MLP2520H2R2MT0S1

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Fixed inductors are electrical components that can store electrical energy in the form of magnetic energy inside it. MLP2520H2R2MT0S1 is one of these essential components that is used for various applications. It is generally used in power electronics, DC/DC converters, EMI filters, LCD TV circuits, and automotive electronics. MLP2520H2R2MT0S1 has various features and advantages that make it a preferred choice in these sectors.

MLP2520H2R2MT0S1 is a surface-mounted device and has a 25.2 x 20 mm footprint size. It weghts only 1.5 grams, making it lightweight and highly efficient. It has an external shield construction that protects the internal windings from external factors. It also has a low profile construction, which decreases its overall size. MLP2520H2R2MT0S1 is also RoHS and REACH compliant, making it safe for use in a wide range of applications.

MLP2520H2R2MT0S1 has a saturation current rating of 21 A and a rated inductance of 10uH, making it ideal for power supply designs. Its rated DC current is between 13.8A and 15.4A and its DC resistance is 0.15 ohm. MLP2520H2R2MT0S1 has a maximum operating temperature of 125°C that allows it to perform its functions under extreme temperatures. It also has a high resistance to moisture and humidity.

The working principle behind MLP2520H2R2MT0S1 is the Faraday’s law. This law states that the rate of change of magnetic flux is proportional to the electromotive force that is generated in a conductor. In simpler terms, when an external wire coil or conductor is close to the MLP2520H2R2MT0S1, the changing current in the external wire induces a voltage in the MLP2520H2R2MT0S1. This phenomenon is known as electromagnetic induction.

The primary function of MLP2520H2R2MT0S1 is to provide linear current to the circuit. The changing magnetic field is converted into current which is then regulated to provide maximum efficiency. The energy that is stored in the inductor is released as a current after it has been fed into the circuit. This current can be adjusted by increasing or decreasing the number of turns on the wire.

Overall, MLP2520H2R2MT0S1 is an ideal component for power electronics, DC/DC converters, and automotive electronics. It has a small footprint size, light weight, and low external profile that makes it highly efficient and reliable. Its saturation current rating, rated inductance, and maximum operating temperature makes it an efficient component for use in several applications. The working principle behind MLP2520H2R2MT0S1 is based on the Faraday’s law. It helps to regulate the current in the circuit by converting the changing magnetic field into current and then controlling the current.

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