CDPH73NP-100NC

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Fixed inductors are basic electronic components that are found in almost all electronic systems. Fixed inductors are components that store energy as a result of an alternating current or pulse passing through them. The CDPH73NP-100NC is a popular fixed inductor used in numerous electronic systems. This article will discuss the various applications of the CDPH73NP-100NC as well as its working principle.

Applications of CDPH73NP-100NC

The CDPH73NP-100NC is a non-polarized, surface mount fixed inductor with a maximum inductance of 100 nH and a maximum DC current of 1.0A. It is commonly used in applications such as DC-DC converters, PTC relays, RF circuits, noise filters and antenna tuning circuits.

This fixed inductor is also an ideal component for use in consumer electronics and automotive applications as it is small in size and is ideal for small printed circuit boards. The CDPH73NP-100NC is suitable for frequent switching operations and can handle high power handling. This makes it an ideal component for powering audio amplifiers, mixers and power supply circuits.

Working Principle of CDPH73NP-100NC

The CDPH73NP-100NC inductor works on the same principle as most fixed inductors. An alternating current or pulse is passed through its windings which in turn stores energy in the form of a magnetic field. When the alternating current stops, the stored magnetic field then collapses, thus releasing the generated energy.

The generated energy then passes through the inductor windings causing a voltage drop as a result of the inductive reactance. The voltage drop thus generated is proportional to the frequency of the current passing through the inductor. This voltage drop is mainly used to filter out noise from the main current or to provide the necessary current boost or voltage step-down needed in a system.

Conclusion

The CDPH73NP-100NC is a commonly used fixed inductor amongst electronic engineers due to its small size and good performance. It is used for numerous applications such as DC-DC converters, PTC relays, RF circuits, noise filters and antenna tuning circuits. Furthermore, its working principle is based on the same principle as any other fixed inductor whereby an alternating current or pulse is passed through its windings, which in turn stores energy in the form of a magnetic field.

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