It can be used for impedance matching, power filtering, and power supplies. It is also widely used in high frequency applications such as switching converters and radio frequency circuits. The high quality core material and insulation makes for robust and reliable operation while the high power rating makes it suitable for many high-power applications.

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