IHLW5050CEERR15M01

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Fixed Inductors are electronic components which are designed to store energy in the form of magnetic current. The IHLW5050CEERR15M01 is a specific type of Fixed Inductor and is used in applications which require high current and energy density. The IHLW5050CEERR15M01 is a ferrite core fixed inductor with a high inductance and current rating. The component features a thin, metal-oxide film deposition that provides excellent self-healing properties which enable it to withstand high current and environmental stresses over many years of use.

The IHLW5050CEERR15M01 is used in a variety of applications including power supplies, DC motors, transistors, and switching power supplies. It is also ideal for power system applications that require high current and high power density. The unique features of this component permit it to work as both a source and load, allowing applications to become more efficient and reliable.

The IHLW5050CEERR15M01 is designed to operate at medium to high frequencies and provide exceptional power and current ratings. The component features a maximum current rating of 0.27A, and a saturation current rating of 15mA. The inductance range goes from 0.86nH to 2.87nH and is stable over extreme temperatures. Additionally, the IHLW5050CEERR15M01 features a low ESR which adds to the components overall efficiency.

The working principle of the IHLW5050CEERR15M01 Fixed Inductor is based on Faraday’s Law of Induction. This law states that a change in magnetic flux within a closed loop induces a voltage in the loop. When a current is applied to the loop, a magnetic field is created which causes a voltage to be generated across the terminals of the inductor. This voltage is used to maintain a stable current flow through the inductor, and is known as the inductance.

The IHLW5050CEERR15M01 Fixed Inductor is a reliable and efficient component, which is capable of providing high current and energy density for various applications. It is ideal for use in a wide range of applications including power supplies, DC motors, transistors, and switching power supplies. Additionally, the component’s low ESR and high current ratings ensure its longevity and stable performance over the years.

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