LBH1608TR10J

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Fixed Inductors are electrical components that allow a current to pass through an inductor to induce a voltage drop and prevent its reversal. The LBH1608TR10J is one such part, with typical applications in communications, industrial, medical, and automotive fields.

This component’s key features include a 10 mm height, low profile construction with up to 8 mm of the total height traversal, and a rated current of 1.0 A with peak current ratings of 2.2 A and inductance tolerances of ±20%. It is available as a SMD package, with an enhanced lead-free solder attitude.

The working principle of the LBH1608TR10J is based on the principle of self-induction or mutual induction. This process occurs when an electric current or a magnetic field is created through a conducting loop, this induces a voltage in the same loop. This voltage then opposes the current flow and acts to limit the rate of change of current in the loop.

In terms of applications, the LBH1608TR10J is generally used to filter higher frequency signals, in switching power supplies, high-speed rectifiers and other precision switch-mode power supplies. The component can also be used in applications such as power line noise suppression, audio amplifiers, broadcast antennas, motors, solenoids and medical equipment.

In addition to being used for high-speed switching power supplies, the LBH1608TR10J can also be used in different audio equipment and audio amplifiers. This component can reduce high-frequency switching noise and improve audio quality. Additionally, this component can also be used in various medical equipment applications due to its low profile construction and excellent reliability.

Overall, the LBH1608TR10J has a wide range of applications, its low profile design makes it well-suited for embedded applications, and its family of inductors are designed for general purpose uses. The rated current of 1.0 A with peak current ratings of 2.2 A along with ±20% inductance tolerances make it suitable for applications needing reliable performance with high frequency. With all these features in mind, this component can be used in various fields, such as communications, industrial, medical, automotive, audio equipment and medical equipment.

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