LQH43PZ470M26L

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Fixed inductors, such as the LQH43PZ470M26L, are components used in a wide array of applications. In general, fixed inductors can store energy in an inductive coil, allowing current to flow in an inductive circuit. The inductance of an inductor is defined as the ratio of the voltage applied to the current flowing through the inductor, and is symbolized by the lowercase letter L. Inductors can be used in both AC (alternating current) and DC (direct current) circuits.

The LQH43PZ470M26L is a common fixed inductor with an inductance of 470 micro-Henries (μH). It is a non-polarized, surface-mount component with a rated current of 1.5A. It has a low equivalent series resistance (ESR) and has a small size. The component also features low acoustic noise, a ceramic base, and high temperature resistance.

As a fixed inductor, the LQH43PZ470M26L can be used in a variety of applications. It is commonly used in power supplies, AC-DC adapters, switching power supplies, and other power conversion circuits. The component can also be used for high frequency filtering, noise suppression, and EMI (electromagnetic interference) reduction. The LQH43PZ470M26L is often found in automotive, communication, and computer electronics devices.

In terms of its working principle, the LQH43PZ470M26L is very similar to other fixed inductors. An AC voltage is applied to the component, and as a result, an alternating current flows through the inductor. As the current flows through the winding coil, the impedance of the coil increases, which results in a smaller alternating current flowing through the coil. This effect is referred to as inductance. As the current passes through the circuit, the change in impedance of the inductor causes a voltage drop on the inductor, resulting in energy being stored in the magnetic field surrounding the inductor.

The LQH43PZ470M26L is an efficient and reliable fixed inductor that offers many advantages and is suitable for multiple applications. Its low equivalent series resistance, small size, low acoustic noise, ceramic base, and high temperature resistance make it a great option for power conversion, high frequency filtering, noise suppression, and EMI reduction.

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