CDRH2D14NP-1R5NC

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Fixed inductors are a type of electrical component which, when electricity is applied, generate a magnetic field and then conserve that field after the electricity is no longer applied. They are widely used in the modern electronics industry and come in many shapes and sizes sourced from a variety of manufacturers. One particular type is the CDRH2D14NP-1R5NC, an example of which is made by Bourns, a popular supplier of coils, chokes, and other inductors.

Application Fields

One major area of application of the CDRH2D14NP-1R5NC is in high frequency signal filtering, including radio frequency applications such as receipt and transmission of digital radio and television signals. They can also be used in power management applications to limit the amount of current or voltage which passes through them. The characteristics of the fixed inductor determine in which application it will be used, with the CDRH2D14NP-1R5NC features including a high quality factor, low inductance drift, and temperature stability. In short, this part is ideal for use in the most reliable and efficient electronic systems.

Working Principle

The working principle of the CDRH2D14NP-1R5NC is dependent on the generation of a magnetic field when a current passes through its windings. When a current flows through the coils, it creates a magnetic flux which then generates a back EMF in the inductor. This back EMF works against the input current, making the inductor act like a resistor, restricting the current flow, and often the same is the case for voltage spikes.

However, this effect is not limited to current or voltage regulation - the stored electromagnetic energy of the CDRH2D14NP-1R5NC can also be used to act as a filter of high frequency signals. By allowing low frequency signals to pass while blocking high frequency signals, they can help reduce noise and clean up many digital signals for more consistent performance.

In conclusion, the CDRH2D14NP-1R5NC is a versatile fixed inductor which can be widely used in many filament and signal processing applications. By generating an electromagnetic field, they can act as current and voltage regulators, frequency filters, and act as integral components of many high end digital systems.

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