HKQ0603U2N2C-T

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Fixed inductors are passive electronic devices designed to create inductance in an electric circuit, and they are typically constructed from a wire coil around a core material. The use of a fixed inductor enhances the current and/or voltage in an electrical or electronic circuit, and they are typically used in power supplies, transmission systems, and other frequency dependent circuit designs. The HKQ0603U2N2C-T is a fixed inductor that provides an inductance value of 2.2uH at an operating temperature range of between -40 and 105°C.

The HKQ0603U2N2C-T is typically used in A/V equipment, desktop computing equipment, power supplies and telecommunications applications. It is characterized by a low DC resistance value, high current saturation level, low magnetic flux leakage, and good temperature stability over a wide temperature range. The HKQ0603U2N2C-T has an inductance of 2.2uH at a rated current of 0.7 amps and is constructed in a ‘U-shaped’ component package which includes an embedded ferrite core.

The primary working principle of a fixed inductor is to provide an electrical path for electromagnetic current. Inductors essentially act as a store of energy, converting electrical energy to a magnetic field and storing it in the coil. As current passes through the inductor’s circuit, the coil creates a magnetic field which creates a secondary magnetic field in opposition to the primary field. This creates a current in the opposite direction, resulting in a decrease in the total current and a decrease in voltage in the inductor circuit.

The HKQ0603U2N2C-T operates with a nominal inductance value of 2.2uH and a maximum DC resistance of 0.6 ohms. The compact ‘U-shaped’ size of the component package allows for greater efficiency and a lower core loss at higher temperatures. The inductor has a low magnetic flux leakage, which helps eliminate interference with other components in close proximity, as well as reducing capacitive cross talk. The angular tolerance of the inductor is between 25° and 45°.

The inductor also has a low current saturation level, which means the additional current that is produced when the inductor is charged is relatively low. This helps to reduce the amount of heat generated in the circuit. Additionally, the excellent temperature stability of the HKQ0603U2N2C-T provides better performance at elevated temperatures, reducing the chance of thermal shutdown in power supplies and other applications operating with higher temperatures.

The excellent shielding of the HKQ0603U2N2C-T prevents interference with nearby components, and the use of a ferrite core in the component package provides increased inductance values while also reducing eddy current losses. As a result, the HKQ0603U2N2C-T provides reliable performance in a wide variety of applications that require high inductance values and low DC resistance.

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