LQH88PN101M38L Inductors, Coils, Chokes

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Fixed inductors are electrical components that are designed to provide a static electrical resistance to the flow of current. They range in complexity from simple wire coils to complex multi-layer coils with a variety of windings and insulation materials. The most typical type of fixed inductance is a coil, often referred to as an inductor or a solenoid. The LQH88PN101M38L is a coil type, fixed inductor.

The LQH88PN101M38L is a fixed, non-polarized multi-layer inductor that is designed primarily for high-frequency use. It has a ferrite core that is designed to reduce losses due to eddy currents in high-frequency applications. The inductor features a three-layer construction with a thin ferrite core, a Schottky-barrier diode, and a thick internal layer of insulation. The inductor also has a heat-resistant, epoxy coating that provides additional protection from environmental and mechanical hazards.

The LQH88PN101M38L is most often used in DC-DC converters and switching converters as well as high-frequency power circuits. The advantages of such inductors are their high stability and excellent power-conversion efficiency. Such inductors offer a number of benefits for high-frequency switching circuits, as they have low core losses and are capable of operating at high frequency with lower current losses than traditional chip inductors. In addition, they offer excellent temperature stability and can operate up to a maximum temperature of 125 degrees Celsius.

The primary application field of the LQH88PN101M38L is in high-frequency power circuits and power management applications. It is also used in switching voltage regulators, power supply circuits, and switching DC/DC converters. The inductor is especially suitable for use in those applications that require high current levels, such as in automotive electronics or power supplies.

The working principle of the LQH88PN101M38L is rather simple. When a current flows through the coil, it produces a magnetic field. This magnetic field then exerts a force on the electrons flowing through the coil, which causes them to move in circles around the coil. This motion in turn induces a voltage in the coil. This voltage is then used to provide power to the device connected to the inductor.

The LQH88PN101M38L is a versatile and efficient fixed induction coil designed for high-frequency power circuits. It features a ferrite core for reduced losses, a Schottky-barrier diode, and a thick internal layer of insulation for enhanced durability. Due to its advantages such as low core losses and temperature stability, the LQH88PN101M38L is used in many power management applications, from automotive electronics to power supplies. Its working principle is based on the induced voltage generated in the coil as a result of the current flowing through it.

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