MHQ1005P1N8ST

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Fixed inductors are a type of electrical component commonly used in electronic circuits. The MHQ1005P1N8ST is a fixed inductor specifically designed for high-frequency application. It is manufactured using advanced material systems and fabrication methods for increased efficiency and performance.

The MHQ1005P1N8ST fixed inductor is designed for use in high-frequency applications such as Automotive, Industrial, Medical and Aerospace. Its small size and high frequency performance make it ideal for applications where compact size and high performance are required. The MHQ1005P1N8ST features a shielded construction and a minimum self-resonance frequency of 15 GHz.

The MHQ1005P1N8ST is a high performance, SMT-type inductor with low DC resistance and low losses at high frequencies. Its construction features shields, core and magnetic material for enhanced performance and increased heat dissipation. The shielded construction increases the inductor’s efficiency when operated at high frequencies and reduces EMI interference.

The MHQ1005P1N8ST does not require any external magnetic bias or shielding, allowing it to be used in multiple-layer PCBs. Its maximum DC current is up to 0.6A, and its DC resistance is very low. It has a high saturation current, which is necessary for high-frequency choke applications. The core material is made of high-permeability ferrite, which allows the inductor to stay within its specified parameters when operated at very high frequencies.

The MHQ1005P1N8ST operates on the principle of an inductor, which is an electrical component that stores energy in the form of a magnetic field. The inductor forms a self-induced magnetic field around it, which opposes the change in current, and this opposition is known as inductance. The inductance of the component is measured in henries, and the MHQ1005P1N8ST has a self-inductance of up to 0.2 microHenries.

The MHQ1005P1N8ST is designed to handle the demands of high-frequency applications with its small size, low losses, high saturation current and shielded construction. The core material is highly permeable and stable over a wide range of frequencies, allowing the component to maintain performance over time. The shielded construction increases the efficiency of the component when operated at high frequencies and reduces EMI interference. The inductor is ideal for applications requiring compact size and high performance, such as automotive, industrial, medical and aerospace.

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