CDRR75NP-101MC

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Fixed Inductors

A fixed inductor is an electrical component that is primarily used for transferring electrical energy between two stages and storing energy in a magnetic field. It plays an important role in a variety of applications, including radio transmission, filter circuits, and regulated power supplies. The most common type of fixed inductor used is the CDRR75NP-101MC.

CDRR75NP-101MC Applications

The CDRR75NP-101MC fixed inductor is a can-type inductor with a ferrite core and windings. It is typically employed in power supplies, switching regulators, inverters, and other power circuits where low noise and high efficiency are desired. It is also used in many applications where a large solenoid core would be too large or too costly. Some applications include transceivers, direct broadcast satellite receivers, LCD televisions, cellphones, and automotive electronics.

CDRR75NP-101MC Working Principle

The CDRR75NP-101MC functions by using the principle of inductance. When an alternating current passes through the inductor\'s windings, it produces a magnetic field which stores the kinetic energy of the current. This energy is then transferred through the inductor and is usable for a variety of purposes. Depending on the current through the coil, the inductor will either store or release energy. This process is known as inductive reactance, and it can be used to filter frequencies or reduce ripple in a power output.

When the voltage across the inductor changes, the amount of current flowing through the windings also changes, according to Ohm\'s law. This change in current will cause the inductor to store and then release energy, depending on the frequency of the alternating voltage. The frequency, which is known as the resonant frequency, will determine the amount of energy stored or released. High frequency signals will cause the inductor to store more energy, while lower frequency signals will cause the inductor to release more energy.

Conclusion

The CDRR75NP-101MC fixed inductor is a versatile electrical component that is used in a variety of applications. It operates by transferring energy through a magnetic field and is most commonly used in power supplies, switching regulators, and inverters. By understanding the principle behind its functioning, users can make sure to use it in the appropriate applications in order to get the most out of it.

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