CDR63BNP-270MC

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed Inductors

Fixed inductors are components with a wide range of applications, from simple AC power supplies to RC filter networks that produce regulated DC power supplies, to frequency selection networks that enable amplifiers to pick up signals from specific frequency bands. They are used in electronic circuits for various purposes, including filtering and decoupling. The CDR63BNP-270MC is a fixed inductor from TDK Electronics manufactured particularly for LED lighting applications.

CDR63BNP-270MC Application Field

The CDR63BNP-270MC is an ideal component for LED lighting applications, where voltage and current must be efficiently regulated and controlled. Despite its small size, the CDR63BNP-270MC’s 2.7 μH value ensures steady and reliable performance even under extreme conditions, with its maximum operating temperature reaching 130 °C. It can also handle up to 4A current, pressure equalization up to 350 nm/m2, and withstand high mechanical shock vibrations. While it does require some heat dissipation, CDR63BNP-270MC’s size makes it suitable for compact lighting fixtures, making it an ideal choice for small-scale LED lighting systems.

CDR63BNP-270MC Working Principle

A fixed inductor is essentially an electrically powered component with a core (the central part of the component) and a winding (the material wrapped around the core). In the case of the CDR63BNP-270MC, the core is made from ferrite material, while the winding consists of multiple layers of enameled copper wire. When an electrical current is applied to the winding, it generates a magnetic field around the core. This magnetic field then induces an opposing electric field in the winding, which in turn produces a correspondingly induced voltage. As the current applied to the winding increases, the induced voltage increases as well, thus creating a higher potential difference between the opposite sides of the component. This difference then serves to resist the flow of current.

The number of windings and the properties of the core material all interact to determine the component’s inductance and its corresponding impedance. The former refers to the component’s ability to store energy, while impedance is the measure of a component’s opposition to the flow of current. The CDR63BNP-270MC’s ferrite core and 2.7 μH value enables it to generate high amounts of inductance and impedance, making it particularly effective at constraining current and voltage in LED lighting applications.

Conclusion

The CDR63BNP-270MC is an effective and reliable fixed inductor designed for LED lighting applications. Its small size is one of its major advantages, as it makes it suitable for compact lighting fixtures, while its ferrite core and high impedance rating ensures reliable performance even under extreme conditions. It is therefore an ideal component for LED lighting applications where voltage and current must be efficiently regulated and controlled.

The specific data is subject to PDF, and the above content is for reference