HKQ0603W6N2C-T

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Fixed inductors are passive electronic components used to store energy in the form of magnetic fields, and are typically used in applications that require high-frequency operation. The HKQ0603W6N2C-T inductor is a component from a series of two-terminal integrated inductors suited for high frequency, low loss applications. The component is a high current fixed inductor with an inductance of 0.6 µH.

Applications of the HKQ0603W6N2C-T

The HKQ0603W6N2C-T is designed for applications where high resonance frequencies are needed, such as switching power supplies, clock oscillators, cellular telephone transmitters, color television sets, LCDs, PC power supplies and automotive electronics. It operates at current ratings of up to 3 Amps and can handle up to 3 Watts power dissipation. The construction of the inductors allows them to be virtually flush with the board reducing capacitive and parasitic effects associated with device mounting.

The inductors are also used in applications like low pass, band pass and high pass filters, broadcast systems, audio circuits, linear regulators and other high-frequency applications. The inductors are provided in the surface-mount format, which provides excellent thermal characteristics as well as reduced circuit board size.

Working Principle of the HKQ0603W6N2C-T

The main principle of a fixed inductor is based on the idea of a closed loop. An electric current flowing through a wire will create a magnetic field, which will also create an opposing force in the direction of the current. An inductor is like a loop because the electric current is flowing through it in a circular path. When an inductor is connected to a voltage source, a current flows through the loop and creates a magnetic field. This magnetic field stores energy, and the amount of energy stored is equal to the electric energy supplied to the inductor.

The HKQ0603W6N2C-T inductor is constructed from a high permeability ferrite material, which improves the magnetic coupling of the inductor. The two leads of the inductor connect the core and the wire in a closed loop. As the current passes through the loop, a magnetic flux is formed in the core, and this flux in turn induces a voltage which opposes the flow of current.

The amount of stored magnetic energy in an inductor is proportional to the current flowing in the inductor, so the amount of resistance in the loop is directly proportional to the current. By adjusting the size of the wire and core in the loop, the inductance of the component can be changed. The inductance of an inductor is measured in milli-Henries (mH). The HKQ0603W6N2C-T has an inductance of 0.6 µH.

The HKQ0603W6N2C-T is a high current inductor that can handle up to 3 Amps and 3 W of power dissipation. The small size of the component makes it ideal for applications that require a high frequency, low loss device.

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