CDRH104RNP-1R5NC Inductors, Coils, Chokes

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Fixed Inductors involve devices that store energy through magnetic fields created by passing a current through a coil of wire. An inductor consists of wound conductor material coated in a material capable of efficiently storing electromagnetic energy. Commonly used in circuits, such as filtering, oscillating and measuring, inductors are also omnipresent in telecommunication, radiated immunity, and power supplies.

The CDRH104RNP-1R5NC fixed inductor fits within these applications. This inductor is a radial-leaded, encased power inductor featuring a low DC resistance and very low profile. With a popular 4mm height, the CDRH104RNP-1R5NC is part of Compact Power Inductors from Bourns, designed to reduce noise and minimize on-board interference. It provides an ideal solution for compact power applications, small voltage converters, DC to DC converters, and inverters.

The CDRH104RNP-1R5NC has a broad range of technical specifications. It has good thermal conductivity and a ceramic core that does not compromise on power density. An impressive 1.5A current and 1.15mH inductance, as well as a 4A saturation current, make this power component just the right size for most circuits and miniaturised designs.

Typical applications within the fixed inductor market include: switching power supplies, DC-DC converters, EMI filters, high-frequency transformers, emitter-shunted transistors, LC filters, and high energy inductors. The CDRH104RNP-1R5NC falls within this range of expertise and can be employed in LED lighting, consumer electronics, build in appliances, notebook computers, PCs, and mobile phone chargers.

The power output is often determined by the material’s flux density, which can in turn determine how efficient or powerful the device is. The efficiency of the CDRH104RNP-1R5NC inductor is determined by its flux density reaching up to 2.9T approximately. Its uniformity across the winding ensures that the winding is evenly sensitive throughout the entire field as created by the inductor.

The current flowing through the windings of the coil is responsible for creating the magnetic field. As the magnitude of current increases, the magnetic field becomes increasingly powerful, and the inductor begins to store this energy in the form of a magnetic field. This magnetic field then interacts with the current, causing an equal opposing force known as inductance. The result is that the current no longer increases linearly, but instead starts to decrease, creating a dampening effect on the electronic oscillations. In other words, the inductor acts like a filter reducing unwanted AC signals while allowing the DC signal to pass through. This is why inductors are often employed in power supplies and audio filters.

The CDRH104RNP-1R5NC fixed inductor from Bourns is an extremely reliable power device due to its highly efficient energy storage. This, coupled with the constant power output over a given frequency range, ensures that this compact component is an excellent choice for a wide variety of applications.

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