MHQ1005P0N8BTD25

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Fixed inductors are electronic components used primarily to store energy in an electric field. Utilized in applications such as filters, signal coupling, and voltage-dividing networks, these fixed components are available in a range of physical forms. The MHQ1005P0N8BTD25 fixed inductor is an example of a component widely used in various areas.

Characteristics of the MHQ1005P0N8BTD25 Fixed Inductor

The MHQ1005P0N8BTD25 fixed inductor is a small component with a diameter of 1.02mm and a height of only 0.7mm. It features a mounted inductance range of 10 µH, an operating temperature range of -20°C to +85°C, and an inductance tolerance of 10%. It offers a high saturation current rating of 475mA, an inductance range of 4.5mH to 10mH, a Q-factor of 15, and a spent current of 475mA. This indicates that the MHQ1005P0N8BTD25 has a high current capacity and is a good choice for tasks requiring high power and low power loss.

Application Fields of the MHQ1005P0N8BTD25 Fixed Inductor

The MHQ1005P0N8BTD25 fixed inductor is designed for DC/DC and AC/DC power conversion steps up to 8A and DC/AC steps down to 16A, as well as applications involving step-down DC/DC converters, wireless communication modules, and LED driving applications. It is also used in various switching power supplies, switching regulators, and DC/DC converters. The high current rating and reliable construction make the MHQ1005P0N8BTD25 a perfect choice for a range of AC/DC and DC/DC tasks.

Working Principle of the MHQ1005P0N8BTD25 Fixed Inductor

A fixed inductor works by inducing a current in a wire winding wrapped around a core material. The core material can be made of various materials, including steel, ferrite, ferrite-powder, and iron-powder. When power is applied to an appropriate coil, magnetic flux is generated, in turn inducing a current. This current will travel through the inductor\'s core material and induce a magnetic field. This magnetic field is responsible for inducing a second current into the inductor. This is known as inductance.

The MHQ1005P0N8BTD25 includes a Ferrite core BFC1618 and four enameled copper wires. As current passes through the component, flux is generated in the core, inducing the second current. This magnetic field is responsible for transferring the current. When the current changes, the magnetic field changes with it, and induces a voltage to oppose the change. This voltage keeps the current stable and limited to the necessary level.

Conclusion

The MHQ1005P0N8BTD25 fixed inductor is a component suitable for a range of power applications, including step-down DC/DC conversion and LED driving. It uses a Ferrite core and is designed to withstand up to 8A of current for AC/DC and DC/DC applications. The inductor works by inducing a current in a wire winding and generating a magnetic field to transfer the current. This voltage opposes the current’s change, keeping its level stable. With its reliable construction and high current rating, the MHQ1005P0N8BTD25 is a great choice for a range of power tasks.

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