LQP03TQ10NH02D

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Fixed inductors are passive electronic components, often consisting of conductive materials such as air, ferrite, or a winding of wire, that also generate magnetism in order to store and give off energy in the form of an electric current. LQP03TQ10NH02D is a type of fixed inductor that consists of a core made from molded ferrite material. This inductor features a nickel barrier plated copper terminations, excellent corrosion a resistance and high temperature endurance with minuscule thermal resistance.

The LQP03TQ10NH02D has a large variety of applications, including power sources, voltage regulation circuits, switching power supply, and noise filters. Additionally, it is used in charge pumps, radio receivers, input and output impedance matching applications, and in amplifiers for wireless communications. It is also suitable for use in energy-saving light bulb circuits.

The working principle of the LQP03TQ10NH02D is simple. It has two contacts: the positive end and the negative end. When there is a difference in voltage between the two contacts, a current will flow through the inductor, proportional to the voltage difference. In other words, whenever a current is applied to the inductor, the current will produce a magnetic field which ‘induces’ or ‘generates’ a voltage or ‘induces’ a current between the two contacts.

The advantage of using an LQP03TQ10NH02D fixed inductor is that it offers low DC resistance, high inductance, and high current-carrying capacity. Additionally, since the core material is made of ferrite, it helps to reduce vibration and noise, making the inductor well suited for applications such as radio receivers and charge pumps. Another benefit of the LQP03TQ10NH02D is that it has a small size, making it easy to use in space-constrained circuits.

Overall, the LQP03TQ10NH02D fixed inductor is a great choice for a wide range of applications due to its low DC resistance, high inductance, and high current-carrying capacity. It is also well suited for noise filtering and vibration reduction due to its ferrite core material. Additionally, its small size makes it ideal for space-constrained circuits. The working principle of the LQP03TQ10NH02D is simple: when a current is applied to the inductor, it produces a magnetic field which induces a voltage or current between the two contacts.

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