CIH05T5N6CNC

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Fixed Inductors

The CIH05T5N6CNC is part of a larger family of fixed inductors, all of which share have a same purpose and design but various sizes and output levels depending on the application. A fixed inductor, or choke, is a type of electronic component that act as an electrical filter and storage mechanism. Its purpose is to limit the flow of current while simultaneously preserving data signals.

Application Field

The CIH05T5N6CNC is a compact, high current fixed inductor with low differential temperature rise and dc resistance. This fixed inductor can be used in any environment demanding higher current and lower temperature rise. Power adapter and audio equipment are two common areas where the CIH05T5N6CNC is applied. This inductor is also used in many industrial settings, such as motorcycles, home appliances, flash memory storage devices, and LCD displays.

Working Principle

Fixed inductors work on the principle of limitating, or cutting off, the current when it reaches a certain level. This is done by generating a variable current inside the inductor that is controlled by a pre-set internal resistance. When the current reaches a certain level, the internal resistance causes it to decrease, thus limiting the current and preventing further changes in the current flow. The CIH05T5N6CNC is designed with a high-temperature coefficient of resistance, which ensures that the current will be less than the designed level, even under high temperature conditions.

Fixed inductors can also act as electrical filters, which is accomplished by removing certain frequencies from the current. This is done by creating a voltage difference between two points by using a winding of two different metals with a different characteristic impedance. The different impedances of the two metals will cause certain frequencies to pass through while others get blocked, thus allowing only certain frequencies to pass through the combination.

The CIH05T5N6CNC is designed with a low differential temperature rise, which helps to dissipate heat more efficiently, thus averting overheating. This ensures that the fixed inductor will not be damaged by too much current or overheat under prolonged periods of use.

Conclusion

The CIH05T5N6CNC is a perfect choice for a variety of applications requiring high current and low temperature rise. With its wide range of applications and characteristics, the CIH05T5N6CNC is an ideal choice for any environment demanding higher current and lower temperature rise without risking overheating.

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