HC8LP-100-R

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Fixed inductors are electronic components which are designed with a fixed value of inductance which is physically and inductively wound rather than an adjustable air gap. Fixed inductors are typically made from a conductive wire which is wound around either a ferrite or powdered iron core. Various parameters such as the number of turns, diameter of the conductor and core material all affect the performance of the inductor.

One of the most widely used fixed inductors is the HC8LP-100-R. This inductor is designed to provide excellent performance in applications which require high-frequency operation. This particular device is a non-polarized and low DCR Chip Ferrite inductor which features low loss characteristics and is able to be used in a broad range of voltages and frequencies. It is designed for use in power supplies, power management, DC-DC conversion, and other electronic circuits.

The HC8LP-100-R is a surface-mount fixed inductor which is constructed using Ceramic Core technology. This technology is designed to provide higher power handling than traditional ferrite inductors. This device is capable of operating at temperatures from -55 to +135°C with a maximum storage temperature of +150°C. It is designed to be mounted on either a FR4 substrate or other insulating materials.

The working principle of the HC8LP-100-R fixed inductor is based on Faraday’s law of induction. When a varying current is passed through the coil of the inductor, a magnetic field is produced which induces an electromotive force in the coil. This forces the current to become self-sustaining, thus creating a circulating current in the coil and generating an opposing electromagnetic field which opposes the initial applied current. This opposition results in the coil resisting the current, and thus inductance is achieved.

The HC8LP-100-R can be used in a wide range of applications, including power supplies, AC/DC converters, and high-frequency rectification and regulation. This device is ideal for use in circuits which require low losses and high current carrying capabilities. It is also suitable for use in circuits which require good radiation shielding, as the ceramic core technology used in the construction of the device provides high shielding efficiency.

The advantages of the HC8LP-100-R fixed inductor include its high-efficiency performance, low losses, high frequency capability, and high current carrying capacity. Additionally, it is a relatively low-cost solution in comparison to some alternative components. Therefore, the HC8LP-100-R inductor is an excellent choice for a wide variety of applications.

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