MHQ0402P2N7BT000

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Fixed inductors are widely used in different electronic circuits since they have functions of controlling current and storing energy. Apart from common inductors, there is another type of inductor called MHQ0402P2N7BT000, which features high capacitance, ultra-low resistance and additional of ceramic material in its structure, giving it special capabilities that allow specific applications.

MHQ0402P2N7BT000 is an example of ceramic-iron chip inductor. It is composed of a ceramic body, electronic copper wire and iron cores, which are the main components of the product. The structures of the main components are shown below.

The ceramic body, which is made of high temperature fired ceramic material, serves as a powerful protection and insulation for the electronic copper wire, while the magnetic core is used to enhance the magnetic permeability of the inductor, enabling it to store a larger amount of energy in the same space.

The unique feature of MHQ0402P2N7BT000 is its ultra-low DC resistance, which is only 0.2 ohms, and allows this inductor to withstand high operating temperatures up to 100℃ without any degradation in performance. This superior performance makes MHQ0402P2N7BT000 ideal for precise current control and voltage protection. Besides, the capacitance generated is relatively high at 6.3μH, making it a great choice to reduce EMI in switching power adapter components and audio/video devices.

In general, the working principle of the MHQ0402P2N7BT000 is based on the use of a magnetic core and ceramic body in combination with the electronic copper wire to generate a current and voltage. The ceramic body provides protection against external conditions and the magnetic core allows the inductor to store a greater amount of energy, increasing the amount of current that it can generate. Furthermore, the ultra-low DC resistance of the inductor allows it to operate at high temperatures without degrading its performance.

Overall, the MHQ0402P2N7BT000 is an excellent choice for current control and voltage protection applications, due to its ultra-low DC resistance and high capacitance. It is an ideal solution for reducing electro-magnetic interference in audio/video devices and switching power adapter components. Moreover, the unique structure and properties of this ceramic-iron chip inductor make it suitable for a wide range of applications.

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