IHB5BV331K

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Fixed inductors can be used in many different electrical circuits and the IHB5BV331K is no exception. The combination of its properties makes it suitable for a wide range of applications.

The IHB5BV331K is an axial leaded inductor with a standard pitch of 50 mils and a low height profile of 14.5mm. The total height is 30.5mm, such dimensions make it suitable for circuit boards of all sizes.

The inductance of the IHB5BV331K is 1.0µH, which offers plenty of flexibility regarding the applications it can be used in. Its operating temperature range is between -55°C and +125°, allowing it to be used in most environments.

The maximum DC resistance for the IHB5BV331K is 8.0ohm and its self-resonant frequency is 3.00MHz. With such properties, the device can be used for various voltage and frequency applications, either AC or DC.

The IHB5BV331K is suitable for buck-boost circuits, low-frequency pulsed voltage regulation circuits, as well as for switching supplies and DC-DC converters.

The most important feature of the IHB5BV331K is its low-profile, which means it can be used in the most space-restricted applications. This feature also makes it suitable to be coupled with other fixed inductors, ensuring a greater flexibility for the circuit in which it is employed.

The working principle of the IHB5BV331K is based on Faraday’s Law of Induction. This law states that when an electrical current passes through a coil of wire, a magnetic field is produced around the coil, resulting in the production of an electromotive force in the same coil.

This electromotive force creates a counter-current in the wire itself, and it is this counter-current that is referred to as inductance. The inductance is thus dependent on the number of turns in the coil of wire, its diameter, the core material of the inductor, and its operating temperature.

The IHB5BV331K is designed to take advantage of these properties and is a perfect example of a fixed inductor that has its inductance programmed into it by the manufacturer. The exact inductance can be determined by calculating the number of turns of wire used, the diameter of the coil, and the core material of the inductor.

The IHBBV331K is a great example of a fixed inductor that is capable of a wide range of applications, from buck-boost circuits to low frequency pulsed voltage regulation circuits. Its low profile makes it suitable for space restricted applications while its operating temperature range allows it to be used in many different environments. The device’s operating principle is based on Faraday’s Law of Induction, making it an excellent example of a fixed inductor.

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