IR04EB470J

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Fixed inductors are widely used in many electronic applications, ranging from power supply regulation, power conversion and analog and digital signal processing to small-signal filters. The IR04EB470J is a fixed inductor designed to provide significant performance in a variety of applications.

The IR04EB470J is a non–polar current limiting inductor with an inductance of 470nH. This inductor is ideal for providing a high current level and providing excellent noise suppression. The inductor has an excellent winding finish, which helps maintain a high current limit and low loss performance. It is designed with a low profile and can be easily mounted for applications that require less space.

The IR04EB470J is suitable for switching and DC-DC converters, voltage converters, and other high-frequency circuits. The inductor has a very good frequency response and is designed to handle high peak currents. It is also able to withstand high temperatures without degradation, and is rated for operating temperatures of up to +125°C.

The IR04EB470J features an open construction and is available in three sizes: 0.1uH, 0.4uH, and 2.2uH. The inductor has an excellent power efficiency, low DCR for high current-handling, and high-current capacity. Its wide operating frequency range ensures excellent performance over a variety of frequency bands.

The IR04EB470J is designed with a magnetically shielded construction and is perfect for use in applications that require a high level of noise suppression. Additionally, the inductor is rated to operate in temperatures up to +125°C and can withstand high voltage transients without degradation.

The IR04EB470J is manufactured using advanced technologies, and is designed with a small size and weight. It can be used for a variety of applications, including switching and DC-DC converters, voltage converters, and other high-frequency circuits that require a high level of current and excellent noise suppression.

The working principle of the IR04EB470J is based on Faraday’s Law of electromagnetic induction. This law states that a voltage generated across a circuit when a changing magnetic field is applied to the conductor. The inductor is designed to generate a magnetic field in response to changes in the current flowing through the coil. The resulting magnetic flux is then used to induce a voltage in an adjacent circuit.

The IR04EB470J is a great choice for applications that require high levels of current and good noise performance. It is designed with an advanced winding technology, excellent power efficiency, high-current capacity, and a low thermal resistance. Additionally, its advanced magnetic shield design ensures excellent noise suppression over a variety of frequency bands.

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