MHQ0402PSA2N2ST000

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Fixed Inductors are generally used in electronic circuits, including the aforementioned MHQ0402PSA2N2ST000. It can be used as part of an LC circuit (an inductor-capacitor circuit). In these circuits, it plays a role in storing energy, which is then released when needed.

The basic design of the MHQ0402PSA2N2ST000 is a cylindrical shape. It is composed of a metal core covered with a coil of insulated wire, producing a magnetic field when current passes through it. Due to its small size, fixed inductors are usually used where space is limited. They are also built into electrical circuits to smooth the current flow and prevent interference from outside sources.

The MHQ0402PSA2N2ST000 features a 2.2nH inductance and an operating temperature range of -40-125. Its detailed configuration is four pins, 0402, Ni/Sn plated, and a small size of 4.0mm x 2.0mm x 1.3mm. Given its quantity, it is best suited for applications in communication or computer networks, where precise inductance is required or external interference needs to be minimized. Additionally, the MHQ0402PSA2N2ST000 can be used in power supply converters, mobility applications, and many other systems.

The working principle of a fixed inductor is simple. A current is applied to the inductor coil which produces an electromagnetic field around it, thus providing inductance. This inductance opposes the change in current flow, and the voltage produced is used to regulate the current flow through the circuit. The inductance and the voltage produced depends on factors such as the number of turns, core material, and magnetic circuit design. Since inductance opposes a change in current, it is also used in filters and signal processing to improve signal integrity.

In summary, the MHQ0402PSA2N2ST000 is a type of fixed inductor used in many electronic circuits, such as communication and computer networks, power supply converters, and mobility applications. Its 2.2nH inductance and operation temperature range of -40-125 make it an ideal choice for these applications. The basic working principle of a fixed inductor is simple: an electromagnetic field is produced in order to oppose the change in current flow and to regulate it. Its features make it perfect for applications where space is limited and high precision inductance is required.

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