CDC4D20NP-182KC

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Fixed inductors provide a wide range of applications in various fields of electronics, with the CDC4D20NP-182KC being one of the most sought-after components. It is an inductor featuring capacitor-diode-capacitor (CDC) structures, with the two capacitors connected in series and the diode connecting the two capacitors in parallel. This arrangement is commonly used in power supply circuits to reduce interference, regulate voltage, or serve as an isolation component to prevent cross-talk.

The CDC4D20NP-182KC is widely used in power electronics, motor drives, and high-frequency power supply applications. In power electronics, the inductor acts as a filter component to provide protection from overcurrent, overvoltage, and surges. Its filters can reduce voltage ripples, eliminating unwanted interference. In high-frequency power supply applications, the inductor can improve the stability and response time of the circuit.

The CDC4D20NP-182KC inductor’s working principle is based on the operation of a simple magnetic field. The inductor is composed of an iron-core core which magnetizes when an electric current flows through it. This magnetization induces a voltage in the windings around the core, and this voltage can then be used to power an electric circuit.

The core size of the inductor is an important factor, as it dictates the inductance of the component. For the CDC4D20NP-182KC, its small core size of 2.2 mm allows it to have a high inductance value of 182uH. The windings are made of high-grade copper, which also increases the inductance of the component.

The CDC4D20NP-182KC has a low DC resistance of 0.61ohm and a quality factor of 109. This high-performance component also has a wide operational temperature range of -40°C to +85°C, and an ambient humidity of 90%. In addition, it has an insulation voltage of 300 VAC and an Ingress Protection rating of IP20, meaning that it is suitable for Indoor use.

The CDC4D20NP-182KC is an ideal choice for low-noise power supply applications, and its high performance makes it suitable for various high-frequency applications such as wireless communication, motor drives, and industrial motors. This component’s small size also makes it ideal for use in space-constrained applications.

In conclusion, the CDC4D20NP-182KC is a high-performance inductor with excellent power supply capabilities. It is ideal for use in high-frequency applications, is suitable for use in space-constrained applications, and has a wide operational temperature range. Its small size, high inductance, and low DC resistance make it an excellent choice for power supply applications.

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