MHQ0402P10NHT000

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Fixed inductors, also known as non-variable inductors, are used within electronic circuits to provide inductance and a range of other features in devices such as transformers, chokes, reactors and more. Their purpose is to enable electrical signal flow, regulate the flow of current or produce the magnetic field required to transform electrical energy from one form to another. The fixed inductor MHQ0402P10NHT000 is a valuable asset to any electrical circuitry, boasting an effective surface-mount installation process and a reliable output.

Application Field of the MHQ0402P10NHT000

The MHQ0402P10NHT000 is an excellent solution for any electronic device requiring a fixed inductor. Its extremely low profile of 0.400 mm and minimal weight make the device an attractive choice for installation on the surface of any PCB. Suitable for a variety of high-frequency applications, they are also incredibly versatile due to their compatibility with a variety of mounting solutions. The MHQ0402P10NHT000 can be obtained with a varying output voltage range from 8 to 70 Volts and a standard current rating of 5 Amps.

Usually, it is most suitable for devices within the audio frequency range, with an estimated frequency range of up to 150 MHz. As well as this, the fixed inductor boasts excellent high-frequency and power saving characteristics, proving a consistent and reliable output source even when presented with small variations in voltage. All this, combined with its ability to function as a signal filtering component, makes the surface-mount MHQ0402P10NHT000 ideal for radio frequency applications where signal quality and resolution is critical.

Working Principle of the MHQ0402P10NHT000

The MHQ0402P10NHT000 works in a similar fashion to other inductors, using magnetic flux to generate an electrical field and regulate current or signal flow. Its core is constructed from ferrite - a type of magnetic material - and it’s surrounded by equal windings of copper coils. This Coil is capable of producing a continuous magnetic field and retaining energy within the coils as a form of electromagnetic potential energy.

When energy or a signal is applied to the inductor, the core and coils work together to resist the flow of current. The inductor then stores the energy derived from this flow and maintains a stable magnetic field until the applied signal is removed. This helps to maintain a consistent output even when fluctuations occur in the voltage applied to the device.

Overall, the MHQ0402P10NHT000 fixed inductor is an excellent choice when looking for a reliable, low-profile and smaller-size inductor solution for PCBs. Its effective surface mount installation process, excellent high-frequency and power saving characteristics, compatibility with a variety of mounting solutions and ability to transform voltage, makes the device an ideal choice for high-frequency applications.

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