LPV2023-102KL

Fixed Inductors

LPV2023-102KL fixed inductors are a series of monolithic, high current inductors in a small cylindrical package, suitable for automated pick-and-place assembly. They provide high current handling at rectangular profile and are suitable for operating at high operating temperatures up to 105°C.

Application Field

The LPV2023-102KL fixed inductors can be used in various types of applications and fields. In particular, they are suitable for power supply filtration, such as main power, standby circuits, clocked circuit applications, as well as SMPS, chargers, and power distribution systems. Other applications include computer peripheral systems, automotive systems, portable and engine ECUs, GSM / cell phones, DSC controllers, and other applications requiring high current handling and reliable operation.

Working Principle

LPV2023-102KL fixed inductors operate on the basic principle of inductance, which is the amount of inductance that is created in a wire by the presence of a magnetic field. When a current is applied to the wire, the voltage generated is proportional to the strength of the surrounding magnetic field, which in turn is proportional to the amount of current flowing through the wire. This principle is also used to calculate the inductance of the sensor, the inductance being a measure of how strongly an inductor stores energy.

The LPV2023-102KL fixed inductors use a high-density core material that has an improved electrical performance due to its tighter specification, which results in higher heat dissipation and higher temperature stability. This improved core material increases the current handling capability of the inductor, making it suitable for use in higher current applications.

Conclusion

LPV2023-102KL fixed inductors are the perfect solution for high current electrical applications, as they provide high current handling and temperature stability. Their high heat dissipation and tight specification also increase the reliability of the inductor, thus making them a promising choice for a wide range of applications.}