LQH2HPZR47MGRL Inductors, Coils, Chokes

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Fixed inductors are passive electronic components which are used in a wide range of applications. The LQH2HPZR47MGRL core is among the most popular and versatile fixed inductors manufactures on the market. It is used for high current applications in inductors, filters, and transformers.

This inductor core is all-in-one, high current inductor component which has excellent inductance characteristics and thermal properties. It has an excellent frequency response, low distribution capacitance, and low EMI susceptibility. Moreover, it has high current capacity and is especially suitable for use in low frequency applications.

LQH2HPZR47MGRL inductor cores offer superior performance and reliability over other inductor cores. The core is based on a flexible, anisotropic magnetic material and provides excellent inductance and heat dissipation. It works on the principle of closed-loop induction, meaning it changes its magnetic field as the current flows through it.

The closed-loop inductor core can carry much higher current than a single winding inductor core, as the core has multiple windings. As a result, it has a higher inductance coefficient, which allows for more efficient power transmission. The use of the closed-loop inductor core ensures that the energy consumed is minimised and minimises losses in the component.

In terms of applications, the LQH2HPZR47MGRL inductor core can be used in a wide range of applications, such as power supplies, signal and noise suppression, AC/DC converters, RFID antennas, UHF/VHF amplifiers, and power oscillators, among others. The core is also suitable for use in automotive applications, where it is used for power generation, communication and control systems.

Overall, the LQH2HPZR47MGRL inductor core is a very versatile and reliable core which provides excellent performance for a variety of applications. Working on the principle of closed-loop induction, it provides excellent power transfer efficiency and reliability over time. The core is ideal for low frequency applications, as it has high current capacity and low EMI susceptibility, making it an ideal fixed inductor component for a range of applications.

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