LQH2HPN4R7MJRL

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Fixed inductors are electrical components shaped as figures with wires wound around the core material. They are used in a wide range of applications that require a limited amount of current or voltage. The application field of the LQH2HPN4R7MJRL is automotive use and medical equipment. It is a small and lightweight component that is designed for reliable and long-term performance.

The LQH2HPN4R7MJRL is an off-the-shelf surface-mount inductor with a low DC resistance rating. This component is capable of carrying up to 3 Amps of continuous current and supports a nominal operating temperature range of -40°C to +85°C. It has a tolerance rating of ±10%, ensuring reliable performance. The inductance value is 4.7µH and it has a 25mΩ max inductor DC resistance.

The working principle of the LQH2HPN4R7MJRL is based on the induction effect. When an AC or DC current flows through the winding coils of the component, a magnetic field is generated. This magnetic field induces a counter-emf in the same winding, which then opposes the applied current. The flow of current through the component is limited by the opposition of the counter-emf.

The LQH2HPN4R7MJRL is designed to provide a stable and reliable DC current or voltage level when used in automotive and medical devices. The component is capable of carrying up to 3 Amps of continuous DC current with a 25mΩ max inductor DC resistance rating. It has a tolerance rating of ±10%, ensuring reliable performance. The inductance value is 4.7µH and it has an operating temperature range of -40°C to +85°C, making it suitable for use in harsh environments.

The LQH2HPN4R7MJRL is a small and lightweight inductor with a wide range of uses. It is ideal for automotive applications and medical devices, as it is capable of carrying up to 3 Amps of continuous current in harsh environments. The component’s working principle is based on the induction effect, and the component offers a stable and reliable DC current or voltage level when used in automotive and medical applications.

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