IHB2EB270K

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Fixed inductors are components that are important for many electronic circuit designs, offering the properties of inductance and reactance that helps control electrical flow in a circuit. The IHB2EB270K is a fixed inductor specifically designed for use in high-precision, high-performance DC-DC switching regulator applications. In this article we discuss the basics of the IHB2EB270K and its applications as well as the working principle behind it and how it functions in a circuit.

IHB2EB270K Overview

The IHB2EB270K is a high-performance, high-precision fixed inductor that has a DC current rating of 2.7 amps and a resistance value of approximately 0.90 ohms. It has a high-frequency limit of 1MHz and a low-frequency limit of 1kHz. It is designed to optimize efficiency in DC-DC switching regulator applications such as AC adaptors, mobile power supplies, and other laptop and mobile devices.

The IHB2EB270K offers several features that make it an ideal choice for these types of applications. It has a small size profile which reduces the overall space consumed by the inductor, it has an optimized inductance (an extremely low 1.1μH), it has a high peak current, and its construction is lead-free and halide free.

IHB2EB270K Application Field

The IHB2EB270K has a number of applications in high-precision, high-performance DC-DC switching regulator designs. The device is designed to reduce the size of space consumed while allowing the design to maintain high efficiency. This makes it an ideal choice for AC adapters, power converters, and other high-end applications that require tight regulation.

The IHB2EB270K is also used in many mobile devices such as smartphones, laptops, and tablets. In these devices, the fixed inductor is used to help regulate and ensure stable electrical power and to protect against power surges. The combination of its high performance and small size makes it the perfect component for these types of devices.

IHB2EB270K Working Principle

The working principle of the IHB2EB270K is based on the basic principles of magnetic fields. The inductor is a passive device made up of a coil of conducting wire which is surrounded by a magnetic field. When an electrical current runs through the winding, a magnetic field is generated which magnetically pushes back against the current, resulting in the desired inductance. The amount of inductance is determined by the number of turns of the coil, the diameter of the wire, and the core material.

In the case of the IHB2EB270K, the inductor is constructed with ferrite cores around a winding of wire that is specially designed to minimize core losses. This allows for a more efficient inductor design which allows for a higher current rating, a lower resistance, and a lower inductance value. With its higher efficiency and high peak current, the IHB2EB270K is the ideal choice for high-precision, high-performance DC-DC switching regulator applications.

Conclusion

The IHB2EB270K is an excellent choice for high-precision, high-performance DC-DC switching regulator applications. It has several features which make it an ideal choice for these applications such as its small size, high peak current rating, and its optimized inductance value. By understanding the working principle behind it, you can see why the IHB2EB270K is a perfect fit for these types of applications.

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