HKQ040215NH-E

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Fixed inductors are class of components used in electrical engineering that are used to store energy in the form of electromagnetic fields, or in the form of direct current. The most common type of fixed inductor is a permanently wound coil of wire. This type of inductor has limitations: the most important limitation is that the inductance always stays the same because the coil does not have any adjustable parameters. For applications requiring a variable inductance, more complex inductors must be used.

HKQ040215NH-E is an electronic fixed inductor that has the ability to provide inductance in a wide range, from 2.2µH to 7.8µH. It is designed for a wide range of high frequency applications, such as for measuring flow rate, audio, and other types of circuits. The inductance and has a wide operating temperature range (-55°C to +105°C). It also has a low thermal resistance and is highly resistant to humidity and UV radiation.

HKQ040215NH-E’s working principle is based on the basic equation for inductance: L = N * (μ * A/l). This equation states that the inductance (L) is equal to the number of turns in the coil (N), multiplied by the constant magnetic permeability (μ)of the core material used, multiplied by the cross-sectional area (A) of the coil divided by the length (l) of the coil. By adjusting either the number of turns, the core material used, or the length of the coil, the inductance can be changed.

The HKQ040215NH-E’s working principle makes it ideal for high frequency applications that require a wide range of inductance values. It is also suitable for applications where there is a need for a strong current carrying capacity, due to its higher inductance values. In addition, HKQ040215NH-E’s wide operating temperature range, low thermal resistance, and its resistance to UV radiation and humidity make it suitable for outdoor applications.

The HKQ040215NH-E is an ideal component for a wide range of high frequency applications that require a wide range of inductance values. Its core material used, number of turns, and coil length are adjustable, making it easily adaptable for different applications. Its wide operating temperature range and high resistance to UV radiation and humidity make it suitable for outdoor applications.

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