36502C2R7JTDG

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Fixed inductors are a type of electrical component that store energy by inducing a current flow within a coil of wire by the application of a magnetic field. 36502C2R7JTDG is a fixed inductor that is designed to meet high frequency telecom & power supply requirements. It has very low DC resistance and high inductance, making it a great option for use in circuits where the inductance needs to remain constant, regardless of the frequency of the applied voltage.

The 36502C2R7JTDG fixed inductor is an unshielded, surface mount component. It operates in a temperature range of -55°C to 125°C and can handle a peak current of up to 4.7A. The inductance value of this device is 7.52μH (7.52mH). The rated DC current is 1.8A, and the maximum DC resistance is 0.082Ω (82mΩ).

The working principle of the 36502C2R7JTDG fixed inductor is based on Faraday\'s Law of Induction. According to this law, an induced current will flow in an electrical circuit when a varying magnetic field is applied to the circuit. When the magnetic field is applied to a coil made from a conductor material like wire, an alternating current will flow in the coil. This alternating current will cause the inductor to store energy, which can be used as a power supply for other components in the circuit.

The 36502C2R7JTDG fixed inductor has a number of applications in both telecom and power supplies. It is commonly used as a DC-to-DC converter and as an output filter for high frequency applications. It can also be used in inter-stage and RF filtering applications. These inductors can be used in applications for features such as EMI, RFI, power noise, voltage jumps, and line ringing. Additionally, it can be employed in switching power supplies, mobile phonechargers, and laptop chargers.

In conclusion, the 36502C2R7JTDG fixed inductor is a great choice for high frequency telecom and power supply applications. It is capable of storing energy in a circuit using Faraday\'s Law of induction, and it has a wide range of applications such as DC-to-DC converters and RF filtering. It has a very low DC resistance and high inductance value, making it a reliable and versatile component for many different electronic applications.

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