CDH115NP-470KC

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Fixed inductors are widely used in various electromagnetic applications, such as switching power supplies, radio frequency amplifiers, microprocessors, inverters, and motor control systems. Such inductors are typically made from copper or aluminum wires wound around a magnetic core. The CDH115NP-470KC is a high quality, shielded power inductor for switching regulators, microprocessors and other power conversion applications.

The CDH115NP-470KC uses a high-quality ferrite core and is designed to provide frequencies up to 2 MHz and maintain a high efficiency level, even at high frequencies. In addition, the inductor is low profile to reduce overall PCB profile and offer increased power density. The CDH115NP-470KC also offers inductance up to 470uH and is available with various current handling capabilities ranging from 1.2A to 16A.

The CDH115NP-470KC is mainly used for power conversion applications, such as regulators and AC-DC converters. In these applications, the inductor is used to transfer energy from a DC power source to an AC device. In a typical power conversion application, the CDH115NP-470KC inductor is used to step up the voltage from the DC source to the required AC level. In this way, the inductor acts as a transformer, providing a higher AC voltage at the output.

In addition to its use in power conversion, the CDH115NP-470KC can also be used as an inductor in filter circuits to reduce noise or ripple. These inductors can be used in bypass or low-pass filters, where they are connected between the power source and the load, providing a barrier to reduce the impact of AC noise and other sources of electrical interference. The CDH115NP-470KC can also be used in resonant circuits, such as oscillators, where it helps maintain the resonance frequency of the circuit.

The CDH115NP-470KC is a high quality, shielded power inductor designed to provide efficiency and high power density in a variety of applications. The inductor\'s ferrite core and high frequency performance provide efficient power transfer capabilities for power conversion applications, as well as noise reduction and resonance in filter and oscillator circuits.

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