IHB4BV272K

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IHB4BV272K: Fixed Inductors

Fixed inductors are widely used in electronic circuits to supply inductance in order to achieve specific electrical goals, such as bypassing electrical noise, energizing a load or filter. The IHB4BV272K is a fixed inductor manufactured by Rohm Co Ltd., and it features high-current and high-frequency characteristics, making it particularly suited for use in power supply, switch-mode peripherals, clock circuits and other high-performance applications.

The IHB4BV272K has an operating temperature ranging from -25 to +125 °C, it has an inductance of 0.68 μH, and a rated current of 7.6A. It is hermetically sealed and can stand up to harsh environments, as it has high rated current and excellent current-resistance characteristics. The maximum DC resistance of the IHB4BV272K is 13 mΩ and it has a saturation current of 50 A at 25 °C.

In terms of its working principle, the IHB4BV272K utilizes the concept of inductance, which is essentially the formation of a magnetic field when an electric current is passed through a conductor or coil of wire. This magnetic field creates an opposing voltage which resists the change in current associated with the application field. Furthermore, the IHB4BV272K has a high self-resonance frequency and low core losses, making it well-suited for high-frequency switching applications.

The IHB4BV272K can be used in a variety of applications, some of them being power supply, switch-mode power supply (SMPS), communication, TV & video equipment, high-frequency circuit, gate-drivers, voltage regulators, and test & measurement circuits. In addition, its high-current and high-frequency characteristics make it suitable for digital electronic products such as micro-processors, memory, and MOSICs.

To sum up, the IHB4BV272K is a type of fixed inductor manufactured by Rohm Co Ltd., and it features high-current and high-frequency characteristics, making it particularly suited for use in power supply, switch-mode peripherals, clock circuits and other high-performance applications. It also utilizes the concept of inductance, which is essentially the formation of a magnetic field when an electric current is passed through a conductor or coil of wire, and it has a fairly wide range of uses, including power supply and SMPS, communication, TV & video equipment, high-frequency circuit, gate-drivers, voltage regulators, and test & measurement circuits.

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